KR20130005720U - Injection discharger of glass panel manufacture correction - Google Patents

Abstract

The present invention relates to an input-discharge device of the molding support for manufacturing glass plate.
To this end, the present invention and the support frame is installed upright on each floor; A guide frame coupled to an upper portion of the support frame; A horizontal reciprocating member having a slider coupled to the guide frame to be able to reciprocate horizontally; A vertical reciprocating unit coupled to the slider so as to vertically reciprocate; And a pedestal pickup portion having an unlocking portion at a lower end of the vertical reciprocating portion.
Therefore, the present invention allows the molding stand in a high temperature state to be lifted from the circulation rail immediately without waiting for a separate cooling to lift it from the circulation rail, thereby increasing the productivity of the product by preventing work time delay. In addition, the work environment was improved to prevent disease from occurring in the body while reducing production costs.

Description

Inlet / outlet device for molding support for glass plate manufacturing {INJECTION DISCHARGER OF GLASS PANEL MANUFACTURE CORRECTION}

The present invention relates to an input-discharge device for forming a molding plate for glass plate manufacturing, and in particular, a horizontal reciprocating part having a slider capable of horizontal reciprocating movement is coupled to a guide frame provided on an upper part of a support frame, and an unlocking part is provided on the slider. The vertical reciprocating portion having a pedestal pickup is to be coupled to the vertical reciprocating movement.

In general, glass is weak to impact and has a high risk of damaging the human body due to large and sharp pieces when broken.Tempering process is performed to break into small pieces that are strong to impact and not sharp when broken to reduce damage. The tempered glass will be used.

Glass is hard and brittle and hard to be formed at room temperature.However, glass having such brittleness also rapidly decreases brittleness in an atmosphere of about 500 ° C. or higher, thereby increasing the ductility, thereby pressing a mold having a specific shape. The tempered glass may be obtained, or the heated glass may be gradually transferred on a bed on which a specific curved shape is gradually supported to obtain a tempered glass having a curved shape.

Tempered glass is heated, molded and quenched during the process of being fed, transported and discharged through a heating furnace that provides a high-temperature atmosphere while the glass, which has already been cut, polished, cleaned and printed pre-treated, is stably supported by the molding support. And it can be obtained through a strengthening process such as slow cooling.

As shown in FIG. 1, a molding support 80 supported by glass is moved through a circulation rail 60 installed to be circulated on the bottom as a method for smoothly moving each process.

The molding support 80 is coupled to the molding frame 82, the edge of the glass is seated on the upper portion of the support frame 81, the handle 811 is formed on both sides of the edge of the support frame 81, As the molding support 80 is heated to a high temperature in the course of the heating process, two workers wearing the heat dissipation suit and the heat dissipation glove can lift the circulation rail 60 by holding the handle 811 on both sides.

However, there is a problem in that the working time is delayed as the work is possible after waiting for cooling for a predetermined time as the temperature of the molding support 80 is high.

In addition, there was another problem that the production rate is lowered as the working time is delayed.

In addition, due to the weight of the molding support 80, there is another problem that the disease occurs in the muscle and skeletal system of the worker in the process of repeatedly lifting or lowering the molding support 80.

The present invention allows the high temperature molding butt to be lifted from the circulation rail immediately without waiting for cooling to lift it from the circulation rail, thereby preventing work time delay and increasing productivity. In order to prevent the disease from occurring in the worker's body.

The present invention and the support frame 10 is installed upright on the floor, respectively; A guide frame 20 coupled to an upper portion of the support frame 10; A horizontal reciprocating member 30 having a slider 31 coupled to the guide frame 20 to be reciprocated horizontally; A vertical reciprocating unit 40 coupled to the slider 31 to reciprocate vertically; And a pedestal pick-up part 50 having an unlocking part 51 at a lower end of the vertical reciprocating moving part 40.

In addition, the support frame 10 includes a front and rear column (10a) (10b) and the first flange 12 is coupled to the lower portion by the first rib (11); The lower ends of both ends of the cross beam 13 are coupled to each other on the upper part of the front and rear columns 10a and 10b, but the front and rear columns 10a, 10b and the cross beam 13 are hollow in the inside. Characterized in that formed.

In addition, the horizontal reciprocating moving part 30 includes a driven timing gear 32 coupled to one side of the front surface of the guide frame 20; A driving timing gear 33 coupled to the other front side of the guide frame 20 so as to correspond to the driven timing gear 32; A horizontal drive motor (34) coupled to the drive timing gear (33); A timing belt 35 wound around the driven timing gear 32 and the drive timing gear 33; A guide rail 36 coupled to the guide frame 20 positioned above and below the timing belt 35; It is composed of the slider 31 is fixed to the back of the timing belt 35, the slider 31 is coupled to the rear guide rollers 311 which are respectively opposed to the guide rail 36 on both sides of the back, The front guide roller 312 corresponding to the rear guide roller 311 is coupled to both front sides of the slider 31.

In addition, the vertical reciprocating moving part 40 includes a hollow vertical member 41 coupled to the pedestal pick-up part 50 by a second flange 412 having a second rib 411; A rack guide 42 coupled to the rear surface of the hollow vertical member 41; It consists of a vertical drive motor 43 having a pinion 431 coupled to the rack guide 42, characterized in that through holes 413 are formed on both sides of the hollow vertical fabric portion 41.

In addition, the pedestal pickup 50 is a pickup frame 52 having a rectangular shape; Pick-up arms 53 each having an upper end coupled to an edge of the pick-up frame 52; The unlocking part 51 is provided below the pick-up arm 53, and the unlocking part 51 includes an unlocking head 512 provided with the unlocking piece 511 in and out; An air cylinder 513 coupled to the outside of the unlocking head 512; And an air supply unit 514 for supplying and controlling air to the air cylinder 513, respectively.

In addition, the pickup frame 52 is characterized in that the reinforcing bar 54 is coupled to the lower side of the rear surface of the hollow vertical member 411 on both upper sides.

In addition, a circulation rail 60 is installed on one side of the bottom between the support frames 10, and a transport cart 70 is placed on the other side of the bottom between the support frames 10.

The present invention is a vertical reciprocating unit having a horizontal reciprocating unit having a slider capable of reciprocating horizontally coupled to the guide frame provided on the upper portion of the support frame, the vertical reciprocating unit having a pedestal pickup portion with an unlocking portion in the slider vertically reciprocating By being able to be combined, it is possible to obtain the effect of lifting the hot forming stand from the circulation rail without waiting for a separate cooling to lift off the circulation rail.

In addition, through this it is possible to obtain a further effect that can prevent the work time delay.

In addition, this can further obtain the effect of increasing the productivity of the product.

In addition, since the work is smoothly performed by one worker, it is possible to further obtain an effect of improving the working environment to prevent the occurrence of diseases in the body of the worker while reducing the production cost.

Figure 1 is a perspective view showing a state in which the molding support carried by the circulation rail is picked up by the pedestal pick-up portion, the picked up molding support seated on the transport cart in the input and discharge device of the molding support for manufacturing glass plate according to the present invention .
Figure 2 is an exploded perspective view of the input discharge device of the molding support for manufacturing a glass plate according to the present invention.
Figure 3a to 3g is an exemplary view showing an operating state of the input discharge device of the molding support for manufacturing a glass plate according to the present invention.

Embodiments of the present invention will now be described with reference to the accompanying drawings.

As shown in FIGS. 1 and 2, the input and discharge device of the molding support according to the present invention is supported by placing a high temperature molding support 80 on the circulation rail 60 or lowering it on the circulation rail 60. The frame 10, the guide frame 20, the horizontal reciprocating moving part 30, the vertical reciprocating moving part 40, and the pedestal pick-up part 50 are configured.

Here, the support frame 10 is a pedestal pick-up unit 50 is spaced apart from the floor by a predetermined height to provide a space that can be moved up, down, left and right reciprocating movement such the support frame 10 from the bottom It is installed upright toward the upper part, respectively.

"형태를 갖도록 전지주(10a)와 후지주(10b)로 구비되고, 상기 개방된 전지주(10a)와 후지주(10b)의 하단부에는 제1리브(11)에 의하여 제1플랜지(12)가 결합되어 바닥에 앵커볼트를 이용하여 견고하게 설치될 수 있게 된다. 상기 전,후지주(10a)(10b)는 내부가 중공형으로 형성됨과 동시에 사각형태의 횡단면을 갖도록 하는 것이 바람직하다.The support frame 10 is a channel in which only the lower end of which has a hollow shape is opened, that is, "

It is provided with a battery column (10a) and a Fuji column (10b) to have a shape, the first flange 12 by the first rib 11 at the lower end of the open battery column (10a) and the Fuji column (10b) It is coupled to be able to be firmly installed using an anchor bolt on the floor The front and rear column (10a) (10b) is preferably formed to have a hollow cross-section and at the same time have a rectangular cross section.

Both ends of the horizontal beams 13 are joined to the upper ends of the front and rear columns 10a and 10b, and are joined by a welded joint, and the front and rear columns 10a, 10b and the horizontal beams 13 are hollow. It is desirable to have a rectangular cross section in the form.

The guide frame 20 is formed in a hollow shape having a rectangular cross section in which a space is provided downward so that the hollow vertical member 41 of the vertical reciprocating portion 40 to be described later can be reciprocated in the left and right directions. It is desirable to lose.

The horizontal reciprocating moving part 30 is a slider for allowing the vertical reciprocating part 40 coupled to the pedestal pick-up part 50 and the pedestal pick-up part 50 to reciprocate horizontally along the guide frame 20. 31 is configured to abut against the guide rail 36.

The horizontal reciprocating moving part 30 is rotatably coupled to the driven timing gear 32 on one side of the front surface of the guide frame 20, the front of the guide frame 20 to correspond to the driven timing gear 32 The driving timing gear 33 is coupled to the other side.

A horizontal drive motor 34 is coupled to the drive timing gear 33 so that the drive timing gear 33 is interlocked by the drive of the horizontal drive motor 34.

The timing belt 35 is wound around the driven timing gear 32 and the driving timing gear 33, and the upper and lower parts of the timing belt 35 are provided, that is, on the front surface of the guide frame 20. Guide rails 36 are respectively parallel to the lower portion and are coupled by a plurality of bolts.

The slider 31 allows the hollow vertical member 41 of the vertical reciprocating portion 40 to be stopped at a predetermined position of the upper and lower portions while being able to move left and right, and to the timing belt 35. The rear surface is fixed to allow the reciprocating movement left and right by the timing belt 35.

The slider 31 has a rear guide roller 311 coupled to the guide rails 36 on both sides of the rear surface thereof, and the front guide roller 312 corresponding to the rear guide roller 311 includes the slider ( 31 is coupled to both front sides of the rack guide 42 coupled to both sides of the rear surface of the hollow vertical member 41 to be described later to be fitted.

The vertical reciprocating moving part 40 has a function of lifting or lowering the upper part in a state where the molding support 80 is picked up on the pedestal pick-up part 50 so as to reciprocate vertically to the slider 31. It is.

The vertical reciprocating portion 40 is provided with a second flange 412 having a second rib 411 in the lower portion of the hollow vertical member 41 is configured to be coupled to the upper portion of the pedestal pickup (50). .

Rack guides 42 are coupled to both sides of the rear surface of the hollow vertical member 41, and the rack guides 42 are coupled to face the front guide rollers 312 formed on the front of the slider 31. have.

The rack guide 42 coupled to the front guide roller 312 is configured to reciprocate up and down by a vertical drive motor 43 having a pinion 431 coupled to the slider 31.

Through holes 413 are formed at both sides of the hollow vertical fabric portion 41, and are configured to reduce weight.

The pedestal pick-up part 50 is configured to have an unlocking part 51 at the bottom of the vertical reciprocating moving part 40 to lift and lift the lower portion of the molding support 80 which is moved by the circulation rail 60. It is configured to get off.

To this end, the pedestal pick-up unit 50 is coupled to the upper end of the pickup arm 53 to each corner of the pickup frame 52 having a rectangular shape, the unlocking portion (below) of the pickup arm 53 51) is combined.

The unlocking unit 51 is operated by air, and the unlocking piece 511 is provided in and out of the unlocking head 512, and the air cylinder 513 is disposed outside the unlocking head 512. Is coupled, the air supply unit 514 for supplying air to the air cylinder 513 is coupled to each.

The upper both sides of the pickup frame 52 is configured to prevent the deformation in the process of picking up and moving the molding support 80 is coupled to the reinforcement bar 54 to the lower rear side of the hollow vertical member 411. .

On the other hand, one side of the bottom between the support frame 10 constituting the input discharge device is installed in the longitudinal continuous rail 60 is formed so that the molding support 80 can be easily moved, while the support The other side of the bottom between the frame 10 is secured a predetermined space is configured so that the transport cart 70 can be placed.

The process by which the molding support is discharged by the input discharge device is as follows.

First, as shown in Figure 3a, as the pinion 431 of the vertical drive motor 43 is driven after the molding support 80 is moved to the lower portion of the pedestal pickup 50 by the circulation rail 60 As the rack guide 43 engaged with the pinion 431 is moved downward, as shown in FIG. 3B, the hollow vertical member 41 and the hollow vertical member 41 of the vertical reciprocating portion 40 are disposed below. The combined pedestal pickup 50 is moved downward.

Next, as the air is supplied to the air cylinder 513 of the unlocking unit 51 by the air supply unit 514, the unlocking piece 511 drawn into the unlocking head 512 is indicated by an arrow in FIG. 3B. The lower portion of the molding support 80 is supported while being pulled out in the direction.

Next, the vertical drive motor 43 of the vertical reciprocating moving part 40 is rotated in reverse, so that the rack guide 43 is moved upward by the pinion 431, and the pedestal pick-up part 50 in the direction of the arrow shown in FIG. 3D. ) Is moved and the molding support 80 is picked up.

Next, the drive timing gear 33 is driven by the horizontal drive motor 34, so that the slider 31 coupled to the timing belt 35 is moved, so that the vertical reciprocating moving part 40 and the pedestal pickup part 50 are moved. It is moved in the direction of the arrow shown in Fig. 3d.

Next, the pedestal pick-up part 50 horizontally moved along the guide frame 20 by the horizontal drive motor 34 stops at the upper portion where the feed cart 70 is located, as shown in FIG. 3E. As the pinion 431 of FIG. 43 is driven to move the vertical hollow member 41 downward, as shown in FIG. 3F, the forming support 80 picked up by the pedestal pickup 50 firstly moves to the feed cart 70. ) Will be placed on top of the other molding support (80).

Next, as the air is supplied to the air cylinder 513 through the air supply unit 514, the unlocking piece 511, which is drawn out from the unlocking head 512, is drawn into the unlocking head 512. Locked, and then as shown in Figure 3g, the vertical reciprocating moving part 40 and the pedestal pick-up 50 is moved in the direction of the arrow in the state raised up by the vertical drive motor 43 in the initial state As it becomes, iterative work becomes possible.

10: Supporting frame 10a, 10b: Before, after
11: first rib 12: first flange
13: Garbo 20: Guide frame
30: Horizontal reciprocating part 31: Slider
32: Driven Timing Gear 33: Driven Timing Gear
34: horizontal drive motor 35: timing belt
36: Guy rail 40: Vertical reciprocating movement part
41: hollow vertical member 42: rack guide
43: vertical drive motor 50: stand pickup
51: unlocking unit 52: pickup frame
53: pick-up arm 321: front guide roller
331: rear guide roller 411: second rib
412: second flange 413: through hole
431: Pinion 511: unlocking
512: unlocking head 513: air cylinder
514: air supply unit

Claims (7)

A support frame 10 installed upright on the floor, respectively;
A guide frame 20 coupled to an upper portion of the support frame 10;
A horizontal reciprocating member 30 having a slider 31 coupled to the guide frame 20 to be reciprocated horizontally;
A vertical reciprocating unit 40 coupled to the slider 31 to reciprocate vertically; And
An inlet and outlet device for forming a molding plate for manufacturing a glass plate, characterized in that the pedestal pickup portion 50 having an unlocking portion 51 is coupled to a lower end of the vertical reciprocating portion 40. The method of claim 1,
The support frame 10 includes a front and rear posts 10a and 10b in which the first flange 12 is coupled to the lower portion by the first ribs 11;
The lower ends of both ends of the cross beam 13 are coupled to each other on the upper part of the front and rear columns 10a and 10b, but the front and rear columns 10a, 10b and the cross beam 13 are hollow in the inside. Forming and discharging device of the forming butt for manufacturing glass plate, characterized in that formed. The method of claim 1,
The horizontal reciprocating moving part 30 includes a driven timing gear 32 coupled to one side of the front surface of the guide frame 20;
A driving timing gear 33 coupled to the other front side of the guide frame 20 so as to correspond to the driven timing gear 32;
A horizontal drive motor (34) coupled to the drive timing gear (33);
A timing belt 35 wound around the driven timing gear 32 and the drive timing gear 33;
A guide rail 36 coupled to the guide frame 20 positioned above and below the timing belt 35;
It is composed of the slider 31 is fixed to the back of the timing belt 35, the slider 31 is coupled to the rear guide rollers 311 which are respectively opposed to the guide rail 36 on both sides of the back, The front guide roller 312 corresponding to the rear guide roller 311 is coupled to both sides of the front surface of the slider 31, the input and discharge device of the forming plate for manufacturing a glass plate. The method of claim 1,
The vertical reciprocating moving part 40 includes a hollow vertical member 41 coupled to the pedestal pick-up part 50 by a second flange 412 having a second rib 411;
A rack guide 42 coupled to the rear surface of the hollow vertical member 41;
Consists of a vertical drive motor 43 having a pinion 431 coupled to the rack guide 42, the through-holes 413 are formed on both sides of the hollow vertical fabric portion 41, the forming base for manufacturing glass plate Input and discharge device. The method of claim 1,
The pedestal pickup 50 includes a pickup frame 52 having a rectangular shape;
Pick-up arms 53 each having an upper end coupled to an edge of the pick-up frame 52;
The unlocking part 51 is provided below the pick-up arm 53, and the unlocking part 51 includes an unlocking head 512 provided with the unlocking piece 511 in and out;
An air cylinder 513 coupled to the outside of the unlocking head 512; And
Input and discharge device of the molding support for forming a glass plate, characterized in that composed of an air supply unit 514 for supplying air to the air cylinder (513), respectively. The method of claim 5,
The pickup frame 52 is a reinforcement bar 54, the input and discharge device for forming a glass plate, characterized in that the reinforcement bar 54 is coupled to the lower side of the rear surface of the hollow vertical member 411 on both sides of the upper. The method of claim 1,
A circular rail 60 is installed on one side of the bottom between the support frames 10, and a feed cart 70 is placed on the other side of the bottom between the support frames 10. .

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