CN107856340B - A kind of solid refuse processing unit - Google Patents
A kind of solid refuse processing unit Download PDFInfo
- Publication number
- CN107856340B CN107856340B CN201710862001.0A CN201710862001A CN107856340B CN 107856340 B CN107856340 B CN 107856340B CN 201710862001 A CN201710862001 A CN 201710862001A CN 107856340 B CN107856340 B CN 107856340B
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- China
- Prior art keywords
- stretching
- tail portion
- slid chamber
- host
- slipping block
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/30—Presses specially adapted for particular purposes for baling; Compression boxes therefor
- B30B9/306—Mechanically-driven presses
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B15/00—Details of, or accessories for, presses; Auxiliary measures in connection with pressing
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B30—PRESSES
- B30B—PRESSES IN GENERAL
- B30B9/00—Presses specially adapted for particular purposes
- B30B9/32—Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars
- B30B9/321—Presses specially adapted for particular purposes for consolidating scrap metal or for compacting used cars for consolidating empty containers, e.g. cans
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01H—STREET CLEANING; CLEANING OF PERMANENT WAYS; CLEANING BEACHES; DISPERSING OR PREVENTING FOG IN GENERAL CLEANING STREET OR RAILWAY FURNITURE OR TUNNEL WALLS
- E01H1/00—Removing undesirable matter from roads or like surfaces, with or without moistening of the surface
- E01H1/02—Brushing apparatus, e.g. with auxiliary instruments for mechanically loosening dirt
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Processing Of Solid Wastes (AREA)
Abstract
The invention discloses a kind of solid refuse processing units, including shell and it is fixedly mounted on the intracorporal host of shell, compression set and clearing apparatus are equipped in host, compression set includes the first holding tank being arranged in host left side bottom surface, compression blocks are equipped in first holding tank, the second holding tank is equipped in first holding tank inner roof wall, equipped with the loose joint portion being fixedly connected at the top of bottom and compression blocks in second holding tank, the first slid chamber is equipped in host above second holding tank, the first slippage slot is equipped in first slid chamber inner left wall, sliding is connected with the first slipping block for stretching setting to the right in first slippage slot, stretching, extension tail portion reaches in the first slid chamber and is cooperatively connected with wall slip in the first slid chamber right side on the right side of first slipping block, first slipping block bottom tail portion is fixedly installed the compression bar for stretching down setting；The present invention can voluntarily rotation be compressed and the rotation work of cleaning, raising working efficiency reduce equipment purchase and maintenance cost.
Description
Technical field
The present invention relates to technical field of waste treatment, specifically a kind of solid refuse processing unit.
Background technique
The solid life refuse strong for plasticity such as pop can, plastic bottles needs before processing in municipal refuse recycle bin
Compression processing is carried out to it to reduce volume, is typically all to be squeezed by manpower for the compression processing of rubbish in traditional technology,
Its operation difficulty is big and inefficiency, it is difficult to meet process requirements, it is existing in also have more automation refuse compressor, but
Its structure is complicated, and use cost is high, there are larger drawback, needs to improve.
Summary of the invention
Technical problem to be solved by the invention is to provide a kind of solid refuse processing units, are able to solve above-mentioned present
The problems in technology.
The present invention is achieved through the following technical solutions: a kind of solid refuse processing unit of the invention, including shell
Body and it is fixedly mounted on the intracorporal host of the shell, compression set and clearing apparatus are equipped in the host, the compression fills
It sets the first holding tank including being arranged in the host left side bottom surface, is equipped with compression blocks in first holding tank, described the
It is equipped with the second holding tank in one holding tank inner roof wall, fixed at the top of bottom and the compression blocks connect is equipped in second holding tank
The loose joint portion connect, is equipped with the first slid chamber in the host above second holding tank, on the left of first slid chamber in
The first slippage slot is equipped in wall, sliding is connected with the first slipping block for stretching setting to the right in first slippage slot,
On the right side of first slipping block stretching, extension tail portion reach in first slid chamber and on the right side of first slid chamber in wall slip
It is cooperatively connected, first slipping block bottom tail portion is fixedly installed the compression bar for stretching down setting, the compression bar bottom stretching, extension
The host between first slid chamber and second holding tank described in section break-through, and compression bar bottom stretch section with it is described
Host sliding is cooperatively connected, and compression bar bottom stretching, extension tail portion reaches in second holding tank and solid with the loose joint portion top
Fixed connection, the clearing apparatus include the second slid chamber of upper and lower stretching, extension setting, are equipped in inner wall on the right side of second slid chamber
Second slippage slot, second slippage slot is interior to be equipped with the second slipping block for stretching setting to the left, the second slipping block left side
Stretching, extension tail portion reaches in second slid chamber and slides with the second slid chamber inner left wall and is cooperatively connected, and described second is sliding
It moves in intracavitary second slipping block bottom surface to be equipped with and cleans engine, it is described to clean opposite second cunning of power motor spindle
It moves intracavitary bottom wall break-through and is equipped with slot, the cleaning head of stretching, extension setting upwards, the cleaning crown are connected in the slot
Portion and the cleaning engine bottom end power are cooperatively connected, the host between the compression set and the clearing apparatus
Inside be connected with power device, be equipped in the host above the power device to the compression set and described
The locked instrument that clearing apparatus rotation locks and connects, the host top surface are symmetrically set with the frame stretched in the longitudinal direction
Bar is fixedly installed supporter between the hack lever, is from left to right sequentially arranged in parallel with three object placement nets in the supporter,
Manipulation device is provided on the cleaning engine.
Preferably technical solution, the power device include the first engine being fixed in the host,
It is symmetrically arranged with transmission cavity in the host of two sides above and below first engine, is respectively equipped in transmission cavity described in upper and lower two sides
The first tapered wheel being cooperatively connected with two sides tail portion above and below first engine, first cone in the transmission cavity of upside
The described first tapered wheel bottom right side in type wheel left side top and the downside transmission cavity is connected and has the second tapered wheel,
Turn is connected with the of left and right stretching, extension setting in the host between the upside transmission cavity and first slid chamber
One spin axis, turn is connected with left and right stretching, extension and sets in the host between the downside transmission cavity and second slid chamber
The second spin axis set, the first spin axis left side stretching, extension tail portion reaches in first slid chamber and tail portion is fixedly installed first
Raised wheel, first raised wheel is located at first slid chamber below first slipping block Nei and first raised wheel
Outer surface and the first slipping block basal slip are cooperatively connected, and stretching, extension tail portion reaches the upside biography on the right side of first spin axis
Intracavitary and tail portion is sent to be fixedly connected with the described first tapered wheel left-hand end in the transmission cavity of upside, on the left of second spin axis
The described second tapered wheel right-hand end that stretching, extension tail portion reaches in the transmission cavity of downside and in tail portion and the downside transmission cavity is solid
Fixed connection, the second spin axis right side stretching, extension tail portion reaches in second slid chamber and tail portion is fixedly installed the second convex
Wheel, second raised wheel is located at second slid chamber below second slipping block Nei and outer surface and described second is slided
Block basal slip is moved to be cooperatively connected.
Preferably technical solution, sliding is connected in first slipping block in first slippage slot
The first of lower stretching, extension setting leads shifting bar, and described first leads shifting bar, and tail portion is stretched respectively and above and below first slippage slot in two sides up and down
Inner wall is fixedly connected, and the first spring part, first slipping block are equipped in first slid chamber at the top of first slipping block
The first locking hole is equipped in right side, sliding is connected in second slipping block in second slippage slot stretches up and down
The second of exhibition setting leads shifting bar, described second lead move bar up and down two sides stretching, extension tail portion respectively with inner wall above and below second slippage slot
It is fixedly connected, the second spring part, the second slipping block left side is equipped in second slid chamber at the top of second slipping block
The second locking hole is equipped in face.
Preferably technical solution, the locked instrument include that shifting slot is led in upper and lower stretching, extension setting, and described lead move in slot
Turn is connected with the spiral shell type bar of left and right stretching, extension setting, and stretching, extension tail portion and the cooperation of the second engine connect on the left of the spiral shell type bar
It connects, the setting of second engine outer surface moves in slot inner left wall and secure fit connects in described lead, and the spiral shell type bar is right
Side stretching, extension tail portion and it is described lead move slot on the right side of inner wall turn be cooperatively connected, it is described lead move slot in sliding be connected with up and down stretching, extension
It is arranged and leads shifting block with what the spiral shell type bar spiral shell type line was cooperatively connected, the shifting block top stretching, extension tail portion of leading is fixedly installed to the left
The first locking lever of setting is stretched in side, and the first slid chamber described in stretch section break-through leads shifting slot with described on the left of first locking lever
Between the host, and first locking lever and the host sliding be cooperatively connected, it is described lead move block bottom stretching, extension tail portion
It is fixedly installed the second locking lever for stretching setting to the right, the second sliding described in stretch section break-through on the right side of second locking lever
Chamber and the host led between shifting slot, and stretch section and host sliding cooperation company on the right side of second locking lever
It connects.
Tail portion is stretched on preferably technical solution, the first locking lever left side stretching, extension tail portion and the second locking lever right side
It is equipped with angled end-face.
Preferably technical solution, the manipulation device include being fixed at described to clean the of engine left side
One executor and the second executor for being fixed at the cleaning engine right side.
The beneficial effects of the present invention are: the present invention reached in the second slid chamber by stretching, extension tail portion on the left of the second slipping block and
It slides and is cooperatively connected with the second slid chamber inner left wall, set cleaning engine in the second slipping block bottom surface in the second slid chamber,
It cleans the second opposite slid chamber inner bottom wall break-through of power motor spindle and sets slot, be cooperatively connected the clear of stretching, extension setting upwards in slot
Head is swept, is cooperatively connected at the top of cleaning head with cleaning engine bottom end power, in the host between compression set and clearing apparatus
Mating connection power device is set in the host above power device to lock and connect with compression set and clearing apparatus rotation
Locked instrument improves working efficiency to realize the rotation work of voluntarily manipulation rotation compression and cleaning, and a tractor serves several purposes subtracts
Few equipment purchase cost, while reducing maintenance cost.
Detailed description of the invention
The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.
Fig. 1 is overall structure diagram outside a kind of solid refuse processing unit of the invention；
Fig. 2 is overall structure diagram inside a kind of solid refuse processing unit of the invention；
Fig. 3 is top view of the present invention.
Specific embodiment
As shown in Figure 1, Figure 2 and Figure 3, a kind of solid refuse processing unit of the invention, including shell 8 and fixed installation
Host 9 in the shell 8, the host 9 is interior to be equipped with compression set and clearing apparatus, and the compression set includes that setting exists
The first holding tank 95 in 9 left side bottom surface of host, first holding tank 95 is interior to be equipped with compression blocks 951, and described first holds
95 inner roof wall of slot of receiving is interior to be equipped with the second holding tank 96, is equipped at the top of bottom and the compression blocks 951 in second holding tank 96
The loose joint portion 961 being fixedly connected, is equipped with the first slid chamber 91 in the host 9 of second holding tank, 96 top, and described the
The first slippage slot 97 is equipped in one slid chamber, 91 inner left wall, sliding is connected in first slippage slot 97 stretches to the right
The first slipping block 971 for opening up setting, on the right side of first slipping block 971 stretching, extension tail portion reach in first slid chamber 91 and with
Wall slip is cooperatively connected in first slid chamber, 91 right side, and the 971 bottom tail portion of the first slipping block is fixedly installed downwards
Stretch the compression bar 912 of setting, the first slid chamber 91 and second holding tank 96 described in the 912 bottom stretch section break-through of compression bar
Between the host 9, and 912 bottom stretch section of the compression bar and the host 9 sliding be cooperatively connected, 912 bottom of compression bar
Portion stretching, extension tail portion reach in second holding tank 96 and be fixedly connected at the top of the loose joint portion 961, the clearing apparatus packet
The second slid chamber 92 of stretching, extension setting up and down is included, the second slippage slot 94 is equipped in the 92 right side inner wall of the second slid chamber, it is described
It is equipped with the second slipping block 941 for stretching setting to the left in second slippage slot 94, stretches tail portion on the left of second slipping block 941
It reaches in second slid chamber 92 and is slid with 92 inner left wall of the second slid chamber and is cooperatively connected, second slid chamber
It is equipped in 941 bottom surface of the second slipping block in 92 and cleans engine 9411,9411 bottoms of the cleaning engine are opposite
Second slid chamber, the 92 inner bottom wall break-through is equipped with slot 93, and the cleaning of stretching, extension setting upwards is connected in the slot 93
First 9413,9413 top of cleaning head is cooperatively connected with the 9411 bottom end power of cleaning engine, the compression set
Power device, the host 9 above the power device are connected in the host 9 between the clearing apparatus
The interior locked instrument being equipped with to lock and connect with the compression set and the clearing apparatus rotation, 9 top surface of host are left
The right side is symmetrically arranged with the hack lever 71 stretched in the longitudinal direction, and supporter 7, the glove are fixedly installed between the hack lever 71
It is from left to right sequentially arranged in parallel with three object placement nets 72 in frame 7, is provided with manipulation device on the cleaning engine 9411.
Valuably, the power device includes the first engine 90 being fixed in the host 9, and described first is dynamic
It is symmetrically arranged with transmission cavity 901 in the host 9 of about 90 two sides of power machine, is respectively equipped in transmission cavity 901 described in upper and lower two sides
The first tapered wheel 902 being cooperatively connected with about the 90 two sides tail portion of the first engine, the institute in the transmission cavity 901 of upside
The first 902 left side tops of tapered wheel are stated to agree with the described first 902 bottom right sides of tapered wheel in the transmission cavity 901 of downside
It is connected with the second tapered wheel 903, turn in the host 9 between the upside transmission cavity 901 and first slid chamber 91
It is connected with the first spin axis 905 of left and right stretching, extension setting, between the downside transmission cavity 901 and second slid chamber 92
Turn is connected with the second spin axis 904 of left and right stretching, extension setting in the host 9, stretches tail on the left of first spin axis 905
Portion reaches in first slid chamber 91 and tail portion is fixedly installed the first raised wheel 913, and first raised wheel 913 is located at institute
It states in first slid chamber 91 of 971 lower section of the first slipping block and 913 outer surface of the first raised wheel and described first is slided
971 basal slip of block is moved to be cooperatively connected, on the right side of first spin axis 905 stretching, extension tail portion reach in the transmission cavity 901 of upside and
Tail portion is fixedly connected with the described first 902 left-hand ends of tapered wheel in the transmission cavity 901 of upside, and second spin axis 904 is left
Side stretching, extension tail portion reaches the described second tapered wheel in the transmission cavity 901 of downside and in tail portion and the downside transmission cavity 901
903 right-hand ends are fixedly connected, and stretching, extension tail portion reaches in second slid chamber 92 on the right side of second spin axis 904 and tail portion is fixed
It is provided with the second raised wheel 921, second raised wheel 921 is located at second sliding of 941 lower section of the second slipping block
In chamber 92 and outer surface and 941 basal slip of the second slipping block are cooperatively connected, and voluntarily manipulate on compression set to realize
Lower lifting carries out compression work, meanwhile, realize that voluntarily manipulation clearing apparatus oscilaltion carries out cleaning works, to improve reparation
Working efficiency.
Valuably, sliding is connected with stretching, extension up and down in first slipping block 971 in first slippage slot 97
First be arranged, which is led, moves bar 972, and described first leads shifting about 972 two sides of bar stretching, extension tail portion respectively and on first slippage slot 97
Lower inner wall is fixedly connected, and is equipped with the first spring part 911 in first slid chamber 91 at 971 top of the first slipping block, described
The first locking hole 9711, second slipping block 941 in second slippage slot 94 are equipped in first slipping block, 971 right side
It is interior sliding be connected with up and down stretching, extension setting second lead move bar 942, described second lead move about 942 two sides of bar stretches tail portion
It is fixedly connected respectively with about 94 inner wall of the second slippage slot, second slid chamber at 941 top of the second slipping block
It is equipped with the second spring part 922 in 92, the second locking hole 9412 is equipped in 941 left side of the second slipping block, to improve compression
The stability of device oscilaltion and clearing apparatus oscilaltion sliding, the work quality for improving compression and cleaning.
Valuably, the locked instrument includes that leading for upper and lower stretching, extension setting moves slot 98, and described lead moves turn cooperation in slot 98
It is connected with the spiral shell type bar 985 of left and right stretching, extension setting, stretching, extension tail portion and the cooperation of the second engine 984 connect on the left of the spiral shell type bar 985
It connects, 984 outer surface of the second engine setting moves in 98 inner left wall of slot and secure fit connects, the spiral shell type in described lead
Tail portion is stretched on the right side of bar 985 and described lead moves 98 right side inner wall turn of slot mating connection, and described lead moves sliding cooperation company in slot 98
It is connected to stretching, extension setting up and down and leads shifting block 981 with what the 985 spiral shell type line of spiral shell type bar was cooperatively connected, described lead moves 981 top of block
Stretching, extension tail portion is fixedly installed the first locking lever 983 for stretching setting to the left, and the 983 left side stretch section of the first locking lever is worn
Lead to first slid chamber 91 and the host 9 led between shifting slot 98, and first locking lever, 983 left side stretch section
Slide and be cooperatively connected with the host 9, it is described lead to move 981 bottom of block stretching, extension tail portion and be fixedly installed stretch the of setting to the right
Two locking levers 982, the second slid chamber 92 described in the 982 right side stretch section break-through of the second locking lever and described lead are moved between slot 98
The host 9, and second locking lever, 982 right side stretch section and the host 9 sliding be cooperatively connected, pass through locked instrument
The rotation locking work of compression set and clearing apparatus is manipulated, thus realize the autonomous working needs for meeting compression and cleaning,
Equipment investment is reduced, maintenance cost is reduced.
Valuably, stretching, extension tail portion on the right side of tail portion and the second locking lever 982 is stretched on the left of first locking lever 983 to be equipped with
Angled end-face.
Valuably, the manipulation device includes being fixed at first executor for cleaning 9411 left side of engine
9011 and it is fixed at second executor 9012 for cleaning 9411 right side of engine, first executor 9011 is used
In manipulating the revolving speed for cleaning engine 9411, second executor 9012 is used to manipulate the cleaning engine 9411
It turns to.
When original state, lead move block 981 slide onto lead move slot 98 in left-most position when, at this point, lead move block 981 drive
The angled end-face of first locking lever, 983 left side tail portion fully extends in the first locking hole 9711, meanwhile, it leads and moves the drive of block 981 second
Angled end-face on 982 right side tail portion of locking lever is utmostly far from the second slid chamber 92, at this point, the first slipping block 971 is maximum
Degree overcomes the pressure on top surface of the first spring part 911, and the first slipping block 971 in the first slippage slot 97 is made utmostly to slide onto first
Top position in slippage slot 97, meanwhile, make 971 bottom surface of the first slipping block utmostly far from the first slid chamber 91
One raised wheel 913, at this point, the first slipping block 971 drives 912 top section of compression bar utmostly to reach in the first slid chamber 91, together
When, drive the loose joint portion 961 of bottom to fully extend in the second holding tank 96 by compression bar 912, at this point, driving bottom by loose joint portion 961
The compression blocks 951 in portion are slid completely into the first holding tank 95, meanwhile, 921 outer surface of the second raised wheel in the second slid chamber 92
Utmostly far from the 904 directly on top position in axial line side of the second spin axis, meanwhile, make 921 outer surface of the second raised wheel most
Big degree is abutted against far from 904 axial line side of the second spin axis and 941 bottom tail portion of the second slipping block, at this point, the second slipping block
The angled end-face of 982 right side tail portion of the second locking hole 9412 and the second locking lever in 941 left sides is in relative status.
When needing to clean ground refuse, the first 902 turns of tapered wheel of upper and lower two sides are driven by the first engine 90,
And then drive the second 903 turns of tapered wheel of two sides up and down respectively by the first tapered wheel 902 of upper and lower two sides, at this point, by upside
The second tapered wheel 903 drive the first raised wheel 913 idle running of the first spin axis 905 and 905 left side tail portion of the first spin axis, together
When, it is revolved by second tapered 903 the second spin axis 904 of drive of wheel and 904 the second raised wheel of right side tail portion 921 of the second spin axis of downside
Dynamic, the pressure on top surface by the second slipping block 941 by the second spring part 922 drives second when to realizing the second 921 turn of raised wheel
The back and forth lifting sliding of slipping block 941, completes lifting cleaning works；
When needing compressed garbage, make 921 outer surface of the second raised wheel in the second slid chamber 92 utmostly remote first
From the 904 directly on top position in axial line side of the second spin axis, at this point, keeping 921 outer surface of the second raised wheel utmostly separate
Second spin axis, 904 axial line side is abutted against with 941 bottom tail portion of the second slipping block, at this point, in 941 left side of the second slipping block
The angled end-face of 982 right side tail portion of the second locking hole 9412 and the second locking lever be in relative status, then, pass through the second power
Machine 984 drives 985 turn of spiral shell type bar, leads shifting block 981 by the drive of spiral shell type bar 985 and slides onto the right-most position led and moved in slot 98,
It is fixed at the utmostly side slip to the right of the second locking lever of bottom 982 at this point, leading and moving the drive of block 981, makes the second locking lever
The angled end-face on 982 right sides tail portion is fully inserted into the second locking hole 9412, meanwhile, so that angled end-face is driven the second slipping block 941 most
Big degree overcomes 922 pressure on top surface of the second spring part to slide upwards, at this point, keeping the second slipping block 941 in the second slippage slot 94 maximum
Degree slides onto the top position in the second slippage slot 94, meanwhile, make 941 bottom surface of the second slipping block utmostly far from second
In the second raised wheel 921 in slid chamber 92, the first locking lever 983 at the top of being fixed at is driven most at this point, leading and moving block 981
Big degree moves to the right, meanwhile, make the angled end-face of 983 right side tail portion of the first locking lever completely away from the first slid chamber 91,
At this point, the first slipping block 971 is made outside 971 bottom surface of the first slipping block and the first raised wheel 913 by 911 pressure on top surface of the first spring part
Surface abuts against, and then, the first 902 turns of tapered wheel of upper and lower two sides is driven by the first engine 90, and then by upper and lower two
The tapered wheel 902 of the first of side drives the second 903 turns of tapered wheel of two sides up and down respectively, at this point, by the second tapered wheel of upside
903 drive 913 turn of the first raised wheel of the first spin axis 905 and 905 left side tail portion of the first spin axis, and then realize the first convex
It takes turns 913 turns and the press of the first spring part 911 takes, realize the past polyslip of the first slipping block 971, complete by the first slipping block
971 drive compression bar 912 and the progress of the compression blocks 951 of 912 bottom of compression bar voluntarily compression work, meanwhile, by the second cone of downside
Type wheel 903 drives the second spin axis 904 and the idle running of 904 the second raised wheel of right side tail portion 921 of the second spin axis.
The beneficial effects of the present invention are: the present invention reached in the second slid chamber by stretching, extension tail portion on the left of the second slipping block and
It slides and is cooperatively connected with the second slid chamber inner left wall, set cleaning engine in the second slipping block bottom surface in the second slid chamber,
It cleans the second opposite slid chamber inner bottom wall break-through of power motor spindle and sets slot, be cooperatively connected the clear of stretching, extension setting upwards in slot
Head is swept, is cooperatively connected at the top of cleaning head with cleaning engine bottom end power, in the host between compression set and clearing apparatus
Mating connection power device is set in the host above power device to lock and connect with compression set and clearing apparatus rotation
Locked instrument improves working efficiency to realize the rotation work of voluntarily manipulation rotation compression and cleaning, and a tractor serves several purposes subtracts
Few equipment purchase cost, while reducing maintenance cost.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection scope should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of solid refuse processing unit, including shell and it is fixedly mounted on the intracorporal host of shell, it is characterised in that: host
Interior to be equipped with compression set and clearing apparatus, compression set includes the first holding tank being arranged in host left side bottom surface, and first holds
Slot of receiving is interior to be equipped with compression blocks, the second holding tank is equipped in the first holding tank inner roof wall, the second holding tank is interior equipped with bottom and compression
The loose joint portion being fixedly connected at the top of block, is equipped with the first slid chamber in the host above the second holding tank, on the left of the first slid chamber in
It is equipped with the first slippage slot in wall, is slid in the first slippage slot and is connected with the first slipping block for stretching setting to the right, first
Stretching, extension tail portion reaches in the first slid chamber and is cooperatively connected with wall slip in the first slid chamber right side on the right side of slipping block, the first sliding
Block bottom tail portion is fixedly installed the compression bar for stretching down setting, and stretch section break-through the first slid chamber in compression bar bottom is accommodated with second
Host between slot, and compression bar bottom stretch section and host sliding are cooperatively connected, compression bar bottom stretching, extension tail portion reaches the second receiving
It is fixedly connected in slot and with loose joint portion top, clearing apparatus includes the second slid chamber of upper and lower stretching, extension setting, and the second slid chamber is right
It is equipped with the second slippage slot in the inner wall of side, is equipped with the second slipping block for stretching setting to the left, the second slipping block in the second slippage slot
Left side stretching, extension tail portion, which reaches in the second slid chamber and slides with the second slid chamber inner left wall, to be cooperatively connected, in the second slid chamber
It is equipped in second slipping block bottom surface and cleans engine, cleaned the second opposite slid chamber inner bottom wall break-through of power motor spindle and be equipped with slot
Hole, is connected with the cleaning head of stretching, extension setting upwards in slot, at the top of cleaning head with clean the cooperation of engine bottom end power
It connects, is connected with power device in the host between compression set and clearing apparatus, is set in the host above power device
There is the locked instrument to lock and connect with compression set and clearing apparatus rotation, host top surface is symmetrically set in front and back
The hack lever stretched on direction is fixedly installed supporter between hack lever, is from left to right sequentially arranged in parallel with three in supporter
Object placement net cleans and is provided with manipulation device on engine.
2. a kind of solid refuse processing unit according to claim 1, it is characterised in that: the power device includes fixing
The first engine in the host is set, is symmetrically arranged with transmission in the host of two sides above and below first engine
Chamber, be respectively equipped in transmission cavity described in upper and lower two sides be cooperatively connected with two sides tail portion above and below first engine it is first tapered
It takes turns, the described first tapered wheel in the tapered wheel left side top of described first in the transmission cavity of upside and the downside transmission cavity
Bottom right side, which is connected, the second tapered wheel, in the host between the upside transmission cavity and first slid chamber
Turn is connected with the first spin axis of left and right stretching, extension setting, described between the downside transmission cavity and second slid chamber
Turn is connected with the second spin axis of left and right stretching, extension setting in host, and stretching, extension tail portion reaches described the on the left of first spin axis
In one slid chamber and tail portion is fixedly installed the first raised wheel, and first raised wheel is located at the institute below first slipping block
It states in the first slid chamber and the first convex wheel outer surface and the first slipping block basal slip is cooperatively connected, described first
Stretching, extension tail portion reaches the described first tapered wheel in the transmission cavity of upside and in tail portion and the upside transmission cavity on the right side of spin axis
Left-hand end is fixedly connected, and stretching, extension tail portion reaches in the transmission cavity of downside and tail portion and the downside biography on the left of second spin axis
The tapered wheel right-hand end of intracavitary described second is sent to be fixedly connected, stretching, extension tail portion reaches second sliding on the right side of second spin axis
Intracavitary and tail portion is fixedly installed the second raised wheel, and second raised wheel is located at described second below second slipping block
In slid chamber and outer surface and the second slipping block basal slip are cooperatively connected.
3. a kind of solid refuse processing unit according to claim 2, it is characterised in that: the institute in first slippage slot
It states sliding in the first slipping block and is connected with the first of stretching, extension setting up and down and lead shifting bar, described first leads and move bar and stretches two sides up and down
Exhibition tail portion is fixedly connected with inner wall above and below first slippage slot respectively, first slid chamber at the top of first slipping block
It is inside equipped with the first spring part, the first locking hole is equipped in first slipping block right side, described the in second slippage slot
The interior sliding of two slipping blocks is connected with the second of stretching, extension setting up and down and leads shifting bar, and described second leads shifting bar two sides stretching, extension tail up and down
Portion is fixedly connected with inner wall above and below second slippage slot respectively, is set in second slid chamber at the top of second slipping block
There is the second spring part, is equipped with the second locking hole in second slipping block left side.
4. a kind of solid refuse processing unit according to claim 1, it is characterised in that: the locked instrument includes up and down
Shifting slot is led in stretching, extension setting, and described lead moves the spiral shell type bar that turn in slot is connected with left and right stretching, extension setting, and the spiral shell type bar is left
Tail portion is stretched in side and the second engine is cooperatively connected, and the setting of second engine outer surface moves in slot inner left wall in described lead
And secure fit connects, spiral shell type bar right side stretching, extension tail portion and described lead move inner wall turn mating connection on the right side of slot, described to lead
Sliding in slot is moved to be connected with stretching, extension setting up and down and lead shifting block with what the spiral shell type bar spiral shell type line was cooperatively connected, it is described to lead shifting
Stretching, extension tail portion is fixedly installed the first locking lever for stretching setting to the left at the top of block, and stretch section is worn on the left of first locking lever
Lead to first slid chamber and the host led between shifting slot, and stretch section and the master on the left of first locking lever
Machine sliding is cooperatively connected, and the shifting block bottom stretching, extension tail portion of leading is fixedly installed the second locking lever for stretching setting to the right, institute
State the second slid chamber described in stretch section break-through and the host led between shifting slot on the right side of the second locking lever, and described second
Stretch section and host sliding are cooperatively connected on the right side of locking lever.
5. a kind of solid refuse processing unit according to claim 4, it is characterised in that: stretched on the left of first locking lever
Stretching, extension tail portion is equipped with angled end-face on the right side of exhibition tail portion and the second locking lever.
6. a kind of solid refuse processing unit according to claim 1, it is characterised in that: the manipulation device includes fixing
First executor for cleaning engine left side is set and is fixed at the second of the cleaning engine right side
Executor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710862001.0A CN107856340B (en) | 2017-09-21 | 2017-09-21 | A kind of solid refuse processing unit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710862001.0A CN107856340B (en) | 2017-09-21 | 2017-09-21 | A kind of solid refuse processing unit |
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| Publication Number | Publication Date |
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| CN107856340A CN107856340A (en) | 2018-03-30 |
| CN107856340B true CN107856340B (en) | 2019-04-30 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202685347U (en) * | 2012-06-15 | 2013-01-23 | 苏州工业职业技术学院 | Portable garbage compressor for bottles and cans |
| EP3032369A2 (en) * | 2014-12-11 | 2016-06-15 | Xiaomi Inc. | Methods for clearing garbage and devices for the same |
| CN107021311A (en) * | 2017-06-22 | 2017-08-08 | 中国医学科学院北京协和医院 | A kind of Novel medical dustbin |
-
2017
- 2017-09-21 CN CN201710862001.0A patent/CN107856340B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN202685347U (en) * | 2012-06-15 | 2013-01-23 | 苏州工业职业技术学院 | Portable garbage compressor for bottles and cans |
| EP3032369A2 (en) * | 2014-12-11 | 2016-06-15 | Xiaomi Inc. | Methods for clearing garbage and devices for the same |
| CN107021311A (en) * | 2017-06-22 | 2017-08-08 | 中国医学科学院北京协和医院 | A kind of Novel medical dustbin |
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| CN107856340A (en) | 2018-03-30 |
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Effective date of registration: 20190403 Address after: 213300 Peiji Town, Shangxing Town, Liyang City, Changzhou City, Jiangsu Province Applicant after: Liyang Tianshan India Cements Limited Address before: 324000 Zhejiang Quzhou City, Kecheng City, Nine Building and Two Floors of Hangbu Town, Hangbu Industrial Park Applicant before: Huang Hongshan |
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