KR102158473B1 - Moving apparatus improving nature of coal briquet - Google Patents

Abstract

Disclosed is a moving device capable of increasing the property ratio of coal briquettes. The seonghyeongtan manufacturing unit (2) to make the seonghyeongtan (4) in the upper chamber and drop it downward; And the loading of the coal briquettes (4) is controlled by adjusting the weight (39), and when the coal briquettes (4) away from the coal briquettes manufacturing unit (2) are accumulated over the standard weight, the coal briquettes move downward and drop the coal briquettes (4) downward. Including member 30. Therefore, a shock absorber is provided under the coal briquettes manufacturing unit 2, and the shock absorber buffers the fall of the coal briquettes 4 and drops them in the lower direction of the chamber to help the coal briquettes 4 to have a complete shape. ) Has an intact shape, so that the charging density of the coal briquettes 4 is high in the oven process, so that high quality coke can be produced.

Description

A mobile device that can increase the quality of coal briquettes{MOVING APPARATUS IMPROVING NATURE OF COAL BRIQUET}

The present invention relates to a moving device capable of increasing the property rate of seonghyeongtan, and more particularly, to a moving device capable of increasing the property rate of the briquettes buffering the seonghyeongtan.

The oven process produces high-quality coke by supplying consistent and uniform quality coal by crushing and mixing ratio in the coal coal process. At this time, the coal briquettes (4) are manufactured and supplied using CMCP dust and coal to improve the charging density while charging coal in the oven process.If the quality ratio is low, the coal briquettes ( We are striving to produce high-quality coke by improving the quality ratio of 4).

1 is an exemplary view showing a conventional seonghyeongtan manufacturing apparatus.

In the conventional coal briquette manufacturing apparatus, the coal briquettes 4 are made in the coal briquette manufacturing unit 2 installed at the top of the chamber, and when they fall down the chamber, they collide with the slope and lose their shape. When the coal briquettes 4, which have lost their shape in this way, retain moisture and are put into the furnace, the moisture from the coal briquettes 4 adversely affects the production of coke. Accordingly, there is a need for a device that improves the quality of the seonghyeongtan so that the coal briquettes 4 have an intact shape so that they can properly function as the coal briquettes 4.

Registration No. 10-1183224, coal briquette storage device for reducing eruption Registration No. 10-1207726, Guidance device for loading transport equipment

An object of the present invention for solving the above problems is to provide a moving device capable of increasing the quality of the seonghyeongtan having a buffer under the seonghyeongtan manufacturing unit 2 so that the seonghyeongtan 4 has an intact shape. .

The present invention for achieving the above object, the seonghyeongtan manufacturing unit (2) to make the seonghyeongtan (4) from the upper chamber and drop it in the downward direction; And by adjusting the weight (39) to control the loading of the coal briquettes (4), and if the seonghyeongtan (4) away from the coal briquettes manufacturing unit (2) above the reference weight is accumulated above the reference weight, it descends to the bottom of the coal briquettes (4). Provides a seonghyeongtan moving member 30 to drop.

In addition, the seonghyeongtan moving member 30 includes a weight 39 for adjusting the loading weight of the seonghyeongtan (4); An elastic member 34 on which the seonghyeongtan 4 is loaded on the upper side of the body 32 extending from the weight 39 on one side and extending to the other side around the rotation shaft 40 fixed to the chamber; And a shock absorber 10 positioned at the other end of the body 32 to buffer the seonghyeongtan 4 loaded on the elastic member 34 from falling.

In addition, it includes an adjustment means 36 for adjusting the separation distance between the rotation shaft 40 and the weight 39 to adjust the weight of the weight 39 transmitted to the body 32.

In addition, the shock absorber 10 includes a cushion 19 installed at the bottom of the inclined surface of the chamber; A lower body 12 that is pushed up by the cushion 19 when the body 32 descends; And an upper body 14 that is connected to the lower body 12 to be folded when the lower body 12 is pushed up.

In addition, the shock absorber 10 is composed of a plurality, and the elastic member 34 forms a mesh 20 connected between the shock absorbers 10.

In addition, the elliptical hole member 55 is inserted into the body 32 to transmit the body 32 descent; It further includes a cleaner 50 that is coupled to the guide grooves located on both sides of the elliptical hole member 55 and moves downward by lowering the body 32 to close the groove between the surface of the body 32 and the elastic member 34 do.

In the case of using a moving device capable of increasing the quality of the seonghyeongtan according to the present invention as described above, a shock absorber is provided under the seonghyeongtan manufacturing unit 2, and the shock absorber buffers the fall of the seonghyeongtan 4 to the lower direction of the chamber. By dropping it, you can help the seonghyeongtan (4) to have a complete shape.

In addition, since the coal briquettes 4 have an intact shape, the charging density of the coal briquettes 4 is high in the oven process, so that high-quality coke can be produced.

1 is an exemplary view showing a conventional seonghyeongtan manufacturing apparatus.
Figure 2 is an exemplary view showing a moving device that can increase the property ratio of the present invention seonghyeongtan.
3 is an exemplary view showing an operation of a moving device capable of increasing the quality of the seonghyeongtan of the present invention.
4 is an exemplary view showing the configuration of the seonghyeongtan moving member 30.
5 is an exemplary view showing the configuration of the shock absorber 10.
6 is an exemplary view showing the operation of the shock absorber 10.
7 is an exemplary view showing the configuration of the elastic member 34.
8 is an exemplary view showing the configuration of the cleaner 50.
9 is an exemplary view showing the configuration of the wind blade 60.
10 is a view showing a comparative example of a conventional seonghyeongtan manufacturing apparatus and a moving device capable of increasing the property ratio of the present invention seonghyeongtan.
11 is an exemplary view showing a folded structure of the shock absorber 10.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present application, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof, does not preclude in advance.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms as defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and should not be interpreted as an ideal or excessively formal meaning unless explicitly defined in this application. Does not.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 2 is an exemplary view showing a moving device that can increase the property ratio of the present invention seonghyeongtan.

A moving device capable of increasing the quality of the seonghyeongtan buffers the seonghyeongtan 4 falling from the seonghyeongtan manufacturing unit 2 so that the seonghyeongtan 4 has a complete shape and sends it downward. In an embodiment, a moving device capable of increasing the quality of the seonghyeongtan includes a seonghyeongtan manufacturing unit 2 that makes the seonghyeongtan 4 in the upper chamber and drops it downward; And the seonghyeongtan moving member (30) that controls the loading of the seonghyeongtan (4) by adjusting the weight (39), and when the seonghyeongtan (2) away from the seonghyeongtan (2) is accumulated over the standard weight, it descends to the bottom of the seonghyeongtan (4). ).

3 is an exemplary view showing an operation of a moving device capable of increasing the quality of the seonghyeongtan of the present invention.

In a moving device that can increase the quality of the seonghyeongtan, the seonghyeongtan manufacturing unit 2 makes the seonghyeongtan 4 from the top of the chamber and drops it downward, and the seonghyeongtan moving member 30 is from the seonghyeongtan manufacturing unit 2 above the standard weight. If the fallen coal briquettes 4 are accumulated above the standard weight, the coal briquettes 4 are lowered by descending. There is a weight 39 in the seonghyeongtan moving member 30 to control the loading of the seonghyeongtan 4 by adjusting the weight 39. In order to load a lot of coal briquettes 4, the weight 39 is moved away from the rotation shaft 40, and when the loading amount is small, the weight 39 may be disposed close to the rotation shaft 40. At this time, the distance between the rotating shaft 40 and the weight 39 is adjusted by the adjustment means 36 for the weight 39.

4 is an exemplary view showing the configuration of the seonghyeongtan moving member 30.

The seonghyeongtan moving member 30 is composed of a weight 39, an elastic member 34, and a shock absorber 10, and specifically, a weight 39 for adjusting the loading weight of the seonghyeongtan 4; An elastic member 34 on which the seonghyeongtan 4 is loaded on the upper side of the body 32 extending from the weight 39 on one side and extending to the other side around the rotation shaft 40 fixed to the chamber; And a shock absorber 10 positioned at the other end of the body 32 to buffer the seonghyeongtan 4 loaded on the elastic member 34 from falling.

In addition, the seonghyeongtan moving member 30 includes an adjustment means 36 for adjusting the weight of the weight 39 transmitted to the body 32 by adjusting the separation distance between the rotating shaft 40 and the weight 39 Include. In an embodiment, the adjustment means 36 may be an adjustment bolt.

The adjustment means 36 may be configured with other devices in addition to, for example, a transfer unit having a tooth and a gear may be used, and a gear with a weight 39 is transported along the tooth and the weight 39 and The distance between the rotation shafts 40 can be adjusted.

5 is an exemplary view showing the configuration of the shock absorber 10.

The shock absorber 10 configured in the seonghyeongtan moving member 30 serves to buffer the fall of the seonghyeongtan 4 loaded on the elastic member 34, and in an embodiment, a cushion 19 installed at the bottom of the inclined surface of the chamber; A lower body 12 that is pushed up by the cushion 19 when the body 32 descends; And an upper body 14 that is connected to the lower body 12 to be retracted when the lower body 12 is pushed up.

In addition to the shock absorber 10, other devices may be used, and other configurations are possible as long as the upper body 14 is inclined. For example, the upper body 14 may be supported by a spring, and then the spring may be compressed by the weight of the coal briquettes 4 to be folded.

6 is an exemplary view showing the operation of the shock absorber 10.

When the seonghyeongtan 4 is loaded on the elastic member 34 and the seonghyeongtan moving member 30 moves downward, the lower body 12 of the shock absorber 10 comes into contact with the cushion 19 installed at the bottom of the inclined surface of the chamber. The lower body 12 is pushed up by the cushion 19, and when the lower body 12 is pushed up, the spring 18 contracts, and the upper body 14 with the rotation shaft 16 connected to the lower body 12 Is flipped. When the upper body 14 is bent, the coal briquettes 4 loaded on the elastic member 34 fall down.

When the seonghyeongtan moving member 30 moves upward after the seonghyeongtan 4 is separated from the elastic member 34, the lower body 12 and the cushion 19 are separated, and the lower body 12 moves downward, The upper body 14 connected to the lower body 12 moves to its original position, so that the coal briquettes 4 are confined so that they do not come out of the elastic member 34.

7 is an exemplary view showing the configuration of the elastic member 34.

A plurality of shock absorbers 10 are formed at both ends of the seonghyeongtan moving member 30, and the elastic member 34 forms a mesh 20 connected between the shock absorbers 10. The elastic member 34 forms a mesh 20 so that the seonghyeongtan 4 is mounted on the elastic member 34 away from the seonghyeongtan manufacturing unit 2 so that it is seated in the elastic member 34. In an embodiment, the elastic member 34 may be a rubber layer.

8 is an exemplary view showing the configuration of the cleaner 50.

The seonghyeongtan moving member 30 further includes a cleaner 50, and the cleaner 50 fills a groove (A in Fig. 2) between the surface of the body 32 and the elastic member 34 so that the seonghyeongtan 4 passes through the grooves. It serves to prevent filling. In an embodiment, the seonghyeongtan moving member 30 includes an elliptical hole member 55 that is inserted into the body 32 to transmit the body 32 descent; And a cleaner 50 that is coupled to the guide grooves located on both sides of the elliptical hole member 55 and moves downward by lowering the body 32 to close the groove between the surface of the body 32 and the elastic member 34 do. In an embodiment, the elliptical hole member 55 may be an elliptical hole. That is, as shown in FIG. 8, it can be seen that one side of the body 32 is penetrated to the elliptical hole of the elliptical hole member 55, and an elliptical hole is provided to correspond to the movement of the body 32. In addition, 53 of the cleaner 50 serves as a guide, and is located on the left and right edges of the cleaner 50 (representing the protrusions of the guide 53 in a circular shape on both sides of the oval hole member 55) so that the left and right balance of the cleaner 50 is achieved. I can hold it. In addition, the guide 53 of the cleaner 50 is coupled to the guide groove (not shown) of the chute positioned corresponding to both sides of the oval hole member 55, so that the cleaner 50 is moved downward by the lowering of the body 32. You can move.

9 is an exemplary view showing the configuration of the rotation buffer member 60.

When the seonghyeongtan moving member 30 descends and the seonghyeongtan 4 falls below the chamber, the rotational buffer member 60 secondarily buffers the seonghyeongtan 4. The rotation buffer member 60 rotates as the coal briquettes 4 fall to relieve gravity applied to the coal briquettes 4, and converts gravity into rotational force to act as a buffer. In an embodiment, the rotation buffer member 60 includes a rotation shaft 62; It includes a case 64 that protects the rotating shaft, and may be implemented in the shape of a pinwheel having a plurality of wings.

10 is a view showing a comparative example of a conventional seonghyeongtan manufacturing apparatus and a moving device capable of increasing the property ratio of the present invention seonghyeongtan.

As can be seen from the comparative example, compared to the conventional seonghyeongtan manufacturing apparatus, the seonghyeongtan 4 seen in the moving device capable of increasing the property ratio of the seonghyeongtan of the present invention shows that it has an intact shape. The moving device capable of increasing the property ratio of the seonghyeongtan of the present invention helps to produce high quality coke by increasing the charging density by maintaining the seonghyeongtan (4) intact.

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Although described above with reference to preferred embodiments of the present invention, those skilled in the art will variously modify and change the present invention within the scope not departing from the spirit and scope of the present invention described in the following claims. You will understand that you can do it.

2: seonghyeongtan manufacturing department 4: seonghyeongtan
10: shock absorber 12: lower body
14: upper body 19: cushion
20: mesh 30: seonghyeongtan moving member
32: body 34: elastic member
36: adjustment means 39: weight
40: rotary shaft 50: cleaner
55: no elliptical hole
61: elastic member shaft 62: guide
71: shock absorber shaft 72: protrusion
81: body hinge axis 90: distal axis

Claims (6)

The seonghyeongtan manufacturing unit (2) to make the seonghyeongtan (4) in the upper chamber and drop it downward; And
The loading of the coal briquettes 4 is controlled by adjusting the weight 39, and when the coal briquettes 4 separated from the briquettes manufacturing unit 2 above the reference weight are accumulated above the reference weight, the coal briquettes 4 Including a seonghyeongtan moving member 30 to drop down),
The seonghyeongtan moving member 30 includes a weight 39 for adjusting the loading weight of the seonghyeongtan (4); An elastic member 34 on which the seonghyeongtan 4 is loaded on the upper side of the body 32 extending from the weight 39 on one side and extending to the other side around the rotation shaft 40 fixed to the chamber; And a shock absorber 10 positioned at the other end of the body 32 to buffer the fall of the briquettes 4 loaded on the elastic member 34,
Characteristics of seonghyeongtan including an adjustment means 36 for adjusting the weight of the weight 39 transmitted to the body 32 by adjusting the separation distance between the rotating shaft 40 and the weight 39 A mobile device that can increase the rate. delete delete The method of claim 1,
The shock absorber 10 includes a cushion 19 installed at a lower side of the inclined surface of the chamber;
A lower body 12 pushed up by the cushion 19 when the body 32 descends; And
A moving device capable of increasing the quality of the seonghyeongtan including an upper body 14 that is connected to the lower body 12 and the rotation shaft 16 is pushed up when the lower body 12 is pushed up. The method of claim 1,
A moving device capable of increasing the quality of the coal briquettes comprising a plurality of the shock absorbers 10, and the elastic member 34 forming a mesh 20 connected between the shock absorbers 10. The method of claim 1,
An elliptical hole member 55 fitted into the body 32 to transmit the lowering of the body 32;
Guides 53 located on both sides of the oval hole member 55; And
Including; a guide groove of the chamber to which the guide is coupled in correspondence with the position of the guide 53,
The guide 53 is coupled to the guide groove and moves downward by the lowering of the body 32, and a cleaner 50 is further added to close the groove between the surface of the body 32 and the elastic member 34. A moving device that can increase the quality of the coal briquettes containing.

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