The present invention relates to a medicine packaging PTP sheet.
PTP (Press Through Package) packaging has been widely used for packaging solid medicines, such as tablets and capsule agents, in the field of packaging of pharmaceuticals. The PTP packaging mainly refers to a packaging body (sheet) in which pockets which accommodate a medicine are molded in a resin film, the pockets are filled with medicines, and then the pockets are sealed by a sheet containing aluminum foil (hereinafter simply referred to as aluminum foil).
The medicine is taken out from the PTP sheet by the following procedure. When a patient presses the medicine over a pocket by a fingertip, the pocket is elastically deformed, and then the medicine is pressed against the aluminum foil. The aluminum foil is broken by the medicine, so that the medicine comes to the outside of the pocket.
When medicines are stored or transported or medicines are carried by patients, a plurality of PTP sheets are laminated to each other in some cases. In that case, the PTP sheets are laminated to each other in such a manner that the surfaces to which the pockets are projected face each other in many cases. In the state where the sheets ere laminated to each other in this way, since the pockets of one PTP sheet are located in the gap between the pockets of the other PTP sheet. Therefore, the entire thickness in the state where the two PTP sheets are laminated to each other becomes small. Simultaneously, the pockets can be prevented from being directly pressurized by external force. Hereinafter, this state is also referred to as a combined state. Patent Literature 1 discloses a device and a method capable of realizing the combined state of the PTP sheets at high speed.
Moreover, heretofore, a pharmacist sometimes enters information on a medicine, such as the time when a patient takes a medicine, on the PTP sheet which packages the medicine. When the information on the medicine is entered on the PTP sheet, the patient who has confirmed the information can take a medicine with the correct usage.
However, since a common medicine packaging PTP sheet is a molded article of a resin film, a paint is difficult to adhere. Therefore, it is difficult to enter characters and patterns on a packaged PTP sheet with pens and pencils, such as a pencil, a ballpoint pen, or a mechanical pencil. In order to solve such a problem. Patent Literature 2 discloses a medicine packaging body provided with an entry column in which the usage and the like of a medicine are entered.
Patent Literature 1: Japanese Unexamined Patent Application Publication No. 2011-37527
Patent Literature 2: Japanese Unexamined Patent Application Publication No. 10-264964
In the PTP sheets in the combined state, the pockets contact a surface other than the pockets of the facing PTP sheet. Therefore, in the PTP sheets in the combined state, when the PTP sheets are pressurized in such a manner as to bring each surface facing the outside close to each other, the pocket is pressurized by the facing PTP sheet to be deformed or the medicine pressurized over the pocket breaks the aluminum foil in some cases. Or, when the medicine is a capsule agent or the like, the capsule agent is sometimes deformed by pressurization.
For example, when a patient carries a PTP sheet in which medicines are enclosed in a bag or the like, the surfaces facing the outside are pressurized by other goods, so that the above-described phenomenon occurs in the PTP sheets in the combined state. Or, when the PTP sheets are transported from a pharmaceutical company, the same phenomenon may occur.
The present invention has been made in view of the above-described circumstances. It is a first object of the present invention to provide a medicine packaging PTP sheet capable of protecting pockets from pressurization by external force in PTP sheets in a combined state.
With the medicine packaging body described in Patent Literature 2, entry columns 6a and 6b are located at a portion which is broken when taking out a content 4 (medicine) in a breakage prevention film 5. Therefore, there is a problem in that when a patient accidentally takes out the medicine before confirming the entry columns 6a and 6b, the patient cannot confirm the information entered in the entry columns 6a and 6b.
More specifically, it is a second object of the present invention to provide a medicine packaging PTP sheet on which information on a medicine can be easily entered and which allows a patient to confirm the entered contents before and after taking out the medicine.
(1) For the first object described above, a medicine packaging PTP sheet according to the present invention has a first sheet in which a pocket capable of accommodating a medicine and a projecting convex portion each are projected from a first surface which is one of the front and back surfaces and a second sheet which is attached to a second surface opposite to the first surface of the first sheet and blocks an opening of the pocket. A first distance from the first surface to the projection end of the convex portion is longer than a second distance from the first surface to the projection end of the pocket.
According to the medicine packaging PTP sheet of such a configuration, each convex portion abuts on the first surface of the first sheet of the facing medicine packaging PTP sheet in the combined state. Since the facing medicine packaging PTP sheet is supported by the convex portions, a certain gap is formed between the medicine packaging PTP sheets. Since the first distance from the first surface to the projection end of the convex portions is longer than the second distance from the first surface to the projection end of the pocket, the pocket is maintained in a state where the pocket does not abuts on the facing medicine packaging PTP sheet.
When both the outer surfaces of the laminate of the PTP sheets are pressurized to each other in the combined state, the pressurization force is absorbed by the convex portions. Therefore, in the facing medicine packaging PTP sheet, the pocket is prevented from being pressurized.
(2) The projection end of the convex portion may be a plane parallel to the first surface.
Due to the fact that the projection end of the convex portion is a plane, the convex portion can stably support the facing medicine packaging PTP sheet.
(3) The projection end of the convex portion may have a concave depression in the center portion and may be a circular shape parallel to the first surface.
Due to the formation of the depression in the projection end of each convex portion, the convex portions can more stably support the facing medicine packaging PTP sheet. Moreover, due to the formation of the depression in the projection end of each convex portion, when a patient takes the medicine, the patient can distinguish the pocket in which the medicine is stored from the convex portions, so that the convenience is further improved.
(4) Two or more of the pockets may be provided and a pair of the convex portions may be provided on both the outside of one of the pockets.
Due to the fact that the pair of the convex portions are provided in each pocket, the gap between the medicine packaging PTP sheets can be certainly maintained in the circumference of the pocket.
(5) The medicine packaging PTP sheet may have a rectangular shape as viewed in a plane. Each pocket and each convex portion described above may be asymmetrical to any one of the pockets and any one of the convex portions with respect to a virtual straight line along the center in the longitudinal direction or the lateral direction of the rectangle.
According to such an arrangement of the pockets and the convex portions, even when the two medicine packaging PTP sheets are brought into the combined state in a state where the peripheries of the two PTP sheets are brought into agreement with each other, the pockets facing each other and the convex portions facing each other do not contact. Since the two medicine packaging PTP sheets can be brought into the combined state in a state where the peripheries of the two PTP sheets are brought into agreement with each other, the combined state is stabilized and the space saving of the medicine packaging PTP sheets can be achieved.
The rectangular shape in the present invention includes one in which the circumferential portions of the corners have a curved shape. More specifically, a medicine packaging PTP sheet whose four corners are rounded also belongs to the technical scope of the present invention. Any direction among the directions of two sides orthogonal to each other in the rectangle may be interpreted as the lateral direction or the longitudinal direction.
The state where the two pockets or convex portions are “asymmetrical” in the present invention refers to a state where when it is assumed that one pocket or convex portion is transferred to a symmetrical position, a region occupied by the transferred pocket or convex portion and a region occupied by the other pocket or convex portion are separated from each other in such a manner that the regions are not overlapped with each other.
(6) As viewed in a plane, all the pockets are disposed along the first direction, the pair of convex portions each are disposed along the second direction orthogonal to the first direction, and cutting portions each may be provided along the second direction.
(7) The first sheet has an entry region where characters or patterns can be entered at least with a pencil or a ball point pen in at least one part of the first surface, in which a region where the region occupied by each convex portion in the first sheet is symmetrically transferred with respect to the virtual straight line along the center of the longitudinal direction or the lateral direction of the rectangle may not be overlapped with the entry region.
In this configuration, since the entry regions are not provided at positions abutting on the convex portion in the combined state, a possibility that the characters and the patterns entered in the entry regions become faint or blurred is further reduced.
(8) For the second object, a medicine packaging PTP sheet according to the present invention has a translucent first sheet in which a pocket capable of accommodating a medicine is projected to a first surface which is one of the front and back surfaces and a second sheet which is attached to a second surface opposite to the first surface in the first sheet and blocks an opening of the pocket. Information which can be visually identified through the first sheet and which relates to the medicine is indicated on the surface to be attached to the first sheet in the second sheet and the first sheet has an entry region where characters or patterns can be entered at least with a pencil or a ball point pen in at least one part of the first surface.
Since the information which can be visually identified through the first sheet and which relates to the medicine is indicated on the surface to be attached to the first sheet in the second sheet, the patient can confirm general information on the medicine (for example, the name, the serial number, or the expiration date for use of the medicine). Moreover, the patient can confirm individual information of each patient (for example, dose time) on the medicine which a pharmacist enters in the entry regions.
Since the information can be visually identified from the first surface side of the first sheet, the information is easily confirmed.
The translucency of the first sheet in the present invention refers to a property which allows the first sheet to transmit visible light so that at least the in format ion indicated on the second sheet can be visually identified through the first sheet.
(9) The first sheet may be a molded article of a thermoplastic resin.
(10) The second sheet may be an aluminum film.
(11) The entry region may be one in which the first surface side of the first sheet is subjected to sandblast processing or emboss processing.
By the sandblast processing or the emboss processing, the entry region can be easily formed on the first surface side of the first sheet.
(12) The entry region may be one in which a material to be recorded in which characters or pattern can be entered at least with a pencil or a ball point pen is provided on the first surface side of the first sheet.
By the material to be recorded, the entry region can be easily formed on the first surface side of the first sheet.
(13) The material to be recorded may be a paint which adheres to the first surface side of the first sheet and which at least contains titanium oxide.
(14) The material to be recorded may be a third sheet which is attached to the first surface side of the first sheet with an adhesive.
(15) The entry regions of the first sheet constitute an entry column in which the dose time of the medicine is entered, and the dose time entered in the entry column and the characters indicated on the surface to be attached to the first sheet in the second sheet may constitute one sentence which indicates the dose time of the medicine.
(16) On the surface to be attached to the first sheet in the second sheet, “Month”, “Day”, and “Day of the week” each may be indicated with spaces. The entry regions may be disposed at least at positions corresponding to the spaces.
Due to the fact that “Month”, “Day”, and “Day of the week.” are indicated beforehand, a pharmacist can immediately notice that the entry regions are regions where the dose time is to be entered. Moreover, the patient can immediately notice that the characters entered in the entry regions indicate the dose time.
(17) The medicine packaging PTP sheet has a rectangular shape as viewed in a plane, in which one side of the length or the width of the rectangle is 4 to 12 cm and the other side is 4 to 7 cm.
The medicine packaging PTP sheet of such a size is difficult for a patient to put into a mouth or to swallow. Therefore, a possibility that a patient erroneously swallows the medicine with the medicine packaging PTP sheet without taking out the medicine can be reduced.
The rectangular shape in the present invention includes one in which the circumference portions of the corners have a curved shape. More specifically, a medicine packaging PTP sheet whose four corners are rounded also belongs to the technical scope of the present invention. Any direction of the directions along two sides orthogonal to each other in the rectangle may be interpreted as the length or the width.
(18) The first sheet has a cutting portion which divides the medicine packaging PTP sheet into a pocket unit, one division obtained by dividing the medicine packaging PTP sheet has a rectangular shape as viewed in a plane, and one side of the length or the width of the rectangle is 4 to 12 cm and the other side is 4 to 7 cm.
Such a medicine packaging PTP sheet can reduce the possibility of accidental swallowing by a patient also after being divided into a medicine unit.
According to the medicine packaging PTP sheet of the present invention, the pockets can be protected from pressurization by external force in the combined state. Moreover, the information on the medicine can be easily entered and a patient can confirm the entered contents before and after taking out the medicine.
Hereinafter, embodiments of the present invention are described with reference to the drawings as appropriate. The embodiment described below merely describes one example of the present invention. It is a matter of course that the embodiments of the present invention can be altered as appropriate insofar as the gist of the present invention is not altered. In the following description, a vertical direction 5 is defined based on the top and the bottom, a longitudinal direction 6 is defined as a direction perpendicular to the vertical direction 5, and a horizontal direction 7 is defined as a direction perpendicular to the vertical direction 5 and the longitudinal direction 6. Herein, the longitudinal direction 6 is one example of the first direction of the present invention and the horizontal direction 7 is one example of the second direction of the present invention.
As illustrated in
On the boundary of the cells 12, a slit 13 (one example of a cutting portion of the present invention) is formed. The PTP sheet 10 can be divided into a single cell 12 by being bent or separated by cutting along the slit 13 by the hand of a pharmacist or a patient. The size in the longitudinal direction 6 of the cell 12 is 4 to 12 cm and preferably 5 to 6 cm. This embodiment describes an example of 5.5 cm. The size in the horizontal direction 7 is 4 to 7 cm and preferably 5.5 to 6.5 cm. This embodiment describes an example of 5.8 cm. In the following description, a group of two or more of the cells 12 which are not divided and the single cell 12 after divided each are referred to as the PTP sheet 10.
The PTP sheet 10 is one in which a first sheet 14 obtained by molding polypropylene and a second sheet 15 (
When stored or transported or carried by a patient, the PTP sheets 10 are laminated to each other in such a manner that the first sheets 14 face each other to be brought into a combined state. The combined state refers to a state where the pockets 16 of one PTP sheet 10 of the two PTP sheets 10 enters the gap between the pockets 16 of the other PTP sheet 10, so that the pockets 16 are alternately disposed. Convex portions 18 are projected from the same surface as the surface on which the pockets 16 are provided of the first sheet 14. In the PTP sheets 10 in the combined state, when the convex portions 18 support the facing PTP sheet 10, so that the pockets 16 are maintained in a state where the pockets 16 do not contact the facing PTP sheet 10.
Entry regions 17 are formed on the surface on an upper portion of the first sheet 14. The entry regions 17 are regions where characters are entered with pens and pencils, such as a pencil or a ball point pen. The entry regions 17 are provided in each cell 12. A pharmacist enters the information on the medicine 11, for example, the time when a patient takes the medicine 11, in the entry regions 17. The patient can confirm the entry of the entry regions 17 and can take the medicine 11 with the correct usage.
Hereinafter, each constituent member of the PTP sheet 10 is described in detail. In the following description, although the expressions of the upper surface and the lower surface of each sheet are sometimes used, these expressions are based on the direction of the PTP sheet 10 in
The first sheet 14 illustrated in
As the raw material of the first sheet 14, another resin may be used insofar as the resin has translucency which allows a patient to visually identify characters patterns indicated on the second sheet 15 and the resin which can be elastically deformed by pressurization with a fingertip. For example, as the raw material of the first sheet 14, polyvinyl chloride (PVC), polyethylene terephthalate (PET), or cyclic polyolefin may be used. Or, the first sheet 14 may be constituted by coating a resin sheet with a thin film. Or, the first sheet 14 may be constituted by laminating two or more kinds of resin layers.
As illustrated in
The slit 13 is formed on the boundary of the cells 12 as illustrated in
The divided cells 12 have a rectangular shape as viewed in a plane. The size in the longitudinal direction 6 of the cell 12 is 5.5 cm and the size in the horizontal direction 7 thereof is 5.8 cm. This size can prevent accidental swallowing of a patient. The size of each cell 12 is not limited thereto. For example, the cell 12 may have a square shape as viewed in a plane, in which the size in the longitudinal direction 6 and the size in the horizontal direction 7 are equal to each other. Or, the cell 12 may be one in which the size in the longitudinal direction 6 is larger than the size in the horizontal direction 7.
In the first sheet 14, one pocket 16 is provided in each cell 12. The pocket 16 is provided slightly backward relative to the center in the longitudinal direction 6 and slightly on the right side relative to the center in the horizontal direction 7 in each cell 12.
The pocket 16 is molded into a dome shape in such a manner that the first sheet 14 is projected upward. More specifically, in the pocket 16, the upper surface of the first sheet 14 is projected upward and the lower surface is depressed upward. An internal space in which the medicine 11 is accommodated is formed in the depressed portion. An opening which is continuous from the internal space to the outside of the pocket 16 opens in the lower surface side of the first sheet 14. The size of the pocket 16 is set in such a manner that the medicine 11 can be completely accommodated and is changed as appropriate according to the size of the medicine 11.
In the first sheet 14, two convex portions 18 are provided in each cell 12. The two convex portions 18 are provided slightly forward relative to the pocket 16 in each cell 12. The two convex portions 18 are separated to both the outside in the horizontal direction 7 relative to the pocket 16 and form one pair.
The convex portion 18 is one in which the first sheet 14 is molded into a dome shape similarly as the pocket 16. On the other hand, the medicine 11 is not accommodated in the internal space of the convex portion 18 as a difference from the pocket 16. The projection end of the convex portion 18 is molded into a shape which is a circular shape as viewed in a plane and in which the center portion expands slightly upward. As illustrated in
A distance L1 (
As illustrated in
In the PTP sheet 10 before being divided as illustrated in
The second sheet 15 (
The thickness of the second sheet 15 is set to a thickness in such a manner that the second sheet 15 is broken by the pressurization force from the medicine 11 when a patient pressurizes the medicine 11 over the pocket 16. In this embodiment, the thickness of the second sheet 15 is 20 μm. The thickness of the second sheet 15 may be changed as appropriate according to the hardness of the medicine 11, for example, whether the medicine is a tablet or a capsule agent. Materials other than an aluminum film may be used as the material of the second sheet 15 insofar as the materials satisfy the above-described requirements. For example, the second sheet 15 may be a film of metal other than aluminum and may be a film containing an alloy of aluminum and another metal. Other chemical materials may be used for the second sheet 15 insofar as the airtightness of the pocket 16 can be secured.
The first sheet 14 and the second sheet 15 are bonded to each other under heating in a state where the medicine 11 is accommodated in the pocket 16. In that case, due to the fact that the lower surface of the first sheet 14 which is half melted by the heat is solidified, the first sheet 14 and the second sheet 15 are melted and bonded.
Although not illustrated in the figures, characters and patterns which can be visually identified by a pharmacist and a patient are indicated on each of the upper surface and the lower surface of the second sheet 15. The characters and patterns indicated on the upper surface of the second sheet 15 can be visually identified from the upper surface of the first sheet 14 through the first sheet 14.
As illustrated in
Moreover, as illustrated in
The characters and pattern indicated on the second sheet 15 are printed by applying ink or spraying ink by an ink jet method. Since the first sheet 14 and the second sheet 15 are bonded under heating, a liquid thermosetting ink with nigh adhesive strength with aluminum is used as the ink. For example, an ink is used in which a modified olefin resin is used as a main resin and toluene or methyl ethyl ketone is used as a dilution solvent.
Hereinafter, the combined state of the PTP sheets 10 is described with reference to
As described above, in each PTP sheet 10, the pockets 16 and the convex portions 18 are asymmetrically disposed with respect to the virtual straight lines V1 and V2. Therefore, in the combined state, the pockets 16L and 16H and the convex portions 18L and 18H which face each other are in the position relationship where the pockets and the convex portions do not contact each other.
In
When the two PTP sheets 10L and 10H are relatively shifted in the horizontal direction 7 or the longitudinal direction 6 in the combined state, the pockets 16L and 1611 or the convex portions 18L and 18H contact each other to prevent the movement. Hereinafter, the details are described. When the PTP sheet 10H is slightly shifted backward relative to the PTP sheet 10L, the pockets 16L and 16H contact each other to thereby prevent the movement equal to or greater than the shift. When the PTP sheet 10H is slightly shifted forward relative to the PTP sheet 10L, the pockets 16L and 16H contact each other to thereby prevent the movement equal to or greater than the shift. When the PTP sheet 10H is slightly shifted to the left side relative to the PTP sheet 10L, the pocket 16L contacts the convex portion 18H on the right side to thereby prevent the movement equal to or greater than the shift. When the PTP sheet 10H is slightly shifted to the right side relative to the PTP sheet 10L, the pocket 16H contacts the convex portion 18L on the right side to thereby prevent the movement equal to or greater than the shift. More specifically, the range where the two PTP sheets 10L and 10H can be relatively shifted in the horizontal direction 7 and the longitudinal direction 6 is limited to a narrow range.
As described above, in each PTP sheet 10, the seal 20 is disposed asymmetrically to the convex portion 18 with respect to the virtual straight lines V1 and V2. Therefore, in the combined state, the projection ends of the convex portions 18L and 18H abut on the PTP sheets 10L and 10H at positions different from the positions of seals 20L and 20H.
In the PTP sheet 10 before being divided illustrated in
The PTP sheet 10 according to this embodiment can protect the pockets 16 from the pressurization by external force because, in the PTP sheets 10 in the combined state, the pockets 16 are maintained in a state where the pockets 16 do not contact the facing PTP sheet 10.
In the PTP sheets 10 in the combined state, the convex portions 18 are disposed on both the outside in the horizontal direction 7 with respect to the pocket 16. Therefore, the gap between the first sheets 14 is easily maintained in the circumference of the pocket 15. More specifically, also when the PTP sheets 10 are bent, a possibility that the pocket 16 contacts the facing PTP sheet 10 is reduced.
Since the pockets 16 and the convex portions 18 are asymmetrically disposed with respect to the virtual straight lines V1 and V2, the pockets 16 and the convex portions 18 which face each other do not contact each other when the PIP sheets 10 are brought into the combined state in such a manner that the front ends 21 and the back ends 22 of the two PTP sheets 10 are brought into agreement with each other. More specifically, the two PTP sheets 10 can be brought into the combined state without relatively shifting the sheets in the longitudinal direction 6. Thus, the combined state is stabilized and simultaneously the state can contribute also to space saving.
Moreover, since the convex portions 18 support the facing PTP sheet 10 in the PTP sheets 10 in the combined state, the sheets are maintained in a state where the seal 20 does not contact the facing first surface 14. Furthermore, since the seal 20 is disposed at a position asymmetrical to the convex portions 18 with respect to the virtual straight lines V1 and V2, the projection ends of the convex portions 18 abut on the facing PTP sheet 10 at a position different from the position of the seal 20. Therefore, the seal 20 does not contact the facing convex portions 18. Therefore, the characters and patterns indicated on the seal 20 can be prevented from becoming faint or blurred.
Moreover, since the range where the PTP sheets 10 in the combined state can be relatively shifted in the horizontal direction 7 and the longitudinal direction 6 is limited, the combined state is further stabilized. In particular, also when a plurality of pairs of the PTP sheets 10 in the combined state are laminated, the combined state is difficult to break.
Since the PTP sheet 10 can be bent with the slit 13 as the bending line, it becomes easy for a patient to carry the same. Moreover, the PTP sheet 10 in the bent state is also maintained in the state where the pockets 16 do not contact the facing cell 12, and therefore the pockets 16 can be protected from the pressurization by external force.
Moreover, since the entry regions 17 are formed on the upper surface of the first sheet 14, a pharmacist can enter individual information of each patient on the medicine 11, such as the time of taking the medicine 11.
Moreover, a patient can properly take the medicine 11 based on the individual information of each patient. For example, in the case of the medicine 11 which is to be taken every two weeks or every two months, the patient can properly take the medicine 11 as directed by the pharmacist.
Moreover, since the entry regions 17 are secured forward relative to the pockets 16 or the convex portions 18, a pharmacist can easily perform entering in a state where the pharmacist presses a portion on the back side relative to the entry regions 17.
Moreover, since the shape and the name of the medicine 11 can be confirmed from the same surface as the surface on which the entry regions 17 are formed, a risk that a pharmacist enters incorrect information on the medicine 11 is reduced. Moreover, since a patient can confirm the time of taking the medicine 11 and the like simultaneously with confirming the shape and the name of the medicine 11, a risk of taking the medicine 11 with an incorrect usage is reduced.
Moreover, the entry regions 17 are formed on not the second sheet 15 but the first sheet 14. Therefore, even after a patient takes out the medicine 11 and the second sheet 15 is broken, the patient can confirm the information on the medicine 11 entered in the entry regions 17.
Moreover, since the entry regions 17 are formed with the seal 20, the PTP sheet 10 is manufactured at low cost.
In the embodiment described above, the projection end of the convex portion 18 was molded into a shape which was circular as viewed in a plane and whose center portion slightly expands upward. On the other hand, the projection end of the convex portion 18 may be molded into a planar shape parallel to the upper surface of the first sheet 14 in order to increase the area of abutting on the facing first sheet 14. Or, the projection end of the convex portion 18 may have a ring shape having a depression 23 at the center of the circle (one example of the depression of the present invention) as illustrated in
The arrangement of the pockets 16 and the convex portions 18 in the embodiment described above is one example and may be changed as appropriate by a person skilled in the art. In
In
The pocket 16 and the convex portions 18 in each cell 12 may be disposed as illustrated in
According to such arrangement of the pocket 16 and the convex portions 18, the two PTP sheets 10L and 10H can be brought into the combined state in such a manner the front end 21 (
In
Thus, in this modification, when the PTP sheets 10L and 10H are brought into the combined state in such a manner that the outer edges of the sheets are overlapped with each other in the longitudinal direction 6 and the horizontal direction 7, also in the case where both the sheets are reversed in the longitudinal direction 6 (
In
In the embodiment described above, the seal 20 was attached to the first sheet 14, whereby the entry regions 17 were formed. However, the entry regions 17 may be formed by a different method. For example, the entry regions 17 may be formed by subjecting the upper surface of the first sheet 14 to sandblast processing or emboss processing.
When the sandblast processing is performed, small particles are collided to the first sheet 14, whereby irregularities are formed. When the emboss processing is performed, a heated roller with an unevenness shape on the surface or the like is pressed against the first sheet 14, whereby irregularities are formed in the surface. The surface of the first sheet 14 easily holds ink due to the formation of the irregularities, so that characters and patterns are easily indicated by pens and pencils, such as a pencil and a ball point pen.
Moreover, the entry regions 17 may be formed by coating the upper surface of the first sheet 14 with a material on which ink is easily placed. For the coating, a method, such as solution coating, extrusion coating, or vapor deposition, is used. As one example, a layer (one example of the material to be recorded of the present invention) of a paint containing titanium oxide may be formed by solution coating. The proportion of the titanium oxide contained in the paint is usually 18 to 36 wt % and preferably 24 to 32 wt %. After the formation of the coating on the entire upper surface of the first sheet 14, the pocket 16 and the convex portion 18 may be formed. In this case, the translucency of the first sheet 14 is maintained.
In the embodiment described above, the entry column in which the time when a patient takes the medicine 11 is entered may be constituted by the entry regions 17. In this modification, as illustrated in
For example, in the case where the day when a patient should take the medicine 11 is on Thursday, November 17, a pharmacist enters “11” in the left entry region 17, “17” in the center entry region 17, and “Thursday” in the right entry region 17, respectively. Thus, one sentence “Please take one tablet on Thursday, November 17” is constituted by the characters indicated beforehand on the second sheet 15 and the characters entered by the pharmacist in the entry regions 17.
When it is supposed that only the date can be confirmed from the upper surface of the first sheet 14, a patient cannot immediately understand the meaning of the date in some cases. Due to one sentence indicating the time when the patient should take the medicine 11 is constituted as in this modification, the patient can easily understand the time. Moreover, since the characters indicated on the upper surface of the second sheet 15 are not exposed to the open air, the characters do not become faint or disappear. Therefore, a possibility of misinterpretation of the patient due to misreading is low.
On the upper surface of the second sheet 15, a region E8 surrounding the one sentence may be colored with a color different from the color of the other portion to be made conspicuous. As illustrated in
However, the one sentence is one example and one sentence different from the sentence described above may be constituted. For example, the entry region 17 in which any one of “Morning”, “Noon”, or “Evening” is to be entered may be further provided. By filling all the entry columns, one sentence, such as “Take one tablet after meal on Thursday, November 17”, for example, may be constituted.
In addition to the modifications above, the number and the arrangement of the convex portions 18 in each cell 12 may be altered as appropriate within the technical scope of the present invention. The shape of the pockets 11 and the convex portions 18 may be similarly altered as appropriate. The projection end of the convex portion 18 is not required to be a circular shape as viewed in a plane and may be a rectangular shape, for example.
From the upper surface of the first sheet 14, a rib or the like which abuts on the circumferential surface of the facing convex portion 18 may be projected in the PTP sheets 10L and 10H in the combined state. Thus, the relative displacement in the longitudinal direction 6 of the first sheet 14 and the horizontal direction 7 may be controlled.
The position and the size of the entry regions 17 may be altered as appropriate. For example, the entire upper surface of the first sheet 14 may be processed in such a manner that characters and patterns can be entered with pens and pencils, such as a pencil and a ball point pen. The characters and patterns to be entered to the regions E1 to E7 of the second sheet 15 may also be altered as appropriate according to the information to be given to a patient.
In the embodiment described above, although the two cells 12 are disposed along the longitudinal direction 6 in the PTP sheet 10 illustrated in
Number | Date | Country | Kind |
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2011-007307 | Dec 2011 | JP | national |
2011-270683 | Dec 2011 | JP | national |
Filing Document | Filing Date | Country | Kind | 371c Date |
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PCT/JP2012/081802 | 12/7/2012 | WO | 00 | 6/5/2014 |