Patent Grant
9855779
The present disclosure relates to a tape cassette that is removably installed in a tape printer.
A tape cassette has been known that, when installed in a housing portion of a tape printer, selectively presses down a plurality of detecting switches provided on the cassette housing portion to cause the tape printer to detect the type of a tape stored inside a cassette case (a tape width, a print mode, etc.) More specifically, a cassette detection portion is provided on a section of the bottom surface of the tape cassette, where through-holes are formed in a pattern corresponding to the type of the tape. When the tape cassette is installed in the cassette housing portion, the plurality of detecting switches, which are constantly urged in an upward direction, are selectively pressed in accordance with the pattern of the through-holes formed in the cassette detection portion. The tape printer detects the type of tape in the tape cassette installed in the cassette housing portion based on a combination of the pressed and non-pressed switches among the plurality of detecting switches.
The pattern of through-holes formed in the cassette detection portion is basically only designed to allow the tape printer to detect the type of the tape. Accordingly, different patterns are allocated randomly in accordance with the type of the tape. In other words, the patterns of through-holes are not formed in a pattern in accordance with rules to allow them to be identified from the outward appearance. Therefore, it is difficult for a person to visually identify the type of the tape. For that reason, for example, in a tape cassette manufacturing process, it may be difficult for a worker to visually identify the type of the tape that should be mounted inside the cassette case from the external appearance of the tape cassette.
An object of the present invention is to provide a tape cassette that allows a type of a tape to be identified by visually checking an external appearance of the tape cassette.
According to the present invention, a tape cassette includes a housing having a front wall and a tape feed exit located on the front wall, a tape at least partially included within the housing and configured to be fed along a tape feed path extending to the tape feed exit, and tape type indicator apertures formed on the front wall of the housing. A combination of the tape type indicator apertures forms a pattern corresponding to a type of the tape at least partially included within the housing. The tape type indicator apertures include a first tape type indicator aperture and a second tape type indicator aperture, and the tape type indicator apertures are positioned such that the first tape type indicator aperture is not aligned with the second tape type indicator aperture in a direction orthogonal to the tape feed path and parallel to the front wall. Other features are described in further detail below.
Exemplary embodiments of the present disclosure will be described below in detail with reference to the accompanying drawings in which:
Exemplary embodiments of the present invention will be explained below with reference to the figures. The configurations of the apparatus, the flowcharts of various processing and the like shown in the drawings are merely exemplary and do not intend to limit the present invention.
A tape printer 1 and a tape cassette 30 according to the present embodiment will be explained hereinafter with reference to
Note that, in actuality, a group of gears, including gears 91, 93, 94, 97, 98 and 101 shown in
First, an outline configuration of the tape printer 1 according to the present embodiment will be explained. Hereinafter, the tape printer 1 configured a as a general purpose device will be explained as an example. As the general purpose device, the tape printer 1 may commonly use a plurality of types of tape cassettes 30 with various types of tapes. The types of the tape cassettes 30 may include a thermal type tape cassette 30 that includes only a heat-sensitive paper tape, a receptor type tape cassette 30 that includes a print tape and an ink ribbon, and a laminated type tape cassette 30 that includes a double-sided adhesive tape, a film tape and an ink ribbon.
As shown in
Next, an internal configuration within the main unit cover 2 below the cassette cover 6 will be explained with reference to
As shown in
The cassette housing portion 8 is equipped with a feed mechanism, a print mechanism, and the like. The feed mechanism pulls out the tape from the tape cassette 30 and feeds the tape. The print mechanism prints characters on a surface of the tape. As shown in
A tape feed motor 23 that is a stepping motor is provided outside of the cassette housing portion 8 (the upper right side in
If the tape feed motor 23 is driven to rotate in the counterclockwise direction in a state where the tape cassette 30 is installed in the cassette housing portion 8, the ribbon take-up shaft 95 is driven to rotate in the counterclockwise direction via the drive gear 91, the gear 93 and the gear 94. The ribbon take-up shaft 95 causes the ribbon take-up spool 44, which is fitted with the ribbon take-up shaft 95, to rotate. Furthermore, the rotation of the gear 94 is transmitted to the tape drive shaft 100 via the gear 97, the gear 98 and the gear 101, to thereby drive the tape drive shaft 100 to rotate in the clockwise direction. The tape drive shaft 100 causes the tape drive roller 46, which is fitted with the tape drive shaft 100 by insertion, to rotate.
As shown in
A release lever (not shown in the figures), which moves in the right-and-left direction in response to the opening and closing of the cassette cover 6, is coupled to the platen holder 12. When the cassette cover 6 is opened, the release lever moves in the right direction, and the platen holder 12 moves toward the stand-by position shown in
On the other hand, when the cassette cover 6 is closed, the release lever moves in the left direction and the platen holder 12 moves toward the print position shown in
In a similar way, as shown in
As described above, at the print position shown in
As shown in
As shown in
When the tape cassette 30 is installed in the cassette housing portion 8 at a proper position, the detecting switches 210 are respectively positioned at a height facing an arm indicator portion 800.
The arrangement and structure of the arm detecting switches 210 in the platen holder 12 will be explained in more detail with reference to
Positions of the through-holes 12C are different from each other in the right-and-left direction. Specifically, the five through-holes 12C are arranged in a zigzag pattern from the left side of the cassette-facing surface 12B (the right side in
As shown in
In addition, on the one end of the main units 221, the switch terminals 222 can extend and retract through the through-holes 12C formed in the cassette-facing surface 12B of the platen holder 12. Each of the switch terminals 222 is constantly maintained in a state in which the switch terminal 222 extends from the main unit 221 due to a spring member provided inside the main unit 221 (not shown in the figures). When the switch terminal 222 is not pressed, the switch terminal 222 remains extended from the main unit 221 to be in an off state. On the other hand, when the switch terminal 222 is pressed, the switch terminal 222 is pushed back into the main unit 221 to be in an on state.
If the platen holder 12 moves toward the stand-by position (refer to
Further, as shown in
More specifically, as shown in
As shown in
Next, the electrical configuration of the tape printer 1 will be explained with reference to
ROM 402 stores various programs to control the tape printer 1, including a display drive control program, a print drive control program, a pulse number determination program, a cutting drive control program, and so on. The display drive control program controls a liquid crystal drive circuit (LCDC) 405 in association with code data of characters, such as letters, symbols, numerals and so on input from the keyboard 3. The print drive control program drives the thermal head 10 and the tape feed motor 23. The pulse number determination program determines the number of pulses to be applied corresponding to the amount of formation energy for each print dot. The cutting drive control program drives the cutting motor 24 to cut the printed tape 50 at the predetermined cutting position. The CPU 401 performs a variety of computations in accordance with each type of program.
The ROM 402 also stores various tables that are used to identify the tape type of the tape cassette 30 installed in the tape printer 1. The tables will be explained in more detail later.
The CGROM 403 stores print dot pattern data to be used to print various characters. The print dot pattern data is associated with corresponding code data for the characters. The print dot pattern data is categorized by font (Gothic, Mincho, and so on), and the stored data for each font includes six print character sizes (dot sizes of 16, 24, 32, 48, 64 and 96, for example).
The RAM 404 includes a plurality of storage areas, including a text memory, a print buffer and so on. The text memory stores text data input from the keyboard 3. The print buffer stores dot pattern data, including the printing dot patterns for characters and the number of pulses to be applied that is the amount of formation energy for each dot, and so on. The thermal head 10 performs dot printing in accordance with the dot pattern data stored in the print buffer. Other storage areas store data obtained in various computations and so on.
The input/output interface 411 is connected, respectively, to the arm detecting switches 210A to 210E, the keyboard 3, the liquid crystal drive circuit (LCDC) 405 that has a video RAM (not shown in the figures) to output display data to the display (LCD) 5, a drive circuit 406 that drives the thermal head 10, a drive circuit 407 that drives the tape feed motor 23, a drive circuit 408 that drives the cutter motor 24, and so on.
The configuration of the tape cassette 30 according to the present embodiment will be explained below with reference to
Hereinafter, the configuration of the tape cassette 30 will be explained, mainly using the wide-width tape cassette 30 (refer to
As shown in
When the top case 31A and the bottom case 31B are joined, a side surface 30C of a predetermined height is formed. The side surface 30C extends between the top surface 30A and the bottom surface 30B along the peripheries of the top surface 30A and the bottom surface 30B. In other words, the cassette case 31 is a box-shaped case that has the top surface 30A and the bottom surface 30B, which are a pair of rectangular flat surfaces opposing each other in a vertical direction, and the side surface 30C (in the present embodiment, formed by four surfaces of a front surface, a rear surface, a left side surface and a right side surface) that has a predetermined height and extends along the peripheries of the top surface 30A and the bottom surface 30B.
In the cassette case 31, the peripheries of the top surface 30A and the bottom surface 30B may not have to be completely surrounded by the side surface 30C. A part of the side surface 30C (the rear surface, for example) may include an aperture that exposes the interior of the cassette case 31 to the outside. Further, a boss that connects the top surface 30A and the bottom surface 30B may be provided in a position facing the aperture. In the explanation below, the distance from the bottom surface 30B to the top surface 30A (the length in the vertical direction) is referred to as the height of the tape cassette 30 or the height of the cassette case 31. In the present embodiment, the vertical direction of the cassette case 31 (namely, the direction in which the top surface 30A and the bottom surface 30B oppose each other) generally corresponds to the direction of insertion and removal of the tape cassette 30.
The cassette case 31 has the corner portions 32A that have the same width (the same length in the vertical direction), regardless of the type of the tape cassette 30. The corner portions 32A each protrude in an outward direction to form a right angle when seen in a plan view. However, the lower left corner portion 32A does not form a right angle in the plan view, as the tape discharge portion 49 is provided in the corner. When the tape cassette 30 is installed in the cassette housing portion 8, the lower surface of the corner portions 32A opposes the above-described cassette support portion 8B inside the cassette housing portion 8.
The cassette case 31 includes a portion that is called the common portion 32. The common portion 32 includes the corner portions 32A and encircles the cassette case 31 along the side surface 30C at the same position as the corner portions 32A in the vertical (height) direction of the cassette case 31 and also has the same width as the corner portions 32A. More specifically, the common portion 32 is a portion that has a symmetrical shape in the vertical direction with respect to a center line in the vertical (height) direction of the cassette case 31.
The height of the tape cassette 30 differs depending on the width of the tape (the heat-sensitive paper tape 55, the print tape 57, the double-sided adhesive tape 58, the film tape 59 and so on) mounted in the cassette case 31. The height of the common portion 32 (a width T), however, is set to be the same, regardless of the width of the tape of the tape cassette 30.
For example, when the width T of the common portion 32 is 12 mm, as the width of the tape of the tape cassette 30 is larger (18 mm, 24 mm, 36 mm, for example), the height of the cassette case 31 becomes accordingly larger, but the width T of the common portion 32 remains constant. If the width of the tape of the tape cassette 30 is equal to or less than the width T of the common portion 32 (6 mm, 12 mm, for example), the height of the cassette case 31 is the width T of the common portion 32 (12 mm) plus a predetermined width. The height of the cassette case 31 is at its smallest in this case.
As shown in
In the case of the laminated type tape cassette 30 shown in
Between the first tape spool 40 and the ribbon spool 42 in the cassette case 31, the ribbon take-up spool 44 is rotatably supported by the support holes 67A and 67B. The ribbon take-up spool 44 pulls out the ink ribbon 60 from the ribbon spool 42 and takes up the ink ribbon 60 that has been used to print characters. A clutch spring (not shown in the figures) is attached to a lower portion of the ribbon take-up spool 44 to prevent loosening of the taken up ink ribbon 60 due to reverse rotation of the ribbon take-up spool 44.
In the case of the receptor type tape cassette 30 shown in
In the case of the thermal type tape cassette 30 shown in
As shown in
The structure that guides a tape as a print medium (the heat-sensitive paper tape 55, the print tape 57, the film tape 59, for example) and the ink ribbon 60 in the arm portion 34 will be explained with reference to
A pair of guide regulating pieces 34E are formed on the lower edges of both sides of the separating wall 34D. A guide pin 34G is provided at the upstream side (the right side in
When the top case 31A and the bottom case 31B are joined to form the cassette case 31, a tape feed path and a ribbon feed path are formed inside the arm portion 34. The tape feed path guides the tape that is the print medium (in
While the lower edge of the film tape 59 is regulated by the guide regulating piece 34F, the direction of the film tape 59 is changed by the guide pin 34G. The film tape 59 is fed further while regulated in the tape width direction by each of the guide regulating pieces 34E on the lower edges of the separating wall 34D working in concert with each of the guide regulating pieces 34H of the top case 31A. In such a way, the film tape 59 is guided and fed between the external wall 34B and the separating wall 34D inside the arm portion 34.
The ink ribbon 60 is guided by the separating wall 34D and the internal wall 34C that have approximately the same height as the ribbon width, and is thus guided and fed between the internal wall 34C and the separating wall 34D inside the arm portion 34. In the arm portion 34, the ink ribbon 60 is regulated by the bottom surface of the top case 31A and the top surface of the bottom case 31B in the ribbon width direction. Then, after the film tape 59 and the ink ribbon 60 are guided along each of the feed paths, the film tape 59 and the ink ribbon 60 are joined together at the exit 34A and discharged to a head insertion portion 39 (more specifically, an opening 77, which will be described later).
With the structure described above, the tape feed path and the ribbon feed path are formed as different feed paths separated by the separating wall 34D inside the arm portion 34. Therefore, the film tape 59 and the ink ribbon 60 may be reliably and independently guided within each of the feed paths that correspond to the respective tape width and ribbon width.
Although
Further, as shown in
A through-hole 850 with an upright rectangular shape in a front view is provided in the arm front surface 35 of the bottom case 31B, to the left side of the arm indicator portion 800. The through-hole 850 is provided as a relief hole for a die to be used in a molding process of the cassette case 31, and does not have any particular function.
As shown in
Support reception portions are provided at positions facing the head insertion portion 39 of the cassette case 31. The support reception portions are used to determine the position of the tape cassette 30 in the vertical direction when the tape cassette 30 is installed in the tape printer 1. In the present embodiment, an upstream reception portion 39A is provided on the upstream side of the insertion position of the thermal head 10 (more specifically, the print position) in the feed direction of the tape that is the print medium (the heat-sensitive paper tape 55, the print tape 57, or the film tape 59), and a downstream reception portion 39B is provided on the downstream side. The support reception portions 39A and 39B are hereinafter collectively referred to as the head reception portions 39A and 39B.
When the tape cassette 30 is installed in the cassette housing portion 8, the head reception portions 39A and 39B respectively contact with the head support portions 74A and 74B (refer to
When the user inserts the tape cassette 30 into the cassette housing portion 8 and pushes the tape cassette 30 downwards, the upstream reception portion 39A of the tape cassette 30 comes into contact with the upstream support portion 74A provided on the head holder 74, and the movement of the upstream reception portion 39A beyond that point in the downward direction is restricted. Further, the downstream reception portion 39B of the tape cassette 30 comes into contact with the downstream support portion 74B provided on the head holder 74, and the movement of the downstream reception portion 39B beyond that point in the downward direction is restricted. Then, the tape cassette 30 is held in a state in which the head reception portions 39A and 39B are supported from underneath by the head support portions 74A and 74B.
Accordingly, positioning of the tape cassette 30 in the vertical direction may be accurately performed at a position in the vicinity of the thermal head 10 that performs printing on the tape as the print medium (the heat-sensitive paper tape 55, the print tape 57, or the film tape 59). Then, the center position of printing by the thermal head 10 in the vertical direction may be accurately matched with the center position of the tape in the tape width direction. In particular, in the feed direction of the tape as the print medium, the tape cassette 30 is supported on both the upstream and downstream sides with respect to the insertion position of the thermal head 10, more specifically, with respect to the print position. As a consequence, the positioning in the vertical direction may be particularly accurately performed. Thus, the center position of printing by the thermal head 10 in the vertical direction and the center position in the tape width direction may be particularly accurately matched with each other.
In addition, the upstream reception portion 39A and the downstream reception portion 39B of the tape cassette 30 according to the present embodiment face the head insertion portion 39 from mutually orthogonally intersecting directions. Both the head reception portions 39A and 39B, which are indented portions, are supported by the head support portions 74A and 74B that extend in the mutually orthogonally intersecting directions. Consequently, the movement of the tape cassette 30 is restricted not only in the vertical direction, but also in the right-and-left direction and the back-and-forth direction. As a result, a proper positional relationship can be maintained between the thermal head 10 and the head insertion portion 39.
In addition, as shown in
Furthermore, as shown in
A distance in the vertical (height) direction of the tape cassette 30 between the position of the pin holes 62 and 63 and a center position in the vertical direction of the film tape 59 that is the print medium housed in the cassette case 31 is constant, regardless of the tape type (the tape width, for example) of the tape cassette 30. In other words, the distance remains constant even when the height of the tape cassette 30 is different.
As shown in
A guide wall 47 is standing in the vicinity of the regulating members 36. The guide wall 47 separates the used ink ribbon 60 that has been fed via the head insertion portion 39 from the film tape 59, and guides the used ink ribbon 60 toward the ribbon take-up spool 44. A separating wall 48 is standing between the guide wall 47 and the ribbon take-up spool 44. The separating wall 48 prevents mutual contact between the used ink ribbon 60 that is guided along the guide wall 47 and the double-sided adhesive tape 58 that is wound on and supported by the first tape spool 40.
The support holes 64 (refer to
In a case where the receptor type tape cassette 30 shown in
In a case where the thermal type tape cassette 30 shown in
The tape discharge portion 49 is a plate-shaped member that extends between the top surface 30A and the bottom surface 30B and is slightly separated from a front end of the left side surface of the cassette case 31. The tape discharge portion 49 guides the printed tape 50, which has been fed via the regulating members 36 and the tape drive roller 46, into a passage formed between the tape discharge portion 49 and the front end of the left side surface of the bottom case 31B, and discharges the printed tape 50 from a tape discharge aperture at a downstream end of the passage.
The structure and the function of the arm front surface 35 that includes the arm indicator portion 800 and the latching hole 820 will be described below in detail, with reference to
As described above, the tape cassette 30 according to the present embodiment is structured such that when a person looks at the tape cassette 30 alone in a state in which the tape cassette 30 is not installed in the tape printer 1, the person can identify the type of the tape mounted in the tape cassette 30 by visually checking the arm indicator portion 800. In addition, the tape cassette 30 is structured such that when the tape cassette 30 is installed in the cassette housing portion 8 of the tape printer 1, the tape printer 1 can identify the type of the tape by detecting information indicated by the arm indicator portion 800 using the arm detection portion 200. First, areas included in the arm front surface 35 and the structure in these areas will be described.
As shown in
The length of the specified area R0 in the right-and-left direction is defined to be equal to or less than a distance L0 between the exit 34A of the arm portion 34 and the tape discharge portion 49. Between the exit 34A and the tape discharge portion 49, the tape discharged from the exit 34A is fed toward the tape discharge portion 49 with a surface of the tape being exposed to the front side. Accordingly, the distance L0 is equivalent to a tape exposure length that is the length of the exposed tape. In the present embodiment, the entire arm front surface 35 extending from the exit 34A to the left end of the semi-circular groove 34K is the specified area R0.
The specified area R0 includes a first area R1 in which the latching hole 820 is formed, and a second area R2 that is an area other than the first area R1 and includes the arm indicator portion 800. Each of the areas will be described below in the order of the second area R2 and the first area R1.
As shown in
The vertical information sections X according to the present embodiment that are exemplified in
The lateral information sections Y according to the present embodiment that are exemplified in
Further, as shown in
The predetermined height T1 of the common indicator portion 831 is the height of the tape cassette 30 for which the height of the cassette case 31 is smallest among the plurality of tape cassettes 30 with different tape widths.
In the wide-width tape cassette 30 shown in
The second area R2 is an area that opposes the arm detecting switches 210 of the tape printer 1 when the tape cassette 30 is installed in the cassette housing portion 8, and includes the arm indicator portion 800 that indicates the tape type. An aperture is formed in at least one of the vertical information sections X1 to X5. Which of the vertical information sections X1 to X5 includes an aperture is determined in advance, according to the tape type. The arm indicator portion 800 is a portion that indicates the tape type by a combination of whether an aperture is formed in each of the vertical information sections X1 to X5. A person can identify the tape type by visually checking the aperture(s) formed in the vertical information sections X1 to X5 of the arm indicator portion 800. In a case where the vertical information sections X1 to X5 are arranged at equal intervals, as in the present embodiment, even if there is a vertical information section in which an aperture is not formed among the vertical information sections X1 to X5, a person can easily identify which of the vertical information sections X1 to X5 is the vertical information section without an aperture. In other words, the person can visually identify in which of the vertical information sections X1 to X5 an aperture is formed, without a mistake.
The vertical positions of the apertures formed in the vertical information sections X1 to X5 may be fixed for each of the vertical information sections X1 to X5. For example, among a plurality of areas where the vertical information sections X1 to X5 and the lateral information sections Y1 to Y3 intersect and overlap with each other (hereinafter referred to as overlapping areas), one overlapping area in each of the vertical information sections X1 to X5 may be fixed as an indicator. In such a case, the tape type may be identified based on a combination of whether the aperture is formed in each of the indicators. If positions corresponding to the arm detecting switches 210 (refer to
Given this, in the present embodiment, five overlapping areas that respectively oppose the five arm detecting switches 210A to 210E shown in
In this way, one indicator is arranged in each of the vertical information sections X1 to X5 in the present embodiment. Further, the indicators of adjacent vertical information sections are not lined up with each other in the right-and-left direction. In other words, the indicators 800A to 800E are arranged in a zigzag pattern. When this arrangement is adopted, even if all the indicators of adjacent vertical information sections are formed as the apertures, the indicator of a vertical information section can more easily be distinguished from the indicator of an adjacent vertical information section.
In the example shown in
The first area R1 is an area that opposes the latching piece 225 (refer to
The first area R1 is arranged at an interval from the exit 34A of the arm portion 34, and a right end of the first area R1 is positioned on an upstream side (namely, the right side) of at least the vertical information section X1 in the tape feed direction. In the example shown in
In the example shown in
The latching hole 820 may be formed as a slit-shaped through-hole that extends in the right-and-left direction. When the tape cassette 30 is installed in the cassette housing portion 8 and the platen holder 12 moves between the standby position (refer to
Next, the positional relationship between various elements in the arm front surface 35 will be described. As shown in
Further, a distance L1 from a center line C to a first reference line C1 is defined to be within a range of 18% to 24% of the tape exposure length L0 in the right hand direction, i.e., toward the upstream side in the tape feed direction. The center line C is a center line of the cassette case 31 in the right-and-left direction. The first reference line C1 is a virtual line that specifies the position in the right-and-left direction at which the latching hole 820 is provided. A line on which the latching hole 820 is always positioned may be employed as the first reference line C1. For example, the center line of the first area R1 in the right-and-left direction may be used as the first reference line C1. Further, a second reference line C2 is within the common indicator portion 831. The second reference line C2 is a virtual line that specifies the position in the vertical direction at which the latching hole 820 is provided. For example, the center line of the first area R1 in the vertical direction may be used as the second reference line C2.
In a case where the center line C of the cassette case 31 is used as a reference, the position of the vertical information section X1 is defined such that at least a part of the vertical information section X1 is within a range of 14% to 20% of the tape exposure length L0 from the center line C toward the downstream side in the tape feed direction. Further, when the position of the exit 34A is used as a reference, the position of the vertical information section X1 is defined such that at least a part of the vertical information section X1 is within a range of 30% to 36% of the tape exposure length L0 from the exit 34A of the arm portion 34 toward the upstream side in the tape feed direction.
Furthermore, the positions of the vertical information sections X1 to X5 in the right-and-left direction are defined such that the interval between the center lines of adjacent vertical information sections in the right-and-left direction is within a range of 7% to 10% of the tape exposure length L0.
The positional relationship between the various elements in the arm front surface 35 is defined as described above, due to the following reasons.
First, it is preferable that the distance L1 between the center line C and the first reference line C1 is within a range of 18% to 24% of the distance (the tape exposure length) L0 between the exit 34A of the arm portion 34 and the tape discharge portion 49 in the right hand direction, i.e., toward the upstream side in the tape feed direction. For example, there may be a case in which a person desires to identify the print medium to be mounted in the cassette case 31, using the bottom case 31B alone. The distance L0 between the exit 34A of the arm portion 34 and the tape discharge portion 49 can easily be confirmed by a visual check even when the tape is not mounted.
Further, the position of the center line C of the tape cassette in the right-and-left direction can be identified by visually checking the bottom case 31B. In addition, if the length of the specified area R0 in the right-and-left direction is set to be equal to or less than the distance between the exit 34A of the arm portion 34 and the tape discharge portion 49, the range of the specified area R0 can easily be identified.
In a case where the latching hole 820 is positioned to be closer toward the upstream side in the tape feed direction in the specified area R0 within the above range, if the distance L1 between the center line C and the first reference line C1 exceeds the rage of 18% to 24% of the tape exposure length L0 and the latching hole 820 is positioned far from the center line C, there may be a possibility that the latching hole 820 will be out of the range of the specified area R0. Conversely, if the latching hole 820 is positioned too close to the center line C, the range of the specified area R0 in the right-and-left direction may become too short, and it may be impossible for the vertical information sections made up of, for example, five rows to be formed.
Second, it is preferable that at least a part of the vertical information section X1 is arranged to be within a range W1 that is 14% to 20% of the tape exposure length L0 from the center line C toward the downstream side in the tape feed direction. This is because, if the vertical information section X1 is positioned too close to the exit 34A of the arm portion 34, the exit 34A and the vertical information section X1 may be connected. Even if the exit 34A and the vertical information section X1 are not connected, if the distance therebetween is short, a defect such as a short shot may occur when the bottom case 31B is molded. In addition, if the position of the vertical information section X1 provided on the most downstream side (namely, the left side end) of the specified area R0 in the tape feed direction is identified, there is an effect that visual check of only a certain limited range may be sufficient when identifying the tape type.
Third, when the position of the exit 34A is used as the reference, it is preferable that at least a part of the vertical information section X1 is within a range W2 that is 30% to 36% of the tape exposure length L0 from the exit 34A of the arm portion 34 toward the upstream side in the tape feed direction. Similar to the above-described range W1, this defines the position of the vertical information section X1 within the specified area R0. The exit 34A of the arm portion 34 can be clearly identified by a visual check. Therefore, if the position of the vertical information section X1 is defined at a position that can be easily determined by the visual check, namely, if the distance from the exit 34A is defined to be 30% to 36% of the tape exposure length L0, there is an effect that the position of the vertical information section X1 can more easily be identified.
Fourth, it is preferable that the vertical information sections X1 to X5 are arranged in the right-and-left direction such that the interval between the center lines of adjacent vertical information sections in the right-and-left direction is within a range of 7% to 10% of the tape exposure length L0. This is because, if the interval between the center lines of adjacent vertical information sections in the right-and-left direction is shorter than this, it may be difficult to form a boundary therebetween, or if an aperture is provided in a vertical information section, the size of the hole in the right-and-left direction may become too small to be visually recognized. Conversely, if the interval between the center lines of adjacent vertical information sections in the right-and-left direction is longer than this, it may be impossible for the vertical information section made up of, for example, five rows to be formed within the range of the specified area R0. Consequently, there may be cases where the tape type cannot be identified when the identification is desired.
If the positional relationship of the various elements in the arm front surface 35 is defined in the way described above, a person may easily identify the positions of the vertical information sections X1 to X5 and the indicators 800A to 800E by a visual check. The reason will be described below.
If a person knows in advance all the positions in the right-and-left direction where the vertical information sections X1 to X5 are arranged in the arm front surface 35, the person can identify the tape type by only visually checking whether an aperture is formed in each of the vertical information sections X1 to X5. If the person does not know all the positions, the person may be able to identify the positions using the following method.
First, the person can limit the positions of the vertical information sections X1 to X5, using the latching hole 820 as a reference point. As described above, the right end of the latching hole 820 is positioned on the upstream side (namely, the right side) of at least the vertical information section X1 in the tape feed direction. Therefore, within the arm front surface 35, the person can limit the range in which the vertical information section X1 can be arranged to the downstream side (namely, the left side) of the right end of the latching hole 820 in the tape feed direction. Further, in a case where the right end of the latching hole 820 is positioned on the upstream side of all the vertical information sections X1 to X5 in the tape feed direction, the person can limit the range in which the vertical information sections X1 to X5 can be arranged to the left side of the right end of the latching hole 820.
The position of the vertical information section X1 may be identified in the following manner. First, the vertical information sections X1 to X5 are arranged at an interval from the exit 34A of the arm portion 34. Therefore, if a person knows the distance between the exit 34A and the vertical information section X1 in advance, the person can visually identify the position of the vertical information section X1 in the right-and-left direction, using the exit 34A as a reference. Second, at least a part of the vertical information section X1 is within the range W1 that is 14% to 20% of the tape exposure length L0 from the center line C of the cassette case 31 in the right-and-left direction toward the downstream side in the tape feed direction. Third, at least a part of the vertical information section X1 is within the range W2 that is 30% to 36% of the tape exposure length L0 from the exit 34A of the arm portion 34 toward the upstream side in the tape feed direction. Thus, the person can identify the position of the vertical information section X1 in the right-and-left direction, using as a reference the exit 34A of the arm portion 34 or the center line C of the cassette case 31, each being a portion that can be easily identified by a visual check.
The vertical information sections X1 to X5 are arranged at equal intervals from the left side to the right side on the arm front surface 35. Accordingly, if a person knows the interval of adjacent vertical information sections among the vertical information sections X1 to X5, or the fact that the interval between the center lines of adjacent vertical information sections in the right-and-left direction is within the range of 7% to 10% of the tape exposure length L0, the person can identify the positions of the other vertical information sections X2 to X4 in the right-and-left direction, using the vertical information section X1 as a reference.
Further, as in the example of
Even if a person does not know the vertical positions of the lateral information sections Y1 to Y3, the upper end of the latching hole 820 is positioned above all the lateral information sections Y1 to Y3 within the range of the height of the arm front surface 35. Therefore, the person can limit the range where the lateral information sections Y1 to Y3 can be arranged to be below the upper end of the latching hole 820.
Further, it is defined that the lateral information sections Y1 and Y2 are in the common indicator portion 831 that has the predetermined height T1 and is centered on the center line N of the cassette case 31 in the vertical direction. The predetermined height T1 is a value that is slightly larger than the width T of the common portion 32. Further, in the wide-width tape cassette 30 (refer to
Further, the lateral information sections Y1 to Y3 are arranged at approximately equal intervals in the vertical direction in the second area R2. Therefore, even if a person does not know all the positions of the lateral information sections Y1 to Y3 in the vertical direction, the person can identify the positions of the lateral information sections Y1 and Y2, using as a reference the center line N of the cassette case 31 in the vertical direction or the common portions 32, which can be identified easily by a visual check.
In this way, the tape cassette 30 according to the present embodiment is structured such that a person can identify the defined positions of the vertical information sections X1 to X5 and the indicators 800A to 800E of the arm indicator portion 800 by visually checking the arm front surface 35.
Next, identification of the tape type based on a combination of whether an aperture is formed in each of the vertical information sections X1 to X5 of the arm indicator portion 800 or in each of the indicators 800A to 800E will be described. The tape type includes various elements (hereinafter referred to as tape type elements). In the present embodiment, an example will be described in which, among the various tape type elements, three elements, namely, the tape width, a print mode and a character color are identified.
The tape type element that each of the vertical information sections X1 to X5 indicates is determined in advance. In the present embodiment, the vertical information sections X1, X2 and X5 are determined as sections that indicate information for identifying the tape width. The vertical information section X3 is determined as a section that indicates information for identifying the print mode. The vertical information section X4 is determined as a section that indicates information for identifying the character color. In such a manner, the tape cassette 30 is structured such that a corresponding tape type element can be identified based on each of indicator portions alone, regardless of the structure of the other indicator portions.
Further, as shown in
The tape width, the print mode and the character color indicated by each of the above indicator portions of the tape type elements will be described with reference to Table 1 to Table 3. For explanatory purpose, in the Tables, a case where an aperture is formed in each of the indicators 800A to 800E is denoted by a value zero (0), and a case where each of the indicators 800A to 800E is a surface portion and no aperture is formed therein is denoted by a value one (1). Note that, in a case where the tape type is identified based on whether an aperture is formed in each of the vertical information sections X1 to X5, the method for identifying the tape type described below may be used, with reference to similar tables in which the indicators 800A to 800E shown in Table 1 to Table 3 are respectively replaced with the vertical information sections X1 to X5.
As shown in Table 1, corresponding to combinations of whether each of the indicators 800A, 800B and 800E, which constitute the tape width indicator portion, is formed as an aperture or as a surface portion without an aperture, seven types of tape width from 3.5 mm to 36 mm indicated by the combinations are defined. Therefore, a person can identify the tape width of the tape cassette 30 by visually checking only the indicators 800A, 800B and 800E respectively included in the vertical information sections X1, X2 and X5, within the arm indicator portion 800. Note that the total number of the combinations of the aperture or the surface portion of the three indicators 800A, 800B and 800E is eight. However, in the present embodiment, because at least one aperture is included in the tape width indicators, a tape width corresponding to a case where all of the indicators 800A, 800B and 800E are surface portions (the combination of “1, 1, 1”) is not defined.
As shown in Table 1, it is defined that, among the tape width indicators, when the tape width is equal to or more than a predetermined width (18 mm), the indicator 800E is a surface portion without an aperture, and when the tape width is less than the predetermined width, the indicator 800E is an aperture. Accordingly, as described above, a person can identify whether the tape width is equal to or more than the predetermined width (18 mm) by only visually identifying the position of the indicator 800E in the arm front surface 35 and checking whether an aperture is provided at the position.
In addition, based on a combination of whether an aperture is provided in each of the indicators 800A and 800B, a size relationship of the tape width can be identified in a first range where the tape width is equal to or more than the predetermined width (18 mm) or in a second range where the tape width is less than the predetermined width. More specifically, if the indicator 800A is an aperture and the indicator 800B is a surface portion (the combination of “0, 1” in Table 1), it indicates the maximum tape width in the first range or in the second range (that is, 36 mm or 12 mm in Table 1). If the indicator 800A is a surface portion and the indicator 800B is an aperture (the combination of “1, 0” in Table 1), it indicates the second largest tape width in the first range or in the second range (that is, 24 mm or 9 mm in Table 1).
If both the indicators 800A and 800B are apertures (the combination of “0, 0” in Table 1), it indicates the third largest tape width in the first range or in the second range (that is, 6 mm or 18 mm in Table 1). If both the indicators 800A and 800B are not apertures but the surface portions (the combination of “1, 1” in Table 1), it indicates the minimum tape width (that is, 3.5 mm in Table 1) among all the tape widths.
First, a person can visually identify the positions of the indicators 800A, 800B and 800E on the arm front surface 35 as described above. Then, the person can check whether an aperture is formed in the indicator 800E, and determine whether the tape width is equal to or more than the predetermined width or the tape width is less than the predetermined width. Subsequently, by checking whether an aperture is formed in each of the indicators 800A and 800B, the person can easily identify the tape width in more detail.
For example, in the wide-width tape cassette 30 shown in
If a person knows in advance the specific value of the predetermined width, the person may be able to determine whether the tape width of the tape cassette 30 is less than the predetermined width, simply by visually checking the entire tape cassette 30. Therefore, the indicator 800E that indicates whether the tape width is equal to or more than the predetermined width may not need to be included in the tape width indicators. That is, the vertical information section X5 may not need to be defined in the arm indicator portion 800. In such a case, as the vertical information sections X1 and X2 are closest to the exit 34A of the arm portion 34, a person can visually check the vertical information sections X1 and X2 together with the width of the exposed tape that has been discharged from the exit 34A at a close interval with each other. Therefore, the person can easily and unfailingly compare the width of the tape housed in the cassette case 31 and the tape width indicated by the vertical information sections X1 and X2, that is, the tape width indicator portion. In a case where the tape width indicator portion further includes the vertical information section X5, as in the present embodiment, by using the vertical information section X5 to indicate whether or not the tape width is less than the predetermined width, the person can easily and unfailingly check whether or not the tape width is less than the predetermined width. More specifically, in the present embodiment, whether the vertical information section X5 includes an aperture or a surface portion changes at the predetermined width. Further, the vertical information section X5 can be distinguished more easily by the visual check, because the vertical information section X5 is separated from the vertical information sections X1 and X2. Thus, the person can easily recognize whether or not the tape width is less than the predetermined width.
In other words, it may be sufficient that at least the vertical information sections X1 and X2 are defined in the arm indicator portion 800 and at least the two indicators 800A and 800B are present as the tape width indicator portions. In a case where the indicators 800A and 800B that are closest to the exit 34A of the arm portion 34 from which the tape is discharged are used as the tape width indicator portions, a person can visually check the indicators 800A and 800B together with the exposed tape that has been discharged, and thereby can identify the tape width more easily.
As shown in Table 2, corresponding to whether or not the indicator 800C, which is the print mode indicator portion, is formed as an aperture, the print mode is defined as a mirror image printing mode (laminated) or a normal image printing mode (receptor). More specifically, it is defined that, if the indicator 800C is an aperture (“0” in Table 2), it indicates that mirror image printing is to be performed, and if the indicator 800C is a surface portion (“1” in Table 2), it indicates that normal image printing is to be performed.
Therefore, simply by visually identifying the position of the indicator 800C on the arm front surface 35 as described above, and checking whether or not an aperture is formed there, a person can easily determine whether the print mode is laminated (mirror image printing mode) or receptor (normal image printing mode). For example, in the wide-width tape cassette 30 shown in
The print mode “receptor (normal image printing mode)” includes all types of printing except for mirror image printing, such as a type of printing in which the ink from the ink ribbon is transferred to the tape as the print medium, and a type of printing in which a heat-sensitive tape is color developed without use of an ink ribbon. Therefore, identification of the print mode makes it possible to identify whether the tape cassette 30 houses a laminated type print medium or a receptor type print medium. In the manufacturing process of the tape cassette 30, identification of the print mode makes it possible to identify whether the cassette case 31 is prepared for the laminated type or the receptor type.
As shown in Table 3, corresponding to whether or not the indicator 800D, which is the character color indicator portion, is formed as an aperture, the character color is defined as black or other than black. More specifically, it is defined that, if the indicator 800D is a surface portion (“1” in Table 3), it indicates that the character color is black, and if the indicator 800D is an aperture (“0” in Table 3), it indicates that the character color is other than black.
Therefore, simply by visually identifying the position of the indicator 800D on the arm front surface 35 as described above, and checking whether or not an aperture is formed there, a person can easily determine whether the character color is black or other than black. For example, in the wide-width tape cassette 30 shown in
The tape width and the print mode may be essential information for the tape printer 1 to perform correct printing. On the other hand, the character color may not be essential for the tape printer 1 to perform correct printing. Therefore, the indicator 800D, which is the character color indicator portion, is not always necessary. In other words, the vertical information section X4 may not need to be defined in the arm indicator portion 800. Further, the indicator 800D may be used to indicate not the character color but another element of the tape type, such as the color of a tape base material or the like.
Additionally, the contents of the tape width, the print mode and the character color indicated by each of the indicator portions are not limited to those shown in Table 1 to Table 3, and can be modified as necessary. Note that the total number of combinations of the tape width, the print mode and the character color defined in Table 1 to Table 3 is twenty eight. However, all of the combinations may not need to be used. For example, in a case where detection of an improper installed state by the tape printer 1 is made possible (which will be described later), a combination corresponding to the improper installed state detected by the tape printer 1 is not used.
The structure for the arm indicator portion 800 to indicate the tape type, and the method for identifying the tape type by a person visually checking the arm indicator portion 800 are described above. Hereinafter, the structure of the arm indicator portion 800 in relation to the arm detecting switches 210 of the tape printer 1, and tape type identification by the arm detecting switches 210 will be described with reference to
First, the structure of the arm indicator portion 800 in relation to the arm detecting switches 210 of the tape printer 1 will be described. As described above, in the tape printer 1 of the present embodiment, the five detecting switches 210A to 210E are provided on the cassette-facing surface 12B of the platen holder 12 (refer to
When the aperture opposes the arm detecting switch 210, the switch terminal 222 of the arm detecting switch 210 can be inserted into and removed from the aperture, and the aperture functions as the non-pressing portion 801 that does not press the switch terminal 222. The non-pressing portion 801 of the present embodiment is formed as an aperture that has an upright rectangular shape in a front view and matches the shape of the indicator (overlapping area). For example, as shown in
When the surface portion opposes the arm detecting switch 210, the surface portion functions as the pressing portion 802 that presses the switch terminal 222. The arm detecting switch 210 that opposes the pressing portion 802 is changed to an on state, as the switch terminal 222 contacts with the pressing portion 802. In the example of the wide-width tape cassette 30 shown in
The vertical position of the indicator 800E on the arm front surface 35 is located in the lateral information section Y3 that is positioned lowest among the lateral information sections Y1 to Y3. As described above, in the wide-width tape cassette 30 with the tape width equal to or more than the predetermined width (18 mm) shown in
As described above, it is defined in the present embodiment that, in the wide-width tape cassette 30 (refer to
This is due to the following reasons. In a case where the tape printer 1 is a dedicated device that only uses the narrow-width tape cassette 30, the arm detecting switch 210E may not be provided at the position that opposes the indicator 800E. On the other hand, in a case where the tape printer 1 is a general purpose device that can use both the narrow-width tape cassette 30 and the wide-width tape cassette 30, the arm detecting switch 210E that opposes the indicator 800E is provided. Accordingly, the indicator 800E that is formed as an aperture in the narrow-width tape cassette 30 functions as an escape hole corresponding to the arm detecting switch 210E.
As described above with reference to Table 1 to Table 3, each of the indicators 800A to 800E of the arm indicator portion 800 is associated with a tape type element that each of the indicators 800A to 800E indicates. Either an aperture (the non-pressing portion 801) or a surface portion (the pressing portion 802) is formed in each of the indicators 800A to 800E, in accordance with a prescribed pattern that corresponds to the tape type. Accordingly, the tape printer 1 can identify the tape type based on the combination of the on and off states of the arm detecting switches 210 that are selectively pressed by the arm indicator portion 800.
More specifically, the prescribed pattern (the combination of the aperture(s) and the surface portion(s)) that is defined in advance for the indicators 800A to 800E as described above can be converted to a detection pattern (the combination of the on and off states) of the corresponding arm detecting switches 210A to 210E. Then, the tape printer 1 can identify the tape type with reference to a table in which each detection pattern is associated with the tape type.
A tape type table 510 shown in
In a case where the total of the five arm detecting switches 210A to 210E are used, a maximum of thirty-two tape types can be identified, corresponding to a maximum of thirty-two detection patterns that are the total number of combinations of the on and off states. However, in the tape type table 510 shown in
The table that can be used in the tape printer 1 is not limited to the tape type table 510 shown in
Additionally, as described above, the indicator 800E included in the tape width indicator portion, and the indicator 800D as the character color indicator portion may be omitted. When the indicators 800E and 800D are not provided, the corresponding arm detecting switches 210E (SW5) and 210D (SW4) are not used. In such a case, therefore, a table in which only the tape types corresponding to the arm detecting switches 210A to 210C (SW1 to SW3) are defined may be used.
Next, modes of detecting the tape type of the tape cassette 30 by the tape printer 1 will be explained with reference to
When the tape cassette 30 is installed at a proper position in the cassette housing portion 8 by the user and the cassette cover 6 is closed, the platen holder 12 moves from the stand-by position (refer to
In a case where the tape cassette 30 is installed in the cassette housing portion 8 at the proper position, the latching piece 225 is inserted into the latching hole 820. As a result, the latching piece 225 does not interfere with the tape cassette 30, and the switch terminals 222 of the arm detecting switches 210 that protrude from the cassette-facing surface 12B (refer to
Further, as described above, the thickness of the latching piece 225 is reduced toward the leading end of the latching piece 225, due to the inclined portion 226 that is formed on the lower surface of the latching piece 225. The opening width of the latching hole 820 in the vertical direction is increased toward the arm front surface 35, due to the inclined portion 821 formed on the lower wall of the latching hole 820. As a consequence, if the position of the latching piece 225 is slightly misaligned with respect to the latching hole 820 in the downward direction (namely, if the cassette case 31 is slightly raised with respect to the proper position in the cassette housing portion 8), when the platen holder 12 moves toward the print position, the inclined portion 226 and the inclined portion 821 interact with each other to guide the latching piece 225 into the latching hole 820. In such a way, even when the cassette case 31 is slightly raised with respect to the proper position in the cassette housing portion 8, the latching piece 225 may be properly installed into the latching hole 820, and the arm detection portion 200 may be accurately positioned to oppose the arm indicator portion 800.
The latching piece 225 according to the present embodiment is provided on the upstream side of the arm detection portion 200 in the insertion direction of the tape cassette 30, (in other words, above the arm detection portion 200). Therefore, when the tape cassette 30 is inserted, the latching piece 225 opposes the arm front surface 35 in advance of the arm detecting switches 210. In other words, unless the latching piece 225 is inserted into the latching hole 820, the arm detecting switches 210 do not contact with the arm front surface 35. In other words, unless the tape cassette 30 is installed at the proper position, none of the arm detecting switches 210 are not pressed (namely, the arm detecting switches 210 remain in the off state). Thus, the erroneous detection of the tape type may be even more reliably prevented.
In a case where the wide-width tape cassette 30 shown in
In a case where the narrow-width tape cassette 30 shown in
As shown in
In other words, as the latching piece 225 thus prevents contact between the switch terminals 222 and the arm front surface 35, all the arm detecting switches 210A to 210E remain in the off state. Thus, the values that indicate the on and off states of the switches SW1 to SW5 that correspond to the arm detecting switches 210A to 210E are identified as 0, 0, 0, 0 and 0, respectively. As a result, in the case of this installed state, with reference to the tape type table 510, “ERROR 1” is identified in the tape printer 1.
As shown in
As shown in
Furthermore, as shown in
As described above, the combination pattern of the pressing portion(s) 802 (surface portion(s)) and the non-pressing portion(s) 801 (aperture(s)) that corresponds to one of “ERROR 1” to “ERROR 3” is not adopted in the arm indicator portion 800 in the present embodiment. More specifically, none of the following three patterns is adopted. First is a pattern in which all the indicators 800A to 800E are the non-pressing portions 801 (apertures). Second is a pattern in which all the indicators 800A to 800E are the pressing portions 802 (surface portions). Third is a pattern in which all the indicators 800A to 800D provided within the range of the common indicator portion 831 (in the lateral information sections Y1 and Y2) are the pressing portions 802 (surface portions). Thus, the tape cassette 30 not only enables identification of the tape type by human visual check and by the arm detecting switches 210 of the tape printer 1, but also enables detection of the installed state of the tape cassette 30 by the tape printer 1.
As described above, the arm portion 34 is a portion that guides the film tape 59 pulled out from the second tape spool 41 and the ink ribbon 60 pulled out from the ribbon spool 42, causes the film tape 59 and the ink ribbon 60 to be joined at the exit 34A and then discharges them towards the head insertion portion 39 (more specifically, the opening 77). Therefore, if the tape cassette 30 is not properly installed in the cassette housing portion 8, an error may occur in the positional relationship with the thermal head 10, and printing may be performed at a misaligned position relative to the tape width direction (the height direction) of the film tape 59. This also applies to the print tape 57 and the heat-sensitive paper tape 55.
Considering this situation, in the present embodiment, the arm indicator portion 800 is provided on the arm front surface 35 of the arm portion 34, which is in the vicinity of the head insertion portion 39 into which the thermal head 10 is inserted. Thus, the arm portion 34 (more specifically, the arm front surface 35) forms the basis for easy detection of an error in the positional relationship with the thermal head 10, and, printing accuracy may be improved by determining whether or not the tape cassette 30 is installed in the cassette housing portion 8 at the proper position.
Next, processing relating to printing performed in the tape printer 1 according to the present embodiment will be explained with reference to
As shown in
Next, the tape type of the tape cassette 30 is identified based on the detection pattern of the arm detection portion 200 (namely, based on the combination of the on and off states of the arm detecting switches 210A to 210E) (step S3). At step S3, as described above, with reference to the tape type table 510 stored in the ROM 402, the tape type corresponding to the combination of the on and off states of the arm detecting switches 210A to 210E is identified.
Next, it is determined whether the tape type identified at step S3 is “ERROR” (step S5). If the identified tape type is “ERROR” (yes at step S5), the tape cassette 30 is not properly installed in the cassette housing portion 8, as described above with reference to
After step S7 is performed, the processing returns to step S3. Note that, even when the tape cassette 30 is properly installed in the cassette housing portion 8, if the cassette cover 6 is open, the platen holder 12 is at the stand-by position (refer to
If the identified tape type is not “ERROR” (no at step S5), the content of the tape type identified at step S3 is displayed on the display 5 as text information (step S9). In a case where the above-described wide-width tape cassette 30 shown in
Next, it is determined whether there is any input from the keyboard 3 (step S11). If there is an input from the keyboard 3 (yes at step S11), the CPU 401 receives the characters input from the keyboard 3 as print data, and stores the print data (text data) in the text memory of the RAM 404 (step S13). If there is no input from the keyboard 3 (no at step S11), the processing returns to step S11 and the CPU 401 waits for an input from the keyboard 3.
Then, if there is an instruction to start printing from the keyboard 3, for example, the print data stored in the text memory is processed in accordance with the tape type identified at step S3 (step S15). For example, at step S15, the print data is processed such that a print range and a print size corresponding to the tape width identified at step S3, and a print position corresponding to the print mode (the mirror image printing mode or the normal image printing mode) identified at step S3 are incorporated. Based on the print data processed at step S15, a print processing is performed on the tape that is the print medium (step S17). After the print processing is performed, the processing relating to printing (refer to
The above-described print processing (step S17) will be explained below more specifically. In a case where the laminated type tape cassette 30 shown in
Then, the film tape 59 is discharged from the exit 34A toward the head insertion portion 39 in a state in which the ink ribbon 60 is joined to the surface of the film tape 59. The film tape 59 is then fed between the thermal head 10 and the platen roller 15 of the tape printer 1. The characters are printed onto the print surface of the film tape 59 by the thermal head 10. Following that, the used ink ribbon 60 is separated from the printed film tape 59 at the guide wall 47 and wound onto the ribbon take-up spool 44.
Meanwhile, the double-sided adhesive tape 58 is pulled out from the first tape spool 40 by the tape drive roller 46 moving in concert with the movable feed roller 14. While being guided and caught between the tape drive roller 46 and the movable feed roller 14, the double-sided adhesive tape 58 is layered onto and affixed to the print surface of the printed film tape 59. The printed film tape 59 to which the double-sided adhesive tape 58 has been affixed (namely, the printed tape 50) is then fed toward the tape discharge portion 49, and is discharged from the discharge aperture. After that, the printed tape 50 is cut by the cutting mechanism 17.
In a case where the receptor type tape cassette 30 shown in
Then, the print tape 57 is discharged from the exit 34A toward the head insertion portion 39 in a state in which the ink ribbon 60 is joined to the surface of the print tape 57. The print tape 57 is then fed between the thermal head 10 and the platen roller 15 of the tape printer 1. Then, characters are printed onto the print surface of the print tape 57 by the thermal head 10. Following that, the used ink ribbon 60 is separated from the printed print tape 57 at the guide wall 47 and wound onto the ribbon take-up spool 44. Meanwhile, the printed print tape 57 (in other words, the printed tape 50) is then fed toward the tape discharge portion 49 and is discharged from the discharge aperture. After that, the printed tape 50 is cut by the cutting mechanism 17.
In a case where the thermal type tape cassette 30 shown in
Then, the heat-sensitive paper tape 55 is discharged from the exit 34A of the arm portion 34 toward the aperture 77 and is then fed between the thermal head 10 and the platen roller 15. Then, characters are printed onto the print surface of the heat-sensitive paper tape 55 by the thermal head 10. Following that, the printed heat-sensitive paper tape 55 (namely, the printed tape 50) is further fed toward the tape discharge portion 49 by the tape drive roller 46 moving in concert with the movable feed roller 14, and is discharged from the discharge aperture. After that, the printed tape 50 is cut by the cutting mechanism 17.
When printing is being performed with thermal type printing, the ribbon take-up spool 44 is also driven to rotate via the ribbon take-up shaft 95. However, there is no ribbon spool housed in the thermal type tape cassette 30. For that reason, the ribbon take-up spool 44 does not pull out the unused ink ribbon 60, nor does it wind the used ink ribbon 60. In other words, even when the thermal type tape cassette 30 is used in the tape printer 1 that is equipped with the ribbon take-up shaft 95, the rotation drive of the ribbon take-up shaft 95 does not have an influence on the printing operation of the heat-sensitive paper tape 55 and printing can be correctly performed. In the thermal type tape cassette 30, the ribbon take-up spool 44 may not be provided, and the ribbon take-up shaft 95 may perform idle running inside the support holes 67A and 67B in a similar way.
In the above-described print processing (step S17), in a case where the laminated type tape cassette 30 is installed, mirror image printing is performed. In mirror image printing, the ink of the ink ribbon 60 is transferred onto the film tape 59 such that the characters are shown as a mirror image. In a case where the receptor type tape cassette 30 is installed, normal image printing is performed. In normal image printing, the ink of the ink ribbon 60 is transferred onto the print tape 57 such that the characters are shown as a normal image. In a case where the thermal type tape cassette 30 is installed, thermal type normal image printing is performed on the heat-sensitive paper tape 55 such that the characters are shown as a normal image.
In the present embodiment, the print mode “laminated” is applied to the tape cassette 30 with which mirror image printing is performed, while the print mode “receptor” is applied to the tape cassette 30 with which normal image printing is performed. For that reason, the print mode “receptor” is applied not only to the receptor type tape cassette 30 shown in
Through the above-described processing relating to printing (refer to
As described above, the tape cassette 30 according to the present embodiment is structured such that when a person looks at the tape cassette 30 alone, the person can identify the type of the tape included in the tape cassette 30 by visually checking the arm front surface 35. In addition, the tape cassette 30 is structured such that when the tape cassette 30 is installed in the cassette housing portion 8 of the tape printer 1, the tape printer 1 can identify the tape type with the arm detection portion 200 detecting information indicated by the arm indicator portion 800. Of the foregoing structures, as a result of structuring the tape cassette 30 such that a person can recognize the tape type in the tape cassette 30 by visually checking the arm indicator portion 800, the following effects may be particularly exhibited.
In a conventional manufacturing method for tape cassettes, it is a general practice to house a tape as a print medium in a cassette case having the height (so-called case size) corresponding to of the print tape. In contrast to this, a tape cassette manufacturing method is proposed in which the tapes with differing tape widths are respectively housed in cassette cases with the same height (the same case size). With this type of tape cassette manufacturing method that uses a common case size, the following benefits may be expected.
First, conventionally, when transporting cassette cases of different case sizes corresponding to different tape widths from a parts manufacturing plant to an assembly plant, the cassette cases are transported in different transportation containers each prepared for each of the case sizes. In contrast, by using a common case size, common transportation containers can be used when transporting the cassette cases from the parts manufacturing plant to the assembly plant. Consequently, transportation costs for the cassette cases may be reduced.
Second, if the case size is different for each tape width, when products are shipped from the assembly plant, it is necessary to use different package boxes each prepared for each case size. In contrast, by using a common case size, common package boxes can be used and a common packaging format can also be used when shipping the products. Consequently, packaging cost may also be reduced.
Third, if an ink ribbon with the same width is used for a tape with a narrow tape width, the width of the ink ribbon itself (the ribbon width) is narrow. In such a case, the ink ribbon may get cut during the printing operation. In contrast, by using a common case size that can maintain a ribbon width with an adequate strength, even if the width of the tape is narrow, the ink ribbon may be prevented from getting cut during the printing operation.
On the other hand, in the manufacture of the tape cassettes, if tapes with different tape widths are respectively mounted in the common size cassette cases, a tape with a wrong tape width may be housed in the cassette case. For example, a worker may mistakenly mount a tape with a 6 mm or a 9 mm width in the cassette case intended to house a 12 mm tape. This may happen because the common size cassette case capable of housing the 12 mm tape has a rib height that allows housing a tape with a less than 12 mm width.
Furthermore, as described above, the print modes of the tape cassette include the so-called receptor type, with which normal image printing is performed directly onto the print tape, and the laminated type, with which, after mirror image printing is performed on a transparent tape, a double-sided adhesive tape is affixed to the print surface. The common size cassette cases have the same external appearance, and therefore, a wrong tape may be mounted in the cassette case in the wrong print mode. For example, a worker may mount a wrong tape in the cassette case to assemble the receptor type tape cassette, when the cassette case is intended for the laminated type tape cassette.
With the tape cassette 30 according to the present embodiment, however, a person can identify the tape type of the tape cassette 30 simply by visually checking the arm indicator portion 800. In other words, the worker can ascertain the tape width of the tape that should be mounted in the cassette case 31, and the print mode that is intended for the cassette case 31. As a consequence, in the manufacturing process of the tape cassette 30, the worker can work while confirming the contents to be housed in the cassette case 31, and thus errors in the manufacture of the tape cassette 30 may be reduced.
Furthermore, when the tape cassette 30 is shipped from the plant, an inspector can verify whether the contents housed in the cassette case 31 are correct by simply visually checking the arm indicator portion 800, and therefore product inspection can be performed on the tape cassette 30. More specifically, the inspector can verify whether the tape exposed at the opening 77 of the manufactured tape cassette 30 matches the tape type that can be identified from the arm indicator portion 800.
In particular, the arm indicator portion 800 according to the present embodiment is provided on the arm front surface 35 that is in the vicinity of the opening 77 at which the tape is exposed. Moreover, the arm front surface 35 is a portion that can be seen from the same direction as the tape that is exposed at the opening 77 (more specifically, from the front of the tape cassette 30). In other words, the arm indicator portion 800 and the tape are in adjacent positions and can be seen from the same direction, and thus the inspector can inspect the tape while verifying the arm indicator portion 800. As a consequence, working efficiency in the product inspection of the tape cassette 30 may be improved.
In addition, the arm indicator portion 800 indicates the tape type using a simple structure formed of a combination of a presence and an absence of an aperture (namely, a combination of the non-pressing portions 801 and the pressing portions 802) in each of the vertical information sections X1 to X5 (or in each of the indicators 800A to 800E). Therefore, the arm indicator portion 800 may be formed easily on the cassette case 31 in advance. For that reason, at the time of manufacture of the cassette case 31, there may be no need to print the contents to be housed in the cassette case 31, nor to affix labels to indicate the contents, and therefore errors in the manufacture of the tape cassette 30 can be reduced at a low cost.
Moreover, in the present embodiment, the laminated type tape cassette 30 formed from the general purpose cassette is used in the general purpose tape printer 1. Therefore, a single tape printer 1 can be used with each type of the tape cassette 30, such as the thermal type, the receptor type, and the laminated type etc., and it may not be necessary to use the different tape printer 1 for each type. Furthermore, the tape cassette 30 is normally formed by injecting plastic into a plurality of combined dies. In the case of the tape cassette 30 that corresponds to the same tape width, common dies can be used, except for the die including the portion that forms the arm indicator portion 800. Thus, costs may be significantly reduced.
In the example described above, the specified area R0 of the arm front surface 35 includes the first area R1 and the second area R2. The first area R1 includes an aperture that functions as the latching hole 820. The second area R2 includes overlapping areas that function as the indicators 800A to 800E, each of which includes either an aperture (namely, the non-pressing portion 801) or a surface portion (namely, the pressing portion 802). In such a case, in the specified area R0, an aperture and a surface portion may be formed freely as long as the functions of the latching hole 820 or the indicators 800A to 800E are maintained.
More specifically, with the above-described wide-width tape cassette 30 shown in
For example, one aperture (groove) having a size and shape that include at least two of the non-pressing portions 801 may be formed in the specified area R0. Alternatively, one groove that includes the latching hole 820 and one of the non-pressing portions 801 may be formed. One groove that includes the latching hole 820 and at least two of the non-pressing portions 801 may be formed. Note, however, that in a case where one groove is formed, the groove needs to be formed such that the groove does not include a part that functions as the pressing portion 802.
Further, with the above-described narrow-width tape cassette 30 shown in
For example, one groove that includes at least two of the non-pressing portions 801 may be formed in the specified area R0. Alternatively, one groove that includes the latching hole 820 and the non-pressing portion 801 may be formed. Note, however, that in a case where one groove is formed, the groove needs to be formed such that the groove does not include a part that functions as the pressing portion 802.
The tape cassette 30 and the tape printer 1 of the present invention are not limited to those in the above-described embodiment, and various modifications and alterations may of course be made insofar as they are within the scope of the present invention.
The shape, size, number and arrangement pattern of the non-pressing portion(s) 801 and the pressing portion(s) 802 of the arm indicator portion 800 are not limited to the examples represented in the above-described embodiment, but can be modified. For example, in the above-described embodiment, the non-pressing portion 801 (aperture) of the arm indicator portion 800 is a through-hole that has an upright rectangular shape in a front view that is the same as the shape of each of the overlapping areas functioning as the indicators 800A to 800E. However, the non-pressing portion 801 can be modified in a range of size and shape that substantially fully includes the overlapping area functioning as each of the indicators 800A to 800E. For example, the non-pressing portion 801 may be a through-hole that has a circular shape in a plan view and includes the overlapping area, or the non-pressing portion 801 may have any other different shape.
Further, the non-pressing portion provided on the arm indicator portion 800 may not need to be a through-hole, but may be a recess 810 formed in the arm front surface 35, as shown in
The apparatus and methods described above with reference to the various embodiments are merely examples. It goes without saying that they are not confined to the depicted embodiments. While various features have been described in conjunction with the examples outlined above, various alternatives, modifications, variations, and/or improvements of those features and/or examples may be possible. Accordingly, the examples, as set forth above, are intended to be illustrative. Various changes may be made without departing from the broad spirit and scope of the underlying principles.
| Number | Date | Country | Kind |
|---|---|---|---|
| 2008-331634 | Dec 2008 | JP | national |
| 2008-331635 | Dec 2008 | JP | national |
| 2008-331638 | Dec 2008 | JP | national |
| 2008-331639 | Dec 2008 | JP | national |
| 2008-331641 | Dec 2008 | JP | national |
| 2008-331642 | Dec 2008 | JP | national |
| 2008-331643 | Dec 2008 | JP | national |
| 2009-088440 | Mar 2009 | JP | national |
| 2009-088441 | Mar 2009 | JP | national |
| 2009-088456 | Mar 2009 | JP | national |
| 2009-088460 | Mar 2009 | JP | national |
| 2009-088468 | Mar 2009 | JP | national |
| 2009-156398 | Jun 2009 | JP | national |
| 2009-156399 | Jun 2009 | JP | national |
| 2009-156403 | Jun 2009 | JP | national |
| 2009-156404 | Jun 2009 | JP | national |
This application is a Continuation Application of U.S. Ser. No. 13/848,750, filed Mar. 22, 2013, which is a Divisional Application of U.S. Ser. No. 13/755,174, filed Jan. 31, 2013, which is a Divisional Application of U.S. Ser. No. 12/644,555, filed Dec. 22, 2009, which claims priority to Japanese Patent Application Nos. 2008-331634, 2008-331635, 2008-331638, 2008-331639, 2008-331641, 2008-331642, 2008-331643, respectively filed on Dec. 25, 2008, Japanese Patent Application Nos. 2009-088440, 2009-088441, 2009-088456, 2009-088460, and 2009-088468, respectively filed on Mar. 31, 2009, and Japanese Patent Application Nos. 2009-156398, 2009-156399, 2009-156403, and 2009-156404, respectively filed on Jun. 30, 2009. The disclosure of the foregoing applications is herein incorporated by reference in its entirety.
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| Number | Date | Country | |
|---|---|---|---|
| 20140205349 A1 | Jul 2014 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 13755174 | Jan 2013 | US |
| Child | 13848750 | US | |
| Parent | 12644555 | Dec 2009 | US |
| Child | 13755174 | US |
| Number | Date | Country | |
|---|---|---|---|
| Parent | 13848750 | Mar 2013 | US |
| Child | 14226373 | US |
