CN2764740Y - Self-compressing refuse container lifting apparatus for pit type refuse station - Google Patents
Self-compressing refuse container lifting apparatus for pit type refuse station Download PDFInfo
- Publication number
- CN2764740Y CN2764740Y CN 200520032992 CN200520032992U CN2764740Y CN 2764740 Y CN2764740 Y CN 2764740Y CN 200520032992 CN200520032992 CN 200520032992 CN 200520032992 U CN200520032992 U CN 200520032992U CN 2764740 Y CN2764740 Y CN 2764740Y
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- fixed
- fixed pulley
- steel rope
- lift system
- main electromotor
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Abstract
The utility model provides a self-compressing refuse container lifting apparatus for a pit type refuse station, and relates to environmental sanitation machinery. The existing pit type refuse station mainly uses two modes, wherein one mode uses a gantry crane to lift, load and unload refuse, which has the disadvantages of low safety and small charging capacity, refuse is easy to diffuse around, which causes environment pollution; the other mode uses double lifting posts to load and unload refuse, which has the disadvantages that the refuse can not be compressed, the charging capacity is small, the lifting stroke is long, the stability is poor, and a synchronous valve and the visual inspection are synchronously used, which requires an operator to have high technical level. The utility model provides a lifting apparatus with simple structure, adopts a platform lifting mechanism and obtains the simultaneous elevation or the simultaneous descent through a chain. A container body lifting mechanism adopts four lifting mechanisms which simultaneously use simultaneous wire cables to obtain the synch, and the utility model can effectively obtain the purposes that a self-compressing refuse container can be rapidly loaded on a vehicle and unloaded from a vehicle, and can be safely and rapidly discharged in a pit and lifted and moved away from the pit. The platform lifting mechanism is composed of a front auxiliary pillar 12, a rear auxiliary pillar 15, a rear main pillar 16 and a front main pillar 19, and the container body lifting mechanism is composed of a front main lifting mechanism 13, a rear main lifting mechanism 14, a rear auxiliary lifting mechanism 17 and a front auxiliary lifting mechanism 18.
Description
One, technical field
The utility model relates to environmental sanitation machinery, and especially a kind of melt pit is from compressed garbage station freight container jacking system.
Two, background technology
Two kinds of patterns are mainly used in present domestic ground pit type Refuse bin:
(1) gauntry crane handling mode: the rubbish container that will sink in the melt pit uses gauntry crane that it is hung out melt pit, moves apart melt pit then, and in the other entrucking position that is provided with of melt pit, casing is in this entrucking, the problem of existence:
1. because of adopting the gauntry crane structure, erecting equipment is installed in high aerial, considers safety factor, and the rubbish carrying capacity is little, and carrying capacity is less than 5 tons.
2. the rubbish container hoisting depth is big, need cause the rubbish dirt to diffusion all around easily from work shift to the parking stall during entrucking, causes surrounding environment to pollute, and safety reduces greatly.
3. entrucking position and melt pit cause the waste on the space in two different places, and simultaneously, casing moves apart melt pit and do not seal, and in the sanitary fill melt pit, pollute the bad border of melt pit.
(2) two lifting post loading and unloading types: the casing that double-column lifter will sink in the melt pit rises to the entrucking height, and the side end face from melt pit puts down two driving bridge plates then, and car chassis is poured the entrucking of driving bridge plate into.
The problem that exists:
1. rubbish can't compress, and carrying capacity is little, and carrying capacity is less than 5 tons.
2. the double-column lifter forced stroke is oversize, and the poor stability in the lifting process uses synchronous valve and range estimation synchronously, and is higher to operator's technical requirements.
3. the drive a vehicle poor stability of bridge plate, casing is removed the back melt pit and is not sealed, and rubbish amasss in the melt pit easily.
Three, summary of the invention
The purpose of this utility model provides a kind of simple in structure, can effectively realize getting on and off fast from the compressed garbage freight container, safety quickly transfers to melt pit and promotes the jacking system leave melt pit.
The utility model, the platform lift system places the lifting top with actuator cylinder, realizes rising synchronously or descending by chain (steel rope); The casing lift system, each single lift system uses the oil cylinder independent-lifting respectively, and the synchronous steel rope of the synchronous use of lift system is realized position synchronous.
The technical scheme that the purpose of this utility model adopted is, by preceding secondary column, the secondary column in back, back head tree, preceding head tree is formed the platform lift system, preceding main electromotor structure, back main electromotor structure, the secondary lift system in back, preceding secondary lift system is formed the casing lift system, its platform lift system: fixed mount is equipped with on preceding head tree top, oil cylinder is housed on the fixed mount, the piston rod front end of oil cylinder is connected with before driving chain one end and rear drive chain one end, after going up fixed pulley behind the before driving chain of head tree upper end after the before driving chain other end is walked around and is contained in, fixed pulley on the before driving chain of head tree upper end before walking around again, be fixed on the front cross rail at last, the rear drive chain other end is walked around on the rear drive chain of head tree upper end, back behind the fixed pulley, be fixed on the after cross member at last, secondary column top before crossbeam driving chain one end is fixing, after the other end is walked around the crossbeam left side fixed pulley of preceding secondary column lower end, the right fixed pulley of the crossbeam of head tree lower end before walking around again, the bottom of head tree before being fixed at last;
Casing lift system: the lifting post is housed in the vertical columns, promote in the post oil cylinder is arranged, the piston rod upper end of oil cylinder is connected by bearing pin with the lifting post, the bottom connects with cylinder support, promote the post lower end guide runner is arranged, the steel rope adapter plate of guide runner in the secondary lift system before steel rope one end is fixed on synchronously, before the other end is walked around on the fixed leg of secondary lift system behind the fixed pulley, the following fixed pulley of secondary lift system internal fixation bottom dress before walking around again, the following fixed pulley of main electromotor structure internal fixation column bottom dress before walking around, the steel rope adapter plate of the guide runner before being fixed at last in the main electromotor structure, the synchronous steel rope reverse symmetry of another root wire rope handling.
After secondary column top, the other end were walked around the crossbeam left side fixed pulley of the secondary column lower end in back after the utility model, crossbeam driving chain one end were fixed on, walk around the right fixed pulley of crossbeam of head tree lower end, back again, the bottom of head tree after being fixed at last.
The utility model, front cross rail and be placed with platform above the after cross member.
The utility model, before steel rope adapter plate, the other end of guide runner were walked around in the main electromotor structure before synchronously steel rope one end was fixed on the fixed leg of main electromotor structure behind the fixed pulley, the following fixed pulley of main electromotor structure inner bottom part dress before walking around again, the following fixed pulley of secondary lift system inner bottom part dress before walking around, the steel rope adapter plate of the guide runner of secondary lift system before being fixed at last, the synchronous steel rope reverse symmetry of another root wire rope handling.
The utility model, synchronously the steel rope one end steel rope adapter plate, the other end that are fixed on guide runner in the main electromotor structure of back walked around on the fixed leg of lifting post of back main electromotor structure behind the fixed pulley, walk around the following fixed pulley of main electromotor structure internal fixation column bottom, back dress again, the following fixed pulley of main electromotor structure inner bottom part dress before walking around, the steel rope adapter plate of the guide runner before being fixed at last in the main electromotor structure, the synchronous steel rope reverse symmetry of another root wire rope handling.
The utility model, synchronously the steel rope one end steel rope adapter plate, the other end that are fixed on guide runner in the main electromotor structure of back walked around on the fixed leg of back main electromotor structure behind the fixed pulley, walk around the following fixed pulley of back main electromotor structure inner bottom part dress again, walk around the following fixed pulley of the secondary lift system inner bottom part dress in back, be fixed on the steel rope adapter plate of the guide runner in the secondary lift system in back at last, the synchronous steel rope reverse symmetry of another root wire rope handling.
Principle of work of the present utility model, the piston rod retraction of oil cylinder spurs forward and backward driving chain simultaneously, and when forward and backward driving chain drove the right-hand member rising of forward and backward crossbeam, the left end of forward and backward crossbeam rose under left and right crossbeam pulley and the effect of crossbeam driving chain; During decline, under platform and crossbeam deadweight effect, piston rod stretches out, platform descends and promotes to promote the post rising by bearing pin, promote post and guide runner and rise together, synchronous steel rope draws a left side to promote the post same displacement that also rises by steel rope adapter plate and upper and lower fixed pulley when the right side promotes displacement that post rises and promotes post greater than a left side, realize that left and right lifting post rises synchronously, vice versa.
The utility model device utilizes the casing lift system to separate from the transport automobile chassis from the compressed garbage freight container in melt pit, transfers to then on the platform, and the platform lift system will be put in the melt pit under the compressed garbage freight container; Entrucking is above-mentioned inverse process.
The utility model unites two into one working position and entrucking position, develops to the three-dimensional aspect.Floor area is little, and loading-unloading vehicle, casing are transferred all and carried out in same place, and each moves seamless link, efficient height, space availability ratio height.System uses hydraulic efficiency power unit, stable working, safety.After the compressed garbage freight container left the Refuse bin, platform sealed melt pit.After the empty van body entered the station, box top and ground flat in the realization work were sealed melt pit.Equipment package all is installed in the melt pit.
Four, description of drawings
Further specify the utility model below in conjunction with accompanying drawing.
Fig. 1 is the utility model structural representation;
Fig. 2 is Fig. 1 left side TV structure scheme drawing;
Fig. 3 is Fig. 1 plan structure scheme drawing;
Fig. 4 is a vertical columns sectional structure scheme drawing of the present utility model;
Fig. 5 is two vertical columns sectional structure scheme drawings of the present utility model;
Fig. 6 is the utility model running condition scheme drawing.
Among the figure: fixed pulley under the synchronous steel wire rope 33-of fixed pulley 32-on the front left fixed pulley 23-of the head tree 20-crossbeam drive chain 21-crossbeam right fixed pulley 22-crossbeam lifting column 24-vertical columns 25-bearing pin 26-piston rod 27-oil cylinder 28-guide runner 29-steel wire rope fixed head 30-cylinder support 31-fixed leg of the front secondary hoisting mechanism 19-of secondary hoisting mechanism 18-behind the head tree 17-behind the secondary column 16-behind the main electromotor structure 15-behind front the main electromotor structure of fixed pulley 9-platform 10-rear cross beam 11-front the secondary column 13-of the front beam 12-14-on the upper fixed pulley 8-rear drive chain behind the fixed pulley 3-oil cylinder 4-piston rod 5-front wheel driving chain 6-rear drive chain 7-front wheel driving chain on the 1-fixed mount 2-front wheel driving chain
Five, the specific embodiment
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Figure 6 by preceding secondary column 12, the secondary column 15 in back, back head tree 16, preceding head tree 19 is formed the platform lift systems: fixed mount 1 is equipped with on preceding head tree 19 tops, oil cylinder 3 is housed on the fixed mount 1, piston rod 4 front ends of oil cylinder 3 are connected with before driving chain 5 one ends and rear drive chain 6 one ends, after going up fixed pulley 7 behind the before driving chain of head tree 16 upper ends after before driving chain 5 other ends are walked around and are contained in, fixed pulley 2 on the head tree 19 upper end before driving chains before walking around again, be fixed at last on the front cross rail 11, rear drive chain 6 other ends are walked around on the rear drive chain of head tree 16 upper ends, back behind the fixed pulley 8, be fixed at last on the after cross member 10, secondary column 12 tops before crossbeam driving chain 20 1 ends are fixing, after the other end is walked around the crossbeam left side fixed pulley 22 of preceding secondary column 12 lower ends, the right fixed pulley 21 of the crossbeam of head tree 19 lower ends before walking around again, the bottom of head tree 19 before being fixed at last.
By preceding main electromotor structure 13, back main electromotor structure 14, the secondary lift system 17 in back, preceding secondary lift system 18 is formed the casing lift systems: be equipped with in the vertical columns 24 and promote post 23, promote in the post 23 oil cylinder 27 is arranged, piston rod 26 upper ends of oil cylinder 27 are connected by bearing pin 25 with lifting post 23, the bottom connects with cylinder support 30, promote post 23 lower ends guide runner 28 is arranged, the steel rope adapter plate 29 of guide runner 28 in the secondary lift system 18 before steel rope 32 1 ends are fixed on synchronously, before the other end is walked around on the fixed leg of secondary lift system 18 behind the fixed pulley 31, the following fixed pulley 33 of secondary lift system 18 internal fixation posts 24 bottoms dress before walking around again, the following fixed pulley of solid foundation 24 bottoms dress in the main electromotor structure 13 before walking around, the steel rope adapter plate 29 of the guide runner 28 before being fixed at last in the main electromotor structure 13, the synchronous steel rope 32 reverse symmetry wire rope handlings of another root.
Claims (6)
1, a kind of melt pit is from compressed garbage station freight container jacking system, by preceding secondary column (12), back secondary column (15), back head tree (16), preceding head tree (19) is formed the platform lift system, preceding main electromotor structure (13), back main electromotor structure (14), back secondary lift system (17), preceding secondary lift system (18) is formed the casing lift system, it is characterized in that the platform lift system: fixed mount (1) is equipped with on preceding head tree (19) top, oil cylinder (3) is housed on the fixed mount (1), piston rod (4) front end of oil cylinder (3) is connected with before driving chain (5) one ends and rear drive chain (6) one ends, after going up fixed pulley (7) behind the before driving chain of head tree (16) upper end after before driving chain (5) other end is walked around and is contained in, walk around fixed pulley (2) on the before driving chain of preceding head tree (19) upper end again, be fixed at last on the front cross rail (11), rear drive chain (6) other end is walked around on the rear drive chain of back head tree (16) upper end behind the fixed pulley (8), be fixed at last on the after cross member (10), secondary column (12) top before crossbeam driving chain (20) one ends are fixing, after the other end is walked around the crossbeam left side fixed pulley (22) of preceding secondary column (12) lower end, walk around the right fixed pulley (21) of crossbeam of preceding head tree (19) lower end again, be fixed on the bottom of preceding head tree (19) at last;
Casing lift system: be equipped with in the vertical columns (24) and promote post (23), promote in the post (23) oil cylinder (27) is arranged, piston rod (26) upper end of oil cylinder (27) is connected by bearing pin (25) with lifting post (23), the bottom connects with cylinder support (30), promote post (23) lower end guide runner (28) is arranged, the steel rope adapter plate (29) of the interior guide runner of secondary lift system (18) (28) before steel rope (32) one ends are fixed on synchronously, before the other end is walked around on the fixed leg of secondary lift system (18) behind the fixed pulley (31), the following fixed pulley (33) of secondary lift system (18) internal fixation (24) bottom dress before walking around again, the following fixed pulley of main electromotor structure (13) internal fixation post (24) bottom dress before walking around, the steel rope adapter plate (29) of the guide runner (28) before being fixed at last in the main electromotor structure (13), the synchronous steel rope of another root (32) reverse symmetry wire rope handling.
2, a kind of melt pit according to claim 1 is from compressed garbage station freight container jacking system, it is characterized in that crossbeam driving chain (20) one ends are fixed on after secondary column (15) top, back, the other end walk around the crossbeam left side fixed pulley (22) of secondary column (15) lower end, back, walk around the right fixed pulley (21) of crossbeam of head tree (16) lower end, back again, be fixed on the bottom of back head tree (16) at last.
3, a kind of melt pit according to claim 1 is characterized in that front cross rail (11) and is placed with platform (9) above the after cross member (10) from compressed garbage station freight container jacking system.
4, a kind of melt pit according to claim 1 is from compressed garbage station freight container jacking system, it is characterized in that synchronous steel rope (32) one ends are fixed on the steel rope adapter plate (29) of the preceding interior guide runner of main electromotor structure (13) (28), before the other end is walked around on main electromotor structure (13) fixed leg behind the fixed pulley (31), the following fixed pulley of main electromotor structure (13) inner bottom part dress before walking around again, the secondary following fixed pulley that rises mechanism (18) inner bottom part dress before walking around, the steel rope adapter plate (29) of the guide runner (28) of secondary lift system (18) before being fixed at last, the synchronous steel rope of another root (32) reverse symmetry wire rope handling.
5, a kind of melt pit according to claim 1 is from compressed garbage station freight container jacking system, it is characterized in that synchronous steel rope (32) one ends are fixed on the steel rope adapter plate (29) of the back interior guide runner of main electromotor structure (14) (28), the other end is walked around on the fixed leg of lifting post (23) of back main electromotor structure (14) behind the fixed pulley (31), walk around the following fixed pulley of back main electromotor structure (14) internal fixation post (24) bottom dress again, the following fixed pulley of main electromotor structure (13) inner bottom part dress before walking around, the steel rope adapter plate (29) of the guide runner (28) before being fixed at last in the main electromotor structure (13), the synchronous steel rope of another root (32) reverse symmetry wire rope handling.
6, a kind of melt pit according to claim 1 is from compressed garbage station freight container jacking system, it is characterized in that synchronous steel rope (32) one ends are fixed on the steel rope adapter plate (29) of the back interior guide runner of main electromotor structure (14) (28), the other end is walked around on the fixed leg of back main electromotor structure (14) behind the fixed pulley (31), walk around the following fixed pulley of back main electromotor structure (14) inner bottom part dress again, walk around the following fixed pulley of back secondary lift system (17) inner bottom part dress, be fixed on the steel rope adapter plate (29) of the guide runner (28) in the secondary lift system in back (17) at last, the synchronous steel rope of another root (32) reverse symmetry wire rope handling.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520032992 CN2764740Y (en) | 2005-01-25 | 2005-01-25 | Self-compressing refuse container lifting apparatus for pit type refuse station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200520032992 CN2764740Y (en) | 2005-01-25 | 2005-01-25 | Self-compressing refuse container lifting apparatus for pit type refuse station |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2764740Y true CN2764740Y (en) | 2006-03-15 |
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ID=36167658
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200520032992 Expired - Fee Related CN2764740Y (en) | 2005-01-25 | 2005-01-25 | Self-compressing refuse container lifting apparatus for pit type refuse station |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2764740Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101450773B (en) * | 2008-09-25 | 2011-03-30 | 苏州万佳液压升降机械有限公司 | Lifting device for rubbish compressing box |
| CN108357826A (en) * | 2018-03-07 | 2018-08-03 | 河南飞龙工程机械制造有限公司 | A kind of column clearance adjustable type garbage compression station |
-
2005
- 2005-01-25 CN CN 200520032992 patent/CN2764740Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101450773B (en) * | 2008-09-25 | 2011-03-30 | 苏州万佳液压升降机械有限公司 | Lifting device for rubbish compressing box |
| CN108357826A (en) * | 2018-03-07 | 2018-08-03 | 河南飞龙工程机械制造有限公司 | A kind of column clearance adjustable type garbage compression station |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20060315 Termination date: 20110125 |