CN108188153A - A kind of municipal administration garden garbage processing system - Google Patents
A kind of municipal administration garden garbage processing system Download PDFInfo
- Publication number
- CN108188153A CN108188153A CN201810080330.4A CN201810080330A CN108188153A CN 108188153 A CN108188153 A CN 108188153A CN 201810080330 A CN201810080330 A CN 201810080330A CN 108188153 A CN108188153 A CN 108188153A
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- Prior art keywords
- waste
- box
- level
- dewatering box
- processing system
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B3/00—Destroying solid waste or transforming solid waste into something useful or harmless
Abstract
The invention discloses a kind of municipal garden garbage processing system, including the dewatering box, level-one separator box, the second-order separation case being sequentially connected, wherein：Dewatering box is provided in dewatering box for pressing waste to be provided with several apopores on the extrusion parts dewatering box of discharging the moisture in rubbish, the first transmission part for waste to be delivered to next stage is provided in the dewatering box；Level-one separator box, the first discharge port is provided on level-one separator box, the filling wind part for the waste of light weight to be discharged from the first discharge port is provided in level-one separator box, the second transmission part for waste to be delivered to next stage is provided in the level-one separator box；The second-order separation case is provided with the adsorption element for ferrous material to be detached from waste in the second-order separation case, is provided with to discharge the second discharge port of ferrous material and waste and third discharge port on the second-order separation case.Have the advantages that rubbish is detached to recycle available resources.
Description
Technical field
The present invention relates to field of garbage disposal, more particularly to a kind of municipal garden garbage processing system.
Background technology
Rubbish is the solid waste generated in mankind's daily life and production, and since discharge rate is big, complicated component is various,
And with pollution, resource and social, innoxious, recycling, minimizing and socialization processing are needed, such as cannot properly be located
Reason, just pollutes the environment, and influences environmental sanitation, and waste of resource destroys production and living safety, destroys social harmony.Garbage disposal
It seeks to rubbish to remove rapidly, and carries out harmless treatment, finally reasonably utilized.
Garbage disposal at present is all based on burning, but some utilizable ingredients is also mixed in rubbish, such as
The metal being mingled in waste can recycle again, if directly burned rubbish unrestrained to a certain extent
Resource is taken, it is therefore desirable to need to detach rubbish before burning away the refuse, the substance of recoverable is detached.
Invention content
The object of the present invention is to provide a kind of municipal garden garbage processing systems, which solve the problem of the wasting of resources, have
There is the advantages of being detached rubbish to recycle available resources.
The present invention above-mentioned technical purpose technical scheme is that：
A kind of municipal administration garden garbage processing system, including the dewatering box, level-one separator box, the second-order separation case being sequentially connected, wherein：
Dewatering box is provided in dewatering box for pressing waste to be set on the extrusion parts dewatering box of discharging the moisture in rubbish
Several apopores are equipped with, the first transmission part for waste to be delivered to next stage is provided in the dewatering box；
Level-one separator box is provided with the first discharge port on level-one separator box, is provided in level-one separator box for by light weight
The filling wind part that waste is discharged from the first discharge port is provided in the level-one separator box next for waste to be delivered to
Second transmission part of grade；
The second-order separation case is provided with the adsorption element for ferrous material to be detached from waste in the second-order separation case, described
It is provided with to discharge the second discharge port of ferrous material and waste and third discharge port on the second-order separation case.
Using the above scheme, many beverage product are had in waste, and a part of liquid is also remained in most of beverage bottle
Waste is transmitted in dewatering box by body, and waste is squeezed by extrusion parts, and the liquid that waste mixes is squeezed out, and
Dewatering box is flowed out by apopore, to mitigate the weight of waste, facilitates the separation of subsequent material, and reduces waste discharge
It is smelly due to the corrosion of liquid afterwards；
Then the waste being dehydrated is transported to by level-one separator box by the first transmission part, by fill wind part by waste paper,
The waste of the light weights such as refuse bag is detached with the waste of quality weight, and the lightweight waste is discharged simultaneously from the first discharge port
Collect, initial gross separation carried out to waste, and in lightweight waste based on polybag, by polybag from waste from point
From, polybag is recycled, and polybag is prevented to be wrapped on remaining waste and cause it is subsequent separation it is endless
Entirely；
Remaining waste is transmitted to the second-order separation case, and adsorb irony material by adsorption element by the second transfer unit
Material after absorption completely, ferrous material is discharged from the second discharge port, ferrous material recuperability is higher, is separately separated out
It is recycled, has saved resource to a certain extent, remaining remaining waste is discharged and collected from third discharge port.
Waste is detached successively, staff is facilitated to classify, and by the polybag separated and ferrous material
It is recycled, strengthens the utilization rate of resource to a certain extent.
Preferably, the extrusion parts includes the first force application board slided along dewatering box length direction and along dewatering box
The second force application board that short transverse is slided, be connected separately on first force application board and the second force application board the first drive cylinder and
Second drive cylinder.
Using the above scheme, the first drive cylinder is controlled to work first, length side of the first force application board of driving along dewatering box
To waste is squeezed, waste is extruded in the primary of dewatering box, the liquid in waste is squeezed out, and is discharged from apopore,
Then the first drive cylinder reinstatement state is controlled, but the waste being compressed on dewatering box side wall is due to the first force application board
The pressure of application is packed together, and cannot be restored with the disengaging of the first force application board, control the second drive cylinder work,
The second force application board is driven to be slided along the short transverse of dewatering box, is pressed down against waste so that waste is laid in dewatering box
Lower face, and due to the pressure that the second force application board applies, squeeze waste again, the liquid remained in waste is squeezed
Go out, repeat aforesaid operations, the liquid in waste is discharged.
Preferably, first transmission part includes push plate and for push plate to be driven to be slided towards dewatering box export direction
Dynamic third drive cylinder.
Using the above scheme, after liquid in waste is drained, the drive cylinder work of control third, driving push plate pushes useless
Gurry will be delivered to next stage from the outlet of dewatering box.
Preferably, the outlet of the dewatering box is provided with the first closed plate, and first closed plate includes being fixed on dehydration
The upper spacer of case upper end and it is slidably arranged in the lower clapboard abutted with dewatering box exit lower end in upper spacer；
The upper spacer is provided with the sliding slot slided for lower clapboard, and the end of the lower clapboard, which is connected with, to be penetrated upper spacer and take off
The traction rope that water tank is connected with the piston rod of third drive cylinder.
Using the above scheme, by partition board close dewatering box outlet, prevent waste squeeze when from outlet come off into
Enter next stage, third drive cylinder drive push plate to export direction move when, by traction rope pulling lower clapboard along sliding slot to
Upper movement so that the lower face of lower clapboard and dewatering box is detached from, and outlet is opened, and it is direct to push waste to outlet when push plate
Into next stage.
Preferably, the filling wind part includes several ventholes for being arranged on level-one separator box bottom, and the venthole leads to
It crosses tracheae and is connected with air pump.
Using the above scheme, it is ventilated into venthole by air pump, blown from the bottom up, by the object of light weight in waste
Matter is blown afloat upwards, and several ventholes tilted upward are provided on the side wall of level-one separator box, is given lightweight waste and is held
Continuous upward thrust, avoids the thrust deficiency due to air pump from causing lightweight waste that cannot be discharged from the first discharge port.
Preferably, hold-up tank is provided with before the level-one separator box, is provided with to pass in waste in the hold-up tank
Transport to the auger conveyor of level-one separator box.
Further, it is provided in the level-one separator box and level-one separator box is separated into weight layer and the gear of light nitride layer
Plate is provided on the baffle so that the through-hole that weight layer is communicated with light nitride layer, side setting of the weight layer far from baffle
There are several ventholes, several ventholes are connected by tracheae with air pump.
Using the above scheme, waste first passes through hold-up tank, then passes through auger conveyor before level-one separator box is entered
By waste delivery to level-one separator box, waste falls from weight layer upper end, while booster air pump, and gas is blown from venthole
Go out, and the lightweight waste mixed in waste is blowed into light nitride layer from through-hole, then discarded lightweight by filling wind part
Object is discharged from the first discharge port, remaining waste falls into the bottom of level-one separator box, and is passed through the second transmission part and entered two level
Separator box.
Preferably, the adsorption element includes the drive shaft being arranged in the second-order separation case, is provided in the drive shaft
Two blocks of opposite first electromagnet and the second electromagnet are provided with the driving for driving drive shaft turns in the second-order separation case
Part；
The both sides of the drive shaft are provided with first sensor and second sensor, are provided in the second-order separation case and first
Sensor and the first detector and the second detector of second sensor cooperation；
First electromagnet is powered when first sensor is abutted with the first detector, when second sensor is abutted with the second detector
Second electromagnet is powered.
Using the above scheme, waste enters the second-order separation case, and first sensor is abutted with the first detector, and first is discarded
Ferrous material in object is attracted on the first electromagnet, and ferrous material is detached from waste, then by waste from third
Discharge port is discharged, and after waste discharge, starts actuator, drives drive shaft turns, and drive shaft drives the first electromagnet and second
Electromagnet rotates 180 degree so that first sensor and the first detector are detached from, when second sensor is abutted with the second detector
When, the first electromagnet dead electricity, ferrous material comes off from the first electromagnet, is discharged from the second discharge port；
The second electromagnet obtains electric when second sensor is abutted with the second detector, and the second magnet is towards third discharge port direction
For attracting the ferrous material for falling into the second-order separation case next time, the number of actuator reciprocating rotation is reduced, reduces actuator
Due to frequently positive and negative then damage probability, cost has been saved to a certain extent.
Preferably, agitator tank is provided between the dewatering box and hold-up tank, agitating shaft is provided in agitator tank, it is described to stir
Mix the driving link being provided in case for agitating shaft to be driven to rotate.
Further, the drying unit for drying waste is provided in the agitator tank.
Using the above scheme, since waste is packed together after dewatering box extrusion dehydration, after being transmitted to hold-up tank
Since the volume being packed together is excessive, cause waste that can cause the blocking of auger conveyor when passing through auger conveyor,
So as to influence the conveying of waste；Agitator tank is provided between dewatering box and hold-up tank, stirring shaft rotation is driven by driving link
It is dynamic, the waste being packed together is broken up；
During the dehydration process, partially liq is still had to be attached in waste, particularly when there is liquid to be attached on refuse bag,
Refuse bag can be adsorbed on other wastes, influence subsequent separation, as a result, in whipping process, by drying unit to useless
Gurry is dried, and reduces the probability that polybag is attached on other wastes.
In conclusion the invention has the advantages that：
1st, dewatering box, level-one separator box, the second-order separation case will be passed sequentially through by waste, multi step strategy is carried out to waste,
And waste is recycled；
2nd, hold-up tank is set before coagulation case, is fallen waste from the upper end of level-one separator box by auger conveyor,
Then lightweight waste is discharged from the first discharge port by filling wind part；
3rd, agitator tank is set between dewatering box and coagulation case, the waste discharged from dewatering box is broken up, and leads to
It crosses drying unit to dry waste, polybag is avoided to be attached on remaining waste.
Description of the drawings
Fig. 1 is the structure diagram of embodiment；
Fig. 2 is the front sectional view of dewatering box in embodiment；
Fig. 3 is the side view cutaway drawing of dewatering box in embodiment；
Fig. 4 is the structure diagram of agitator tank in embodiment；
Fig. 5 is the part-structure schematic diagram of the second-order separation case in embodiment, shows the position relationship of sensor and detector.
In figure, 1, supporting rack；2nd, dewatering box；31st, the first force application board；32nd, the first drive cylinder；33rd, the second force application board；
34th, the second drive cylinder；4th, the first transmission part；41st, push plate；42nd, third drive cylinder；51st, the first closed plate；511st, on every
Plate；512nd, lower clapboard；52nd, traction rope；53rd, fixed pulley；6th, venthole；7th, agitator tank；8th, agitating shaft；9th, the second closed plate；10、
First driving cylinder；11st, hold-up tank；12nd, auger conveyor；13rd, lifting member；14th, level-one separator box；141st, weight layer；142、
Light nitride layer；15th, baffle；151st, through-hole；16th, support plate；17th, the second-order separation case；171st, the second discharge port；172nd, third discharges
Mouthful；18th, drive shaft；19th, the first electromagnet；20th, the second electromagnet；21st, first sensor；22nd, the first detector；23rd, second
Sensor；24th, the second detector；25th, water tank；26th, storing bag；27th, third closed plate；28th, the second driving cylinder.
Specific embodiment
The present invention is described in further detail below in conjunction with attached drawing.
A kind of municipal administration garden garbage processing system, as shown in Figure 1, including control unit, further includes dewatering box 2, dewatering box 2
Bottom be provided with several apopores, the bottom of dewatering box 2 is provided with water tank 25, and the bottom that water tank 25 is set is provided with out
The mouth of a river, the bottom of water tank 25 are tilted towards water outlet, and water outlet is connected with water service pipe, and water service pipe is communicated with sewer pipe.It is de-
Feed inlet is provided on water tank 2, the third closed plate 27 for closing feed inlet is provided on dewatering box 2.
With reference to shown in Fig. 2 and Fig. 3, being provided in 2 dewatering box 2 of dewatering box for pressing waste so that the moisture in rubbish to be arranged
The extrusion parts gone out, extrusion parts include the first force application board 31 for being slided along 2 length direction of dewatering box and high along dewatering box 2
The second force application board 33 that direction is slided is spent, the first drive cylinder 32 is connected separately on the first force application board 31 and the second force application board 33
With the second drive cylinder 34, the first drive cylinder 32 and the second drive cylinder 34 are each attached on dewatering box 2.
The first transmission part 4 for waste to be delivered to next stage, the first transmission part 4 are provided in dewatering box 2
Third drive cylinder 42 including push plate 41 and for push plate 41 to be driven to be slided towards 2 export direction of dewatering box, third oil cylinder
It is fixed on dewatering box 2.
The outlet of dewatering box 2 is provided with the first closed plate 51, and the first closed plate 51 includes being fixed on the upper of 2 upper end of dewatering box
Partition board 511 and the lower clapboard 512 abutted with 2 exit lower end of dewatering box in upper spacer 511 is slidably arranged in, is set on dewatering box 2
Convex block is equipped with, the card slot coordinated with convex block is provided on lower clapboard 512.
Upper spacer 511 is provided with the sliding slot slided for lower clapboard 512, and the end of lower clapboard 512, which is connected with, penetrates upper spacer
511 and the traction rope 52 of dewatering box 2, the other end of traction rope 52 connect with the piston rod of third drive cylinder 42, dewatering box 2
Inside it is provided with the fixed pulley 53 abutted with traction rope 52.
With reference to shown in Fig. 1 and Fig. 4, dewatering box 2 is connected with agitator tank 7, and agitating shaft 8, agitator tank 7 are provided in agitator tank 7
On be provided with for drive agitating shaft 8 rotate driving link, driving link is driving motor, and the upper surface of agitator tank 7 is provided with out
Gas port, gas outlet are connected with air-heater by tracheae（It is not shown in figure）.The bottom of agitator tank 7 is towards the opening side of agitator tank 7
To inclination, the outlet slip of agitator tank 7 is provided with the second closed plate 9, is provided with to drive the second closed plate 9 on agitator tank 7
The the first driving cylinder 10 opened.
With reference to shown in Fig. 1, agitator tank 7 is connected with hold-up tank 11, is provided with waste being transmitted in hold-up tank 11
The auger conveyor 12 of level-one separator box 14, the end set of auger conveyor 12 are useful for driving the lifting member 13 of its work,
Lifting member 13 is driving motor.
With reference to shown in Fig. 1, agitator tank 7 is connected with level-one separator box 14, is provided in level-one separator box 14 and detaches level-one
Case 14 is separated into weight layer 141 and the baffle 15 of light nitride layer 142, is provided on baffle 15 so that weight layer 141 and light nitride layer 142
The through-hole 151 communicated, the support plate 16 parallel with bottom surface is provided in level-one separator box 14, and support plate 16 coordinates shape with baffle 15
Into the deflector chute slided for the waste in weight layer 141, it is provided with the opening coordinated with deflector chute in level-one separator box 14, one
The bottom of grade separator box 14 is obliquely installed towards its opening.
Several ventholes 6 are provided in support plate 16, venthole 6 is connected with air pump by tracheae, and weight layer 141 is far from gear
The side of plate 15 is provided with several ventholes 6, and venthole 6 is connected also by tracheae with air pump, and baffle 15 is set above venthole 6
Several ventholes 6 are equipped with, which tilts upward setting.
The upper end of level-one separator box 14 is provided with the first discharge port, and passage is connected on the first discharge port, passage
End is connected with storing bag 26, and the lightweight waste of discharge is focused on.
With reference to shown in Fig. 1 and Fig. 5, level-one separator box 14 is connected with the second-order separation case 17, rotates and sets in the second-order separation case 17
Drive shaft 18 is equipped with, the actuator for drive shaft 18 to be driven to rotate is provided in the second-order separation case 17, actuator is driving electricity
Machine.The first electromagnet 19 and second electromagnet 20 opposite with the first electromagnet 19, the first electromagnetism are provided in drive shaft 18
19 and second electromagnet 20 of iron is in the cambered surface by two lateral intermediate, inclineds.The second-order separation case 17 is set in the both sides of drive shaft 18
There are the second discharge port 171 and third discharge port 172.
The both sides of 18 end of drive shaft are provided with first sensor 21 and second sensor 23, are set in the second-order separation case 17
There are the first detector 22 and the second detector 24 with first sensor 21 and the cooperation of second sensor 23,22 court of the first detector
Upper setting, the second detector 24 are set downward, and the first magnet is powered when first sensor 21 is abutted with the first detector 22,
Second electromagnet 20 powers off, and second magnet is powered when second sensor 23 is abutted with the second detector 24, and the first electromagnet 19 is disconnected
Electricity.
It is noted that all components of the refuse disposal system are connected with control unit.
Use process：
Start the first drive cylinder 32 first, the first force application board 31 of driving squeezes waste along the length direction of dewatering box 2, will be useless
Gurry is extruded in the primary of dewatering box 2, then controls 32 reinstatement state of the first drive cylinder, then starts the second drive cylinder
34, the second force application board 33 of driving is slided along the short transverse of dewatering box 2, is pressed down against waste so that waste is laid in de-
Then the lower face of water tank 2 controls 34 reinstatement state of the second drive cylinder, is repeated several times aforesaid operations, waste is mixed
Liquid squeeze out, and by apopore flow out dewatering box 2, to mitigate the weight of waste, facilitate the separation of follow-up waste,
And it reduces smelly due to the corrosion of liquid after waste discharge, then starts third drive cylinder 42, pass through traction rope 52
Lower clapboard 512 is pulled to be moved upwards along sliding slot so that lower clapboard 512 and the lower face of dewatering box 2 are detached from, and outlet is opened,
It is to be directly entered agitator tank 7 to push waste to outlet when push plate 41, then drives 42 reinstatement state of third drive cylinder, the
Three drive cylinders 42 lose the pulling force to traction rope 52, lower clapboard 512 since gravity moves downward, and cause card slot with
Convex block engages；
Start driving link, driving agitating shaft 8 is rotated, the waste being packed together broken up, while start air-heater, to discarded
Object is dried, and polybag is avoided to be attached on other wastes, after reaching preset time, starts the first driving cylinder 10, will
Second closed plate 9 is opened so that waste is along inclined-plane fragrance of a flower hold-up tank 11；
Start lifting member 13, the waste in hold-up tank 11 is transmitted in level-one separator box 14, and from level-one separator box 14
Upper end is fallen such as weight layer 141, while booster air pump, by lightweight waste（Based on polybag）It is blown into gently by through-hole 151
Nitride layer 142, and the outlet on 142 avris of upward thrust and light nitride layer provided due to the venthole 6 in support plate 16
Polybag from passage is discharged, is collected by storing bag 26 by the thrust continued upward that hole 6 provides；
Remaining waste falls in 141 bottom of weight layer, and falls into the second-order separation case 17 along inclined-plane, at this time the first electromagnet 19
It is powered, waste is during the upper whereabouts, by ferrous material absorption on the first electromagnet 19, then by waste from third
Discharge port 172 is discharged, and after waste discharge, starts actuator, drive shaft 18 is driven to rotate, drive shaft 18 drives the first electromagnet
19 and second electromagnet 20 rotate 180 degree so that the disengaging of 21 and first detector of first sensor, when second sensor 23 and the
When two detectors abut, 19 dead electricity of the first electromagnet, ferrous material comes off from the first electromagnet 19, from the second discharge port 171
Discharge；
When second sensor 23 is abutted with the second detector the second electromagnet 20 it is electric, and the second magnet is towards third discharge port
172 directions fall into the ferrous material of the second-order separation case 17 for attracting next time, reduce the number of actuator reciprocating rotation, reduce
Actuator has saved cost to a certain extent due to frequently positive and negative then damage probability.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, people in the art
Member can as needed make the present embodiment the modification of no creative contribution after this specification is read, but as long as at this
It is all protected in the protection domain of invention by Patent Law.
Claims (10)
1. a kind of municipal administration garden garbage processing system, which is characterized in that including dewatering box (2), the level-one separator box being sequentially connected
(14), the second-order separation case (17), wherein：
Dewatering box (2), interior be provided with of dewatering box (2) are dehydrated for pressing waste with the extrusion parts for discharging the moisture in rubbish
Several apopores are provided on case (2), is provided in the dewatering box (2) and is passed for waste to be delivered to the first of next stage
Defeated component (4)；
Level-one separator box (14) is provided with the first discharge port on level-one separator box (14), and setting is useful in level-one separator box (14)
It is used to incite somebody to action in being provided in the filling wind part for discharging the waste of light weight from the first discharge port, the level-one separator box (14)
Waste is delivered to the second transmission part of next stage；
The second-order separation case (17), the interior adsorption section being provided with for ferrous material to be detached from waste of the second-order separation case (17)
Part is provided with the second discharge port (171) and third for discharging ferrous material and waste on the second-order separation case (17)
Discharge port (172).
2. a kind of municipal garden garbage processing system according to claim 1, it is characterized in that：The extrusion parts includes edge
The first force application board (31) that dewatering box (2) length direction slides and the second force application board slided along dewatering box (2) short transverse
(33), the first drive cylinder (32) and the second driving are connected separately on first force application board (31) and the second force application board (33)
Oil cylinder (34).
3. a kind of municipal garden garbage processing system according to claim 1, it is characterized in that：First transmission part
(4) the third drive cylinder including push plate (41) and for push plate (41) to be driven to be slided towards dewatering box (2) export direction
(42)。
4. a kind of municipal garden garbage processing system according to claim 3, it is characterized in that：Dewatering box (2) go out
Mouth is provided with the first closed plate (51), upper spacer of first closed plate (51) including being fixed on dewatering box (2) upper end
(511) and it is slidably arranged in the lower clapboard (512) abutted with dewatering box (2) exit lower end in upper spacer (511)；
The upper spacer (511) is provided with the sliding slot slided for lower clapboard (512), and the end of the lower clapboard (512) is connected with
Penetrate the traction rope (52) that upper spacer (511) and dewatering box (2) are connected with the piston rod of third drive cylinder (42).
5. a kind of municipal garden garbage processing system according to claim 1, it is characterized in that：If the filling wind part includes
The dry venthole (6) being arranged on level-one separator box (14), the venthole (6) are connected with air pump by tracheae.
6. a kind of municipal garden garbage processing system according to claim 5, it is characterized in that：The level-one separator box (14)
Before be provided with hold-up tank (11), the spiral shell for waste to be transmitted to level-one separator box (14) is provided in the hold-up tank (11)
Revolve conveyer (12).
7. a kind of municipal garden garbage processing system according to claim 5, it is characterized in that：The level-one separator box (14)
It is inside provided with and level-one separator box (14) is separated into weight layer (141) and the baffle (15) of light nitride layer (142), the baffle (15)
On be provided with so that the through-hole (151) that weight layer (141) is communicated with light nitride layer (142), the weight layer (141) is far from baffle
(15) side is provided with several ventholes (6), and several ventholes (6) are connected by tracheae with air pump.
8. a kind of municipal garden garbage processing system according to claim 1, it is characterized in that：The adsorption element includes setting
The drive shaft (18) in the second-order separation case (17) is put, two blocks of first opposite electromagnet are provided on the drive shaft (18)
(19) and the second electromagnet (20) actuator for drive shaft (18) to be driven to rotate, is provided in the second-order separation case (17)；
The both sides of the drive shaft (18) are provided with first sensor (21) and second sensor (23), the second-order separation case
(17) the first detector (22) and the second detector coordinated with first sensor (21) and second sensor (23) is provided in
(24)；
First electromagnet (19) is powered and the second electromagnet (20) when first sensor (21) is abutted with the first detector (22)
Dead electricity, the second electromagnet (20) is powered when second sensor (23) is abutted with the second detector (24) and the first electromagnet (19) loses
Electricity.
9. a kind of municipal garden garbage processing system according to claim 6, it is characterized in that：The dewatering box (2) with it is stagnant
It stays and agitator tank (7) is provided between case (11), agitating shaft (8) is provided in agitator tank (7), is provided in the agitator tank (7)
For the driving link that agitating shaft (8) is driven to rotate.
10. a kind of municipal garden garbage processing system according to claim 9, it is characterized in that：It is set in the agitator tank (7)
It is equipped with the drying unit for drying waste.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810080330.4A CN108188153B (en) | 2018-01-27 | 2018-01-27 | Municipal garden garbage disposal system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810080330.4A CN108188153B (en) | 2018-01-27 | 2018-01-27 | Municipal garden garbage disposal system |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108188153A true CN108188153A (en) | 2018-06-22 |
| CN108188153B CN108188153B (en) | 2020-03-13 |
Family
ID=62591523
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810080330.4A Active CN108188153B (en) | 2018-01-27 | 2018-01-27 | Municipal garden garbage disposal system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111102824A (en) * | 2019-12-20 | 2020-05-05 | 盐城实力纤维科技有限公司 | A dewatering device for preparing wood fiber |
| CN112808456A (en) * | 2020-12-30 | 2021-05-18 | 山东天智信息科技有限公司 | Environment-friendly waste treatment equipment |
| CN114505979A (en) * | 2022-01-24 | 2022-05-17 | 郭懒懒 | Compaction equipment in plastic film washs recovery production line |
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| CN114505979A (en) * | 2022-01-24 | 2022-05-17 | 郭懒懒 | Compaction equipment in plastic film washs recovery production line |
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| CN108188153B (en) | 2020-03-13 |
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