CN104386399B - There is the garbage transfer station of automatic compression function - Google Patents
There is the garbage transfer station of automatic compression function Download PDFInfo
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- CN104386399B CN104386399B CN201410641193.9A CN201410641193A CN104386399B CN 104386399 B CN104386399 B CN 104386399B CN 201410641193 A CN201410641193 A CN 201410641193A CN 104386399 B CN104386399 B CN 104386399B
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- compression
- rubbish
- hydraulic cylinder
- chamber
- way electromagnetic
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
- B65F9/00—Transferring of refuse between vehicles or containers with intermediate storage or pressing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65F—GATHERING OR REMOVAL OF DOMESTIC OR LIKE REFUSE
- B65F2210/00—Equipment of refuse receptacles
- B65F2210/162—Pressing means
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
The garbage transfer station with automatic compression function of the present invention, including setting refuse bin, rubbish dump tank, horizontal push pedal and compression plate, the lower section of rubbish dump tank side is provided with compression chamber, compression chamber be arranged above compress plate, compression plate connect have for ordering about its compression hydraulic cylinder that rubbish in compression chamber is compressed；Horizontal push pedal connection pushes hydraulic cylinder, when compression chamber is in communicating position with rubbish storage chamber, during under the ordering about pushing hydraulic cylinder, the rubbish compressed can be pushed into rubbish storage chamber by horizontal push pedal.The garbage transfer station of the present invention, the whole compression of rubbish, push-on process, it is automatically performed under the control action of hydraulic system, owing to rubbish has been carried out compression process, for the rubbish of uncompressed, adds the amount of storage of refuse bin.Decrease the transhipment number of times of garbage transfer station, reduce garbage transportation cost, effectively solve secondary pollution and the problem such as volumetric efficiency is low, there is important application value.
Description
Technical field
The present invention relates to a kind of garbage transfer station with automatic compression function, in particular, particularly relate to a kind of integrate refuse collection, the garbage transfer station with automatic compression function compressing, casing.
Background technology
Along with the development of China's urbanization, increasing people flocks together life, brings a series of environmental problem therewith, every day rubbish a large amount of produce inevitable, the especially rubbish quantity in densely populated area and large-and-medium size cities is the most surprising.Before have many scholars that garbage transfer station equipment is constantly optimized design at home, as the operation analysis softwares such as Wuhan University of Technology Li Gang inflammation professor to compression casing structure be analyzed, and integrate multiple method to refuse bin model computing.Again body structure is optimized by analysis result, so that the mechanical property of casing is strengthened, to reach the optimization of cabinet design, reduces box weight and cost to a great extent, provide valuable data for improving refuse compaction equipment further.
Small-sized rubbish terminal is as a kind of novel rubbish storage transloading equipment, small-sized refuse receptacle or artificial clearing and transporting vehicle etc. can be collected the house refuse come and be compressed by it, the rubbish that volume after compression reduces is stored in refuse bin, so that waste transportation number of times is cut down, reducing the expense of transport of refuse. life refuse press at random is become block rubbish by this equipment, cram packer common for block garbage utilization after compacting is transported to bulky refuse process place again be further processed, it it is the fine approach improving current China litter transportation problem costly, but there is presently no a kind of garbage transfer station rational in infrastructure, both there is bigger rubbish storage capacity, there is again less occupation of land space.
Open open-air rubbish storage and conveying box or garbage pool, not only can attract substantial amounts of mosquitos and flies, also can produce the dispersion of substantial amounts of stink and rubbish the secondary pollution such as to wave, and the mode of this direct storage does not has the signal feedback device after special compression refuse device and the full rubbish of storage, easily form the factor that is not fully loaded with of garbage transporting, thus reduce the volumetric efficiency of equipment, thus considerably increase the transhipment number of times of rubbish, and then improve the series of problems such as cost of transportation.
Summary of the invention
The present invention is for the shortcoming overcoming above-mentioned technical problem, it is provided that a kind of integrate refuse collection, the garbage transfer station with automatic compression function compressing, casing.
The garbage transfer station with automatic compression function of the present invention, including the refuse bin being arranged on ground, rubbish dump tank, horizontal push pedal and compression plate, the inside of refuse bin is rubbish storage cavities, and the opening of refuse bin one end is provided with rubbish lid；It is particular in that: the lower section of described rubbish dump tank side is provided with compression chamber, horizontal push pedal, the opening of refuse bin lay respectively at the both sides of compression chamber, compression chamber be arranged above compress plate, it is provided with division board between rubbish dump tank and compression chamber, between compression chamber and refuse bin opening, is provided with compression chamber lid；Compression plate connects to be had for ordering about its compression hydraulic cylinder being compressed the rubbish in compression chamber, compression chamber lid connects have and orders about its connection or block the lifting hydraulic cylinder of compression chamber and rubbish storage cavities；Division board connects insulating liquid cylinder pressure, is ordered about division board by insulating liquid cylinder pressure, rubbish dump tank can be made to be in compression chamber and connect or blocking state；Horizontal push pedal connection pushes hydraulic cylinder, and when compression chamber is in communicating position with rubbish storage cavities, under the ordering about pushing hydraulic cylinder, the rubbish compressed can be pushed in rubbish storage cavities by horizontal push pedal.
The garbage transfer station with automatic compression function of the present invention, including the erect plate being arranged at around compression chamber and be fixed on ground, the top of erect plate is fixed with horizontal plate, and the cylinder body of insulating liquid cylinder pressure and compression hydraulic cylinder is both secured on horizontal plate；It is provided with, at described rubbish dump tank, the shutter avoiding rubbish to contact with insulating liquid cylinder pressure.
The garbage transfer station with automatic compression function of the present invention, described compression plate is made up of plate body and the reinforcement being arranged on plate body, and plate body side center position offers the connection chamber that the hydraulic stem with compression hydraulic cylinder matches, and connects and offers fixing hole at chamber；Described horizontal push pedal is also made up of plate body and the reinforcement being arranged on plate body, and plate body side center position offers the connection chamber matched with the hydraulic stem pushing hydraulic cylinder, connects and offers fixing hole at chamber.
The garbage transfer station with automatic compression function of the present invention, including for ordering about the hydraulic system that each hydraulic cylinder runs, described hydraulic system includes fuel tank, hydraulic pump, the first three position four-way electromagnetic valve, the second three position four-way electromagnetic valve, the 3rd three position four-way electromagnetic valve and the 4th three position four-way electromagnetic valve, fuel tank is connected with the input of hydraulic pump through filter, and hydraulic pressure delivery side of pump is provided with check valve；Compression hydraulic cylinder is driven by output one tunnel first three position four-way electromagnetic valve of check valve, and another road is connected with the input of the first air relief valve；Output one tunnel second three position four-way electromagnetic valve of the first air relief valve is driven pushing hydraulic cylinder, and another road is connected with the input of the second air relief valve；Lifting hydraulic cylinder is driven by output one tunnel the 3rd three position four-way electromagnetic valve of the second air relief valve, and the input of another Lu Yu tri-air relief valve is connected；Insulating liquid cylinder pressure is controlled by the output of the 3rd air relief valve through the 4th three position four-way electromagnetic valve；Described hydraulic pressure delivery side of pump communicates with fuel tank through overflow valve, two-position two-way solenoid valve the most successively.
The garbage transfer station with automatic compression function of the present invention, the two-port of described first three position four-way electromagnetic valve is connected with rod chamber and the rodless cavity of compression hydraulic cylinder respectively, and a port communicates with fuel tank and choke valve respectively through the second two-position three way magnetic valve；The two-port of described second three position four-way electromagnetic valve communicates respectively at the rod chamber and rodless cavity pushing hydraulic cylinder, and a port communicates with flow speed control valve and fuel tank respectively through the first two-position three way magnetic valve.
The garbage transfer station with automatic compression function of the present invention, the quantity of described insulating liquid cylinder pressure and lifting hydraulic cylinder is two, one port of the 3rd three position four-way electromagnetic valve communicates through the rodless cavity of the first flow divider-combiner and two lifting hydraulic cylinders, and the rod chamber of two lifting hydraulic cylinders and another port of the 3rd three position four-way electromagnetic valve communicate；One port of the 4th three position four-way electromagnetic valve communicates through the rodless cavity of the second flow divider-combiner and two insulating liquid cylinder pressures, and the rod chamber of two insulating liquid cylinder pressures and another port of the 4th three position four-way electromagnetic valve communicate.
The invention has the beneficial effects as follows: the garbage transfer station of the present invention, compression chamber is positioned at the lower section of rubbish dump tank side, and it is in the porch of refuse bin, by compression chamber be arranged above compress plate, under the driving effect of compression hydraulic cylinder, the rubbish that can will go in compression chamber is compressed, and reduces rubbish and is taken up space；By arranging horizontal push pedal in the side of compression chamber, under the driving effect pushing hydraulic cylinder, the rubbish after compression can be pushed in the storage cavities of refuse bin.The whole compression of rubbish, push-on process, be automatically performed under the control action of hydraulic system, owing to rubbish has been carried out compression process, for the rubbish of uncompressed, adds the amount of storage of refuse bin.
The garbage transfer station of the present invention, owing to rubbish has been carried out compression process, is equivalent to add the plot ratio of equipment, decrease the transhipment number of times of garbage transfer station, reduce garbage transportation cost, effectively solve secondary pollution and the problem such as volumetric efficiency is low, there is important application value.
Accompanying drawing explanation
Fig. 1 is the structural representation of the garbage transfer station with automatic compression function of the present invention；
Fig. 2 is the schematic diagram that the rubbish after compression is pushed refuse bin by the garbage transfer station of the present invention；
Fig. 3 is the structural representation compressing plate in the present invention；
Fig. 4 is the structural representation of horizontal push pedal in the present invention；
Fig. 5 is the schematic diagram of hydraulic system in the present invention.
In figure: 1 ground, 2 refuse bins, 3 rubbish storage cavities, 4 rubbish dump tanks, 5 compression chambers, 6 division boards, 7 insulating liquid cylinder pressures, 8 horizontal push pedals, 9 push hydraulic cylinder, 10 compression plates, 11 compression hydraulic cylinders, 12 compression chamber lids, 13 lifting hydraulic cylinders, 14 rubbish lids, 15 erect plates, 16 horizontal plates, 17 shutters；18 connect chamber, 19 fixing holes, 20 reinforcements, 21 connect chamber, 22 fixing holes, 23 reinforcements, 24 fuel tanks, 25 filters, 26 hydraulic pumps, 27 check valves, 28 first three position four-way electromagnetic valves, 29 second three position four-way electromagnetic valves, 30 the 3rd three position four-way electromagnetic valves, 31 the 4th three position four-way electromagnetic valves, 32 first flow divider-combiners, 33 second flow divider-combiners, 34 first air relief valve, 35 second air relief valve, 36 the 3rd air relief valve, 37 first two-position three way magnetic valves, 38 flow speed control valves, 39 two-position two-way solenoid valves, 40 second two-position three way magnetic valves, 41 choke valves, 42 overflow valves.
Detailed description of the invention
The invention will be further described with embodiment below in conjunction with the accompanying drawings.
As shown in Figure 1, giving the structural representation of the garbage transfer station with automatic compression function, it includes ground 1, refuse bin 2, rubbish dump tank 4, compression chamber 5, division board 6, insulating liquid cylinder pressure 7, horizontal push pedal 8, pushes hydraulic cylinder 9, compression plate 10, compression hydraulic cylinder 11, compression chamber lid 12, lifting hydraulic cylinder 13, rubbish lid 14, erect plate 15, horizontal plate 16 and shutter 17；1, shown ground is fixed and supporting role, carries whole garbage transfer station.Shown refuse bin 2 is positioned on ground 1 below plane, and inside is rubbish storage cavities 3, the left end opening of refuse bin 2, and opening part is provided with rubbish lid 14.Compression chamber 5 is positioned at the left side of refuse bin 2 opening, and rubbish dump tank 4 is provided with the slope towards compression chamber 5 in being positioned at the upper left side of compression chamber, and rubbish dump tank 4, in order to the rubbish in rubbish dump tank 4 automatically falls into compression chamber 5.
Erect plate 15 is positioned at the surrounding of compression chamber, and fixes with ground 1, and horizontal plate 16 is fixed on the top of erect plate 15.Compression plate 10 is positioned at the surface of compression chamber 5, for being compressed the rubbish entered in compression chamber 5.Being fixed with compression hydraulic cylinder 11 on horizontal plate 16, the piston rod of compression hydraulic cylinder 11 fixes with compression plate 10, and under the effect of ordering about of compression hydraulic cylinder 11, compression plate 10 moves down realization to the compression of rubbish in compression chamber 5.Horizontal push pedal 8 is positioned at the left side of compression chamber 5, and horizontal push pedal 8 and the hydraulic cylinder pushing hydraulic cylinder 9 fix, and under the impetus pushing hydraulic cylinder 9, the rubbish in compression chamber 5 can be pushed in rubbish storage cavities 3 by horizontal push pedal 8.
When to garbage-compressing in compression chamber 5, in order to avoid rubbish enters in refuse bin 2, being provided with compression chamber lid 12 between the opening of compression chamber 5 and refuse bin 2, two lifting hydraulic cylinders 13 are positioned at the both sides of compression chamber lid 12, and compression chamber lid 12 is connected with the hydraulic stem of lifting hydraulic cylinder 13.Lifting hydraulic cylinder 13 order about compression chamber lid 12 be displaced downwardly to minimum point time, compression chamber 5 is in the most airtight state, now can be compressed rubbish operation；When lifting hydraulic cylinder 13 order about move to top on compression chamber lid 12 time, compression chamber 5 and rubbish storage cavities 3 are in connected state, can be pushed in refuse bin 2 by the rubbish in compression chamber 5 this moment.
It is middle with compression chamber 5 that division board 6 is positioned at rubbish dump tank 4, and division board 6 is driven by two insulating liquid cylinder pressures 7, and insulating liquid cylinder pressure 7 is fixed on horizontal plate 16.When the rubbish in compression chamber 5 is expired, insulating liquid cylinder pressure 7 orders about division board 6 and is displaced downwardly to minimum point, to stop that the rubbish in rubbish dump tank 4 enters in compression chamber 5.Insulating liquid cylinder pressure 7 orders about and moves on division board 6, and the rubbish in rubbish dump tank 4 can be made to enter in compression chamber 5.Touch insulating liquid cylinder pressure 7 during in order to avoid dumping rubbish, be additionally provided with division board 6 in the left side of insulating liquid cylinder pressure 7.
As shown in Figure 3 and Figure 4, sets forth and the present invention compresses plate 10 and the structural representation of horizontal push pedal 8, compression plate 10 is made up of plate body and the reinforcement 20 being arranged on plate body, plate body side center position offers the connection chamber 18 that the hydraulic stem with compression hydraulic cylinder 11 matches, and connects and offers fixing hole at chamber；Described horizontal push pedal 8 is also made up of plate body and the reinforcement 23 being arranged on plate body, and plate body side center position offers the connection chamber 21 matched with the hydraulic stem pushing hydraulic cylinder 9, connects and offers fixing hole 22 at chamber.
As shown in Figure 5, giving the schematic diagram of hydraulic system in the present invention, it includes fuel tank 24, filter 25, hydraulic pump 26, check valve the 27, first three position four-way electromagnetic valve the 28, second three position four-way electromagnetic valve the 29, the 3rd three position four-way electromagnetic valve the 30, the 4th three position four-way electromagnetic valve 31 and the first air relief valve the 34, second air relief valve 35 and the 3rd air relief valve 36.Shown fuel tank 24 communicates through the input of filter 25 with hydraulic pump 26, and output one tunnel of hydraulic pump 26 is connected with two-position two-way solenoid valve 39 through overflow valve 42, and another road communicates with check valve 27 through choke valve.When the hypertonia of hydraulic pump 26 outfan, overflow valve 42 pressure release can be passed through.Check valve 27 can avoid liquid reverse flow.
28 1 ports in output one tunnel of check valve 27 and the first three position four-way electromagnetic valve are connected, and another road is connected with the input of the first air relief valve 34；Two output ports of the first three position four-way electromagnetic valve 28 are connected with rodless cavity and the rod chamber of compression hydraulic cylinder 11 respectively.One port of the first three position four-way electromagnetic valve 28 is connected with choke valve 41 through the second two-position three way 40.The output of the first air relief valve 34 is connected with the second air relief valve 35 and the second three position four-way electromagnetic valve 29 respectively through choke valve；The two-port of the second three position four-way electromagnetic valve 29 communicates with the rod chamber pushing hydraulic cylinder 9 and rodless cavity respectively, one port of the second three position four-way electromagnetic valve 29 is also connected with fuel tank 24 and flow speed control valve 38 respectively through the first two-position three way magnetic valve 37, to realize pushing return and the speed governing of hydraulic cylinder 9.
Shown in the output of the second air relief valve 35 through choke valve respectively input with the 3rd three position four-way electromagnetic valve 30 and the 3rd air relief valve 35 communicate.One output port of the 3rd three position four-way electromagnetic valve 30 is after the shunting of the first flow divider-combiner 32, forming the two-way rodless cavity respectively with two lifting hydraulic cylinders 13 to communicate, the rod chamber of two lifting hydraulic cylinders 13 communicates with the same port of the 3rd three position four-way electromagnetic valve 30 simultaneously；Under the effect of the 3rd three position four-way electromagnetic valve 30, two lifting hydraulic cylinders 13 can be controlled and work simultaneously.
The outfan of the 3rd air relief valve 36 communicates through an input of choke valve and the 4th three position four-way electromagnetic valve 31, one port of the 4th three position four-way electromagnetic valve 31 forms the two-way rodless cavity respectively with two insulating liquid cylinder pressures 7 through the second flow divider-combiner 33 and communicates, and the rod chamber of two insulating liquid cylinder pressures 7 is connected with a port of the 4th three position four-way electromagnetic valve 31 simultaneously.Under the driving effect of the 4th three position four-way electromagnetic valve 31, insulating liquid cylinder pressure 7 can be driven to be operated simultaneously.
Pressure required during to the garbage-compressing in compression chamber 5 is maximum, and therefore compression hydraulic cylinder 11 is directly connected with the output of check valve 27；Thrust required when being pushed in rubbish storage cavities 3 by the rubbish in compression chamber 5 is taken second place, and reduces pressure through the first air relief valve 34.It is minimum that required driving force is ordered about in the lifting of division board 6, therefore through the first air relief valve the 34, second air relief valve 35 and three grades of decompressing effects of the 3rd air relief valve 36.The lifting hydraulic cylinder 13 ordering about compression chamber lid 12, through the first air relief valve 34 and second depressurized of the second air relief valve 35.
If the terminals of two-position two-way solenoid valve the 39, second two-position three way magnetic valve the 40, first three position four-way electromagnetic valve the 28, first two-position three way magnetic valve the 37, second three position four-way electromagnetic valve the 29, the 3rd three position four-way electromagnetic valve the 30, the 4th three position four-way electromagnetic valve 31 are respectively 1AY, 2AY, 3AY, 4AY, 5AY, 6AY, 7AY, 8AY, 9AY, 10AY, 11AY, below in conjunction with the "on" position of individual electromagnetic valve, the work process of the garbage transfer station anti-to this illustrates.
During work: owing to two-position two-way solenoid valve 39 is connected to the outfan of hydraulic pump 26 through overflow valve 42, therefore in whole work process, 1AY is in "on" position all the time.When in compression chamber 5 rubbish less than time, it is allowed to the rubbish in rubbish dump tank 4 enters in compression chamber 5, now 11AY energising, remaining terminals is in off-position, pressure fluid enters in the rod chamber of two insulating liquid depression bars 7, and division board 6 is elevated, and rubbish can enter in compression chamber 10 smoothly.When the rubbish in compression chamber 10 is full, 10AY terminals are energized, and remaining terminals is in off-position, and now division board 6 moves down under the effect of ordering about of insulating liquid cylinder pressure 7, and rubbish dump tank 4 is closed, and rubbish can not enter in compression chamber 5.
When the rubbish in compression chamber 5 is full, 2AY, 3AY are energized, and keep 10AY, 1AY "on" position, and remaining terminals is in off-position, and compression hydraulic cylinder 11 orders about compression plate 10 and quickly moves down；When compressing plate 10 and being displaced downwardly to rubbish position, keeping 3AY, 1AY, 10AY energising, remaining terminals power-off, now compression hydraulic cylinder 11 promotes compression plate 10 to be compressed rubbish.After to garbage-compressing, 4AY, 1AY, 10AY are energized, remaining terminals power-off, compression plate 10 moves and resets, complete the compression to rubbish.
After garbage-compressing, keeping 1AY, 8AY and 10AY energising, remaining terminals power-off, now lifting hydraulic cylinder 13 orders about and moves on compression chamber lid 12, and the passage between compression chamber 5 and rubbish storage cavities 3 is opened.Then, when keeping 1AY, 8AY and 10AY energising, then make terminals 6AY be energized, push hydraulic cylinder 9 and drive horizontal push 8 to move to right, the rubbish in compression chamber 5 is pushed in refuse bin 2；Push after putting in place, keep 1AY, 8AY and 10AY energising, disconnect energising to 6AY, change into 7AY is energized, remaining terminals power-off, now push hydraulic cylinder 9 and order about horizontal push pedal 8 and move to left, it is achieved the reset of horizontal push pedal 8.
After horizontal push 8 resets, 1AY, 9AY and 10AY is made to be energized, remaining terminals power-off, lifting hydraulic cylinder 13 orders about compression chamber lid 13 and moves down, until the interface channel closed between compression chamber 5 and rubbish storage cavities 3.Then, 1AY, 11AY are energized, and remaining terminals is in off-position, and insulating liquid cylinder pressure 7 orders about and moves on division board 6, and rubbish can enter in compression chamber 10 smoothly, again collection, compressed garbage.As shown in table 1, the on off operating mode of electromagnetic valve under garbage transfer station the state of the present invention is given.
Table 1
The garbage transfer station of the present invention, owing to rubbish has been carried out compression process, is equivalent to add the plot ratio of equipment, decrease the transhipment number of times of garbage transfer station, reduce garbage transportation cost, effectively solve secondary pollution and the problem such as volumetric efficiency is low, there is important application value.
Claims (5)
1. a garbage transfer station with automatic compression function, including the refuse bin (2) being arranged on ground (1), rubbish dump tank (4), horizontal push pedal (8) and compression plate (10), the inside of refuse bin is rubbish storage cavities (3), and the opening of refuse bin one end is provided with rubbish lid (14)；It is characterized in that: the lower section of described rubbish dump tank side is provided with compression chamber (5), horizontal push pedal, the opening of refuse bin lay respectively at the both sides of compression chamber, compression chamber be arranged above compress plate (10), it is provided with division board (6) between rubbish dump tank and compression chamber, between compression chamber and refuse bin opening, is provided with compression chamber lid (12)；Compression plate connects to be had for ordering about its compression hydraulic cylinder being compressed the rubbish in compression chamber (11), compression chamber lid connects have and orders about its connection or block the lifting hydraulic cylinder (13) of compression chamber and rubbish storage cavities；Division board connects insulating liquid cylinder pressure (7), is ordered about division board by insulating liquid cylinder pressure, rubbish dump tank can be made to be in compression chamber and connect or blocking state；Horizontal push pedal connection pushes hydraulic cylinder (9), and when compression chamber is in communicating position with rubbish storage cavities, under the ordering about pushing hydraulic cylinder, the rubbish compressed can be pushed in rubbish storage cavities by horizontal push pedal；
Including for ordering about the hydraulic system that each hydraulic cylinder runs, described hydraulic system includes fuel tank (24), hydraulic pump (26), the first three position four-way electromagnetic valve (28), the second three position four-way electromagnetic valve (29), the 3rd three position four-way electromagnetic valve (30) and the 4th three position four-way electromagnetic valve (31), fuel tank is connected through the input of filter (25) with hydraulic pump (26), and hydraulic pressure delivery side of pump is provided with check valve (27)；Compression hydraulic cylinder (11) is driven by output one tunnel first three position four-way electromagnetic valve of check valve, and another road is connected with the input of the first air relief valve (34)；Output one tunnel second three position four-way electromagnetic valve of the first air relief valve is driven pushing hydraulic cylinder (9), and another road is connected with the input of the second air relief valve (35)；Lifting hydraulic cylinder (13) is driven by output one tunnel the 3rd three position four-way electromagnetic valve of the second air relief valve, and the input of another Lu Yu tri-air relief valve (36) is connected；Insulating liquid cylinder pressure (7) is controlled by the output of the 3rd air relief valve through the 4th three position four-way electromagnetic valve；Described hydraulic pressure delivery side of pump communicates with fuel tank through overflow valve (42), two-position two-way solenoid valve (39) the most successively.
The garbage transfer station with automatic compression function the most according to claim 1, it is characterized in that: include the erect plate (15) being arranged at around compression chamber (5) and being fixed on ground (1), the top of erect plate is fixed with horizontal plate (16), and the cylinder body of insulating liquid cylinder pressure (7) and compression hydraulic cylinder (11) is both secured on horizontal plate；Described rubbish dump tank (4) place is provided with the shutter (17) avoiding rubbish to contact with insulating liquid cylinder pressure.
The garbage transfer station with automatic compression function the most according to claim 1, it is characterized in that: described compression plate (10) is made up of plate body and the reinforcement (20) being arranged on plate body, plate body side center position offers the connection chamber (18) that the hydraulic stem with compression hydraulic cylinder (11) matches, and connects and offers fixing hole at chamber；Described horizontal push pedal (8) is also made up of plate body and the reinforcement (23) being arranged on plate body, and plate body side center position offers the connection chamber (21) matched with the hydraulic stem pushing hydraulic cylinder (9), connects and offers fixing hole (22) at chamber.
The garbage transfer station with automatic compression function the most according to claim 1, it is characterized in that: the two-port of described first three position four-way electromagnetic valve (28) is connected with rod chamber and the rodless cavity of compression hydraulic cylinder (11) respectively, a port communicates with fuel tank and choke valve (41) respectively through the second two-position three way magnetic valve (40)；The two-port of described second three position four-way electromagnetic valve (29) communicates with the rod chamber pushing hydraulic cylinder (9) and rodless cavity respectively, and a port communicates with flow speed control valve (38) and fuel tank respectively through the first two-position three way magnetic valve (37).
The garbage transfer station with automatic compression function the most according to claim 1, it is characterized in that: the quantity of described insulating liquid cylinder pressure (7) and lifting hydraulic cylinder (13) is two, one port of the 3rd three position four-way electromagnetic valve (30) communicates with the rodless cavity of two lifting hydraulic cylinders through the first flow divider-combiner (32), and the rod chamber of two lifting hydraulic cylinders and another port of the 3rd three position four-way electromagnetic valve communicate；One port of the 4th three position four-way electromagnetic valve (31) communicates through the rodless cavity of the second flow divider-combiner (33) with two insulating liquid cylinder pressures, and the rod chamber of two insulating liquid cylinder pressures and another port of the 4th three position four-way electromagnetic valve communicate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410641193.9A CN104386399B (en) | 2014-11-14 | 2014-11-14 | There is the garbage transfer station of automatic compression function |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410641193.9A CN104386399B (en) | 2014-11-14 | 2014-11-14 | There is the garbage transfer station of automatic compression function |
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| CN104386399A CN104386399A (en) | 2015-03-04 |
| CN104386399B true CN104386399B (en) | 2016-11-23 |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107442547A (en) * | 2017-08-18 | 2017-12-08 | 陕西舜洋电子科技有限公司 | A kind of New-type refuse vehicle compression landfill equipment |
| CN108341196A (en) * | 2018-02-10 | 2018-07-31 | 南安市瑞泰智能机器开发有限公司 | Automatic sewage garbage transfer station |
| CN108408307A (en) * | 2018-02-10 | 2018-08-17 | 南安市瑞泰智能机器开发有限公司 | It is automatically drained out the garbage transfer station of sewage |
| CN208631360U (en) * | 2018-02-10 | 2019-03-22 | 南安市瑞泰智能机器开发有限公司 | Sewage terminal |
| CN108975213B (en) * | 2018-08-31 | 2020-04-21 | 深圳唐彩装饰科技发展有限公司 | Panel edge reason device |
| CN109625698A (en) * | 2018-12-17 | 2019-04-16 | 刘盼盼 | A kind of refuse compaction equipment |
| CN109573409A (en) * | 2018-12-21 | 2019-04-05 | 刘才莹 | A kind of community's solar energy compression heap garbage bucket |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5868068A (en) * | 1998-07-30 | 1999-02-09 | Lee; Ming-Fong | Enclosed type two-stage garbage compaction and storage structure |
| CN2633817Y (en) * | 2003-08-12 | 2004-08-18 | 宁波市宝成机械设备制造有限公司 | Garbage compressor |
| CN2695216Y (en) * | 2004-04-30 | 2005-04-27 | 蒋诗贵 | Intelligent environmental proteetion four-storage garbage block pressed transit device |
| CN200951887Y (en) * | 2006-04-07 | 2007-09-26 | 王志力 | Pit type garbage compressing storing machine |
| CN201530595U (en) * | 2009-10-16 | 2010-07-21 | 何朝祥 | Rubbish compactor |
| CN204237073U (en) * | 2014-11-14 | 2015-04-01 | 滨州学院 | There is the garbage transfer station of automatic Compression function |
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