JPS5993616A - Ampul packer - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] The present invention relates to an ampoule packaging device.

First, a conventional ampoule packaging device will be explained with reference to FIG. 1.
No. 9-42922), ampoule (a) supplied from supply hopper (1) via belt conveyor (2), transfer device (3) and belt conveyor (4) is supplied by endless transfer body (5). After that, the corrugated mount (6) containing the ampoule (a) was placed in a paper box prepared in advance and sealed to produce a product.

In addition, as an improved version of the above-mentioned device, there is another conventional device in which the corrugated mount (6) is completely continuous, and after the ampoule is inserted, the corrugated mount is cut into a predetermined length and then placed in a paper box.

However, the conventional device as described above simply uses a corrugated mount (6
) The several ampoules placed on top of the paper box are stored in a sealed paper box, so when using the ampoules, after opening to take out the first one, unused ampoules There is a disadvantage that there are many chances of being hit by the liquid, which is inconvenient if the liquid contained therein is a liquid that dislikes light.

To overcome this drawback, it would be possible to package the ampoules one by one, but this is not possible with conventional ampoule packaging equipment.

An object of the present invention is to solve the above problems and to package ampoules one by one safely and efficiently.

To achieve this objective, the ampoule packaging device of the present invention includes:
A film sheet ζ is formed with a fixed number of ampule storage parts by a molding device and is intermittently moved horizontally.On the other hand, the film sheet ζ is formed with a fixed number of ampule storage parts, and the ampule storage parts are placed at equal intervals on an endless chain having parts that are intermittently moved parallel to the film sheet. An ampoule transfer device consisting of a mounting table is provided, and between the film sheet and the parallel portion of the ampoule transfer device, a fixed number of ampoules placed on the ampoule placement table of the ampoule transfer device are grabbed and placed on the film sheet. A clamping device that is released after being transferred and placed into the ampoule storage recess of the film sheet is disposed, and an upper surface sealing device that seals the ampoule storage recess of the film sheet is provided ahead of the clamping device in the direction in which the film sheet travels; A slitter device for making a cut between at least the ampoule accommodation recesses was sequentially provided.

Since the ampoule packaging device of the present invention has the above configuration, a fixed number of ampoules are safely placed into the ampoule storage recess of the film sheet that is intermittently transferred horizontally by the clamp device from the ampoule transfer device that is also intermittently transferred.
Next, after the ampoule storage recesses are sealed by the top seal, at least a cut is made between the ampoule storage recesses, so that the film sheet can be separated for each ampoule storage recess, and even if the film sheet is not separated, this cut is a type of cut. When the upper surface sealing film of one ampoule storage recess is completely peeled off, the four adjacent ampoule storage areas will not be unsealed. Therefore, when the ampoules are used, they can be opened one by one, and the packaging of unused ampoules will not be opened.

In addition, the ampoule packaging device of the present invention has the effect that the ampoules can be efficiently packaged because a fixed number of ampule storage portions are formed on the film sheet and a fixed number of ampoules are placed therein.

The illustrated embodiment will be described below.

FIG. 3 is a schematic plan view showing an embodiment of the ampoule packaging device of the present invention, FIG. 4 is a schematic front view, and FIG.
It is a schematic diagram.

(A) is the molding device, (B) (B5 is the ampoule transfer device, (c) (C') is the clamp device, (D) is the top sealing device!, (E) is the slitter device, and (F) is the Punch device, (G) is punching device, (H) is cutter, (1)
is a conveyor, (,T) <:A is a weight checker,
(K) is a film supply device, (L) (L5 is a labeler device).

The molding device (4) is used to form an ampoule accommodating recess (1υ(11) <see Figure 5) on the film sheet 0ω, which is supplied from the film supply device (8) and is intermittently horizontally transferred by the cutter@dust. heating section (121
and a press section (I3). There are 5 ampoule storage recesses in two rows along the transfer direction of the film sheet θQ, for a total of 10 ampoule storage recesses.
They are designed to be formed simultaneously. The film sheet α0) is held on both sides by a number of chucks (14) that can be opened and closed, and the chucks (14 are attached to a chain (not shown) as shown in FIG. 5). The chain is intermittently driven by an effective device (not shown), so that it is intermittently moved horizontally.

Further, in the film supply device (6), two rolled films αeα6 are attached to the axis u9oω, and one rolled film θ6 is reserved.

Ampoule transfer device (B) (B5 is a continuous rotation drive sprocket, respectively) (2 (L to idle sprocket C)
υ, guides block) (23 (231 (24),
And an ampoule mounting table added to an example of a chain that circulates around an intermittent rotation drive sprocket (c), an idler tin rocket (26), and a guide sprocket (27).
The part between the guide sprockets (23) and (24) is parallel to the film seat (10). As shown in Fig. 6, the chain (c) has two stages, and from the lower stage there are rollers (three stages support the guide rail (The base part (29a) of the ampoule mounting table (20) is fixed with four screws (34) to the protruding pieces (28b) raised every other pitch from the upper stage. c) is a block body made of synthetic resin, consisting of bottom parts (291) and (29c) which are inclined in opposite directions from the base part (29a), and side parts (29d) which are inclined inward; Department (29
d) is formed with a notch (29e) into which a claw of a clamp device (0) (05), which will be described later, can be inserted when removing the ampoule placed thereon.

Continuous rotation drive sprocket) (201 is continuously driven by a motor (not shown) via a reducer, and intermittent rotation drive sprocket (251 is intermittently driven by the same motor via an index (angle indexing mechanism)). The play sprocket (21) (26)
As shown in FIG. 5, the slider (31) is connected to the guide rail (32).
), both idler sprockets (2υ■6) can freely move left and right in FIG. 3.

To explain the circulation transition state of the above ampoule transfer device, first, the intermittent rotation drive sprocket (when the two are stopped, the parallel part (to) is also stopped, but the continuous rotation drive sprocket) (2G is not rotated) (21) and (26) are the third
Slide to the right on the diagram. Next, when the intermittent rotation sprocket (25) rotates, the parallel part (30) also moves, and accordingly, the idle sprocket) (2υ (26) now slides to the left, that is, the idle sprocket) f21)
(26) acts as a reservoir when the parallel portion (30) is at rest, and acts as a discharge when it moves.

Ampoule transfer device (B) that repeats the above operations
(B5 is its sprocket) (27) (Always shifts between 201 and 201, and an ampoule supply star wheel (3ω) is provided opposite to this as shown in Fig. 3.5. Ampoule supply star wheel G (three ampules conveyor (3 (5) Four parts (3
7) and is rotated and transported to the ampoule transfer device CB.
) (b) Ampoule mounting table C gong is designed to be continuously passed on to the uke (Figure 5). (38) is an ampoule extrusion guide rod provided in an annular groove (39) formed on the side surface of the star wheel (351), and the ampoule (a) rotated and conveyed by the star wheel (351) is attached to this guide rod. The ampoule mounting table (2
Uke is inherited from 0 to 0.

In this way, the ampoule (a) that was continuously transferred to the ampoule loading table (2) is transferred to the transfer device (B).
Due to the above operation in (B), the clamping device (0) is intermittently transferred to the parallel portion C30) (3o), which will be explained next.
(Uke will continue in 2005.

Clamp device <C> (05 is installed in the machine frame (40) also shown in the imaginary line in Fig. 5, and is installed in the 7th to 1st
0 shows a schematic plan view, a front view, a Y-Y view in FIG. 8, and a z-z parent view.

(4■ (4■ is the machine frame explained earlier, and this machine frame (
A main shaft (4υ) is fixedly mounted horizontally on 401 (4(1), and a clamp body support bracket (
421, and cam bodies (431 (44)) are pivotally fitted on both sides thereof.

The clamp body support bracket (4 is a large cylinder part (49) fitted externally on the main shaft (4υ), and an arm part (451) on this large cylinder part (451).
A small cylinder part (4η) is integrally connected to the large cylinder part (451). A support rod (49) connected to a clamp body (50), which will be described later, is inserted through the mark.In addition, a shaft 6υ extending on both sides is inserted into the small cylinder part (0?).
is fixedly installed on this shaft 6υ, and the cam body (431 (4
The cylindrical bases of the levers (53) and 54) associated with the levers (53) and 54) are fitted onto the outside so as to be swingable.

As shown in Fig. 10, the cam body (431) consists of a cylindrical base (43a) fitted onto the main shaft (4υ) and a cam plate (43b) integrally formed therewith. (An arcuate cam surface (43c) centered at 4υ, and an arcuate cam surface (43c) bent inward from this cam surface (43c)
a), and a lever 63) is pivoted to roll along the cam surfaces (43c) and (43d). Further, a rod (T) is connected to the cam plate (43'b), and is rotated by the back and forth movement of this rod (56). The rod (5119) is operated by a moving device (not shown).

Like the cam body (Dai), the cam body (44) consists of a cylindrical base (44a) fitted onto the main shaft (41) as shown in FIG. 9, and a cam plate (44b) integrally formed therewith.Cam plate (4
4b) has an arcuate cam surface (44
c) and two cam surfaces (44(1) (44d)') bent inward from both ends of this cam surface (44c), along which a roller pivoted to the lever (54) (57) is adapted to roll. Also, the cam plate (4
4b) is also connected to the rod (marked 5), and the cam plate (44b) is rotated by its back and forth movement.

The lever (53) has the roller (5
5) is pivotally supported, and there is also a roller (59) inside the tip.
) is supported. The roller 6S at the tip is placed between the upper and lower flanges (49a) (49b) formed on the head of the support rod (4g) of the clamp body (50) described above, and both flanges (49a) (49b) ) so that it can come into contact with the A pin (49c) is provided on the 7 lange (49a) of the support rod, and the upper end of the spring 00 is hung on this pin (49c).
The support rod (49) is always urged downward.

Therefore, since the tip roller (59) of the lever 6 is in contact with the flange (49a) of the support rod, the spring of the lever 6 is always biased counterclockwise around the entire center of the upper shaft 51 in FIG. 10. Although not shown, the lower end of the spring (60) is locked to a pin protruding from the support tube 1'=llD.

The lever (54) has the previously described roller 67 attached to the outside of its middle part, and has a pin 6υ protruding from the inside of its tip, on which the upper ends of six springs are hung. Although the lower end of the spring (6) is not shown, it is attached to a suitable place, for example, to the clamp body (5o), and this spring (6) moves the lever (54) clockwise at all times around the upper shaft (5η) in Figure 9. It is energized.

Further, a pin (C3) is provided inwardly protruding between the pin (61) at the tip of the roller (57) of the lever (54), and this is the rod C64). It is connected to the L-shaped lever 1 (iω).

In addition, on both sides of the aforementioned clamp body support bracket (421 arm part (46), levers +66 that intersect with the arm part (46) and protrude diagonally backward) are fixed, and the ends of each lever are fixed. A pin (6η (quotient is provided). One bottle (67) is connected to a Rondo mark that moves back and forth, and the other bottle (65) is connected to a spring (70 ) is connected.Spring (7ω
Although the other end is not shown, it is attached to a suitable position on the machine frame, so that the clamp support bracket (421) is always biased clockwise in FIG. When the rod protrudes forward, the clamp body support bracket (42) resists the force of the spring (70) and the lever (5)
3> 54), rotating counterclockwise in the top of FIG. 9 together with the clamp body support rod (4g+''= and the clamp body equipment
The flang body side faces the ampoule located in the parallel portion of the ampoule transfer device described above (imaginary line in Fig. 9).

When viewed from the front, the clamp body GI consists of an inverted T-shaped base block (71) and a claw assembly (71) attached to this base block (71).
72 and the previously mentioned L-shaped lever 9. The base block (71) is fixed to the lower ends of the four support rods, and an L-shaped lever (651) is rotatably supported thereon. A pin hole is provided protrudingly, and the rod (64) from the lever (541) is connected to this.

Base block (bearing parts (74) a4 at both ends of the upper front of the base block)
is integrally protruded, and a slideable rod (75) is inserted between this bearing part < r4 g4, and furthermore, five blocks (76) are inserted into this lot part 7Q. Fixed at intervals. The central one among the five blockia 0 (76 has an integrally extended hanging part ('7
6a)', and a pin (7η) protruding from the lower back surface of the lever (to) is in contact with this. Therefore, when the lever (to) is rotated clockwise in Fig. 8, the rod (751 and 5 The block t7G)...... is designed to slide to the left, but the bearing part (7G) and the block (7G) are designed to slide to the left.
A spring (not shown) is stretched between the blocks (7) and the rod (75).
is always pushed to the right. When sliding to the left, it slides against this spring.

The claw assembly (72) is fixed at both ends to the base block (7υQ) so that it can be removably increased using screws (not shown), and five four parts are formed in the middle part, thereby forming six thick parts. (78)...... and 5 thin parts C?9)
... is formed. The thick parts on both ends are secured with screws. It can be seen that the thin wall part (increased) has a screw (8υ) with an oscillating claw ■ that can be freely added twice, and opposite to this is the thick wall part (two fixed claw trowels are formed integrally hanging from the porcelain). Between the thick parts... there is a bottle (
13 bottles have been planted, and this bottle (82
1 and a hole drilled in the upper part of the swinging claw (80), a spring is stretched between the swinging claw (80) and the swinging claw (80).
In FIG. 8, it is always energized clockwise. And each rocking claw GO) has the upper part of each block (76) explained earlier.
When the block (70) slides to the left, the upper part engages with it and rotates counterclockwise, opening the space between the fixed claw and the lower part of the swinging claw. Conversely, when the block (76) slides to the right, the engagement is folded back and closed by the action of the spring (84).

(85) is the ampoule guide plate placed between the lamp body and the film sheet (as described above), and this is placed on the outside of the machine frame (,<o) (40). Attach bolt 09 to the rod @6) through member Q3η of 5.
It is installed with... Rod (I) Ken is the first
As shown in Figure 1, the bearing part (91) of the guide body (90) (,110) fixed to the outer surface of the machine frame (4G (to)
It is inserted into Itυ (921 (92)) respectively,
The upper and lower bearing parts (9υ (9υ) between the rod (A) (
The fixed block (93) moves up and down by being moved up and down by the rail (34), and thereby the ampoule guide plate (to) also moves up and down.

Th, (95) is a roller pivotally supported at the tip of the lever (94), which is connected to the concave groove (931) of the block (931).
3a) to engage the block (93).

The ampoule guide plate (to) has its entrance section (<5.
... is the claw (8G (82) of the clamp body (50)
) and are equally spaced apart from each other, and the outlet portion (96)...
(... is a film sea) (Five guide passages (97)... which are equally spaced with the same pitch as the ampoule accommodation recesses (11)... formed in 1, 01)... The ampoule (a) released from the claw of the clamp body (501) passes through this passage (97) and is inserted into the four ampoule storage parts (1υ) of the film seat (io).

0 (0) is the ampoule detection device which is attached to the connecting member (8f) of the ampoule guide plate (c) and the rod (86) described earlier, and the frame (101) is Five limit switches (102) installed...
・, and the spring (103) from the frame (101).
The zero detection rod (104) consists of five detection rods (work 04) that are always urged downward by..., and a rubber cap (105) is attached to the lower end of the zero detection rod (104).
When this film sheet (1ω) comes into contact with the ampoule member that has entered the ampoule accommodation recess (11), the rod (104) rises and the upper end of the rod (104) (
106) actuates the limit switch (see Figure 11). If even one ampoule is not inserted, the rod (104) will not rise and therefore the limit switch (102) will not operate, and a signal due to the limit switch (102) not operating will be sent to the operation panel. 10'7) (Fig. 3) to notify the operator in front of the operation panel. In addition, since the frame (101) is attached to the member (8f), the ampoule guide plate (to) and -
It moves up and down at the same time, and when it descends, the above-mentioned detection operation is performed.

Now, the clamp device (C!5) explained above.
, ampoule guide plate (851, and ampoule detection device (
The action of (b) is explained step by step as follows.
That is, ■ First, the ampoule (a) is transported to its parallel portion (3G) by the transport device @anchor described earlier, and then the ampoule (a) is transferred to the clamp device (0) (C!5 (D back) as shown in Fig. 9). It is located in

(il) First, when the rod (681) protrudes forward, it causes the clamp body support bracket (4'lJ
swings counterclockwise in FIG. 9 against the spring (70), so that the clamp body (50) faces the ampoule (a) as shown by the imaginary line. However, at this time, the levers (53) and (54) also swung together with the four clamp body support brackets, causing Leno < -(5
The roller (55) of 3) is attached to the cam surface (4) of the cam body (43).
3c) (Fig. 10) and rolls along the other cam surface (4
It is located near the bend with Renoku (5).
4)-(Fig. 9), the roller (57) is connected to the cam body (44I).
cam surface (44c), and rolls along the other cam surface (44c).
It is located near the bend with (1). Note that the rod lock is locked in the protruding state.

(Ill Next, when the lever (94) shown in FIG. 11 swings clockwise in the figure, the ampoule guide plate (851) is pulled up via the rod (86) m+, and in response, the ampoule detection device (detection rod of 101 (104)
The film sheet is also pulled up from part of the ampoule storage opening αυ.

(1v) Then, the cooperation device of the film sheet) aO) is activated, and the film sheet) (ill) is transferred by an amount corresponding to five ampoule receiving recesses αυ.

(V) Next, when the R and D sides are pulled rearward, the cam body (44) rotates clockwise in FIG.
The roller (57) falls onto the cam surface (44ci).

The sult lever (54) is connected to the shaft 51 by springs (6
), and the L-shaped lever haze of the clamp body (5■) rotates clockwise in Fig. 8 via the rod, thereby rotating the swing claw [F]O).・・・・・・
・will be opened. Note that at this time, the claws (80) and (87J) have already been attached to the ampoule (
I am facing a).

(10) Next, when the rod (56) is pulled rearward, the cam body 613 rotates counterclockwise in FIG. 10, and the roller (5) falls onto the cam surface (43d).

That is, the spring (60) pulls down the clamp body support rod (49) by that amount, and accordingly, the lever 3) also rotates counterclockwise in FIG. 10 about the shaft (51)'e. Therefore, the clamp body 60) protrudes toward the ampoule (a) as shown by the arrow in FIG.
) will enter the notch (29θ).

(vii) Next, when the rod (581) protrudes forward, the cam body (44) rotates counterclockwise in FIG. 9, and the roller 157 rides on the cam surface (44c) again.
This allows the lever (!54) to be moved from the rod (64) to the L
The engagement between the upper part of the swing claw (80) and the block (76) is released through the letter-shaped lever (65) 'f: and the claw guard...
is closed by the tension of the spring, and the ampoule (a) is held between the claws 0) and (82).

(Vlll) Similarly, when the rod (5G) protrudes forward this time, the cam body (43) rotates clockwise in Fig. 10, the roller 65) rides on the cam surface (43c), and the lever (2) rotates clockwise.This causes the clamp body support rod (4
9) is pulled up against the spring (U0), and the ampoule (&)... is pulled up by the claw (
80) It will be taken out from the mounting table (29) while being held in (82).

(1x) Next, when the guide plate lifting lever t94) rotates counterclockwise in FIG. ) the tip of the ampoule (a5 <
Fig. 8) is detected.

■ Next, when the rod (6al) is unlocked,
The clamp body support bracket) (421 swings clockwise in FIG. 9 and returns to its original position relatively slowly by the spring (70), and accordingly, the lever C53) (54
) also returns to its original position, so its roller (596η) also returns to its original position.The natural clamp body side also returns to its original position (Figs. 7 to 10).

Through this process, the ampoule (a) has a claw f8cIl (82
The ampoule is transferred relatively slowly onto the ampoule guide plate (c) while being held between the ampoules (phantom line in Figure 8.9).
.

(x1) Next, when the rod t5I19 protrudes forward, the cam body (44J) rotates counterclockwise in FIG. direction, from the rod (goods) to L
The pawl (801) opens via the letter-shaped lever (69, and the ampoule (a) released thereby passes through the guide plate (8ω passage (97)'e and enters the ampoule accommodation recess (1υ...) of the film sheet.・After that, the Rondo side is immediately pulled and the claw (wealth) closes.

(xi+) Next, the ampoule transfer device is intermittently rotated, and two driving rollers are activated, and the parallel portion (7) moves by five ampoules to prepare the next ampoule.

The first step is completed as described above, and the steps from middle to (X11) are repeated again. The above explanation is based on the -1 clamp device (
0) e-centered, but the clamping device (05 is also exactly the same, and the difference between the two is that of the ampoule accommodation recesses formed in two rows, the ampoule is inserted into the front ampoule accommodation recess side, or the ampoule is inserted into the rear ampoule accommodation recess side. The only thing to do is to insert it into the angle accommodation recess αD.Therefore, the film sheet 0ω niha,
The front clamp device (0) puts five ampules into the front ampoule storage recesses (II), and then the clamp device bow inserts them into the rear ampoule storage recesses (1b).
Five ampoules will be placed in each...

As described above, the ampoules are held in a fixed number by the clamp device and placed in the ampule storage recess, so it is safe because the ampoules do not collide with each other and get damaged.
Furthermore, since the ampoule accommodating recesses are arranged in two rows and two clamping devices are provided, efficiency is improved.

And in this way, the clamp device (Cri <a'>
The film sheet (ill) into which 10 angles were inserted through the ampule storage recess side... (1b...) is sealed by the top sealing device (g). (2) As shown in FIG. 4, the top seal film (111) sent out from the take-up roll (110) is moved to the guide roller (112)...
The ampoule film sheet is supplied onto the ampoule housing recess of 101 via the guide roller (113) in contact with the top surface of the IQI, and is sealed with a heat sealer (114) that moves up and down. (This is happening.

Ampoule film sheet with top seal) (tQ
Next, using the slick device (6), vertical incisions (lla) are made between the four ampoule housing parts from below, and a transverse incision (Ilb) is also made in the head section to cut it off. Piece (
llc) is formed. Also, the top seal film (1
11) A vertical incision (lla) is made from above (
(See Figure 12).

The cut ampoule film sheet (15) is then punched and die-cut using a bunching machine (Takumi) to form a package of 5 pieces, which is conveyed from a conveyor (c) disposed below the punching machine. Conobear (inherited by Crab, Weight Checker (J) (, transported to the appropriate location via T5).

-1,5 pieces - As a set, the ampoule housing recess (1υ...
The ampoule film sheet (IQ) remaining after punching out ... (11) ... is cut with a cutter (B) and discharged to the appropriate place.
) indicates the swinging blade and fixed blade of the cutter device (6).

Then, the package containing the five assembled ampoules is made with a cut (l) between each accommodation recess, as shown in FIG.
la ) and (lla) are inserted, so they can be separated one by one. Even if they are not separated, the cut piece (llc) is broken from all the notches (11b) and the top seal film is peeled off. When doing so, the incision (lla) becomes a kind of boundary line and prevents neighboring ampoules from being opened. In addition, the ampoule film sheath (10) and top sealing film (111) used in the device of the present invention are It goes without saying that the degree of light shielding of ) is appropriately selected depending on the person who dislikes light in the ampoule liquid.

In addition, although the ampoule transfer device (B) of the present invention apparatus may be used to supply ampules to the ampoule supply conveyor Cj6) for aA manually, the labeler device shown in FIG. The device (υ) feeds the ampoules to the ampoule supply conveyor (120), and the ampoules pass through the star wheel (121).
) (122) and (123), a printed label is pasted by a label pasting roller (124) while being transported by a star wheel (123), and the label passes from the star wheel (125) through a trough-like passageway (126). It is placed on the supply conveyor (U6). The printed label is sent out from a take-up roll (127), and after predetermined items are printed by a printing section (128), it is supplied to a pasting roller (124).

In addition, the ampoule mounting table (29) of the ampoule transfer device can place ampoules from small diameter to large diameter ampoules, and the claw assembly (721 and ampoule guide plate (t)) should be appropriate accordingly. In other words, the claw assembly (oscillating claw t, 80 in case of 721) and fixed claw (80) can be replaced with one of appropriate size and spacing, and the ampoule guide plate (( ), the pitch between the population j9■, the pitch between the exit (g), and the inclination angle of the passageway (97) can be changed to appropriate ones.Other changes can be made according to changes in the diameter of the ampoule. It is also possible to replace the parts that require a change, such as the detection device 0 (g).

In addition, the ampoule accommodation recesses are not limited to two rows, but may be an appropriate number of rows.
Accordingly, an appropriate number of clamp devices may be provided. Further, the arrangement of the clamp devices is not limited to that shown in the drawings, and may be appropriately arranged, such as facing each other.

[Brief explanation of drawings]

FIG. 1 is an explanatory diagram of a conventional device. FIG. 2 is a perspective view of the same mount. FIG. 3 is a schematic plan view showing an example of the ampoule packaging apparatus of the present invention. FIG. 4 is a schematic front view of the same as above. FIG. 5 is a schematic view taken along line XX in FIG. 3. FIG. 6 is a drawing showing the shape and mounting state of the ampoule mounting table. FIG. 7 is a partially omitted plan view of the clamp device. Figure 8 is a front view of the same as above. Figure 9 is the parent diagram of Figure 8 Y-Y. FIG. 10 is a perspective view of FIG. 8 2-2. FIG. 11 is a side view mainly showing the detection device. No. 1211] (a), (b), and (c) are an explanatory front view, side view, and bottom view of the package. )・・・・・・・・・Molding equipment (B) (B)
......Ampoule transfer device<cv (05・
・・・・・ Clamp device (effect ・・・・・・・・・
・・・Top seal device (g)・・・・・・・・・・・・
Slitter device (IQI......Film sheet (lυaD......4 ampoule storage parts (c)......Endless chain 09
)・・・・・・・・・Ampule mounting stand (30)・
・・・・・・・・・Parallel part (a) (a)...
... Ampoule patent applicant Eisai Co., Ltd. Figure 9 Figure 10

Claims (1)

[Claims] A fixed number of ampoule storage recesses are formed by a molding device and the film sheet is intermittently transferred horizontally. From the ampoule mounting table added at equal intervals to an endless chain having portions that are intermittently transferred in parallel with the film sheet. A fixed number of ampoules placed on an ampoule mounting table of the ampoule transfer device were grabbed between the film sheet and the parallel portion of the ampoule transfer device and transferred onto the film sheet. A clamping device is provided which is later released and inserted into the ampoule accommodation recess of the film sheet, and furthermore, an upper face sealing device is provided in front of the clamping device in the traveling direction of the film sheet to seal the ampoule accommodation recess of the film sheet, and a top sealing device which seals the ampoule accommodation recess of the film sheet; An ampoule packaging device in which a slitter device that makes a cut between ampoule storage recesses and a slitter device are sequentially arranged.