KR950004030Y1 - Device for feeding bricks - Google Patents

Abstract

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Description

Brick feeder

1 is a plan view of the present invention.

2 is a partial perspective view of the present invention.

3 is a longitudinal cross-sectional view of the present invention.

4 is an exemplary cross-sectional view showing an operating state of the present invention.

* Explanation of symbols for main parts of the drawings

1: supply table 2: elevator

21a: lifting plate 3: transfer plate

4, 41: push rod 5: mobile unit main body

5th, 5th: Guideway 6, 7: Bog opening and closing board

6a, 7a: guide rail 6 ', 7': rack gear

5a: electric motor 8, 8a: guide wall

9: Loading plate 5 ': Electric gear

51: operating shaft 51a: rotary gear

10: brick 31: transfer plate

31a: Transfer Conveyor

The present invention relates to a transfer device configured to cure a brick formed in a brick molding machine in a curing device and then load it in a designated place, and configured to allow the transferred brick to be safely transferred to a loading plate through a transfer path. Productivity can be increased.

Conventional brick transfer device is to push the transferred brick to the push plate on the plate to move on the loading plate has a high rate of breakage in the process of being pushed, there is a inconvenience to increase the space occupancy because the installation place should be flat and wide.

The present invention can be used in a narrow place to correct this, and the transfer device is designed to reduce the risk of breakage of the brick during the transfer process described in detail according to the accompanying drawings as follows.

The elevator 21 is installed so as to be connected to the supply base 1 installed so that the cured brick can be transported at a predetermined height through the conveyor device so that it can be connected to the transfer board 3 composed of a cross-linking type on the side thereof. A brick supply part (A) is made on the upper surface of the main body (5) of the conveyor connected to the base plate (3), so that a pair of guide rails (5-ga) (5 b) are rolled on both sides, and the bottom of the brick supply part (A) is half-opened and closed. (6) (7) Attach rack gears 6 'and 7' to the bottom of guide transverse 6a and 7a, and install motor 5a to one side of main body and drive gear 5 'of motor. Connect the operation rotary shaft 51 with the chain belt and attach the rotary gear 51a to the operation rotary shaft to engage with the rack gears 6 'and 7', and lift the elevator on the bottom of the opening and closing part of the opening and closing plate 6 and 7. 21) by placing the brick loading plate 9 on the top plate 21a, taking the brick in the supply section A, and then transferring the loading plate 9 on the elevator. The elevator is lowered to the position (31a) by lowering the plate-loaded plate (9) is pushed to the push rod 41 to move the transfer conveyor (31a) from the elevator top plate.

In this way, the present invention cures the bricks in the curing device, and the cured back stones are loaded on the conveyor device and transported from the curing room to the supply table 1, and then transferred to the base plate of the elevator 21 installed in the supply table at a predetermined height. (3) Ascending to the height of the inlet and pushed to the push rod 41 is transferred to the opening plate (6) (7) provided in the supply portion (A) of the brick moving device body (5) through the transfer plate (3) Is closed and the brick assembly is designed to supply the same quantity of bricks on both sides of the junction of the opening and closing plates (6) and (7).)

The loading plate 9 is horizontally laid on the elevating plate 21a of the elevator 21 at the bottom of the supply unit A, which is prized by the operation of the platform to stand by on the bottom of the opening / closing plate 6, 7 and at this time, the supply unit A When both sides of the motor (5a) is operated, the opening and closing plate opens on both sides and the brick (10) on the opening and closing plate (6) (7) is transferred to the lower loading plate (9), the guide wall (8) (8a) and the opening and closing plates (6) and (7) open on both sides in the middle, so that the bricks can be moved on the plate (9) without being subjected to a great impact and remain upright. To close the opening and closing plate (6) (7) and lower the upper plate of the elevator to stop when the plate (9) position of the brick is lowered to the transfer conveyor (31a) position to operate the push rod (41) Moving the plate (9) to the loading place .

By doing so, it is possible to transfer from the curing place to the loading place without damaging the bricks, and it is advantageous to transfer and load several bricks at once, and to change the conveying direction easily so that it can be used conveniently in a relatively narrow space. It is possible to automate the brick production and loading industry, which has the advantage that the economic benefits are great.

Claims (1)

An elevator 21 is installed between the feeder 1 to which the cured brick is supplied and the transfer plate 3 which is crosslinked, and the brick supply part A is provided on the upper surface of the main body 5 of the feeder connected to the transfer plate 3. To guide the two opening and closing plates (6) and (7) by arranging a pair of guide rails (5a) (5b) on both sides and forming the bottom of the brick supply section (A) with half-opening closing plates (6) and (7). The rack gears 6 'and 7' are attached to the bottom of the transverse 6a0 (7a) to engage with the rotary gears 51a of the operating rotation shaft 51 of the conveyor main body, and to open and close the opening and closing plates 6 and 7. The elevator 21 is mounted on the bottom surface, and the brick loading plate 9 is laid on the top plate 21a, and the brick loading plate 9 is pushed to the pusher 41 at the position of the transfer conveyor 31 to transfer the conveyor 21a. Brick transport device configured to be moved to).