阅读说明：本技术 一种工业中废弃crt玻璃综合回收系统 (Comprehensive recovery system for waste CRT glass in industry ) 是由 张总强 王秀芳 于 2019-11-21 设计创作，主要内容包括：本发明涉及综合回收系统技术领域,且公开了一种工业中废弃CRT玻璃综合回收系统,包括制砖机模块,所述制砖机模块的输出端与碾碎机模块的接收端管道连接,所述碾碎机模块的输出端与鼓风机模块的接收端管道连接,所述鼓风机模块的输出端与沉降桶模块的接收端管道连接,所述沉降桶模块的输出端与沉降室模块的接收端管道连接,通过制砖机模块,制砖机模块的输出端与碾碎机模块的接收端管道连接,碾碎机模块的输出端与鼓风机模块的接收端管道连接,鼓风机模块的输出端与铸模机模块的接收端管道连接,通过铸模机模块的作用,达到了可以从废弃CRT玻璃中提取出来的铅被铸模机模块铸造成型,并加以回收利用的效果。(The invention relates to the technical field of comprehensive recovery systems, and discloses an industrial comprehensive recovery system for waste CRT glass, which comprises a brick making machine module, wherein the output end of the brick making machine module is connected with a receiving end pipeline of a grinding roller module, the output end of the grinding roller module is connected with a receiving end pipeline of an air blower module, the output end of the air blower module is connected with a receiving end pipeline of a sedimentation barrel module, the output end of the sedimentation barrel module is connected with a receiving end pipeline of a sedimentation chamber module, the output end of the brick making machine module is connected with the receiving end pipeline of the grinding roller module through the brick making machine module, the output end of the grinding roller module is connected with the receiving end pipeline of the air blower module, the output end of the air blower module is connected with the receiving end pipeline of a molding machine module, and lead which can be extracted from the waste CRT glass is cast and molded by the molding machine, and the effect of recycling is achieved.)

1. The utility model provides a abandonment CRT glass synthesizes recovery system in industry, includes brickmaking machine module (1), its characterized in that: the output of brickmaking machine module (1) and the receiving terminal pipe connection of grinding rolls module (2), the output of grinding rolls module (2) and the receiving terminal pipe connection of air-blower module (3), the output of air-blower module (3) and the receiving terminal pipe connection of settling cask module (6), the output of settling cask module (6) and the receiving terminal pipe connection of deposit room module (7), the output of deposit room module (7) and the receiving terminal pipe connection of filter chamber module (8), the output of filter chamber module (8) and the receiving terminal pipe connection of collector module (9), the output of collector module (9) and the receiving terminal pipe connection of sack filling device module (10).

2. The system of claim 1, wherein the system comprises: and the receiving end of the air blower module (3) is connected with the output end pipeline of the cooling module (4).

3. The system of claim 1, wherein the system comprises: the blower adopted by the blower module (3) is a Roots blower.

4. The system of claim 1, wherein the system comprises: the output end of the blower module (3) is connected with the receiving end pipeline of the molding machine module (5).

5. The system of claim 1, wherein the system comprises: the bag adopted by the bagging device module (10) is a professional dustproof bag.

Technical Field

The invention relates to the technical field of comprehensive recovery systems, in particular to a comprehensive recovery system for waste CRT glass in industry.

Background

The number of TV sets in China is about 5.5 hundred million, most of the TV sets are CRT TV sets, and the number of CRT monitors in computers is over 4000 million. Since 2003, about 2000-.

Because the waste CRT cone glass with high lead content is lack of feasible utilization technology for a long time, the CRT cone glass is mostly cured or detoxified to reduce the influence on the environment, but the harm of lead to the environment and human is still not fundamentally solved, and the converted product is still a potential harm. Only by extracting lead from the waste CRT cone glass and reasonably utilizing the lead, the harm of the waste CRT cone glass to the environment and the human health can be fundamentally solved.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a comprehensive recovery system for waste CRT glass in industry, which has the advantages of effectively extracting metal lead from the waste CRT glass and collecting the generated smoke dust, thereby solving the problem of the harm of the lead to the environment and human beings, and the converted product is still a potential harm. Only by extracting lead from the waste CRT cone glass and reasonably utilizing the lead, the problem that the waste CRT cone glass harms the environment and the human health can be fundamentally solved.

(II) technical scheme

In order to realize the purposes of effectively extracting metal lead from waste CRT glass and collecting generated smoke dust, the invention provides the following technical scheme: the utility model provides an abandonment CRT glass synthesizes recovery system in industry, includes the brickmaking machine module, the output of brickmaking machine module and the receiving terminal pipe connection of grinding rolls module, the output of grinding rolls module and the receiving terminal pipe connection of air-blower module, the output of air-blower module and the receiving terminal pipe connection of settling cask module, the output of settling cask module and the receiving terminal pipe connection of filter chamber module, the output of filter chamber module and the receiving terminal pipe connection of collector module, the output of collector module and the receiving terminal pipe connection of sack filling device module.

Preferably, the receiving terminal of air-blower module and the output end pipe connection of cooling module use through the cooperation of cooling module and air-blower module, have reached and have avoided the air-blower to lead to inside temperature higher because of long-time work, damage the effect of device.

Preferably, the blower adopted by the blower module is a roots blower, and the roots blower adopts a three-blade rotor structure and a reasonable structure at the air inlet and the air outlet in the shell, so that the fan has small vibration and low noise.

Preferably, the output end of the blower module is connected with the receiving end pipeline of the molding machine module, and lead extracted from waste CRT glass is cast and molded by the molding machine module and recycled by the action of the molding machine module.

Preferably, the bag adopted by the bagging device module is a professional dustproof bag, so that the bagging device module avoids dust leakage and secondary pollution when smoke and dust are recovered.

(III) advantageous effects

Compared with the prior art, the invention provides a comprehensive recovery system for waste CRT glass in industry, which has the following beneficial effects:

1. the comprehensive recycling system for the waste CRT glass in the industry has the advantages that through the brick making machine module, the output end of the brick making machine module is connected with the receiving end pipeline of the grinding roller module, the output end of the grinding roller module is connected with the receiving end pipeline of the blower module, the output end of the blower module is connected with the receiving end pipeline of the casting and molding machine module, and the effect that lead extracted from the waste CRT glass is cast and molded by the casting and molding machine module and is recycled is achieved through the action of the casting and molding machine module.

2. This abandonment CRT glass synthesizes recovery system in industry, the output through the air blower module is connected with the receiving terminal pipe-line of settling cask module, the output of settling cask module and the receiving terminal pipe-line of deposit room module, the output of deposit room module and the receiving terminal pipe-line of filter chamber module are connected, the output of filter chamber module and the receiving terminal pipe-line of collector module are connected, the output of collector module and the receiving terminal pipe-line of sack filling device module are connected, use through the cooperation of air blower module and sack filling device module, thereby reached the effect that this system can also collect produced smoke and dust.

Drawings

FIG. 1 is a schematic view of the structure of the present invention.

In the figure: 1-brick making machine module, 2-grinding machine module, 3-blower module, 4-cooling module, 5-mould casting machine module, 6-settling barrel module, 7-settling chamber module, 8-filtering chamber module, 9-collector module and 10-bagging device module.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, a comprehensive recycling system for waste CRT glass in industry comprises a brick making machine module 1, wherein an output end of the brick making machine module 1 is connected with a receiving end pipeline of a crusher module 2, an output end of the crusher module 2 is connected with a receiving end pipeline of a blower module 3, the blower module 3 adopts a roots blower which adopts a three-blade rotor structure and a reasonable structure of an air inlet and an air outlet in a shell, so that the blower has small vibration and low noise, the receiving end of the blower module 3 is connected with an output end pipeline of a cooling module 4, the cooling module 4 is matched with the blower module 3 to achieve the effect of preventing the blower from working for a long time to cause higher internal temperature and damage devices, the output end of the blower module 3 is connected with the receiving end pipeline of a mold casting machine module 5, and through the function of the mold casting machine module 5, lead extracted from waste CRT glass is cast and molded by the die casting machine module 5 and recycled, the output end of the blower module 3 is connected with the receiving end pipeline of the settling barrel module 6, the output end of the settling barrel module 6 is connected with the receiving end pipeline of the settling chamber module 7, the output end of the settling chamber module 7 is connected with the receiving end pipeline of the filtering chamber module 8, the output end of the filtering chamber module 8 is connected with the receiving end pipeline of the collector module 9, the output end of the collector module 9 is connected with the receiving end pipeline of the bagging device module 10, the bag adopted by the bagging device module 10 is a professional dustproof bag, and when the dust is recovered by the bagging device module 10, dust leakage is avoided, and secondary pollution is caused.

When in use, lead oxide ore is firstly placed in a brick making machine module 1 and processed into block-shaped materials, then waste CRT cone glass is crushed by a crusher module 2, the processed materials are conveyed to a blower module 3 for smelting, a Roots blower is used for blowing air, and smelting is carried out at 1200 ℃, so that lead liquid, furnace slag and smoke dust are respectively obtained. Casting ingots by the molten lead through a mold casting machine module 5 to obtain a crude lead finished product; the smoke and dust is settled and cooled by the settling barrel module 6, the settling chamber module 7 is settled, the filtering chamber module 8 is used for filtering impurities, the collector module 9 is used for collecting dust, and the bagging device module 10 is used for collecting and packaging, so that the smoke and dust reaching the standard can be obtained and can be recycled as the rotary kiln raw material.

To sum up, in the comprehensive recycling system for waste CRT glass in the industry, through the brick making machine module 1, the output end of the brick making machine module 1 is connected with the receiving end pipeline of the grinding mill module 2, the output end of the grinding mill module 2 is connected with the receiving end pipeline of the blower module 3, the output end of the blower module 3 is connected with the receiving end pipeline of the mold casting module 5, the effect that lead extracted from the waste CRT glass can be cast and molded by the mold casting module 5 and recycled is achieved through the action of the mold casting module 5, the output end of the blower module 3 is connected with the receiving end pipeline of the settling cask module 6, the output end of the cask module 6 is connected with the receiving end pipeline of the settling chamber module 7, the output end of the settling chamber module 7 is connected with the receiving end pipeline of the filtering chamber module 8, and the output end of the filtering chamber module 8 is connected with the receiving, the output end of the collector module 9 is connected with the receiving end pipeline of the bagging device module 10, and the blower module 3 is matched with the bagging device module 10 for use, so that the effect that the system can collect the generated smoke and dust is achieved.

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