CN206297998U - Automation garbage collection system - Google Patents
Automation garbage collection system Download PDFInfo
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- CN206297998U CN206297998U CN201621425041.6U CN201621425041U CN206297998U CN 206297998 U CN206297998 U CN 206297998U CN 201621425041 U CN201621425041 U CN 201621425041U CN 206297998 U CN206297998 U CN 206297998U
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Abstract
The utility model is related to automate garbage collection system,Including control centre,Air force aspirates car and two or more refuse collector,Car aspirates with air force respectively in control centre and refuse collector communication is connected,Refuse collector includes rubbish storage mechanism and three rubbish throwing mechanisms,Three rubbish throwing mechanisms are respectively used to deliver and convey recyclable rubbish,Not recyclable rubbish and other rubbish to be determined,Rubbish storage mechanism top is provided with three storage silos of connection corresponding with three rubbish throwing mechanisms respectively,Rubbish storage mechanism bottom is provided with the transitional storehouse for being connected with three storage silos respectively,Broken bag mechanism is provided with transitional storehouse,Rubbish storage actuator base is provided with auger mechanism,Air force suction car has collecting bin,Vaccum-pumping equipment and deodorizing device,Collecting bin is connected by aspirating pipe network with the auger mechanism of each refuse collector,Air force is aspirated car and rubbish is aspirated into transfer by forming negative pressure in suction pipe network.
Description
Technical field
The utility model is related to technical field of garbage collection, more particularly to automation garbage collection system.
Background technology
Traditional Man collect rubbish method be：A dustbin is put at the escalator or corridor of every floor
For resident's garbage throwing, rubbish is temporarily stored within this dustbin until sanitationman comes to walk garbage collecting and transferring；At some
Old town or street, also have plenty of using refuse cart or bulky refuse bucket come load garbage, and it not only causes surrounding to distribute
Dense stink, severe contamination ambient air, and sanitationman is also needed to again by refuse collection to together and transporting to
Rubbish focuses on center.The method that these Traditional Mans collect rubbish not only takes time and effort, and also creates the two of rubbish
Secondary pollution.
Regarding to the issue above, Chinese invention patent discloses a kind of vacuum tube garbage collecting of Patent No. CN1847110A
Fortune system, its system architecture mainly includes three parts：By rubbish feeding door, indoor refuse pipeline, indoor refuse buffer group
Into indoor refuse collect part, the outdoor rubbish being made up of outdoor rubbish feeding door, outdoor waste pipe, outdoor rubbish buffer
Rubbish collect part, by refuse collection separator, centrifugal blower, trash compactor, rubbish van, deodorant dedusting deodorize device,
The central waste collection station part of central control room composition；Although the system has overturned traditional waste collection ways and means,
So that entirely receiving fortune process without human contact, totally-enclosed, the automatically collecting of rubbish are realized, meet ecological requirements, but should
System there is problems：
First, the system easily produces catching phenomenon：When house refuse puts into from rubbish feeding door and drops down onto rubbish buffer
When, large volume, length that discarded bottle, basin, bowl, shovel, spoon etc. are unfavorable for pipeline are inevitably mingled with rubbish
Size debris, because the rubbish register capacity of the system is smaller, and are not provided with that rubbish can be carried out to be broken into fritter
Mechanism, those debris are easy to clamping stagnation in rubbish buffer or waste pipe etc., so that system card blocks plug, garbage pipe
The problems such as road vacuum effectiveness difference, and then cause the system cannot normal work.
2nd, the system does not carry out refuse classification：Be not provided with can putting on by classification rubbish due to the system design,
The mechanism of categorised collection, so as to cause the people in use often will such as rubbish from cooking, building waste, house refuse
It is thoroughly mixed and pours into a rubbish feeding door etc. different types of rubbish, refuse classification dispensing, and rubbish is not carried out
Buffer be also provided with can to rubbish carry out classify storage mechanism so that the discarded object that can be recycled in rubbish be difficult by
Secondary recovery is utilized, and causes the waste of resource.
3rd, the system cost is high, and cost performance is low：For small scale, fragmentary scattered cell, it is not only using the system
The underground garbage pipe network tube side cost that improves long coupled between each cell is high, and also needs to build central waste collection
Stand, land occupation resource is big, and cost performance is low, it is impossible to meet the market demand.
The content of the invention
The purpose of this utility model is in view of the shortcomings of the prior art, there is provided a kind of reasonable in design, simple operation, operation
Unobstructed efficient, automatic intelligent degree is high, widely used automation garbage collection system.
To achieve the above object, the utility model uses following technical scheme：
Automation garbage collection system, it includes that a control centre, air force suction car and two or more rubbish are received
Acquisition means, car aspirates with air force respectively in the control centre and refuse collector communication is connected, for controlling air to move
Power aspirates car and refuse collector carries out operation, and the refuse collector includes that a rubbish storage mechanism and three rubbish are thrown
Laying mechanism, located at rubbish storage mechanism top, three rubbish throwing mechanisms are respectively used to throw three rubbish throwing mechanisms
Recyclable rubbish, non-recyclable rubbish and other rubbish to be determined are put and convey, rubbish storage mechanism top is provided with
Three storage silos of connection corresponding with three rubbish throwing mechanisms respectively, rubbish storage mechanism bottom be provided with respectively with three storages
The transitional storehouse of storehouse connection, is provided with the broken bag mechanism for crushing Bulky Waste and refuse bag in the transitional storehouse, the rubbish is deposited
Storage actuator base is provided with the auger mechanism that rubbish in conveying transitional storehouse is promoted for stirring；The air force suction car tool
Have for collecting the collecting bin of storage rubbish, for the vaccum-pumping equipment that is vacuumized to collecting bin and for collecting bin
The exhaust of interior rubbish carries out dedusting and deodorizes the deodorizing device for the treatment of, and collecting bin is filled by the suction pipe network laid with each refuse collection
The auger mechanism discharging opening connection put, air force suction car negative pressure needed for by being formed in suction pipe network with incite somebody to action
Rubbish suction is transferred in collecting bin in refuse collector.
Further, the suction pipe network is provided with for controlling garbage emission near one end of auger mechanism discharging opening
Pipeline valve.
Further, the rubbish storage mechanism is included in closed bucket-shaped storage bucket, the storage bucket by dividing plate point
Three storage silos and a transitional storehouse are divided into, breather pipe and gas sensor are provided with transitional storehouse, the breather pipe is used to connect
Storage bucket and ambient atmosphere, the gas sensor are used to monitor the content of flammable explosive gas in storage bucket.
The transitional storehouse is connected by communicating valve with three storage silos respectively.
Rubbish storage mechanism of the present utility model uses above technical scheme, three designs of storage silo to be easy to rubbish point
Class is stored；The design of transitional storehouse so that rubbish can be broken into fritter by broken bag mechanism；The design of breather pipe so that air is moved
Power is aspirated car negative pressure needed for by being formed in suction pipe network and is transferred to air force so that rubbish in auger mechanism to be aspirated
During suction in-car, supplement air can be carried out to storage bucket inside, it is ensured that there is certain suction air in suction pipe network
Speed so that rubbish is at being moved under suspended state, so as to reduce the frictional resistance of rubbish and suction pipe network inwall,
Improve pumping efficiency；The design of gas sensor, enabling flammable explosive gas in real-time monitoring storage bucket（Methane）'s
Content, and relevant information is passed into control centre in time, control centre is analyzed judgement, when inflammable and explosive gas in storage bucket
When body reaches default content, alarm signal is sent by the alarm mechanism of peripheral hardware in time, and the ventilation being provided with using breather pipe etc.
Mechanism is divulged information in time to storage bucket, to reduce risk of explosion.
Further, three rubbish throwing mechanisms include delivering passage, and the dispensing passage is provided with several rubbish
Rubbish dispensing port, is equipped with the rubbish for closing corresponding garbage throw-in port and delivers door and for intelligent control at each garbage throw-in port
Rubbish processed delivers the induction chip that door is opened and closed.
Preferably, the induction chip is IC induction chips or RFID induction chips.
Further, level transducer or weight sensing are equipped with the dispensing passage of three rubbish throwing mechanisms
Device, level transducer is used to sense the volume and length for delivering rubbish in passage, and weight sensor is used to sense to be delivered in passage
The weight of rubbish.
Further, the dispensing channel bottom of three rubbish throwing mechanisms is connected with respective stored storehouse inside.
Rubbish throwing mechanism of the present utility model uses above technical scheme, and delivering passage can be vertically arranged in building
Interior, several garbage throw-in ports are distributed in each floor in building, and delivering passage can also be arranged on outside building, and rubbish is delivered
Mouth is arranged on the dispensing passage near end for being easy to garbage throwing；Rubbish delivers the design of door, and garbage throw-in port can be sealed
Close, it is to avoid deliver waste odours diffusion couple surrounding enviroment in passage and produce secondary pollution；The design of induction chip, enabling logical
The keying that control rubbish of swiping the card delivers door is crossed, the drive mechanism for driving rubbish to deliver door keying can be pneumatic, it is also possible to
It is electronic, can also be manual；The design of level transducer or weight sensor, enabling rubbish is detected by sensor
Volume, length or weight, and relevant information is passed into control centre in time, control centre starts broken bag mechanism to rubbish
Carry out break process.
Further, the broken bag mechanism include first driver and at least one rotary shaft, the first driver with turn
Moving axis is connected to drive rotary shaft to rotate, and several bag breaking cutters are evenly equipped with rotary shaft.
Further, the auger mechanism includes the helicla flute of variable cross-section product, and the helicla flute top is provided with confession
The charging aperture that rubbish enters in helicla flute in transitional storehouse, the helicla flute end face is provided with the discharging opening for extending storage bucket, goes out
Material mouth is aspirated car and is connected by aspirating pipe network and air force, the interior spiral at least provided with a variable-diameter variable-pitch of the helicla flute
Blade, helical blade is rotated by the second driver drives sends out discharging opening with by rubbish stirring in helicla flute.
Preferably, the pitch of the diameter of the cross-sectional area of the helicla flute, helical blade and helical blade is from spiral shell
The spin slot other end to helicla flute one end is gradually reduced.
The utility model uses above technical scheme, and each refuse collector, can be according to cell as a unit
Size, park, the multiple units of public domain arrangement, are connected between multiple units by aspirating pipe network, and rubbish is aspirated every time all only
Open a refuse collector to be pumped and its corresponding pipeline valve；Three rubbish throwing mechanisms and three storage silos set
Meter so that the system can be according to recyclable rubbish, non-recyclable rubbish and other refuse classification modes to be determined to rubbish
Storage is put on by classification and classified to rubbish, and the discarded object in order to be recycled in rubbish is recycled again, optimization
System resource configuration, improves resource utilization, reduces energy consumption and cost；The design of auger mechanism, can
Extrusion shearing is carried out to the in-house rubbish of rubbish storage and is delivered to discharge outlet, so that air force aspirates car in control centre
Control under by aspirate pipe network aspirate rubbish to air force aspirate it is in-car, with the existing rubbish for being not provided with auger mechanism
Rubbish auto-collection system is compared, and suction power consumption is few, and effect is good, efficiency high；The design of broken bag mechanism, can be by rubbish storage
In-house Bulky Waste and refuse bag are broken into fritter rubbish, can not only avoid rubbish its flow channel is caused clamping stagnation with
Block, improve the patency and normality of system operation, and the actual rubbish storage amount of refuse collector can be improved, carry
Refuse collection efficiency high, facilitates views with pipe with small pipe diameter conveying, greatly reduces suction tube net laying and is set as this；Air force aspirates car
Design, instead of traditional central waste collection station, and be signal rows that are portable, being sent according to control centre
Sail to scene, collecting bin and suction pipe network are vacuumized using vaccum-pumping equipment, form negative in collecting bin and suction pipe network
Pressure carries out dedusting and deodorizes treatment using deodorizing device to aspirate in rubbish to collecting bin to rubbish exhaust in collecting bin, makes
It meets energy-conserving and environment-protective requirement；Because air force aspirates car only one of which collecting bin, thus when transhipment rubbish is collected, each
Air force suction car all only carries out suction every time and is transferred to collection to a kind of rubbish of same type in each refuse collector
In storehouse, collect a type of rubbish and just transported and left, then change another air force suction car with empty collecting bin
Another type of rubbish is collected, so circulation, aspirating car point time transhipment by many air forces completes to different type
The collection transhipment work of rubbish.The utility model is reasonable in design, and intellectually and automatically degree is high, simple operation, system operation
Unobstructed efficiently closure, explosion-proof, security are good, the function with refuse classification dispensing, classification storage, to large, medium and small rule
The garbage collection system of mould is applicable, is particularly suited for small scale, the fragmentary scattered cell of distribution, it is possible to reduce aspirate underground
The laying of pipe network, it is cost-effective.
Brief description of the drawings
The utility model is further elaborated in conjunction with accompanying drawing：
Fig. 1 is the structural representation that the utility model automates garbage collection system；
Fig. 2 is the structural representation of the utility model refuse collector.
Specific embodiment
As shown in Figure 1 or 2, automation garbage collection system of the present utility model, it includes a control centre（In figure not
Show）, an air force suction car 1 and two or more refuse collector 2, the control centre respectively with air force aspirate
Car 1 and the communication connection of refuse collector 2, operation, institute are carried out for controlling air force to aspirate car 1 and refuse collector 2
Stating refuse collector 2 includes a rubbish storage mechanism 3 and three rubbish throwing mechanisms 4, and three rubbish throwing mechanisms 4 are equal
Located at the top of rubbish storage mechanism 3, three rubbish throwing mechanisms 4 are respectively used to deliver and convey recyclable rubbish, not recyclable
Rubbish and other rubbish to be determined, the top of rubbish storage mechanism 3 are provided with corresponding with three rubbish throwing mechanisms 4 respectively
Three storage silos 33 of connection, the bottom of rubbish storage mechanism 3 is provided with the transitional storehouse 35 for being connected with three storage silos 33 respectively, described
The broken bag mechanism 7 for crushing Bulky Waste and refuse bag is provided with transitional storehouse 35, the bottom of rubbish storage mechanism 3 is provided with use
The auger mechanism 5 of rubbish in conveying transitional storehouse 35 is promoted in stirring；The air force suction car 1 has to be deposited for collection
Store up the collecting bin 11 of rubbish, for the vaccum-pumping equipment 12 that is vacuumized to collecting bin 11 and for rubbish in collecting bin 11
Rubbish exhaust carries out dedusting and deodorizes the deodorizing device 13 for the treatment of, and collecting bin 11 is by the suction pipe network 8 laid and each refuse collection
The auger mechanism discharging opening connection of device, the air force suction car 1 negative pressure needed for by being formed in suction pipe network 8
It is transferred in collecting bin 11 with by rubbish suction in refuse collector 2.
Further, the suction pipe network 8 is provided with for controlling garbage emission near one end of auger mechanism discharging opening
Pipeline valve 81.
The rubbish storage mechanism 3 includes passing through dividing plate in closed bucket-shaped storage bucket 31, the storage bucket 31（In figure
Do not mark）It is divided into three storage silos 33 and a transitional storehouse 35, transitional storehouse 35 and is provided with breather pipe 32 and gas sensor 34,
The breather pipe 32 is used to connect storage bucket 31 and ambient atmosphere, and the gas sensor 34 is inflammable in storage bucket 31 for monitoring
The content of explosion hazard gases.
The transitional storehouse 35 is connected by communicating valve 36 with three storage silos 33 respectively.
Rubbish storage mechanism 3 of the present utility model uses above technical scheme, three designs of storage silo 33 to be easy to rubbish
Classification storage；The design of transitional storehouse 35 so that rubbish can be broken into fritter by broken bag mechanism 7；The design of breather pipe 32 so that
Air force is aspirated the negative pressure needed for by being formed in suction pipe network 8 of car 1 and is transferred to so that rubbish in auger mechanism 5 is aspirated
During in air force suction car 1, can be to carrying out supplement air inside storage bucket 31, it is ensured that have in suction pipe network 8
Certain suction wind speed so that rubbish is at being moved under suspended state, so as to reduce rubbish and aspirate in pipe network 8
The frictional resistance of wall, improves pumping efficiency；The design of gas sensor 34, enabling inflammable in real-time monitoring storage bucket 31
Explosion hazard gases（Methane）Content, and relevant information is passed into control centre in time, control centre is analyzed judgement, when depositing
When flammable explosive gas reach default content in bucket 31, alarm signal is sent by the alarm mechanism of peripheral hardware in time, and utilize
The ventilating mechanism that breather pipe 32 etc. is provided with is divulged information in time to storage bucket 31, to reduce risk of explosion.
Three rubbish throwing mechanisms 4 include delivering passage 41, and the dispensing passage 41 is provided with several rubbish
Dispensing port 42, is equipped with the rubbish for closing corresponding garbage throw-in port 42 and delivers door 43 and be used at each garbage throw-in port 42
Based Intelligent Control rubbish delivers the induction chip 44 that door 43 is opened and closed.
The induction chip 44 is IC induction chips or RFID induction chips.
The bottom of dispensing passage 41 of three rubbish throwing mechanisms 4 connects with the inside of respective stored storehouse 33.
Rubbish sensor 46, the rubbish sensor are equipped with the dispensing passage 41 of three rubbish throwing mechanisms 4
46 is level transducer or weight sensor, and level transducer is used to sense the volume and length for delivering rubbish in passage 41,
Weight sensor is used to sense the weight for delivering rubbish in passage 41.
Rubbish throwing mechanism 4 of the present utility model uses above technical scheme, and delivering passage 41 can be vertically arranged in greatly
In building, several garbage throw-in ports 42 are distributed in each floor in building, and delivering passage 41 can also be arranged on outside building, rubbish
Rubbish dispensing port 42 is arranged on the near end of dispensing passage 41 for being easy to garbage throwing；Rubbish delivers the design of door 43, can be to rubbish
Dispensing port 42 is closed, it is to avoid is delivered waste odours diffusion couple surrounding enviroment in passage 41 and is produced secondary pollution；Induction chip
44 design, enabling the keying of door 43 is delivered by control rubbish of swiping the card, for driving rubbish to deliver the drive that door 43 is opened and closed
Motivation structure can be pneumatic, or electronic, can also be manual；The design of level transducer or weight sensor, makes
Obtaining can detect volume, length or the weight of rubbish by sensor, and relevant information is passed into control centre in time, control
The size of center analysis rubbish processed and judging whether needs to start broken bag mechanism 7 and carries out break process to rubbish.
The broken bag mechanism 7 includes first driver 71 and at least one rotary shaft, the first driver 71 and rotation
Axle 72 is connected to drive rotary shaft 72 to rotate, and several bag breaking cutters 73 are evenly equipped with rotary shaft 72.
The auger mechanism 5 includes the helicla flute 51 of variable cross-section product, and the top of the helicla flute 51 is provided with and supplied
The charging aperture 54 that rubbish enters in helicla flute 51 in storehouse 35 is crossed, the end face of the helicla flute 51 is provided with and extends going out for storage bucket 31
Material mouth 55, discharging opening 55 aspirates car 1 and connects by aspirating pipe network 8 and air force, at least provided with a change in the helicla flute 51
The helical blade 52 of diameter variable-pitch, helical blade 52 drives rotation with by rubbish stirring in helicla flute 51 by the second driver 53
Send out discharging opening 55.
The pitch of the cross-sectional area, the diameter of helical blade 52 and helical blade 52 of the helicla flute 51 is from helicla flute
51 other ends to one end of helicla flute 51 is gradually reduced.
The utility model uses above technical scheme, and each refuse collector 2, can be according to cell as a unit
Size, park, the multiple units of public domain arrangement, are connected between multiple units by aspirating pipe network 8, and rubbish is aspirated every time all only
Open a refuse collector to be pumped 2 and its corresponding pipeline valve 81；Three rubbish throwing mechanisms 4 and three storage silos
33 design so that the automation garbage collection system can be according to recyclable rubbish, non-recyclable rubbish and to be determined
Other refuse classification modes rubbish is put on by classification with storage of being classified, in order to the discarded object that can be recycled in rubbish
Recycled again, optimized system resource configuration, improve resource utilization, reduced energy consumption and cost；Auger
The design of mechanism 5, can be stirred, scarifying to the rubbish in rubbish storage mechanism 3, and more loose rubbish is defeated
Deliver at discharging opening 55, aspirate car 1 so as to air force and aspirate rubbish to sky by aspirating pipe network 8 under the control of control centre
In aerodynamic force suction car 1, compared with the existing automatic garbage-collecting system for being not provided with auger mechanism 5, suction power consumption is few,
Effect is good, efficiency high；The design of broken bag mechanism 7, can crush the Bulky Waste in rubbish storage mechanism 3 and refuse bag
Into fritter rubbish, can not only avoid rubbish its flow channel is caused clamping stagnation with block, improve system operation patency and
Normality, and the actual rubbish storage amount of refuse collector 2 can be improved, refuse collection efficiency is improved, facilitate views with
Pipe with small pipe diameter is conveyed, and greatly reduces suction pipe network cost；Air force aspirates the design of car 1, instead of traditional central waste
Gathering station, and be portable, the signal that can be sent according to control centre is travelled to scene, using vaccum-pumping equipment 12 pairs
Collecting bin 11 and suction pipe network 8 are vacuumized, and form negative pressure in collecting bin 11 and suction pipe network 8 extremely collects to aspirate rubbish
In storehouse 11, and dedusting is carried out to rubbish exhaust in collecting bin 11 using deodorizing device 13 deodorize treatment, it is met energy-conserving and environment-protective
It is required that；Because air force aspirates the only one of which collecting bin 11 of car 1, thus when transhipment rubbish is collected, each air force is taken out
Suction car 1 all only carries out suction every time and is transferred in collecting bin 11 to a kind of rubbish of same type in each refuse collector 2, receives
A type of rubbish is collected and has just transported and left, then changed another air force suction car 1 with empty collecting bin 11 and collect
Another type of rubbish, so circulation, aspirate car point time transhipment and complete to different type rubbish by many air forces
Collection transhipment work.
Above description should not have any restriction to protection domain of the present utility model.
Claims (9)
1. garbage collection system is automated, it is characterised in that：It include a control centre, an air force suction car and two with
Upper refuse collector, car aspirates with air force respectively in the control centre and refuse collector communication is connected, for controlling
Air force suction car processed and refuse collector carry out operation；The refuse collector includes a rubbish storage mechanism and three
Individual rubbish throwing mechanism, three rubbish throwing mechanisms are located at rubbish storage mechanism top, three rubbish throwing mechanisms point
Recyclable rubbish, non-recyclable rubbish and other rubbish to be determined, the rubbish storage mechanism Yong Yu not be delivered and convey
Top is provided with three storage silos of connection corresponding with three rubbish throwing mechanisms respectively, rubbish storage mechanism bottom be provided with respectively with
Three transitional storehouses of storage silo connection, are provided with the broken bag mechanism for crushing Bulky Waste and refuse bag, institute in the transitional storehouse
State rubbish storage actuator base and be provided with the auger mechanism that rubbish in conveying transitional storehouse is promoted for stirring；The air force
Suction car has for collecting the collecting bin of storage rubbish, for the vaccum-pumping equipment that is vacuumized to collecting bin and is used for
Carry out dedusting to rubbish exhaust in collecting bin to deodorize the deodorizing device for the treatment of, collecting bin is by the suction pipe network and each rubbish laid
The auger mechanism discharging opening connection of rubbish collection device, the air force suction car in suction pipe network needed for by forming
Negative pressure is transferred in collecting bin with by rubbish suction in refuse collector.
2. automation garbage collection system according to claim 1, it is characterised in that：The rubbish storage mechanism includes envelope
Three storage silos and a transitional storehouse are divided into by dividing plate in the bucket-shaped storage bucket of enclosed, the storage bucket, are set in transitional storehouse
There are breather pipe and gas sensor, the breather pipe is used to connect storage bucket and ambient atmosphere, and the gas sensor is used to supervise
Survey the content of flammable explosive gas in storage bucket.
3. automation garbage collection system according to claim 1, it is characterised in that：The transitional storehouse is respectively by connection
Valve is connected with three storage silos.
4. automation garbage collection system according to claim 1, it is characterised in that：Three rubbish throwing mechanisms are equal
Including delivering passage, the dispensing passage is provided with several garbage throw-in ports, is equipped with for sealing at each garbage throw-in port
The rubbish for closing corresponding garbage throw-in port delivers door and delivers the induction chip that door is opened and closed for Based Intelligent Control rubbish.
5. automation garbage collection system according to claim 4, it is characterised in that：The induction chip is that IC senses core
Piece or RFID induction chips.
6. automation garbage collection system according to claim 1, it is characterised in that：Three rubbish throwing mechanisms
Deliver and level transducer or weight sensor are equipped with passage, level transducer is used to sense the body for delivering rubbish in passage
Product and length, weight sensor are used to sense the weight for delivering rubbish in passage.
7. automation garbage collection system according to claim 1, it is characterised in that：The broken bag mechanism includes one the
One driver and at least one rotary shaft, the first driver are connected to drive rotary shaft to rotate with rotary shaft, in rotary shaft
It is furnished with several bag breaking cutters.
8. automation garbage collection system according to claim 1, it is characterised in that：The auger mechanism includes one
The helicla flute of variable cross-section product, the helicla flute top is provided with the charging aperture entered in helicla flute for rubbish in transitional storehouse, described
Helicla flute end face is provided with the discharging opening for extending storage bucket, and discharging opening is connected by aspirating pipe network and air force suction car,
At least provided with the helical blade of a variable-diameter variable-pitch in the helicla flute, helical blade is rotated to incite somebody to action by the second driver drives
Rubbish stirring sends out discharging opening in helicla flute.
9. automation garbage collection system according to claim 1, it is characterised in that：The suction pipe network is pushed away near spiral
One end of motivation structure discharging opening is provided with the pipeline valve for controlling garbage emission.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621425041.6U CN206297998U (en) | 2016-12-23 | 2016-12-23 | Automation garbage collection system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201621425041.6U CN206297998U (en) | 2016-12-23 | 2016-12-23 | Automation garbage collection system |
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| CN206297998U true CN206297998U (en) | 2017-07-04 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107352199A (en) * | 2016-12-23 | 2017-11-17 | 福建海山机械股份有限公司 | Automate garbage collection system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107352199A (en) * | 2016-12-23 | 2017-11-17 | 福建海山机械股份有限公司 | Automate garbage collection system |
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