KR101605753B1 - Fallen object processing apparatus - Google Patents

Abstract

The present invention relates to a falling apparatus for a drop material, comprising: a body part which is provided to receive a falling object around a facility where a falling object is generated and forms a moving path so that the falling object is transferred to the container; And a driving part connected to the guiding part and the body part for guiding the body part to cover the upper part of the container or make the body part move away from the upper part of the container, the falling article can be easily transferred to a desired position.
That is, the falling frame can be transferred to the coke pan by forming a space for accommodating the falling coke and disposing the moving frame in which the discharge hole for discharging the falling coke is formed, on the upper part of the coke pan or deviating from the upper part.
Therefore, it is not easy to transfer the raked coke generated from the coke oven door cleaning facility to the coke pan, and it is possible to reduce the labor of manually handling the latex coke by the operator, thereby restraining the burden on the worker from being increased. It is possible to prevent work delay.
Further, the petroleum coke can be quickly transferred to the coke pan, and environmental pollution due to dust or the like generated in the processing of the petroleum coke can be suppressed.

Description

[0001] Falling object processing apparatus [

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a falling apparatus, and more particularly, to a falling apparatus capable of easily transferring falling objects generated when a deposit attached to a container for treating a raw material is removed to a desired position.

Generally, the coke used as a means of ensuring ventilation in addition to the role of a heat source, a reducing agent, and the like in a blast furnace is produced by carbonizing coal in a coke oven.

An extruder is installed in the upper part of the coke oven to allow coal to be introduced into the coke oven, and an extruder for discharging the gelled coke to the outside of the coke oven is installed at one side of the coke oven. An extruder A transfer car for storing and transporting the extruded glow-in coke is disposed, and a fire extinguisher is disposed under the transfer car.

After the coke oven door is opened, the ram of the extruder is moved to the inside of the coke oven so that the red coke is discharged to the transfer car side and loaded on the fire extinguisher. Then, the digested car loaded with the glowing coke moves to the digestion tower, and the gypsum coke is digested by the digested water sprayed from the digestion tower.

Carbon and tar are generated in the carbonaceous chamber by the chemical reaction accompanied by the coal carbonization process in the coke oven, and the carbon and tar are generated and attached to the surface of the refractory of the door. Accordingly, when the door is mounted, the adhesion between the door frame and the door sealing member is lowered, and the airtightness of the carbonization chamber is not maintained.

Conventionally, a door cleaner is installed in a coke oven facility, and a plurality of scrapers provided on a door cleaner are used to scrape off carbon and tar adhered to the door opening of a door when the carcass door is detached. It was removed.

However, since there is no device for collecting and moving the separated carbon and tar (hereinafter referred to as treated material) separately, it is not easy to transfer the treated material to the coke hopper which is discharged into a container for collection of treated water or a vehicle, Environmental pollution is caused because the treated water accumulates around it and is directly exposed to the atmosphere.

In addition, since a worker uses the coke hopper to scrape off the treated material accumulated in the coke pan manually to discharge the treated water into the coke hopper, the load of the worker may be increased and the damage may be caused to the person.

In addition, since the worker manually carries out the process of transferring the processed water, the operation of the coke oven facility must be inevitably interrupted and the treated water must be treated, since the heat from the coke oven must not be harmful to the operator.

As a result, the efficiency and productivity of the coke oven facility deteriorate, which ultimately raises the manufacturing cost of the coke.

KR 2013-0074867 A1 KR 2013-0123850 A1 KR 2014-0081589 A1

The present invention provides a falling apparatus which can stably operate a facility by quickly and easily transferring falling objects.

The present invention provides a falling apparatus capable of reducing air pollution and a worker's load.

The present invention provides an apparatus for treating fallen objects which can increase the efficiency and productivity of the process facility and prevent an increase in the manufacturing cost of the process end product.

The apparatus for treating a falling object according to an embodiment of the present invention includes a body portion provided to accommodate the falling body around a facility where a falling body is generated and forming a movement path of the falling body so that the falling body is transferred to the vessel, An induction part provided in the container for guiding the falling object to the container; And a driving part connected to the body part to allow the body part to cover the top of the container or make it move away from the top of the container.

Wherein the body portion includes a fixed frame formed of a bottom surface and a side surface in one direction, a movable frame extending in the other direction crossing the one direction, at least a part of the outer surface in one direction being connected to a side surface of the fixed frame, And a falling object mounted on an inner surface of the moving frame in the one direction to form a plane in a direction parallel to the bottom surface.

The induction unit may include at least one induction member spaced apart from each other along the movement path, and induction member conveyance means for forming a closed loop along the movement path at the inner surface of the movable frame, have.

The guide member is disposed to surround the fallowers in the other direction, and one end of the guide member disposed on the fallowers can be disposed in contact with the upper surface of the fallowers.

Wherein the moving frame comprises a front end region formed at a front end of the movement path and a discharge region formed at a position spaced from the front end region and in which the falling matter is discharged to the container and a discharge region for interconnecting the front end region and the discharge region And may include an intermediate region.

Wherein the guide member transfer means comprises a pair of rollers spaced apart from each other in the front end region and the discharge region and a chain circulating along the roller, A discharge hole through which the falling material is discharged may be formed between the side surfaces of the discharge port.

The front end region and the discharge region may be disposed at a higher position than the intermediate region, and the discharge region may be disposed at a position higher than the front end region.

The driving unit includes a connecting member fixed to an outer surface of the moving frame and including a moving bar reciprocally movable in the moving direction, a driver mounted on an outer surface of the fixing frame and providing power to the moving bar, And a fixing member for fixing the actuator.

The body and the guide portion may be connected to a tension portion for maintaining the tension of the guide portion transfer means.

The facility is a means of cleaning the coke oven door, and the drop may be coke removed from the coke oven door.

According to the apparatus for treating fallen objects according to the embodiment of the present invention, falling objects occurring at the time of maintenance of equipment for treating a raw material can be quickly and easily transferred to a desired position and processed. For example, it is possible to quickly and easily transfer the rake coke produced in the processing of the coke attached to the door of the coke oven to the coke pan. Thus, it is possible to prevent and prevent the accumulated coke oven cake accumulated after the coke oven treatment from being deposited around the coke oven and being conveyed to the coke oven.

That is, a drop receiver receiving the coke attached to the door of the coke oven and an induction member for guiding the coke to the coke fan are installed in the moving frame in a direction parallel to the extending direction of the moving frame, and the moving frame covers the upper part of the coke pan So that the falling object can be transferred to the coke pan without affecting the operation state of the coke pan.

Therefore, it is not easy to transfer the raked coke generated from the coke oven door cleaning facility to the coke pan, and it is possible to reduce the labor of manually handling the latex coke by the operator, thereby restraining the burden on the worker from being increased. It is possible to prevent work delay.

Further, the petroleum coke can be quickly transferred to the coke pan, and environmental pollution due to dust or the like generated in the processing of the petroleum coke can be suppressed.

1 is a view showing a coke oven facility equipped with a falling apparatus according to an embodiment of the present invention.
2 is a perspective view illustrating a falling apparatus according to an embodiment of the present invention.
3 is a plan view of the falling apparatus shown in Fig.
4 is a cross-sectional view of the falling apparatus shown in Fig.
5 is an exploded perspective view illustrating a driving unit according to an embodiment of the present invention.
FIG. 6 is a view for explaining an operation state of a falling object processing apparatus according to an embodiment of the present invention.
FIG. 7 is a view showing a method of processing a falling object using the apparatus for treating a falling object according to an embodiment of the present invention.

Before describing the embodiments of the present invention in detail with reference to the accompanying drawings, it is to be understood that the invention is not limited to the details of construction and the arrangement of the elements described in the following detailed description or illustrated in the drawings. The invention may be embodied and carried out in other embodiments, and may be carried out in various ways.

Herein, it will be appreciated that the device or component orientation (e.g., "front", "back", "up", "down", "top" Quot ;, "left," " right, "" lateral," and the like) used herein are used merely to simplify the description of the present invention, It will be appreciated that the device or element does not indicate or imply that it should simply have a particular orientation. Also, terms such as " first "and" second "are used herein for the purpose of the description and the appended claims, and are not intended to indicate or imply their relative importance or purpose.

In addition, throughout the specification, when an element is referred to as "including " an element, it means that the element may include other elements, not excluding other elements unless specifically stated otherwise.

The apparatus for treating fallen objects according to the embodiment of the present invention can be disposed in the vicinity of a facility where the treated water is generated, thereby quickly and easily treating the treated water to a desired position. In the following examples, an example in which the fallow treatment apparatus of the present invention is applied to conveying a rake coke treated from a door cleaner for treating a coke attached to a door of a coke oven to a coke oven is described. In other words, the facility is a cleaner of the coke oven door, and the fallen article is a drop coke.

Hereinafter, a falling apparatus according to an embodiment of the present invention will be described with reference to FIGS. 1 to 7. FIG. 1 is a view showing a coke oven facility equipped with a falling apparatus according to an embodiment of the present invention. 2 is a perspective view illustrating a falling apparatus according to an embodiment of the present invention. 3 is a plan view of the falling apparatus shown in Fig. 4 is a cross-sectional view of the falling apparatus shown in Fig. 5 is an exploded perspective view illustrating a driving unit according to an embodiment of the present invention. FIG. 6 is a view for explaining an operation state of a falling object processing apparatus according to an embodiment of the present invention. FIG. 7 is a view showing a method of processing a falling object using the apparatus for treating a falling object according to an embodiment of the present invention.

Prior to the description of the apparatus 400 for treating a falling object according to an embodiment of the present invention, a coke oven facility for producing coal as a coke oven will be described with reference to FIG.

The coke oven facility includes a coke oven 100 composed of a plurality of carbonized chambers arranged side by side to form a space for carburizing coal as raw coal and a coke oven 100 installed at an upper part of the coke oven 100 to charge coal into the coke oven 100 And an extruder 300 installed at one side of the coke oven 100 to extrude the glow-plugged coke. A door cleaner for removing deposits adhered to the door 110 is provided at a position close to the door 110 of the coke oven 100. The falling apparatus 400 according to the embodiment of the present invention is disposed at the lower portion of the door cleaner D · C and receives the dropped coke processed by the door cleaner D · C, F can be easily transferred to the coke pan (C · F) in a state in which it does not interfere with the operating range of the coke oven (F).

2 to 4, the falling apparatus 400 is provided to receive a drop coke at the periphery of the door cleaner D · C where the drop coke is generated, and the drop is transferred to the coke pan C · F The induction part 430 and the body part 410 which are provided in the body part 410 and guide the rakish coke by the coke pan C · F are provided on the body part 410, And a driving unit 450 that connects the body part 410 to cover the upper part of the coke pan C · F or to move the body part 410 to move away from the upper part of the coke pan C · F. The body portion 410 and the guide portion 430 may be further provided with a tension portion 470 for maintaining a tension of a part of the configuration of the guide portion 430.

That is, the falling object processing apparatus 400 is disposed in a position where the coke pan C · F is disposed from the position where the door cleaner D · C is disposed to a position where the drop coke processed by the door cleaner D · C is conveyed And the upper part of the coke pan (C · F) is disposed at a position where the coke pan (C · F) is arranged to receive the falling object so as not to interfere with the moving area when the coke pan F when the coke pan C · F is disposed at a position for subsequent processing after the completion of the movement of the drop coke to the coke pan C · F, .

Hereinafter, the position at which the coke pan C · F accommodates the dropped coke is a case where the coke pan C · F arranged in a vertical state is inclined and disposed in a horizontal state in which the upper portion is opened, F are arranged at positions for subsequent processing, the angles of inclination in the state of being arranged in the original position, that is, in the horizontal direction, are restored again, so that the state of being arranged in the vertical state will be described.

The coke pan C · F is for delivering the knocked coke except for the coke to the dry fire extinguishing facility in the coke oven 100. The hopper is connected to the extruder 300 and fixed to the coke oven 100 . At this time, the hopper is opened to open the upper part so as to allow the falling coke to flow, and the lower part is opened so as to discharge the falling coke to the upper part of the lower coke processing unit. Here, the coke pan C · F is used to remove the carbon adhered to the door 110 when the raked coke is generated, for example, when the coal is completely dried and the door 110 of the coke oven 100 is opened, When the door 110 is cleaned using the door cleaner D · C, the door is elevated in a vertical direction and tilted in a waiting state so that the plane is aligned with the ground, that is, horizontally, Ready for deployment.

The body portion 410 is disposed close to the coke pan C · F and a space for accommodating the rakecoque is formed therein and the upper portion is opened to collect the drop coke falling from the door cleaner D · C . That is, the body portion 410 can be disposed at least partially by reciprocating movement in the horizontal direction, covering or covering the upper portion of the coke pan C · F in the prepared arrangement state of the coke pan C · F. The body 410 includes a fixed frame 4110 formed in a bottom surface and one side in one direction, and at least a part of the outer side in one direction extends in the other direction crossing the one direction, A moving frame 4130 connected to the side of the fixed frame 4110 and a falling object 4150 mounted on the inner side of the moving frame in one direction forming a plane parallel to the bottom surface of the fixed frame 4110.

The fixed frame 4110 supports the movable frame 4130 to provide a guide for moving the movable frame 4130 in the horizontal direction. The fixed frame 4110 is movable in a state in which the movable frame 4130 is supported, At least a part of the moving frame 4130 can be inserted and moved to the inner surface of the fixed frame 4110 as shown in the enlarged view of FIG. 2 so that the frame 4130 can move in the horizontal direction. At this time, although not shown, a member such as a rotatable wheel is mounted on the outer surface of the moving frame 4130 which contacts the fixed frame 4110 so that the wheel is inserted into the inner surface of the fixed frame 4110, May be formed so as to be easily moved using the wheel while being inserted into the fixed frame 4110. [ At this time, the fixed frame 4110 is provided so as to surround only a predetermined area from the center with respect to the total length of the movable frame 4130 in the other direction, And may be formed so that at least a part of the driving unit 450 may be connected to the same side of the fixed frame 4110 and the movable frame 4130, respectively.

The movable frame 4130 is connected to the fixed frame 4110 and extends in the other direction, and may be movable in the horizontal direction with respect to the fixed frame 4110. The moving frame 4130 is formed at the front end region A formed at the front end of the movement path of the rakecoque with reference to the entire width extended in the other direction and at a position spaced from the front end region A, A discharge region C discharged to the coke pan C · F and an intermediate region C for connecting the front end region A and the discharge region C with each other. That is, the middle area B is a space for collecting the hot glow coke, that is, the low grade coke, falling from the door cleaner D · C. The discharging area C is formed by a discharging hole E · H through which the dropping coke transferred to the dropping tray 4150 is moved and dropped to the coke pan C · F and the guide member transporting means 4330 Is mounted on the outer side of the movable frame 4130. Fig. The front end area A is an area where the guide member 4310 passing through the discharge area C returns to return to the middle area B again. Here, the front end region A and the discharge region C can be disposed at a position higher than the intermediate region B, which is advantageous in that the drop coke falling toward the front end region A easily flows into the middle region B So that the moving frame 4130 is disposed at a position higher than the vertical height of the coke pan C · F so that the coke pan C · F can be disposed at the lower portion of the discharge region C . Therefore, the discharge region C is formed to be disposed at a relatively higher position than the front end region A, and can be formed so as not to collide with the upper end of the coke pan C · F.

The fallowing pan 4150 is provided with a plane parallel to the bottom surface of the fixed frame 4110 so that the fallow cans pass through the moving frame 4130 and are fixed And serves to block falling on the frame 4110. The fallowers 4150 are arranged so as to surround the construction of the guide portion 430 so that one end of the guide member 4310 comes into contact with the upper surface of the fallowers 4150 to scrape or push out the fallow cokes on the fallowers 4150, To the region (C). At this time, as shown in FIG. 4, the fallowing object 4150 is formed to extend along the intermediate region B and the discharge region C, The intermediate region B and the discharge region C may be disposed in contact with the guide member 4310 disposed at the top in the discharge region B and the discharge region C, And can be disposed in contact with the guide member 4310 of the front end region A as well.

The guiding portion 430 guides the moving cam frame 4130 to scrape or push the raked coke falling on the fall trap receiver 4150 into the discharge region C and discharge it to the coke pan C · F through the discharge hole E · H, The induction unit 430 includes at least one guide member 4310 spaced apart along the movement path and a closed loop along the movement path at the inner surface of the movement frame 4130, And an induction member conveying means 4330 for providing the guide member. At this time, the guide member conveying means 4330 is provided with a pair of rollers 4331 for interconnecting the side faces of the moving frame 4130 in one direction to the front end region A and the discharge region C respectively, And the guide member 4310 may be provided by connecting the chain 4333 provided on each of the inner sides of the moving frame 4130. [ One of the rollers 4331 of the pair of rollers 4331 is connected to a rotator 4335 for rotating the roller 4331. The roller 4331 rotates in response to the power of the rotator 4335, The chain 4333 is rotated in an endless track manner along the rotating roller 4331 so that the guide member 4310 connected to the chain 4333 is also rotated in an endless track along the chain 4333. Accordingly, the guide member 4310 can be disposed on the upper or lower part of the fallowing object 4150 when it rotates in an endless track, and scoops or pushes down the fallowed coke to the upper part of the fallowing object 4150 when passing the upper part And is disposed at the lower portion of the fall-trap receiver 4150 on the basis of the roller 4331 disposed in the discharge region C, the fall- May be formed without being processed. At this time, the width of the guide member 4310 extending in the direction intersecting with the movement path may be such that both ends thereof can be connected to the chain 4333, and the extending width in the vertical direction is infinite The distance between the upper surface of the fallowing object 4150 and the chain 4333 should be such that the distance between the upper surface of the fallowing object 4150 and the chain 4333 is not in the vertical direction of the guide member 4310 The chain 4333 can be formed so as not to be lifted even when the guide member 4310 is brought into contact with the upper surface of the fallowing object 4150 at the center of the extension length. Here, the discharge hole E · H is formed between the roller 4331 mounted on the discharge region C of the pair of rollers 4331 of the guide portion 430 and the inner surface in the extending direction of the moving frame 4130 . That is, the discharge hole E · H pushes and transports the dropped coke to the maximum distance at which the guide member 4310 can move the drop coke on the fall-trap 4150, then rotates along the roller 4331, When the coke pan is moved to the lower portion of the receiving tray 4150, the falling cokes are separated from the falling range of the fallowers 4150 and can be received in the coke pan C · F.

The driving unit 450 moves the body part 410 toward the upper part of the coke pan C · F so that the discharge hole E · H is disposed on the upper part of the coke pan C · F, To move the movable frame 4130 of the body portion 410 so that the discharge hole E · H is not disposed on the upper portion of the coke pan C · F. That is, the driving unit 450 may be provided to move the moving frame 4130 in the horizontal direction by a predetermined distance in the fixed frame 4110, and may be disposed at a position spaced apart from the coke pan C · F to which the raked coke is fed The movable frame 4130 is moved in the front end direction of the fixed frame 4110 with respect to the fixed frame 4110 by driving the fixed frame 4110 and the movable frame 4130 by mutually connecting them, It can be moved in the rearward direction. The driving unit 450 includes a connecting member 4510 fixed to the outer surface of the moving frame 4130 and including a moving bar 4511 reciprocally movable in the moving direction, And includes a driver 4550 for providing power to the movable bar 4511 and a fixing member 4530 for fixing the movable bar 4511 and the actuator 4550.

That is, the driving unit 450 is disposed so that the moving bar 4511 is movable along the guide hole formed in the guide frame 4513 so as to be parallel to the extending direction of the moving frame 4130 in the connecting member 4510, 4511 move along the guide holes of the guide frame 4513 are received from the driver 4550. [ At this time, since the guide frame 4513 is not interlocked with the moving bar 4511 moving in the horizontal direction, one end of the guide frame 4513 is positioned between the outer surface of the moving frame 4130 and the outer surface of the fixed frame 4110 So that only the movement bar 4511 can be moved along the guide hole. The drive shaft 4553 is attached to at least a portion of the housing 4551 by a predetermined distance and the movable bar 4511 is moved in accordance with the moving distance of the drive shaft 4553 The housing 4551 of the driver 4550 is mounted on the fixed frame 4110 and the movable bar 4511 is moved in the state of being supported only by the housing 4551, It is possible.

Here, the movable bar 4511 is provided with a projecting pin 4511b having an average diameter equal to the diameter in the vertical direction of the guide hole on the side surface of the base plate 4511a in the direction crossing the movement path so as to be movable along the guide hole And an end portion of the base plate 4511a on which the projecting pin 4511b is provided is provided with a guide frame 4513 for contacting the guide frame 4513 and restricting the movement distance of the movement frame 4130 to the coke pan C · F A stopper 4511c may be provided. At this time, it is preferable that the projecting pin 4511b can sufficiently protrude through the guide hole and have a length that can be connected to the drive shaft 4553 of the driver 4550.

The driving unit 450 may be provided with a fixing member 4530 for stably fixing the projecting pin 4511b and the driving shaft 4553. The fixing member 4530 is inserted into the space between the first fixing member 4531 and the first fixing member 4531 which are in contact with the guide frame 4513 so that the projecting pin 4511b can penetrate therethrough, And a second fixing member 4533 disposed to surround the side surface in the same direction as the movement path. The second fixing member 4533 is connected to the driving shaft 4553 and is connected to the first fixing member 4531. The first fixing member 4531 is connected to the projecting pin 4511b to transmit the driving force from the driving shaft 4553 Can be transmitted to the projecting pin 4511b. Therefore, the projecting pin 4511b can move the movable frame 4130 by moving from one end of the guide hole formed in the horizontal direction along the guide hole to the other end.

Although the drive shaft 4553 in the overall drawing of the present invention is shown as moving in a width that is less than the extended length or movement width, the drive shaft 4553 moves the transfer frame 4130 to the upper portion of the coke pan, It is apparent that the present invention can be provided so as to have a length and a moving width to such an extent that it is possible to satisfy the requirements of the present invention.

The driving unit 450 may be mounted on the outer bottom surface of the body 410 and may include a transfer frame 4130 and a fixed frame 4110. [ Can be interconnected. At this time, the bottom surface (not shown) of the transfer frame 4130 can be formed only by the area occupied by the movement bar 4511 so that the movement bar 4511 of the driving unit 450 can be mounted, And can be mounted on the bottom surface of the frame 4130 and the bottom surface of the fixed frame 4110. [ When the driving unit 450 is installed on the bottom surface of the body part 410, the driving unit 450 is not shifted to one side in the direction crossing the extending direction of the conveying frame 4130, Can be moved.

A tension unit 470 may be connected to the body 410 and the guide unit 430 of the falling device 400 as described above to maintain the tension of the guide unit transfer unit 4330.

That is, the tension unit 470 is attached to at least one of the side surfaces in the extending direction of the moving frame 4130 and is connected to the side surface of the roller 4331 of the guide unit 430 to maintain the tension of the chain 4333 The chain 4333 can be prevented from being slackened so that the guide member 4310 can prevent or prevent the loss of the force for scraping or pushing fallen coke dropped on the fallowing object 4150. [ The tension unit 470 is connected to both ends of the roller 4331 and extends in the extending direction of the moving frame 4130 and connects both ends of the roller 4331 to the side surface in the extending direction of the moving frame 4130 A tension shaft 4730 connected to the front end of the moving frame 4130 and connected to the center of the tension frame, a resilient member 4730 disposed between the tension shaft 4730 and the moving frame 4130, A protective cover 4770 for covering the elastic member 4750 and a nut 4770 for fixing the tension shaft 4730 to the tension frame 4710. [ The elastic member 4750 is disposed between the moving frame 4130 and the tension shaft 4730 so that the elastic member 4750 is retracted and returned according to the change of the chain 4333 of the guide portion 430 to maintain the tension of the chain 4333 .

The induction unit 430 and the driving unit 450 may be provided with a control unit (not shown) for controlling the operation of the induction unit 430 and the driving unit 450 according to the operation state of the coke fan C · F.

That is, when it is determined that the coke pan C · F is disposed at the preparation position for receiving the dimple coke, the control unit (not shown) operates the driving unit 450 so that the discharge hole E · H to the upper portion of the coke pan C · F so that the driving frame 4553 is inserted into the housing 4551 and the moving frame 4130 is moved toward the coke pan C · F, By rotating the roller 4331 in the clockwise direction by actuating the rotator 4335 of the guide member 4310 to drop the dropped coke onto the fall-trap receiver 4150 toward the discharge hole E · H have.

Hereinafter, a method of processing a falling object according to an embodiment of the present invention will be described with reference to FIG.

Referring to Fig. 7, the dropped coke falling from the door cleaner D 占 falls onto the fallowing object 4150. At this time, the coke pan (C · F) can be arranged in a preparation position for receiving the dropped coke generated in the door cleaner (D · C) or collecting the accumulated coke produced in another place and transferring it to the subsequent processing facility. May be performed during the dropping of the fall coke to the fallowers 4150 in the door cleaner D · C or the coke pan C · F may be moved to the ready position It may be in a deployed state.

When the coke pan C · F is provided at the preparation position, the control unit transmits an operation signal to the driver 4550 of the driver 450 and drives the driver 4550 to the discharge region C of the movement frame 4130. Thus, The drive shaft 4553 is further inserted into the housing 4551 so that the projecting pin 4511b connected to the drive shaft 4553 moves along the guide hole and the stopper 4511c Is brought into contact with the guide frame 4513. The drive shaft 4553 is moved in a direction in which the drive shaft 4553 is in contact with the guide frame 4513. The moving frame 4130 is moved toward the coke pan C · F by the movement distance of the drive shaft 4553 and the discharge hole E · H is disposed on the coke pan C · F.

The control unit transmits the signal to the driving unit 450 and also transmits the signal to the guide unit 430 so that the rotating unit 4335 rotates the roller 4331 and rotates the chain 4333 in an endless track, The member 4310 moves along the chain so that the drop coke is moved to the discharge region C through the intermediate region B while scraping or pushing down the dropped drop coke on the drop fall receiver 4150.

The napkin coke moved toward the discharge region C by the guide member 4310 is guided to the end of the fallowing object 4150 and the guide member 4310 is guided by the roller 4331 mounted on the discharge region C And can be transported to the coke pan C · F through the discharge hole E · H by pushing it to the discharge hole E · H.

When the transfer of the raked coke to the coke pan C · F is completed, the coke pan C · F returns to its original position for delivery to the facility for final processing of the latex coke, The stopper 4511c is not in contact with the guide plate 4513 since the drive shaft 4553 inserted into the housing 4551 is moved out again so that the stopper 4511c is not in contact with the guide plate 4513 So that the projecting pin 4511b moves to a position opposite to the coke pan C · F to move the moving frame 4130 in a direction away from the coke pan C · F. Accordingly, the moving frame 4130 is released from the upper part of the coke pan C · F, and the coke pan C · F can perform the operation for returning to the original position.

400: falling apparatus 410:
4110: fixed frame 4130: movable frame
4150: fall trap 430: guide part
4310: guide member 4330: guiding member conveying means
450: driving part 470: tension part

Claims (10)

A stationary frame provided to accommodate the falling object in a periphery of a facility where the falling object is generated and form a moving path of the falling object so that the falling object is transferred to the container, the stationary frame being formed of a bottom surface and one side surface, Wherein at least a part of the outer surface in one direction is connected to a side surface of the fixed frame and a plane is formed in a direction parallel to the bottom surface, A body portion including a fall-back receiver mounted on the body;
An induction part provided in the body part and guiding the falling object to the container; And
The movable frame is connected to the fixed frame and the movable frame so that the movable frame is moved in the forward direction of the fixed frame or in the rearward direction of the fixed frame with respect to the fixed frame, And a drive unit that is configured to cover or move away from an upper portion of the container. A body for accommodating the falling object in the vicinity of the facility where the falling object is generated and forming a moving path of the falling object so that the falling object is transferred to the container;
An induction part provided in the body part and guiding the falling object to the container; And
And a driving part connected to the body part to allow the body part to cover the upper part of the container or make it move away from the upper part of the container,
The guide portion
At least one guide member spaced apart from each other along the movement path; And
And an induction member conveying means for forming a closed loop along the movement path at the inner side of the moving frame provided in the body portion and for providing rotational power. The method of claim 2,
The body portion
A fixed frame formed of a bottom surface and side surfaces in one direction; And
And a drop receiver mounted on the inner side surface of the moving frame in one direction, forming a plane in a direction parallel to the bottom surface,
Wherein the moving frame extends in the other direction intersecting the one direction, and at least a part of the outer surface in the one direction is connected to the side surface of the fixed frame. The method according to claim 1,
The guide portion
At least one guide member spaced apart from each other along the movement path; And
And guiding member transfer means for forming a closed loop along the movement path at the inner side of the moving frame, and providing rotating power. The method according to claim 3 or 4,
Wherein the guide member is disposed so as to surround the fallowers in the other direction,
And one end of the guide member disposed on the upper part of the fallowing subject is disposed in contact with the upper surface of the fallowing subject. The method according to claim 3 or 4,
The moving frame includes:
A front end region formed at a front end of the movement path;
A discharge region formed at a position spaced apart from the front end region, the discharge region being discharged to the vessel; And
And an intermediate region for interconnecting the front end region and the discharge region. The method of claim 6,
Wherein the guide member conveying means includes a pair of rollers spaced apart from each other in the front end region and the discharge region and a chain circulating along the roller,
And a discharge hole through which the falling material is discharged is formed between the roller mounted on the discharge area and the side surface in the other direction of the moving frame. The method of claim 7,
Wherein the front end region and the discharge region are disposed at positions higher than the intermediate region, and the discharge region is disposed at a position higher than the front end region. The method according to claim 2 or 4,
And a tension part for holding the tension of the guide part is connected to the body part and the guide part. The method according to claim 1 or 3,
The driving unit includes:
A connecting member fixed to an outer surface of the moving frame and including a movable bar reciprocally movable in the one direction;
A driver mounted on an outer surface of the fixed frame and providing power to the movable bar; And
And a fixing member for fixing the moving bar and the driver.

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