CN205633807U - Garbage compressor - Google Patents
Garbage compressor Download PDFInfo
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- CN205633807U CN205633807U CN201620476036.1U CN201620476036U CN205633807U CN 205633807 U CN205633807 U CN 205633807U CN 201620476036 U CN201620476036 U CN 201620476036U CN 205633807 U CN205633807 U CN 205633807U
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Abstract
The utility model provides a garbage compressor, belongs to the waste treatment technology field. The utility model discloses a compressor arrangement, locate compressor arrangement one end feed mechanism, locate the garbage storehouse case of the compressor arrangement other end, feed mechanism including two spliced poles locating the compressor arrangement lateral wall, through fill arm rotate connect in the feeding funnel on two spliced pole upper portions, locate the feeding funnel its be close to compressor arrangement one side base angle both ends two pulling rod base, locate the compressor arrangement both sides and connect respectively in two devices that turn of two pulling rod base, compressor arrangement includes the framework, locate both sides in the framework the slide, locate the slide top the guide way, slide in the one -level of slide bulldoze the head, sliding connection bulldozes the head, connects the drive arrangement that the one -level bulldozed head and framework in the second grade of guide way. The utility model discloses rational in infrastructure, the material loading is efficient, and compression distance is long, compresses the efficient of rubbish and compression effect and is showing.
Description
Technical field
This utility model relates to technical field of waste treatment, particularly relates to a kind of trash compactor.
Background technology
Trash compactor is one of capital equipment realizing garbage-compressing volume reduction, is also the main processing equipment of refuse transfer station.Trash compactor is the capital equipment of garbage transfer station, is a kind of being compressed collecting the rubbish come, to reduce the machinery of garbage bulk by HYDRAULIC CONTROL SYSTEM.Mainly include pre-pressing refuse compressor, pressing type trash compactor, small-sized rubbish compressor.There are some problems in existing trash compactor:
By hydraulic oil cylinder driving rubbish hopper, rubbish is poured in compressor when trash compactor feeding, rubbish in rubbish hopper often cannot be poured out when being poured into by rubbish in compressor by completely, or have residual, or have adhesion, cause whole feeding process inefficiency.The Chinese patent of Application No. 201020548577.3 discloses a kind of feeding device of spigot-and-socket garbage compactor, including trash compactor and refuse bin, this feeding device by left and right symmetrically arranged hinged connecting plate, and be hinged therewith hoist cylinder, the connecting rod that rises and falls, connecting rod of uncapping composition；Hinged connecting plate is fixed in connecting tube, and hinged connecting plate has the latch being connected with refuse bin socket joint and lock pin；Hoist cylinder cylinder body is hinged on the oil cylinder seat being fixed on below trash compactor, and piston rod top is hinged on hinged connecting plate；Its one end of connecting rod of rising and falling is hinged on the fixing seat being fixed on trash compactor front end, and the other end is hinged on hinged connecting plate；Connecting rod first half of uncapping upwards bends in the back of a bow, and there is a strip slotted eye termination, and slotted eye is arranged on garbage-compressing cover plate and is connected above on the spindle nose of axle, and rear end is hinged on hinged connecting plate；Rise and fall and be provided with spacing shim on connecting rod.This device can be worked continuously, compact in design, but it still exists the problem that loading efficiency is low.
The most existing trash compactor typically has a compression head, the length limitation of its compression distance often pressurized drop-head, affects the normal work of compressor in entering into compression head in order to avoid rubbish, and the compression distance of compression head not can exceed that the length of compression head.Admittedly compression distance to be increased then needs to increase the length of compression head, the length increasing compression head then can take more compressor space, thus increase the volume of compressor, manufacturing cost, take up room；And the compression distance of shorter compression head is short, the efficiency of compressed garbage is low, compression effectiveness is poor.The Chinese patent of Application No. 201310468251.8 discloses the increasing journey of a kind of trash compactor and cuts somebody's hair, including garbage-compressing unit room, trash compactor indoor are provided with one and press-fit and cut somebody's hair, this press-fits the front end the cut somebody's hair opening towards garbage-compressing unit room, described press-fit cut somebody's hair and be provided with between the rear wall of garbage-compressing unit room two increase journeys push away arm mechanism, two increasing journeys push away arm mechanism and are respectively arranged on the side that trash compactor is indoor, described increasing journey pushes away arm mechanism and includes tension arm, increase journey arm, oil cylinder, the fixing end of described tension arm, the cylinder body of oil cylinder is articulated with garbage-compressing unit room, the fixing end of described increasing journey arm is articulated with the free end of tension arm, the free end of increasing journey arm is articulated with and press-fits the rear portion cut somebody's hair, the piston rod of described oil cylinder is articulated with the middle part increasing journey arm.Described device uses two increasing journeys to push away arm mechanism driving pressure dress and cuts somebody's hair, and makes to press-fit and cuts somebody's hair and garbage-compressing unit room uniform force, good stability, and stroke is the longest.But its problem needing to increase compression head length when still not solving to increase compression distance.
The work efficiency that the problems referred to above result in whole trash compactor is low, and reduces the treatment effeciency of Biohazard Waste Disposal.
Summary of the invention
The purpose of this utility model is to solve the problem that above-mentioned prior art exists, it is provided that a kind of trash compactor, and it is rational in infrastructure, and loading efficiency is high, and compression distance is long, and the efficiency of compressed garbage is high and compression effectiveness is notable.
The purpose of this utility model is achieved through the following technical solutions:
A kind of trash compactor, the feed mechanism including compressor, being located at described compressor one end, the trash repository case being located at the described compressor other end,
Described feed mechanism include being located at described compressor its towards the connecting post, be rotationally connected with the feeding funnel on described two connection post tops by arm, be located at its draw-bar seat near two ends, base angle, described compressor side of described feeding funnel, be located at described compressor both sides and be connected to the turning device of draw-bar seat described in homonymy of sidewall of described feed mechanism；
Described turning device includes bearing, rocking arm, pull bar, driving oil cylinder；Described one end is rotationally connected with described bearing upper end, its other end is rotationally connected with described pull bar, the described pull bar other end is rotationally connected with described draw-bar seat, described driving oil cylinder two ends are rotationally connected with in the middle part of described bearing lower end and described rocking arm respectively, so that rubbish is poured into the charging aperture above described compressor more than the distance driving oil cylinder pushing by the distance that described feeding funnel stirs；
Described compressor includes framework, is located at the slideway of both sides in described framework, is located at the gathering sill above described slideway, slides on the one-level push head of described slideway, is slidably connected to two grades of push heads of described gathering sill, connects described one-level push head and the driving means of described framework；
Described one-level push head includes connecting the push plate of described driving means, being located at the described push plate surrounding encirclement upper sliding plate of described driving means, lower slider plate and two blocks of Slideslip plates, described lower slider plate extends to the dorsal part in its face that is connected with described driving means of described push plate, is provided with primary oblique plate between described lower slider plate elongated end and described push plate；
Described two grades of push heads include being slidably connected to the horizontal push pedal of described gathering sill, being located at the secondary oblique plate of described horizontal push pedal push side；
Pushing block after pushing block and polylith it is respectively arranged at two ends with before polylith before and after in described its glide direction of horizontal push pedal, described upper sliding plate its be provided with polylith away from described push plate one end and promote mainly motion block, described in promote mainly motion block and be between described front pushing block and rear pushing block.
During utility model works, drive oil cylinder pushing rocking arm; rocking arm by pull bar pull feeding funnel its near the limit, base angle of described compressor side; stir to pull whole feeding funnel to rotate around it to be connected to connect post one end; sentencing to feed inlet device and dump rubbish; because its forced position is the feeding funnel limit, base angle near compressor side, so being more easy to pour out completely rubbish, on trash repository case baffle plate, the rubbish being adhered to move on hopper can be swept away by set overflow pipe simultaneously.And owing to driving oil cylinder acts on the arm of force that the arm of force of the thrust of rocking arm acts on the pulling force of rocking arm less than pull bar, Gu rocking arm pulls the distance distance more than driving oil cylinder pushing of feeding funnel, improve the efficiency of feeding funnel upset.
After rubbish enters compressor, driving means drives one-level push head to push forward, to one-level push head will fully extended time, promote mainly motion block set by its upper sliding plate and contact at the front pushing block on two grades of push heads, and thus drive two grades of push heads to push forward, to cover one-level push head due to containing cavities and the empty portions that produces in fully extended framework, affect it and normally work in avoiding rubbish to enter one-level push head, break-in adds the length of one-level push head, to ensure its distance compressed, improve efficiency and the effect of compression.During one stage of compression head retraction, promote mainly motion block to it and contact at the rear pushing block of two grades of push heads, to drive two grades of push head retractions.And set primary oblique plate and secondary oblique plate make, when pushing rubbish, a part of horizontal impulse is converted into motive force obliquely, thus reduce the friction between rubbish and bottom surface, improve the fluency of compressed garbage.
Preferred as this utility model, described bearing includes the polylith bearing connecting plate connecting described compressor sidewall, it is located at the gripper shoe bottom described polylith bearing connecting plate, connect the polylith set square with described compressor sidewall bottom described gripper shoe, it is located in described gripper shoe and connects the connection frame of described polylith bearing connecting plate, described connection frame includes the biside plate being oppositely arranged, be located at described biside plate its away from the vertical reinforcing plate of described feeding funnel side, it is located at the rocking arm connecting shaft on described biside plate top, it is located at the oil cylinder connecting shaft of described biside plate bottom, it is located at the horizontal reinforcing plate below described rocking arm connecting shaft.
Preferred as this utility model, described biside plate bottom is provided with broadening portion near described feeding funnel side, and described oil cylinder connecting shaft is located at described broadening portion.
Preferred as this utility model, its end that is connected with described pull bar of described rocking arm is provided with bending section obliquely, and described pull bar is parallel to described bending section.
Preferred as this utility model, described feed mechanism also includes the feed inlet device being located at described compressor upper end, described feed inlet device include being located at its compressor capping frame near described feeding funnel one end of described compressor, be located at the trash repository case baffle plate of described compressor capping frame opposite side, it is in the stock guide of part between described compressor capping frame and trash repository case baffle plate to be located at described compressor two side, described trash repository case baffle plate top is provided with multiple overflow pipe.
Preferred as this utility model, described feeding funnel its be provided with spacing crossbeam away from described compressor one end, described trash repository case baffle plate is provided with multiple spacing bracket.
Preferred as this utility model, described driving means fix before including being located at two compression cylinders of described push plate seat, be located at described framework its with two compression cylinders on described push plate opposite face after fix seat, be rotationally connected with two pairs of compression cylinders respectively and fix two compression cylinders of seat.
Preferred as this utility model, fix seat before said two compression cylinder and be located at differing heights position, described push plate both sides, fixing after said two compression cylinder and fix at the identical height and position of seat before seat is respectively arranged on the compression cylinder being different from side, two described compression cylinders connect to be in different side and be in two pairs of compression cylinders at identical height and position respectively fixes seat.
Preferred as this utility model, fixing seat after described compression cylinder to include connecting the fixed plate of described framework, be located at two pieces of connecting plates of the upper and lower both sides of described fixed plate, be located at the connecting hole of two pieces of described connecting plates, be located at the fixing axle of described connecting hole, be located at the axle end baffle plate of described fixing axle, described compression cylinder is rotationally connected with described fixing axle.
Preferred as this utility model, described connecting plate includes the support end near described framework avris, the connection end away from described framework avris, and the width of described connecting plate is gradually increased to described connection end from described support end.
The utility model has the advantages that: 1, pay-off reasonable integral structure, the efficiency of feeding garbage is high.2, feed inlet device ensure that the fluency that rubbish is toppled over, and avoids the adhesion of rubbish.3, the structural strength of turning device is high, and stability in use is good.4, it is provided with the two-stage push head cooperated, to increase the distance of compression, improves efficiency and the effect of compressed garbage.5, two compression cylinders are crisscross arranged, and further increase the distance of its compression.6, fix before and after compression cylinder the robust structure of seat ensure that compression cylinder be crisscross arranged under stability.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of embodiment of this utility model；
Fig. 2 is the structural representation of turning device in Fig. 1；
Fig. 3 is the structural representation of compressor in Fig. 1；
Fig. 4 is the structural representation fixing seat in Fig. 3 after compression cylinder；
Fig. 5 is the structural representation of securing device in Fig. 4.
3-trash repository case；121-connects post；122-arm；123-feeding funnel；124-draw-bar seat；1251-bearing；1252-rocking arm；1253-pull bar；1254-drives oil cylinder；131-compressor capping frame；132-trash repository case baffle plate；133-stock guide；1321-overflow pipe；12511-bearing connecting plate；12512-gripper shoe；12513-set square；12514-side plate；The vertical reinforcing plate of 12515-；12516-rocking arm connecting shaft；12517-oil cylinder connecting shaft；The broadening portion of 125141-；12521-bending section；1231-material placing casing；1232-one-level feeding swash plate；Bis-grades of feeding swash plates of 1233-；1221-arm plate；1222-strengthens cross bar；The spacing crossbeam of 12311-；132-spacing bracket；21-framework；23-gathering sill；241-push plate；242-upper sliding plate；243-lower slider plate；245-primary oblique plate；The horizontal push pedal of 251-；252-secondary oblique plate；Pushing block before 2511-；Pushing block after 2512-；2421-promotes mainly motion block；221-right angle draw runner；26-foul water tank；271-trash repository box plate；261-filter plate；281-lifting column；282-installs crosspiece；283-reaping hook head；Seat is fixed before 291-compression cylinder；Seat is fixed after 292-compression cylinder；293-compression cylinder；2921-fixed plate；2922-connecting plate；2924-fixes axle；2925-axle end baffle plate；29221-support end；29222-connects end；2911-securing device；29111-backing plate；29112-baffle plate.
Below in conjunction with the drawings and specific embodiments, this utility model is described in further detail.
Detailed description of the invention
As Figure 1-5, this utility model includes compressor, the feed mechanism being located at described compressor one end, is located at the trash repository case 3 of the described compressor other end.
Described feed mechanism includes connecting post 121, arm 122, feeding funnel 123, draw-bar seat 124, turning device.Described compressor its be provided with two connection posts 121 towards the sidewall of described feeding funnel 123, feeding funnel 123 is rotationally connected with two connection post 121 tops by two arm 122, feeding funnel its be equipped with draw-bar seat 124 near two ends, base angle, described compressor side, described compressor both sides are equipped with turning device, and each turning device is connected to the draw-bar seat 124 of same side.During work, turning device action to pull draw-bar seat 124 to move upward, draw-bar seat 124 drive feeding funnel 123 around its be connected post 121 and be rotationally connected end charging aperture above compressor and stir, and dump rubbish at charging aperture.
Wherein, described turning device includes bearing 1251, rocking arm 1252, pull bar 1253, drives oil cylinder 1254.Rocking arm 1252 one end is rotationally connected with described bearing 1251 upper end, and the other end is rotationally connected with pull bar 1253, and pull bar 1253 other end is rotationally connected with draw-bar seat 124, drives oil cylinder 1254 two ends to be rotationally connected with respectively in the middle part of bearing 1252 lower end and rocking arm 1252.During work, driving oil cylinder 1254 action, its one end contacts at bearing 1251 bottom, and the other end promotes in the middle part of rocking arm 1252; rocking arm 1252 is rotationally connected end around it with bearing 1251 top by thrust and is rotated up, and drives pull bar 1253 to pull draw-bar seat 124 to move upward simultaneously.Regard the end that is rotationally connected of rocking arm 1252 with bearing 1251 as fulcrum; the arm of force of rocking arm 1252 oil cylinder driven 1254 thrust is less than the arm of force of its tension member 1253 pulling force; Gu rocking arm 1252 pulls the distance of pull bar 1253 more than the distance driving oil cylinder 1254 to promote rocking arm 1252; distance that i.e. feeding funnel 123 stirs is more than the distance driving oil cylinder 1254 to promote, and the efficiency that feeding funnel stirs is high.And draw-bar seat 124 is located at the base angle Bian Chu of feeding funnel 123; rocking arm 1252 cylinder lever connecting rod 1253 end extends described draw-bar seat away from compressor side; thus when feeding funnel 123 stirs at the charging aperture above compressor; rocking arm 1252 pulls draw-bar seat 124 by pull bar 1253; so that the limit, feeding funnel 123 base angle being provided with draw-bar seat 124 is pulled to higher position; and the opening of feeding funnel 123 is in relatively low position, and rubbish is more easy to be dumped completely.
In order to ensure the stability that whole turning device works, improve the structural strength of bearing 1251, described bearing 1251 include connecting described compressor sidewall polylith bearing connecting plate 12511, be located at the gripper shoe 12512 bottom described polylith bearing connecting plate 12511, connect bottom described gripper shoe 12512 with the polylith set square 12513 of described compressor sidewall, the connection frame of being located in described gripper shoe 12512 and be connected described polylith bearing connecting plate 12511.On the one hand, described connection frame include the biside plate 12514 being oppositely arranged, be located at described biside plate 12514 its away from described feeding funnel 123 side vertical reinforcing plate 12515, be located at the rocking arm connecting shaft 12516 on described biside plate 12514 top, be located at the oil cylinder connecting shaft 12517 of described biside plate 12514 bottom, be located at the horizontal reinforcing plate below described rocking arm connecting shaft 12516, described connection frame rational in infrastructure, it is ensured that to driving oil cylinder 1254 and the bonding strength of rocking arm 1252.On the one hand, described biside plate 12514 bottom is provided with broadening portion 125141 near described feeding funnel 123 side, described oil cylinder connecting shaft 12516 is located at described broadening portion 125141, set broadening portion 125,141 1 aspect improves connection and the support strength driving oil cylinder 1254, on the other hand the angle driven between oil cylinder 1254 and rocking arm 1252 is increased so that it is be more easy to promote rocking arm 1252.On the other hand, its end that is connected with described pull bar 1253 of described rocking arm 1252 is provided with bending section 12521 obliquely, and described pull bar 1253 is parallel to described bending section 12521, and set bending section 12521 improves the intensity of force part when rocking arm 1252 pulls feeding funnel 123.
Described feeding funnel 123 includes material placing casing 1231, it is located at its one-level feeding swash plate 1232 near upper end, described compressor side of described material placing casing 1231, it is located at the described one-level feeding swash plate 1,232 two grades of feeding swash plates 1233 near described outer one end of material placing casing 1231, when feeding funnel 123 does not stirs and lies against ground, inclination angle between described two grades of delivery sheets 1233 and horizontal plane is more than the inclination angle between described one-level delivery sheet 1232 and horizontal plane, send when dumping rubbish Gu feeding funnel 123 is reversed, rubbish is first through the cushioning effect of one-level feeding swash plate 1232, compressor is entered again through two grades of delivery sheets 1233, ensure the smooth orderly of process of dumping rubbish, avoid blocking charging aperture.
Described arm 122 includes being connected to described material placing casing 1231 sidewall and described one-level feeding swash plate 1232 and being rotationally connected with two blocks of arm plates 1221 of described connection post 121 both sides, the structure of described arm 122 makes feeding funnel 123 can press close to compressor, making whole apparatus structure compact, work efficiency is high.Described arm 122 is connected end and is provided with reinforcement cross bar 1222 with described one-level feeding swash plate 1232, improves the intensity that arm 122 is connected with feeding funnel 123.Described draw-bar seat 124 be connected to described feeding funnel 123 its near the sidewall of described compressor, and be connected to the described arm plate 1221 near avris, improve the intensity that draw-bar seat 124 is connected with feeding funnel 23.
Described feed mechanism also includes feed inlet device, described feed inlet device includes being located at its compressor capping frame 131 near described feeding funnel 123 one end of described compressor, it is located at the trash repository case baffle plate 132 of described compressor capping frame 131 opposite side, it is in the stock guide 133 of part between described compressor capping frame 131 and trash repository case baffle plate 132 to be located at described compressor two side, described trash repository case baffle plate 132 top is provided with multiple overflow pipe 1321, the structure of described feed inlet device ensure that feeding funnel 123 can stably enter compressor when dumping rubbish, avoid being scattered, and the rubbish being adhered on dynamic hopper 123 can be swept away by set overflow pipe 1321, ensure that rubbish is toppled over complete, to improve the efficiency of feeding garbage.Described material placing casing 1231 its be provided with spacing crossbeam 12311 away from described compressor one end, described trash repository case baffle plate 132 is provided with multiple spacing bracket 1322, described spacing bracket 1322 is provided with bracket pad, spacing bracket 1,322 1 aspect that coordinates set spacing crossbeam 12311 plays the position limiting feeding funnel 123 when upset, avoiding feeding funnel 123 and trash repository case baffle plate 132 to produce to clash into and damage, the most spacing crossbeam 12311 and spacing bracket 1322 are collided the produced rubbish of being more convenient for that shakes and are fallen.
Described compressor includes framework 21, the charging aperture being located at described framework 21, the slideway being located on the framework two side below described charging aperture, is located at the gathering sill 23 above described slideway, slides on the one-level push head of described slideway, is slidably connected to two grades of push heads of described gathering sill 23, connects described one-level push head and the driving means of described framework 21.During work, driving means promotes the motion of one-level push head, when one-level push head will fully extended time, it drives two grades of push heads to move together, by two grades of push heads cover one-level push head due to fully extended and and compressor storage push head cavity between produce space, break-in adds the length of one-level push head.
Wherein, described slideway includes four the right angle draw runners 221 being located at described base angle, one-level push head both sides and both sides drift angle, it is ensured that the stability of one-level push head slip and fluency.It is provided with foul water tank 26 bottom described one-level push head, the top board of described foul water tank 26 is downward-sloping along the press direction of described one-level push head, described four right angle draw runners 221 are parallel to the top board of described foul water tank 26, described structure is easy to sewage and is taken advantage of a situation and flow to trash repository case, it is to avoid it damages internal structure in flowing to one-level push head.Described foul water tank 26 is higher than coupled trash repository box plate 271, its abutted surface with described trash repository box plate 271 of described foul water tank 26 is provided with filter plate 261, make the sewage flowing to trash repository case can enter foul water tank in time, it is to avoid the sewage impact on trash compactor.It is in the frame above described filter plate 261 and is arranged with cutter sweep, described cutter sweep includes multiple lifting column 281, connects installing crosspiece 282, being located at multiple reaping hook heads 283 of described installation crosspiece 282 of multiple described lifting column 281 bottom, set cutter sweep is for cutting before pressure is such as trash repository case lighter bag-shaped rubbish, to discharge air in it, convenient compression.
Described one-level push head includes connecting the push plate 241 of described driving means, being located at the described push plate 241 surrounding encirclement upper sliding plate 242 of described driving means, lower slider plate 243 and two blocks of Slideslip plates.Described lower slider plate 243 extends to the dorsal part in its face that is connected with described driving means of described push plate 241, is provided with primary oblique plate 245 between described lower slider plate 243 elongated end and described push plate 241；Described two grades of push heads include being slidably connected to the horizontal push pedal 251 of described gathering sill 23, being located at the secondary oblique plate 252 of described horizontal push pedal 251 push side；Pushing block 2512 after pushing block 2511 and polylith it is respectively arranged at two ends with before polylith before and after in described its glide direction of horizontal push pedal 251, described upper sliding plate 242 its be provided with polylith away from described push plate 241 one end and promote mainly motion block 2421, described in promote mainly motion block 2421 and be between described front pushing block 2511 and rear pushing block 2512.
This device is provided with the two-stage push head cooperated, during work, driving means drives one-level push head to push forward, to one-level push head will fully extended time, promote mainly motion block 2421 set by its upper sliding plate 242 and contact at the front pushing block 2511 on two grades of push heads, and thus drive two grades of push heads to push forward, to cover one-level push head due to containing cavities and the empty portions that produces in fully extended framework, affect it and normally work in avoiding rubbish to enter one-level push head, break-in adds the length of one-level push head, to ensure its distance compressed, improve efficiency and the effect of compression.During one stage of compression head retraction, promote mainly motion block 2421 to it and contact at the rear pushing block 2512 of two grades of push heads, to drive two grades of push head retractions.And set primary oblique plate 245 and secondary oblique plate 252 make, when pushing rubbish, a part of horizontal impulse is converted into motive force obliquely, thus reduce the friction between rubbish and bottom surface, improve the fluency of compressed garbage.
Described driving means fix before including being located at two compression cylinders of described push plate 241 seat 291, be located at described framework 21 its with two compression cylinders on described push plate 241 opposite face after fix seat 292, be rotationally connected with two pairs of compression cylinders respectively and fix two compression cylinders 293 of seat, it is driven by two compression cylinders, its motive force is more evenly distributed, push effective, front and back fix seat and then ensure that stability when compression cylinder works.Fix seat 291 before said two compression cylinder and be located at differing heights position, described push plate 241 both sides, fix after said two compression cylinder and fix at the identical height and position of seat 291 before seat 292 is respectively arranged on the compression cylinder being different from side, two described compression cylinders 293 connect to be in different side and be in two pairs of compression cylinders at identical height and position respectively fixes seat, two compression cylinders 293 are crisscross arranged, this structure makes under identical containing cavities length, there is longer pushing distance, to improve the efficiency of device compressed garbage.Fix seat 292 after described compression cylinder to include connecting the fixed plate 2921 of described framework 21, be located at two pieces of connecting plates 2922 of described fixed plate about 2921 both sides, be located at the connecting hole of two pieces of described connecting plates 2922, be located at the fixing axle 2924 of described connecting hole, be located at the axle end baffle plate 2925 of described fixing axle 2924, described compression cylinder 293 is rotationally connected with described fixing axle 2924, the structural stability fixing seat 292 after described compression cylinder is high, axle end baffle plate 2925 is for limiting moving axially and rotating of fixing axle 2924, it is avoided to be disconnected plate, it is ensured that its functional stabilization；Connecting plate 2922 connects the end of fixing compression cylinder 293 by fixing axle 2924, and its suffered power acts on frame side wall through fixed plate 2921, increases lifting surface area, improves support strength and stability.Described connecting plate 2922 includes the support end 29221 near described framework 21 avris, the connection end 29222 away from described framework 21 avris, the width of described connecting plate 2922 is gradually increased to described connection end 29222 from described support end 29221, on the one hand described structure alleviates the weight of connecting plate 2922 self, and on the other hand support strength is high.Fix before two described compression cylinders and at seat 291, be equipped with securing device 2911, described securing device 2911 is fixed the backing plate 29111 of seat 291 and described push plate 241, is located at the baffle plate 29112 of described backing plate 29111 both sides before including connecting described compression cylinder, described backing plate 29111 improves the intensity at push plate 241 stress, and described two side shields 29112 fix the effect of seat 291 horizontal level before then serving fixing compression cylinder.
The above; it is only this utility model preferably detailed description of the invention; this detailed description of the invention is based on a kind of implementation under this utility model general idea; and protection domain of the present utility model is not limited thereto; any those familiar with the art is in the technical scope that this utility model discloses; the change that can readily occur in or replacement, all should contain within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claims.
Claims (10)
1. a trash compactor, the feed mechanism including compressor, being located at described compressor one end, the trash repository case (3) being located at the described compressor other end, it is characterised in that
Described feed mechanism include being located at described compressor its towards the sidewall of described feed mechanism connection post (121), be rotationally connected with the feeding funnel (123) on described connection post (121) top by arm (122), be located at its draw-bar seat (124) near two ends, base angle, described compressor side of described feeding funnel (123), be located at described compressor both sides and be connected to the turning device of draw-bar seat described in homonymy (124)；
Described turning device includes bearing (1251), rocking arm (1252), pull bar (1253), drives oil cylinder (1254)；Described rocking arm (1252) one end is rotationally connected with described bearing (1251) upper end, its other end is rotationally connected with described pull bar (1253), described pull bar (1253) other end is rotationally connected with described draw-bar seat (124), described driving oil cylinder (1254) two ends are rotationally connected with described bearing (1251) lower end and described rocking arm (1252) middle part respectively, so that rubbish is poured into the charging aperture above described compressor more than the distance driving oil cylinder (1254) to promote by the distance that described feeding funnel (123) stirs；
Described compressor includes framework (21), the slideway being located at described framework (21) interior both sides, is located at the gathering sill (23) above described slideway, slides on the one-level push head of described slideway, is slidably connected to two grades of push heads of described gathering sill (23), connects described one-level push head and the driving means of described framework (21)；
Described one-level push head includes connecting the push plate (241) of described driving means, being located at described push plate (241) the surrounding encirclement upper sliding plate (242) of described driving means, lower slider plate (243) and two blocks of Slideslip plates, described lower slider plate (243) extends to the dorsal part in its face that is connected with described driving means of described push plate (241), is provided with primary oblique plate (245) between described lower slider plate (243) elongated end and described push plate (241)；
Described two grades of push heads include being slidably connected to the horizontal push pedal (251) of described gathering sill (23), being located at the secondary oblique plate (252) of described horizontal push pedal (251) push side；
Pushing block (2512) after pushing block (2511) and polylith it is respectively arranged at two ends with before polylith before and after in described its glide direction of horizontal push pedal (251), described upper sliding plate (242) its be provided with polylith away from described push plate (241) one end and promote mainly motion block (2421), described in promote mainly motion block (2421) and be between described front pushing block (2511) and rear pushing block (2512).
nullTrash compactor the most according to claim 1，It is characterized in that，Described bearing (1251) includes polylith bearing connecting plate (12511) connecting described compressor sidewall、It is located at the gripper shoe (12512) of described polylith bearing connecting plate (12511) bottom、Connect the polylith set square (12513) of described gripper shoe (12512) bottom and described compressor sidewall、It is located in described gripper shoe (12512) and connects the connection frame of described polylith bearing connecting plate (12511)，Described connection frame includes the biside plate (12514) being oppositely arranged、Be located at described biside plate (12514) its away from the vertical reinforcing plate (12515) of described feeding funnel (123) side、It is located at the rocking arm connecting shaft (12516) on described biside plate (12514) top、It is located at the oil cylinder connecting shaft (12517) of described biside plate (12514) bottom、It is located at the horizontal reinforcing plate of described rocking arm connecting shaft (12516) lower section.
Trash compactor the most according to claim 2, it is characterised in that described biside plate (12514) bottom is provided with broadening portion (125141) near described feeding funnel (123) side, described oil cylinder connecting shaft (12516) is located at described broadening portion (125141).
Trash compactor the most according to claim 1, it is characterised in that its end that is connected with described pull bar (1253) of described rocking arm (1252) is provided with bending section (12521) obliquely, and described pull bar (1253) is parallel to described bending section (12521).
Trash compactor the most according to claim 1, it is characterized in that, described feed mechanism also includes the feed inlet device being located at described compressor upper end, described feed inlet device includes being located at its compressor capping frame (131) near described feeding funnel (123) one end of described compressor, it is located at trash repository case baffle plate (132) of described compressor capping frame (131) opposite side, it is in the stock guide (133) of part between described compressor capping frame (131) and trash repository case baffle plate (132) to be located at described compressor two side, described trash repository case baffle plate (132) top is provided with multiple overflow pipe (1321).
Trash compactor the most according to claim 5, it is characterised in that described feeding funnel its be provided with spacing crossbeam (12311) away from described compressor one end, described trash repository case baffle plate (132) is provided with multiple spacing bracket (1322).
Trash compactor the most according to claim 1, it is characterized in that, described driving means fix before including being located at two compression cylinders of described push plate (241) seat (291), be located at described framework (21) its with two compression cylinders on described push plate (241) opposite face after fix seat (292), be rotationally connected with two pairs of compression cylinders respectively and fix two compression cylinders (293) of seat.
Trash compactor the most according to claim 7, it is characterized in that, fix seat (291) before said two compression cylinder and be located at differing heights position, described push plate (241) both sides, fixing after said two compression cylinder fixes at seat (291) identical height and position before seat (292) is respectively arranged on the compression cylinder being different from side, and two described compression cylinders (293) connect to be in different side and be in two pairs of compression cylinders at identical height and position respectively fixes seat.
Trash compactor the most according to claim 8, it is characterized in that, fixing seat (292) after described compression cylinder to include connecting the fixed plate (2921) of described framework (21), be located at two pieces of connecting plates (2922) of described fixed plate (2921) up and down both sides, be located at the connecting hole of two pieces of described connecting plates (2922), be located at the fixing axle (2924) of described connecting hole, be located at the axle end baffle plate (2925) of described fixing axle (2924), described compression cylinder (293) is rotationally connected with described fixing axle (2924).
Trash compactor the most according to claim 9, it is characterized in that, described connecting plate (2922) includes the support end (29221) near described framework (21) avris, the connection end (29222) away from described framework (21) avris, and the width of described connecting plate (2922) is gradually increased to described connection end (29222) from described support end (29221).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620476036.1U CN205633807U (en) | 2016-05-24 | 2016-05-24 | Garbage compressor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620476036.1U CN205633807U (en) | 2016-05-24 | 2016-05-24 | Garbage compressor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205633807U true CN205633807U (en) | 2016-10-12 |
Family
ID=57055624
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620476036.1U Expired - Fee Related CN205633807U (en) | 2016-05-24 | 2016-05-24 | Garbage compressor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205633807U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105819132A (en) * | 2016-05-24 | 2016-08-03 | 浙江环龙机器有限公司 | Garbage compressor |
| CN107931305A (en) * | 2017-11-04 | 2018-04-20 | 卢勇军 | A kind of automatic loading and unloading house refuse recycle bin |
| CN109533745A (en) * | 2018-12-28 | 2019-03-29 | 深圳东风汽车有限公司 | A kind of equipment of new type of compression rubbish |
| CN110641866A (en) * | 2018-06-26 | 2020-01-03 | 上海美迅环境设备有限公司 | Transverse moving spinning type garbage compression equipment |
-
2016
- 2016-05-24 CN CN201620476036.1U patent/CN205633807U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105819132A (en) * | 2016-05-24 | 2016-08-03 | 浙江环龙机器有限公司 | Garbage compressor |
| CN105819132B (en) * | 2016-05-24 | 2018-01-12 | 浙江环龙机器有限公司 | A kind of trash compactor |
| CN107931305A (en) * | 2017-11-04 | 2018-04-20 | 卢勇军 | A kind of automatic loading and unloading house refuse recycle bin |
| CN110641866A (en) * | 2018-06-26 | 2020-01-03 | 上海美迅环境设备有限公司 | Transverse moving spinning type garbage compression equipment |
| CN109533745A (en) * | 2018-12-28 | 2019-03-29 | 深圳东风汽车有限公司 | A kind of equipment of new type of compression rubbish |
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| C14 | Grant of patent or utility model | ||
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