CN205275519U - System for be used for transporting coke - Google Patents

Abstract

The utility model discloses a system for be used for transporting coke, including the coke quenching cart that is used for bearing the coke, one side of coke quenching cart is provided with and is used for promoting the coke pusher that the coke removed, the opposite side of coke quenching cart is provided with and is used for transporting the transfer car(buggy) of coke, the coke quenching cart with the transfer car(buggy) relatively sets up the both sides of coke quenching cart, the coke quenching cart with it resists the wall still to be provided with between the transfer car(buggy). The utility model provides an on system for be used for transporting coke passes through monoblock coke propelling movement to the transfer car(buggy) of coke pusher on with the coke quenching cart, and pass through the transfer car(buggy) directly transports the monoblock coke to the diaphragm substation or stores burnt place, and is visible, the utility model discloses can greatly make things convenient for the transportation of coke, avoid the coke damaged or produce a large amount of dust in the transfer process, simultaneously, the utility model discloses can also reduce the energy consumption of transportation coke and the manufacturing cost of coke.

Description

A kind of system for transporting coke

Technical field

This utility model relates to a kind of movement system, particularly relates to a kind of system for transporting coke.

Background technology

In prior art, coke quenching transhipment generally includes below scheme: coke quenching cart carries red Jiao and enters into quenching tower, after water spray extinguishes, coke quenching cart drives to coal airing platform, opening the side door of coke quenching cart, pour on coal airing platform by the coke of extinguishing, coke transfers to the belt feeder of coal airing platform after the steam that dries in the air, sieving to coke screening station then through after some transhipment belts, the product after various screenings transports to storage Jiao Chang then through belt feeder or coke bin is deposited. Coke quenching of the prior art transhipment flow process has the disadvantage that:

(1), in prior art, the coke of quenching transhipment conveying typically requires and repeatedly overturns, and through the transport of multiple transfer stations and a plurality of conveyer belt, it is seen then that haul distance length and the energy consumption of coke transhipment are high.

(2) in coke course of conveying, due to the potential difference that transfer station causes, coke to drop to low from high, drop in process, owing between coke and coke, between coke and cell wall, a large amount of collision and friction can be there is between coke and ground, thus causing that coke is damaged, making the lumpiness of coke diminish, even producing substantial amounts of coke powder.

(3) coke is before entrucking, it is necessary to carries out secondary and sieves, even repeatedly sieves, could obtain relatively uniform, lumpiness relatively big, containing the less bulk reef of powder, it is relatively big that this not only results in production environment dust, also makes the processing cost of coke increase.

(4) coke is in belt feeder transport process, owing to coke lumpiness is big, blocking chute, clamping stagnation conveyer belt often occurs, even also can damage the problems such as belt, cause that coke is difficult to transport.

Utility model content

For prior art Problems existing, the purpose of this utility model is to provide the system for transporting coke, and it can facilitate the transhipment of coke, it is to avoid coke is damaged or produces substantial amounts of dust, reduces the energy consumption of transhipment coke and the production cost of coke.

The purpose of this utility model is achieved through the following technical solutions:

A kind of system for transporting coke, including the coke quenching cart for carrying coke, the side of described coke quenching cart is provided with the ram for promoting described coke to move, the opposite side of described coke quenching cart is provided with the transfer car(buggy) for transporting described coke, described ram and described transfer car(buggy) are oppositely disposed at the both sides of described coke quenching cart, are additionally provided with resistance wall between described coke quenching cart and described transfer car(buggy).

Further, described transfer car(buggy) is oppositely arranged with the coke receiving groove of described coke quenching cart.

Further, the width of described transfer car(buggy) is more than or equal to the width of the coke receiving groove of described coke quenching cart.

Further, the height of described transfer car(buggy) is less than or equal to the height of the coke receiving groove of described coke quenching cart.

Further, the height of described resistance wall is equal to the height of the base plate of described coke receiving groove.

Further, described ram is fixed ram.

Monoblock coke on coke quenching cart is pushed to transfer car(buggy) by ram by the system for transporting coke that this utility model provides, and by described transfer car(buggy), monoblock coke is directly transported to the burnt place of mobile screening station or storage, visible, this utility model can greatly facilitate the transhipment of coke, avoid coke damaged or produce substantial amounts of dust in transport process, meanwhile, this utility model can also reduce the energy consumption of transhipment coke and the production cost of coke.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of a kind of system being preferably used in transhipment coke of this utility model;

Wherein, 1-ram, 2-coke quenching cart base plate, 3-coke, 4-resistance wall, 5-transfer car(buggy)_��

Detailed description of the invention

Below in conjunction with accompanying drawing, a preferred embodiment of the present utility model is described in detail. Wherein identical parts are presented with like reference characters. It should be noted that, the word "front", "rear" of use is described below, direction that "left", "right", "up" and "down" refer in accompanying drawing, word " interior " and " outward " refer respectively to the direction towards or away from particular elements geometric center.

As shown in Figure 1, the system for transporting coke that this utility model provides includes the coke quenching cart 2 for carrying coke 3, on coke quenching cart 2 described in this utility model, the coke 3 of carrying is overall charge of coke, it can adopt environment-friendly type heat recovery coke oven, utilize whole charge of coke to connect quenching technology, after namely red Jiao releases from carbonization chamber, hold in good working condition on described coke quenching cart 2, entirety is not scattered, consequently facilitating the follow-up coke pushing to described coke and transhipment.

As shown in Figure 1, this utility model is provided with the ram 1 for promoting described coke 3 to move in the side of described coke quenching cart 2, the opposite side of described coke quenching cart 2 is provided with the transfer car(buggy) 5 for transporting described coke 3, described ram 1 and described transfer car(buggy) 5 are oppositely disposed at the both sides of described coke quenching cart 2, namely described transfer car(buggy) 5 is arranged on the pushing direction of described ram 1, it is thus possible to ensure that described ram 1 promotes the coke 3 of described charge of coke shape to fully enter described transfer car(buggy) 5, it is to avoid clamping stagnation problem occurs for coke 3 and the described transfer car(buggy) 5 of charge of coke shape.

In order to act on the thrust on coke quenching cart 2 cell body when offsetting ram 1 coke pushing, as shown in Figure 1, this utility model is also additionally provided with resistance wall 4 between described coke quenching cart 2 and described transfer car(buggy) 5, described resistance wall 4 can in coke-pushing process, avoid described coke quenching cart 2 will not slide due to External Force Acting, it is ensured that the stability of coke-pushing process.

During use, described coke quenching cart 2 is after quenching tower completes quenching, with the para-position of described ram 1, described transfer car(buggy) 5 and the para-position of described coke quenching cart 2, make described transfer car(buggy) 5 and described ram 1 be oppositely disposed at the two ends of described coke quenching cart, then, operate described coke quenching cart 2 and be against in described resistance wall 4, the thrust on described coke quenching cart 2 is acted on, it is to avoid described coke quenching cart 2 moves along with reasoning when thereby offsetting described ram 1 coke pushing. During coke pushing, as it is shown in figure 1, described ram 1 action, described coke 3 is forced into described transfer car(buggy) 5, after coke 3 filled by described transfer car(buggy) 5, is directly taken mobile screening station or the burnt place of storage.

Monoblock coke on coke quenching cart is pushed to transfer car(buggy) by ram by the system for transporting coke that this utility model provides, and by described transfer car(buggy), monoblock coke is directly transported to the burnt place of mobile screening station or storage, thereby it is very easy to the transhipment of coke, avoid coke damaged or produce substantial amounts of dust in transport process, meanwhile, this utility model can also reduce the energy consumption of transhipment coke and the production cost of coke.

As a kind of preferred version of the present utility model, the coke receiving groove of described transfer car(buggy) 5 and described coke quenching cart 1 is oppositely arranged, what those skilled in the art should understand that makes, the coke receiving groove of described transfer car(buggy) 5 with described coke quenching cart 1 is oppositely arranged the accuracy that can effectively ensure described transfer car(buggy) 5 stand, transfer car(buggy) 5 is avoided to stop deviation, and cause the transport efficacy that described coke completely into described transfer car(buggy), can not be affected at coke 3 described in coke-pushing process.

On the basis of above-described embodiment, the width of described transfer car(buggy) 5 is preferably larger or equal than the width of the coke receiving groove of described coke quenching cart 2, described transfer car(buggy) 5 highly preferable less than or equal to the height of the coke receiving groove of described coke quenching cart 2, that is, transfer car(buggy) 5 provided by the utility model needs to hold completely the coke of described charge of coke shape, it is ensured that described coke can entirely fall in described transfer car(buggy) 5 under the impetus of described ram 1. Certainly, those skilled in the art can also according to the structure of actual coke quenching cart 2 and the size width to described transfer car(buggy) 5 and highly carry out accommodation.

In order to ensure the described resistance wall 4 position-limiting action to described coke quenching cart 2, keep out wall 4 described in avoiding hinders described coke 3 to enter described transfer car(buggy) 5 simultaneously, the height of described resistance wall 4 is preferably arranged to the height identical with the base plate of described coke receiving groove by this utility model, in coke-pushing process, the coke 3 of described charge of coke shape is under the effect of coke pushing anxious 1, along described coke receiving groove base plate and described in keep out wall 4 and slide, until described coke 3 is completely into described transfer car(buggy) 5. What those skilled in the art should understand that is, the above-mentioned height keeping out wall 4 is only a kind of preferred version of the present utility model, the described height keeping out wall can also be carried out accommodation according to the structure of concrete coke quenching cart 2 and transfer car(buggy) 5 by those skilled in the art, as long as not affecting the movement of described coke 3.

The ram 1 that this utility model adopts is preferably fixed ram, and fixed ram helps to ensure that the coke pushing of coke and the stability of transport process and reliability. What those skilled in the art should understand that is, fixed ram is only a kind of preferred coke pusher of this utility model, this utility model can also adopt other devices being suitable for being suitable for and promoting described coke to move known in those skilled in the art, repeats no more herein.

In sum, the system structure for transporting coke that this utility model provides is simple and flow process is short, which reduces the collision that contacts with each other between coke, thus decreasing the powder of coke, it is ensured that the boulder yield of coke. Meanwhile, what this utility model can also efficiently reduce coke has bad luck number of times, reduces coke and transports the energy consumption brought, thus reducing the production cost of coke, contributes to increasing the economic benefit of enterprise.

Last it is noted that above example is only in order to illustrate the technical solution of the utility model, it is not intended to limit; Although this utility model being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein portion of techniques feature is carried out equivalent replacement; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the scope of each embodiment technical scheme of this utility model.

Claims (6)

1. the system being used for transporting coke, it is characterized in that, including the coke quenching cart for carrying coke, the side of described coke quenching cart is provided with the ram for promoting described coke to move, the opposite side of described coke quenching cart is provided with the transfer car(buggy) for transporting described coke, described ram and described transfer car(buggy) are oppositely disposed at the both sides of described coke quenching cart, are additionally provided with resistance wall between described coke quenching cart and described transfer car(buggy).

2. the system for transporting coke according to claim 1, it is characterised in that the coke receiving groove of described transfer car(buggy) and described coke quenching cart is oppositely arranged.

3. the system for transporting coke according to claim 2, it is characterised in that the width of described transfer car(buggy) is more than or equal to the width of the coke receiving groove of described coke quenching cart.

4. the system for transporting coke according to claim 2, it is characterised in that the height of described transfer car(buggy) is less than or equal to the height of the coke receiving groove of described coke quenching cart.

5. the system for transporting coke according to claim 2, it is characterised in that the height of described resistance wall is equal to the height of the base plate of described coke receiving groove.

6. the system for transporting coke according to any one of claim 1-5, it is characterised in that described ram is fixed ram.