JPH0444906A - Packaging device for bar-shaped articles aligned in line - Google Patents

Abstract

PURPOSE:To make it possible to automate a packaging process to insert an aligned body in a bag by a method wherein for a guide cylinder, sections to hold aligned bodies are provided in parallel on the top and bottom, and for a projecting means, a plurality of projecting elements which are inserted in a plurality of sections simultaneously to insert aligned bodies in a bag are provided. CONSTITUTION:For a guide body 43, a plurality of sections 49a, 49b to hold aligned bodies 4 under a vertical plural stacked condition are provided in parallel on the top and bottom. A projecting means 45 is equipped with a plurality of projecting elements 52a, 52b which are simultaneously inserted in a plurality of sections 49a, 49b of the guide cylinder 43 while the guide cylinder 43 is stopped at a specified position by an elevating means 44. The guide cylinder 43 is moved by the elevating means 44. By operating the projecting means 45, the projecting elements 52a, 52b are respectively projected in the sections 49a, 49b of the guide cylinder 43 through a cylinder device 53. The aligned bodies 4, 4 in respective sections are inserted and stored in a bag 5 at a single stroke.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an arrangement in which an array formed by aligning rod-shaped articles such as disposable chopsticks in parallel can be easily packaged in a bag.

[Prior Art and Section 8] For example, as shown in the first diagram, a rod-shaped article 1 related to disposable chopsticks is
It is known that disposable chopsticks 3 are inserted and stored in the shaft holder 2, but when selling this, a predetermined number of rod-shaped articles 1 are overlapped in the width direction and aligned in parallel. It is housed and packaged in a bag body 5 made of plastic film or the like. When the unit of the number of rod-shaped articles 1 to be sold increases, a plurality of rod-shaped articles 1 arranged in parallel in the width direction (for example, 10 pieces)
The entire rod-shaped article 1 is defined as one unit of the arrayed body 4, and several units (
When folded, two units) of parallel bodies 4 are stacked vertically and packaged in a bag body 5.

By the way, conventionally, when performing such packaging, the bar-shaped articles 1 are manually aligned in the width direction one by one on a work table in an overlapping manner as described above to form the aligned body 4. The arrayed body 4 is held in a packaging bag while being careful not to collapse, and all of this is done manually. In particular, as described above, in order to store the aligned bodies 4 stacked vertically in the bag body 5, first the lower layer aligned bodies 4 are inserted and stored in the bag body 5, and then the upper layer aligned bodies 4 are stored. Currently, they are inserted and stored in the bag body 5 while being held in a stacked state, and such work is extremely difficult and requires a high level of skill. For this reason, the work is extremely inefficient, and there is a problem in that not only can productivity not be improved, but also skilled workers are required.

[Means to solve the problem]

The present invention provides a packaging device for an array of rod-shaped articles that solves the above-mentioned problems, and covers all the steps from transporting rod-shaped articles such as disposable chopsticks one by one to finally packaging them in a bag as parallel objects. In the case of automation, it is possible to automate the packaging process for inserting and storing the arrayed bodies obtained by arranging rod-shaped articles in the width direction in advance into a bag.

Therefore, the present invention is configured as a means for this purpose, which includes a guide cylinder that allows an arrayed body made of a plurality of rod-shaped articles arranged in parallel in the width direction to be inserted through a receiving opening, and holds it so that it can be freely inserted through an insertion opening. , comprising a protruding means provided on the receiving opening side of the guide cylinder, and a bag holding means for holding the bag (5) opened at the insertion opening side of the guide cylinder: the guide cylinder. A plurality of compartments for holding the arrayed bodies in a stacked manner are arranged vertically in parallel, and the protruding means is inserted into the plurality of compartments at the same time to insert the arrayed bodies in each compartment into the bag. The main feature is that a plurality of protrusions are provided for storage.

〔Example〕

An embodiment of the present invention will be described in detail below based on the drawings. The following embodiments include a parallel alignment device for transporting rod-shaped articles such as disposable chopsticks one by one, and then forming a predetermined number of parallel objects 4 in parallel, and packaging this parallel object 4 in a bag 5. The figure shows a device that automates the process of packaging a rod-shaped article 1 into a bag body 5 from beginning to end.

(Parallel alignment device) In FIG. 2, the parallel alignment device for rod-shaped articles includes a conveyance path 6 for conveying the rod-shaped article 1, a drop path 7 for dropping the rod-shaped article 1 from the conveyance path 6, and a dropped rod-shaped article. The rod-shaped article 1 is provided with a transfer path 8 for supporting the rod-shaped article 1 and for transferring the rod-shaped article 1 in a direction intersecting the longitudinal direction, and a work table 9 facing the terminal end of the transfer path 8.

The conveyance path 6 constitutes a heald conveyor device 6a, and when an operator places the rod-shaped articles l one by one on the conveyor device 6a, the rod-shaped articles are transferred to a falling path 7 as shown by the arrow in the figure. transport.

In addition, at the end of the conveyance path 6, there is a partition plate 1 that defines a fall path 7.
0 is provided with an attitude control means 11 that blocks the falling path and supports the falling rod-shaped article 1 substantially horizontally and then retreats from the falling path 7. This posture control means 11 includes a base frame 1 facing the terminal end of the conveyor device 6a.
2, and a cylinder device 14 that drives the rod 13 forward and backward, and the cylinder device 14 is driven by a movement control means 15, which will be described later. A guide plate 16 is connected to the base frame 12 to guide the rod-shaped article 1 that is dropped through the drop path 7 so that it is guided onto the rod 13.

The transfer path 8 constitutes a heald conveyor device 18 driven by a drive means 17 consisting of a servo motor, and is intermittently fed by a movement control means 15, which will be described later.

The movement control means I5 includes a sensor 19 provided facing the falling path 7, a microcomputer 22 that inputs a signal from the sensor 19 to an input port 20 and emits a predetermined control signal from an output boat 21, and a microcomputer 22 that outputs a predetermined control signal from an output boat 21. A servo mechanism is constituted by a converter 23 that performs D/A conversion of the signal, and a drive unit 24 that operates in response to this signal.

The sensor 15 constitutes a detection means 25 that detects when the rod-shaped article 1 falls down the falling path 7 and issues a detection signal.

The microcomputer 22 also controls the detected rod-shaped article 1.
A counter means 26 is configured to count the number of lines and to issue a count signal when a predetermined number of lines have been counted.

Thus, the movement control means 15 controls the cylinder device I.
For the drive source No. 4, the cylinder device 14 is driven in response to a detection signal from the sensor 19. That is, by driving the drive source of the cylinder device 14, the rod 13 is moved to the falling path 7.
After being evacuated, the rod 13 is immediately returned to its original position to block the falling path 7. Although not shown, a plurality of rods 13 are arranged in parallel, and support the falling rod-shaped article 1 substantially horizontally, and immediately after supporting it, retreat from the falling path 7, thereby controlling the posture of the rod-shaped article 1. to land on the transfer path 8.

Further, the movement control means 15 controls the servo motor 17 of the belt conveyor device 18 in the transfer path 8 in response to a detection signal from the sensor 19.
The amount of movement S that does not exceed the width dimension of the rod-shaped article 1 (Figure 3)
In response to the above-mentioned count signal, the conveyor M18 is moved by an amount L (FIG. 2) that exceeds the width dimension of the rod-shaped article l, and the transfer means 27, which will be described later.
The microcomputer 22 stores information for intermittently moving it until it reaches a position that enables the transfer operation, and drives the servo motor 17 in accordance with this information. For this reason, the second
As shown in the figure, when the rod-shaped articles 1 are dropped one by one from the drop path 7 to the transfer path 8, the conveyor device 18 is intermittently moved by a moving amount S, and the rod-shaped articles 1 are moved in the width direction on the conveyor device 18. Parallel matching while making it parallel. When a predetermined number (for example, 10) of rod-shaped articles 1 are arranged in parallel to form one unit of arrayed body 4, the conveyor device 1
8 is moved intermittently to a large extent corresponding to a moving scale, and the aligned body 4 is transported to a predetermined position.

The transfer means 27 transfers the aligned bodies 4 to a predetermined position.
A pushing body 28 that reciprocates upward between the conveyor device 18 and the work table 9, and
It comprises a reciprocating means 29 for reciprocating the pushing body 28, and a vertical moving means 30 for changing the vertical position of the pushing body 28 between a position above the conveyor device 18 and the work table 9 and a position near the surface. .

As shown in the fourth diagram, the vertical movement means 30 constitutes a cylinder device 32 attached to a base frame 31, and connects a moving body 33 disposed below the base frame 31 to the cylinder device 32. . Another base frame 3 is placed beyond the work table 9.
4, a guide rod 35 is installed between the base frame 34 and the movable body 33, and a sliding body 36 is slidably guided by the guide protrusion 35.
A cylinder device door 38 of a cylinder device 37 constituting the reciprocating means 29 is connected to. The pushing body 28
is connected to the sliding body 36 via an arm 39. After the alignment body 4 is transferred by the conveyor device 18 in an amount corresponding to the amount of movement described above, the moving body 33 is lowered by the vertical movement means 30, and in this state, the pushing body 28 is moved by the reciprocating movement means 29 to the conveyor device 18. When the alignment body 4 is moved onto the work table 9 from above, the alignment body 4 is transferred onto the work table 9 by the pushing body 28 . When this transfer work is completed, the moving body 33 is raised by the vertical moving means 30, and the pushing body 28 is returned to the top of the conveyor device 18 by the reciprocating means 29. These vertical movement means 30 and reciprocating movement means 2
9 is driven by the microcomputer 22 of the movement control means 15 mentioned above.
This may be carried out automatically using the above-mentioned movement control means 15, or may be carried out using a sensor and a drive unit separate from the movement control means 15.

(Wrapping device for arrayed bodies) The arrayed bodies 4 on the work table 9 that have passed through the alignment and alignment device are then stored and packaged in a bag 5 by a packaging device as shown in FIGS. 5 to 8.

This packaging device includes extrusion means 40 for pushing out the aligned bodies 4 in the longitudinal direction of the rod-shaped articles 1 from the work table 9, the extruded aligned bodies 4 are inserted through a receiving opening 41, and the extruded aligned bodies 4 are inserted through an insertion opening 42. Guide cylinder 43 that can be freely inserted and held
, a lifting means 44 for the guide cylinder 43, and a guide cylinder 4.
The bag is comprised of a protruding means 45 for protruding the aligned body 4 in the bag 3 from the insertion opening 42, and a bag holding means 46 for holding the bag 5.

The extrusion means 40 includes a plate-shaped body 47 that slides on the work table 9, and a plate-shaped body 47 that slides the tip of the plate-shaped body 47 to the vicinity of the receiving opening 41 of the guide cylinder 43 and returns it to its original position. A cylinder device 48 is provided.

The guide cylinder 43 has a plurality of compartments 49a and 49b vertically arranged in parallel for holding the alignment bodies 4 in a stacked manner, and has a division plate 50 for this purpose.

The elevating means 44 constitutes a cylinder device 51 connected to the bottom of the guide cylinder 43; (1) a second elevating position that makes the bottom of the second compartment 49a of the guide cylinder 43 flush with the work table 9; and (2) compartments 49a, 49b of the guide cylinder 43.
A third elevating position where the movable member faces the protruding means 45, and three stages of elevating and lowering and stopping are possible. In addition, when the compartments of the guide cylinder 43 are made into two stages as in the case of rotation, the above-mentioned three stages of raising, lowering and stopping are sufficient, but when the compartments of the guide cylinder 43 are made into three or more stages, Correspondingly, the lifting means 44
It is understood that the steps for raising, lowering, and stopping the vehicle will also be increased.

The protrusion means 45 moves the guide cylinder 43 while the guide cylinder 43 is stopped at a predetermined position via the elevating means 44.
A plurality of protrusions 52a, 52b are simultaneously inserted into the plurality of compartments 49a, 49b, and these protrusions 52a,
The cylinder device 53 is connected to the cylinder 52b.

The bag holding device 46 includes a fixed vacuum suction table 56 that suctions a tongue-shaped sealing piece 55 for sealing the opening 54 of the bag 5 from below, and a movable vacuum suction table 56 that vacuum suctions the body of the bag 5 from above. A holding device 57 is provided. Although not shown in the drawings, the movable holding device 57 vacuum suctions the uppermost layer of the bag 5 in a magazine section in which a large number of bags 5 are stored in a stack, and then pulls up the cough bag 5 upward. The bag body 5 is moved to the vicinity of the vacuum suction table 56 while holding the bag body 5, and landed at the position shown in the figure.The bag body 5 is lifted slightly with the sealing piece 55 adsorbed to the vacuum suction table 56, and the opening of the bag body 5 is removed. 54 is attached to a robotic mechanism that is moved to open it.

The operation of inserting and storing the aligned body 4 into the bag body 5 is performed as follows.

First, as shown in FIG.
In the transferred state, the guide cylinder 43 is stopped at the above-mentioned first position by the elevating means 44. In this state, the extrusion means 40 is driven to move the plate-shaped body 47 via the cylinder device 48, and insert and hold the alignment body 4 on the work table 9 into the first compartment 49a of the guide cylinder 43 (first Figure 6). After that, the plate-shaped body 47 of the extrusion means 40
is returned to its original position by the cylinder device 48.

Thereafter, as shown in FIG. 7, the guide cylinder 43 is moved to the above-mentioned second position by the elevating means 44 and stopped.

The above-mentioned parallel alignment device successively forms the next alignment body 4 of rod-shaped articles, and the above-mentioned transfer means 27 transfers it onto the work table 9. Then, the extrusion means 40 is driven again and the plate-shaped body 47 is pushed through the cylinder device 48.
, and insert and hold the new alignment body 4 on the work table 9 into the second compartment 49b of the guide cylinder 43 (
Figure 7). Thereafter, the plate-shaped body 47 of the extrusion means 40 is returned to its original position by the cylinder device 48.

When the above work is completed, the guide cylinder 43 is moved to the elevating means 44.
is moved to the third position mentioned above and stopped. In this position, the insertion opening 42 of the guide cylinder 43 matches and faces the opening 54 of the bag 5 held by the holding device 57 (FIG. 8). Then, the protrusion means 45 is driven, and the protrusions 52a and 52b are respectively thrust into the compartments 49a and 49b of the guide cylinder 43 via the cylinder device 53, and the arrayed bodies 4.4 in each compartment are moved into the bag body 5. Insert it inside and store it. After that, the protrusions 52a, 52 of the protrusion means 45
b is returned to its original position by the cylinder device 53. Note that, prior to driving the protruding means 45, the guide cylinder 43 is moved in the lateral direction, and the edge of the insertion opening 42 of the guide cylinder 43 is slightly inserted into the opening 54 of the bag body 5. It is preferable to provide a horizontal movement driving means for returning the guide cylinder 43 to its original position after the insertion and storage operation of the alignment body 4 into the bag body 5 is completed.

The bag body 5 containing the arrayed bodies 4 is moved onto the sealing line while being held by the movable holding device 57, and is removed from the movable holding device 57 on the sealing line. Then, while the bag 5 is being transported on the belt conveyor, the sealing piece 55 is folded back onto the body of the bag 5 by a known sealing device, and
They are adhered or welded, and packaging with the bag body 5 is thereby completed.

By repeating the above operations, the operations of forming the arrayed bodies 4 by aligning the rod-shaped articles 1 in parallel and inserting and storing the arrayed bodies 4 into the bag body 5 are automatically and successively performed. It turns out. Therefore, the operator simply transfers the rod-shaped articles 1 one by one to the conveyance path 6! All you have to do is send it in, and the subsequent work can be fully automated.

[Effects of the Invention] According to the present invention, when moving the aligned body 4 into the inside of the bag body 5, the aligned body 4 is first held by the guide cylinder 43, and the bag body is moved while maintaining the aligned form. 5, the aligned body 4 does not lose its shape during the movement process, and it is possible to guarantee packaging while maintaining a predetermined shape and posture. Moreover, when storing the aligned bodies 4 in the bag body 5 as a plurality of stacked bodies, the aligned bodies 4 are held in the upper and lower compartments 49a and 49b of the guide cylinder 43, respectively, and from this state, the protruding means 45 Each compartment 49a
, 49b, the upper and lower aligned bodies 4.4 are inserted and stored in the bag body 5 at once, so that the aligned bodies 4.4 are preferably laminated. It has the effect of being packaged while maintaining its shape.

[Brief explanation of drawings]

Fig. 1 is a perspective view of disposable chopsticks arranged in parallel and packaged in a bag, Fig. 2 is a longitudinal sectional front view showing a parallel alignment device according to an embodiment of the present invention, and Fig. 3 is a perspective view of the parallel alignment device 4 is a longitudinal sectional front view showing the action of the attitude control means, FIG. 4 is a longitudinal sectional front view showing the action of the transfer means in the parallel alignment device, and FIG. 5 is a longitudinal sectional side view showing the packaging device in one embodiment of the present invention. FIGS. 6, 7, and 8 are longitudinal sectional side views showing the operation of the packaging device in order. ■... Rod-shaped article, 2... Shaku, 3... Disposable chopsticks, 4...
... Aligned body, 5... Bag body, 6... Conveyance path, 7...
Fall path, 8... Transfer path, 9... Work table, 11
... Attitude control means, I3... Rondo, 14... Cylinder device, 15... Movement control means, 16... Guide plate, 17... Drive means, 18... Belt conveyor device, 19...Sensor, 22...Microcomputer, 25
...Detection means, 26...Counter means, 27...
- Transfer means, 28... Pushing body, 29... Reciprocating means, 30... Vertical movement means, 33... Moving body, 35...
・Guide rod, 36...Sliding body, 40...Extrusion means, 41...Reception port, 42...Insertion opening, 43...
- Guide cylinder body, 44... Lifting means, 45... Projection means, 46... Bag body holding means, 47... Disc-shaped body, 49
a, 49b... compartment chamber, 50... compartment board, 52a,
52b... Projection body, 54... Opening of bag body, 55...
- Sealing piece, 56... Vacuum suction stand, 57... Moving holding device.

Claims (1)

[Claims] 1. A guide cylinder that holds an array (4) made up of a plurality of rod-shaped articles (1) lined up in the width direction so as to be inserted through the receiving opening (41) and freely inserted through the insertion opening (42). (
43) and a receiving opening (41) of the guide cylinder (43).
The protrusion means (45) provided on the side and the guide cylinder (
bag holding means (46) for holding the bag (5) opened (54) on the side of the insertion opening (42) of the guide cylinder (43); ) are arranged in parallel vertically, and the protruding means (45) is arranged vertically in parallel to hold the plurality of compartments (49a, 49b) in a stacked manner.
9a, 49b) at the same time to each compartment (49a, 49b).
A packaging device for an array of rod-like rod-shaped articles, characterized in that it is provided with a plurality of protrusions (52a, 52b) for inserting and storing the arrays (4) (4) in the bag (5).