JPH0549535B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an automatic loading device for loading a large number of toothpicks into a container with a lid, and an apparatus for automatically enclosing a label on the inner periphery of the container body.

[Conventional technology and problems]

Conventionally, when loading a large number of toothpicks into a container with a lid, a label is manually inserted into the inner periphery of the container body, and then a large number of toothpicks are manually placed inside the label and loaded into the container body. At present, the container body is then manually covered with a lid. Therefore, there is a problem that the work efficiency is low and the mass-produced toothpicks cannot be promptly shipped.

By the way, in recent years, a jig for loading a large number of toothpicks into a container body and a jig for capping a container body loaded with toothpicks with a lid have been proposed, which has improved efficiency compared to before. is being planned, but
The work of setting the container body and lid on these jigs is still done manually, and
The labeling work is also done manually.
There is a problem that complete automation has not been achieved, and it is difficult to say that efficiency has been sufficiently improved.

[Means for solving problems]

The present invention has been made to solve the above-mentioned problems, and when configuring an automatic toothpick filling device, it is possible to automatically enclose a label with a trademark, trade name, etc. printed on the container body. This is what I did. Therefore, the present invention has been constructed as a means by including an expandable and tapered guide tube for covering the container body at one side opening of a filling device filled with a large number of toothpicks in a layered manner, and a toothpick extrusion device equipped with a cylinder device having a piston that moves forward and backward across the filling device so as to be inserted into the guide tube on the other side of the filling device facing the guide tube; on the outer periphery of the guide tube; a label holding device that reciprocates between an operating position facing the label holding device and a standby position spaced apart from the working position; a feeding device facing the label holding device in the standby position; The label storage chamber is provided with a lower opening that allows the labels to be drawn down from the lower layer, and a label storage chamber that is movable and resilient from one side wall toward the other side wall so as to curve the laminated label so as to bulge toward the lower opening. The label holding device includes a pair of pins that are close to the outer circumferential surface of the guide tube in the operating position and that have a guide portion at the tip that is inclined away from the tip outer circumferential surface of the guide tube. It consists of adsorbents arranged at narrow intervals and movable forward and backward across the space between both pins.

〔Example〕

An embodiment of the present invention will be described in detail below based on the drawings.

(Outline of Apparatus and Container Supply Apparatus) In FIG. 1, a conveyor 1 consisting of an endless belt is wound around a driving pulley 2 and a driven pulley 3, and is conveyed in a conveying direction F.

On one side of the conveyor 1, a plurality of loading devices 4, three loading devices 4a, 4b, and 4c in the illustrated example, are arranged at intervals for automatically loading toothpicks into container bodies, which will be described later. On the other hand, on the other side of the conveyor 1, there are a plurality of capping devices 5 for automatically capping a container body as described later, three capping devices 5a, 5b, and 5c in the illustrated example. They are arranged corresponding to each of the loading devices 4.

On the carry-in side of the conveyor 1, there are provided a container body supply section 6 and a lid body supply section 7, which are composed of mutually defined trays. Conveyance path 8 and lid conveyance path 9
are defined on the conveyor 1. That is, these conveyance paths 8, 9 are defined by rail-shaped guide walls, and the bottom portions are formed by the conveyor itself.

The container body conveyance path 8 includes branch paths 8a, 8b, and 8c on the conveyor 1 toward the loading devices 4a, 4b, and 4c, and the terminal end of each branch path is closed at the outer side of the conveyor 1. Parts 80a, 80
b, 80c are configured. Note that a holding ring of a loading device, which will be described later, is concentrically waiting at the bottom of each closing portion.

Further, the lid conveyance path 9 includes branch paths 9a, 9b, and 9c on the conveyor 1 toward the crowned devices 5a, 5b, and 5c, and the terminal end of each branch path is at the outer side of the conveyor 1. Closed portions 90a, 90
b, 90c are configured. Note that a holding ring for a crowning device, which will be described later, is concentrically waiting at the lower part of each closing portion.

According to this container supply device, when the conveyor 1 is being driven and forwarded, the container body 1 is a cylindrical container body with an upper opening and a bottom, into which toothpicks are to be loaded from the container supply section 6.
Insert a lot of 0's. Each container body 10 is loaded with the opening facing upward, and is transported in the transport direction F along the container transport path 8 by the conveyor 1. A large number of container bodies 10 are connected to each branch path 8a, 8 from the container conveyance path 8.
b, 8c, and after the preceding container bodies 10 are stopped at the closing portions 80a, 80b, 80c, the following container bodies 10 line up and fill each branch path 8a, 8b, 8c, Branch road 8a, 8
The container bodies 10 in b and 8c are stopped while being rubbed by the conveyor 1 and pushed in the conveying direction F in a traffic jam. Therefore, as will be described later, the container main body 10 of the closing part is held by the holding ring of the loading device 4.
When each container body 10 is removed, the following container bodies 10 in a row immediately move forward, and the next container body 10 that has been removed enters and is held in the closing part.

Further, the lid body 11 is also similar to the container body. That is, the container body 1 is supplied from the lid supply unit 7.
Shallow cup-shaped lid body 11 to cover the opening of 0
Inject a large number of. Each lid 11 is loaded with the top wall facing downward (therefore, the opening of the peripheral wall is facing upward), and is conveyed by the conveyor 1 along the lid transport path 9 in the transport direction F.
transported to. A large number of lids 11 are sent from the lid conveyance path 9 to each branch path 9a, 9b, 9c, and after the preceding lid 11 is stopped at the closing portions 90a, 90b, 90c, the following lids are transferred. 11 line up and fill each branch path 9a, 9b, 9c, and the lid body 11 in the branch path 9a, 9b, 9c is stopped while being rubbed by the conveyor 1 and pushed in the conveyance direction F in a traffic jam condition. ing. Therefore, as will be described later, when one lid 11 of the occluded portion is removed by the holding ring of the crowning device 5, the following row of lids 11 are removed.
immediately moves forward, and the next removed lid 11 enters and is held in the closed part.

The container body 10 and the lid 11 are both thinly formed of soft or flexible synthetic resin, and are transparent or translucent.

(Automatic Loading Device) Since the above-mentioned automatic loading devices 4a, 4b, and 4c all have the same mechanism, they will be explained simply as the loading device 4.

As shown in FIG. 2, the loading device 4 includes a toothpick extrusion device 12, a holding ring 13, a reciprocating mechanism 14 for the holding ring 13, a posture changing mechanism 15 for the holding ring 13, and a container. A main body withdrawal cylinder device 16,
A container body transfer cylinder device 17 is provided.

The toothpick extrusion device 12 includes a filling device 19 filled with a large number of toothpicks 18 in a layered manner.
A tapered guide tube 20 is provided at one side opening of the tube. This guide tube 20 is configured to be expandable and contractible via a groove 21, and the outer diameter of the large diameter portion of the tapered base is formed to be approximately the same diameter as the inner diameter of the container body 10. Further, a toothpick extrusion cylinder device 22 is provided on the other side of the filling device 19 opposite to the one side opening, and the cylinder device 22 crosses the filling device 19 to form a guide cylinder. The piston 23 is provided with a piston 23 that moves forward and backward so as to be inserted into the piston 20.
Note that the filling device 19 has a large number of toothpicks 18 inserted through the upper opening.
The toothpicks 18 are stacked in alignment with the sharp ends of the toothpicks 18 facing the side wall of the filling device 19 on the side having the guide cylinder 20.

The holding ring body 13 has an inner circumferential wall 13a into which the container body 10 can be inserted tightly, and is conveyed by the reciprocating mechanism 14 from the branch path of the container body conveyance path 8 to the closed portion and stopped there. It is reciprocated between a standby position facing the lower part of the container body 10 and an operating position facing the front of the guide tube 20 of the toothpick extrusion device 12. In the illustrated example, the reciprocating mechanism 14 includes guide rods 24, 24 extending in the vertical direction, and a moving body 25 that is guided by the guide rods and can move up and down.
The moving body 25 is provided with an elevating cylinder device 26 that moves the movable body 25 up and down. That is, the lifting cylinder device 26
A piston rod 27 is connected to the movable body 25.

The attitude changing mechanism 15 includes a swinging arm 28 pivotally supported by a movable body 25, and a cam plate 29 for swinging the arm 28. Swing arm 2
8 is pivotally supported 30 on the movable body 25 at its midpoint, the holding ring 13 is fixed to one end of the arm 28, and a roller 31 is provided at the other end. When the movable body 25 is raised by the reciprocating mechanism 14, the end of the swinging arm 28 on the roller 31 side hits the cam plate 29, and the swinging arm 28 is raised and reaches the standby position. In this state, the ring opening surface of the holding ring 13 is positioned below the container body 10 which is stopped in the closing part 80 in a horizontal state. That is, the inner circumferential wall 13a of the holding ring 13 is located concentrically with the container body 10 at rest. on the other hand,
When the movable body 25 is lowered by the reciprocating mechanism 14, when the roller 31 of the swinging arm 28 is released from the cam plate 29, the swinging arm 28 is forced to lie down by the weight of the holding ring 13, and returns to the operating position. In this state, the holding ring body 13 makes the ring opening surface of the holding ring body 13 face the guide cylinder 20 in front of the guide cylinder 20. That is, the inner peripheral wall 13 of the holding ring 13
a is located concentrically with the guide cylinder 20.

The container body pull-down cylinder device 16 is disposed directly above the container body 10 that is stopped within the closing portion 80, and penetrates the closing portion 80 to reach the inside of the holding ring 13 in the standby position. The piston rod 32 is provided with a piston rod 32 that moves forward and backward.

Further, the container body transfer cylinder device 17 is
Penetrating the inside of the holding ring 13 in the operating position,
A piston rod 33 is provided that reaches a position close to the tip of the guide cylinder 20 and moves forward and backward.

To explain the operation of this toothpick loading device 4, the second
As shown in order in the figures to FIG. 6, as shown in the second figure, the holding ring body 13 is raised by the reciprocating mechanism 14, and positioned directly below the closing part 80 by the posture changing mechanism 15. , the holding ring 13
When the posture is maintained so that the inner circumferential wall 13a of the container body 10 is positioned concentrically with the container body 10, the piston rod 32 of the container body drawing cylinder device 16 extends and the container body 10 is pulled into the closing part 80, as shown in the third figure.
At the same time, the inner peripheral wall 13 of the holding ring 13 is lowered.
Insert into a. At this time, the container body 10 is made of a soft or flexible synthetic resin and has a thin wall, and even if the container body 10 is slightly distorted, that is, the container peripheral wall 10a is not a perfect circle and is deformed, the holding ring 13 By being fitted, it is corrected and held in a perfect circle.
Incidentally, after the container body 10 is inserted so that the upper opening thereof is flush with the upper surface of the holding ring 13, the piston rod 32 is retreated.

Next, the holding ring 13 holding the container body 10
As shown in FIG. 4, when the container is lowered by the reciprocating mechanism 14 and maintained in its posture by the posture changing mechanism 15 so as to be positioned concentrically with the guide tube 20 in front of the guide tube 20, the container The piston rod 33 of the main body transfer cylinder device 17 extends, pushing the bottom of the container main body 10 and moving the holding ring 13.
As shown in FIG.
is placed on the outer periphery of the guide tube 20.

Thereafter, as shown in the sixth figure, the toothpick extrusion device 12
The piston 23 is pushed out from the pushing cylinder device 22 of the
0, and further advances to a position where the tip of the piston 23 slightly protrudes from the tip of the guide cylinder 20, thereby loading the toothpick group 18 into the container body 10 and moving it along with the toothpick group 18. Then, the container body 10 is separated from the guide cylinder 20 and dropped. After falling, the piston 23 retreats to its original position.

Therefore, the container body 10 loaded with the toothpick group 18 is obtained.

(Label Enclosing Device) When loading the toothpick 18 into the container body 10 as described above, the label enclosing device 34 encloses a label along the inner periphery of the peripheral wall 10a of the container body 10. This label has a trademark, trade name, etc. printed on its surface, and by superimposing and enclosing the printed display surface on the peripheral wall 10a of the container body, the printed material is transmitted through the transparent or translucent peripheral wall 10a. The display surface is made visible from the outside of the container body 10.

This label enclosing device 34 includes a label holding device 35 and a label feeding device 36, as shown in FIGS. 7 and 8.

The label holding device 35 is provided with a pair of pins 40, 40 via a stay 39 on an arm 38 that is swingably supported by a pivot shaft 37.
40 is arranged parallel to the axis of the guide tube 20. The arm 38 is caused to swing by a cylinder device or a sector gear device (not shown). That is, by swinging the arm 38, the pair of pins 40, 40 are reciprocated between an operating position facing the outer periphery of the guide cylinder 20 and a standby position separated from the operating position. The pins 40, 40
As shown in FIG. 8, in the operating position, the interval is smaller than the diameter of the guide tube 20 and smaller than the width of the label described later. Further, the tip of each pin 40 is formed into a tapered shape, and forms a guide portion 40a that is inclined at a distance from the outer periphery of the tip of the guide cylinder 20 in the operating position. Said pin 4
An adsorbent 41 is provided between 0 and 40, and the adsorbent 14 is connected to a suction device such as a vacuum pump via a conduit 42. The adsorbent 14 also has a pair of pins 40,
It is said that it can freely move forward and backward across the 40-degree space.
Note that a saucer 44 is provided at the tail end of the arm 38.

The label supply device 36 is disposed directly above the label holding device 35 in the standby position, and forms a label storage chamber 47 between the fixed wall 45 and the movable wall 46, and above and below the label storage chamber 47, Upper opening 4
8 and a lower opening 49. The moving wall 46
A spring 51 is interposed between the movable wall 46 and the fixed wall 45, and the spring 51 biases the movable wall 46 toward the fixed wall 45. When a large number of stacked labels 52 are loaded into the label storage chamber 47 from the upper opening 48, the stacked labels 52 are curved so as to bulge toward the lower opening 49 due to the elastic force.

The operation of this label enclosing device 34 will be explained as follows.
Before the container body 10 is placed on the guide cylinder 20 described above, as shown in FIG.
5 in the standby position, the adsorbent 41
is caused to protrude upward from between the pins 40 and 40 by the cylinder 43 and brought close to the bottom surface of the bottom label 52 of the label supply device 36, and after adsorbing the label 52, the cylinder 43 moves the adsorbent body 41 to the pin 4.
Retract slightly below between 0 and 40. Since the laminated label is curved downward, only one label 52 in the lower layer is attracted by the adsorbent 41 and pulled down from the lower opening 49 of the label supply device 36, and the plurality of labels follow and are pulled down. Never. The label 52 adsorbed on the adsorbent 41 is attached to a pair of pins 4
0 and 40, and is curved and held at approximately the same radius of curvature as the inner periphery of the container body 10 held by the holding ring 13.

Next, as shown in FIG. 8, the arm 38 is swung to move the label holding device 35 to the operating position,
The label 52 held at three points by the pins 40, 40 and the adsorbent 41 is positioned close to the outer periphery of the guide cylinder 20.

Then, as described above with reference to FIGS. 4 and 5, the container body 10 may be mounted on the guide cylinder 20. That is, when the container body 10 is placed on the guide cylinder 20, the container body 10 moves.
is inserted between the pins 40, 40 and the label 52 via the guide portions 40a of the pins 40, 40. Therefore, as shown in the fifth diagram, the container body 1
0 is placed on the guide tube 20, the label 52 is interposed between the guide tube 20 and the container body 10. In addition, as described above with respect to FIG. 6, the toothpick 1
When the container body 10 is pushed out from the guide tube 20 while loading the container 8, the label 52 is interposed between the container body 10 and the toothpick group 18.

The container body 10 loaded with the label 52 and the toothpick group 18 and pushed out from the guide tube 20 is received by the tray 44 after being dropped. That is, the label holding device 35 receives the falling container body 10 on the receiving tray 44 while returning to the standby position.

(Reversing device) The container body 10 received by the saucer 44 is
As shown in FIG. 8, when the label holding device 35 swings to the operating position, it rolls on the inclined tray 44 and is received by the next reversing device 53.

As shown in FIG. 6, the reversing device 53 is capable of reversing around a horizontal axis 54 perpendicular to the axis of the container body 10, and reverses the container body 10 via a cylinder device or a fan-shaped gear device (not shown). Then, the inverted container body 10 is placed and held on the mounting table 55.

(Lid Covering Device) Since each of the automatic capping devices 5a, 5b, and 5c described above all have the same mechanism, they will be simply described as the capping device 5.

As shown in FIG. 6, the crowning device 5 includes a container body pushing device 56, a holding ring 57, and a holding ring 5.
7 reciprocating mechanism 58, a posture changing mechanism 59 of the holding ring 57, a lid pulling cylinder device 60,
A lid body transfer cylinder device 61 is provided.

The container body extrusion device 56 is provided with a tapered guide tube 63 at the opening of the fixing plate 62 . This guide cylinder 63 is configured to be expandable and contractible via a groove 64, and the outer diameter of the large diameter portion of the tapered base is formed to be approximately the same diameter as the inner diameter of the lid body 11. The mounting table 55 is arranged behind the guide cylinder 63, and is installed so that the container body 10 mounted and held on the mounting table 55 is positioned concentrically with the guide cylinder 63.
Furthermore, behind the mounting table 55, there are
As shown in the figure, the container body extrusion cylinder device 65
As will be described later, the cylinder device 65 crosses over the device stand 55 and connects the guide tube 6.
The piston 66 is provided with a piston 66 that moves back and forth so as to be inserted into the piston 3.

The holding ring body 57 includes an inner circumferential wall 57a into which the lid body 11 can be inserted in close contact with the lid body 11, and the reciprocating mechanism 58 transports the lid from the branch path of the lid conveyance path 9 to the closing part and stops. A standby position facing the lower part of the body 11 and a guide tube 63 of the container body extrusion device 56
It is moved back and forth between the operating position facing the front of the machine.
In the illustrated example, the reciprocating mechanism 58 includes guide rods 67, 67 extending in the vertical direction, a moving body 68 that is guided by the guide rods and can move up and down, and an elevating cylinder device 69 that moves the moving body 68 up and down. Equipped with. That is, the piston rod 70 of the lifting cylinder device 69 is connected to the movable body 68.

The attitude changing mechanism 59 includes a swing arm 71 pivotally supported by a moving body 68, and a cam plate 72 for swinging the arm 71. Swing arm 7
1 is pivoted 73 at its midpoint to a movable body 68, has the holding ring 57 fixed to one end of the arm 71, and is provided with a roller 74 at the other end. When the movable body 68 is raised by the reciprocating mechanism 58, the end of the swinging arm 71 on the roller 74 side hits the cam plate 72, and the swinging arm 71 is raised and reaches the standby position. In this state, the ring opening surface of the holding ring 57 is positioned in a horizontal state below the lid 11 which is stopped within the closing portion 90. That is, the inner circumferential wall 57a of the holding ring 57 is located concentrically with the lid 11 at rest. On the other hand, when the movable body 68 is lowered by the reciprocating mechanism 58, when the roller 74 of the swinging arm 71 is released from the cam plate 72, the swinging arm 71 is forced to lie down due to the weight of the holding ring 57. When the holding ring 57 reaches the operating position, the ring opening surface of the holding ring 57 faces the guide cylinder 63 in front of the guide cylinder 63. That is, the inner circumferential wall 57a of the holding ring 57 is located concentrically with the guide tube 63.

The lid pull-down cylinder device 60 is disposed directly above the lid 11 that is stopped within the closure 90, and passes through the closure 90 to remove the holding ring 5 in the standby position.
The piston rod 7 moves forward and backward after reaching the inside of the piston rod 7.
5.

Further, the lid body transfer cylinder device 61 includes a piston rod 76 that penetrates the inside of the holding ring body 57 in the operating position, reaches a position close to the tip of the guide tube 63, and moves forward and backward.

To explain the operation of this lid covering device 5, the sixth
As shown in order in FIGS. 11 to 11, the holding ring body 57 is raised by the reciprocating mechanism 58 as shown in FIG. , the holding ring 5
When the posture is maintained such that the inner peripheral wall 57a of 7 is positioned concentrically with the lid 11, the piston rod 75 of the lid pull-down cylinder device 60 extends, pulls down the lid 11 from the closing part 90, and holds the lid 11. It fits into the inner circumferential wall 57a of the ring body 57. At this time, the lid body 11 is formed into a thin shape using a soft or flexible synthetic resin, and the lid body peripheral wall 11 is in a slightly distorted state.
Even if a is in a deformed state that is not a perfect circle, it is corrected and held in a perfect circle by being fitted into the holding ring 57. Note that after the lid 11 is inserted so that its upper opening is flush with the upper surface of the holding ring 57, the piston rod 75 is retracted.

Next, the holding ring body 57 holding the lid body 11 is
As shown in FIG. 9, when the lid body is lowered by the reciprocating mechanism 58 and maintained in a position concentrically with the guide cylinder 63 in front of the guide cylinder 63 by the posture changing mechanism 59, the lid body is moved. The piston rod 76 of the mounting cylinder device 61 extends and slides inside the holding ring 57 while pushing the top wall of the lid 11, so that the lid 11 is moved into the guide cylinder 6 as shown in FIG.
Cover the outer circumference of 3.

Thereafter, as shown in Figure 11, the piston 66 is pushed out from the container body pushing cylinder device 65,
The container body 10 loaded with the label 52 and the toothpick group 18 and waiting on the mounting table 55 is pushed into the guide tube 63, and further until the tip of the piston 66 slightly protrudes from the tip of the guide tube 63. By moving forward, the container body 10 is moved into the guide tube 63.
After the container body 10 is covered with the lid 11, the container body covered with the lid is removed from the guide tube 63 and dropped. After falling, the piston 66 retreats to its original position.

Therefore, with this, the toothpick group 1 is attached to the container body 10.
8 is loaded, and the container body is covered with a lid 11.

〔Effect of the invention〕

As a result of the present invention configured as described above, when the container body 10 is placed over the guide tube 20 of the automatic loading device 4 and the toothpick group 18 is automatically loaded, the label 52 is automatically attached to the outer periphery of the guide tube 20 and the container. When the container body 10 is obtained which is installed between the inner periphery of the main body 10 and loaded with the toothpick group 18, the label 52 is enclosed between the loaded toothpick group 18 and the peripheral wall 10a of the container body 10. This has the effect of making it possible to package toothpicks in large quantities.

In particular, the label supply device 36 stores a large number of stacked labels 52 in a label storage chamber 47 that is movable and resilient with one side wall 46 facing the other side wall 45.
Since it is stored in a curved manner so as to bulge out toward the lower opening 49, when a single label 52 is pulled down from the lower opening by the suction body 41, a plurality of labels follow and are pulled down at the same time. There is no danger.

Furthermore, when the label 52 adsorbed to the adsorbent 4 is enclosed in the container main body 10 on the outer periphery of the guide tube 20, the pair of pins 40, 40 that support the label 52 in an arcuate manner support the guide portion 40a. The container body 10 is formed through the guide portion 40a.
Since the label 52 is designed to be covered with the outer periphery of the guide cylinder 20 while taking in the label 52, the label enclosing action is performed accurately and is excellent in that troubles such as malfunctions do not occur.

[Brief explanation of drawings]

FIG. 1 is a plan view showing the overall outline of the device of the present invention;
Fig. 2 is a longitudinal sectional side view of a device that automatically loads toothpicks into the container body, Fig. 3 is a longitudinal sectional view of the main part of the device with the holding ring in the standby position, and Fig. 4 is a longitudinal sectional view of the device with the holding ring in the standby position. Fig. 5 is a longitudinal cross-sectional view of the main part of the device with the holding ring in the operating position, Fig. 5 is a longitudinal cross-sectional view of the main part of the same device with the container body covered with the guide cylinder, and Fig. 6 is the automatic toothpick filling device. A longitudinal side view showing the reversing device and the lid capping device, FIG. 7 is a front view of the main part of the label insertion device with the label holding device in the standby position, and FIG. 8 shows the label holding device in the operating position. Fig. 9 is a front view of the main part in a certain state, Fig. 9 is a longitudinal cross-sectional view of the main part in a state where the holding ring is in the operating position in the lid capping device, and Fig. 10 is a front view of the main part in a state where the lid is capped on the guide tube in the same device. Longitudinal cross-sectional view of main parts in condition, 1st
FIG. 1 is a longitudinal cross-sectional view of a main part of the same device in a state where the container body is covered with a lid. 1... Conveyor, 4... Toothpick automatic filling device, 5
... Lid automatic capping device, 6... Container main body supply section,
7... Lid body supply section, 8... Container body conveyance path, 8
a, 8b, 8c...branch path, 9...lid conveyance path,
9a, 9b, 9c...branch path, 10...container body, 11...lid, 12...toothpick extrusion device, 13
... Holding ring body, 14 ... Reciprocating mechanism, 15 ...
Posture change mechanism, 16... Container body drawing cylinder device, 17... Container body transfer cylinder device, 18...
...Toothpick, 19...Filler, 20...Guide tube, 2
2... Toothpick extrusion cylinder device, 26... Lifting cylinder device, 34... Label enclosing device, 35... Label holding device, 36... Label feeding device, 40...
... Pin, 41 ... Adsorption body, 43 ... Cylinder, 4
4... saucer, 45... fixed wall, 46... movable wall,
47...Storage chamber, 49...Lower opening, 51...Spring, 52...Label, 53...Reversing device, 55...
...Placement table, 56...Container body extrusion device, 57...
Holding ring body, 58... Reciprocating mechanism, 59... Attitude changing device, 60... Lid body pulling cylinder device, 61
...Lid body transfer cylinder device, 63...Guide cylinder,
65...Container body extrusion cylinder device, 69...Elevating cylinder device.

Claims (1)

[Claims] 1 Filler 1 filled with a large number of toothpicks 18 in a layered manner
An expandable and tapered guide tube 20 for covering the container body 10 is provided at one side opening of the filling device 9, and a guide tube 20 that crosses the filling device is provided at the other side of the filling device opposite to the guide tube. A cylinder device 22 having a piston 23 that moves back and forth so as to be inserted into a guide tube.
a toothpick extrusion device 12 equipped with; a label holding device 35 that reciprocates between an operating position facing the outer periphery of the guide tube and a standby position separated from the operating position;
and a label supply device 36 facing the label holding device at the standby position; a label storage chamber 47 which is movable and springs 51 from one side wall 46 toward the other side wall so as to be curved so as to bulge toward the lower opening;
The label holding device has a pair of pins 40, 40 that are close to the outer circumferential surface of the guide tube in the operating position and have a guide portion 40a at the tip that is inclined and separated from the tip outer circumferential surface of the guide tube. A label enclosing device for a toothpick loading container is provided with adsorbents 41 arranged at narrow intervals and movable back and forth across the space between both pins.