KR200225895Y1 - Laminator Combined use Bookbainding device - Google Patents

Abstract

This paper relates to a coating machine and a binding machine that enables the perforation, cutting and coating of documents to be performed on a single device.

In this proposal, in installing the punching machine, the cutting machine, and the coating machine in one expectation, the bearing parts of the coating machine, the drilling machine, and the cutting machine are separately configured, and the rotary gears of the drilling machine, the cutting machine, and the coating machine are interlocked, and the punching machine is installed on the rotating shaft. The rollers are operated up and down by a roller, and the shredder is installed with a cover for preventing phage scattering on the outside, and the coating machine is rotated only when a suitable temperature is reached for the heater in the roller to be coated.

This product can be punched, sewn and coated as a single device and can work in a clean environment.

Description

Coating Machine Binding Machine {Laminator Combined use Bookbainding device}

This paper relates to a coating machine and a binding machine for punching, cutting and coating documents.

In general, the process of binding a document involves binding to a document, coating a cover or important document (aka laminate), or destroying an important document.

Conventionally, it is necessary to provide a perforator for binding documents, and a shredder for destroying documents, and a separate coating machine is required for coating documents. In order to install all these devices, there were many problems such as the need for a large work space.

However, the main reason why these devices fail to install on one expectation is the operating characteristics of each of these devices. In other words, the perforator is cut vertically operated, the shredder is rotated and at the same time there is a defect that the gripping is scattered, the coating machine is maintained at a high temperature, so their coupling was a problem.

Therefore, these problems are the most important cause of failing to unitize each of these devices, their combination configuration has been avoided by those skilled in the art.

The purpose of this paper is to solve the above problems. The purpose of this paper is to install the punching machine, the cutting machine, and the coating machine in one expectation. The perforator is installed up and down by installing a cam driving device on the rotating shaft, and the shredder is installed with a scattering prevention cover on the outside to prevent the shredded phage from scattering and contaminating the inside of the machine.

The coater allows the heater in the heater roller to be rotated only when a temperature suitable for coating is reached so that good coating can be achieved.

Another purpose is to make the punching machine detachable from the manual lever on one side so that the punching machine can be used manually, and the gripping box is installed in the lower part of the punching machine and sedan so that the sedan or perforated waste is gathered in a certain place. To do that.

1 is a perspective view of the present invention

Figure 2 is a longitudinal sectional view of the present proposal

3 is a cross-sectional view of the present draft

Figure 4 is an enlarged cross-sectional view of a part of the perforator

Figure 5 is an enlarged cross-sectional view of a part of the sedan

6 is a circuit diagram of the present design.

* Explanation of symbols on the main parts of the drawings

10,20; A bearing part 11; Axis of rotation

12,13; Sedan rollers 21,22; As a heater

14; Roller 15; Drive plate

16; Fixture 30; Phage shatterproof cover

105; Rotating protrusion

The present invention will be described in detail with reference to the accompanying drawings.

1 is an external view of a bookbinding machine 100 of the present invention.

A is perforator inlet, B is for inlet for sedan, C is for inlet for coating, 101 is switch panel, 102 is vent, 103 is support, 104 is gripper, 105 is manual rotary protrusion of perforator, 200 is Indicates a lever.

2 is a longitudinal sectional view of the present invention.

Inside the machine there are two separate bearings 10, 20, the bearing 10 has a rotary shaft 11 and a three-stage roller 12, 13 of the perforator, respectively, and a bearing 20 The heater rollers 21 and 22 for coating and the guide rollers 23 and 24 are respectively arranged behind them.

The rotating shaft 11 is provided with a cam-shafted roller 14, a lower portion thereof, a driving plate 15 provided with a drilling pin 15a, and a projection 16b protruding from the rear thereof. 16a) is provided with a fixing stand 16 is installed, the outer side of the roller 12, 13, the gripping scattering cover 30 is installed to prevent the gripped from the shredder to scatter outside the roller. have.

D is the coated paper outlet, E is the three-term gripping outlet, F is the gripping outlet of the perforator, 104 is the gripping compartment, which is easy to open and close. S₁S₂ represents photosensing respectively.

3 is a cross sectional view of the present invention.

The bearing parts 10 and 20 are installed at a predetermined interval 20a, and the shafts of the heater roller 21 and the guide roller 23 are arranged in the bearing part 20, and in the bearing part 10. The rollers 12 and 13 for a shredder and the rotating shaft 11 for drilling machines are built up, respectively.

Roller shredder (12) and (13) for the shredder is provided with a cover 30 for preventing shattering, and the rotating shaft (11) is arranged to flow the roller 14 is installed on the cam shaft, these are in the rotary gear (40) (41) Interlocked by the motor (M). 105 is configured to rotate the rotating shaft 11 of the perforator when the lever 200 is used as the rotating protrusion.

4 is a partially enlarged cross-sectional view of the perforator part.

The driving plate 15 and the fixing table 16 are coupled to the shaft 17 and are supported by the spring 18.

The upper part of the driving plate 15 is provided with a roller 14 cam-shaft on the rotating shaft 11, when the rotating shaft 11 is rotated, the roller 14 rotates in an arc by the distance of the cam to win the driving plate 15, Lower

5 is an enlarged cross-sectional view of the shredder portion.

The cover 30 is installed on the outer side of the cutting machine 12, 13, the cover 30 is comb-shaped incision 31 to be installed between the rotary knife of the cutting machine 12, 13 ) Is provided.

Fig. 6 is a schematic diagram of the electrical circuit of the present invention. A motor M and a heating wire H are connected in parallel, and SW₁SW₂SW₃ is installed in the conductor. SW₁ is an on / off switch of the motor M, and SW3 is an on / off switch of the heating wire H. SW₂ is configured to be detached by light sense (S₁S₂) or heat sense sense (S₃).

In this proposal, the power is connected, the motor switch (SW₁) is turned on, and the document to be inserted is inserted through the puncher inlet A. The motor is driven by the sense (S₁) installed at the puncher inlet. Since the roller 14 rotated by the rotating shaft 11 interlocked by the 40 and 41 and thus the cam shaft is pushed against the driving plate 15, the required portion of the document is formed by the punching pin 15a. Perforated.

Since the inserted document is no longer entered by the protrusion 16b of the holder 16, it is always possible to drill a hole at a predetermined place, and the phage generated during the drilling operation falls into the holding box 104 through the gripping outlet F. do.

On the other hand, if there is a document to destroy, insert the object to be inserted into the inlet (B), the motor (M) is conducted by the sense (S₂) and the rollers (12, 13) are rotated to remove the object. It is slit, and the grasped phage is discharged to the gripping outlet E without being scattered to the outside by the cover 30, and also falls into the gripping bin 104.

If coating is required, first turn on the coater switch (SW₃). After a certain time, the heater (H) of the roller is heated, and when the heater reaches a certain temperature, the heat sensing sense (S₃) turns the motor (M) by the circuit. It is activated. At this time, when the coated document is inserted through the coating insertion hole (C), the coated document is thermally compressed and coated by two heater rollers (21) and (22), and then the outlet (D) by the rear guide rollers (23) and (24). To be discharged.

Meanwhile, when only the perforator is used or if the power supply is shorted, the perforator may be manually operated by turning the lever onto the protrusion 105 connected to the rotating shaft 11.

On the other hand, the sedan device combined with the coater, the mill factory is not affected by the heater rollers (21, 22) to maintain a constant temperature because it is spaced apart from the bearing portion of the coating machine (20a).

The phages are stored in the phage storage box, so they can work in a clean environment without being scattered outside the device. The phages storage box can be reused by throwing away the phages stored in a separate place.

In this way, the document can be punched, shredded, and coated on a single device, making it easy to bind, and the three devices are united in one device. There is a small advantage, and the phage generated during drilling or sedan is not scattered to the outside of the machine, so it can work in a clean working environment, and can also work manually, thus doubling the work efficiency.

Claims (2)

In installing perforator, shredder and coating machine in one expectancy, In anticipation, two bearing parts (10, 20) are placed, In the bearing part 10, a rotating shaft 11 and a sedan roller 12 (! 3) are stocked. In the bearing part 20, the heater rollers 21 and 22 for coating and the guide rollers 23 and 24 are laid out. The rotating shaft 11 is provided with a cam-shape roller 14, the lower end is provided with a driving plate 15 protruding with a punch pin 15a and a fixing stand 16 through which the punched blood 16a is drilled. The sedan rollers 12 and 13 are provided with a phage scatter cover 30, and the sedan rollers 12 and 13 are provided with a lower discharge hole E and a lower portion of the perforated blood 16a. Combined Bookbinding Machine The coating machine combined bookbinding machine according to claim 1, wherein the rotating protrusion (105) is extended to the rotating shaft (11) for the punching machine.