CN111957716B - A kind of non-burning brick slag building device system - Google Patents

Abstract

The invention relates to a baking-free brick slag building device system, wherein a slag building raw material is firstly initially broken through a jaw crusher, and then is connected with a magnetic drum, a roller screen and a suspended magnet machine through a multi-stage conveyer belt, iron materials magnetically selected enter an iron blasting machine, sand materials enter a sand blasting machine, and the sand materials discharged by the sand blasting machine enter a production line after being subjected to multi-stage screening through the magnetic drum, a titanium jumping machine and a sorting machine; and (3) screening the sand material again from the iron material discharged from the iron knockout machine, and screening the sand material in the iron material again in the titanium jump machine to separate the iron material from the sand material. The invention can fully crush the building slag without damaging the size of the raw garbage. Through multiple grading, the obtained building slag has low water content and less raw materials, and the building slag is more beneficial to comprehensive utilization.

Description

A kind of non-burning brick slag building device system

technical field

The invention belongs to the technical field of brick making technology, and particularly relates to a slag building device system for non-burning bricks.

Background technique

Non-burning bricks are generally made of fly ash, coal slag, coal gangue, tailings slag, chemical slag, natural sand, and sea mud mud as the main raw material, without high temperature calcination. Wall materials have been widely used in the construction industry.

The existing slag building process cannot handle materials with large particle sizes, and the building slag contains large particle size slag materials. The equipment is relatively inconvenient for processing large particle size slag, and the wastes such as steel bars contained in the building slag need to be treated. Process cannot be achieved.

SUMMARY OF THE INVENTION

The purpose of the present invention is to solve the above problems, and to provide a slag-building device system for non-burning bricks, which can fully separate the components in the slag. It is a kind of device that can not only separate the non-burning brick slag building device system, but also separate the non-burning brick slag device system.

Composite dual-purpose system.

In order to solve the above problems, the technical scheme adopted in the present invention is as follows:

A non-burning brick slag building device system is characterized in that a jaw crusher is arranged below the hopper, a 1# conveyor belt is arranged below the jaw crusher, the 1# conveyor belt is connected to a 1# rolling screen, and a 1# rolling screen is provided below the 2# conveyor belt, the upper screen of 1# roller screen is inclined to the side, the side of 1# roller screen is provided with 3# conveyor belt, the 2# conveyor belt and the bottom of 3# conveyor belt are provided with 4# conveyor belt, 4# conveyor belt There is a 1# suspension magnet machine at the back, the 4# conveyor belt is connected to the 5# conveyor belt, the 5# conveyor belt is equipped with a 2# suspension magnet machine, and the side of the 1# suspension magnet machine and 2# suspension magnet machine is equipped with a 6# conveyor Belt, 6# conveyor belt is connected with iron hammer; 5# conveyor belt is connected with 1# magnetic drum, 1# magnetic drum is connected with 1# sand machine, 2# sand machine, 1# sand machine and 2# sand machine are filled with water , 1# magnetic drum iron discharge channel is connected to the iron hammer;

The iron powder channel of the iron hammer is connected to the 7# conveyor belt, the 7# conveyor belt is connected to the 8# conveyor belt, and the front end of the 8# conveyor belt is provided with a 2# magnetic drum, and the iron discharge channel of the 2# magnetic drum is connected to the 8# conveyor belt, 8# The conveyor belt is connected to the 2# roller screen, the 2# roller screen is flushed with water, the iron discharge channel of the 2# roller screen is connected to the 9# conveyor belt, and the 9# conveyor belt is connected to the thick iron pile;

The sand discharge channel of the 7# conveyor belt is connected to the 3# magnetic drum, the 3# magnetic drum is connected to the 3# titanium jumping machine, the 3# titanium jumping machine is connected to the 4# magnetic drum, and the 4# magnetic drum is connected to the first dewatering screen and the first dewatering screen. Connect the 10# conveyor belt, and the 10# conveyor belt is connected to the sand pile;

The 3# titanium jumping machine is connected to the second shaker, the second shaker is connected to the sedimentation tank, the sedimentation tank is connected to the second dewatering screen through the water pump, the second dewatering screen is connected to the 10# conveyor belt, and the 10# conveyor belt is connected to the sand panning stacking area;

1# sanding machine, 2# sanding machine are connected to 5# magnetic drum, 6# magnetic drum, 5# magnetic drum, 6# magnetic drum are connected to 1# titanium jumping machine, 2# titanium jumping machine, 5# magnetic drum, 6 #The iron discharge channel of the magnetic drum is connected to the 2# roller screen;

1# titanium jumping machine, 2# titanium jumping machine is connected with 3# rolling screen, 3# rolling screen is connected with the third dewatering screen, the third dewatering screen is connected with 11# conveyor belt, 11# conveyor belt is connected with 1# sorting machine, 1# The sorting machine is connected to the 2# sorting machine, the 2# sorting machine is connected to the 12# conveyor belt, the 12# conveyor belt is connected to the 4# roller screen, and the 4# roller screen is connected to the production line.

Beneficial effects of the present invention:

(1) The building slag can be fully crushed without destroying the size of the raw garbage.

(2) Through multiple classifications, the amount of slag formation can be reduced to the greatest extent, and the production water consumption can be reduced at the same time, making it easier to control water, avoiding wet, chaotic and dirty production sites; reducing the repeated crushing of slag formation and reducing the generation of dust, It is also conducive to energy saving and environmental protection; the obtained building slag has low moisture content and less raw meal, and the building slag is more conducive to comprehensive utilization.

Description of drawings

In order to illustrate the embodiments of the present invention or the technical solutions in the prior art more clearly, the following briefly introduces the accompanying drawings that are used in the description of the embodiments or the prior art. Obviously, the drawings in the following description are only These are some embodiments of the present invention. For those of ordinary skill in the art, other drawings can also be obtained according to these drawings without creative efforts.

Fig. 1 is the process flow diagram of a kind of non-burning brick slag building device system according to the present invention;

Detailed ways

The preferred embodiments of the present invention are described in detail below, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, and the protection scope of the present invention can be more clearly defined.

A non-burning brick slag building device system, a jaw crusher is installed below the hopper, a 1# conveyor belt 1 is arranged below the jaw crusher, the 1# conveyor belt 1 is connected to the 1# rolling screen 2, and the 1# rolling screen 2 is provided below. There are 2# conveyor belt 3, the upper screen of 1# roller screen 2 is inclined to the side, the side of 1# roller screen 2 is provided with 3# conveyor belt 4, the 2# conveyor belt 3 and the bottom of 3# conveyor belt 4 are provided with 4# Conveyor belt 5, 4# conveyor belt 5 is equipped with 1# suspension magnet machine 6, 4# conveyor belt 5 is connected to 5# conveyor belt 7, 5# conveyor belt 7 is equipped with 2# suspension magnet machine 8, 1# suspension magnet Machine 6 and 2# suspension magnet machine 8 are provided with 6# conveyor belt 9 on the side, 6# conveyor belt 9 is connected to iron hammer 10; 5# conveyor belt 7 is connected to 1# magnetic drum 11, 1# magnetic drum 11 is connected to 1# hammer Sand machine 12, 2# sand machine 13, 1# sand machine 12, 2# sand machine 13 are filled with water, 1# magnetic drum 11 iron discharge channel is connected to iron machine 10.

The iron powder channel of the iron hammer 10 is connected to the 7# conveyor belt 13, the 7# conveyor belt 13 is connected to the 8# conveyor belt 14, the front end of the 8# conveyor belt 14 is provided with 2# magnetic drum 15, and the iron discharge channel of the 2# magnetic drum 15 is connected 8# conveyor belt 14, 8# conveyor belt 14 is connected to 2# roller screen 16, 2# roller screen 16 is flushed with water, the iron discharge channel of 2# roller screen 16 is connected to 9# conveyor belt 17, and 9# conveyor belt 17 is connected to coarse iron Pile of 18.

The sand discharge channel of 7# conveyor belt 13 is connected to 3# magnetic drum 19, 3# magnetic drum 19 is connected to 3# titanium jumping machine 20, 3# titanium jumping machine 20 is connected to 4# magnetic drum 21, and 4# magnetic drum 21 is connected to the first The dewatering screen 22 and the first dewatering screen 22 are connected to the 10# conveyor belt 23 , and the 10# conveyor belt 23 is connected to the elutriation pile 24 .

The 3# titanium jumping machine 20 is connected to the second shaker 25, the second shaker 25 is connected to the sedimentation tank 26, the sedimentation tank 26 is connected to the second dewatering screen 27 through a water pump, and the second dewatering screen 27 is connected to the 10# conveyor belt 23, and the 10# conveying The belt 23 is connected to the sand panning stacking area 24 .

1# sander 12, 2# sander 13 are connected to 5# magnetic drum 31, 6# magnetic drum 32, 5# magnetic drum 31, 6# magnetic drum 32 are connected to 1# titanium jumping machine 33, 2# titanium jumping machine 34. The iron discharge channels of the 5# magnetic drum 31 and the 6# magnetic drum 32 are connected to the 2# roller screen 16.

1# titanium jumping machine 33, 2# titanium jumping machine 34 are connected to 3# roller screen 37, 3# roller screen 37 is connected to the third dewatering screen 38, the third dewatering screen 38 is connected to the 11# conveyor belt 39, and the 11# conveyor belt 39 is connected 1# sorter 40, 1# sorter 40 is connected to 2# sorter 41, 2# sorter 41 is connected to 12# conveyor belt 42, 12# conveyor belt 42 is connected to 4# roller screen 43, 4# roller screen 43 Connect the production line.

The specific technological process for this specific embodiment is described as follows:

The raw materials are fed into the hopper by the loader, and then slide into the jaw crusher through the hopper chute for initial crushing. The small particles fall from the 1# sieve hole to the 2# conveyor belt under the 1# rolling sieve. The upper screen surface of the 1# roller screen is inclined to the side, and the large particles slide from the upper screen surface of the 1# roller screen to the 3# conveyor belt on the side of the 1# roller screen. The transmission speed of the 2# conveyor belt is greater than that of the 3# conveyor belt. Since the small particles on the 2# conveyor belt are transferred to the 4# conveyor belt before the large particles on the 3# conveyor belt, the 4# conveyor belt is This realizes that the large particles are on the small particles, which is beneficial to the iron absorption of the 1# suspended magnet machine behind. The 4# conveyor belt conveys the material to the 5# conveyor belt and realizes the material turnover at the same time, which is beneficial to the 2# suspension magnet machine to absorb iron again. 4# conveyor belt is equipped with 1# suspension magnet machine, 5# conveyor belt is equipped with 2# suspension magnet machine, 1# suspension magnet machine and 2# suspension magnet machine attract iron material into the same machine and erected parallel to 5# conveyor belt 6# on the conveyor belt. The iron material is fed into the hammer by the 6# conveyor belt. The sand left by the 1# suspension magnet machine and the 2# suspension magnet machine after iron absorption is continued to be sent by the 5# conveyor belt. After the sand material is absorbed again by the 1# magnetic drum at the end of the 5# conveyor belt, it passes through the diverting device. Divert into 1# sander and 2# sander, and inject water. The iron material absorbed by the 1# magnetic drum enters the iron hammer through the slideway and the iron material of the 6# conveyor belt.

The iron material crushed by the iron hammer is output by the 7# conveyor belt, and passes through the 8# conveyor belt erected on the upper part of the 7# conveyor belt. The iron is sucked by the 2# magnetic drum located at the front end of the 8# conveyor belt, and the sucked iron is sent to the 2# roller screen by the 8# conveyor belt for flushing. It is then sent to the thick iron stacking area by the 9# conveyor belt.

The sand conveyed by the 7# conveyor belt enters the slideway. After the iron powder is absorbed by the 3# magnetic drum, the iron powder is washed into the special slideway by water and sent to the iron powder stacking area, and the sand material enters the 3# titanium jumping machine. After passing through the 3# titanium jumping machine, the 4# magnetic drum sucks the fine iron powder. The fine iron powder is washed into the special slideway by water and transported into the bucket truck. The sand material enters the channel below the small dewatering screen and enters the large dewatering screen, and the sand is dewatered and washed out. . By 10# conveyor belt to elutriated sand stacking area.

The sand punched out by the two water outlets below the 3# titanium jumping machine is placed on the shaker through the channel. The fine iron powder and copper sand are sorted out by the shaker, and the water enters the sedimentation tank with the sediment and is pumped into the large dewatering screen by the water pump.

The 5# conveyor belt feeds the sand from the two sand machines, and after crushing, the 5# and 6# magnetic drums installed at the outlet of the sand machines absorb iron and then enter the 1# titanium jumping machine and the 2# titanium jumping machine. The iron sucked by the 5# magnetic drum and 6# magnetic drum enters the 2# roller screen through the slideway, and is sent to the coarse iron stacking area by the 9# conveyor belt together with the iron material of the iron hammer.

The sand punched out by the four water outlets under the 1# titanium jumping machine and the 2# titanium jumping machine will flow into the 3# titanium jumping machine through the channel. After passing through the sand of 1# titanium jumping machine 2# titanium jumping machine, after jumping titanium, it enters the special channel and enters the 3# rolling screen. The water carries the elutriated sand and falls through the screen holes into the channel leading to the large dewatering screen. The large particle material rolls out from the end of the 3# rolling screen and enters the small dewatering screen. After dehydration, it is sent to the 1# sorter by the 11# conveyor belt, and then into the 2# sorter, and then sent to the 4# roll by the 12# conveyor belt. screen. The scouring granules are rolled out from the sieve holes. The unbroken material is rolled out from the exit of the 4# rolling screen. After the material is separated from the garbage, the material is re-entered into the production line.

The aluminum selected by the 1# sorting machine falls into the aluminum receiving barrel, and the aluminum selected by the 2# sorting machine falls into the aluminum receiving bucket truck, and is transported to the drying dam for secondary aluminum selection after drying.

All the water used for production will be recycled into the large dewatering screen sedimentation tank by the recovery system, sent to the water storage tank by two 45kw suction pumps, and then sent to four filter presses by four 55kw rotary pumps to complete the mud pressing plate. The clean water filtered by the platen flows into the clean water pool through the pipeline, and is pumped by two pressurized water pumps to each point of the production line for recycling.

The foregoing has shown and described the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments, and the descriptions in the above-mentioned embodiments and the specification are only preferred examples of the present invention, and the present invention is not limited by the above-mentioned preferred examples, without departing from the present invention. Under the premise of the spirit and scope, the present invention can also have various changes and improvements, and these changes and improvements all fall within the scope of protection of the present invention.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the present invention is defined by the appended claims and their equivalents.

Claims (1)

1. A slag-free device system for burning bricks, characterized in that a jaw crusher is installed below the hopper, and a 1# conveyor belt is arranged below the jaw crusher, and the 1# conveyor belt is connected to a 1# rolling screen, and the 1# rolling screen There is a 2# conveyor belt below, the upper screen of the 1# roller screen is inclined to the side, the side of the 1# roller screen is equipped with a 3# conveyor belt, the 2# conveyor belt and the 3# conveyor belt are equipped with a 4# conveyor belt below, 4 # There is a 1# suspension magnet machine behind the conveyor belt, the 4# conveyor belt is connected to the 5# conveyor belt, there is a 2# suspension magnet machine behind the 5# conveyor belt, and the side of the 1# suspension magnet machine and the 2# suspension magnet machine are equipped with 6# conveyor belt, 6# conveyor belt is connected with iron hammer; 5# conveyor belt is connected with 1# magnetic drum, 1# magnetic drum is connected with 1# sand machine, 2# sand machine, 1# sand machine, 2# sand machine The machine is filled with water, and the 1# magnetic drum iron discharge channel is connected to the iron hammer; The iron powder channel of the iron hammer is connected to the 7# conveyor belt, the 7# conveyor belt is connected to the 8# conveyor belt, and the front end of the 8# conveyor belt is provided with a 2# magnetic drum, and the iron discharge channel of the 2# magnetic drum is connected to the 8# conveyor belt, 8# The conveyor belt is connected to the 2# roller screen, the 2# roller screen is flushed with water, the iron discharge channel of the 2# roller screen is connected to the 9# conveyor belt, and the 9# conveyor belt is connected to the thick iron pile; The sand discharge channel of the 7# conveyor belt is connected to the 3# magnetic drum, the 3# magnetic drum is connected to the 3# jig, the 3# jig is connected to the 4# magnetic drum, and the 4# magnetic drum is connected to the first dewatering screen and the first dewatering screen. Connect the 10# conveyor belt, and the 10# conveyor belt is connected to the sand pile; The 3# jig machine is connected to the second shaker, the second shaker is connected to the sedimentation tank, the sedimentation tank is connected to the second dewatering screen through the water pump, the second dewatering screen is connected to the 10# conveyor belt, and the 10# conveyor belt is connected to the sand piling area; 1# sanding machine, 2# sanding machine are connected to 5# magnetic drum, 6# magnetic drum, 5# magnetic drum, 6# magnetic drum are connected to 1# jig, 2# jig, 5# magnetic drum, 6 #The iron discharge channel of the magnetic drum is connected to the 2# roller screen; 1# jig machine, 2# jig machine are connected to 3# roller screen, 3# roller screen is connected to the third dewatering screen, the third dewatering screen is connected to 11# conveyor belt, 11# conveyor belt is connected to 1# sorter, 1# The sorting machine is connected to the 2# sorting machine, the 2# sorting machine is connected to the 12# conveyor belt, the 12# conveyor belt is connected to the 4# roller screen, and the 4# roller screen is connected to the production line.

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