KR940004562Y1 - Brick feed rod - Google Patents

Abstract

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Description

Feeding rod of brick diverter

1 is a perspective view schematically showing a brick diverter.

Figure 2 is a perspective view showing a transport rod of the brick direction changer of the present invention.

3 (a) and 3 (b) show different embodiments, respectively.

4 is a view showing a state of use of the transfer rod of the present invention brick diverter.

* Explanation of symbols for main parts of the drawings

1: base frame 2: upper curved frame

3: lower curved frame 4: carrier chain

5a, 5b: Sprocket 6: Crossbar

8: incoming conveyor 9: pillar member

10: slide mechanism 10a: rod

10b: transfer pipe 11: cylinder mechanism

11a: cylinder rod 12: moving plate

12a: projection 13: motor

14 carrier 15 a projection

16: adjusting mechanism 17: fixed piece

18: conveying body 19: conveying piece

The present invention relates to a transfer rod, and more particularly, to a transfer rod of a brick direction changer in which bricks stacked up in a row from an incoming conveyor are arranged along a path of a curved frame and chain-driven in an endless track by an electric motor. will be.

First, the brick direction converter will be described briefly.

1 is a schematic perspective view showing an appearance of a brick changer.

In this figure, the main body is constituted by a pair of base frames 1 symmetrical to each other, a predetermined number of pillar members 9, and upper and lower curved frames 2 and 3, and the upper and lower curved lines. The two conveying chains 4, which are chain-driven in an endless track form along the paths of the frames 2 and 3, and at appropriate places of the chain transmission trajectory of the conveying chain 4, The sprockets 5a and 5b which are chain driven by a plurality of sprockets that rotate in engagement with 4), that is, the electric motor 13 installed at the rear end of the upper and lower curved frames 2 and 3, are driven. The basic configuration of the brick diverter which is chain driven is shown.

The conveying chain 4 operates in an endless track along a long rail formed in the upper curved frame 2. In addition, the lower curved frame 3 is formed with a plurality of carriers 14 (multiple rollers) in a pivoting state, and between the pillar member 9 and the upper and lower curved frames 2, 3. The projections 15 integrally formed on the pair of crossbars 6 fixedly attached at both ends thereof are fixedly attached to the projections 15, and the projections 15 are horizontally reciprocated together with the operation of the cylinder mechanism 11 operated by a constant stroke. At the same time as the slide mechanism 10 is installed, the pair of slide mechanisms 10 and the cylinder mechanism 11 are formed with a moving plate 12 fixedly attached to the end of the cylinder rod 11a. At both ends of the upper portion of the movable plate 12, protrusions 12a are formed, which are fitted with rods 10a of the slide mechanism 10 to form a slide operation hole, and the slide mechanism 10 has a rod ( 10a) and a transfer pipe 10b, and opposite ends of the inner surface of the transfer pipe 10b face each other. Be a pair of bearings are provided.

At the same time, by the width of the distance that the moving plate 12 is moved horizontally, an inlet conveyor 8 driven by a motor (not shown) is placed in front of the lower curved frame 3, that is, the upper curved frame 2. And between the lower curved frame (3).

The upper and lower frames 2, 3 are provided with a pair of adjusting mechanisms 16 for adjusting the tension of the conveying chain 4, respectively.

That is, the adjustment mechanism 16 is adjusted by the adjustment of the elongated adjustment rod which is screwed integrally to each of the pair of sprockets 5a and 5b and fixedly attached to the nut.

The present invention is attached to the conveying chain 4 and chain transfers with the conveying chain 4 to transfer bricks of a predetermined shape, and the conveying trajectory is curved so that the direction is automatically converted to 90 degrees. It relates to a transfer rod applied to the diverter.

Therefore, the present invention, the fixing piece 17 and the two conveying chains 4 and the fixed piece 17 forming a substantially 'b' shape in each inner direction of the two sets of conveying chains 4 facing each other, At the same time, it is composed of a conveying body (18) fixedly attached to the fixing piece (17) is characterized in that for transporting bricks by chain transmission.

EXAMPLE

Hereinafter, an embodiment of the present invention by the accompanying drawings as follows.

FIG. 1 is a schematic perspective view of the brick turning device as a whole, and reference numerals of parts symmetrical to each other are omitted.

It is configured to chain-drive by receiving chain power from a plurality of sprockets that rotate in engagement with the conveying chain 4, that is, by an electric motor 13 installed at the rear end of the upper and lower curved frames 2 and 3. In the brick reversing device, the two pairs of conveying chains 4 facing each other are formed integrally with a fixed piece 17 of approximately " a " shape on both ends or the tip, respectively, and the protruding fixing pieces 17 ) Is installed by drilling two or more holes and inserting two or more elongated conveying bodies 18 and joining them by welding or other joining means.

Figure 3 (a) is another embodiment of the present invention is formed between the two sets of conveying chains 4 facing each other the conveying piece 19, the conveying means in a substantially "b" shape, and the third (b ) Is another embodiment of the present invention, the transfer rod of the brick direction changer consisting of a substantially long rectangular plate (hereinafter referred to as a transfer plate).

Hereinafter, the operation of the present invention configured as described above.

The sprocket which is chain driven by the power of the electric motor 13 installed at the rear end of the upper and lower curved frames 2 and 3 is rotated by the rotational force, and the rotational force is the lower curve by the chain drive. By transmitting power to the two sprockets 5a and 5b installed in the mold frame 3, the chain is smoothly driven and desired to the drawing conveyor 8 driven by a predetermined drawing device, that is, a motor not shown. When the number of bricks are aligned and the motor is driven, the bricks mounted on the inlet conveyor (8) are installed on a pair of crossbars (6) at the same time by the detection sensor (not shown) and installed horizontally with a constant stroke. The pair of slide mechanisms 10 and the movable plate 12 formed integrally with the cylinder mechanism 11 always move back and forth with a constant stroke to move the bricks stepped up. When pushed toward the sub-curve frame 3, the brick is placed on the conveying body 18 formed between the conveying chains 4 composed of the two sets, and at the same time, the erected brick is gradually stepped into the lower curved frame 3 ) Is smoothly conveyed along the carrier body 14 which consists of several rollers which are rotated freely.

The present invention has the following effects by the above operation.

By integrating the operation of the conveying conveyor, slide mechanism, and cylinder mechanism, etc., it is integrated into a single structure so that bricks are smoothly loaded on the transfer rod that moves chainlessly along the path of the curved frame formed integrally with the base frame. And it is possible to change the direction, and also can easily transfer a large amount of bricks within a short time, and smoothly sent to the conveyor which is another transport means to prevent the time and bricks from being broken.

Claims (1)

The path of the curved frame (2), (3) to the main body consisting of a base frame (1), a predetermined number of pillar members (9) and a pair of upper and lower curved frames (2), (3) And a plurality of rollers 14 which are freely installed at the bottom of the frame 3 located in the lower part of the curved frame and two sets of conveying chains facing each other at the same time as chain-driven in an endless track form, In a brick turning device composed of a plurality of sprockets meshing with the conveying chain 4 and rotating at a suitable position of the chain transmission trajectory of the conveying chain 4, the two sets of conveying chains 4 facing each other. A conveying body fixedly attached to the fixing piece 17 while being arranged in a form that crosses the two carrier chains 4 and the fixed piece 17 forming an approximately 'A' shape in each inner direction of the It is composed of 18 characterized in that for transporting bricks by chain transmission Feeding rod of the brick diverter.