CN110203591A - A kind of buried station arrangement - Google Patents
A kind of buried station arrangement Download PDFInfo
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- CN110203591A CN110203591A CN201910621491.4A CN201910621491A CN110203591A CN 110203591 A CN110203591 A CN 110203591A CN 201910621491 A CN201910621491 A CN 201910621491A CN 110203591 A CN110203591 A CN 110203591A
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- 230000007306 turnover Effects 0.000 claims description 12
- 239000000463 material Substances 0.000 claims description 8
- 239000007787 solid Substances 0.000 claims description 6
- 229910000831 Steel Inorganic materials 0.000 claims description 5
- 239000010959 steel Substances 0.000 claims description 5
- 238000004519 manufacturing process Methods 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- 241000255925 Diptera Species 0.000 abstract description 4
- 230000006835 compression Effects 0.000 abstract description 3
- 238000007906 compression Methods 0.000 abstract description 3
- 230000001360 synchronised effect Effects 0.000 abstract description 3
- 239000010813 municipal solid waste Substances 0.000 description 23
- 238000010586 diagram Methods 0.000 description 7
- 238000005452 bending Methods 0.000 description 2
- 241000256113 Culicidae Species 0.000 description 1
- 239000000919 ceramic Substances 0.000 description 1
- 239000010791 domestic waste Substances 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 230000007246 mechanism Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000009183 running Effects 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
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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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Abstract
The invention discloses a kind of buried station arrangements, wherein: including being arranged in bottom of foundation ditch and symmetrical two identical buried station bottom supporting structures, bottom dynamic structure, Traction Drive structure, middle layer track structure and upper layer Horizon covering plate structure, wherein, each buried station bottom supporting structure includes front column, horizontal bracket and rear column, the top and bottom of front column and rear column are each provided with a column fixed pulley, a level frame attachment base is fixed on horizontal bracket, the front and rear of level frame attachment base respectively installs a connecting seat fixed pulley, bottom dynamic structure includes power seat, guide rail, sliding block, first hydraulic cylinder and traction rope fixed plate, the present invention has compact-sized, it synchronous to buried station quadrangle can be lifted, guarantee that buried station lifting is stablized, compressor station can be hidden in underground, need replacing compression Compressor station is just lifted to ground when standing, clean hygiene, the advantages of mosquito will not be bred.
Description
Technical field
The invention belongs to the technical fields at buried station, and in particular to a kind of buried station arrangement.
Background technique
Ground surface platform buried type garbage station is as its name suggests the hidden one kind that garbage disposal is carried out in underground of whole equipment
Equipment, the equipment are to integrate domestic waste collection, transfer and transporting equipment closed, environmentally friendly, efficiently, solve previous biography
Trash compactor of uniting opens wide the problems such as peculiar smell existing for operating mode, stink, mosquitos and flies breed.Buried type garbage compressor belongs to rubbish
The corollary equipment of rubbish terminal.
Also in the starting stage, the structure arrangement or function at either buried station are set country's buried type garbage treating stations at present
Meter, it is all not perfect.
This department develops a buried station of large size, for focusing on all house refuses of one or several cells, with
Fill up the blank in the domestic field at present.
Summary of the invention
The technical problem to be solved by the present invention is to solve the above shortcomings of the prior art and to provide it is a kind of it is compact-sized, can
To be lifted to buried station quadrangle is synchronous, guarantee that buried station lifting stablizes, compressor station can be hidden in underground, need replacing compression
Compressor station is just lifted to ground when standing, clean hygiene will not breed the buried station arrangement of mosquito.
To realize the above-mentioned technical purpose, the technical scheme adopted by the invention is as follows:
A kind of buried station arrangement, in which: including being arranged at bottom of foundation ditch and symmetrical two identical buried station bottoms
Layer supporting structure, bottom dynamic structure, Traction Drive structure, middle layer track structure and upper layer Horizon covering plate structure, wherein each
Buried station bottom supporting structure includes front column, horizontal bracket and rear column, and the top and bottom of front column and rear column are equal
It is each provided with a column fixed pulley, a level frame attachment base, the front and rear of level frame attachment base are fixed on horizontal bracket
Each installation a connecting seat fixed pulley, bottom dynamic structure include that power seat, guide rail, sliding block, first hydraulic cylinder and traction rope are solid
Fixed board, the cylinder body of first hydraulic cylinder are fixed on rear end in the middle part of power seat, and guide rail is fixed on front end in the middle part of power seat, and sliding block can be former
After be slidably mounted on guide rail, the hydraulic axis of first hydraulic cylinder is fixedly connected with a slide block across power seat, the left end of power seat
It is fixedly connected with the level frame attachment base in left side, the right end of power seat is fixedly connected with the level frame attachment base on right side, power seat
Left part and right part is each fixes a double track fixed pulley, the left part and right part of sliding block are each to fix a double track sliding block pulley, and traction rope is solid
Fixed board is fixed on hydraulic cylinder rear end, and two fixations for fixed tractive are respectively arranged in the left and right side of traction rope fixed plate
Hole, middle layer track structure include middle layer level board, and a middle layer support rod straight up is respectively arranged in the quadrangle of middle layer level board, often
The bottom of a middle layer support rod is provided with traction rope fixed ear, and middle layer level board upper surface is provided at least one compressor station and draws
To sliding rail, compressor station guides the rear end that sliding rail extends to middle layer level board from the front end of middle layer level board into, and compressor station can be from middle layer
Mid-water is slided between two middle layer support rods of horizontal prelaminar part or between two middle layer support rods at middle layer level board rear portion
On plate, and sliding rail to be guided into along compressor station and is slid back and forth, oil cylinder is recommended in each side setting one in the middle part of the level board of middle layer,
The cylinder body for recommending oil cylinder is fixedly connected with middle layer level board, and the ground of the hydraulic axis and upper layer Horizon covering plate structure of recommending oil cylinder is flat
Bottom surface is fixedly connected in the middle part of platform, and recommending oil cylinder can prop up in the middle part of ground surface platform, and Traction Drive structure includes four traction ropes, this
Four traction ropes and middle layer support rod correspond, while also four columns with buried station bottom supporting structure correspond,
One end of traction rope is fixedly connected with corresponding traction rope fixed ear, the other end of two traction ropes of front respectively up around
After the column fixed pulley of corresponding front column upper end, downwards in the column fixed pulley for bypassing the front column lower end, then again successively
Wherein a rail, cunning of two double track fixed pulleys of attachment base fixed pulley, power seat through corresponding level frame attachment base front or so
It is solid with one of fixation hole of traction rope fixed plate left and right side after a wherein rail of two double track sliding block pulleys of block or so
Fixed connection, the other end of two traction ropes at rear portion respectively up around the column fixed pulley of corresponding rear column upper end after, to
Under in the column fixed pulley for bypassing the rear column lower end, then the attachment base successively through corresponding level frame attachment base rear portion is fixed again
After the other rail of two double track fixed pulleys of pulley, power seat or so, sliding block or so an other rail for two double track sliding block pulleys,
It is fixedly connected with the remaining fixation hole of traction rope fixed plate left and right side, when sliding block is pushed forward by first hydraulic cylinder, double track
The Forward of sliding block pulley so that one end that traction rope is connect with traction rope fixed ear moves up, traction rope from left front, left back, right preceding and
Middle layer track structure at the uniform velocity, is horizontally lifted in quadrangle behind the right side；Upper layer Horizon covering plate structure includes ground surface platform, under ground surface platform
Front end surface and two middle layer support rods of middle layer level board front hingedly cooperate, and rear end is free end, are covered on middle layer level
Two middle layers on two middle layer support rods of postlaminar part or ground surface platform following table surface rear end and middle layer level board rear portion support
Bar hingedly cooperates, and front end is free end, is covered on two middle layer support rods of middle layer level board front, opens up in ground surface platform
There is a feeding port, when compressor station is fully located on the level board of middle layer, feeding port is placed exactly in above the material receiving port of compressor station, is thrown
It is covered with flip plate in material mouth, flip plate one end is free end, and one end is hinged end, and one side of hinged end and feeding port is hingedly matched
It closes, one group of second hydraulic cylinder is installed in ground surface platform lower surface, and the cylinder body of second hydraulic cylinder is fixedly connected with ground surface platform, the second liquid
In the middle part of the hydraulic axis of cylinder pressure and the lower surface of flip plate or free end is articulated and connected, and ground surface platform is equipped with below feeding port and turns over
Barrel, turning over barrel includes turning over stave, turning over a barrel oil cylinder, torsion shaft and driver plate, and torsion shaft is mounted on feeding port close to turning over
The ground surface platform lower surface of cover board free end side, torsion shaft are located in ground surface platform lower surface, torsion shaft by positioning bearing
It can be forwarded relative to locating shaft dynamic, torsion shaft both ends are fixedly connected with driver plate, and the cylinder body and ground surface platform for turning over barrel oil cylinder are fixed
Connection, the oil cylinder axis for turning over barrel oil cylinder are fixedly connected with driver plate, turn over stave and be fixedly connected with torsion shaft, and the upper surface for turning over stave is set
It is equipped with for the buckle with dustbin lower end secure fit, turning over barrel oil cylinder can be by pushing driver plate to make driver plate with torsion shaft
Rotation enables and turns over stave and rout up or plough under feeding port using torsion shaft as axis.
To optimize above-mentioned technical proposal, the concrete measure taken further include:
When the hydraulic axis of above-mentioned first hydraulic cylinder is not pushed forward sliding block, i.e., when sliding block is located at its stroke rear end, ground surface platform and ground
Face flushes, and middle layer level board is located in foundation pit, and the compressor station on the level board of middle layer is hidden in foundation pit, first hydraulic cylinder it is hydraulic
When axis is pushed forward sliding block sliding block is made to be located at its stroke front end, ground surface platform is located at ground or more, and middle layer level board is flushed with ground, in
Compressor station front-back on layer level board exposes on ground.
Above-mentioned stave one end of turning over is fixedly connected with torsion shaft, and the other end is free end, when turning over stave and routing up feeding port, is turned over
The free end of stave can be against ground surface platform upper surface, and the dustbin positioned at ground surface platform upper surface is directly shifted onto and turns over bucket
On plate；When turning over stave and ploughing under feeding port, the upper surface for turning over stave is downwardly inclined, so that being located at the dustbin opening court turned on stave
Under.
Above-mentioned bottom dynamic structure includes power bow, and power bow is made of left bow stick and right bow stick, and left bow stick both ends are solid
Surely it is connected on the left of traction rope fixed plate left end and power seat, right bow stick both ends are fixedly connected on traction rope fixed plate right end and move
On the right side of power seat.
Above-mentioned buried station bottom supporting structure, bottom dynamic structure, middle layer track structure and upper layer Horizon covering plate structure
It is Steel material production.
A kind of buried station arrangement of the invention, have upper, middle and lower three-decker, lower layer include buried station bottom supporting structure,
Bottom dynamic structure, middle layer include middle layer track structure, and upper layer includes upper layer Horizon covering plate structure, and wherein lower layer and middle layer pass through
Traction Drive structure is drawn, compact overall structure, and space occupied is small.
The present invention is provided with hydraulic power unit in buried station bottom, has a sliding block by Driven by Hydraulic Cylinder, sliding block
It can slide back and forth on the slide rail, which is horizontal in bottom of foundation ditch, the effectively save space of energy, while being provided with four
The bracket that four vertical edge of foundation pit and bottom edge pass through steel is supported, is formed more by a vertical column and two horizontal brackets
Stable frame facilitates buried station middle layer track structure to install on the frame.The present invention is in four vertical columns and moves
Fixed pulley is set on power seat, sliding block pulley is set on sliding block, and four traction rope one end are respectively with frame in four vertical columns
On buried platform quadrangle connection, the other end is connect around fixed pulley and sliding block pulley with power seat, once sliding block is forward
Sliding, sliding block pulley affect traction rope mobile, middle layer track structure are held up, four traction ropes hold up middle layer track structure respectively
Four middle layer support rods, and this four traction ropes pass through the same sliding block and pull, therefore four traction ropes are fully synchronized,
Middle layer track structure smoothly can be lifted at the uniform velocity very much.The present invention devises power bow structure, due on the track structure of middle layer
The compressor station for compressed garbage can be placed, due to the uncertainty of compressor station storage quantity of refuse, so that middle layer track structure weight
The heart may have offset, cause four traction ropes when holding up middle layer track structure, traction rope stress is simultaneously uneven, due to four
Traction rope is each attached in traction rope fixed plate, and traction rope fixed plate is support with power cylinder, after this will lead to power cylinder
End shear by considerable degree of bending with power seat junction, is influenced buried station and is used safely, the present invention by power cylinder and
On the basis of power seat is fixedly connected, the present invention is further devised in power seat rear design power bow, is bent using power
Traction rope fixed plate two sides are separately fixed in power seat, the active force of traction rope is dispersed in power seat by power bow
On, it reduces power cylinder rear end and power seat junction and is sheared by bending, while by power cylinder and the secondary fixation of power seat, improving
The stability of single unit system.
Buried station feeding port of the invention is a kind of double overturning structures, facilitate the rubbish in dustbin is poured into it is buried
Refuse depot has the advantages that structure is simple, practical.Flip plate at buried station feeding port can be overturn, and flip plate is for covering
Feeding port makes entire buried one plate of station ground surface platform, can prevent people from falling feeding port accidentally, can also prevent mosquito into
Out, turning over stave also may be reversed, and turns over stave and is usually hidden in below buried station ground surface platform, when there is dustbin to need to buried
When formula refuse depot is dumped rubbish, first flip plate is opened, stave then will be turned over and dig above buried station ground surface platform, by rubbish
Bucket, which is pushed to, to be turned on stave fixed, and when will at this time turn over stave and translate into buried station ground surface platform lower section again, the rubbish in dustbin is just
Compressor station has been poured into, it is not necessary that dustbin is manually poured into buried type garbage station, has saved a large amount of manpowers.
Detailed description of the invention
Fig. 1 is structural schematic diagram when the buried station of the present invention is not risen；
Fig. 2 is the schematic perspective view at the buried station of Fig. 1；
Fig. 3 is the bottom view at the buried station of Fig. 1；
Fig. 4 is the schematic diagram of buried station bottom supporting structure, bottom dynamic structure and Traction Drive structure；
Fig. 5 is the structural schematic diagram after the buried station of the present invention is risen；
Fig. 6 is the schematic diagram that compressor station is put into buried station arrangement；
Fig. 7 is the schematic diagram of upper layer Horizon covering plate structure；
Fig. 8 is the left view of Fig. 7；
Fig. 9 is the top view of Fig. 7；
Figure 10 is to turn over barrel and schematic diagram when flip plate is all opened；
Figure 11 is the schematic diagram of middle layer track structure.
Appended drawing reference are as follows: buried station bottom supporting structure 1, front column 11, horizontal bracket 12, rear column 13, column are slided surely
Take turns 14, level frame attachment base 15, attachment base fixed pulley 16, bottom dynamic structure 2, power seat 21, double track fixed pulley 21a, guide rail
22, sliding block 23, double track sliding block pulley 23a, first hydraulic cylinder 24, traction rope fixed plate 25, fixation hole 26, power bow 27, traction
Drive mechanism 3, traction rope 31, middle layer track structure 4, middle layer level board 41, middle layer support rod 42, traction rope fixed ear 43, pressure
It guides sliding rail 44 into, recommend oil cylinder 45, upper layer Horizon covering plate structure 5, buried station ground surface platform 51, feeding port 51a, flip plate in contracting station
52, second hydraulic cylinder 53, turn over barrel 54, turn over stave 54a, turn over a barrel oil cylinder 54b, torsion shaft 54c, driver plate 54d, positioning bearing
54e, compressor station 6.
Specific embodiment
The embodiment of the present invention is described in further detail below in conjunction with attached drawing.
A kind of buried station arrangement of the present embodiment, in which: including setting bottom of foundation ditch and it is symmetrical two completely
Identical buried station bottom supporting structure 1, bottom dynamic structure 2, Traction Drive structure 3, middle layer track structure 4 and upper layer Horizon
Covering plate structure 5, wherein each buried station bottom supporting structure 1 is preceding including front column 11, horizontal bracket 12 and rear column 13
The top and bottom of column 11 and rear column 13 are each provided with a column fixed pulley 14, and a level is fixed on horizontal bracket 12
Frame attachment base 15, the front and rear of level frame attachment base 15 respectively install a connecting seat fixed pulley 16, and bottom dynamic structure 2 includes
Power seat 21, guide rail 22, sliding block 23, first hydraulic cylinder 24 and traction rope fixed plate 25, the cylinder body of first hydraulic cylinder 24 are fixed
In 21 middle part rear end of power seat, guide rail 22 is fixed on 21 middle part front end of power seat, and sliding block 23 can be mounted on slidingly back and forth and lead
On rail 22, the hydraulic axis of first hydraulic cylinder 24 passes through power seat 21 and is fixedly connected with sliding block 23, the left end and left side of power seat 21
Level frame attachment base 15 be fixedly connected, the right end of power seat 21 is fixedly connected with the level frame attachment base 15 on right side, power seat
21 left part and right part is each to fix a double track fixed pulley 21a, and the left part and right part of sliding block 23 are each to fix a double track sliding block pulley
23a, traction rope fixed plate 25 are fixed on 24 rear end of hydraulic cylinder, and the left and right side of traction rope fixed plate 25 is respectively arranged two and is used for
The fixation hole 26 of fixed tractive, middle layer track structure 4 include middle layer level board 41, and the quadrangle of middle layer level board 41 is respectively arranged one
Middle layer support rod 42 straight up, the bottom of each middle layer support rod 42 are provided with traction rope fixed ear 43, and middle layer is horizontal
41 upper surface of plate is provided at least one compressor station and guides sliding rail 44 into, and compressor station guides sliding rail 44 into from the front end of middle layer level board 41
Extend to the rear end of middle layer level board 41, compressor station 6 can between two middle layer support rods 42 of 41 front of middle layer level board or
It is slided on middle layer level board 41 between two middle layer support rods 42 at 41 rear portion of middle layer level board, and guides sliding rail into along compressor station
44 slide back and forth, and oil cylinder 45 is recommended in each side setting one at 41 middle part of middle layer level board, recommend the cylinder body of oil cylinder 45 in
Layer level board 41 is fixedly connected, and recommends the hydraulic axis of oil cylinder 45 and the 51 middle part bottom surface of ground surface platform of upper layer Horizon covering plate structure 5
It is fixedly connected, 51 middle part of ground surface platform can be propped up by recommending oil cylinder 45, and Traction Drive structure 3 includes four traction ropes 31, this four
Root traction rope 31 and middle layer support rod 42 correspond, while also a pair of with four columns one of buried station bottom supporting structure 1
It answers, one end of traction rope is fixedly connected with corresponding traction rope fixed ear 43, the other end difference of two traction ropes 31 of front
After the column fixed pulley 14 of corresponding 11 upper end of front column, slided surely around the column of 11 lower end of front column downwards
Wheel 14, then the attachment base fixed pulley 16 successively through corresponding 15 front of level frame attachment base, power seat 21 or so two are double again
After a wherein rail of rail fixed pulley 21a, a wherein rail of 23 or so two double track sliding block pulley 23a of sliding block, fixed with traction rope
One of fixation hole 26 of 25 left and right side of plate is fixedly connected, the other end of two traction ropes 31 at rear portion respectively upwards about
After crossing the column fixed pulley 14 of corresponding 13 upper end of rear column, downwards bypass 13 lower end of rear column column fixed pulley 14,
Then 21 or so two the attachment base fixed pulley 16 successively through corresponding 15 rear portion of level frame attachment base, power seat double tracks are slided surely again
It is left with traction rope fixed plate 25 after taking turns an other rail of 21a, an other rail of 23 or so two double track sliding block pulley 23a of sliding block
Side is fixedly connected with the remaining fixation hole 26 in right side, when sliding block 23 is pushed forward by first hydraulic cylinder 24, double track sliding block pulley 23a
Forward, so that one end that traction rope 31 connect with traction rope fixed ear 43 moves up, traction rope 31 is from left front, left back, the right preceding and right side
Middle layer track structure 4 at the uniform velocity, is horizontally lifted in quadrangle afterwards；Upper layer Horizon covering plate structure 5 includes ground surface platform 51, ground surface platform
Two middle layer support rods 42 of 51 lower surfaces front end and 41 front of middle layer level board hingedly cooperate, and rear end is free end, is covered on
On two middle layer support rods 42 at 41 rear portion of middle layer level board or after 51 following table surface rear end of ground surface platform and middle layer level board 41
Two middle layer support rods 42 in portion hingedly cooperate, and front end is free end, is covered on two middle layer branch of 41 front of middle layer level board
On strut 42, a feeding port 51a is offered in ground surface platform 51, when compressor station 6 is fully located on middle layer level board 41, is fed intake
Mouth 51a is placed exactly in above the material receiving port of compressor station 6, and flip plate 52 is covered on feeding port 51a, and 52 one end of flip plate is freely
End, one end is hinged end, and hinged end and one side of feeding port 51a hingedly cooperate, and 51 lower surface of ground surface platform installs one group second
The cylinder body of hydraulic cylinder 53, second hydraulic cylinder 53 is fixedly connected with ground surface platform 51, the hydraulic axis and flip plate of second hydraulic cylinder 53
The articulated connection of in the middle part of 52 lower surface or free end, ground surface platform 51 is equipped with below feeding port 51a turns over barrel 54, turns over bucket
Device 54 includes turning over stave 54a, turning over a barrel oil cylinder 54b, torsion shaft 54c and driver plate 54d, and torsion shaft 54c is mounted on feeding port
For 51a close to 51 lower surface of ground surface platform of 52 free end side of flip plate, torsion shaft 54c is located in ground by positioning bearing 54e
51 lower surface of face platform, torsion shaft 54c can be relative to positioning bearing 54e rotations, and the both ends torsion shaft 54c are fixed with driver plate 54d
Connection, turns over a barrel cylinder body of oil cylinder 54b and is fixedly connected with ground surface platform 51, the oil cylinder axis and driver plate 54d for turning over barrel oil cylinder 54b are fixed
Connection, turns over stave 54a and is fixedly connected with torsion shaft 54c, the upper surface for turning over stave 54a is provided with for fixing with dustbin lower end
The buckle of cooperation, turning over barrel oil cylinder 54b can be by pushing driver plate 54d to rotate driver plate 54d with torsion shaft 54c, so that turning over
Stave 54a can rout up or plough under feeding port 51a as axis using torsion shaft 54c.
In embodiment, when the hydraulic axis of first hydraulic cylinder 24 is not pushed forward sliding block 23, i.e., when sliding block 23 is located at its stroke rear end,
Ground surface platform 51 is flushed with ground, and middle layer level board 41 is located in foundation pit, and the compressor station 6 on middle layer level board 41 is hidden in foundation pit
In, when the hydraulic axis of first hydraulic cylinder 24 is pushed forward sliding block 23 sliding block 23 is made to be located at its stroke front end, ground surface platform 51 is located at ground
More than, middle layer level board 41 is flushed with ground, and 6 front-back of compressor station on middle layer level board 41 exposes on ground.
It in embodiment, turns over the one end stave 54a and is fixedly connected with torsion shaft 54c, the other end is free end, turns over stave 54a and turns over
Out when feeding port 51a, the free end for turning over stave 54a can be against 51 upper surface of ground surface platform, so that being located at table in ground surface platform 51
The dustbin in face can be shifted onto directly and be turned on stave 54a；When turning over stave 54a and ploughing under feeding port 51a, the upper surface court of stave 54a is turned over
Lower inclination, so that it is opening down to be located at the dustbin turned on stave 54a.
In embodiment, bottom dynamic structure 2 includes power bow 27, and power bow 27 is made of left bow stick and right bow stick, Zuo Gong
Bar both ends are fixedly connected on 21 left side of 25 left end of traction rope fixed plate and power seat, and it is solid that right bow stick both ends are fixedly connected on traction rope
21 right side of 25 right end of fixed board and power seat.
In embodiment, buried station bottom supporting structure 1, bottom dynamic structure 2, middle layer track structure 4 and upper layer ground flat cover
Hardened structure 5 is Steel material production.
Buried station arrangement of the invention is integrally placed in foundation pit, is state shown in Fig. 1, ground surface platform in normal state
51 flush with ground, and middle layer level board 41 is located in foundation pit, and the compressor station 6 on middle layer level board 41 is hidden in foundation pit, buried
Ground surface platform of standing 51 is one piece of smooth platform flushed with ground, can do in buried station ground surface platform 51 it is appropriate afforest or
Person's ceramic tile turns over barrel 54 generally in buried station ground surface platform 51 to hide buried 51 ontology of station ground surface platform of steel material
Lower section, compressor station 6 then be located at it is buried station ground surface platform 51 lower section, the garbage inlet of compressor station 6 be located at feeding port 51a just under
Side when dumping rubbish, unified draw of the dustbin collected in cell is arrived at buried station ground surface platform 51, second hydraulic cylinder is first controlled
53 runnings dig flip plate 52 to Figure 10 state, and at this time, feeding port 51a is exposed to outside, and then a barrel oil cylinder 54b is turned in control
Driver plate 54d is pulled, driver plate 54d is made to rotate torsion shaft 54c, torsion shaft 54c drive is turned over stave 54a and revolved around torsion shaft 54c
Turn, is translated into buried station ground surface platform 51 to make to turn over stave 54a, turn over stave 54a and translated into buried station ground surface platform 51 completely
When, it turns over freely correcting for stave 54a and is against buried 51 upper surface of station ground surface platform, convenient trash can is directly shifted onto and turns over stave
On 54a, staff, which shifts dustbin onto, to be turned on stave 54a, then by dustbin bayonet and turn over the buckle on stave 54a
A barrel oil cylinder 54b push driver plate 54d is turned in secure fit, control, is made to turn over stave 54a and is turned back buried station ground surface platform 51 hereinafter, rubbish
Rubbish bucket is also gradually translated into also with feeding port 51a, dustbin upper end is ploughed under in the following, the rubbish in dustbin is made to pour into ground compressor station
In 6, after the completion of toppling over, then dustbin is translated into buried station ground surface platform 51 with turning over stave 54a, push down the dustbin, then
The new dustbin for filling rubbish is pushed to, continues to topple over.After the completion of all dustbins are all toppled over, stave 54a will be turned over
Buried 51 lower section of station ground surface platform is translated into, second hydraulic cylinder 53 is then controlled and reversely operates, by the playback of flip plate 52 to Fig. 7 shape
State.Compressor station 6 can carry out compression storage to rubbish, after compressor station 6 is filled with rubbish completely, using Traction Drive structure 3 by ground
Bury station rise, buried station bottom supporting structure 1 and bottom dynamic structure 2 and 3 annexation figure of Traction Drive structure such as Fig. 2-4 institute
Show, from figure 3, it can be seen that track knot in middle level is respectively set there are four the tools of traction rope fixed ear 43 of middle layer track structure 4
The quadrangle of structure 4, four traction ropes move towards relationship are as follows: and one end of traction rope is fixedly connected with corresponding traction rope fixed ear 43,
The other end of two traction ropes 31 of front respectively up around the column fixed pulley 14 of corresponding 11 upper end of front column after, downwards
In the column fixed pulley 14 for bypassing 11 lower end of front column, the then connection successively through corresponding 15 front of level frame attachment base again
Seat fixed pulley 16,23 or so two a wherein rail of 21 or so two double track fixed pulley 21a of power seat, sliding block double track sliding block pulleys
After a wherein rail of 23a, it is fixedly connected with one of fixation hole 26 of 25 left and right side of traction rope fixed plate, the two of rear portion
The other end of root traction rope 31 respectively up around the column fixed pulley 14 of corresponding 13 upper end of rear column after, downwards around should
The column fixed pulley 14 of 13 lower end of rear column, then the attachment base fixed pulley successively through corresponding 15 rear portion of level frame attachment base again
16, an other rail of 21 or so two double track fixed pulley 21a of power seat, 23 or so two double track sliding block pulley 23a of sliding block it is another
It after an outer rail, is fixedly connected with the remaining fixation hole 26 of 25 left and right side of traction rope fixed plate, can be seen that from Fig. 2-4
In the pulley blocks that a traction rope bypasses, only double track sliding block pulley 23a is movable pulley, remaining each pulley is fixed pulley, this
When sliding block 23 being caused to be pushed forward by first hydraulic cylinder 24, double track sliding block pulley 23a leading is 4 amount of moving up of middle layer track structure
Half, can effectively save sliding block 23 stroke.First hydraulic cylinder 24 pushes forward sliding block 23, is located at ground surface platform 51
More than ground, middle layer level board 41 is flushed with ground, and 6 front-back of compressor station on middle layer level board 41 exposes on ground.Control
System recommends oil cylinder 45 and props up buried station ground surface platform 51 to state shown in Fig. 6, by trailer by compressor station 6 from middle layer level board
Haul out on 41, then a new compressor station 6 be sent on middle layer level board 41 again, compressor station guide into sliding rail 44 for guide pressure
The sliding at contracting station 6.After more finishing changing, oil cylinder 45 is recommended in withdrawal, traction sliding block 23 backward of first hydraulic cylinder 24, middle layer track structure 4
It revert in foundation pit, the buried recurrence of station ground surface platform 51 is flushed with ground, and waiting is dumped rubbish next time.
The above is only the preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-described embodiment,
All technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
For those of ordinary skill, several improvements and modifications without departing from the principles of the present invention should be regarded as protection of the invention
Range.
Claims (5)
1. a kind of buried station arrangement, it is characterized in that: include setting bottom of foundation ditch and it is symmetrical two identically
Bury station bottom supporting structure (1), bottom dynamic structure (2), Traction Drive structure (3), middle layer track structure (4) and upper layer Horizon
Covering plate structure (5), wherein each buried station bottom supporting structure (1) includes front column (11), horizontal bracket (12) He Houli
The top and bottom of column (13), the front column (11) and rear column (13) are each provided with a column fixed pulley (14), institute
A level frame attachment base (15), the front and rear of the level frame attachment base (15) are fixed on the horizontal bracket (12) stated
Each installation a connecting seat fixed pulley (16), the bottom dynamic structure (2) includes power seat (21), guide rail (22), sliding block
(23), first hydraulic cylinder (24) and traction rope fixed plate (25), the cylinder body of the first hydraulic cylinder (24) are fixed on power
Rear end in the middle part of seat (21), guide rail (22) are fixed on front end in the middle part of power seat (21), and sliding block (23) can be mounted on slidingly back and forth
On guide rail (22), the hydraulic axis of first hydraulic cylinder (24) passes through power seat (21) and is fixedly connected with sliding block (23), the power
The left end of seat (21) is fixedly connected with the level frame attachment base (15) in left side, and the right end of power seat (21) and the level frame on right side connect
Joint chair (15) is fixedly connected, and the left part and right part of power seat (21) are each to fix a double track fixed pulley (21a), the sliding block (23)
Left part and right part is each fixes a double track sliding block pulley (23a), the traction rope fixed plate (25) is fixed on hydraulic cylinder (24)
Rear end, two fixation holes (26) for fixed tractive are respectively arranged in the left and right side of traction rope fixed plate (25), described
Middle layer track structure (4) includes middle layer level board (41), and the quadrangle of the middle layer level board (41) is respectively arranged one straight up
Middle layer support rod (42), the bottom of the middle layer support rod (42) is provided with traction rope fixed ear (43), described
Middle layer level board (41) upper surface be provided at least one compressor station and guide sliding rail (44) into, the compressor station guides sliding rail into
(44) rear end of middle layer level board (41) is extended to from the front end of middle layer level board (41), compressor station (6) can be from middle layer level board
(41) between two middle layer support rods (42) of front or between two middle layer support rods (42) at middle layer level board (41) rear portion
It slides on middle layer level board (41), and guides sliding rail (44) into along compressor station and slide back and forth, in the middle layer level board (41)
The each side setting one in portion is recommended oil cylinder (45), and the cylinder body for recommending oil cylinder (45) and middle layer level board (41) are fixed
Connection is recommended bottom surface in the middle part of the hydraulic axis of oil cylinder (45) and the ground surface platform (51) of upper layer Horizon covering plate structure (5) and is fixedly connected,
Recommending oil cylinder (45) can prop up in the middle part of ground surface platform (51), and the Traction Drive structure (3) includes four traction ropes (31),
This four traction ropes (31) and middle layer support rod (42) correspond, while also four with buried station bottom supporting structure (1)
Column corresponds, and one end of traction rope is fixedly connected with corresponding traction rope fixed ear (43), two traction ropes of front
(31) the other end respectively up around the column fixed pulley (14) of corresponding front column (11) upper end after, downwards around before this
The column fixed pulley (14) of column (11) lower end, then the attachment base successively through corresponding level frame attachment base (15) front is fixed again
Two pulley (16), a wherein rail for the two double track fixed pulleys (21a) in power seat (21) left and right, sliding block (23) left and right double track sliding blocks
The fixed company of one of fixation hole (26) after a wherein rail for pulley (23a), with traction rope fixed plate (25) left and right side
It connects, the other end of two traction ropes (31) at rear portion is respectively up around the column fixed pulley of corresponding rear column (13) upper end
(14) after, downwards in the column fixed pulley (14) for bypassing rear column (13) lower end, then successively connect again through corresponding level frame
The attachment base fixed pulley (16) at joint chair (15) rear portion, an other rail for the two double track fixed pulleys (21a) in power seat (21) left and right, cunning
After an other rail for the two double track sliding block pulleys (23a) in block (23) left and right, with traction rope fixed plate (25) left and right side residue
Fixation hole (26) be fixedly connected, when the sliding block (23) is pushed forward by first hydraulic cylinder (24), double track sliding block pulley
(23a) Forward, so that one end that traction rope (31) is connect with traction rope fixed ear (43) moves up, traction rope (31) is from left front, left
Afterwards, middle layer track structure (4) at the uniform velocity, is horizontally lifted in quadrangle behind the right preceding and right side；Upper layer Horizon covering plate structure (5) packet
It includes ground surface platform (51), two middle layers of the ground surface platform (51) lower surface front end and middle layer level board (41) front support
Bar (42) hingedly cooperates, and rear end is free end, is covered on two middle layer support rods (42) at middle layer level board (41) rear portion, or
Two middle layer support rods (42) at person's ground surface platform (51) following table surface rear end and middle layer level board (41) rear portion hingedly cooperate, front end
For free end, it is covered on two middle layer support rods (42) of middle layer level board (41) front, in the ground surface platform (51)
A feeding port (51a) is offered, when compressor station (6) is fully located on middle layer level board (41), the feeding port (51a) is just
Well above the material receiving port of compressor station (6), flip plate (52), the flip plate are covered on the feeding port (51a)
(52) one end is free end, and one end is hinged end, and the hinged end and one side of feeding port (51a) hingedly cooperate, described
Ground surface platform (51) lower surface is installed by one group of second hydraulic cylinder (53), the cylinder body and ground surface platform of the second hydraulic cylinder (53)
(51) it being fixedly connected, in the middle part of the hydraulic axis of second hydraulic cylinder (53) and the lower surface of flip plate (52) or free end is articulated and connected,
The ground surface platform (51) is equipped with below feeding port (51a) and turns over barrel (54), and the barrel (54) that turns over includes
It turns over stave (54a), turn over a barrel oil cylinder (54b), torsion shaft (54c) and driver plate (54d), the torsion shaft (54c) is mounted on
Feeding port (51a) passes through locating shaft close to ground surface platform (51) lower surface of flip plate (52) free end side, torsion shaft (54c)
It holds (54e) and is located in ground surface platform (51) lower surface, the torsion shaft (54c) can be relative to positioning bearing (54e) rotation, institute
The torsion shaft both ends (54c) stated are fixedly connected with driver plate (54d), and cylinder body and ground surface platform (51) for turning over a barrel oil cylinder (54b) are solid
Fixed connection, the oil cylinder axis for turning over a barrel oil cylinder (54b) are fixedly connected with driver plate (54d), and described turns over stave (54a) and torsion shaft
(54c) is fixedly connected, and the upper surface for turning over stave (54a) is provided with for the buckle with dustbin lower end secure fit,
It is described turn over a barrel oil cylinder (54b) can by pushing driver plate (54d) that driver plate (54d) be made to rotate with torsion shaft (54c) so that
Turning over stave (54a) can be that feeding port (51a) is routed up or ploughed under to axis with torsion shaft (54c).
2. a kind of buried station arrangement according to claim 1, it is characterized in that: the hydraulic axis of the first hydraulic cylinder (24)
When not being pushed forward sliding block (23), i.e., when sliding block (23) is located at its stroke rear end, the ground surface platform (51) is flushed with ground, middle layer
Level board (41) is located in foundation pit, and the compressor station (6) on middle layer level board (41) is hidden in foundation pit, the first hydraulic cylinder
(24) when hydraulic axis is pushed forward sliding block (23) sliding block (23) is made to be located at its stroke front end, the ground surface platform (51) is located at ground
More than, middle layer level board (41) is flushed with ground, and compressor station (6) front-back on middle layer level board (41) exposes on ground.
3. a kind of buried station arrangement according to claim 2, it is characterized in that: described turns over stave one end (54a) and overturning
Axis (54c) is fixedly connected, and the other end is free end, when turning over stave (54a) and routing up feeding port (51a), turns over the freedom of stave (54a)
End can be against ground surface platform (51) upper surface, and the dustbin positioned at ground surface platform (51) upper surface is directly shifted onto and turns over stave
On (54a)；Described when turning over stave (54a) and ploughing under feeding port (51a), the upper surface for turning over stave (54a) is downwardly inclined, so that position
In turning over, the dustbin on stave (54a) is opening down.
4. a kind of buried station arrangement according to claim 3, it is characterized in that: the bottom dynamic structure (2) includes dynamic
Power bends (27), and the power bow (27) is made of left bow stick and right bow stick, and the left bow stick both ends are fixedly connected on traction
On the left of fixed plate (25) left end and the power seat (21) of restricting, the right bow stick both ends are fixedly connected on traction rope fixed plate (25) right side
On the right side of end and power seat (21).
5. a kind of buried station arrangement according to claim 4, it is characterized in that: the buried station bottom supporting structure (1),
Bottom dynamic structure (2), middle layer track structure (4) and upper layer Horizon covering plate structure (5) are Steel material production.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201910621491.4A CN110203591B (en) | 2019-07-10 | 2019-07-10 | Bury station device |
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| CN201910621491.4A CN110203591B (en) | 2019-07-10 | 2019-07-10 | Bury station device |
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| CN110203591B CN110203591B (en) | 2024-04-26 |
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| CN110203591B (en) | 2024-04-26 |
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