CN205418753U - Rubbish compressing hydraulic control system that stands - Google Patents
Rubbish compressing hydraulic control system that stands Download PDFInfo
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- CN205418753U CN205418753U CN201521040450.XU CN201521040450U CN205418753U CN 205418753 U CN205418753 U CN 205418753U CN 201521040450 U CN201521040450 U CN 201521040450U CN 205418753 U CN205418753 U CN 205418753U
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Abstract
The utility model discloses a rubbish compressing hydraulic control system that stands, rubbish compressing station is including setting up on same axis and the dustbin that connects gradually each other, the feeding storehouse, power bin, set up the feeder hopper on the feeding storehouse, rubbish compressing station still includes the hydraulic control system who is used for controlling each part operation, hydraulic control system is by the control cabinet, hydraulic pressure distribution unit and signal acquisition element constitute, the the main control panel who sets up in the control cabinet is connected with hydraulic pressure distribution unit and signal acquisition element respectively, the utility model discloses a reasonable structural configuration and functional design, shortcoming such as overcome that the intelligent degree of the equipment that exists among the current garbage disposal station is low, compressing inefficiency, artifical intensity of labour are big promotes compression efficiency, practices thrift human labor, and then makes the work efficiency at whole rubbish compressing station obtain improving.
Description
Technical field
This utility model relates to field of garbage disposal equipment, especially a kind of garbage-compressing treating stations hydraulic control system.
Background technology
Garbage-compressing treating stations is a kind of being compressed by the rubbish of collection, to reduce the machinery of garbage bulk.Garbage-compressing treating stations is one of capital equipment realizing garbage-compressing volume reduction at present, is mainly used in waste transportation place and landfill institute.
Existing garbage-compressing treating stations hydraulic control system, generally include be sequentially connected with refuse bin, feeding warehouse, power bin, and control each parts run hydraulic control system.Refuse bin rubbish after containing compressed, feeding warehouse is for holding rubbish to be compressed, and power bin provides power for compressed garbage.In normal handling rubbish operation, frequently problem is as follows: one is that equipment is directed at location difficulty, refuse bin is difficult to be directed at and location between exporting with the compression of feeding warehouse, alignment is inaccurate with location all can affect subsequent compression operation, owing to refuse bin is heavier, make the empty refuse bin location link inefficiency in operation process, waste a large amount of manpower with material resources in this link.Two is that powder feeding efficiency is low, relatively low, due to the defect of existing feeding manner to the Link Efficiency of feeding warehouse charging to be difficult to dump rubbish to feeding warehouse, often result in rubbish van and wait in line to dump rubbish, have a strong impact on working performance.
The control device intelligence degree of conventional garbage compression treating stations is low, control equipment such as garbage-compressing treating stations existing on market more disperses, effect is unsatisfactory in actual use, the most a lot of operations are required for manual labor and complete, and more intelligent control function cannot be realized, guest operation demand simply and easily can not be met, the most easily increase trouble point, assemble and keep in repair and the most more bother.
Utility model content
This utility model technical issues that need to address are to provide a kind of garbage-compressing treating stations hydraulic control system, with solve conventional garbage compression treating stations present in device intelligence degree low, compression the shortcomings such as treatment effeciency is low, hand labor intensity is big, promote compression efficiency, save manual labor.
For solving above-mentioned technical problem, this utility model be the technical scheme is that
Garbage-compressing treating stations hydraulic control system, refuse bin that described garbage-compressing treating stations includes being arranged on same axis and be mutually sequentially connected with, feeding warehouse, power bin, described feeding warehouse arranges feed hopper；Described garbage-compressing treating stations also includes controlling the hydraulic control system that each parts run, described hydraulic control system is by control station, hydraulic pressure allocation unit and signal gathering unit are constituted, the master board arranged in described control station is connected with hydraulic pressure allocation unit and signal gathering unit respectively, described hydraulic pressure allocation unit respectively with the actuator cylinder in garbage-compressing treating stations, hydraulic pressure overturning oil cylinder, lift cylinder, drawing oil cylinder, locking cylinder I and locking cylinder II are connected, described signal gathering unit respectively with the compression limit induction device in garbage-compressing treating stations, upset limit induction device, promote limit induction device, traction limit induction device, locking limit induction device I and locking limit induction device II are connected.
Further improvement is that of technical solutions of the utility model: the compression arranging entrance of cutting somebody's hair with the compression of feeding warehouse in described actuator cylinder is axially disposed within power bin and in the end of actuator cylinder corresponding is cut somebody's hair, and described compression limit induction device is the pressure inductor being arranged on actuator cylinder.
Further improvement is that of technical solutions of the utility model: described hydraulic pressure overturning oil cylinder is arranged between feeding warehouse and feed hopper, the lower end of described hydraulic pressure overturning oil cylinder is hinged with the support seat on edge under feeding warehouse side elevation, the root of the upper end thereof of described hydraulic pressure overturning oil cylinder hinged ear between feeding warehouse and feed hopper, described upset limit induction device is the flip angle induction apparatus being arranged between feeding warehouse and feed hopper.
Further improvement is that of technical solutions of the utility model: described lift cylinder is separately positioned on the compression of feeding warehouse end face and exports in two heel posts, described lift cylinder movable end is connected with the lifting cross bar arranging hook, hook on described lifting cross bar is corresponding with the hangers on edge on the material-feeding plugboard of refuse bin end, and described lifting limit induction device is the pressure inductor being arranged on lift cylinder movable end.
Further improvement is that of technical solutions of the utility model: described drawing oil cylinder is arranged in subjacent and the traction apparatus corresponding with the trussed shore on refuse bin of feeding warehouse, described drawing oil cylinder is fixed on the bottom surface of feeding warehouse and arranges the locking bail controlled by locking cylinder II on movable end, described traction limit induction device includes that be arranged on drawing oil cylinder movable end end face stretches positioning inductor and be arranged on the contraction positioning inductor compressing exit end face of feeding warehouse, described stretching, extension positioning inductor and contraction positioning inductor are pressure inductor, described locking limit induction device II is the pressure inductor being arranged on locking bail front end.
Further improvement is that of technical solutions of the utility model: described locking cylinder I is arranged in the retaining mechanism of feeding warehouse side elevation, the tail end of the L-type locking ear that described locking cylinder I and middle part are hinged on feeding warehouse side elevation is hinged, and described locking limit induction device I is the pressure inductor being arranged on L-type locking ear front end.
Further improvement is that of technical solutions of the utility model: described hydraulic control system also includes wireless controller, arranges the receptor matched with wireless controller in described control station.
Owing to have employed technique scheme, the technological progress that this utility model obtains is:
Garbage-compressing treating stations hydraulic control system of the present utility model, by rational topology layout and functional design, the device intelligence degree present in conventional garbage treating stations that overcomes is low, the compression shortcomings such as treatment effeciency is low, hand labor intensity is big, promote compression efficiency, save manual labor, and then the work efficiency of whole garbage-compressing treating stations is improved.
This utility model is by controlling actuator cylinder, realize the control to garbage-compressing speed, actuator cylinder promotes compression to cut somebody's hair, rubbish in feeding warehouse is pushed refuse bin, and when refuse bin is filled, compression is cut somebody's hair and is difficult to move forward, now the pressure inductor on actuator cylinder will recognise that power oil in-cylinder pressure rises, and signal is passed to master board, stop compression operation, change refuse bin.
Rubbish in feed hopper, by controlling hydraulic pressure overturning oil cylinder, by the stretching, extension of hydraulic pressure overturning oil cylinder, is promoted and pours in feeding warehouse, improve powder feeding efficiency by this utility model.When flip angle induction apparatus identify feed hopper be turned to precalculated position time, and signal is passed to master board, stops charging operation, feed hopper resets, and waits and feeding next time.
This utility model, by controlling lift cylinder, completes lifting and the insertion of material-feeding plugboard, when lift cylinder movable end stretches upwards, when contacting with column, can touch pressure inductor, stops promoting operation.By material-feeding plugboard and plate hoisting mechanism, it is possible to prevent rubbish from leaking.
This utility model, by improving the structure of refuse bin, arranges traction apparatus simultaneously, promotes the accuracy of alignment location.Empty refuse bin is moved on rail plate by movable pulley and is docked with feeding warehouse so that the movement locus of refuse bin is controlled, it is possible to accurately arrive precalculated position.Traction apparatus is stretched out by direction refuse bin under feeding warehouse, when the movable end of drawing oil cylinder runs into the trussed shore on refuse bin, stretching, extension positioning inductor is triggered, drawing oil cylinder stops stretching, locking cylinder II and locking limit induction device II control locking bail action, trussed shore is made to be connected between the movable end of drawing oil cylinder and locking bail, and then by traction apparatus, refuse bin is drawn to precalculated position, the feeding gate of refuse bin end face contacts with the end face of compression outlet, contraction positioning inductor is triggered, drawing oil cylinder stops shrinking, dramatically saves on manpower and materials, ensure that the accuracy of alignment location.
This utility model starts the action of retaining mechanism by locking cylinder I so that combine closely between refuse bin and feeding warehouse.It is prevented from the most locked by locking limit induction device I.
This utility model also includes wireless controller, operation of being more convenient for.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of hydraulic control system of the present utility model；
Fig. 2 is perspective view of the present utility model；
Fig. 3 is the aminoacyl site enlarged drawing of Fig. 1 of the present utility model；
Fig. 4 is lower view of the present utility model；
Fig. 5 is the B position enlarged drawing of Fig. 3 of the present utility model；
Fig. 6 is top view of the present utility model；
Fig. 7 is the C-C sectional view of Fig. 5 of the present utility model；
Fig. 8 is the D position enlarged drawing of Fig. 6 of the present utility model；
Fig. 9 is right view of the present utility model；
nullWherein，1、Refuse bin，1-1、Feeding gate，1-1-1、Material-feeding plugboard，1-1-2、Hangers，1-2、Movable pulley，1-3、Trussed shore，2、Feeding warehouse，2-1、Charging aperture，2-2、Compression outlet，2-3、Compress entrance of cutting somebody's hair，2-4、Column，3、Power bin，3-1、Actuator cylinder，3-2、Compression is cut somebody's hair，4、Retaining mechanism，4-1、Locking ear，4-2、Locking cylinder I，5、Feed hopper，5-1 inlet orifice，5-2、Hinged ear，6、Hydraulic pressure overturning oil cylinder，6-1、Support seat，7、Hoisting mechanism，7-1、Lift cylinder，7-2、Promote cross bar，7-3、Hook，8、Rail plate，9、Traction apparatus，9-1、Drawing oil cylinder，9-2、Locking cylinder II，9-3、Locking bail，10、Control station.
Detailed description of the invention
Below in conjunction with the accompanying drawings this utility model is described in further details:
Garbage-compressing treating stations hydraulic control system of the present utility model, including refuse bin 1, feeding warehouse 2, power bin 3, and control the hydraulic control system that each parts run, refuse bin 1, feeding warehouse 2, power bin 3 are mutually sequentially connected with, refuse bin 1, feeding warehouse 2, power bin 3 are arranged on same axis, and concrete structure is as shown in Fig. 2, Fig. 4, Fig. 6, Fig. 7.
Hydraulic control system of the present utility model is by control station 10, hydraulic pressure allocation unit and signal gathering unit are constituted, in control station 10, master board is set, master board is connected with hydraulic pressure allocation unit and signal gathering unit respectively, hydraulic pressure allocation unit respectively with the actuator cylinder 3-1 in garbage-compressing treating stations, hydraulic pressure overturning oil cylinder 6, lift cylinder 7-1, drawing oil cylinder 9-1, locking cylinder I 4-2 and locking cylinder II 9-2 is connected, signal gathering unit respectively with the compression limit induction device in garbage-compressing treating stations, upset limit induction device, promote limit induction device, traction limit induction device, locking limit induction device I and locking limit induction device II are connected.The most as shown in Figure 1.
Refuse bin 1 of the present utility model is rectangular structure, and refuse bin 1 forms for pressure Plate Welding, and arranges reinforcement gusset in the surrounding of refuse bin 1, makes refuse bin 1 can bear certain pressure and indeformable.In six faces of refuse bin 1, only have the end face being connected with feeding warehouse 2 and feeding gate 1-1 is set, remaining five face is enclosed construction, the upper end thereof of feeding gate 1-1 is edge on the casing of refuse bin 1, the middle part of feeding gate 1-1 is the charging aperture of refuse bin 1, feeding gate 1-1 arranges material-feeding plugboard 1-1-1, so can be not switched at feeding gate 1-1, and only material-feeding plugboard 1-1-1 is risen, can realize feeding operation, both avoid the troublesome operation repeatedly switched by feeding gate 1-1, it also avoid the rubbish after compression excessive.Hangers 1-1-2 is set on material-feeding plugboard 1-1-1, it is simple to is extracted out in feeding gate 1-1 by material-feeding plugboard 1-1-1 and inserts.
Material-feeding plugboard 1-1-1 of the present utility model is controlled by hoisting mechanism 7, hoisting mechanism 7 is arranged on above the compression outlet 2-2 of feeding warehouse 2, in order to control lifting and the insertion of material-feeding plugboard 1-1-1, hoisting mechanism 7 includes lift cylinder 7-1 and promotes cross bar 7-2, lift cylinder 7-1 is separately positioned in compression outlet 2-2 two heel post 2-4, the movable end promoting cross bar 7-2 and lift cylinder 7-1 is connected, promoting and arrange hook 7-3 on cross bar 7-2, on hook 7-3 and material-feeding plugboard 1-1-1, the hangers 1-1-2 on edge is corresponding.Promoting limit induction device is the pressure inductor being arranged on lift cylinder 7-1 movable end, when lift cylinder 7-1 movable end stretches upwards, when contacting with column 2-4, can touch pressure inductor, stops promoting operation.The concrete structure of hoisting mechanism 7 is as shown in Figure 8.
The bottom surface of refuse bin 1 of the present utility model arranges longeron, movable pulley 1-2 is set on longeron, movable pulley 1-2 matches with the rail plate 8 being arranged on bottom surface, movable pulley 1-2 can slide along rail plate 8, rail plate 8 is arranged on the ground below feeding warehouse 2, it is simple to the moving and being accurately positioned of refuse bin 1.Arrange trussed shore 1-3 near the end of feeding gate 1-1 in the bottom surface of refuse bin 1, refuse bin 1 is docked with feeding warehouse 2 by traction apparatus 9 by trussed shore 1-3.
Traction apparatus 9 of the present utility model, traction apparatus 9 includes drawing oil cylinder 9-1, locking cylinder II 9-2 and locking bail 9-3, drawing oil cylinder 9-1 is fixed on the bottom surface of feeding warehouse 2, on drawing oil cylinder 9-1 movable end, articulated platform is set, the front end side hinged locking bail 9-3 of articulated platform, locking bail 9-3 is arcuate structure, the movable end of afterbody hinged locking cylinder II 9-2 of locking bail 9-3, and the middle part of locking cylinder II 9-2 is hinged on the rear end of articulated platform.Locking cylinder II 9-2 controls the action of locking bail 9-3, when drawing oil cylinder 9-1 stretches, when the front end of articulated platform is stretched over trussed shore 1-3, locking cylinder II 9-2 being in punctured position stretches, locking bail 9-3 is made to hook trussed shore 1-3, drawing oil cylinder 9-1 is shunk, by refuse bin 1 tractive to specifying position, it is achieved refuse bin 1 and the combination of feeding warehouse 2.After compression operation completes, drawing oil cylinder 9-1 stretches, then is released by refuse bin 1, it is achieved refuse bin 1 separates with feeding warehouse 2.The concrete structure of traction apparatus 9 is as shown in Figure 5.
Traction limit induction device of the present utility model includes stretching positioning inductor and shrinking positioning inductor, stretch positioning inductor to be arranged on drawing oil cylinder 9-1 movable end end face, when drawing oil cylinder 9-1 movable end contacts with trussed shore 1-3, touching and stretch positioning inductor, drawing oil cylinder 9-1 stops stretching.Shrink the end face that positioning inductor is arranged on the compression outlet 2-2 of feeding warehouse 2, when the end face of the feeding gate 1-1 and compression outlet 2-2 of refuse bin 1 end face contacts, contraction positioning inductor is triggered, drawing oil cylinder 9-1 stops shrinking, stretching positioning inductor and contraction positioning inductor is pressure inductor, locking limit induction device II is the pressure inductor being arranged on locking bail 9-3 front end.
Feeding warehouse 2 of the present utility model is also rectangular structure, the end face of feeding warehouse 2 is open design, and unlimited end face is the charging aperture 2-1 of feeding warehouse 2, on the end face of the left and right sides of charging aperture 2-1, arranging charging baffle plate, charging baffle plate can prevent scattering of rubbish when charging.Arranging compression outlet 2-2, compression outlet 2-2 on end face corresponding with the feeding gate 1-1 of refuse bin 1 on feeding warehouse 2 is the passage that the rubbish in feeding warehouse 2 shifts to refuse bin 1.On feeding warehouse 2 with compression be set on the compression outlet corresponding end face of 2-2 cut somebody's hair entrance 2-3, enter into the compression in feeding warehouse 2 cut somebody's hair 3-2 from the compression entrance 2-3 that cuts somebody's hair, it is possible to the garbage-compressing in feeding warehouse 2 is entered in refuse bin 1.
By retaining mechanism 4 press fit between compression outlet 2-2 and feeding gate 1-1 of the present utility model, retaining mechanism 4 includes locking ear 4-1 and locking cylinder I 4-2, locking ear 4-1 is L-type structure, the middle part of locking ear 4-1 is hinged on the side elevation of feeding warehouse 2, the leading section with horizontal hook of locking ear 4-1 and refuse bin 1 phase separation, the rearward end of locking ear 4-1 is hinged with the movable end of locking cylinder I 4-2, and the fixing end of locking cylinder I 4-2 is hinged on the side elevation of feeding warehouse 2.Locking cylinder I 4-2 controls the action of locking ear 4-1, and after refuse bin 1 is fitted with feeding warehouse 2, locking cylinder I 4-2 stretches, and by leverage principle, the horizontal hook of locking ear 4-1 leading section is crimped on the incline of refuse bin 1, it is achieved pressuring action.When locking cylinder I 4-2 shrinks, the horizontal hook of locking ear 4-1 leading section departs from from the incline of refuse bin 1.Locking limit induction device I is the pressure inductor being arranged on L-type locking ear 4-1 front end.The concrete structure of retaining mechanism 4 is as shown in Figure 3.
The most hinged feed hopper 5 on feeding warehouse 2 of the present utility model, articulated position is edge on compression outlet 2-2 and compression cut somebody's hair the side elevation between entrance 2-3, along arranging hinged ear 5-2 on the inlet orifice 5-1 of feed hopper 5, hinged ear 5-2 is hinged on the side elevation of feeding warehouse 2 along phase.Arranging hydraulic pressure overturning oil cylinder 6 between feeding warehouse 2 and feed hopper 5, the support seat 6-1 being hinged along the lower end arranged with hydraulic pressure overturning oil cylinder 6 under the side elevation of feeding warehouse 2, the upper end thereof of hydraulic pressure overturning oil cylinder 6 is at the root of hinged ear 5-2.Hydraulic pressure overturning oil cylinder 6 can drive feed hopper 5 to carry out rotary movement, and then completes to feed operation.Upset limit induction device is the flip angle induction apparatus being arranged between feeding warehouse 2 and feed hopper 5.
The quantity of feed hopper 5 of the present utility model is 1 or 2.When the quantity of feed hopper is 1, structure and position are set as in figure 2 it is shown, be i.e. arranged on a side elevation of feeding warehouse 2.When the quantity of feed hopper is 2, be i.e. arranged on two relative side elevations of feeding warehouse 2, between two feed hoppers 5 can alternate feed, improve powder feeding efficiency.
Power bin 3 of the present utility model is similarly rectangular structure, the end face of power bin 3 is connected with arranging the end face compressing the entrance 2-3 that cuts somebody's hair on feeding warehouse 2, power bin 3 is internal along the longitudinal axis axially arranged actuator cylinder 3-1, and arrange compression to cut somebody's hair 3-2 in the end of actuator cylinder 3-1, the compression 3-2 entrance 2-3 that cuts somebody's hair with compression that cuts somebody's hair is corresponding, under the effect of actuator cylinder 3-1, the compression 3-2 that cuts somebody's hair moves reciprocatingly in feeding warehouse 2, it is achieved rubbish compress operation continuously.
Claims (7)
1. garbage-compressing treating stations hydraulic control system, refuse bin (1) that described garbage-compressing treating stations includes being arranged on same axis and be mutually sequentially connected with, feeding warehouse (2), power bin (3), described feeding warehouse (2) arranges feed hopper (5)；nullIt is characterized in that: described garbage-compressing treating stations also includes controlling the hydraulic control system that each parts run，Described hydraulic control system is by control station (10)、Hydraulic pressure allocation unit and signal gathering unit are constituted，The master board arranged in described control station (10) is connected with hydraulic pressure allocation unit and signal gathering unit respectively，Described hydraulic pressure allocation unit respectively with the actuator cylinder (3-1) in garbage-compressing treating stations、Hydraulic pressure overturning oil cylinder (6)、Lift cylinder (7-1)、Drawing oil cylinder (9-1)、Locking cylinder I (4-2) and locking cylinder II (9-2) are connected，Described signal gathering unit respectively with the compression limit induction device in garbage-compressing treating stations、Upset limit induction device、Promote limit induction device、Traction limit induction device、Locking limit induction device I and locking limit induction device II are connected.
Garbage-compressing treating stations hydraulic control system the most according to claim 1, it is characterized in that: the compression arranging entrance (2-3) of cutting somebody's hair with the compression of feeding warehouse (2) in described actuator cylinder (3-1) is axially disposed within power bin (3) and in the end of actuator cylinder (3-1) corresponding is cut somebody's hair (3-2), and described compression limit induction device is the pressure inductor being arranged on actuator cylinder (3-1).
Garbage-compressing treating stations hydraulic control system the most according to claim 1, it is characterized in that: described hydraulic pressure overturning oil cylinder (6) is arranged between feeding warehouse (2) and feed hopper (5), the lower end of described hydraulic pressure overturning oil cylinder (6) is hinged with the support seat (6-1) on edge under feeding warehouse (2) side elevation, the root of the upper end thereof of described hydraulic pressure overturning oil cylinder (6) hinged ear (5-2) between feeding warehouse (2) and feed hopper (5), described upset limit induction device is the flip angle induction apparatus being arranged between feeding warehouse (2) and feed hopper (5).
Garbage-compressing treating stations hydraulic control system the most according to claim 1, it is characterized in that: described lift cylinder (7-1) is separately positioned in compression outlet (2-2) two heel post (2-4) of feeding warehouse (2) end face, described lift cylinder (7-1) movable end is connected with the lifting cross bar (7-2) arranging hook (7-3), the hangers (1-1-2) on the edge upper with refuse bin (1) end material-feeding plugboard (1-1-1) of the hook (7-3) on described lifting cross bar (7-2) is corresponding, described lifting limit induction device is the pressure inductor being arranged on lift cylinder (7-1) movable end.
nullGarbage-compressing treating stations hydraulic control system the most according to claim 1，It is characterized in that: described drawing oil cylinder (9-1) is arranged in subjacent and the traction apparatus (9) corresponding with the trussed shore (1-3) on refuse bin (1) of feeding warehouse (2)，Described drawing oil cylinder (9-1) is fixed on the bottom surface of feeding warehouse (2) and arranges the locking bail (9-3) controlled by locking cylinder II (9-2) on movable end，Described traction limit induction device includes the stretching, extension positioning inductor being arranged on drawing oil cylinder (9-1) movable end end face and the contraction positioning inductor of compression outlet (2-2) end face being arranged on feeding warehouse (2)，Described stretching, extension positioning inductor and contraction positioning inductor are pressure inductor，Described locking limit induction device II is the pressure inductor being arranged on locking bail (9-3) front end.
Garbage-compressing treating stations hydraulic control system the most according to claim 1, it is characterized in that: described locking cylinder I (4-2) is arranged in the retaining mechanism (4) of feeding warehouse (2) side elevation, the tail end of L-type locking ear (4-1) that described locking cylinder I (4-2) and middle part are hinged on feeding warehouse (2) side elevation is hinged, and described locking limit induction device I is the pressure inductor being arranged on L-type locking ear (4-1) front end.
Garbage-compressing treating stations hydraulic control system the most according to claim 1, it is characterised in that: described hydraulic control system also includes wireless controller, arranges the receptor matched with wireless controller in described control station (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521040450.XU CN205418753U (en) | 2015-12-15 | 2015-12-15 | Rubbish compressing hydraulic control system that stands |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521040450.XU CN205418753U (en) | 2015-12-15 | 2015-12-15 | Rubbish compressing hydraulic control system that stands |
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| CN205418753U true CN205418753U (en) | 2016-08-03 |
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| CN201521040450.XU Active CN205418753U (en) | 2015-12-15 | 2015-12-15 | Rubbish compressing hydraulic control system that stands |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110741407A (en) * | 2017-05-08 | 2020-01-31 | 取田秀树 | Traffic system and conveying method |
| CN112141575A (en) * | 2019-06-28 | 2020-12-29 | 河南森源重工有限公司 | Tipping system of dustbin and control method |
-
2015
- 2015-12-15 CN CN201521040450.XU patent/CN205418753U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110741407A (en) * | 2017-05-08 | 2020-01-31 | 取田秀树 | Traffic system and conveying method |
| CN112141575A (en) * | 2019-06-28 | 2020-12-29 | 河南森源重工有限公司 | Tipping system of dustbin and control method |
| CN112141575B (en) * | 2019-06-28 | 2022-10-14 | 河南森源重工有限公司 | Tipping system of dustbin and control method |
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Address after: 057550 Feixiang County, Handan Province, Yuan Yuan rural village Patentee after: Handan Feixiang District Yuanda Vehicle Manufacturing Co., Ltd. Address before: 057550 Feixiang County, Handan Province, Yuan Yuan rural village Patentee before: FEIXIANG COUNTY YUANDA VEHICLE MANUFACTURING CO., LTD. |