KR100775248B1 - An apparatus for managing the dropped coke in coke guide transfer car - Google Patents

Abstract

The present invention relates to an apparatus for treating Nak coke in a transfer car coke guide.

The present invention, the movable guide 15 is assembled so as to be horizontally movable relative to the fixed guide 10 fixedly mounted near the tip of the cock guide 160, and the arc-shaped slide formed on the left and right sides of the moving guide 15 A bucket 20 having a guide roller 21 moving along the groove 16 at both ends of the tip, and a bucket 20 assembled at the rear end thereof with a rotating shaft 23 rotatably assembled at the tip of the cock guide 160, and the movement. Mounting the lower stopper 31 which interferes with the upper stopper 19 of the guider 15 at one end, and the seesaw movement according to the position of the control roller 34 mounted on the lower surface of the coke guide 160 The bar 30, the pinion gear 24 mounted to one end of the rotating shaft 23 of the bucket 20 and the processing unit 40 having a rack gear 42 is engaged with the falling coke during the return The bucket 20 is pivoted upward to be discharged into the cock guide 160, thereby transferring the car. When the coke guide is reversed, it is transferred to the inside of the coke guide so that the falling coke does not fall to the bottom of the facility, thereby reducing the burden on the worker and preventing pollution of the surrounding environment.

Carbonization chamber, Nak coke, Mobile guider, Bucket, Pinion gear

Description

Nak coke processing device of transfer car coke guide {AN APPARATUS FOR MANAGING THE DROPPED COKE IN COKE GUIDE TRANSFER CAR}

1 is a block diagram showing an apparatus for treating coke coke of a transfer car coke guide according to the present invention,

Figure 2 is a plan view showing an apparatus for treating coke coke of the transfer car coke guide according to the present invention,

3 is an exploded perspective view showing an apparatus for treating coke coke of a transfer car coke guide according to the present invention;

Figure 4 is a side view of the Nak coke processing apparatus of the transfer car coke guide according to the present invention,

5 is a working state diagram showing a Nak coke processing apparatus of the transfer car coke guide according to the present invention,

6 is a working state in which conventional knock coke is generated.

Explanation of symbols on the main parts of the drawings

10 ..... Fixed guider 12a, 12b .... Roll guide groove

15 ..... guide guide 16 ..... arc slide groove

19 ..... Upper Stopper 20 ..... Bucket

21 ..... Guide Roller 23 ..... Shaft                 

24 ..... Pinion Gear 30 ..... Operation Bar

31 ..... Lower Stopper 34 ..... Control Roller

39 ..... Protruding Jaw 42 ..... Rack Gear

110 .... Carbonide 160 ..... Transfer Car Coke Guide

The present invention relates to a device for treating Nak coke in a transfer car coke guide, more specifically, after the completion of extruding the coking coke dried carbonized in the coke oven, Nak coke generated when the transfer car coke guide backwards fall to the bottom of the installation The present invention relates to a coke guide handling apparatus for transfer coke guides that can be transported to the inside of the coke guide to reduce the worker's workload and prevent contamination of the surrounding environment.

In general, the coke oven carbonization chamber is carbonized into the inside of the coal for a suitable time (19 hours) to produce a coke coke, and when the coking is completed, extrusion of the coke coke.

During the extrusion operation using the RAM, an extruder, the red coke in the carbonization chamber 110 is pushed out of the carbonization chamber 110 by the transfer car coke guide 160 and loaded into the loading box of the CARRIAGE CAR. do.

However, as shown in FIG. 6, after the extruding operation of the red coke using the extruder, the coke guide 160 is returned to the home position by the operation of the hydraulic motor, and vibration and wind generated during the operation of the equipment. As a result, a large amount of Naked coke is generated at the front end of the coke guide 160 and the tar receiving 181 of the carbonization chamber 110.

Such nac coke causes equipment accidents, a large amount of flames and dusts are generated, and a lot of manpower is put into the work to remove Nak Coke which has fallen to the bottom while increasing the burden on the worker due to the gas (GAS) ejection. There was a problem.

Accordingly, the present invention has been proposed to solve the conventional problems as described above, the object is that dust, gas by Nak coke generated when returning the transfer car coke guide advanced during the extrusion operation to the correct position after the extrusion operation And to prevent the occurrence of flames, to prevent the safety accidents of the operator, and to provide a transfer coke coke guide handling apparatus of the coke guide to prevent the deterioration of work productivity due to removal of Nak coke and excessive manpower input do.

As a technical configuration for achieving the above object, the present invention,

In the apparatus for processing Nak coke generated in the transfer car coke guide to advance and back to extrude the red coke of the carbonization chamber,

The guide and the guide roller which is moved along the arc-shaped slide groove formed on the left and right sides of the movement guide, and the guide guide is assembled so as to slide horizontally with respect to the fixed guide fixedly mounted near the tip of the cock guide, A bucket assembled at the rear end with a rotating shaft rotatably assembled at the tip of the cock guide and a lower stopper interfering with the upper stopper of the movable guider are mounted at one end, and according to the position of the control roller mounted on the lower surface of the cock guide. It includes an operating bar that performs a seesaw movement, a pinion gear mounted to one end of the rotating shaft of the bucket, and a processing unit having a rack gear that is engaged with the gear, so that the bucket is pivoted upward to discharge the Nak coke into the coke guide during the return. The present invention provides a transfer coke processing apparatus for a coke guide.

Hereinafter, the present invention will be described in more detail with reference to the drawings.

Figure 1 is a block diagram showing an apparatus for treating coke guides of coke guides according to the present invention, Figure 2 is a plan view showing the apparatus for treating coke guides of coke guides according to the present invention, Figure 3 is a present invention Figure 4 is an exploded perspective view showing a Nak coke processing apparatus of the transfer car coke guide according to, Figure 4 is a side view of the Nak coke processing apparatus of a transfer car coke guide according to the present invention, Figure 5 is a transfer car coke guide of the present invention It is a working state diagram which shows a Nak coke processing apparatus.

1 to 5, the apparatus 1 advances the transfer car coke guide 60 to the carbonization chamber 110 to extrude the red coke of the carbonization chamber 110, and then extrudes it. When the work is completed, the apparatus 1 is fixed guider 10 and moved by discharging into the coke guide 160 so that the Nak coke discharged from the carbonization chamber 110 does not fall to the lower part of the facility when the work is completed. The guider 15, the bucket 20, the operation bar 30 and the processing unit 40 is composed of.

That is, the fixing guide 10 is fixed as a plurality of screw members (11) near the front end of the coke guide 160 is advanced back and forth toward the carbonization chamber 110, the door is opened by the driving force of the hydraulic motor during the extrusion operation. It is a plate with a cross section of the 'c' shape that is installed.

In addition, the movement guide 15 is a plate of the '' 'shape that is assembled to be capable of horizontal sliding movement with respect to the fixed guider 10 fixed to the cock guide 160, the bucket 20 on both sides Arc-shaped slide grooves 16 are formed on the left and right sides of the tip, on which guide rollers 21 mounted as screw members 22 are arranged. The upper and lower ends of the moving guider 15 are provided with a plurality of upper and lower guide rollers 17 so as to travel along the roll guide grooves 12a and 12b formed at the upper and lower ends of the fixed guider 10 without external deviation. 18 are assembled, respectively.

Here, the arc-shaped slide groove 16 is preferably provided with a sufficient arc length enough to rotate the bucket 100 ° or more so that the Nak coke stored therein to be discharged to the coke guide 160 side.

In addition, the bucket 20, which collects the coke falling from the carbonization chamber 110 during the backward return of the coke guide 160 after completion of the extrusion operation, the rotating shaft 23 is rotatably assembled to the tip of the coke guide 160. The pinion gear 24 is mounted at one end of the rotary shaft 23.

In addition, a predetermined length of the operation bar 30 fixed to the lower portion of the coke guide 160 is a lower stopper 31 that interferes with the upper stopper 19 fixedly mounted on the rear end lower surface of the moving guide 15. ) Is mounted at one end, the lower stopper 31 is received in the groove (31a) formed in one end of the operation bar 30, the hinge pin (32a) is assembled to the groove (31a) as a nut member (32a) End is rotatably assembled, and is elastically supported upward by the first spring 32 accommodated in the recess 31a.

The operation bar 30 is rotatably assembled between the center pin 33 and the length of the pin bracket (33a) is fixed to the bottom surface to the left and right both ends up and down around the center pin (33). A control roller which is pivoted and has a control roller 34 as a screw member 34a on a lower surface of the coke guide 160 corresponding to the operating bar 30 and runs along an upper surface of the operating bar 30. Depending on the position of the 34, the operation bar 30 is a seesaw movement of the left and right ends around the center pin 33.

In addition, the other end of the operation bar 30 has a second spring 35 so as to be separated from the upper stopper 19 by lowering one end of the lower stopper 31 when the control roller 34 is detached. The guide bar 36 is formed with a through hole 36a inserted therein, and an anti-separation stopper 37 is mounted on the upper end of the guide bar 36 as a screw member 37a, while the operation bar 30 At the other end, a projection jaw 39 having a predetermined length is formed so that the engaging force between the upper stopper 19 and the lower stopper 31 can be made during the discharging operation of the bucket.

On the other hand, the processing unit 40 for turning the bucket 20 stored in the back of the coke guide 160 to the coke guide 160 when the back coke is stored is pinion mounted on one end of the rotating shaft 23 of the bucket 20 The gear 24 and the rack gear 42 is meshed, the rack gear 42 is provided with a fixed block 43 fixed to the cog guide 160 as a screw member 42a Configure.

The operation and effects of the present invention having the configuration as described above will be described.                     

Advancing the transfer car coke guide 160 assembled to the drive gear of the hydraulic motor 120 toward the carbonization chamber 110 in order to extinguish the red coke produced by distilling coal charged into the carbonization chamber for a proper time (19 hours). When moved, the control roller 34 mounted on the lower surface of the cock guide 160 is also advanced while pressing the other end of the operation bar 30 assembled to the center pin 33, while pressing the right end on the drawing the operation bar 30 Proceeds on the upper surface.

In this case, the balance of the operating bar 30 maintained in a horizontal state is broken by the elastic force of the second spring 35 of the guide bar 36 assembled at the other end of the operating bar 30. The lower end of the lower stopper 31 mounted on the other end is raised by pressing downward on the right end of the control roller 34.

In this case, the moving guider 15 is assembled to the fixed guide 10 assembled to the coke guide 160 to be moved forward, and is exposed downward through the opening 10a opened in the bottom surface of the fixed guider 10. While the upper stopper 19 and the lower stopper 31 in contact with each other, the upper stopper 19 passes through the inclined surface while pressing the lower stopper 31 which is vertically flown by the first spring 32, The upper and lower stoppers 19 and 31 correspond to each other at right angles.

In addition, the forward operation of the coke guide 160 is completed to perform the operation of extruding the red coke into the carbonization chamber 110 as an extruder, and after the end of the work of extruding the red coke, the coke guide 160 When moving backward from the left side to the right side in the drawing, the control roller 34 together with the fixed guide 10 mounted on the cock guide 160 is moved backward along the upper surface of the operation bar 30.                     

Subsequently, the operation bar 30 raises the lower stopper 31 mounted at one end about the center pin while the other end descends while compressing the second spring 35, thereby providing the first The lower stopper 31 which is lifted by the elastic force of the spring 32 and the upper stopper 31 of the movable guider 15 generate a locking force while the right angles face each other.

In this state, if the reverse of the cock guide 160 is made, the fixed guide 10 is moved backwards, while the movement guide 15 is the roll guide groove 12a of the fixed guide 10 The state is relatively advanced by the upper and lower guide rolls 17 and 18a disposed at the bottom 12a, and the control roller 34 passes through the upper surface of the projection shaft 39 for a predetermined distance. The locking force of the upper and lower stoppers 19 and 31 is maintained.

At this time, the pinion gear 24 mounted at one end of the rotating shaft 23 of the bucket 20, which is backward with the coke guide 160, is engaged with the rack gear 42 installed at one side of the coke guide 160. While turning the bucket 20 upwards (clockwise in the drawing) about the rotation shaft 23 as the center, the guide rollers 21 assembled at the left, right, and left sides of the bucket 20 are guided by the moving guider 15. Since it is pivoted along the arc-shaped slide grooves 16 formed on both left and right sides of the bottom surface, the drop of nak coke that has been dropped and stored in the inner space of the bucket 20 is totally discharged into the coke guide 160.

According to the present invention as described above, to prevent the falling coke generated in the process of extruding the red coke of the carbonization chamber is collected in the bucket to prevent the fall of the coke guide after the extrusion operation to the bottom of the installation into the coke guide. By transporting, it prevents equipment accidents caused by Nakcox, maintains a comfortable working environment, reduces the mental and work burden of the workers who treat Nakcox, and manages the productivity of the workforce by efficient furnace management. Compared with the above can be significantly improved.

While the invention has been shown and described with respect to specific embodiments thereof, it will be apparent to those skilled in the art that various changes and modifications can be made without departing from the spirit or scope of the invention as set forth in the claims below. I would like to clarify that knowledge is easy to know.

Claims (4)

In the apparatus for processing the Nak coke generated in the transfer car coke guide 160 is advanced back and forth to extrude the red coke of the carbonization chamber 110, A movement guider 15 which is assembled to be slidably movable relative to the fixed guider 10 fixedly mounted near the tip of the cock guide 160, and arc-shaped slide grooves 16 formed on both left and right sides of the movement guider 15; A bucket 20 having a guide roller 21 moving along the front and rear sides of the tip, a bucket 20 assembled with a rotating shaft 23 rotatably assembled at the tip of the cock guide 160, and the moving guide 15 Mounting the lower stopper 31 which interferes with the upper stopper 19 of the () at one end, the operation bar 30 for the seesaw movement according to the position of the control roller 34 mounted on the lower surface of the cock guide 160 ), And a processing unit 40 having a pinion gear 24 mounted at one end of the rotating shaft 23 of the bucket 20 and a rack gear 42 that is engaged with the coke guide. 160 is characterized in that the pivoting operation upwards to the bucket 20 to be discharged into Camel coke processing apparatus of the lance peoka coke guide. The method of claim 1, The moving guider 15 has a plurality of upper and lower guide rollers 17 so as to travel along the roll guide grooves 12a and 12b formed at the upper and lower ends of the fixed guider 10 at the upper and lower ends thereof. Nak coke processing apparatus of the transfer car coke guide, characterized in that each (18) is assembled. The method of claim 1, The lower stopper 31 is accommodated in the groove 31a formed at one end of the operation bar 30, and one end is rotatable to a hinge pin 32a assembled as a nut member 32a in the groove 31a. Assembled, Nak coke processing apparatus of the transfer car coke guide, characterized in that it is elastically supported upward by the first spring (32) accommodated in the groove (31a). The method of claim 1, The other end of the operation bar 30 forms a through hole 36a into which the guide bar 36 having the second spring 35 is inserted, and the stopper 37 for preventing separation is formed at the upper end of the guide bar 36. Nak coke treatment of the transfer car coke guide, characterized in that it is mounted as a screw member (37a), and provided with a projection jaw (39) having a predetermined length so that the holding force between the upper and lower stoppers (19, 31) is maintained. Device

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