TWI423916B - Tissue paper packing mechanism - Google Patents

Description

Tissue dispensing mechanism

The present invention relates to a dispensing mechanism, and more particularly to a facial tissue dispensing mechanism for dispensing facial tissues into a stack for a predetermined number of sheets.

Face paper is a very thin paper that is designed to wipe your face and wipe your hands. Its appearance is usually square, overlapping each other and packed in a carton with a mouth on it for easy extraction of a single sheet at a time.

Referring to Fig. 1, the current process for dispensing facial tissue is generally to cut the entire bundle of facial tissues into a predetermined length, and then match the facial tissue overlapping device shown in Fig. 1 so that the cut facial tissues overlap each other. The ground is conveyed along the production line and marked during the overlap transfer, and then the package is packaged by human force.

However, the labor distribution is not only a waste of human resources, cost, but also in the process of packaging, it is easy to cause the original overlapping paper to be scattered, contaminated with dirt or hair, etc., resulting in poor sales of facial tissue.

Under the constant demand for production efficiency, the industry continues to develop a device that can automatically dispense facial tissues to save labor costs and greatly increase production capacity. It can also make the packaged facial paper neatly and cleanly packaged.

Accordingly, it is an object of the present invention to provide a facial tissue dispensing mechanism that saves labor costs and allows the facial tissue to be dispensed neatly and cleanly.

Thus, the facial tissue dispensing mechanism of the present invention is coupled to an overlapping device for overlapping a plurality of facial tissues with each other to form a paper stack, the facial tissue dispensing mechanism comprising a transfer device, a staple device, and a receiving device.

The conveying device comprises a feeding portion, a separating end opposite to the feeding portion, and a conveying platform connecting the feeding portion and the separating end, the feeding portion is connected with the overlapping device for the face paper group to enter The transfer platform transports the tissue group to the separation end.

The pinning device is disposed adjacent to the conveying device and controllably inserts a plurality of pins into the tissue group to define a stack of pins adjacent to the separating end in the direction of the separating end Wrapped tissue unit.

The receiving device circulates between the clamping position and a paper feeding position relative to the conveying device. When in the clamping position, the row of pins closest to the separating end is separated from the paper sheet and separated. The paper unit closest to the separating end moves from the clamping position to the paper feeding position, and the paper unit is moved to the separating end and the paper tissue group that separates the paper unit is not scattered. The grounding is driven by the conveying platform, and when the paper feeding position is taken, the paper unit that is clamped is sent out from the separating end.

The utility model has the advantages that the facial tissue group is divided into a plurality of facial tissue units for packaging by the nail insertion device, and then the receiving device sequentially separates each facial tissue unit from the facial tissue group from the separation end. When it is sent out, its packaging process is not only completely automatic, but also saves labor costs and greatly increases production capacity. It also eliminates the situation that the facial paper is not sold well due to artificial packaging.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments.

Referring to Figures 2 and 3, a preferred embodiment of the facial tissue dispensing mechanism of the present invention is coupled to an overlapping device 1 for overlapping a plurality of facial tissues with each other to form a paper set 100, the facial tissue dispensing mechanism comprising a transfer device 2. A staple device 3, a receiving device 4, a pin transfer device 5, and a turning device 6.

Referring to FIG. 3, the conveying device 2 sequentially includes a feeding portion 21 in the conveying direction, a separating end 22 opposite to the feeding portion 21, a side opposite to the separating end 22 and further away from the separating end 22 than the inlet portion 22. a discharge portion 23 (not shown) of the material portion 21, and a feeding portion 21, the separation end 22, and a conveying platform 24 of the discharging portion 23, the feeding portion 21 and the overlapping portion The device 1 is connected for the entry of the tissue group 100, and the transport platform 24 transports the tissue group 100 to the separation end 22. In this example, the transfer platform 24 is a stainless steel platform, and the facial tissue set 100 is utilized. The pushing force of the paper exiting device 1 and the gravity of the tissue itself move toward the separating end 22.

Referring to FIG. 3 and FIG. 4, the nail insertion device 3 is disposed adjacent to the feeding portion 21 of the conveying device 2, and includes a nail holder 31 for receiving the nail 300, and a pin holder 31 is accommodated therein. The pin 300 in the seat 31 is pushed away from the pin holder 31 and inserted into the pin pushing member 32 of the tissue group 100. The pin pushing member 32 can be controlled to be pushed away from the pin holder 31. The staples 300 are inserted into the tissue group 100, and a plurality of adjacent rows of staples 300 along the direction of the separation portion 22 are defined to define a stack of tissue units 200 for packaging, such as Figure 4 shows.

Preferably, the pin holder 31 has a pin holder portion 311, and a pin holder portion 312 that respectively connects the pin holder portion 311 and the pin pushing member 32, so that the pins 300 pass through the insertion. After the nail clamping portion 311 is sequentially inserted into the nail housing portion 312, the staple pushing member 32 is sequentially pushed away from the plunger 300 in the nail housing portion 312 for a set time to separate the dispensing staples. The paper unit 200 of the plurality of sheets of paper, in this example, the pusher pusher 32 is a pusher staple 300 that is pneumatically operated.

The receiving device 4 is circulated with respect to the conveying device 2 between a clamping position and a paper feeding position, and includes a clamping assembly 41 and a pushing assembly 42 having a movable device A clamping seat 411 that moves between the feeding portion 21 and the separating end 22 of the second portion is pivotally mounted on the clamping seat 411 and can be controllably clamped to define one of the columns of the paper feeding unit 200 for packaging. a staple holder 412 of 300, and a plurality of paper unit clamps 413 connected to the holder 411 and controllably sandwiching the tissue, preferably, the holder 411 is servo The motor drive mode is actuated, and any of the pin holders 412 are mechanical claws, and the paper unit clamps 413 are pneumatically operated to loosen or clamp the tissue unit 200 up and down.

The pushing component 42 has a pushing seat 421 movable between the feeding portion 21 and the separating end 22 of the conveying device 2, and a plurality of the supporting surface papers which are connected to the pushing seat 421 and controllably The face paper group pushing member 422 is preferably actuated by a servo motor driving method, and the paper towel group pushing member 422 is pneumatically operated to loosen or clamp the surface up and down. Paper set 100.

Referring to FIG. 5 and FIG. 6, when the receiving device 4 is in the clamping position, the paper unit clamping member 413 is pushed against the tissue group 100, and is clamped with the pin holders 412 at the same time. a row of pins 300 adjacent to the separation end 22 to clamp the paper unit 200 closest to the separation end 22, and the paper stack pushing member 422 releases the paper unit 200 to make the paper unit 200 is detached from the tissue group 100.

Referring to FIG. 6 and FIG. 7, when the receiving device 4 is moved from the clamping position to the paper feeding position, the clamping unit 41 clamps the paper unit 200 to the paper feeding position, and the pushing component folder 422 pushes the facial tissue of the facial tissue set 100 closest to the separation end 22 after the separation of the facial tissue unit 200 so that the facial tissue set 100 does not scatter, and the pushing component 42 transmits the facial tissue set corresponding to the delivery platform 24. The transfer speed of 100 pushes the tissue group 100 to move toward the separation end 22.

When the clamping unit 41 is in the paper feeding position, the clamping unit 41 controls the paper unit clamping member 413 and the staple holder 412 to release the paper unit 200 which is clamped. The separation end 22 is conveyed to the discharge portion 23 via the transfer platform 24.

Referring to FIG. 8, the pin transfer device 5 includes a pin receiving member 51 for inserting and receiving the stud 300 held by the pin holder 412, and a pin receiving member 51. The staples 300 are sequentially delivered to the pin tube members 52 in the staple holder 31.

Before the receiving device 4 moves the clamping position from the paper feeding position, the clamping assembly 41 controls the pin holders 412 to insert the held column pins 300 into the pin receiving member 51, Then, the pin holder 31 of the pinning device 3 is transferred back through the pin tube member 52. In this example, the pin holders 412 dissipate the pinned staples 300 into the pin. After the member 51, the row of pins 300 is returned to the pin holder 31 of the pinning device 3 by pneumatic operation, and the pin holder 311 is sequentially pushed away from the pin holder by the pin pushing member 32. 31 is inserted into the tissue group 100.

Referring to Figure 7, the inverting device 6 is mounted adjacent to the discharge portion 23 of the conveyor 2 and includes a connection to the discharge portion 23 for carrying any of the tissue units 200 conveyed by the transfer platform 24 and is controllably a reversed carrying carrier 61, a flipping member 62 coupled to the inverting carrier 61 and controllably clamping the paper unit 200 on the inverting carrier 61, and a flip holder The flipper member 63 for pushing the tissue unit 200 on the inverting carrier 61 away from the inverting carrier 61 is provided.

Referring to Figures 9 and 10, any paper unit 200 from which the separating end 22 of the conveyor 2 is fed is conveyed to the inverting carrier 61 via the conveying platform 24, firstly formed by the inverting clamp 62. Thereafter, the flipping pusher 63 pushes the sheet feeding unit 200 loaded on the inverting carrier 61 to a conveying line 400 for performing a subsequent process.

In summary, the facial tissue dispensing mechanism of the present invention transports the facial tissue set 100 from the overlapping device 1 by the transport device 2, and inserts a plurality of staples 300 into the facial tissue set 100 via the stapler device 3. To define a stack of tissue units 200 for packaging, and then through the receiving device 4 to circulate between the clamping position and the paper feeding position relative to the conveying device 2, sequentially along the feeding portion 21 The paper unit 200 closest to the separation end 22 in the direction of the separation end 22 is separated from the tissue group 100 and sent out to the separation end 22, and the staples 300 clamped by the staple holders 412 are passed through the staples 300. The staple transfer device 5 is transported to the staple holder 31 to separate the tissue unit 200, and then transferred to the inverted carrier 61 of the inverting device 6 via the transfer platform 24, and then flipped and then pushed away after being clamped. Each of the paper unit 200 is carried onto the delivery line 400.

In the process of dispensing, the paper is completely automatically dispensed to save labor loss and greatly increase the production efficiency, and at the same time, it is possible to avoid the poor sales of the facial tissue due to human operation, so the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

100. . . Paper group

200. . . Tissue unit

300. . . Stud

400. . . Conveying line

1. . . Overlap device

2. . . Conveyor

twenty one. . . Feeding department

twenty two. . . Separation end

twenty three. . . Discharge department

twenty four. . . Transfer platform

3. . . Stud device

31. . . Pin holder

311. . . Pin clamp

312. . . Stud seat

32. . . Stud pusher

4. . . Receiving device

41. . . Clamping component

411. . . Clamping seat

412. . . Stud holder

413. . . Paper unit clamp

42. . . Push component

421. . . Push the seat

422. . . Face paper pusher

5. . . Pin conveyor

51. . . Insert holder

52. . . Pin fitting

6. . . Turnover device

61. . . Flip carrier

62. . . Flip clip

63. . . Flip pusher

Figure 1 is a side elevational view of the prior art face paper overlapping device;

Figure 2 is a perspective top view showing a preferred embodiment of the facial tissue dispensing mechanism of the present invention;

Figure 3 is a side elevational view of the preferred embodiment of Figure 2;

Figure 4 is a perspective top view showing a stack of tissue units for packaging as defined by a staple device of the preferred embodiment;

Figure 5 is a side elevational view showing the operation of a receiving device of the preferred embodiment between a clamping position and a paper feeding position;

Figure 6 is a side view, which assists in the operation of Figure 5;

Figure 7 is a side view, which assists in explaining the operation of Figure 5 and illustrates the operation when a flipping device is coupled;

Figure 8 is a side view, which assists in the operation of Figure 5;

Figure 9 is a side elevational view of the operation of Figure 7; and

Figure 10 is a side elevational view of the operation of Figure 7.

100. . . Paper group

200. . . Tissue unit

300. . . Stud

1. . . Overlap device

2. . . Conveyor

twenty one. . . Feeding department

twenty two. . . Separation end

twenty three. . . Discharge department

twenty four. . . Transfer platform

3. . . Stud device

31. . . Pin holder

311. . . Pin clamp

312. . . Stud seat

32. . . Stud pusher

4. . . Receiving device

41. . . Clamping component

411. . . Clamping seat

412. . . Stud holder

413. . . Paper unit clamp

42. . . Push component

421. . . Push the seat

422. . . Face paper pusher

5. . . Pin conveyor

51. . . Insert holder

52. . . Pin fitting

Claims (9)

A facial tissue dispensing mechanism is connected to an overlapping device for overlapping a plurality of facial tissues with each other to form a paper group. The facial tissue dispensing mechanism comprises: a conveying device comprising a feeding portion and a opposite to the feeding portion a separating end, and a conveying platform connecting the feeding portion and the separating end, the feeding portion is connected to the overlapping device for entering the facial tissue group, and the conveying platform conveys the tissue group to move to the separating end; a pinning device, disposed adjacent to the conveying device and controllably inserting a plurality of pins into the tissue group, so as to define a stack of pins adjacent to the separating end in the direction of the separating end a wrapped tissue unit; and a receiving device for circulating between the clamping position and a paper feeding position relative to the conveying device, and when in the clamping position, clamping the row of pins closest to the separating end The tissue group and separating the paper unit closest to the separation end, when moving from the clamping position to the paper feeding position, clamping the paper unit to the separating end and pushing and separating the paper The tissue group of the unit is driven by the transport platform without being scattered When in the paper feeding position, the formed tissue unit is fed from the separating end; the conveying device further includes a separating end and is further away from the feeding portion than the separating end, and through the conveying platform a discharging portion connected to the separating end, the conveying platform conveying paper unit moving from the separating end to the discharging portion; the facial paper dispensing mechanism further comprising a turning device, adjacent to the discharging portion of the conveying device A paper unit that is mounted and controllably flipped over any of the paper units. The facial tissue dispensing mechanism according to claim 1, wherein the nail insertion device comprises a plunger holder for receiving the plunger, and a push pin for accommodating the plunger The staple holder is inserted into the staple pusher of the tissue group. The facial tissue dispensing mechanism of claim 2, wherein the receiving device comprises a clamping assembly movable between the feeding portion and the separating end of the conveying device and controllably clamping the plunger And a pushing component that can be moved between the feeding portion and the separating end of the conveying device and that can control the tissue. The facial tissue dispensing mechanism according to claim 3, wherein the clamping assembly of the receiving device has a clamping seat movable between the feeding portion and the separating end of the conveying device, and most of the pivoting a pin holder on the holder and controllably holding the pin to separate the pin from the face paper set, and a plurality of pinch holders connected to the holder and controllably Paper unit grip. The facial tissue dispensing mechanism of claim 4, wherein the pushing component of the receiving device has a pushing seat movable between the feeding portion and the separating end of the conveying device, and a plurality of pivoting portions The tissue group pusher for gripping the facial tissue can be controlled on the pusher seat. The facial tissue dispensing mechanism of claim 5, further comprising: connecting the staple holder and the staple holder, and transferring the staple held by the staple holder to the insertion A staple transfer device for a nail base. The facial tissue dispensing mechanism of claim 6, wherein the staple transfer device comprises a staple insert for holding the staple holder The insertion hole receiving member and the insertion pin in the insertion hole receiving member are sequentially sent to the insertion pin member in the insertion pin holder. The facial tissue dispensing mechanism according to claim 7, wherein the conveying platform conveys any of the tissue units loosened by the holding unit of the receiving device from the separating end to the discharging portion. The facial tissue dispensing mechanism of claim 8, wherein the inverting device comprises an inverting load coupled to the discharge portion to carry any of the facial tissue units conveyed by the delivery platform and controllably inverted a flipping member attached to the inverting carrier and controllably clamping the tissue unit on the inverting carrier, and a flipping member disposed on the inverting carrier for pushing the inverting carrier The tissue unit leaves the flipper of the flip carrier.