CN202909803U

CN202909803U - Waste dry cell breaking and recycling complete equipment

Info

Publication number: CN202909803U
Application number: CN2012203783334U
Authority: CN
Inventors: 李根铭
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-07-24
Filing date: 2012-07-24
Publication date: 2013-05-01
Anticipated expiration: 2022-07-24

Abstract

The utility model provides waste dry cell breaking and recycling complete equipment which comprises a primary breaker 2, a secondary breaker 4, a tertiary breaker 6, a vibratory sorting bed 10, a shaking table 11, a conveying belt and the like. After a waste dry cell is broken for three times, particles become uniform and fine; and then, after the waste dry cell is sorted by the vibratory sorting bed and the shaking table for multiple times, obtained lead, plastic and other useful matters are good in quality and high in grade. The waste dry cell breaking and recycling complete equipment has the beneficial effects that the breaking and sorting processes and the equipment design are reasonable, the equipment effect is obvious, the pollution caused by the lead and other heavy metals to the environment is better solved, and the development of social benefit and ecological benefit is promoted.

Description

The used and scrapped battery fragmentation is recycled into complete equipment

Technical field

The utility model relates to a kind of environmental protection equipment of waste and old electric product recycling, is specifically related to a kind of used and scrapped battery fragmentation and is recycled into complete equipment, belongs to machinery manufacturing technology field.

Background technology

The battery canonical name is " lead accumulator ", also is commonly called as lead-acid accumulator or lead-acid battery.Battery is widely used in the every field such as traffic, communication, electric power, military affairs, navigation, aviation, and in national economy, battery has played indispensable important function.But along with a large amount of productions and the extensive use of battery, the problem of environmental pollution that used and scrapped battery causes also highlights appearance.Plumbous pollution can cause people's blood lead and exceeds standard in the used and scrapped battery.At the beginning of 2011 1 month, 228 children blood leads in Huaining County, Anqing, Anhui Province event that exceeds standard makes the people talk leady and becomes.And at present, people just take away used and scrapped battery after the parts such as utmost point grid, pole, connecting bridge, will be discarded, cause used and scrapped battery serious harm natural environment.The environment protection treating of used and scrapped battery has become the most important thing of Heavy Metal Pollution work.

The utility model content

To process used and scrapped battery in order processing to greatest extent, thoroughly to reclaim wherein available resources, environmental contamination reduction, the utility model provide a kind of used and scrapped battery fragmentation to be recycled into complete equipment.

For achieving the above object, the technical solution adopted in the utility model is: a kind of used and scrapped battery fragmentation is recycled into complete equipment, it is characterized in that: include workbench 1, primary breaker 2, secondary breaker 4, tertiary crusher 6, oscillating separator 10, shaking table 11, conveyer belt; The front end of workbench 1 arranges primary breaker 2, primary breaker 2 discharge buckets below arranges conveyer belt 3, secondary breaker 4 is installed in the discharge end below of conveyer belt 3, conveyer belt 5 is set before the discharge bucket of secondary breaker 4, tertiary crusher 6 is installed in the discharge end below of conveyer belt 5, and the discharging opening of tertiary crusher 6 is connected with hopper 7, and hopper 7 is connected with surge hopper 8, surge hopper 8 offers opening and is connected with overflow pipe 12, and overflow pipe 12 is collected pond 13 by overflow ditch 16 and foam and is communicated with; Surge hopper 8 is welded as a whole with conveyer belt 9, and the discharge end below of conveyer belt 9 arranges oscillating separator 10, and the upper materials outlet of oscillating separator 10 14 is connected with shaking table 11 by pipeline, and the lower floor of oscillating separator 10 is provided with lower floor's material outlet 15.

The beneficial effects of the utility model are: can be with thoroughly fragmentation of used and scrapped battery, reasonable, the equipment successfuls of technological process, and the useful resources rate of recovery such as lead metal are high, reduced environmental pollution, promoted the Social Ecology benefit.

Description of drawings

Fig. 1 is the utility model overall structure schematic diagram.

Fig. 2 is the top view of Fig. 1.

Fig. 3 is the front view of primary breaker 2.

Fig. 4 is the left view of Fig. 3.

Fig. 5 is the top view of Fig. 3.

Fig. 6 is the front view of secondary breaker 4.

Fig. 7 is the right view of Fig. 6.

Fig. 8 is the front view of tertiary crusher 6.

Fig. 9 is that the A of Fig. 8 is to cutaway view.

Among the figure, 1. workbench, 2. primary breaker, 3. conveyer belt, 4. secondary breaker, 5. conveyer belt, 6. tertiary crusher, 7. hopper, 8. surge hopper, 9. conveyer belt, 10. oscillating separator, 11. shaking table, 12. overflow pipes, 13. foams are collected the pond, 14. the outlet of the upper strata of oscillating separator 10, lower floor's outlet of 15. oscillating separators 10,16. overflow ditches, 17. the shell of

primary breaker

2,18. blade cushion covers, 19. blades, 20. main shaft, 21. charging apertures, 22. secondary breakers, 4 feed hoppers, 23. blade, 24. blade cushion covers, 25. main shafts, 26. the cleaning blade, 27. discharge buckets, 28. feed hoppers, 29. fixed blade, 30. cutting blades, 31. knife rests, 32. main shaft, 33. discharge buckets, 34. stabilizers, 35. belt housing, 36. screen clothes, 37. screen brackets.

The specific embodiment

Fig. 1 to Fig. 9 has shown the specific embodiment of the same embodiment of the utility model jointly, now the annexation between operating process of the present utility model and the equipment is combined, and the utility model is further described:

Sulfuric acid in the used and scrapped battery of need fragmentation is poured in the sulfuric acid pond, then used and scrapped battery is concentrated on the workbench 1, and send in the middle of the primary breaker 2, through the material behind the primary breakup is sent into secondary breaker 4 by conveyer belt 3 in the middle of, it is central broken that material after second-time breakage is sent into tertiary crusher 6 by conveyer belt 5, be admitted to hopper 7 through the material of fine crushing for the third time, utilize the height fall that tilts to cause, material continues to be admitted in the middle of the surge hopper 8, surge hopper 8 is welded as a whole with conveyer belt 9, when the liquid levels that is mixed with material rises to the opening that surge hopper 8 offers, be with frothy liquid to flow in the middle of the overflow pipe 12, finally flow into foam by overflow ditch 16 again and collect pond 13; Crushed particles in the middle of the surge hopper 8 then are delivered to the conveyer belt top by conveyer belt 9 and from the funnel oscillating separator 10 that bleeds.After the vibration sorting, the upper strata outlet 14 of oscillating separator 10 is just sent plastics, pure plumbous bulky grain and impurity etc. into shaking table 11, and shaking table is done further sorting to material again; Lower floor's outlet 15 of vibration depiler 10 then has lead powder, and the materials such as lead plaster are discharged, and then collects and takes away, remakes further purification.

In the middle of the utility model, vibration sorting bed, shaking table, conveyer belt etc. all are existing open known technologies, are common apparatus.And the structure of primary breaker 2, secondary breaker 4,6 three kinds of equipment of tertiary crusher is described by Fig. 3 to Fig. 5, Fig. 6 to Fig. 7, Fig. 8 to Fig. 9 respectively in the utility model specification.

Claims

1. a used and scrapped battery fragmentation is recycled into complete equipment, it is characterized in that: include workbench (1), primary breaker (2), secondary breaker (4), tertiary crusher (6), oscillating separator (10), shaking table (11), conveyer belt; The front end of workbench (1) arranges primary breaker (2), primary breaker (2) discharge bucket below arranges conveyer belt (3), secondary breaker (4) is installed in the discharge end below of conveyer belt (3), conveyer belt (5) is set before the discharge bucket of secondary breaker (4), tertiary crusher (6) is installed in the discharge end below of conveyer belt (5), the discharging opening of tertiary crusher (6) is connected with hopper (7), hopper (7) is connected with surge hopper (8), surge hopper (8) offers opening and is connected with overflow pipe (12), and overflow pipe (12) is collected pond (13) by overflow ditch (16) and foam and is communicated with; Surge hopper (8) is welded as a whole with conveyer belt (9), the discharge end below of conveyer belt (9) arranges oscillating separator (10), the upper materials outlet (14) of oscillating separator (10) is connected with shaking table (11) by pipeline, and the lower floor of oscillating separator 10 is provided with lower floor's material outlet (15).