TWI652174B - Plate automatic laminating machine and automatic bonding method thereof - Google Patents

Abstract

The invention relates to a plate automatic laminating machine and an automatic laminating method thereof, which is to construct an L-shaped conveying path and provide a conveying plate body material piece; and a rubber coating part is respectively arranged at the front end conveying part and the rear end conveying part. In order to perform automatic gluing operation on the four sides of the plate body; then, an automatic drop wire frame device is disposed at the rear end of the front end rubber coating portion, and the wire frame body is disposed in the groove of the plate body; A rear side bent portion is respectively formed at a rear end of the drop wire frame device and a rear end of the rear end rubber coating portion; and a rear end portion of the front end side bent portion rear end portion and the rear end side bent portion is formed a nip portion; the plate body placed on the front end conveying portion is sequentially self-adhesive, automatic drop wire frame body, automatic side edge bending and automatic pressing, and the mass production is automated to produce a plurality of combinations. Storage panel.

Description

Plate automatic laminating machine and automatic bonding method thereof

The invention relates to a special machine, in particular to a plate body automatic laminating machine, which can automatically produce a technical scope of mass production of a multi-component combination plate body.

Press, the combination locker is a common and convenient furniture at home. It can provide books, magazines, ornaments, toys, and clothes. It can be combined with a comfortable and comfortable living space through personal preference and the size of the indoor space.

At present, the paper corrugated board is assembled into a storage cabinet, which has the following problems: (1) paper, corrugated paper is easy to pass through the pressure line, folding, inserting, buckle, sticking, assembly and fixing principle, is a conventional construction method, creative (2), paper, corrugated paper through the formation of crimping, folding, inserting, buckle, a small amount must be machine cutting, cutting time is long, a large number of times need to be developed by the knife die forming, processing time is long; (3 ), the strength is not enough, can only be used for short-term arrangement; (4), folding, plugging, buckle assembly, emphasizing light and easy to assemble and disassemble, but it is quite cumbersome to encounter on-site construction, lack of solidity, and become disassembled Discarded cardboard, which cannot be reused after disassembly.

Therefore, the assembly of the existing paper corrugated board into a storage cabinet can only be produced by manual assembly, and the cost is high, and there is a need to improve it.

Therefore, the inventors have invented a plate automatic laminating machine and an automatic bonding method thereof, and the main object of the present invention is to provide an automated production of a combined storage panel. A plate automatic laminating machine and an automatic bonding method thereof; the secondary object of the invention is to provide a plate automatic laminating machine capable of mass producing a combined storage plate body and an automatic bonding method thereof.

In order to achieve the above object, the present invention uses the following technical means: The invention relates to a plate automatic laminating machine and an automatic bonding method thereof, which comprise the following steps: an L-shaped conveying device construction step, which is to construct a front end conveying portion and a rear end conveying portion to form a The L-shaped conveying path provides a conveying plate body member; and an automatic gluing device is constructed, wherein a front end coating portion and a rear end coating portion are respectively disposed at the front end conveying portion and the rear end conveying portion, so as to be opposite to the plate Automatic rubber coating operation around the body; an automatic drop wire frame device construction step is to install an automatic drop wire frame device at the rear end of the front end rubber coating portion of the front end conveying portion, and provide a wire frame device The body is formed in the groove of the plate body; and an automatic side edge bending device is constructed by constructing a front end side bend at the rear end of the automatic drop wire frame device and the rear end of the rear end rubber coating portion a folding portion and a rear end side bending portion; a pressing device construction step of constructing a front end nip portion at a rear end of the front end side bending portion rear end portion and the rear end side side bending portion a rear end nip; by the above steps, placed on the front end conveying portion The body automatically performs the first gluing, automatic drop line frame, automatic first side bending and automatic first press, and the plate is turned by the rear conveying part and automatically Secondary gluing, automatic second side bend and automatic second press.

The invention relates to a plate automatic laminating machine, which comprises: a machine platform, which is provided with a front end conveying portion and a rear end conveying portion, and the front end conveying portion and the rear end conveying portion constitute an L-shaped conveying path, and provides The conveying plate body member; an automatic gluing device, wherein a front end coating portion and a rear end coating portion are respectively disposed at the front end conveying portion and the rear end conveying portion, so as to automatically apply the glue coating operation to the four sides of the plate body. An automatic drop wire frame device is provided with an automatic drop wire frame device at the rear end of the front end coating portion of the front end conveying portion, and provides a wire frame body in the groove of the plate body; an automatic side Bending a front end side bent portion and a rear end side bent portion respectively formed at a rear end of the automatic drop wire frame device and a rear end of the rear end rubber coating portion; and a pressing device a front end nip portion and a rear end nip portion are formed at a rear end of the front end side bent portion rear end portion and the rear end side side bent portion; and the front end conveying portion is placed by the above steps The upper plate body is automatically spliced for the first time, the automatic drop wire frame body, the automatic first side edge bending and the automatic first press fit, and the plate body is turned and then sequentially passed through the rear end conveying portion. Do the automatic second gluing, automatic second side bending and automatic second pressing.

The front end of the front end conveying portion is provided with a plate discharge table.

The conveying directions of the front end conveying portion and the rear end conveying portion are perpendicular to each other.

The moving direction of the automatic drop wire frame device is perpendicular to the front end conveying portion.

The automatic drop wire frame device further includes a wire frame discharge seat and a traverse mechanical claw, and the wire frame discharge seat is connected to one side of the front end conveying portion, and the traverse mechanical claw Then, it is installed above the wire frame discharge seat.

The front end nip portion and the rear end nip portion further include an upper rolling belt body and an adjusting device, wherein the upper rolling belt system is respectively disposed at a position directly above the tail end of the front end conveying portion and the rear end conveying portion, and The adjusting device is disposed on a side of the upper rolling belt body.

A total nip may be additionally disposed between the rear end side bent portion and the rear end nip portion.

The present invention can achieve the following effects by the above technical means:

1. The invention relates to a multi-component composite plate body, wherein the combination of the plate body and the wire frame body, that is, the coating glue, the drop wire frame body, the bending and the pressing, can be automatically completed in the automatic laminating machine of the invention. .

2. The invention is consistently automated, suitable for mass production, and uses less manpower, which can reduce many manufacturing costs and enhance the competitiveness of its products.

A‧‧‧Board automatic laminating machine

1‧‧‧ machine

10‧‧‧Sheet discharge table

11‧‧‧ Front end conveyor

12‧‧‧The rear end conveyor

2‧‧‧Automatic glue applicator

21‧‧‧ front rubber coating

22‧‧‧End rubber coating

23‧‧‧Roller

24‧‧‧ plastic tank

3‧‧‧Automatic drop wire frame device

31‧‧‧Wire frame discharge seat

32‧‧‧ traverse mechanical claws

4‧‧‧Automatic side bending device

41‧‧‧ front side bends

42‧‧‧ Rear end side bends

5‧‧‧ Pressing device

51‧‧‧ front end nip

52‧‧‧Back end nip

53‧‧‧Upper rolling body

54‧‧‧Adjustment device

55‧‧‧Total nip

6‧‧‧Multiple combination storage panel

61‧‧‧ board

611‧‧‧ Groove

62‧‧‧ wire frame

B‧‧‧Automatic lamination method for plate automatic laminating machine

(a), (b), (c), (d), (e) ‧ ‧ steps

Figure 1 is a perspective view of the automatic laminating machine of the present invention.

Fig. 2 is another perspective view of the automatic laminating machine for the board of the present invention.

Figure 3 is a partial enlarged view of Figure 1.

Figure 4 is a partial enlarged view of Figure 2.

Fig. 5 is a plan view of the plate automatic laminating machine of the present invention.

Figure 6 is another side view of the plate automatic laminating machine of the present invention.

Figure 7 is another side view of the plate automatic laminating machine of the present invention.

Figure 8 is an exploded view of the combined storage panel of the present invention.

Figure 9 is a combined appearance view of the combined storage panel of the present invention.

Fig. 10 is a flow chart showing the steps of the automatic bonding method of the plate automatic laminating machine of the present invention.

First, referring to FIG. 1 to FIG. 5, the present invention relates to a plate automatic laminating machine A, which provides a specialized automated manufacturing of a multi-component combination plate body 6, and the plate automatic laminating machine A can be used in general. Supporting frames, conveyor belts, motors, chains, gears, screws, rollers, linear slides, bearings and other mechanical components, as well as associated automatic pneumatic components such as pneumatic cylinders, pneumatic lines, solenoid valves, sensors, automatic The controller (such as a PLC controller) can assemble the automatic laminating machine A of the present invention, and the automatic laminating machine A of the board includes: A machine 1 is provided with a front end conveying portion 11 and a rear end conveying portion 12, and the conveying directions of the front end conveying portion 11 and the rear end conveying portion 12 are perpendicular to each other to form an L-shaped conveying path for conveying the plate body. a material member, and a plate body discharge table 10 is disposed at a front end of the front end conveying portion 11 to provide a material for placing the plate body 61; further, the machine table 1 can be composed of a general frame body, a conveyor belt, a motor, and the like. as well as The machine 1 of the present invention can be assembled in conjunction with related automatic pneumatic components such as a pneumatic cylinder, a pneumatic line, a solenoid valve, a sensor, an automatic controller (PLC controller), etc.; The path is transported outside the plate body 61, and can be positioned and stopped in each glued, dropped wire frame, side bent, pressed cooperative station, and automatically sent to the next process after the completion of one station operation. .

An automatic glue application device 2 is provided with a front end rubber coating portion 21 and a rear end rubber coating portion 22 at the front end conveying portion 11 and the rear end conveying portion 12, so as to fold the four surrounding portions of the plate body 61. The automatic gluing operation is performed. Further, the automatic gluing device 2 is driven by a motor by two pairs of rollers 23, and after a glue is immersed in a glue tank 24, a pair of the plate body 61 is preliminarily attached to the front end conveying portion 11. The glue is applied to the side, and then the other side of the plate body 61 is coated with glue at the rear end conveying portion 12.

An automatic drop wire frame device 3 is provided with an automatic drop wire frame device 3 at the rear end of the front end coating portion 21 provided at the front end conveying portion 11, and the automatic drop wire frame device 3 further includes a a wire frame discharge seat 31 and a traverse mechanical claw 32, wherein the wire frame discharge seat 31 provides a placement wire frame 62, and the wire frame discharge seat 31 has a side connected to the front end conveying portion 11 The traverse mechanical claw 32 is disposed above the wire frame discharge seat 31, and the traverse mechanical claw 32 grasps the wire frame body 62 placed on the wire frame discharge seat 31. The wire frame body 62 is placed in the groove 611 of the plate body 61.

An automatic side edge bending device 4 is formed with a front end side bending portion 41 and a rear end side bending portion respectively at the rear end of the automatic drop wire frame device 3 and the rear end of the rear end rubber coating portion 22. The front end side bent portion 41 or the rear end side bent portion 42 is connected to a rod body by a pneumatic cylinder, and is fixed to the front end conveying portion 11 and the rear end conveying portion 12 On both sides, the pair of side edges of the plate body 61 are bent in advance at the front end conveying portion 11 to cover and adhere the two sides of the wire frame body 62, and then the rear end conveying portion 12 is again The other pair of sides of the plate body 61 are bent to cover and adhere to the remaining two sides of the wire frame body 62. and a press-fit device 5 is formed with a front end nip 51 and a rear end nip 52 at the rear end of the front end side bent portion 41 and the rear end side bent portion 42; further, the The front end nip portion 51 and the rear end nip portion 52 further include an upper rolling strip body 53 and an adjusting device 54 , and the adjusting device 54 is disposed on a side of the upper rolling strip body 53 , and the upper rolling belt The body 53 is respectively disposed at the end of the front end conveying portion 11 and the rear end conveying portion 12, and the adjusting device 54 can provide a distance for vertically moving the upper rolling belt body 53 to adjust the upper rolling belt body 53 and The pressing gaps of the front end conveying portion 11 and the rear end conveying portion 12 further provide the pressing plate body 61 to be coated and adhered to the four sides of the wire frame body 62. In particular, a total nip 55 may be additionally disposed between the rear end side bent portion 42 and the rear end nip portion 52, and the plate body 61 combined with the wire frame body 62 may be further subjected to a total pressure. Hehe.

Each of the above-mentioned components constitutes a plate automatic laminating machine A of the present invention, a plurality of plate bodies 61 are stacked in advance on the plate body discharge table 10, and a plurality of the wire frame body discharge seats 31 are stacked and placed. The wire frame body 62, the front end conveying portion 11 will automatically perform the first time of the glue, the automatic drop wire frame 62, the automatic first side edge bending and the automatic first pressure. After the combination, the plate body 61 is turned by the rear end conveying portion 12 and sequentially performs automatic second gluing, automatic second side bending and automatic second pressing, so that the multi-component combination can be completed. Board 6.

According to the above-mentioned technical means, the automatic bonding method B of the automatic laminating machine of the present invention can be summarized, which comprises the following steps: an L-shaped conveying device construction step (a), which is constructed a front end conveying portion and a rear end conveying portion to form an L-shaped conveying path for providing a conveying plate body member; and an automatic gluing device construction step (b), respectively for the front end conveying portion and the rear end conveying portion a front rubberizing portion and a rear rubber coating portion are arranged to perform automatic rubber coating operation on the four sides of the plate body; an automatic drop wire frame device construction step (c) is provided at the front end of the front end conveying portion The rear end of the rubberizing part is provided with an automatic drop wire frame device, and the wire frame body is arranged in the groove of the plate body; an automatic side edge bending device is installed a step (d) of constructing a front end side bent portion and a rear end side bent portion at a rear end of the automatic drop wire frame device and a rear end of the rear end rubber coating portion; a press-fit device construction step (e), wherein a front end nip portion and a rear end nip portion are formed at a rear end of the front end side bent portion rear end and the rear end side bent portion; In the above steps, the plate body placed on the front end conveying portion is automatically firstly glued, automatically dropped to the wire frame body, automatically bent for the first time, and automatically pressed for the first time, and The plate body is turned by the rear end conveying portion and sequentially performs automatic second gluing, automatic second side bending and automatic second pressing.

In summary, the present invention relates to a "plate body automatic laminating machine and an automatic bonding method thereof", which provides a stencil-shaped double-walled wire frame sheet body, which is provided with a single and a separate iron wire + package. Cardboard is a multi-slot multi-slot and multi-spec single and multi-separated iron wire frame for composite material frame, and a new process product for environmentally-friendly water-based adhesive construction with multi-standard cardboard coating and lamination automation, which promotes processing automation and shortens working hours. And can reduce the present; and the sturdy shape of the iron wire paper frame plate body has been sturdy, and then with a variety of joints, the design of creative products, the overall more sturdy; and its structure or method has not been seen in Books or public use, in line with the requirements of the patent application, please ask the Bureau to identify the patent, as soon as possible to grant the patent, to the pray; need to be clear, the above is the specific embodiment of the patent application and the technical principles applied, In the event of a change in the concept of this patent application, the functional role of the patent application shall not exceed the spirit of the specification and the drawings, and shall be incorporated in the scope of this patent application.

Claims (8)

The automatic lamination method of the plate automatic laminating machine comprises the following steps: an L-shaped conveying device construction step, which is to construct a front end conveying portion and a rear end conveying portion to form an L-shaped conveying path Providing a conveying plate body member; an automatic gluing device construction step, wherein a front end coating portion and a rear end coating portion are respectively disposed at the front end conveying portion and the rear end conveying portion, so as to surround the plate body Performing automatic rubber coating operation; an automatic drop wire frame device construction step is to install an automatic drop wire frame device at the rear end of the front end rubber coating portion of the front end conveying portion, and provide a wire frame body to the plate body In the groove, an automatic side edge bending device is constructed by constructing a front end side bend portion and a rear end at the rear end of the automatic drop wire frame device and the rear end of the rear end rubber coating portion a side edge bending portion; and a pressing device construction step of constructing a front end nip portion and a rear end pressure at a rear end of the front end side edge bending portion rear end and the rear end side edge bending portion By the above steps, the board placed on the front end conveying portion is sequentially The first time of gluing, automatic drop wire frame, automatic first side bend and automatic first press, and the plate is turned by the rear conveying part and automatically squeed for the second time. Automatic second side bend and automatic second press. An automatic laminating machine for a plate body, which is characterized in that: the automatic lamination method of the automatic laminating machine of claim 1 includes: a machine having a front end conveying portion and a rear end conveying portion, and The front end conveying portion and the rear end conveying portion constitute an L-shaped conveying path for providing a conveying plate body member; an automatic gluing device is provided with a front end coating portion and a rear end respectively at the front end conveying portion and the rear end conveying portion Gluing part for automatic coating of the four sides of the board; An automatic drop wire frame device is provided with an automatic drop wire frame device at the rear end of the front end coating portion of the front end conveying portion, and provides a wire frame body in the groove of the plate body; an automatic side edge The bending device is configured to respectively establish a front end side bending portion and a rear end side bending portion at a rear end of the automatic drop wire frame device and a rear end of the rear end rubber coating portion; and a pressing device a front end nip and a rear end nip are formed at the rear end of the front end side bent portion and the rear end side bent portion; by being placed on the front end conveying portion The plate body automatically performs the first glue application, the automatic drop wire frame body, the automatic first side edge bending and the automatic first press fit, and the plate body is turned by the rear end conveying portion and automatically performed in sequence. Second gluing, automatic second side bend and automatic second press. The plate body automatic laminating machine according to claim 2, wherein the front end of the front end conveying portion is provided with a plate body discharging table. The plate body automatic laminating machine according to claim 2, wherein the conveying directions of the front end conveying portion and the rear end conveying portion are perpendicular to each other. The plate body automatic laminating machine according to claim 2, wherein the moving direction of the automatic drop wire frame device is perpendicular to the front end conveying portion. The automatic laminating machine of claim 2, wherein the automatic drop wire frame device further comprises a wire frame discharge seat and a traverse mechanical claw, and the wire frame discharge seat is connected to the front end One side of the conveying portion, and the traverse mechanical claw is erected above the wire frame discharge seat. The plate body automatic laminating machine according to claim 2, wherein the front end nip portion and the rear end nip portion further comprise an upper rolling belt body and an adjusting device, wherein the upper rolling belt system is respectively mounted on the front end conveying machine The adjusting portion is disposed directly above the tail end of the rear end conveying portion, and the adjusting device is disposed at a side of the upper rolling belt body. The plate body automatic laminating machine according to claim 2, wherein a total nip portion is further disposed between the rear end side bent portion and the rear end nip portion.