KR200445622Y1 - Flat glass upright conveying device - Google Patents

Abstract

The present invention is to provide a flat glass upright conveying device that does not generate any friction, dust (particles), scratches, etc. when carrying a large flat glass product.

To this end, the present invention has a front plate 11 and a safety cover 12 having a slope inclined toward the rear surface of the flat glass erected in the vertical form, the front plate 11; A plurality of rubber rollers 21 are fixed to the glass conveying member 20 for supporting the rear portion of the flat glass G; A groove 31 for accommodating the lower side of the flat glass G is provided with the glass conveying member ( 20 and a plurality of support blocks 30 are fixed at the same interval; two or more fingers 42, 42 having a groove 41 is open so that the lower side of the flat glass (G) on the upper surface is fixed between Finger members 40 which are fixed to both sides of the 43 and interlock with each other; interlocked together with the finger member 40; a first cylinder 51 which is assembled to the back surface of the finger member 40 to linearly move the finger member 40 in the front and rear directions. And a second cylinder 52 which transfers the finger member 40 in the up and down directions together with the first cylinder 51 so that they are sequentially Cylinder block 50 fixed to the shuttle 60 to control; A pair of guide rollers 63 are assembled to the guide rails 61 and 62 installed inside the main body 10 to reciprocate the left and right directions. Shuttle 60 to sequentially transfer the flat glass (G) in one direction, while being connected to the hose 72 of the air pump (P), the air block to provide air pressure to temporarily float the flat glass (G) 70, a support member 80 for supporting the plate glass (G) floating by the air block 70 is characterized in that it further comprises.

Flat Glass, Transfer, Loading, Cylinder, Rubber Roller, Air

Description

Standing Erect Transfer Apparatus for Plate Glass Type

1 is a front view of a flat glass upright conveying apparatus of the present invention,

Figure 2 is a side view of the flat glass upright conveying apparatus according to the present invention,

Figure 3 is a perspective view of the main portion of the flat glass upright conveying apparatus according to the present invention,

Figure 4a is a state diagram of the operation of the flat glass upright conveying apparatus according to the present invention, showing the transport standby state,

Figure 4b is an operating state of the flat glass upright conveying apparatus according to the present invention, showing a state in which the finger forwards,

Figure 4c is an operating state of the flat glass upright conveying apparatus according to the present invention, showing a state in which the flat glass seated on the support block to the upper side by using a finger,

Figure 4d is an operating state of the flat glass upright conveying apparatus according to the present invention, after the flat glass is conveyed to the transfer position with the finger down showing the state of lowering the flat glass again on the support block,

Figure 4e is an operating state of the flat glass upright conveying apparatus according to the present invention, it shows a state in which the finger is retracted to return to the initial position.

* Description of the symbols for the main parts of the drawings *

10: body 11: front panel

12: safety cover 20: glass transfer member

21,81: rubber roller 30: support block

31, 41: groove 40: finger member

42: finger 43: fixed interval

50: cylinder block 51: the first cylinder

52: second cylinder 60: shuttle

61, 62: guide rail 63: guide roller

70: air block 71: nozzle hole

72: hose 80: support member

G: Flat Glass P: Air Pump

The present invention relates to a flat glass upright conveying device for safely conveying a large flat glass product, which is erected in an upright form. More specifically, flat glass upright is improved so that friction, dust, scratches, etc. are not generated during product transport. In providing a conveying apparatus.

Recently, the specification of the ultra-flat plate glass widely used in high-rise and super-large buildings is 2500 × 2200 × 0.7t, the weight is about 9.1kg in the case of single plate.

In the case of horizontal transfer of the large glass, there is a point that the roughness such as bending occurs or the connection with other transport equipment is poor.

Therefore, the extra large flat glass is more suitable to be conveyed in an upright form.

This requires a simple structure but no cracks, scratches, dust on the glass contacts or static electricity.

The object of the present invention is to provide a flat glass upright conveying device that can be made easily in the structure of conveying the large flat glass, there is no fear of failure, and also maintenance.

In addition, the present invention is a flat plate improved to ensure the synchronous conveyance between each unit, as well as the connection with other transport equipment, there is no dust or static electricity generated in the glass (glass) contact portion, and also enough to carry the glass back stability Another object is to provide a glass upright conveying device.

In order to achieve the above object, the present invention has a front plate and a safety cover mounted on the rear side of the flat glass in the form of conveying and loading the glass in a standing state; and a plurality of rubber rollers are placed on the front plate. A glass transfer member fixed to support the rear portion of the flat glass; a support block having a groove for accommodating the lower side of the flat glass; and a plurality of support blocks fixed at the same interval as the glass transfer member; Two or more fingers having an open groove is fixed side by side on both sides between the fixed interlocking finger member; A first cylinder is assembled to the back of the finger member to linearly move the finger member forward and backward, the first cylinder Cylinder block which is fixed to the shuttle to be composed of a second cylinder for transferring the finger member in the vertical direction together with the cylinder to control them sequentially; A pair of guide rollers are assembled to a guide rail installed inside the main body, and the flat glass transfer device includes a shuttle for sequentially transferring the flat glass in one direction while reciprocating in the left and right directions. do.

In addition, the present invention is connected to the hose of the air pump to provide an air pressure to temporarily float the flat glass; Flat plate glass upright conveying further comprising a support member for supporting the flat glass floating by the air block Provide the device.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

In the accompanying drawings, Figure 1 is a front view showing the front configuration of the flat glass upright conveying apparatus according to the present invention, Figure 2 is an exemplary view showing the side configuration of the flat glass upright conveying apparatus according to the present invention, Figure 3 Fig. 1 shows a perspective view of a main portion of the flat glass upright conveying apparatus according to the present invention.

1 to 3, the present invention has a front plate 11 having a slope inclined toward the rear side and a main body 10 provided with a safety cover 12, and a plurality of rubber rollers 21 are covered with flat glass. Glass transfer member 20 for supporting the rear portion of (G), the support block 30 is fixed a plurality of at the same interval as the glass transfer member 20 for transporting the flat glass (G), two or more fingers 42 ( 42 is fixed to both sides of the fixing section 43, the first cylinder 51 and the first cylinder (51) for linearly moving the finger member 40, the ping rejection material 40 interlocked together in the forward and backward directions ( 51 and the cylinder block 50 for sequentially controlling the second cylinder 52 for transferring the finger member 40 in the up and down direction; guide rails 61 and 62 installed inside the main body 10. It consists of a shuttle (60) for sequentially conveying the flat glass (G) in one direction while reciprocating left and right along.

In addition, the present invention is connected to the hose 72 of the air pump (P) air block 70 to provide air pressure to temporarily float the flat glass (G), flat glass floating by the air block 70 It further includes a support member 80 for supporting (G).

In the above configuration, the main body 10 has a front cover 11 inclined by a predetermined angle inclination (α = 15 °) toward the rear side, and the safety cover 12 in which the inside is projected in front of the front plate 11. ) Are spaced apart at predetermined intervals, and a controller for controlling the power transmission member driven by the motor is built in the lower side thereof.

 The glass conveying member 20 for conveying the flat glass G in one direction is assembled so that the plurality of rubber rollers 21 are fixed to the front plate 11 at regular intervals so that the rubber rollers 21 are flat glass ( Support the back of G).

The support block 30 supporting the plate glass G has a groove 31 having an upper side open to receive the lower side of the plate glass G, so that the glass on the lower side of the front plate 11 of the main body 10 is provided. A plurality of fixed to maintain the same interval as the conveying member (20).

The finger member 40 for lifting and transferring the flat glass G has two or more fingers 42 and 42 having a groove 41 into which the lower side of the flat glass G is fitted. Fixed side by side on both sides of the support block 30 so as to face each other so that they can interlock together.

The cylinder block 50 for controlling the finger member 40 is assembled to the rear surface of the finger member 40 together with the first cylinder 51 to linearly move forward and backward, together with the first cylinder 51. It is composed of a second cylinder 52 for transferring the finger member 40 in the up, down direction is fixed to the shuttle 60 to control them sequentially.

The shuttle 60 is fixed to a pair of guide rollers 63 reciprocating left and right along a pair of guide rails 61 and 62 installed side by side on the lower side of the main body 10 to fix the flat glass G. It is configured to transfer in one direction.

The shuttle 60 is configured to interlock by a power transmission member 64 driven by a motor embedded in the lower side of the main body 10.

The air block 70, which provides air pressure to the rear surface of the flat glass G, has a nozzle hole 71 connected to the hose 72 of the air pump P, thereby providing a rubber roller of the glass transfer member 20. A plurality of are arranged at regular intervals between the 21.

The air block 70 blows air to the rear portion of the plate glass G supported by the glass transfer member 20 to temporarily separate the rubber roller 21 and the plate glass G of the glass transfer member 20. When the transfer in one direction so that there is no contact with the glass transfer member (20) it was possible to make the transfer of the flat glass more smoothly.

The support member 80 is composed of a plurality of rubber rollers 81 supported and suspended at a predetermined interval on the uppermost side of the main body so that the flat glass G temporarily floating by the air block 70 is excessively raised to the front. It is configured to prevent it.

Referring to the accompanying drawings, the present invention configured as described above will be described the operation and effect as follows.

4 is a view showing the operation state of the flat glass upright conveying apparatus according to the present invention, (A) is the initial transport standby state, the lower side of the flat glass (G) is seated in the groove 31 of the support block 30 It is in a state.

(B) shows a state in which the finger 42 is advanced to the lower side of the flat glass to convey the product, in the case of conveying the flat glass G seated on the support block 30, first, the cylinder The first cylinder 51 of the block 50 is operated to move the finger 42 of the finger member 40 forward so as to be positioned on the lower side of the flat glass G seated on the support block 30.

In this state, as shown in (C), in order to lift the flat glass G seated on the support block 30 to the upper side using the finger 42, the second cylinder 52 is operated. When the second cylinder 52 moves the finger member 40 upward, the lower side of the flat glass G, which has been seated in the groove 31 of the support block 30, is the groove 41 of the finger 42. If the second cylinder 52 continues to operate in this state, the finger member 40 gradually lifts the flat glass G to the upper side.

As such, when the flat glass reaches the lifted state using the finger 42 to be completely separated from the support block 30, the operation of the second cylinder 52 is stopped.

In this state, by using the power transmission member 64 driven by the motor built in the lower side of the main body 10, the shuttle 60 moves gradually in one direction to reach the transfer position of the flat glass G. To control.

Then, after conveying the flat glass together with the finger 42 to the transfer position as shown in (D), the second cylinder 52 is used to lower the flat glass back into the groove 31 of the support block 30. 42) is lowered, and then as shown in (E), the flat glass is sequentially conveyed while repeatedly performing a series of operations of retracting the finger 42 back to the initial position using the first cylinder 51. It becomes possible.

On the other hand, as shown in (C) of Figure 4 when using the finger to lift the flat glass to the upper side nozzle hole 71 connected to the hose 72 of the air pump (P) using the air block 70. When the air is supplied through), the flat glass G rises as if temporarily lifted to the upper side, that is, forward by the air pressure ejected to the rear portion of the flat glass G. At this time, the floating flat glass G rises when it comes in contact with the rubber roller 81 of the support member 80 installed on the upper side of the main body.

Since the flat glass is floated to the upper side by the air pressure acting as its back portion, the flat glass is easily moved without any interference with the rubber roller 21 of the glass transfer member 20 even when the flat glass is pushed in one direction. It can be done.

When the air pressure is removed after the flat glass is moved to a desired position, the rear surface of the flat glass is uniformly in contact with the rubber rollers 21 of the glass transfer member 20 while being lowered by its own weight.

As such, the present invention may be made to transfer the flat glass more smoothly by transporting the flat glass to one side in a state of being partially lifted using air pressure.

As described above, according to the present invention, since the flat glass is conveyed by the finger in a state of being almost upright, there is no friction, and since the product is seated on the shuttle, there is an advantage that no particles are generated.

In addition, the flat glass is configured in such a way that it is floated at a uniform pressure using air, there is an advantage that no scratch or the like does not occur even when lifting and lowering the product during transportation.

In addition, the present invention is a very useful design having the advantage that the structure is simple, there is no fear of failure, easy maintenance, etc., which can greatly contribute to reducing the production cost of the product by the effect of reducing the manpower of equipment operation.

Claims (3)

In conveying flat glass erected in the form of a vertical, A main body inclined in front, and a lower part of the main body having a power transmission member driven by a motor; A plurality of rubber rollers fixed to the front plate at regular intervals to support the rear portion of the flat glass G, and to move in one direction; A support block accommodating the lower side of the flat glass G, and fixed to the front lower side of the main body at the same interval as the glass transfer member 20; A finger member configured to interlock with two or more fingers having a groove into which a lower side of the flat glass G is fitted on an upper surface thereof so as to interlock with each other between the fixing parts so as to face each other with the support block; It is composed of a first cylinder assembled to the back of the finger member to move the finger member linearly in the forward and backward direction, and a second cylinder for transferring the finger member in the up and down direction together with the first cylinder to control them sequentially. Cylinder block fixed to the shuttle, A pair of guide rollers are assembled to a pair of guide rails installed side by side on the lower side of the main body, and the guide rollers are fixed to the shuttle and the shuttle is left and right along the guide rails by a power transmission member interlocked by a motor. Flat glass upright conveying apparatus, characterized in that configured to transfer the flat glass (G) in one direction while reciprocating. The method of claim 1, wherein a plurality of nozzle holes connected to the hose of the air pump (P) between the rubber rollers of the glass conveying member are arranged at regular intervals to temporarily float the flat glass (G) supported on the main body Flat plate upright conveying apparatus further comprises an air block for providing a pressure. According to claim 2, wherein the flat glass upright conveying device It characterized in that it further comprises a support member for fixing a plurality of rubber rollers fixedly installed at a predetermined interval on the uppermost side of the main body to prevent the plate glass (G) floating by the air block is excessively raised to the front. Flat glass upright conveying device.

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