Preposed garbage bucket structure

Abstract

The invention discloses a front-mounted garbage hopper structure, which includes a garbage bin placed in a pit. The inner cavity of the garbage bin at least includes a feeding cavity with an open upper part and a storage cavity with a garbage ejection port at the front end. The storage cavity The upper end between the position and the feeding chamber is rotatably connected with an auxiliary hopper that can dump garbage, and the auxiliary hopper is placed on the upper end of the storage chamber; the auxiliary hopper is equipped with a turning power device that can turn the auxiliary hopper; An auxiliary hopper is arranged on the garbage bin in the pit, which improves the convenience of garbage dumping and the efficiency of garbage transfer treatment; the front structure of the auxiliary hopper is novel in structure; the front structure of the auxiliary hopper comprehensively utilizes the garbage transfer The entrance and exit door in front of the station not only saves land, but also overcomes the limitations of land use; through hydraulic transmission, the hydraulic cylinder and the garbage can are placed in the pit together, which improves the cleanliness of the ground of the garbage transfer station; the turning power device Available in a variety of configurations, the auxiliary hopper is easy to load.

Description

technical field [0001] The invention relates to the technical field of garbage compression machinery, in particular to a front-mounted garbage bucket structure, which is suitable for garbage transfer treatment in densely populated areas such as towns and docks. Background technique [0002] Existing garbage transfer and compression treatment is mostly carried out by garbage compression machinery. The garbage compression machinery used includes vertical or horizontal garbage compressors, and the garbage compression machinery also includes a large garbage bin placed in a prefabricated pit. The garbage bin is designed with an open upper feeding cavity and a storage cavity. During operation, the garbage is poured into the feeding cavity first, and then the garbage is compacted by a horizontal compression mechanism or a vertical compression mechanism. The garbage compressor adopts the direct dumping method and does not have an auxiliary garbage bucket, so it cannot meet the effic...

AI Technical Summary

Problems solved by technology

[0002] Existing garbage transfer and compression treatment is mostly carried out by garbage compression machinery. The garbage compression machinery used includes vertical or horizontal garbage compressors, and the garbage compression machinery also includes a large garbage bin placed in a prefabricated pit. The garbage bin is designed with an open upper feeding cavity and a storage cavity. During operation, the garbage is poured into the feeding cavity first, and then the garbage is compacted by a horizontal compression mechanism or a vertical compression mechanism. The garbage compressor adopts the direct dumping method and does not have an auxiliary garbage bucket, so it cannot meet the efficient operation of garbage collection during the peak period of garbage transfer

[0003] Furthermore, there is also an auxiliary garbage hopper in the society. Because the garbage bin placed in the pit is designed with multiple cavities, including a compressible feeding cavity, a front-end storage cavity and a rear-end push-out device. There is also a cavity separation gate for the vehicle cavity, the feeding cavity and the storage cavity. Due to the existence of the separation gate, if an auxiliary hopper is installed at the front end of the garbage bin, the design becomes difficult. The conventional design The idea is generally to place the auxiliary hopper at the rear end of the dustbin, such as the Chinese utility model patent "Garbage Compressor" (notification number CN2686844Y) whose patent number is ZL200420020947.0; , a garbage dumping part is arranged above the push-out cavity at the rear end, the garbage dumping part is hinged on the rear upper edge of the garbage bin, and can pour the garbage into the compression chamber in the middle, and the tipping power mechanism of the garbage dumping part is set on In the rear cavity of the garbage bin, although this design solves the auxiliary dumping function of the garbage, the rear structure of the garbage dumping part is bound to open an entry and exit door at the rear of the garbage transfer station, and the rear of the garbage transfer station needs to be located at the rear of the garbage transfer station. Enough vehicles enter and leave the site, which increases the land use of the garbage transfer station on the one hand, and on the other hand increases the limitation of the land use, sometimes it cannot be set up due to local restrictions

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