JPH0769434A - 'waribashi' (disposable wooden chopsticks) transferrer in packer thereof - Google Patents

Abstract

PURPOSE:To make lots of a pair of 'WARIBASHI' (disposable wooden chocksticks) transferrable after being aligned by forming a 'waribashi' passage in space between two rollers interfering with each neighboring part at both ends of the paired chopsticks being slipped off the chute. CONSTITUTION:A lot of disposable wooden chopsticks are conveyed in a position each as being generally orthogonalized with the traveling direction, and dropped down along a chute 9 at the terminal of a conveyor 8. Upon this, each pair of these chopsticks dropping off this chute 9 under the deflection position is pushed and jumped up of its end by dint of both first and second rollers 85 and 86 when it arrives at a passing path S. These chopsticks pushed up are altered their positions, after being floated, and dropped down to this passing path S again. Accordingly, these chopsticks to be redropped are made into a horizontal position each, and when both the ends are adjoined to the passing path at the same time, they get into an interval between both these first and second rollers 85 and 86, passing through the passing path S. Repeating these operations, the chopsticks passes through the passing path S only at a time when they are made into the horizontal position. The chopsticks passed through the passing path S are mounted on a conveyor belt 17 in a desired position each in a parallelistic state.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a disposable chopsticks transfer device in a disposable chopsticks packaging device, that is, prior to loading the disposable chopsticks into a sheath bag.
The present invention relates to a device for transferring a large number of disposable chopsticks so that they can be aligned to one.

[0002]

2. Description of the Related Art Conventionally, disposable chopsticks have been made into a packaged disposable chopsticks by loading them into an elongated sheath bag made of paper or the like, and a predetermined number of the packaged disposable chopsticks are stored in a packaging bag made of a transparent film or the like and sold in this state. It is known to be offered.

[0003]

Conventionally, the work of loading disposable chopsticks in a sheath bag and the work of storing a predetermined number of packed disposable chopsticks in a packaging bag have both been performed manually by the operator. .

Therefore, the inventor of the present invention has begun the development in order to automate the above work and to automate it.

The disposable chopstick wrapping device of the present inventor is: 1) Prior to loading the disposable chopsticks into the sheath bag, a large number of disposable chopsticks are aligned so that the loading operation can be automated. A disposable chopsticks transfer device for transferring, 2) a loading device for automatically loading the transferred disposable chopsticks sequentially into the sheath bag, 3) a predetermined number of packaged disposable chopsticks loaded in the sheath bag into a packaging bag Prior to storing, a large number of packed disposable chopsticks are conveyed in a state of being overlapped with each other and arranged in parallel, and a predetermined number of the arranged disposable chopsticks are arranged on the table in the parallel state, 4) On the table A packaging device for accommodating a predetermined number of aligned bodies in a packaging bag is provided, and thus the purpose of automation can be achieved.

An object of the present invention is to provide the disposable chopsticks transfer device of the above 1).

[0007]

In order to solve the above-mentioned problems, the present invention is constructed such that a large number of disposable chopsticks are transported in a direction intersecting the longitudinal direction of the disposable chopsticks and fall from the end of the conveyor. A chute that guides the disposable chopsticks, and a control device that controls the posture of the disposable chopsticks that slides down the chute, wherein the control device includes at least two sets of interfering means that interfere with both ends of the disposable chopsticks that slide down the chute,
Each of the interfering means includes a first roller that protrudes from the sliding surface of the chute and is rotationally driven in the sliding direction of the disposable chopsticks, and a first roller that faces the first roller and is rotationally driven in the sliding direction of the disposable chopsticks. It is composed of two rollers and a split chopstick passage is formed between the first roller and the second roller.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A concrete example of a disposable chopsticks packaging device including a disposable chopsticks transporting device according to an embodiment of the present invention will be described in detail below with reference to the drawings.

(Disposable chopsticks wrapping method) FIG. 1 shows an outline of the disposable chopsticks wrapping method, and the disposable chopsticks 1 as shown in FIG.
As shown in FIG. 1 (B), one piece of the disposable chopsticks 1 is addressed to each sheath bag 2
And the packed disposable chopsticks 3 are obtained. The sheath bag 2 usually has an opening 4 formed by obliquely cutting one of the front and back sheets.

As shown in FIG. 1C, the packaged disposable chopsticks 3 are
The parallel body 5 is configured by overlapping a predetermined number of pieces with each other in parallel. Usually, the parallel body 5 is composed of 10 wrapped disposable chopsticks 3. Further, in the case of the illustrated example, the parallel bodies 5a and 5b are vertically stacked, and the parallel bodies 5a and 5b are housed in the packaging bag 6 in this superposed state.

(Embodiment of disposable chopsticks transfer device) Split chopsticks 1 and sheath bag 2
Prior to loading the disposable chopsticks 1, one disposable chopstick 1 is transferred by the disposable chopsticks transfer device 7 as shown in FIG.

The disposable chopsticks transfer device 7 conveys a large number of disposable chopsticks 1 in the width direction (direction intersecting the longitudinal direction of the disposable chopsticks), and a chute 9 for guiding the disposable chopsticks 1 falling from the end of the conveyor 8. The control device 10 controls the posture of the disposable chopsticks that slide down the chute 9.

As shown in FIG. 5, the conveyor 8 is provided with guide plates 81, 81 for guiding both ends of the disposable chopsticks 1, and endless chains 82, 82 arranged between the guide plates for carrying the disposable chopsticks 1 thereon. With.

As shown in FIG. 5, the chute 9 has a narrow portion 9 arranged between the endless chains 82, 82.
The plate body is provided with a wide portion 9b that is inclined from a and extends downward. A guide plate 83 is provided so as to face the chute 9, and the guide plate 83 is provided on the chute 9
An expanded portion 83a having a substantially V-shaped cross section between the upper part and the upper part of the
And a folded-back portion 83b which is curved from the expanded portion 83a in a folded shape to form a passage between the chute 9 and the lower portion.
With.

The control device 10 is, as shown in FIG.
At least two sets of interfering means 84, 84 for interfering with the vicinity of both ends of the disposable chopstick 1 that slides down the chute 9 are provided.

As shown in FIGS. 3 and 5, each interference means 8
4 is a window 9c from the sliding surface (wide portion 9b) of the chute 9
The first roller 85 protruding through the
A second roller 86 which is opposed to the first roller 85 and projects from the guide plate 83 through the window hole 83c, and a disposable chopstick passage S is formed between the first roller 85 and the second roller 86.

As shown in FIGS. 4 and 5, the first roller 8
The support shaft 85a of No. 5 and the support shaft 86a of the second roller 86 mesh gears 85b, 86b provided at the shaft ends with each other. Then, the gear 86b of the second roller 86 is
A drive wheel 17a of a belt conveyor 17 in a standby device 16 which will be described later is interlockingly connected via a pulley.
It is rotationally driven using 7a as a drive source. That is, as shown in FIGS. 3 and 4, the first roller 85 is
Therefore, the disposable chopsticks 1 falling along the chute 9 are rotationally driven in the direction opposite to the sliding direction. In addition, the second roller 8
6 is rotationally driven in the clockwise direction in the figure, and thus in the direction opposite to the sliding direction of the disposable chopstick 1.

As shown in FIGS. 3 and 4, the first roller 8
No. 5 is provided with notches 87 at equal intervals on the peripheral surface.
In the case of the illustrated example, cutouts 87 are provided at three locations, and arcuate portions 88 are arranged between the cutouts. Therefore, when the first roller 85 rotates, the circular arc portion 8 is intermittently passed through the window hole 9c of the chute 9.
Repeat 8 times.

The disposable chopsticks 1 destined for one piece, which have slid down the chute 9 and passed through the passage S, are arranged in parallel by a standby device 16. That is, the standby device 16 has a conveyor belt 17 which is inclined upward in the conveying direction, and a stopper table 18 is provided facing the end point of the conveyor belt 17.

(Operation of disposable chopsticks transfer device and standby device) A large number of disposable chopsticks 1 are transferred by the conveyor 8. And
The large number of disposable chopsticks 1 are conveyed in a posture in which they are substantially orthogonal to the traveling direction, and are dropped along the chute 9 at the end of the conveyor 8.

By the way, it is preferable that the disposable chopsticks 1 be dropped in a horizontal posture, but in reality, the split chopsticks 1 are converted to a slightly deviated posture from the horizontal posture at the start of dropping or while the chute 9 is sliding down, It is slid down in this deviated posture.

Then, when reaching the passage S, the disposable chopsticks 1 sliding down the chute 9 in the deflected posture are pushed up by the first roller 85 and the second roller 86, and jump. That is, under the deviated posture, one end of the disposable chopstick 1 is tilted downward from the other end, and the one end of the disposable chopstick 1 facing the passage S ahead of the other end, Then, it is pushed up by the first roller 85 and the second roller 86.

The disposable chopstick 1 whose one end has been pushed up is floated, then its posture is changed and dropped again into the passage S. Therefore, when the disposable chopsticks 1 that fall again are in a horizontal posture and both ends are exposed to the passage S at the same time, the disposable chopsticks 1 enter between the first roller 85 and the second roller 86 and pass through the passage S.
When the disposable chopstick 1 that falls again is still in the deviated posture, it is pushed up again by the first roller 85 and the second roller 86 and again faces the passage S again to repeat the above-mentioned operation to make the disposable chopstick 1 horizontal. It passes through the passage S only when it is in a posture.

Since the posture of the disposable chopsticks 1 that has passed through the passage S is controlled as described above, the disposable chopsticks 1 are placed on the conveyor belt 17 of the standby device 16 in a desired posture in a parallel state.

Therefore, the disposable chopsticks 1 sent to the standby device 16
Are controlled in posture so that their axes are orthogonal to the traveling direction, and one conveyor is delivered by the conveyor belt 17 in this posture, and they are made to stand by in a parallel and adjacent state on the stopper table 18. In this standby state, the succeeding disposable chopsticks 1 are sequentially sent by the conveyor belt 17,
Since the disposable chopsticks 1 in the standby state are controlled by the pop-out prevention plate 21, the chopsticks 1 do not pop up upward. That is, the lower surface of the disposable chopsticks 1 in the standby state is attached to the conveyor belt 1
7 progresses while slipping.

(Example of Loading Device) The disposable chopsticks 1 in the standby state are loaded into the sheath bag 2 by the loading device 23 shown in FIGS. 6 and 7.

This loading device 23 comprises a stack 24 of sheath bags 2.
A magazine 25 for accommodating the above, an opening device 26 for sending air into the sheath bag 2 located at the lowermost layer to open the opening 4 of the sheath bag 2, and an insertion for inserting the disposable chopsticks 1 into the sheath bag 2 which has been opened. It comprises a device 27 and a striker device 35 for separating the lowermost sheath bag 2 into which the disposable chopsticks 1 are inserted from the laminated body 24 and discharging it.

The magazine 25 includes a holding wall 28 for holding the sheath bag laminated body 24, a back wall 28a in the illustrated example, and L-shaped side walls 28b, 28 provided at both ends of the back wall 28a.
A bottom wall 29 having a holding wall 28 composed of c and supporting the bottom of the laminated body 24 in the vicinity of one side edge of the lowermost sheath bag 2.
And a discharge port 30 is provided facing the other side of the lowermost sheath bag 2. The side wall 28b facing the opening 4 of the sheath bag 2 has an insertion opening 31 for allowing the disposable chopsticks 1 to pass therethrough.

The opening device 26 is, in the illustrated example, an air nozzle 32 for ejecting air from an air compressor or the like.
The air is jetted out through the insertion opening 31 to the opening 4 of the sheath bag 2 located at the lowermost layer of the laminate 24.

The insertion device 27 constitutes an endless body 33 such as an endless chain or an endless belt provided along the disposable chopsticks 1 which is made to stand by on the stopper table 18 described above, and the endless body 33 is provided with the claw pieces 3.
4 is provided. That is, when the endless body 33 is rotated, the claw piece 34 is engaged with the end of the disposable chopstick 1 and the disposable chopstick 1 is rotated.
Are moved together and inserted into the sheath bag 2.

As shown in FIG. 7, the striker device 35 has a back wall 28 below the bottom wall 29 of the magazine 25.
It has a striker 35a penetrating a and capable of advancing and retreating, and has a drive device 36 such as a cylinder for advancing and retracting the striker 35a.

A drop control member 37 is installed facing the discharge port 30 of the magazine 25.
Is an upper wall 37a facing the upper portion of the discharge port 30 and the upper wall 3a.
7a and a control wall 37b bent at an acute angle,
The control wall 37b is inclined not in the vertical direction but so that its front end faces downward of the magazine 25.

(Operation of loading device) The magazine 25 has a sheath bag 2
When the stacked body 24 of FIG.
Only the portion laterally displaced by 9 is supported from below, but since it is held by the holding wall 28, the laminated body 24
It does not collapse and is preferably housed in the magazine 25.

The lowermost sheath bag 2 has its opening 4 opened by air from the opening device 26. That is, as shown in FIG. 7, since the sheath bag 2 is released on the tip side of the bottom wall 29, this portion is inflated by receiving air.

Then, with the claw piece 34 of the insertion device 27,
The disposable chopsticks 1 shown in FIG.
The book is delivered from the stopper table 18, passes through the insertion opening 31 and is inserted into the sheath bag 2. Thus, the packaged disposable chopsticks 3 in which the disposable chopsticks 1 are inserted in the sheath bag 2 are obtained.

The packaged disposable chopsticks 3 formed on the lowermost layer are the disposable chopsticks 1
Since the packaged chopsticks 3 are swollen downward by inserting the striker device 35, the striker device 35 is driven to strike the packaged chopsticks 3 with the striker 35a. Separate and discharge port 3
It is discharged from 0.

The discharge port 30 is hit by the striker 35a.
The packaged disposable chopsticks 3 that have popped out of the package are received by the fall control member 37 and fall along the control wall 37b in the inclined direction. A transport device 38 is provided below the control member 37, and the packaged chopsticks 3 dropped on the transport device 38 are held in an inclined posture.

(Embodiment of Aligning Device) As shown in FIG. 8, the aligning device 39 includes the above-mentioned transfer device 38, a table 40 installed near the end point of the transfer device 38, and the transfer device 38. Transfer device 4 for transferring a predetermined number of packaged disposable chopsticks 3 conveyed by the table 40 to the table 40 in an aligned state.
1 and 1.

The transfer device 38 has an endless transfer means 41 such as an endless chain or an endless belt, and a comb-shaped partition wall 42 is provided on the outer peripheral surface of the endless transfer means 41 at predetermined intervals in the transfer direction. They are lined up.
The partition wall 42 is provided so as to be inclined so as to match the extension line of the control wall 37b of the drop control member 37 described above. Therefore, as shown in FIG. 7, the packing disposable chopsticks 3 falling along the control wall 37b. Is held on the partition wall 42 in the same posture and is transported. Therefore, a large number of the packaged disposable chopsticks 3 on the carrying device 38 are overlapped with each other and arranged in parallel, and are carried in that state.

The table 40 has a predetermined number of wrapped disposable chopsticks, in the illustrated example, 10 arranged in parallel with each other.
It has a pair of side walls 43 for receiving the book-wrapped disposable chopsticks 3.

The transfer device 41 includes a chucking device 45 having a pair of holding bodies 44 for releasably holding the set number of the packaged chopsticks 3 in a set number of 10 in the illustrated example from both axial ends. An elevating device 46 for elevating the chucking device 45 and a reciprocating device 47 for reciprocating the chucking device 45 between an upper position of the carrying device 38 and an upper position of the table 40.

In the chucking device 45, as shown in FIG. 9, a pair of holding bodies 44, 44 are slidably connected by a guide rod 48, and both holding bodies 44, 4 are provided.
A cylinder means 49 is interposed between the four members, and the pair of holding bodies 44 is moved in the expansion / contraction direction by the cylinder means 49.

A hanging member 50 is connected to the guide rod 48, and the hanging member 50 is connected to a carriage 51 so as to be vertically movable. Further, a lifting cylinder 52 is provided between the carriage 51 and the chucking device 45. Lifting device 4
Connected by 6. In the case of the example shown in FIG.
The chucking device 45 is connected to a holding plate 53 that is vertically movable, and is indirectly connected to the chucking device 45 via the holding plate 53. That is, the pressing plate 53 is the guide body 54 provided on the guide rod 48.
The erecting rod 55 is slidably inserted in the holding rod 53. Therefore, when the holding plate 53 is raised by the elevating cylinder 52, the chucking device 45 rises following the holding plate 53.

On the other hand, when the elevating cylinder 52 is extended to lower the pressing plate 53, the chucking device 45 follows and descends, and the lower end of the chucking device 45 is brought into contact with the carrier device 38 or the table 40. After stopping, the holding plate 53 descends in this state to lightly press the parallel body 5 of the packaged chopsticks 3.

Chuck pawls 56 corresponding to the packaged disposable chopsticks 3 of the parallel body 5 are swingably arranged in a row through the shaft 57 on the pair of holding bodies 44, 44, respectively. The compression spring 58 elastically springs inward. An elastic lining 59 made of rubber or the like is provided on the inner surface of the chuck claw 56.

The reciprocating device 47 has rail rods 60, 61 extending over the upper position of the transfer device 38 and the upper position of the table 40, and a carriage 51 traveling on the rod.
A reciprocating drive device is provided therein.

(Operation of Aligning Device) When the packaged chopsticks 3 are held in parallel on the conveying device 38, the transfer device 41 is lifted by the elevating device 46, and the transfer device 41 is moved by the reciprocating device 47. It is moved onto the transport device 38.

Then, the transfer device 41 is moved by the elevating device 46.
Is lowered toward the transport device 38. At this time, the chucking device 45 is expanded by the cylinder means 49. When the pressing plate 53 is lowered by extending the lifting cylinder 52, the chucking device 45
Follows, and the chuck claws 56 are brought into contact with the conveying device 38 and stopped, and then the holding plate 53 descends to lightly press the parallel body 5 of the packaged chopsticks 3. After that, the cylinder means 4
9, the pair of sandwiching members 44, 44 advance so as to face each other,
Each packing disposable chopstick 3 of the parallel body 5 is clamped by the chuck claws 56 from both ends in the axial direction.

Therefore, with the parallel body 5 of the packaged disposable chopsticks 3 being sandwiched, the elevating device 46 and the reciprocating device 47 are simultaneously driven,
The transfer device 41 is moved in the direction of arrow X in FIG. Therefore,
The sandwiched packaged disposable chopsticks 3 are lifted up along the inclination direction of the partition wall 42 of the transport device 38.

Thereafter, the transfer device 41 is moved by the reciprocating device 47.
8 moves horizontally in the direction of arrow Y in FIG.
Lower in the direction. When the transfer device 41 is lowered between the side walls 43, 43 of the table 40 and the chuck claws 56 are brought into contact with the table 40, the chucking device 45 is released by the cylinder means 49, and the packing chopsticks 3 are arranged in parallel. 5 is placed on the table 40.

In the illustrated embodiment, the above work is repeated twice, and the two parallel bodies 5 are vertically stacked on the table 40.
Align a and 5b. When the transfer device 41 is lowered toward the table 40 for the second time, the chuck claw 56 is located above the table 40, and the upper parallel body 5a is stacked on the lower parallel body 5b. Then, the chucking device 45 is released by the cylinder means 49.

(Example of Wrapping Device) The upper and lower two-stage parallel bodies 5a and 5b aligned on the table 40 are packed in the wrapping bag 6 by the wrapping device as shown in FIGS.
Is stored in.

A guide dome 62 is provided on the table 40 in the vicinity of the axial ends of the parallel bodies 5a and 5b, and the guide dome 62 is provided with a pin 64 standing upright from the table 40.
Is loosely inserted into a tongue piece 63 provided on the outer side of the base end of the guide dome 62, and is freely movable upward. On the other hand, the guide dome 6
A gate-shaped member 65 standing upright from the table 40 is positioned above the tip end side of 2, and the tip of an adjusting screw 66 screwed to the gate-shaped member 65 so as to move back and forth is opposed to the upper surface of the guide dome 62. ing.

On the table 40 located on the side opposite to the guide dome 62, there is provided a slider 67 which faces the axial ends of the parallel bodies 5a and 5b.
7 is reciprocated on the table 40 by a driving means 68 such as a cylinder.

The table 40 is provided with advancing / retreating driving means 69 such as a cylinder, and the table 40 itself is also advanced / retracted in the same direction as the sliding direction of the slider 67.

A packaging work table 70 is arranged in the vicinity of the tip of the guide dome 62, and one packaging bag 6 is delivered to and held on the packaging work table 70.
The packaging bag 6 has a sealing piece 71 and an opening 7
2 is opened by an air nozzle or the like and stands by for packaging.

(Operation of Packing Device) As shown in FIGS. 11 and 12, with the parallel bodies 5a and 5b in parallel with the table 40, the table 40 is advanced by the advancing / retreating drive means 69, and the tip of the guide dome 62 is moved. Is exposed to the opening 72 of the packaging bag 6. Next, the slider 67 is moved forward by the driving means 68, and the parallel breaks 5 a and 5 b are inserted into the packaging bag 6. When the insertion work is completed, the slider 67 is moved back and the table 40 is retracted to return to the original state.

The packaging bag 6 containing the parallel bodies 5a and 5b is
After that, the sealing piece 71 is folded back by a known mechanism, and the sealing piece 71 is sealed by welding by heat sealing or adhesion with an adhesive tape, whereby the packaging as shown in FIG. 12 (B) and FIG. 1 (C). The body is obtained.

[0059]

According to the present invention, when automatically packing disposable chopsticks, a large number of disposable chopsticks are transferred to one while controlling them in a desired posture, and the disposable chopsticks addressed to each one are aligned under a predetermined posture. Since this is an automated operation, it is possible to automate the operation of loading the disposable chopsticks one by one into the sheath bag after that.

[Brief description of drawings]

FIG. 1 shows a disposable chopstick wrapping method, (A) is a plan view showing disposable chopsticks, (B) is a plan view showing disposable chopsticks in which a disposable chopstick is inserted in a sheath bag, and (C) shows an array of the disposable chopsticks up and down. It is a top view which shows the package body which was made to wrap in the packaging bag in the state aligned in step.

FIG. 2 is a vertical side view showing an embodiment of a disposable chopsticks transfer device and a standby device in the disposable chopsticks packaging device of the present invention.

FIG. 3 is a vertical cross-sectional side view showing an enlarged main part of an embodiment of the disposable chopsticks transfer device.

FIG. 4 is a side view showing an enlarged main part of the embodiment of the disposable chopsticks transfer device.

FIG. 5 is an enlarged plan view showing a main part of an embodiment of the disposable chopsticks transfer device.

FIG. 6 is a perspective view showing a specific example of a loading device in the disposable chopsticks packaging device of the present invention.

FIG. 7 is a vertical cross-sectional side view showing a specific example of a loading device and a carrying device in the disposable chopsticks packaging device of the present invention.

FIG. 8 is a side view showing a specific example of an alignment device in the disposable chopsticks packaging device of the present invention.

FIG. 9 is a vertical cross-sectional view showing the aligning device and showing a state where the transfer device is raised.

FIG. 10 is a vertical cross-sectional view showing the aligning device and showing a state in which the transfer device is lowered.

FIG. 11 is a vertical cross-sectional view showing the packaging device in the disposable chopsticks packaging device of the present invention, showing a state before the parallel body is inserted into the packaging bag.

FIG. 12 shows a packaging device in the disposable chopsticks packaging device of the present invention, (A) is a vertical cross-sectional view showing a state in which the parallel body is inserted into the packaging bag, and (B) is a vertical cross-sectional view showing a state in which the packaging bag is closed. It is a figure.

[Explanation of symbols]

 1 disposable chopsticks 2 sheath bag 3 packaging disposable chopsticks 5a aligned body 5b aligned body 6 packaging bag 7 disposable chopsticks transfer device 8 conveyor 9 chute 9a narrow portion 9b wide portion 9c window hole 10 attitude control device 16 standby device 23 loading device 38 transport device 39 alignment Device 41 Transfer device 82 Endless chain 83 Guide plate 83a Expanding part 83b Folding part 83c Window hole 84 Interfering means 85 First roller 85a Support shaft 85b Gear 86 Second roller 86a Support shaft 86b Gear 87 Notch part 88 Arc part S passage Road

Claims (1)

[Claims] 1. A conveyor for transferring a large number of disposable chopsticks in a direction intersecting the longitudinal direction of the disposable chopsticks, a chute for guiding the disposable chopsticks falling from the end of the conveyor, and a control for controlling the posture of the disposable chopsticks sliding down the chute. The control device comprises at least two sets of interfering means for interfering with the vicinity of both ends of the disposable chopsticks that slides down the chute, each of the interfering means protruding from the sliding surface of the chute and facing the sliding direction of the disposable chopsticks. Composed of a first roller driven to rotate and a second roller facing the first roller and driven to rotate in the sliding direction of the disposable chopsticks. The disposable chopstick passage is provided between the first roller and the second roller. A disposable chopsticks transfer device in a disposable chopsticks packaging device, which is characterized in that: