CN211994332U - Dry and wet garbage compressor - Google Patents

Abstract

The utility model relates to a dry and wet garbage compressor, which comprises a compression cavity and a discharge cavity, a discharge lifting door connected with a lifting driving part is arranged between the compression cavity and the discharge cavity, a connecting bracket is arranged on the compression cavity and the discharge cavity, the compression cavity is divided into a wet garbage compression cavity and a dry garbage compression cavity, a wet garbage compression block and a dry garbage compression block are respectively arranged on the wet garbage compression cavity and the dry garbage compression cavity, the wet garbage compression block and the dry garbage compression block are connected with the connecting bracket through the compression block driving part, a drainage groove is arranged at the bottom of the wet garbage compression cavity, the drainage groove is connected with a drainage pipe, garbage discharge plates connected with the discharge transverse driving part are respectively arranged in the wet garbage compression cavity and the dry garbage compression cavity, lifting seats are respectively arranged at one sides of the wet garbage compression cavity and the dry garbage compression cavity in the discharge cavity, the lifting seats are connected with the discharge lifting driving part, material pushing plates connected with the material pushing driving part on the bracket are respectively arranged, the dry and wet garbage compressor realizes the separate compression and transportation of dry and wet garbage.

Description

Dry and wet garbage compressor

Technical Field

The utility model relates to a rubbish compressor especially relates to a dry and wet rubbish compressor.

Background

The rubbish compressor reduces the convenient transportation of the volume of rubbish through compressing rubbish, and rubbish is not categorised before, and all rubbish is put together the compression, and at present, similar shanghai has carried out the garbage classification system, divide into but rubbish income thing, harmful rubbish, wet rubbish, dry rubbish, takes different treatment methods to different rubbish, need provide a new compressor to satisfy the compression operation of different rubbish.

SUMMERY OF THE UTILITY MODEL

The applicant aims at the problems and carries out research and improvement to provide a dry and wet garbage compressor.

The utility model discloses the technical scheme who adopts as follows:

a dry and wet garbage compressor comprises a compression cavity, wherein a discharge cavity is arranged on one side of the compression cavity, a discharge lifting door is arranged between the compression cavity and the discharge cavity, the discharge lifting door is connected with a door lifting driving part, brackets are connected on the compression cavity and the discharge cavity, the compression cavity is divided into a wet garbage compression cavity and a dry garbage compression cavity through a partition plate, wet garbage compression blocks and dry garbage compression blocks are respectively arranged on the wet garbage compression cavity and the dry garbage compression cavity, the wet garbage compression blocks and the dry garbage compression blocks are connected with the brackets through compression block driving parts, a drainage groove is formed in the bottom of the wet garbage compression cavity and is connected with a drainage pipe, garbage discharge plates are respectively arranged in the wet garbage compression cavity and the dry garbage compression cavity and are connected with a discharge transverse movement driving part, and lifting seats are respectively arranged on one side of the wet garbage compression cavity and one side of the dry garbage compression cavity in the discharge cavity, the lifting seat is connected with a discharging lifting driving part, the discharging cavities are positioned on the lifting seat and are provided with material pushing plates, and the material pushing plates are connected with the material pushing driving part on the support.

As a further improvement of the above technical solution:

the height of the dry garbage compression cavity bottom plate is higher than that of the wet garbage compression cavity bottom plate.

The striker plate is connected to lift seat both sides, and ejection of compact lift drive part is connected with the striker plate.

The door lifting driving part, the compression block driving part, the discharging transverse moving driving part, the discharging lifting driving part and the material pushing driving part are all hydraulic oil cylinders.

The utility model has the advantages as follows: the wet rubbish compressor futilely separately carries out the compression of dry rubbish and wet rubbish, and after the volume was reduced in the compression of dry rubbish, on sending to the lift seat, see the blown down tank ejection of compact through the lift seat, moisture in the wet rubbish compression discharge rubbish reduces the volume simultaneously, on sending to the lift seat, also see the ejection of compact chamber ejection of compact through the lift seat, realize categorised compression transportation.

Drawings

Fig. 1 is a front view of the wet and dry garbage compressor provided by the present invention.

Fig. 2 is the sectional view of the dry garbage compression cavity of the dry and wet garbage compressor provided by the utility model.

Fig. 3 is a cross-sectional view of the wet garbage compression chamber of the dry and wet garbage compressor provided by the present invention.

Fig. 4 is a side sectional view of the compression chamber of the wet and dry garbage compressor according to the present invention.

Fig. 5 is a partial top view of the wet and dry garbage compressor according to the present invention.

In the figure: 1. a compression chamber; 11. a partition plate; 12. a wet waste compression chamber; 121. a water discharge tank; 122. a drain pipe; 13. a dry waste compression chamber; 14. compressing the wet garbage into blocks; 15. compressing the dry garbage into blocks; 2. a discharge cavity; 3. a discharge lifting door; 31. a door lift drive member; 4. a support; 5. a compression block driving part; 6. A garbage discharging plate; 61. a discharging transverse moving driving part; 7. a lifting seat; 71. a discharge lifting drive component; 72. A striker plate; 8. a material pushing plate; 81. and a pushing driving component.

Detailed Description

The following describes a specific embodiment of the present embodiment with reference to the drawings.

As shown in fig. 1 to 5, the dry and wet garbage compressor of this embodiment includes a compression chamber 1, a discharge chamber 2 is disposed on one side of the compression chamber 1, a discharge lifting door 3 is disposed between the compression chamber 1 and the discharge chamber 2, the discharge lifting door 3 is connected with a door lifting driving component 31, a connecting bracket 4 is disposed on the compression chamber 1 and the discharge chamber 2, the compression chamber 1 is divided into a wet garbage compression chamber 12 and a dry garbage compression chamber 13 by a partition plate 11, the height of the bottom plate of the dry garbage compression chamber 13 is higher than that of the bottom plate of the wet garbage compression chamber 12, so as to prevent water in the wet garbage compression chamber 12 from leaking into the dry garbage compression chamber 13, a wet garbage compression block 14 and a dry garbage compression block 15 are disposed on the wet garbage compression chamber 12 and the dry garbage compression chamber 13 respectively, the wet garbage compression block 14 and the dry garbage compression block 15 are both connected with the connecting bracket 4 by a compression block driving component 5, a drainage channel 121 is disposed at the bottom of, drainage channel 121 connects drain pipe 122, all set up rubbish discharge plate 6 in wet rubbish compression chamber 12 and the dry rubbish compression chamber 13, rubbish discharge plate 6 connects ejection of compact sideslip drive unit 61, it all sets up lift seat 7 to lie in wet rubbish compression chamber 12 and dry rubbish compression chamber 13 one side in ejection of compact chamber 2, striker plate 72 is connected to lift seat 7 both sides, and striker plate 72 of both sides connects ejection of compact lift drive unit 71, ejection of compact chamber 2 lies in and all sets up scraping wings 8 on lift seat 7, scraping wings 8 pushes away material drive unit 81 with on the support 4 and is connected.

The door lifting driving component 31, the compression block driving component 5, the discharging transverse moving driving component 61, the discharging lifting driving component 71 and the pushing driving component 81 are all hydraulic oil cylinders.

When the dry and wet garbage compressor of the embodiment is used, the compression cavity 1 and the discharge cavity 2 are both installed below the ground, the garbage truck pours dry garbage and wet garbage which are separately collected into the dry garbage compression cavity 13 and the wet garbage compression cavity 12 respectively, then the compression block driving parts 5 on the dry garbage compression cavity 13 and the wet garbage compression cavity 12 are started to drive the dry garbage compression block 15 and the wet garbage compression block 14 to enter the dry garbage compression cavity 13 and the wet garbage compression cavity 12 respectively for garbage compression, wherein the dry garbage in the dry garbage compression cavity 13 is reduced in volume through compression, the wet garbage in the wet garbage compression cavity 12 is compressed similarly to extrude the moisture in the garbage and reduce the volume, after the moisture in the wet garbage is extruded out, the wet garbage compression cavity 12 is discharged through the drainage channel 121 and the drainage pipe 122, after the compression of the dry garbage and the wet garbage is completed, the door lifting driving part 31 is started to drive the discharge lifting door 3 to lift and open, meanwhile, the discharging transverse driving component 61 is started to drive the garbage discharging plate 6 to push the compressed dry garbage and wet garbage out of the dry garbage compression cavity 13 and the wet garbage compression cavity 12 and push the dry garbage and the wet garbage onto the lifting seat 7, after the dry garbage and the wet garbage are in place, the discharging transverse driving component 61 drives the garbage discharging plate 6 to reset, the door lifting driving component 31 drives the discharging lifting door 3 to descend and reset, the dry garbage and the wet garbage can be continuously thrown into the dry garbage compression cavity 13 and the wet garbage compression cavity 12 to be compressed, meanwhile, the discharging lifting driving component 71 drives the lifting seat 7 to ascend, the compressed dry garbage and the compressed wet garbage are conveyed above the discharging cavity 2, then the garbage transport vehicle stops at one side of the discharging cavity 2, then the material pushing driving component 81 drives the material pushing plate 8 to move, namely, the compressed dry garbage and the compressed wet garbage can be pushed into the garbage transport vehicle from the lifting seat 7 through the material pushing plate 8, and finally, the pushing driving part 81 and the discharging lifting driving part 71 drive the pushing plate 8 and the lifting seat 7 to reset.

The above description is for the purpose of explanation and not limitation of the invention, which is defined in the claims, and any modifications may be made without departing from the basic structure of the invention.

Claims (4)

1. The utility model provides a dry and wet rubbish compressor which characterized in that: comprises a compression chamber (1), a discharge chamber (2) is arranged on one side of the compression chamber (1), a discharge lifting door (3) is arranged between the compression chamber (1) and the discharge chamber (2), the discharge lifting door (3) is connected with a door lifting driving part (31), a connecting support (4) is arranged on the compression chamber (1) and the discharge chamber (2), the compression chamber (1) is divided into a wet garbage compression chamber (12) and a dry garbage compression chamber (13) through a partition plate (11), the wet garbage compression chamber (12) and the dry garbage compression chamber (13) are respectively provided with a wet garbage compression block (14) and a dry garbage compression block (15), the wet garbage compression block (14) and the dry garbage compression block (15) are connected with the connecting support (4) through a compression block driving part (5), a drainage channel (121) is arranged at the bottom of the wet garbage compression chamber (12), and the drainage channel (121) is connected with a drainage pipe (122), wet rubbish compression chamber (12) and dry rubbish compression chamber (13) are all provided with rubbish discharge plate (6), rubbish discharge plate (6) is connected ejection of compact sideslip drive unit (61), it all sets up lift seat (7) to be located wet rubbish compression chamber (12) and dry rubbish compression chamber (13) one side in ejection of compact chamber (2), ejection of compact lift drive unit (71) is connected in lift seat (7), ejection of compact chamber (2) are located and all set up scraping wings (8) on lift seat (7), scraping wings (8) are connected with the material pushing drive unit (81) that pushes away on support (4).

2. The wet and dry waste compactor according to claim 1, wherein: the height of the bottom plate of the dry garbage compression cavity (13) is higher than that of the bottom plate of the wet garbage compression cavity (12).

3. The wet and dry waste compactor according to claim 1, wherein: the two sides of the lifting seat (7) are connected with the material baffle plate (72), and the discharging lifting driving part (71) is connected with the material baffle plate (72).

4. The wet and dry waste compactor according to claim 1, wherein: the door lifting driving part (31), the compression block driving part (5), the discharging transverse moving driving part (61), the discharging lifting driving part (71) and the material pushing driving part (81) are all hydraulic oil cylinders.

Images