JPH0228417A - Vertical carriage and setup device in automatic injection ampul feed device - Google Patents

Abstract

PURPOSE:To ensure the proper automatic feed of ampuls in the title device wherein the ampuls are automatically fed on the basis of a medical prescription by discharging the ampuls after carriage from a stock stage to an upstream side for transfer to and array at a setup device. CONSTITUTION:Among ampuls retained on stock stages 67 to 70, the predetermined ampuls are pushed up via the operation of pushers 71 to 74 in accordance with an instruction from a control device not shown herein, and delivered to the comb type retainer 133 of a vertical carriage belt conveyor 38. Then, the ampuls are moved upward and are transferred to the receipt part of a setup device 39 with the turn of the belt conveyor 38. Furthermore, the ampuls enter an array case 82 via a slope plate 80, set to the predetermined combination and then discharged to a takeout stage 83. According to the aforesaid construction, the ampuls can be properly arrayed and set in accordance with a medical prescription.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to an automatic injection drug supply device, and particularly to a horizontal conveyance device for conveying various injection ampoules discharged from a chute outlet according to a prescription. The present invention relates to a vertical conveyance and setting device in an automatic ampoule supply device that is transferred via a transfer device.

(Prior Art) In recent years, in the pharmaceutical sector, automatic tablet packaging machines, automatic powder packaging machines, etc. have been developed, and it has become possible to quickly and accurately provide medicines without requiring human labor.

By promoting the automation of pharmacy operations in this way, pharmacists' troublesome routine tasks can be reduced, and pharmacists can perform their original research tasks.
For example, it has become possible to concentrate on research into medicinal efficacy.

(Problems to be Solved by the Invention) However, the devices configured as described above are only applicable to tablets and powders, and automatic supply devices for injections have not yet appeared.

In view of this situation, the present invention is an automatic feeding device for quickly and accurately dispensing injection drugs, that is, a horizontal conveying device for conveying various injection ampoules discharged from the outlet of a chute according to a prescription. It is an object of the present invention to provide a vertical conveyance and setting device in an automatic injection ampoule supply device that is transferred via a transfer device.

(Another Means for Solving the Problems) In order to achieve the above object, the present invention transfers various injection ampoules discharged from the outlet of a chute according to a prescription from a horizontal conveyance device via a transfer device. A vertical conveyance and transfer device for an automatic injection ampoule supply device, comprising means for receiving and conveying injection ampoules from the transfer device, means for transferring the injection ampoules to a setting device, and means for transferring the transferred injection ampoules to a setting device. line up,
A setting means is provided.

Further, in the vertical conveyance device, a vertical conveyance conveyor container includes a retainer having a comb-shaped portion that receives the injection ampoule from the transfer device, moves upward, and holds the injection ampoule; When the injection ampoule reaches the uppermost position, means is provided for holding the injection ampoule with a preceding retainer and transferring it to a setting device having a receiving part for forming a comb-shaped portion.

Furthermore, the setting device further includes: an inclined plate for receiving the injection ampoules from the conveying device; an alignment case for aligning the injection ampoules via the inclined plate; a means for tilting the alignment case to send out the injection ampoules; A take-out stage is provided for receiving the injection ampoule sent out from the means.

(Function) According to the present invention, configured as described above, the injection ampoule is vertically conveyed from the transfer device by the comb-shaped retainer of the rutocon hair, and is moved upward while holding the injection ampoule. At the top stage, the injection ampoule is transferred to the preceding retainer, and the injection ampoule is scooped up and transferred by a receiving portion having a comb-like portion.

Moreover, the moving position of the belt conveyor can be accurately detected by the sensor that detects the moving position of the belt conveyor 7 to the vertically conveying belt conveyor.

Furthermore, in the setting device, (1) Ampules transported by the transport device are received by an inclined plate serving as a receiving section, stored in an alignment case, and the alignment case is tilted to feed the ampules to a take-out stage. The ampoule can be set accurately and finally.

(2) By detecting the information attached to the ampoule during the setting process, it can be used as verification and management data.

(3) Ampules can be reliably accommodated in the alignment case and the take-out stage, and damage to the ampoules can be prevented.

(Example) Hereinafter, an example of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a side view of a vertical conveyance device in an automatic injection ampoule supply device showing an embodiment of the present invention, FIG. 2 is a configuration diagram of a drive section of the vertical conveyance device, and FIG. 3 is a side view of the vertical conveyance device. 4 is a plan view of the vertical conveyance device and the setting device, FIG. 5 is a cutaway side view of the setting device showing an embodiment of the present invention, and FIG. 6 is a side view of the setting device. B of
-B sectional view, Fig. 7 is a C-C sectional view of Fig. 4, 8th
The figure is a schematic configuration diagram of an automatic injection ampoule supply system based on an order, showing an embodiment of the present invention, and FIG.
11 is a sectional view taken along the line A-A in FIG. 10, and FIG. 12 is a first sectional view of the injection ampoule automatic feeding device according to the order of the present invention. FIG. 2 is a schematic configuration diagram of a conveyance means, a transfer means, a second conveyance means, and a setting means.

First, the overall configuration of the automatic order-based injection ampoule supply system of the present invention will be described with reference to FIGS. 8 to 12.

In the figure, A is the main body of the injection ampoule automatic supply device, 1 is a cartridge for stocking LL size injection ampoules (hereinafter simply referred to as ampoules), 2 is a cartridge for stocking L size ampoules, and 3 is an M size cartridge. 4 is a cartridge that stocks S size ampoules, 5 to 8 are gates, 9
is an ampoule. B is a control device, and the components of this control device B are as follows: 10 is a CPU (central processing unit), 11 is a ROM, 12 is a RAM, 13.16 is an interface circuit (1/F), and 14 is data. input device, 15
1 is a data output device, 17 is a keyboard with a display, 18 is a handy terminal, 19 is a card reader, 20 is a printer, and 21 is a power source.

In addition, as shown in FIG. 9, 31 is a gate drive motor (first motor) MI, 32 is a gate control electromagnetic coil, and 33 is a second motor M2. A slip roller to be driven; 34, an ampoule management/display device provided on the front panel of the cartridge C; 35, an ampoule discharge sensor;
36 is a horizontal conveyor belt conveyor driven by a third motor M3, 37 is a transfer device driven by a fourth motor M4, and 38 is a vertical conveyor belt driven by a fifth motor M. 39 is a setting device driven by the sixth motor M6, 40 is an ampoule information detection sensor, 41 is a printer that outputs data on the supplied ampoule, 42 to 48 are drive circuits, and S to Sk are signals. .

Cartridges 1 to 4 of each size are arranged in a plurality of rows (see FIG. 8) in the horizontal direction. Further, as shown in FIG. 10, the shooters 50 to 53 are composed of an introduction part connected to the gates 5 to 8 of the cartridges 1 to 4 of each size, an R part having a curved radius, and an ejection part connected to the R part. ing.

A slip roller 5 is provided at the discharge port of each chute 50 to 53.
4 to 57 are arranged, and are rotated by the drive of the second motor M2 in a direction opposite to the moving direction of the ampoule, thereby reducing the ejection speed of the ampoule.

The ampoules discharged through each of the chutes 50 to 53 are transferred to a first conveying means E driven by a third motor M3.
It is conveyed in the horizontal direction by endless type horizontal conveyor belt conveyors 58 to 61. The held container hairs 58 to 6 are provided with comb-like separators 63 to 66 for holding the ampoules. The ampoules transferred to the belt conveyor 58 to 61 are transferred to stock stages 67 to 70 as transfer means F and bushers 71 to 74. That is, the ampoules transferred from the belt conveyors 58 to 61 are first stocked on the sudock stages 67 to 70, and are selectively pushed up by pushers 71 to 74, which are driven by the fourth motor M4 and converted into vertical motion. and is driven by a fifth motor M, and is transferred to an endless type vertically conveying conveyor belt 38 serving as a second conveying means H that holds the ampoule pushed up by the bushers 71 to 74 in a retainer 77 and conveys it upward. and transport it upward. The ampoules that have reached the top of the belt conveyor 38 fall while rotating on the inclined plate 80 on which the information detection sensor 40 is arranged, and are housed in the alignment case 82 . Then, the alignment case 82 is driven and tilted by the sixth motor M, and the alignment case 82 is tilted.
The ampoule accommodated in the ampoule is set on the take-out stage 83.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a specific configuration of a vertical conveyance device in an automatic injection ampoule feeding device in an injection ampoule feeding device, which is a feature of the present invention, will be explained using FIGS. 1 to 4.

In FIG. 1, 91 is a transfer device for LL size ampoules, 92 is a transfer device for L size ampoules, 93 is a transfer device for M size ampoules, 94 is a transfer device for S size ampoules, and 95 is a transfer device for S size ampoules. 96 is a driving mechanism for the bushing 71, 97 is a driving mechanism for the bushing 73, 98 is a driving mechanism for the bushing 74, and 100 to 103 are fixed parts that guide the bushings.

Further, 111 is a fixed part of the fifth motor M, 112 is a drive shaft of the fifth motor M, 113 is a drive gear fixed to the drive shaft, and 114 is a first cover that meshes with the drive gear. A drive gear, 115 is a first driven shaft fixed to the first driven gear, 116 is a second driven gear fixed to the first driven shaft, 117 is a fixed member, and 118 is a A second driven shaft, to which a third driven gear 119 is attached and rotatably supported by a fixed member 117;
A sensor 20 detects the moving position of the vertical conveyor belt, and a rotating member 121 is attached to the second driven shaft 118.
are arranged in multiple stages, and the belt conveyor movement position is determined.
This is detected by the detection unit 122.

On the other hand, 130 is a driving pulley, 131 is a driven pulley,
Reference numeral 132 denotes a belt, 133 a comb-like retainer implanted in the belt, and 133a a concave groove formed in the comb-like retainer.

Therefore, to explain the case where the size of the ampoule 9 is LL as an example, the ampoule 9 transported in the horizontal direction by the endless horizontal transport belt conveyor 58 is transferred to the stock stage having an inclined surface by the comb-shaped separator 63. 67, comes into contact with a fixed part lOO having a guide function, and stops at the terminal end. On the other hand, stock stage 6
A button 71 that is driven in the vertical direction is disposed at the terminal end of the button 7 .

Therefore, the ampoule 9 that has been PPR'd onto the stock stage 67 rolls on the inclined surface and stops at the upper end side surface of the fixing part 100. Then, since the button 71 is located below the stopped ampoule 9, the operation of the button 71,
In other words, the rotation of the fourth motor M4 is converted into an up-and-down movement of the bushing 71, and it is possible to push up the stocked most tip ampoule.

Then, the pushed-up ampoule is held by a comb-shaped retainer 133 that is installed on the belt 132 of the vertical conveyor belt 38 via the upper surface of the fixing part 100,
transported upwards. Then, the comb-shaped retainer 133 that has reached the top stage is reversed, but at that time, the ampoule that was being held is transferred to the preceding comb-shaped retainer 133 and is held in its groove 1338, as shown in FIG. When the ampoule reaches the comb tooth portion 140a of the receiving portion 140 of the setting device, the ampoule is scooped up by the comb tooth portion 140a and moves to the receiving portion 140 of the setting device. after that,
The ampoules are set in the alignment case 82 in a combined state, and then moved to the take-out stage 83.

Next, the specific configuration of the setting device in the automatic injection ampoule supply device of the present invention will be explained using FIGS. 3 to 7.

In the figure, 150 is a drive mechanism for tilting the alignment case, and this drive mechanism 150 includes a drive shaft 151 of the sixth motor M6 and an eccentric rotation member 152 fixed to the drive shaft.
, an abutting member 153 provided on the eccentric rotating member 152. Further, 154 is a pivot shaft of the alignment case 82;
5 is a stopper of this alignment case 82, and 156 is a fixing portion.

Further, as shown in FIG. 6, the bottom surface of the alignment case 82 is
The injection ampoule is tilted at 84 degrees so that the introduction part is high and becomes lower towards the tip.

Grooves 82a at a predetermined pitch are formed on the inclined bottom surface.

On the other hand, as shown in FIG. 7, a groove 83a corresponding to the groove 82a of a predetermined pinch is also formed on the bottom surface of the take-out stage 83.

Therefore, the ampoules conveyed by the vertical conveyor belt 38 are scooped up by the comb-shaped portion 140a of the inclined plate 80 serving as a receiving portion, and are sequentially arranged in the grooves 82a of the alignment case 82 while rolling on the inclined plate 80. will be accommodated.

At this time, the information attached to the ampoule moving on the inclined plate 80 is detected by the ampoule information detection sensor 40.

For example, the ampoule salt attached to the ampoule, the manufacturing number, the manufacturing date, etc. are detected using a barcode sensor, an image sensor, or the like.

When the ampoule is housed in the alignment case 82, the sixth motor M is driven to rotate the abutment member 153 provided on the eccentric rotating member 152 via the drive shaft 151, and the corresponding abutment member 153 is moved to the alignment case 82. 82 and tilts the alignment case 82 around the pivot shaft 154 (tilts approximately 30 degrees). Then, the ampoule accommodated in the valley groove 82a slides down while being guided by the groove 82a, with the bottom portion leading, and is accommodated and set in each corresponding groove 83a of the take-out stage 83.

The method for automatically supplying ampules according to order according to the present invention will be briefly explained below with reference to the flowchart shown in FIG.

First, prescription data for an ampoule is input from a data input device such as a keyboard 17 with a display (CRT), a handy terminal 18, or a card reader 19 (step Sl).

Next, the input prescription data is displayed on the CRT of the keyboard with display 17, and it is checked whether the displayed data matches the prescription data (step S2).

Next, if the data in accordance with the prescription data has been input (step S3), the confirmation switch on the keyboard with display 17 is turned on (step S4), and supply of ampoules according to the prescription is started.

Next, it is checked whether an ampoule according to the prescription exists in the cartridge C (step S5). This confirmation can be made by reading out the data since the number of ampoules stocked in each cartridge 1 to 4 is constantly counted and stored in the RAM 12.

Next, if the required ampoule does not exist in the cartridge C (step S6), the ampoule is replenished (step S6).
Step S7).

If the required ampoule exists in cartridge C (
In step S6), without replenishing the ampoule,
Proceed to the next step S8.

Next, gates 5 to 8 of cartridge C according to the prescription
is opened and closed (step S8).

As a result, the gates 5 to 8 of the cartridge C are opened to discharge the ampoule to the discharge port via the shooter D (step S9).

Next, it is checked whether the ampoule discharge is normal or not (step 510). This check is performed by an ampoule discharge sensor 35 installed at the discharge port of chute D.

As a result, if the ejection of the ampoule is not normal, it is an error, so error processing (step 511) is performed, the process returns to step 1, initial settings are made, and the operation is repeated.

If the ampoule discharge is normal, the discharged ampoule is conveyed horizontally by the horizontal conveyor belt 36 (step 512).

Next, the ampoules discharged from the horizontal transport belt conveyor are temporarily stocked on the sudock stages 67 to 70, and the bushers 71 to 74 are driven according to the prescription data, and the ampoules are sequentially combined and transferred to the vertical transport belt conveyor 38. (step 513).

The combined ampoules are then vertically conveyed by the vertical conveyor belt conveyor 38 (step 514).

Next, while rotating the ampoules discharged from the vertical conveyor belt 38 on the inclined plate 80, the information attached to the ampoules is read by the ampule information detection sensor 40, and the ampoules are aligned and set in the alignment case 82. is rotated (tilted approximately 30 degrees) and supplied to the take-out stage 83 (step 515).

Next, the set ampoule is compared with the prescription data (step 516).

As a result of the comparison, if there is no match (step 517), it is an error, so error processing (step 518) is performed, and the process returns to step 1 to perform initial settings and repeat the operation.

As a result of the comparison (step 516), if they match (step 517), the set ampoule is taken out and cleared (step 519). At this time, the data of the ampules set at the same time are printed out from the printer 41.

Next, after clearing, if new prescription data has been input (step 520), the process returns to step 31 and ampule supply is executed based on the new prescription data. On the other hand, if new prescription data has not been input (step 520), the supply operation is ended.

The flowchart described above is a basic flowchart in which after the supply of combined ampoules for one patient is completed, the combined ampoule for the next patient's bones is supplied, but the throughput of ampoule supply can be improved. Therefore, the ampoule discharged according to the prescription data is 1
The stock stages 67 to 70 are stocked one after another without being separated by patient, and once again the button 71 receives the signal S from the control device B according to the prescription data.
74 are activated, and by controlling the buttons 71 to 74, 1. The ampoules classified for each patient can be combined, transferred to the vertical transport belt conveyor 38, and supplied to the setting device 39.

This point is shown in the time chart of FIG.

The ampoule is moved as shown in FIG. 14(a),
Ultimately, each combination ampoule for one patient is supplied.

First, as shown in FIG. 14(b), the ampoule supply for patient m1 takes approximately 2 seconds until the ampoule is discharged from the cartridge C to the first conveying means, and The moving time t2 is 5 seconds at maximum, and the transfer time t3 by the transfer means F depends on the time during which the pusher is operated. The vertical movement time L4 by the second conveying means is 15 seconds at maximum, and the setting time by the setting means is also about 2 seconds.

Next, regarding the ampoule supply for m2 patients, the 14th
As shown in Figure (c), in the transfer process (step 513) for supplying ampules to patient m, the discharge process (step 39) for patient m2's ampoules is started, and when the ampoule supply for patient m1 is completed, Immediately perform a buttoning motion and advance the steps toward setting the m2 patient's ampoule.

m. Supply the ampoule to the patient in the same manner.

In this way, by performing the discharge time t1 and the horizontal movement time t2 of the ampoule supply of the subsequent patient in parallel within the processing time of the transition to the transfer process of the ampoule supply of the previous patient, the subsequent patient The ampoule supply time can be shortened. Furthermore, the operating rate of the automatic injection ampoule supply device can also be increased.

Note that the following aspects and modifications can be made in place of the above embodiments.

(1) Use of Cartridge Mr. U can store and use a small-sized ampoule in a large-sized cartridge. In other words, the cartridge can be replaced depending on the frequency of use of the ampoule.

(2) In the above embodiments, injection ampoules were described, but the present invention can also be applied to vials that can be automatically fed.

(3) By adding a packaging device or the like to the take-out stage, the set injection ampoule can be wrapped or packaged.

Furthermore, the present invention is not limited to the above embodiments,
Various modifications are possible based on the spirit of the present invention, and these are not excluded from the scope of the present invention.

(Effects of the Invention) As described above in detail, according to the present invention, the following effects can be achieved.

(1) In the vertical conveyance and setting device in the automatic injection ampoule supply device, in which various injection ampoules discharged from the outlet of the chute according to the prescription are transferred from the horizontal conveyance device via the transfer device, A means for receiving and transporting injection ampoules from a mounting device, a means for transferring the injection ampoules to a setting device, and a means for aligning and setting the transferred injection ampoules are provided, so that prompt and accurate injections can be achieved. Ampoule automatic feeding can be performed.

(2) Receive the injection ampoule from the transfer device with the comb-shaped retainer of the belt conveyor, move it upward while holding the injection ampoule, and transfer the injection ampoule to the preceding retainer at the top stage. The injection ampoule can be scooped up and received by the receiving part having the comb-shaped portion, and the injection ampoule can be reliably transferred.

(3) Detecting the position of the vertical conveyance device with a sensor,
Its position can be controlled.

(4) Ampules transported by the transport device can be received and finally set accurately.

(5) Information added to the ampoule during the setting process can be detected and used as verification and management data.

(6) Ampules can be reliably accommodated in the alignment case and the take-out stage, and damage to the ampoules can be prevented.

Therefore, the present invention makes a significant contribution to reducing the troublesome routine work of pharmacists and enabling pharmacists to concentrate on their primary research work by promoting the automation of pharmacy work. .

[Brief explanation of the drawing]

FIG. 1 is a side view of a vertical conveyance device in an automatic injection ampoule supply device showing an embodiment of the present invention, FIG. 2 is a configuration diagram of a drive section of the vertical conveyance device, and FIG. 3 is a side view of the vertical conveyance device. 4 is a plan view of the vertical conveyance device and the setting device, FIG. 5 is a cutaway side view of the setting device showing an embodiment of the present invention, and FIG. 6 is a side view of the setting device. B of
-B sectional view, Fig. 7 is a C-C sectional view of Fig. 4, 8th
The figures are a schematic configuration diagram of an automatic order-based injection ampoule supply system showing an embodiment of the present invention, FIG. 9 is a block diagram of an order-based automatic injection ampoule supply system, and FIG.
11 is a sectional view taken along the line A-A in FIG. 10, and FIG. 12 is a first sectional view of the injection ampoule automatic feeding device according to the order of the present invention. FIG. 13 is a flowchart explaining the method for automatically supplying injection ampoules according to the order of the present invention, and FIG. 14 is a schematic diagram of the conveyance means, the transfer means, the second conveyance means, and the setting means. It is a time chart showing an automatic supply method. A... Injection capsule automatic feeding device main body, B... Control device, C... Cartridge, D... Shooter, E...
...first conveyance means, F...transfer means, G...second
conveyance means, H...setting means, M2...second motor, M. ...Third motor, M4...Fourth motor, M,...
...Fifth motor, M6...Sixth motor, S, ~S
,...Signal, 1-4...Cartridge, 5-8...
・Gate, 9... Ampoule, 10... CPU (Central Processing Unit), 11... ROM, 12... RA, M
, 13.16...Interface circuit (I/F)
, 14...Data input device, 15...Data output device, 17...Keyboard with display, 1st...
・Handy terminal, 19...Card reader, 20.41
. . . printer, 21 . . . power supply unit, 31 . . . gate drive motor (first motor) Ml, 32 . , 54-57... Slip roller, 34... Ampoule management/display device, 35...
- Ampoule discharge sensor, 3658-61...Horizontal conveyor belt conveyor, 37...Transfer device, 38...
Vertical conveyor belt conveyor, 39...setting device,
40... Ampoule information detection sensor, 42-48...
Drive circuit, 50-53... Shooter, 63-66...
・Comb tooth-shaped separator, 67-70...Stock stage, 71-74...Button, 77, 133...Retainer, 80...Slanted plate, 82...Alignment case, 8
3... Removal stage, 91... LL size ampoule transfer device, 92... L size ampoule transfer device, 93... M size ampoule transfer device, 9
4... S size ampoule transfer device, 95-98.
...butsusha drive mechanism, 100-103, 111-
...Fixed part, 112, 151...Drive shaft, 113.
... Drive gear, 114 ... First driven gear, 115
...first driven shaft, 116...second driven gear, 117...fixing member, 118...second driven shaft, 119...third driven gear, 120... Sensor, 121... Rotating member, 122... Detection unit, 130
... Drive side pulley, 131 ... Driven side pulley, 13
2... Belt, 133a... Concave groove, 150... Drive mechanism for tilting the alignment case, 152... Eccentric rotation member, 153... Contact member, 154... Pivoting shaft .

Claims (7)

[Claims] (1) In a vertical conveyance and setting device in an automatic injection ampoule supply device, in which various injection ampoules discharged from the outlet of a chute according to a prescription are transferred from a horizontal conveyance device via a transfer device, (a ) means for receiving and transporting injection ampoules from the transfer device; (b) means for transferring the injection ampoules to a setting device; and (c) means for aligning and setting the transferred injection ampoules. Vertical conveyance and setting device in automatic ampoule feeding equipment. (2) In a vertical conveyance device in an automatic injection ampoule supply device, in which various injection ampoules discharged from the discharge port of a chute according to a prescription are transferred from a horizontal conveyance device via a transfer device, (a) the above-mentioned a vertical conveyor belt comprising a retainer having a comb-like portion for receiving and moving upwardly the injection ampoules from a transfer device; (b) when the retainer reaches its uppermost position; A vertical conveying device in an automatic injection ampoule supply device, comprising means for holding an injection ampoule with a leading retainer and transferring it to a setting device having a receiving portion having a comb-shaped portion. (3) The vertical conveyance device according to claim 2, further comprising a sensor for detecting the moving position of the belt conveyor. (4) A setting device for an automatic injection ampoule supply device that combines and supplies various injection ampoules according to a prescription, including: (a) an inclined plate that receives the injection ampoule from the conveying device; (b) the injection ampoule that passes through the inclined plate; A setting device in an automatic injection ampule supply device, comprising: an alignment case to be aligned; (c) means for tilting the alignment case and feeding out the injection ampoules; and (d) a take-out stage for receiving the injection ampoules fed from the means. . (5) The setting device for an automatic injection ampoule supply apparatus according to claim 4, wherein the bottom surface of the alignment case is inclined such that the introduction part of the injection ampoule is high and the bottom face becomes lower toward the distal end. (6) The setting device for an automatic injection ampoule supply device according to claim 4 or 5, wherein the alignment case and the take-out stage have grooves for holding injection ampoules. (7) The setting device for an automatic injection ampoule supply device according to claim 4, further comprising a sensor for detecting data attached to the injection ampoule passing on the inclined plate.