JPH04108541U - tablet case for dispensing equipment - Google Patents

Abstract

(57) [Summary] [Purpose] To improve workability and standardize tablet cases, to prevent incorrect mounting when tablet cases are made detachable from a case shelf. [Configuration] In the dispensing device, the tablet case base 2 of the tablet case 200 is detachably provided at a predetermined position on the case shelf.
01, and an opening 220 which is detachable from the base of the tablet case and allows tablet sheets to be taken out one by one.
and case parts 213 and 22 that are provided in the housing part and can be adjusted according to the external dimensions of the tablet sheet.
4, and a remaining number storage section 203 that stores fractions of tablet sheets.
, a take-out mechanism section 295 operated by a pressing mechanism to take out the tablet sheet to the outside, and means 230, 237, 215, and 106 for preventing erroneous attachment.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

The present invention relates to a tablet case for a dispensing device, and particularly to a PTP (pass-through package). d) A blister-packed tablet sheet called a tablet sheet is placed in a preset program. Automatically dispenses a predetermined number of tablets based on the program, including the fraction of the tablet sheet. This invention relates to a tablet case for a dispensing device for dispensing drugs.

0002

[Conventional technology]

In recent years, dispensing work at pharmacies such as hospitals has been done manually by pharmacists, etc. As a result, various tablets containing inner capsules of these drugs are increasingly being dispensed. It's coming. This tablet is called a PTP tablet sheet, and by pressing the tablet side, the aluminum on the bottom This is a packaging format in which the tablet can be taken out by tearing the sheet, and is generally used for tablets. 10 or more agents are supplied in the form of a single sheet.

0003 The pharmacist dispenses this PTP tablet sheet to the patient based on the doctor's prescription. However, especially in general hospitals with a wide range of medical fields, they should be able to be accessed at all times. There are over 600 types of tablets to store, and not only do they require storage space, but they also require treatment. The task of dispensing medicines based on the recipe is extremely mentally and physically taxing. It was hot.

0004 Therefore, one of the joint applicants of this application has developed a "blister package removal device". We hope to provide a proposal for automating dispensing. According to this proposal, multiple tablet sheets can be loaded. The placed cassettes are stored in the case shelf. This cassette can be attached to and detached from the case shelf, improving operability. However, the tablet case containing the prescribed tablets must be placed in a predetermined position. Must be installed. Also, rather than replacing the entire pill case, it is better to store the pill sheet. Work efficiency can be further increased by replacing only the case part that has been installed.

[0005]

[Problem that the idea aims to solve]

However, in this way, the cassette (pill case) cannot be attached or removed from the case shelf. If it is made to be flexible, there will always be a situation where it cannot be attached to a predetermined position. Sara Also, when replacing only the case part containing the tablet sheet from the tablet case, A situation may arise in which the tablet cannot be attached to a predetermined tablet case.

[0006] Therefore, the tablet device of the present invention was developed in view of the above-mentioned circumstances. The purpose of this is to improve the workability of tablet cases and to standardize them. The purpose is to prevent incorrect mounting when the case is detachable from the case shelf. In addition, the accommodating part that accommodates the tablet sheet is made detachable from the base of the tablet case. The purpose is to prevent mutual incorrect attachment when improving workability.

[0007]

[Means to solve the problem] and

[Effect]

In order to solve this problem, the tablet case of the dispensing device of this invention has a frame body. An X-carriage device provided and a Y-carriage provided in the X-carriage device. a device and a head provided to be driven in the vertical and longitudinal directions of the Y-carriage device; a device, and a pressing mechanism mounted on the head device for ejecting the tablet sheet. a gripping device that grips the edge of the tablet sheet taken out by the pressing mechanism; The tablet sheet is gripped by the holding device and moved in the Z direction to remove the tablet sheet from the tablet case. A Z-carriage equipped with the gripping device and a Z-carriage installed in the frame body to In a dispensing device equipped with case shelves partitioned vertically and horizontally into multiple stages. , a tablet case of the tablet case removably provided at a predetermined position on the case shelf; a base, which is removably attached to the base of the tablet case, and has one tablet sheet; A accommodating part having an opening for taking out the tablet to the outside, and a accommodating part provided in the accommodating part to take out the tablet sheet to the outside. A case part that can be adjusted according to the external dimensions and a remaining number that can accommodate the fraction of tablet sheets. and a storage section, which is operated by the pressing mechanism to take out the tablet sheet to the outside. the tablet case and the case shelf are arranged one-to-one; In order to accommodate this, the configuration is such that a means is provided to prevent incorrect mounting between the two, and The tablet case is installed without error.

[0008] Preferably, the case base and the accommodating portion are configured to prevent incorrect attachment between each other. This configuration further includes a stopping means to prevent incorrect attachment.

[0009]

【Example】

The following is a preferred embodiment of the tablet case of the dispensing device, with reference to the drawings. Each configuration will be explained in detail. (overall structure) Figure 1 is an external perspective view of the dispensing device, and due to space limitations, a portion of the front left side of the device is is shown broken.

0010 In Fig. 1, the entire dispensing device has a substantially U-shaped planar projection shape. Each component explained below is constructed by fixing angle members etc. with welding screws. The frame 100 is provided with a By attaching the cover member removably from the outside, the external dimensions are 1.8 m in height and 1.8 m in width. It is 1.8m long and 1.2m deep, reducing the occupied floor space.

[0011] On the opposite sides of this "U" shaped frame 100, as shown in the figure, There are a total of 140 tablet cases 200 on the case shelf 105, which is provided with (in the case of standard specifications) is provided in a removable manner. These pill cases 200 A large number of the above-mentioned PTP tablets are stacked vertically and housed inside. As shown in the figure, this case shelf 105 is arranged in five stages vertically. Insert and set the tablet case 200 in a predetermined position on the case shelf 105 to prevent incorrect insertion. A pin forming a binary value is provided to prevent the tablet case 2 By matching with the groove provided in 00, it is possible to reliably prevent incorrect insertion. There is.

0012 Moreover, these tablet cases 200 are placed at a predetermined position on the case shelf 105 from the outside of the device. Although it is inserted and fixed into the tablet case 200, it can be detached from the tablet case 200 after being fixed. By making it possible to remove only the case section described below, it is possible to PTP tablet sheets can be replenished. Regarding the configuration of this tablet case 200, This will be explained later.

[0013] The tablet case 200 configured as described above can be opened laterally on the outside of the frame 100. By opening and closing the sliding door 101, the user can open and close all pill cases. 200 can be attached and detached, while the tablet cases 200 can be placed next to each other without any gaps as shown in the figure. This allows for maximum tablet storage. Further, a door switch 119 is provided at the lower edge of the sliding door 101. monitors the opening/closing status of the sliding door and prevents the device from operating when it is open. ing.

[0014] Next, on the mutually opposing sides of the case shelf 105 described above, along the sides, Heads 400 are provided which are driven in the X and Y arrow directions in the figure, respectively. This way In order to make the head 400 moveable vertically and horizontally, the head 400 is mounted on an XY carriage. 300 can be moved vertically along the Y rail 303 provided below. On the other hand, the XY carriage 300 is mounted on an Guided by a rule 302.

[0015] Therefore, the Y carriage motor 301 that drives the head 400 in the vertical direction is While mounted on the XY carriage 300, the XY carriage 300 is moved in the direction of the X arrow. The driving X-carriage motor 305 is fixed to the right end of the frame 100. Ru. In this way, the head 400 is moved vertically and horizontally along the case shelf 105. A chucking claw (described later) is provided, and the head 400 is placed in a predetermined tablet case. After moving to a position opposite to the head 400, the claw inside the head 400 moves in the direction of the Z arrow in the figure. 200, take out the above-mentioned PTP tablet from the tablet case 200, and place it in the head 40. 0 It is stored in a storage section provided below.

[0016] While maintaining this state, the head 400 is moved to the discharge box located on the right side in the figure. 601 and drop the PTP tablet into the discharge box 601. This discharge A third drop lid 602 is provided at the bottom of the box 601, and this third drop lid 60 The PTP tablets are dropped onto the conveyor 300 by the slide movement of step 2. this The conveyor 300 is capable of conveying PTP tablets diagonally in the front-back direction in the figure, and The PTP tablets are transported to the first tablet take-out box 603 or the second tablet take-out box 605 at the rear. send it and let it fall.

[0017] By the above configuration operation, the selected PTP tablet in the tablet case 200 is placed in the first position. The tablets are transported to the tablet extraction box 603, and while they are handed to the patient, the second tablet extraction box at the rear is The PTP tablets transported to box 605 are treated as defective because they do not match the prescription. This prevents accidents from being handed out to patients. Next, the PTP tablets taken out from the tablet case 200 are, for example, 10 tablets. Multiple sheets are stored one on top of the other, and the claws hold the P. The TP tablet is removed as described above. Here, for example, 3 PTPs per day When dispensing tablets for one week, it is necessary to take out 3 x 7 = 21 tablets, which is 10 tablets. The need arises to cut out one tablet from the same tablet sheet.

[0018] In the figure, the cutter provided on the right side of the frame 100 in front of the intermediate height position The printer 500 is provided to cut out the above-mentioned required number of tablets from the PTP tablet sheet. It is something that can be done. This cutter 500 is shaped like a five-stage case shelf 105 as shown in the figure. One unit is disposed at each position along the side surface of the area. The above-mentioned discharge box 601 is located below this cutter 500, and the cutter -500, the fractional tablets are dropped into the discharge box 601. It's summery.

[0019] In addition, the remaining portion of the PTP tablet sheet from which the fraction has been cut is stored in the dispensing case 200. The remaining number is returned to the remaining number storage section provided at the bottom of the PTP tablet. It is stored in the storage unit of the control terminal device, which will be described later, along with information on the type, location, and number of pieces. be done. A pull-out controller is provided below the case shelf 105 of the frame 100. 700 is provided, and each configuration described below is controlled based on a control command from a control terminal device. The drive control of the elements is performed.

[0020] Here, the explanation of the dispensing device based on FIG. Along with this, two heads 400 and two XY carriages 300 were installed. Although we have described an example of a configuration in which a It is not necessary to provide two rows of case shelves 105, and one row may be sufficient. On the other hand, the configuration in which two rows of case shelves 105 are provided in parallel is different from the conventional one by a pharmacist. This model follows the structure of hand-built dispensing case shelves, making it easier to get used to traditional dispensing case shelves. This design takes into consideration the fact that it can be used comfortably by pharmacists and the installation space. This case The number of shelves 105 is not limited to two, but more than two rows can be arranged in parallel to convey the conveyor. By configuring them to communicate with each other through 600, it is possible to handle more tablets. Of course it can be done. (Explanation by type of PTP tablet sheet) FIG. 2 is a plan view of each type of PTP tablet sheet, in which 10 tablet portions 5 are set. A PTP tablet sheet having vertical perforations 4, horizontal perforations 3 and ears 2. A, a tablet part 5 for 20 tablets is provided, and a vertical perforation part 3 and a horizontal perforation part 4 are provided. A PTP tablet sheet B having 21 tablet portions 5 and a vertical perforation machine The state of the PTP tablet sheet C having the eye area 4 and the horizontal perforation area 3 is shown respectively. Ru.

[0021] These PTP tablet sheets A, B, and C are provided in the above-mentioned head 400. A lower claw body 401, an upper right claw body 410, and an upper left claw body 412, which are claws for chuckling. The center positions along the longitudinal direction are respectively grasped by the . PTP tablet sheet A is the ear part It is convenient because PTP tablet sheet B can be gripped exactly, but PTP tablet sheet B does not have an ear part, so As shown, a small part of the edge of the sheet part 1 must be gripped by the claw body. The handle is designed to grip a slight edge as shown in the figure.

[0022] In addition, the PTP tablet sheet C has large ears 2 as shown in the figure, and the tablet name and The name of the manufacturing company, etc. is printed on this PTP tablet sheet C as well. The position is grasped by the claw body. There is no need to cut off fractions of the PTP tablet sheet gripped by the claws in this way. In the case of be done.

[0023] On the other hand, when cutting out only one tablet part 5 from the PTP tablet sheet A, for example, , after punching out the vertical cut part 7 along the vertical perforation part 4 as shown in the figure, the horizontal perforation part 7 is punched out along the vertical perforation part 4. A horizontal portion 8 is punched out along the cut-out portion 3. This vertical cut part 7 and the transverse As for the parts 8, make sure to punch out an extra part at the intersection of each other as shown in the figure. I'm trying to make sure that the cutout is done.

[0024] In addition, when cutting off four tablet parts 5 from the PTP tablet sheet B, the illustrated In order to punch out the horizontal part 8 in one pass along the horizontal perforation 3, the horizontal part 8 is It has sufficient overall length. Then, from the PTP tablet sheet C before punching, seven tablet portions 5 are prepared as shown in the figure. When cutting, punch out the vertical cut portion 7 along the vertical perforation 4 as shown in the figure. After that, punch out the horizontal part 8 twice along the horizontal perforation part 3. Care has been taken to ensure that the grip can be maintained.

[0025] Furthermore, from this PTP tablet sheet C, leaving only one tablet part 5, as shown in the figure, When separating, the lower claw body 401, the upper right claw body 410, and the upper left Grip with the claw body 412 and cut the vertical cut portion 7 along the vertical perforation 4 with a cutter. After punching out, a horizontal part 8 is punched out along the horizontal perforation part 3. after this , only the upper right claw body 410 is independently separated from the lower claw body 401, and the lower claw body 401 and the left claw body are separated. Grip only the upper claw body 412 and move in the Z direction in the figure to grasp only one tablet part 5. While holding the tablet, the tablet portion 5 remaining on the cutter is removed by a sweeper of the cutter, which will be described later. Pay out. Next, the lower claw body 401, the right upper claw body 410, and the left upper claw body 412 are drawn with broken lines. Move to the position shown and re-grip.

[0026] As described above, the punching order is set so that the tablet part 5 does not fall off from the PTP tablet sheet. At the same time, the number of remaining tablet portions 5 from the PTP tablet sheet decreases, and the claw body is covered. Designed to allow punching even if the position interferes with the punching part of Tsuta 500. is being done. (Configuration of upper and lower claw bodies) (a) in FIG. 3 is an external perspective view of the upper and lower claw bodies and the PTP tablet sheet, and shows the above-mentioned Lower claw body 401 and upper right claw body 410 for chucking provided on head 400 In addition, the left upper claw body 412 is moved in the direction of the Z arrow in the figure to release the PTP tablet sheet A. The ear part 2 is gripped from above and below.

[0027] Here, the PTP tablet sheet A has a tendency to warp toward the tablet 5 side during heat packing. For this correction, the lower claw parts 403 and 405 of the lower claw body 401 are As shown in the side view of Figure (b), Or tilt it. The upper right claw is independently driven with respect to the lower claw body 401. body 410 and the claw portion of the upper right claw body 410 which is the left upper claw body 412 and is the other side for gripping. 411 and the claw portion 413 of the upper left claw body 412 are also formed with a slight inclination in the shape of a "C". ing.

[0028] An opening 402 is formed between the lower claw parts 403 and 405 of the lower claw body 401 described above. When punching out the vertical cut portion 7 with the cutter 500, the PTP tablet sheet while making it possible to sufficiently infiltrate the tablet into the cutter 500, and return the remainder to the tablet case 200. This makes it possible for them to infiltrate the area even when they are trying to do so. A hole 406 is bored in the lower claw part 405 of the lower claw body 401 configured in this way. It has a built-in light receiving and emitting sensor 407, which makes it possible to detect the gripping state. If the grip is defective, the subsequent processing is stopped.

[0029] With the upper and lower claws configured as described above, a PTP tablet sheet with a tendency to warp on the tablet portion 5 side. In addition to flattening the grip and detecting the gripping state, the upper jaw can be driven independently. After punching out a fraction from the tablet sheet, it can be grasped with both claws. I make it so that I can grab it if it's not there. (Composition of tablet case) FIG. 4 is a perspective view of a tablet case, in which a large number of tablet cases are fixed on the case shelf 105 of the frame 100. One of the determined tablet cases 200 is connected to the upper right claw body 410 and the upper left claw body 41. 2 is a diagram showing the lower claw body 401 together with the lower claw body 401 so that the mutual positional relationship can be seen.

[0030] In this figure, a tablet case 200 is attached to a mounting base 2 fixed on a case shelf 105. 01, and a case part that can be detached by sliding in the longitudinal direction of this mounting base 201. 202, and the PTP explained in FIG. Tablet sheets A, B, C, . . . are stored in a stacked manner. In addition, the inside of the mounting base 201 In the section, there is a storage space for storing the remaining number of PTP tablet sheets mentioned above. A portion 203 is provided to be open to the claw body as shown in the figure.

[0031] As explained based on FIG. Since the tablet case 200 is mounted on the base shelf 105, the mounting base that becomes the side surface of the tablet case 200 is The side surfaces of the portion 201 and the case portion 202 are flush with each other as shown. In addition, since they are mounted adjacent to each other without any gaps, the mounting base 201 It has a circular flange portion provided for fixing one end to the case shelf 105. The stopper 106 has a semicircular shape so that one piece can be used for two cars as shown in the figure. It's stuck on. The other end of this mounting base 201 is the sliding door 101 described above. There are a pair of knurled screws 209 on the left and right in the part that can be opened and closed. This knurled screw 209 also serves as reinforcement for fixing it to the case shelf 105. The mounting base 201 is screwed into the female screw portion 108 shown by the broken line of the fixing bar 107. Both ends are fixed to the case shelf 105.

[0032] The case shelf 105 that fixes the mounting base 201 in this way is arranged vertically as described above. Five shelves are arranged, and the pill cases 200 are placed on these case shelves 105. Pin 1 shown in dashed line constitutes a binary value to allow it to be mounted in place. Predetermined combinations of the eight pieces of 06 are provided, and the remaining number of mounting bases 201 is By aligning with the groove 215 formed in the bottom member 223 of the storage part 203, mistakes can be avoided. Efforts are made to prevent attachment.

[0033] Also, on the bottom member 223 of the remaining number storage section 203, there is a A pair of width regulating members 204 are provided which are matched and fixed after being adjustable; Elastic spring 20 for pressing and holding the tablet part 5 of the PTP tablet sheet from above with a light force 7 is provided from the ceiling of the remaining number storage section 203 via a sponge 235. Next, as explained in FIG. 2, the PTP tablet sheets A, B, C,... The external dimensions of the tablet cases 200 are all the same. Since PTP tablet sheets are manufactured in large quantities by injection molding, etc., PTP tablet sheets are The case part 202, which is the part accommodated from the upper part of the arrow D2 in the figure, is PT. The above-mentioned mounting base 201 can be adjusted according to the external dimensions of the P tablet sheet. It has a structure that allows it to be attached and detached freely.

[0034] FIG. 5 is a perspective view illustrating how the case part 202 is removed from the mounting base 201. As shown in the figure, grooves 230 are formed in the front and rear corners of the case portion 202 to indicate binary values. These are fixed on the mounting base 201. The mounting base 20 is attached to a predetermined position by matching with the front and rear pins 237. This prevents the case portion 202 from being incorrectly inserted into the case portion 1.

[0035] The bottom surface of the base member 210 of this case part 202 is provided on the mounting base 201. Move it in the direction of the arrow D3 in the figure in order to hook it to the sliding latching member (not shown) in the figure. While the matching latched portion is fixed, the illustrated stopper portion 211 is attached to the base member 210. so that it is latched by a fixed lock 208 and fixed in the position shown. are doing.

[0036] Next, the PTP tablet sheets A, B, C, ... explained in FIG. 2 include the height. Although the external dimensions are different, the base body is designed to regulate and accommodate these external dimensions. A pair of width regulating members 21 are provided inside the illustrated outer wall body 212 having 210 as a base. 3 is provided. These width regulating members 213 are bored in the front wall body 214. It is fixed by screws 216 inserted into elongated holes, and these screws 216 After loosening, tighten the width regulating member 212 by providing a gap in the width dimension of the PTP tablet sheet. By setting the width, it is possible to regulate the width direction of all PTP tablet sheets. In addition, in order to regulate the longitudinal direction of the PTP tablet sheet, the front wall body 214 is used to control the PTP tablet sheet. While regulating the leading end of the TP tablet sheet including the ear 2, the rear end is placed on the base member 210. The rod body 224 and the rod base 225 are integrally movable in the longitudinal direction. It is regulated by things.

[0037] This integrated body can be adjusted by tightening the screw 216 shown in the figure. This makes it possible to control the longitudinal direction of all PTP tablet sheets. Also, the rod base At the center of the space 225 is a recess 233 into which a take-out part 206 of a take-out member 205 (described later) is inserted. is formed, and the PTP tablet sheet placed on the lowest stage is placed on the front wall body 214. It can be taken out from an opening 220 opened downward.

[0038] On the other hand, a tongue body 218 is raised above the opening 220 of the front wall body 214 by screws 216. It is provided so that it can be adjusted downward, and the height of the tablet portion 5 of the PTP tablet sheet is regulated. This is done to prevent two PTP tablet sheets from being ejected at once. Further, on the side of the base member 210 opposite to the front wall 214, a rear wall 226 is provided as shown in the figure. The handle 227 is integrally installed vertically on the wall and is fixed to the rear wall 226. By pulling in the direction of arrow D1, the lock 208 is released and the case part 2 is moved forward. Take out 02. After that, place the PTP tablet sheet in the case part 202 in the direction of arrow D2. A predetermined number of sheets can be accommodated. This rear wall body 226 further includes tablet sample A and tablets. Barcode 239 for identifying sample A is pasted on it, so it could be incorrectly inserted when removing it. Consideration has been taken to prevent this.

[0039] Next, in FIG. 4, the PTP tablet sheet located at the bottom is inserted into the opening 220. The configuration of the ejecting mechanism that pushes out the upper and lower claws from the , a take-out member 205 is provided with a part protruding from the remaining number storage section 203, and this The take-out member 205 is inserted into the pusher 435 provided in the above-mentioned head 400. This is done by pressing with a pin 436.

[0040] This take-out member 205 is movable in the longitudinal direction of the remaining number storage section 203, and Due to the tension of the return spring 229, the remaining number storage section 203 is moved to the position shown in the figure. A portion protrudes from the top, and its position is regulated by a stopper (not shown). Ru. A take-out portion 206 integrally formed at the rear end of this take-out member 205 is a It is provided so as to be freely adjustable in the longitudinal direction of the PTP tablet sheet. It is adjustable in direction.

[0041] The ejecting member 205 described above is a pushbutton mounted on the head 400 described above. When pressed by the shear 435, the ejection part 206 retreats into the recess 233. , the PTP tablet sheet located at the bottom tier falls due to its own weight, and its rear end falls into the ejection section 20. 6 will be locked. After this, when the pusher 435 is retracted from the take-out member 205, the take-out member 205 is removed. Due to the action of the return spring 229 provided on the take-out member 205, the take-out member 205 returns to its original position, but at this time the take-out part 206 of the take-out member 205 Since the rear end of the PTP tablet sheet is hooked, the above-mentioned ear portion 2 of the PTP tablet sheet will now be taken out through the opening 220.

[0042] In the above manner, the PTP tablet sheets located at the bottom are sequentially moved to the opening 22. Since it is fed out sequentially from 0, the upper and lower claws grasp the ear part 2, etc., and proceed to the next process. nothing. Above the front wall 214 are a square marker 222 and a right triangular marker 22. 1 is painted or printed, but these are the positions mounted on the head 400. The relative position of the head 400 with respect to the tablet case 200 is detected by the detection sensor. This is for determining the position.

[0043] As explained above, since the tablet case 200 is configured, everything is made common. For example, the mounting base 201 and case part 202 of the tablet case can be made of resin molded products. can be mass-produced.

[0044]

[Effect of the idea]

As explained above, according to the present invention, it is possible to improve the workability of tablet cases and For standardization, when pill cases are made to be removable from the case shelf, incorrect attachment may occur. can be prevented. In addition, the accommodating part that accommodates the tablet sheet is made detachable from the base of the tablet case. In order to improve workability, it is possible to prevent incorrect mounting between the parts.

[Brief explanation of drawings]

FIG. 1 is an overall external perspective view of an embodiment.

FIG. 2 is a plan view of different types of tablets.

FIG. 3 is an external perspective view of the upper and lower claw bodies and the tablet.

FIG. 4 is an external perspective view showing the relationship between the tablet case and the upper and lower claw bodies.

FIG. 5 is an external perspective view of the tablet case.

[Explanation of symbols]

100 frames 105 Case shelf 106 pin 200 tablet case 220 opening 201 Mounting base 202 Case part 215 Groove 230 Groove 237 pin

Claims (2)

[Scope of utility model registration request] 1. An X-carriage device provided on a frame body, a Y-carriage device provided on the X-carriage device, a head device provided to be driven in the vertical and longitudinal direction of the Y-carriage device, and the head device. The device includes a pressing mechanism for taking out the tablet sheet, a gripping device for gripping the edge of the tablet sheet taken out by the pressing mechanism, and a gripping device for gripping the tablet sheet by moving in the Z direction. In the dispensing device, the dispensing device is equipped with a Z-carriage equipped with the gripping device for taking out tablets from the tablet case, and a case shelf provided on the frame body and partitioned into multiple vertical and horizontal stages. a tablet case base of the tablet case that is removably provided at a predetermined position; a storage section that is removable from the tablet case base and has an opening for taking out tablet sheets one by one to the outside; a case part that is provided in the part and can be adjusted according to the external dimensions of the tablet sheet; a remaining number storage part that stores a fraction of the tablet sheet; and a case part that is operated by the pressing mechanism to take out the tablet sheet to the outside. What is claimed is: 1. A tablet case for a dispensing device, characterized in that the tablet case is provided with a means for preventing erroneous mounting between the tablet case and the case shelf so that the tablet case and the case shelf correspond one-to-one. 2. In the case base and the accommodating part,
The tablet case for a dispensing device according to claim 1, further comprising a means for preventing erroneous attachment between the tablet cases.