The present invention relates to an ink refill container that can appropriately refill ink to an ink tank that stores ink to be refilled to a recording device, an ink refill system that contains the ink refill container, and an ink refill adapter that uses the ink refill system.
In a recording device, previously, that performs recording by ejecting ink onto a medium, an ink tank that stores ink is connected to the recording device in a manner that allows the ink tank to refill the ink. In addition, when only a small amount of ink remains in the ink tank in the recording device, an ink refill container is used to externally refill the ink to the ink tank (see, for example, Patent Literature 1).
[Patent Literature 1] JP 2001-146021A
This operation of refilling the ink tank with the ink needs to be carried out appropriately to prevent incorrect refilling or other problems. However, this refilling operation has generally been carried out by a user of the recording device. Therefore, there is a need to further improve, for example, the ink refill container to allow the user to correctly perform the ink refill operation.
The present invention has been made in view of the above-mentioned circumstances, and it is an object of the present invention to provide an ink refill container that can appropriately refill ink to an ink tank, an ink refill system that contains the ink refill container, and an ink refill adapter that uses the ink refill system.
Means and the effects thereof for solving the above-mentioned problem are described below.
An ink refill container for solving the above-mentioned problem is an ink refill container configured to refill ink to an ink tank configured to store ink, the ink refill container including a container main body including an ink storage chamber configured to store ink to be refilled to the ink tank, an ink outlet-forming portion that is provided on an end portion of the container main body, in which an ink outlet that allows ink to flow out from the ink storage chamber is formed, and a valve provided in the ink outlet-forming portion, configured to seal the ink outlet in an openable/closeable manner, in which the ink outlet-forming portion includes a positioning portion at a position on an outer side of the ink outlet-forming portion, the positioning portion being closer to the container main body than the valve is to the container main body in a central axis direction of the ink outlet, and in which the positioning portion abuts against a part of the ink tank when the valve is opened and positioned with respect to the ink tank.
With this configuration, because the valve opens while being positioned with respect to the ink tank when the ink is refilled from the ink refill container to the ink tank, problems such as ink spillage and incorrect ink refilling, which may occur when the valve displaces as the valve opens, can be suppressed, and the ink can be correctly refilled to the ink tank.
In addition, in the above-mentioned ink refill container, the valve is preferably provided with at least one or more slits in an elastic member configured to seal the ink outlet, and opens when the slit is pushed inward from outside the ink outlet.
With this configuration, an ink refill container with a simple structure and few components can be provided.
In addition, in the ink refill container, the positioning portion is preferably positioned radially outward of the ink outlet in a radial direction of the ink outlet when viewed from the central axis direction of the ink outlet.
With this configuration, when the ink is refilled from the ink refill container to the ink tank, because the positioning portion in the ink refill container abuts against the part of the ink tank while being positioned on an outer side of the ink outlet in the radial direction, the ink can be refilled in a stable manner.
In addition, in the ink refill container, the positioning portion is preferably formed as a member separate to the ink outlet-forming portion.
With this configuration, the positioning portion can be optimized in accordance with the design specifications of the ink tank and the ink refill container.
An ink refill system for solving the above-mentioned problem includes an ink storage chamber that configured to store ink, a needle that extends and includes a flow passage for communicating the inside and the outside of the ink storage chamber, and a receiving surface that extends in a direction that intersects a direction in which the needle extends at a position further outside than a tip of the needle, in which the receiving surface forms the part of the ink tank; and the ink refill container configured as described above, and in which, the positioning portion in the ink refill container abuts against the receiving surface when the tip of the needle is inserted into the ink outlet to open the valve.
With this configuration, when the needle of the ink tank is inserted into the ink outlet of the ink refill container to open the valve, the positioning portion of the ink refill container abuts against the receiving surface of the ink tank, and determines the relative positional relationship between the valve and the needle. Therefore, the valve can be appropriately opened by the needle, and the occurrence of incorrect ink refilling can be suppressed.
In addition, in the ink refill system, the ink tank preferably includes a concave portion that opens in the direction in which the needle extends in an area that forms the outer side of the needle in a radial direction centered about the needle, and the ink refill container preferably includes a convex portion configured to fit into the concave portion when the tip of the needle is inserted into the ink outlet in a region that forms the outer side of the ink outlet in a radial direction centered about the ink outlet.
With this configuration, the needle is not inserted into the ink outlet unless the convex portion of the ink refill container is fit into the concave portion of the ink tank, and hence a state in which the ink tank and the ink refill container are incorrectly connected can be suppressed.
In addition, in the ink refill system, the ink refill container preferably includes the positioning portion at a position on an outer side of the ink outlet-forming portion, the positioning portion being closer to the container main body than the convex portion is to the container main body in the central axis direction of the ink outlet.
With this configuration, a state in which the ink tank and the ink refill container are incorrectly connected can be suppressed. Further, appropriate positioning of the insertion of the needle into the ink outlet of the ink refill container can be ensured.
In addition, in the ink refill system, the tip of the needle of the ink tank is preferably located closer to the ink storage chamber than the receiving surface is located to the ink storage chamber.
With this configuration, the tip of the needle of the ink tank does not protrude out further than the receiving surface. Therefore, even if ink adheres to the tip of the needle, a risk of the ink adhering to the ink refill container or the hand of a user performing the ink refill operation can be reduced.
In addition, in the ink refill system, the flow passage of the needle of the ink tank is preferably formed of two flow passages with tip openings arranged in parallel in a radial direction about the center of the needle, and, when one of the two flow passages functions as an ink flow passage to allow the flow of ink, the other flow passage preferably functions as an air flow passage to allow the flow of air.
With this configuration, when the ink refill container is connected to the ink tank while being inclined along a radial direction in which the two flow passages are arranged from the direction in which the needle extends, one flow passage among the two flow passages located on a side on which the ink outlet of the ink refill container approaches first functions as the ink flow passage, and the other flow passage functions as the air flow passage. Therefore, because the user can use either one of the two flow passages as the ink flow passage, the user can perform the ink refill operation quickly without needing to choose the flow passage to be the ink flow passage.
Further, another ink refill system for solving the above-mentioned problem includes an ink tank including an ink storage chamber configured to store ink, an ink inlet that allows ink to flow into the ink storage chamber, and a concave portion formed in a region that forms an outer side of the ink inlet in a radial direction centered about the ink inlet; and an ink refill container including an ink storage chamber configured to store ink to be refilled to the ink tank, an ink outlet that allows the ink to flow out from the ink storage chamber, and a convex portion formed so as to fit into the concave portion in a region that forms an outer side of the ink outlet in a radial direction centered about the ink outlet, in which the ink tank includes a first concave/convex portion located at a position inside of the concave portion, the first concave/convex portion being closer to the bottom of the concave portion than the opening edge of the concave portion is to the bottom of the concave portion, and the ink refill container includes a second concave/convex portion in the convex portion, the second concave/convex portion being configured to engage with the first concave/convex portion of the ink tank.
With this configuration, by fitting the convex portion of the ink refill container into the concave portion of the ink tank, and engaging the second concave/convex portion on the outer surface of the convex portion with the first concave/convex portion on the inner surface of the concave portion, the user can recognize that an ink refill container appropriate for the ink tank has been connected. Therefore, because a state in which the ink tank and the ink refill container are incorrectly connected can be suppressed, and the first concave/convex portion is located at a position inside of the concave portion, the first concave/convex portion being closer to the bottom of the concave portion than the opening edge of the concave portion is to the bottom of the concave portion, the convex portion of the ink refill container can be easily guided to the bottom side from the opening side of the concave portion of the ink tank, and insertion thereof can be performed easily.
In addition, in the ink tank of the ink refill system, a depth direction of the concave portion preferably corresponds to a central axis direction of the ink inlet, the first concave/convex portion is preferably provided so as to extend along the depth direction of the concave portion on the inner surface of the concave portion, and in the ink refill container, the ink outlet is preferably connected to the ink inlet when the convex portion is fitted into the concave portion and the second concave/convex portion is engaged with the first concave/convex portion.
With this configuration, the second concave/convex portion on the outer surface of the convex portion of the ink refill container can be engaged with the first concave/convex portion provided so as to extend along the depth direction of the concave portion on the inner surface of the concave portion of the ink tank by the convex portion being fitted into the concave. As a result, it is easy to recognize the connection direction of the ink outlet of the ink refill container to the ink inlet of the ink tank.
In addition, in the ink refill system, the depth direction of the concave portion in the ink tank is preferably a direction that intersects with a horizontal direction and faces downward when the ink outlet is connected to the ink inlet.
With this configuration, under a state in which the ink outlet of the ink refill container is connected to the ink inlet of the ink tank, the ink can be prevented from returning to the ink storage chamber from the ink outlet of the ink refill container, and the ink can be appropriately refilled to the ink tank from the ink refill container.
Yet another ink refill system for solving the above-mentioned problem includes an ink tank including an ink storage chamber configured to store ink, an ink inlet that allows the ink to flow into the ink storage chamber, a plurality of first fitting portions that are formed in a region that forms an outer side of the ink inlet in a radial direction centered about the ink inlet so as to be point symmetrical about the ink inlet; and an ink refill container including an ink storage chamber configured to store ink to be refilled to the ink tank, an ink outlet that allows the ink to flow out from the ink storage chamber, and a second fitting portion formed so as to be fittable into the first fitting portion, formed in a region that forms an outer side of the ink outlet in the radial direction centered about the ink outlet.
With this configuration, even when the second fitting portion in the ink refill container is fitted into any one of the plurality of fitting portions formed point symmetrically about the ink inlet in the ink tank, the ink outlet in the ink refill container can be connected to the ink inlet of the ink tank, and hence components can be easily connected to the ink tank of the ink refill container when the ink is refilled.
Further, a further ink refill system for solving the above-mentioned problem includes an ink tank that contains an ink storage chamber configured to store ink, an ink inlet that allows the ink to flow into the ink storage chamber, and a first fitting portion formed in a region that forms an outer side of the ink inlet in a radial direction centered about the ink inlet; and an ink refill container that contains an ink storage chamber configured to store ink to be refilled to the ink tank, an ink outlet that allows the ink to flow out from the ink storage chamber, and a second fitting portion formed so as to be fittable into the first fitting portion in a region that forms the outer side of the ink outlet in the radial direction centered about the ink outlet, in which the ink tank includes a first portion that shows information associated with the ink stored in the ink storage chamber, the ink refill container includes a second portion that shows information associated with the ink housed in the ink storage chamber, and the first portion and the second portion are provided at an externally visually recognizable position when the second fitting portion in the ink refill container is fit into the first fitting portion of the ink tank.
With this configuration, when the ink refill container is connected to the ink tank to refill the ink, the first portion and the second portion can be easily visually recognized to check whether or not the ink to be refilled is suitable.
Yet another ink refill system for solving the above-mentioned problem includes an ink tank that contains an ink storage chamber configured to store ink, an ink inlet that allows the ink to flow into the ink storage chamber, and a concave portion formed in a region that forms an outer side of the ink inlet in a radial direction centered about the ink inlet; and an ink refill container that contains an ink storage chamber configured to store ink to be refilled to the ink tank, an ink outlet that allows the ink to flow out from the ink storage chamber, and a convex portion formed so as to be fittable into the concave portion in a region that forms an outer side of the ink outlet in a radial direction centered about the ink outlet, in which the convex portion of the ink refill container protrudes further than the ink outlet in a direction opposing the ink storage chamber in a central axis direction of the ink outlet.
With this configuration, when the ink is refilled, because the convex portion protrudes further than the ink outlet in the ink refill container, a risk of the ink outlet touching the hand of the user or the vicinity around the ink tank can be reduced, and contamination due to the ink adhering to those places can be suppressed.
Conversely, the ink outlet can be made to protrude further than the convex portion in the direction opposing the ink storage chamber in the central axis direction. In this case, the ink outlet becomes easier to see when the ink is refilled.
In addition, in the above-mentioned ink refill system, the convex portion of the ink refill container preferably protrudes further outward than an outer peripheral surface of a container main body provided with the ink storage chamber in the radial direction centered about the ink outlet.
With this configuration, the user can easily visually recognize the convex portion when viewing the ink refill container, and the convex portion of the ink refill container can be easily fitted into the concave portion of the ink tank when the ink is refilled. As a result, incorrect connection of the ink refill container to the ink tank can be suppressed.
In addition, in the above-mentioned ink refill system, the convex portion of the ink refill container is preferably formed further inward than an outer peripheral surface of a container main body provided with the ink storage chamber in the radial direction centered about the ink outlet.
With this configuration, when the ink outlet of the ink refill container is connected to the ink inlet of the ink tank, the convex portion of the ink refill container is less likely to become a hindrance.
An ink refill adapter for solving the above-mentioned problem is an ink refill adapter in which an ink refill container and an ink tank are connected to each other when ink is refilled to the ink tank from the ink refill container, the ink refill adapter including a tank engaging portion configured to engage a plurality of ink tanks each containing an ink storage chamber configured to store ink as a group, a plurality of ink inlets each provided with the ink tank so as to allow the ink to flow into the ink storage chamber from the ink outlet of the ink refill container, and a plurality of identification units each provided to one of the plurality of ink inlets, with which it is possible to identify the ink refill container containing the ink outlet configured to connect to the ink inlet.
With this configuration, by giving the ink tanks a generic common structure, and engaging the tank engaging portions of the refill adapter by grouping the plurality of ink tanks, the ink refill adapter can be implemented with a structure that can suppress incorrect connection of the ink refill container when the ink is refilled.
Another ink refill adapter for solving the above-mentioned problem is an ink refill adapter mounted to an ink tank under a state in which ink is refilled to the ink tank from the ink refill container, the ink refill adapter including an inlet forming portion that at least partly surrounds an ink inlet flow passage configured to be inserted through the inlet forming portion, the ink inlet flow passage provided in an ink tank so as to allow ink to flow into an ink storage chamber provided in the ink tank, an adapter-side positioning portion configured to engage with a tank-side positioning portion provided in the ink tank, configured to position the ink refill adapter with respect to the ink tank, and an identification unit with which it is possible to identify the ink refill container containing the ink outlet configured to connect to the ink inlet.
With this configuration, because the ink refill adapter is positioned with respect to the ink tank, displacement between the ink inlet flow passage portion provided in the ink tank and the inlet forming portion provided in the ink refill adapter can be suppressed. Therefore, the ink can be appropriately refilled from ink refill container to the ink tank via the ink refill adapter.
In addition, in the ink refill adapter, the plurality of inlet forming portions, the identification unit corresponding to the plurality of inlet forming portions, and the plurality of adapter-side positioning portions are preferably formed integrally.
With this configuration, because the inlet forming portions, identification unit, and adapter-side positioning portions are formed integrally, the ink refill adapter can be manufactured more easily than if these components were provided separately.
A first embodiment of a recording device is described with reference to the figures. The recording device according to this embodiment is an ink-jet printer configured to record (print) an image or the like on a medium by ejecting ink onto the medium.
A recording device 21 illustrated in
In the casing 22, a drive pulley 28 and a driven pulley 29 are each rotatably supported at positions near opposite ends of the guide shaft 24. An output shaft of a carriage motor 30 is linked to the drive pulley 28, and an endless timing belt 31 linked to a portion of the carriage 26 is wrapped around the drive pulley 28 and the driven pulley 29. When the carriage motor 30 is driven to reciprocally move the carriage 26 along the left-right direction as a scanning direction of the paper P while being guided by the guide shaft 24 via the timing belt 31, the paper P is fed to the front over the support stand 23, and ink is ejected onto the paper P from the recording head 25 on the lower surface side of the carriage 26.
At a position on a front side of the support stand 23 on a front surface side of the casing 22 illustrated in
At a position on a front surface of the casing 22 illustrated in
In the casing 22 of the recording device 21, an ink refill unit 40 configured to refill ink to the recording head 25 is housed at a position on the rear side of the open/close door 35, that is, a position closer to the front surface and an end portion of the open/close door 35 (closer to a right end portion in this case). The ink refill unit 40 is a structure that includes a plurality of (in this embodiment, five) ink tanks 41 to 45 and can be regarded as integral. As described later, each ink tank 41 to 45 is configured to be able to refill the ink.
The ink refill unit 40 illustrated in
The ink tanks 41 to 45 illustrated in
In the ink tanks 41 to 45 illustrated in
As illustrated in
Therefore, in the through hole 60, a pair of front and rear concave portions 61 that open on an upper side in the direction in which the needle 56 extends is formed with a vertical downward direction as a depth direction so as to be point symmetric with respect to the ink inlet 53 by the pair of front and rear rectangular portions that cover the opening on the lower side, in a region that forms an outer side of the ink inlet 53 in a radial direction centered about the ink inlet 53. More specifically, a plurality of (in this case, a pair of front and rear) concave portions 61 that are point symmetrical around the ink inlet 53 are formed in a region that forms an outer side of the ink inlet 53 and includes the needle 56 in the ink refill adapter 47 integral with the ink tanks 41 to 45. In this case, a tip of the needle 56 located at the center of the circular hole-shaped ink inlet 53 is located closer to the ink storage chamber 49 than the upper surface 58 of the ink refill adapter 47 is located to the ink storage chamber 49. The ink refill adapter 47 forms an opening edge of the through hole 60 that includes the ink inlet 53 and the concave portion 61. More specifically, the upper surface 58 of the ink refill adapter 47 extends in a direction that intersects with the direction in which the needle 56 extends at a position further outside than a tip of the needle 56 in the direction in which the needle 56 extends. On the other hand, the lower surface 59 of the ink refill adapter 47 functions as a tank engaging portion configured to engage with the plurality of ink tanks 41 to 45 arranged side by side in the left-right direction as a group from an upper side.
A peripheral portion of the opening edge on an upper side of the through hole 60 on the upper surface 58 of the ink refill adapter 47 is colored a specific color. More specifically, the peripheral portion is colored the same color as the ink stored in the ink storage chamber 49 of the ink tanks 41 to 45 to which the ink flows via the ink inlet 53 of the through hole 60. In this respect, the peripheral portion of the opening edge on the upper side of the through hole 60 in the ink refill adapter 47 functions as a first portion that externally indicates information associated with the ink stored in the ink tanks 41 to 45 in which the ink inlet 53 of the through hole 60 communicates with the ink storage chamber 49. Incidentally, the periphery portion of the upper end opening of the through hole 60 in which the ink inlet 53 that communicates with the ink storage chamber 49 of the ink tank 41 that stores the black ink is colored black.
On an inner surface (more specifically, an inner side surface along an up-down direction) of the concave portion 61, a first concave/convex portion (first key structure portion) 62 that has a characteristically concave/convex shape in the horizontal direction is provided so as to extend along a depth direction (in other words, a central axis direction of the ink inlet 53) at a position in the concave portion 61 that is closer to a bottom surface (more specifically, a horizontal portion side of the step portion 48)than the opening end of the upper surface is to the bottom surface. The first concave/convex portion 62 illustrated in
Next, the ink refill container 63 that forms the ink refill system with the ink tanks 41 to 45 and refills the ink to the ink tanks 41 to 45 when the remaining ink quantity is low is described.
The ink refill container 63 illustrated in
The entire outer surface of the container appendage 67 is colored a specific color. More specifically, the container appendage 67 is colored the same color as the ink that is stored in the container main body 64 to be added. In this regard, the container appendage 67 in the ink refill container 63 functions as a second portion that externally indicates information associated with the ink stored in the ink refill container 63. Incidentally, the outer surface of the container appendage 67 in the ink refill container 63 that stores the black ink is colored black. In addition, a plurality of (in this embodiment, four) protrusions 70 are formed on outer peripheral surfaces of each of base end portions of the container main body 64 and the cap 68 at equal intervals (at 90° intervals, for example). Incidentally, these protrusions 70 are formed so as to prevent the tubular ink refill container 63 from rolling. In addition, for example, the container main body 64 of the ink refill container 63 that stores the black ink may be formed thicker than the container main body 64 of the ink refill container 63 that stores ink of another color. In this case, the ink outlet-forming portion 66 may be formed of thicknesses and shapes common for black ink and ink of other colors.
As illustrated in
As illustrated in
A flat positioning portion 73 that is perpendicular to (intersects) the central axis of the ink outlet 65 is provided between a tubular lower end portion formed with the male threaded portion 69 of the container appendage 67 and the convex portion 71 formed with the second concave/convex portion 72 so as to be located radially outward of the ink outlet 65 when the ink outlet 65 is viewed in the direction of its central axis. More specifically, the positioning portion 73 forms a part of the outer surface of the container appendage 67, which is a part of the outer surface of the ink refill container 63, and is located at a position closer to the container main body 64 than a tip of the convex portion 71 is located to the container main body 64 in the central axis direction of the ink outlet 65. Because the positioning portion 73 is provided in the container appendage 67 added to the ink outlet-forming portion 66 in the ink refill container 63, the positioning portion 73 is configured as a separate member to the ink outlet-forming portion 66, and can be regarded as having a configuration provided on the outer side of the ink outlet-forming portion 66.
As illustrated in
At this time, the positioning portion 73 on the outer side of the ink outlet 65 in the radial direction abuts against the upper surface 58 of the ink refill adapter 47 formed with the through hole 60 that includes the ink inlet 53 and the concave portion 61, to thereby position the valve 74 with respect to the ink tanks 41 to 45 in the central axis direction of the ink outlet 65. In this regard, the upper surface 58 of the ink refill adapter 47 corresponds to a part of the ink tanks 41 to 45 on which the positioning portion 73 of the ink refill container 63 abuts when the valve 74 of the ink outlet 65 of the ink refill container 63 for refilling the ink to the ink tanks 41 to 45 opens, and functions as a receiving surface for receiving the flat positioning portion 73.
The valve 74 may be formed as illustrated in
As illustrated in
As illustrated in
On the container appendage 67 added to the ink outlet-forming portion 66 in the ink refill container 63 so as to surround the ink outlet 65, a tubular lower end portion formed with the male threaded portion 69 on the outer peripheral surface forms a junction 83 that joins a lower end surface of the container appendage 67 to an upper end surface of the large-diameter portion 79 of the ink outlet-forming portion 66. The surface area of the inner circumferential surface of the joining portion 83 facing in the front-rear direction is in surface contact with the outer surface on the front side and the outer surface on the rear side of the intermediate portion 81 of the ink outlet forming portion 66, so as to be joined to the large-diameter portion 79 of the ink outlet forming portion 66.
Next, operation of the ink refill system configured as described above is described, focusing on operation when ink is refilled to the ink tanks 41 to 45 in the ink refill unit 40 using the ink refill container 63.
As a prerequisite, as illustrated in
When the ink is refilled to the ink tank 41, the user first changes the state of the open/close door 35 of the casing 22 from the closed state illustrated in
Then, as illustrated in
Then, the user lowers ink refill container 63 from the state illustrated in
However, at this time, although the tip of the needle 56 located at the center of the ink inlet 53 is also inserted into the opening of the ink outlet 65 that protrudes slightly from the tip of the convex portion 71 by the convex portion 71 being slightly inserted into the concave portion 61, the tip does not reach the valve 74 located deep inside the ink outlet 65. The reason for this is as follows. As illustrated in
More specifically, as illustrated in
If the second concave/convex portion 72 is not engaged with the first concave/convex portion 62 after the convex portion 71 has been inserted into the concave portion 61, at that time, the user can recognize that they are trying to incorrectly insert an ink refill container 63 of a color other than black. In this case, if an upper end of the first concave/convex portion 62 is located at the same height as the opening edge of the concave portion 61, engagement of the second concave/convex portion 72 to the first concave/convex portion 62 is rejected, and insertion of the convex portion 71 to the concave portion 61 is also rejected. Therefore, the user may try to insert the convex portion 71 into the concave portion 61 many times and waste time performing a useless action. In this regard, in this embodiment, the height of the first concave/convex portion 62 is lower than that of the opening edge of the concave portion 61, and hence the convex portion 71 can be easily guided to the bottom surface side of the concave portion 61 in the depth direction when being inserted to the concave portion 61, and operation time is not wastefully long.
In addition, as illustrated in
At that time, because the positioning portion 73 is located radially outward of the ink outlet 65, the orientation of the ink refill container 63 in which the ink outlet 65 is connected to the ink inlet 53 can be stably maintained. In addition, as illustrated in
As illustrated in
According to the Above-Described First Embodiment, the Following Effects Can be Achieved.
(1) During the ink refill to the ink tanks 41 to 45 from the ink refill container 63, the valve 74 is opened while being positioned with respect to the ink tanks 41 to 45. Therefore, ink spillage and incorrect ink refilling that may occur when the valve 74 displaces when the valve 74 opens can be suppressed, and the ink can be appropriately refilled to the ink tanks 41 to 45.
(2) Because the valve 74 is configured as a slit valve provided with the one or more slits 75 in an elastic member such as a silicon film, the ink refill container 63 can be provided with few components and a simple structure.
(3) Because the positioning portion 73 in the ink refill container 63 abuts against part of the ink tanks 41 to 45 while being located radially outward of the ink outlet 65 when the ink is refilled to the ink tanks 41 to 45 from the ink refill container 63, the ink can be refilled at a stable orientation.
(4) Because the positioning portion 73 in the ink refill container 63 is provided to the container appendage 67 as a member separate to the ink outlet-forming portion 66, the positioning portion 73 can be optimized in accordance with design specifications of the ink tanks 41 to 45 and the ink refill container 63.
(5) When the needle 56 of the ink tanks 41 to 45 in the ink outlet 65 of the ink refill container 63 is inserted into the valve 74 to open the valve 74, the positioning portion 73 of the ink refill container 63 abuts against the upper surface 58 of the ink refill adapter 47 that functions as a receiving surface of the ink refill container 63 in the ink tanks 41 to 45 to determine the relative positional relationship between the valve 74 and the needle 56. Therefore, the valve 74 can be appropriately opened by the needle 56, and the occurrence of incorrect ink refilling can be suppressed.
(6) When the ink is refilled, because the needle 56 is not inserted into the ink outlet 65 if the convex portion 71 of the ink refill container 63 is not fitted into the concave portion 61 of the ink tanks 41 to 45, inappropriate connection between the ink tanks 41 to 45 and the ink refill container 63 can be suppressed.
(7) The ink refill container 63 includes the positioning portion 73 on an outer side of the ink outlet-forming portion 66 at a position closer to the container main body 64 than the convex portion 71 is to the container main body 64 in the central axis direction of the ink outlet 65. Therefore, inappropriate connection between the ink tanks 41 to 45 and the ink refill container 63 can be suppressed, and the insertion of the needle 56 of the ink tanks 41 to 45 to the ink outlet 65 of the ink refill container 63 can be guaranteed at an appropriate position.
(8) Because the tip of the needle 56 of the ink tanks 41 to 45 does not protrude further outward than the upper surface 58 of the ink refill adapter 47 that acts as the receiving surface of the positioning portion 73 of the ink refill container 63, even if ink adheres to the tip of the needle 56, the risk of that ink adhering to the hand of a user who performs the ink refill, or the ink refill container 63 can be reduced.
(9) When connection is performed from the direction in which the needle 56 extends from the ink tanks 41 to 45 with the ink refill container 63 in a state inclined along a radial direction in which the two flow passages 54 and 55 are arranged, one of the two flow passages 54, 55 on a side on which the ink outlet 65 of the ink refill container 63 first approaches acts as an ink flow passage, and the other flow passage acts as an air flow passage. Therefore, because the user may use either of the two flow passages 54 and 55 as the ink flow passage, the user can quickly refill the ink without hesitating in choosing the flow passage to be the ink flow passage.
(10) Through fitting the convex portion 71 of the ink refill container 63 into the concave portion 61 of the ink tanks 41 to 45, and engaging the second concave/convex portion 72 on the outer surface of the convex portion 71 with the first concave/convex portion 62 on the inner surface of the concave portion 61, the user can recognize that the appropriate ink refill container 63 has been connected to the ink tanks 41 to 45. As a result, inappropriate connection between the ink tanks 41 to 45 and the ink refill container 63 can be suppressed. In addition, because the first concave/convex portion 62 is closer to the bottom than the opening edge of the concave portion 61 is to the bottom inside of the concave portion 61 of the ink tanks 41 to 45, the convex portion 71 in the ink refill container 63 can be easily guided to the bottom from the opening of the concave portion 61 in the ink tanks 41 to 45, and insertion can be made easily.
(11) The second concave/convex portion 72 (second key structure portion) on the outer surface of the convex portion 71 in the ink refill container 63 can be engaged with the first concave/convex portion (first key structure portion) 62 provided so as to extend along the depth direction of the concave portion 61 on the inner surface of the concave portion 61 of the ink tanks 41 to 45 by making the convex portion 71 fit into the concave portion 61. As a result, the connection direction of the ink outlet 65 of the ink refill container 63 to the ink inlet 53 of the ink tanks 41 to 45 can be easily recognized.
(12) Because the depth direction of the concave portion 61 provided radially outward of the ink inlet 53 is a direction that faces vertically downward, the ink can be prevented from returning to the ink storage chamber 76 from the ink outlet 65 of the ink refill container 63 under a state in which the ink outlet 65 of the ink refill container 63 is connected to the ink inlet 53 of the ink tanks 41 to 45. As a result, the ink can be appropriately refilled to the ink tanks 41 to 45 from the ink refill container 63.
(13) Even when the convex portion (second fitting portion) 71 of the ink refill container 63 is fitted into any of the plurality of concave portions (first fitting portions) 61 formed point symmetrical about the ink inlet 53 in the ink tanks 41 to 45, the ink outlet 65 of the ink refill container 63 can be connected to the ink inlet 53 of the ink tanks 41 to 45. Therefore, it is easy to connect to the ink tanks 41 to 45 of the ink refill container 63 when the ink is refilled.
(14) The color of the peripheral portion of the ink inlet 53 of the ink refill adapter 47 in the ink tanks 41 to 45 functions as the first portion for indicating information associated with the ink stored in the ink storage chamber 49, and the color of the container appendage 67 of the ink refill container 63 functions as the second portion for indicating information associated with the ink stored in the ink storage chamber 76. Therefore, when the ink is refilled by connecting the ink refill container 63 to the ink tanks 41 to 45, whether or not the ink to be refilled is appropriate can be easily checked by visually confirming the first portion on the ink tank 41 to 45 side and the second portion on the ink refill container 63 side.
(15) Because the ink refill container 63 is formed further inward than the outer peripheral surface of the container main body 64 provided with the ink storage chamber 76 in the radial direction in which the convex portions 71 are centered about the ink outlet 65, the convex portions 71 of the ink refill container 63 are less likely to become a hindrance when the ink outlet 65 of the ink refill container 63 is connected to the ink inlet 53 of the ink tanks 41 to 45.
(16) The ink refill adapter 47 includes the plurality of first concave/convex portions (identification portions) 62 that make it possible to identify the ink refill container 63 containing the ink outlet 65 that can connect to the ink inlet 53 of every ink tank 41 to 45 when the ink refill adapter 47 engages the lower surface (tank engaging portion) 59 with the plurality of ink tanks 41 to 45 as a group. Therefore, if the ink tanks 41 to 45 have a general common structure, and the lower surface 59 as the tank engaging portion of the ink refill adapter 47 is engaged with the plurality of ink tanks 41 to 45 as a group, a simple structure that can suppress incorrectly mounting the ink refill container 63 when the ink is refilled can be obtained.
Next, a second embodiment of a recording device is described with reference to the drawings. Positioning of the ink tank and the ink refill adapter in the second embodiment differs from that in the first embodiment. Other aspects are substantially the same as those in the first embodiment, and hence redundant description is omitted by denoting like configurations with like reference symbols.
As illustrated in
As illustrated in
As illustrated in
The ink tank 41, which has a large storage quantity, and the ink tanks 42 to 45, which each have a small storage quantity, have different thicknesses, but have the same structure. Therefore, common configurations in the ink tanks 41 to 45 are denoted by the same reference symbols, and redundant descriptions thereof are omitted.
The needle 56 is formed so as to protrude upward from a top surface 111 of the ink tanks 41 to 45. A side surface 112 on a visual confirmation unit 50 side (front side) that intersects with the top surface 111 is provided with a tank-side positioning portion 113 that protrudes forward. The tank-side positioning portions 113 of each of the ink tanks 41 to 45 are located at substantially the same position in the up-down direction, and intervals between tank-side positioning portions 113 between the adjacent ink tanks 41 to 45 are substantially the same.
An absorbing member 123 that has a substantially rectangular shape in plan view and that can absorb ink is provided on the top surface 111 of the ink tanks 41 to 45. A plurality of (in this embodiment, six) round holes 123a are formed in the absorbing member 123. In the absorbing member 123, each of the needles 56 are inserted through the round holes 123a, and a part of a film 124 for sealing the opening of the ink tank 41 to 45 that extends further upward than the top surface 111 is folded and attached to the ink tank 41 to 45. The absorbing member 123 may be such a size as to cover all of the top surface 111 (see
As illustrated in
On the top surface 111 of the ink tanks 41 to 45 at a position on a front end adjoined to the tank-side positioning portion 113, a protruded portion 116 configured to support the ink refill adapter 47 is provided. The protruded portion 116 is also provided on a rear end of the top surface 111. In other words, a pair of the protruded portions 116 is provided so as to sandwich the needle 56 at positions at either end of the top surface 111 in the front-back direction.
As illustrated in
Next, the ink refill adapter 47 is described.
As illustrated in
As illustrated in
As illustrated in
In addition, a pair of ribs 122 provided with intervals in-between in the front-back direction are provided in a plurality of (in this embodiment, five) groups in the left-right direction on the lower surface 59 of the ink refill adapter 47. The interval between the pair of ribs 122 in the front-back direction is substantially the same as the size of the top surface 111 of the ink tanks 41 to 45. One adapter-side positioning portion 121 and one rib 122 are provided on either ends of one insertion hole 120 in the left-right direction. More specifically, as illustrated in
As illustrated in
Next, action of the ink refill adapter 47 configured as described above is described.
As illustrated in
The absorbing member 123 provided between the ink refill adapter 47 and the top surface 111 of the ink tanks 41 to 45 may be provided to each ink tank 41 to 45. In addition, the absorbing member 123 may be provided so as to extend from the top surface 111 of the ink tanks 41 to 45 to the side surface 112 (only a portion that corresponds to the ink tank 45 is illustrated in
According to the above-described second embodiment, the following effects can be achieved in addition to the effects (1) to (16) of the above-described first embodiment.
(17) Because the ink refill adapter 47 is positioned with respect to the ink tanks 41 to 45, displacement between the needle 56 provided in the ink tanks 41 to 45 and the inlet forming portion 119 provided in the ink refill adapter 47 can be suppressed. Therefore, the ink can be appropriately refilled to the ink tanks 41 to 45 from the ink refill container 63 via the ink refill adapter 47.
(18) Because the inlet forming portion 119, the first concave/convex portion 62, and the adapter-side positioning portion 121 are formed integrally, the ink refill adapter 47 can be manufactured with a simpler structure than if these components were provided separately.
The above-described embodiments may be modified as follows.
40 . . . ink refill unit, 41 to 45 . . . ink tank, 46 . . . ink refill tube, 47 . . . ink refill adapter, 48 . . . step portion, 49 . . . ink storage chamber, 50 . . . visual recognition portion, 53 . . . ink inlet, 54, 55 . . . flow passage, 56 . . . needle (ink inlet flow passage portion), 57 . . . remaining ink sensor, 58 . . . upper surface (receiving surface), 59 . . . lower surface (tank engaging portion), 60 . . . through hole, 61 . . . concave portion (first fitting portion), 62 . . . first concave/convex portion (identification unit), 63 . . . ink refill container, 64 . . . container main body, 65 . . . ink outlet, 66 . . . ink outlet-forming portion, 67 . . . container appendage, 69 . . . male threaded portion, 70 . . . protrusion, 71 . . . convex portion (second fitting portion), 72 . . . second concave/convex portion, 73 . . . positioning portion, 74 . . . valve, 75 . . . slit, 76 . . . ink storage chamber, 91 . . . joining portion, 92 . . . tubular portion, 93 . . . outflow passage, 94 . . . end surface, 102 . . . holder, 103 . . . flange portion, 113 . . . tank-side positioning portion, 119 . . . inlet forming portion, 121 . . . adapter-side positioning portion, IK . . . ink.
Number | Date | Country | Kind |
---|---|---|---|
JP2016-116155 | Jun 2016 | JP | national |
JP2016-203332 | Oct 2016 | JP | national |
JP2016-208864 | Oct 2016 | JP | national |
This application is a continuation of U.S. application Ser. No. 17/070,064, filed Oct. 14, 2020; which is a continuation of U.S. application Ser. No. 16/857,065, filed Apr. 23, 2020; which is a continuation of U.S. application Ser. No. 16/307,625, filed Dec. 6, 2018; which is the national phase entry of PCT/JP2017/021057, filed Jun. 7, 2017; which claims priority to Japanese Application No. 2016-116155, filed Jun. 10, 2016; Japanese Application No. 2016-203332, filed Oct. 17, 2016; and Japanese Application No. 2016-208864, filed Oct. 25, 2016; the contents of all of which are incorporated by reference herein in their entirety.
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Number | Date | Country | |
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Number | Date | Country | |
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Parent | 17070064 | Oct 2020 | US |
Child | 17504984 | US | |
Parent | 16857065 | Apr 2020 | US |
Child | 17070064 | US | |
Parent | 16307625 | US | |
Child | 16857065 | US |