KR880003646Y1 - Crushing device - Google Patents

Abstract

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Description

Briquette crusher

1 is an overall side view of the present invention.

2 is a perspective view of a sorting part of the present invention.

3 is a cross-sectional view of the dust collector portion of the present invention.

* Explanation of symbols for the main parts of the drawings

1: Workshop Building 2: Sucker

3: compaction grinder 3 ': hammer grinder

4: Selector 4 ': auxiliary

5, 5 ', 5 ": Belt conveyor 6, 6', 6": Motor

7: elevator 8: storage room

9: suction fan 10: suction pipe

11: dust collector

The present invention is a linear production line for producing inorganic powder for building materials, which is highly useful from coal briquettes, which are valuable wastes, and a plurality of known pulverizers for crushing briquettes and a conveyor for transferring these raw materials to each pulverizer. Combination and installation so that the raw material can not be locally backtracked or crossed during the flow of raw materials in a series of working processes such as adding, crushing, sorting, regrinding, and storing briquettes as raw materials. The present invention relates to a briquette crusher that moves in a straight line along a straight line (Flowin line) to reduce the loss of working energy and improve the work efficiency to produce a large amount of briquette powder at a more economical cost.

It is well known that the inorganic powder obtained by pulverizing briquettes as part of conventional waste utilization is used as a raw material for various building materials.

At this time, the process of pulverizing the briquettes by the pulverizer is very simple, and it is easy to appear that there is no problem in operation.

However, producing raw materials for building materials, which produce value added from briquettes, which have not been very useful, requires that the production cost be very economically unlike other high-quality raw materials. If the cost of producing inorganic powder from briquettes, which are only wastes, is too high, there is no meaning for the utilization of wastes and there is no industrial value.

This is because it is industrially advantageous to produce high quality raw materials.

Therefore, in producing inorganic powder for building materials by pulverizing conventional briquette materials, the facility equipment is transported and pulverized by transporting the briquettes collected here, centered on a single pulverizer, without any special consideration, and the pulverized material is moved to another place to separate the sieve. Although the work was carried out in a primitive way, the briquettes were driven by power because the flow of raw materials from briquettes to inorganic powders did not maintain a linear production line and the raw materials were repeatedly flowed back or intermittently stopped and continued. The labor costs associated with crushing are much higher than the cost of crushing it, so there has been little room for economical inexpensive cost of producing highly useful mineral powders from waste briquettes. The problem of use I tried to do it, but I was frustrated by most of the economics of the business.

In view of this situation, the present invention knows that it is most important to reduce the cost of producing inorganic powder for building materials from coal briquettes in order to increase the utilization of briquettes as wastes. Grinding has no cost saving factor in the grinding process as the function proportionality is established when the power efficiency and the grinding amount are constant, and the additional costs associated with the grinding process, namely labor cost and energy loss, are reduced. Two types of grinders and coarse matter sorters for rough grinding and silver grinding, and conveyors that automatically transfer raw materials to these grinders and sorting bodies are installed in combination to form a linear production line. Always move in the forward direction It is possible to produce a large amount of inorganic powder of briquette material at a much cheaper cost than the conventional primitive method by automatically producing and storing the desired inorganic powder for building materials. same.

When the outside of the workshop building 1 is used as an unloading place of briquettes, a sucker 2 for introducing the briquettes A is installed on the outside of the building 1, and there is a known crimp on one side and the other inside of the building 1. A grinder (3) and a hammer grinder (3 ') are respectively provided to install a sorting body (4) between these two grinders (3) and (3'), and a hopper (2) and a grinder (3) (3 '). And the belt conveyors 5, 5 ', and 5 ", respectively, between each of the four and the sorting bodies 4 so as to be movable by the motors 6, 6' and 6", respectively. The auxiliary body 4 'is placed on one side of the upper surface of the upper part 4 so that when the body hole is blocked by the debris falling from the conveyor 5', it is immediately replaced with another auxiliary body 4 'to continue the work. An elevator 7 is installed at one side of the other grinder 3 'to store the briquette powder A' in a powder storage chamber 8 formed outside the building 1, and to be packaged as needed or transferred to a production part of construction materials. Can And, in the upper inner space of the building (1) to the installation hayeoseo a suction pipe 10 provided with a suction fan (9) to be associated with ssayikeuron dust collector (11).

In this way, the present invention, when the collected briquettes (A) is continuously added to the hopper, the injected briquettes are transferred to the compacting grinder (3) installed in the building (1) by one belt conveyor (5), and the briquettes are mechanically very brittle. The crushed product is crushed and the pulverized product is conveyed to the sorting body 4 by a conveyor 5 'inside one side. At this time, the vinyl, cloth, or other contaminants, which are moved together with the pulverized product, are removed on the conveyor belt. As the pulverized product falls on the auxiliary body 4 'placed on one side of the simultaneous sorting body 4, the pulverized material is sorted to a size of less than 3 cm in diameter, and at this time, when the body hole of the auxiliary body 4' is blocked, The auxiliary body can be cleaned in between and used for the next replacement while replacing it with an auxiliary body, and the crushed material selected by the sorting body (4) is the other belt conveyor (5 ") in the building (1). By It is transported to the crusher (3 ') and automatically put into fine grain of sand grains, and then discharged and stored in the storage compartment (8) formed outside the building (1) by the elevator (7) and packed as needed or While transported to the production department to provide for the production of building materials, dust in the building 1 is sucked into the suction pipe 10 by the operation of the suction fan 9 and collected in the cyclone dust collecting chamber 11 to purify the interior to some extent. The dust collector is used for a separate purpose, and the briquettes are used to form a linear production line that can produce inorganic powders for building materials from briquettes. When supplying to the conveyor through one side hopping, all processes such as grinding, sieving, and regrinding are performed in order, and the raw materials are moved in the forward direction. It is possible to produce a large amount of inorganic powder of briquette material more economically by reducing the energy loss in the industry and continuing the grinding operation continuously without unnecessary waste of manpower.

Claims (1)

A hopper 2 is installed outside one side of the workshop building 1, and a conventional grinder 3, 3 'is installed on one side and the other side of the inside of the building, respectively, and the sorting body 4 and the auxiliary body in the middle part thereof ( 4 ') and belt conveyors (5) (5') (5 ") between each of the hopper (2), the grinder (3) (3 ') and the sorter (4), and the other grinder (3). The elevator 7 is installed at one side of the side and associated with the powder storage chamber 8 formed on the outside of the building, and the suction pipe 10 having the suction fan 9 in the interior space of the building is installed in association with the cyclone dust collector 11. Briquette crusher, characterized in that the linear production line.