Embodiment
For the ease of understanding the present invention, the present invention is described more fully below with reference to relevant drawings.In accompanying drawing
Give the better embodiment of the present invention.But the present invention can realize in many different forms, however it is not limited to herein
Described embodiment.On the contrary, the purpose for providing these embodiments is to make to understand more the disclosure
Add thorough and comprehensive.
It should be noted that when element is referred to as " being arranged at " another element, it can be directly on another element
Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
For illustrative purposes only, it is unique embodiment to be not offered as " right side " and similar statement.
Unless otherwise defined, all of technologies and scientific terms used here by the article is with belonging to technical field of the invention
The implication that technical staff is generally understood that is identical.Term used in the description of the invention herein is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term as used herein " and/or " include one or more
The arbitrary and all combination of related Listed Items.
For example, a kind of refuse collector, including:Casing, the casing are provided with first chamber, second chamber and the 3rd
Chamber, the first chamber are provided with the first opening, and the 3rd chamber is provided with the second opening, the first chamber with it is described
Second chamber connects, and is provided with igniter in the second chamber, the 3rd chamber respectively with the first chamber and institute
Second chamber is stated to be isolated.
As shown in Figure 1, Figure 2 with shown in Fig. 5, it is the refuse collector 10 of a preferred embodiment of the present invention, including:
Casing 100, the casing 100 are provided with first chamber 110, the chamber 130 of second chamber 120 and the 3rd, and described
One chamber 110 is provided with the first opening 111, and the 3rd chamber 130 is provided with the second opening 132, the first chamber 110 with
The second chamber 120 connects, and is provided with igniter 200 in the second chamber 120, the 3rd chamber 130 respectively with
The first chamber 110 and the second chamber 120 are isolated.
First opening 111 and second opening 132 are used to be supplied to user to distinguish garbage throwing, pass through the first chamber
The chamber 130 of room 110 and the 3rd is to refuse classification, and non-flammable rubbish storage is in the 3rd chamber 130, and flammable rubbish is in the first chamber
Room 110 is delivered to second chamber 120, is burned in second chamber 120, can quickly handle rubbish by refuse classification, and pass through
Incineration of combustible rubbish avoids time of stacking garbage is long from being impacted to environment, reduces rubbish conveying capacity, greatlys save people
Power, the load to destructor plant is on the other hand reduced, reduce the influence to destructor plant surrounding enviroment.
It should be understood that although combustiblerefuse is placed in first chamber 110, due to often wrong in user's use
Band is put into by mistake by moisture content or the rubbish of liquid, these rubbish with moisture content or liquid will make it that efficiency of combustion is low, in order to
Improve efficiency of combustion, avoid combustiblerefuse make moist and can not completely burned, refer to Fig. 2 to Fig. 4, the bottom of first chamber 110
Portion is provided with drying zone 110b, for example, the first chamber 110 is provided with dehydration filter 112, the dehydration filter 112 is horizontal
Set and the first chamber 110 is isolated into material area 110a and the drying zone 110b, when combustiblerefuse is by the first opening
111 enter in first chamber 110, and combustiblerefuse drops on dehydration filter 112, and combustiblerefuse is dehydrated filter 112 and is isolated in
Material area 110a, combustiblerefuse carry moisture content through it is described dehydration filter 112 be dropped in drying zone 110b so that combustiblerefuse with
Moisture content separates.The drying zone 110b bottoms are provided with drainpipe (not shown), and the drainpipe is connected to the refuse collection
The outside of device 10, for example, the drainpipe is connected to municipal sewage system, be advantageous to the discharge of sewage, and reduce to environment
Pollution.Also, this refuse collector environment sufficient especially suitable for oil gas supplies such as the Middle East, Australia.
In order to improve the dewatering efficiency of combustiblerefuse, for example, as shown in Fig. 2 the first chamber 110 is provided with extruding dress
300 are put, the pressurizing unit 300 includes the drive mechanism 320 of stripper plate 310 and first, and the stripper plate 310 drives with described first
The drive connection of motivation structure 320, the stripper plate 310 are movably set in the first chamber 110, first drive mechanism
The 320 driving stripper plates 310 are extruded the combustiblerefuse of the material area 110a so that the moisture content inside combustiblerefuse
Further being oozed out, and drying zone 110b is dropped in through being dehydrated filter 112 so that the moisture content of combustiblerefuse is sufficiently disengaged from, from
And improve efficiency of combustion.
In one embodiment, the stripper plate 310 is movably set in the first chamber 110 vertically, for example, please again
It is secondary referring to Fig. 2, the stripper plate 310 under the driving of first drive mechanism 320 from the top of the first chamber 110 to
The bottom motion of the first chamber 110, the stripper plate 310 are connected to combustiblerefuse, and by combustiblerefuse to dehydration filter
112 extruding so that the moisture content that combustiblerefuse carries, which is extruded, to ooze out, and drops to drying zone 110b through the dehydration filter 112,
In another embodiment, the horizontal anomalous movement of stripper plate 310 is arranged in the first chamber 110, for example, the stripper plate
310 under the driving of first drive mechanism 320 by phase in a lateral first chamber 110 of the first chamber 110
To another lateral movement, the stripper plate 310 by inwall from combustiblerefuse to the first chamber 110 extrude so that flammable rubbish
The moisture content that rubbish carries is extruded, and drops to drying zone 110b through the dehydration filter 112.
In order to further improve dewatering efficiency, moved horizontally towards each other for example, being provided with two in the first chamber 110
Stripper plate 310, two move toward one anothers of stripper plate 310, combustiblerefuse are extruded between two stripper plates 310, further
Extruding dynamics is improved, so as to improve dewatering efficiency.
For example, first drive mechanism 320 is the first servomotor, first servomotor and the stripper plate
310 drive connections, servomotor have the characteristics of drive efficiency is high, and driving force is big, can be that stripper plate 310 provides stronger drive
Power so that stripper plate 310 can fully extrude the moisture content of combustiblerefuse.
In order to avoid the combustiblerefuse in the second chamber 120 is in burning, propagation of flame to the first chamber
110, the rubbish dispensing to user impacts, for example, as shown in figure 3, the first chamber 110 is provided with first material mouth
113, the second chamber 120 is provided with second material mouth 123, and the first material mouth 113 and the second material mouth 123 connect
It is logical, and activity sets a dividing plate 140, the first chamber between the first material mouth 113 and the second material mouth 123
110 combustiblerefuse is sent to the second material mouth 123 through first material mouth 113, and is ultimately transmitted the second chamber
120, when the combustiblerefuse in the second chamber 120 burns, the dividing plate 140 inserts the first material mouth 113 and institute
State between second material mouth 123 so that the first chamber 110 is isolated with the second chamber 120, avoids the second chamber
120 propagation of flame is to the first chamber 110.
In order to control the motion of the dividing plate 140, referring again to Fig. 3, refuse collector 10 of the invention also includes
Second drive mechanism 141, the dividing plate 140 are connected with second drive mechanism 141, for example, second drive mechanism 141
For the second servomotor, the second servomotor has stronger driving force, the dividing plate 140 can be driven to insert well described
Between first material mouth 113 and the second material mouth 123;And for example, second drive mechanism 141 is the second cylinder, described
Second cylinder has the characteristics of drive efficiency is high so that and the dividing plate 140 can be moved quickly, and second cylinder operation
Power consumption is smaller.
Transmitted for the ease of combustiblerefuse between the first material mouth 113 and the second material mouth 123, described
One chamber 110 and the second chamber 120 are vertically arranged, i.e., described first material mouth 113 is arranged at the first chamber 110
Bottom, the second material mouth 123 are arranged at the top of the second chamber 120, the combustiblerefuse in the first chamber 110
Under gravity, the second chamber directly can be fallen to by the first material mouth 113 and the second material mouth 123
120, but so it is unfavorable for dehydration of the combustiblerefuse in the first chamber 110, and moisture content easily drops in the second chamber
In 120, in order to avoid moisture content falls to the second chamber 120, the first chamber 110 and institute by the first chamber 110
It is horizontal positioned to state second chamber 120, for example, as shown in Figures 2 and 3, the first chamber 110 and the second chamber 120 are divided
Not She You side wall, the first material mouth 113 is arranged at the side wall of the first chamber 110, and the second material mouth 123 is set
In the side wall of the second chamber 120, the first material mouth 113 connects with the second material mouth 123, so, flammable rubbish
The moisture content of rubbish discharge can fall to the drying zone 110b of the bottom of first chamber 110, and combustiblerefuse is then along described first
Material mouth 113 and the second material mouth 123 are sent to the second chamber 120, avoid moisture content from directly dropping described second
Chamber 120.
Transmitted for the ease of combustiblerefuse between horizontally disposed first chamber 110 and second chamber 120, for example, such as
Shown in Fig. 4, the height of the first material mouth 113 is higher than the height of the second material mouth 123, so described first chamber
Combustiblerefuse in 110 directly can fall to the second material mouth 123 by the first material mouth 113, hence into described
Second chamber 120, for example, the first material mouth 113 is concordant with the dehydration filter 112, i.e., described first material mouth 113 is set
The bottom of the material area 110a is placed in, combustiblerefuse is placed on the dehydration filter 112 after dehydration, through described first after
Material mouth 113 drops second material mouth 123, hence into the second chamber 120.
Because the height of the first material mouth 113 and the second material mouth 123 differs, in order that obtaining described first
Connection between material mouth 113 and the second material mouth 123 is more coherent, improves combustiblerefuse in the first material mouth
Transmission efficiency between 113 and the second material mouth 123, referring again to Fig. 4, in addition to material channel 150, described first
Material mouth 113 is connected with the second material mouth 123 by the material channel 150, for example, the material channel 150 is circle
Shape, and for example, the material channel 150 are square, in order to further improve the transmission efficiency of combustiblerefuse, for example, the material
The width of passage 150 is identical with the width of the side wall of the first chamber 110, for example, the width of the first material mouth 113,
The width of the side wall of first chamber 110 is identical with the width of the material channel 150 so that combustiblerefuse is in first chamber
The material channel 150 successfully can be sent to from the first material mouth 113 in room 110, further increase combustiblerefuse
Transmission efficiency.
In order to further reduce the moisture content of combustiblerefuse carrying, moisture content is avoided to flow into the second chamber with combustiblerefuse
120, the bottom of material channel 150 is provided with dehydration groove, and the dehydration groove is perpendicular to the material channel 150, the dehydration
Groove both ends are connected to the outside of the material channel 150, for example, the dehydration groove has square structure, for example, the dehydration groove
With arc-shaped structure, for example, the cross section of the dehydration groove is hook-shaped for circular arc, so, combustiblerefuse is along the material
When passage 150 transmits, moisture content drops in dehydration groove, because the hook-shaped dehydration groove of circular arc can effectively limit moisture content to dehydration groove
Radial Flow, moisture content only along it is described dehydration groove axial direction flow so that the moisture content of combustiblerefuse is through the dehydration groove
It is emitted into outside the material channel 150, avoids moisture content from flowing into the second chamber 120, in order to further stop combustiblerefuse
Moisture content, improve dewatering efficiency, the bottom of material channel 150 is provided with multiple tracks dehydration groove, moisture content is stopped so as to improve
Efficiency, improve dewatering efficiency.
In order to further improve transfer rate of the combustiblerefuse in the material channel 150, for example, referring again to figure
4, the material channel 150 from close to the first material mouth 113 one end to close to the second material mouth 123 one end by
Gradually tilt down, so, when combustiblerefuse transmits in the material channel 150, combustiblerefuse under gravity can edge
The one end for the material channel 150 slides into the other end, substantially increases transmission efficiency, for example, the material channel 150 with
Angle of inclination between horizontal direction is 30~60 °, it should be understood that the inclination angle of the material channel 150 is bigger, then may be used
The transfer rate of combustion rubbish is then faster, but is dehydrated groove due to the increase at angle of inclination and under obstruction ability on material channel 150
Drop, and the transfer rate of combustiblerefuse is faster, then it is shorter with the dehydration groove time of contact, so, the dehydration of the dehydration groove
Efficiency is lower, is improved in order that obtaining combustiblerefuse transmission efficiency, and avoids excessively reducing the dewatering efficiency of the dehydration groove, excellent
Selection of land, the angle of inclination between the material channel 150 and horizontal direction are 40~55 °, it is preferable that the material channel 150
Angle of inclination between horizontal direction is 48 °, so, can allow combustiblerefuse under gravity quickly described
Transmitted in material channel 150, and cause combustiblerefuse to be sent to effective dehydration in the material channel 150.
In order to improve the transmission efficiency of combustiblerefuse, as shown in Figure 3 and Figure 4, refuse collector 10 of the invention also wraps
Pusher 400 is included, the pusher 400 is movably set in the first chamber 110, and the pusher 400 includes
Pushing plate 410 and the 3rd drive mechanism 420 with the drive connection of pushing plate 410, the pushing plate 410 drive the described 3rd
Motivation structure 420 is active in the side of the first material mouth 113 and the first chamber 110 relative with the material mouth under driving
Between wall, when the combustiblerefuse stacking in the first chamber 110 is more, the pushing plate 410 is in the 3rd driving machine
Structure 420 moves under driving from the relative another side wall of the first material mouth 113 to the first material mouth 113, promotes flammable
Rubbish moves to the first material mouth 113, for example, the 3rd drive mechanism 420 is the 3rd servomotor, the described 3rd watches
Taking motor has relatively high power, exportable high torque when the 3rd servomotor works, so as to promote the pushing plate
410, still it can efficiently promote combustiblerefuse to move to first material mouth 113 when combustiblerefuse weight is larger, and be sent to second
Material mouth 123, hence into the second chamber 120.
Because the second chamber 120 will produce huge heat when burning, and the 3rd chamber 130 is placed not
Combustiblerefuse, in order to avoid the second chamber 120 in incineration of combustible rubbish to being impacted in the 3rd chamber 130,
As shown in figure 5, thermal insulation layer 160 is provided between the 3rd chamber 130 and the second chamber 120, for example, the thermal insulation layer
160 include being arranged at the flame-retardant layer of outer layer and the heat insulation layer being arranged in the flame-retardant layer, for example, the He of the second chamber 120
The first flame-retardant layer, heat insulation layer and the second flame-retardant layer are set gradually between 3rd chamber 130, flame-retardant layer can effectively avoid burning
Propagation of flame, heat insulation layer isolates heat, avoids amount of heat from being transferred to the 3rd chamber 130, for example, the flame-retardant layer
For metal level, for example, the flame-retardant layer is stainless steel layer, stainless steel has good inoxidizability, corrosion resistance and heat resistance,
The adverse circumstances being suitable in dustbin 10, and will not be burnt because of waste incineration;For example, the heat insulation layer is moulded for phenol formaldehyde foam
The bed of material;In order to further improve effect of heat insulation, for example, being provided with vacuum layer, vacuum between the heat insulation layer and the flame-retardant layer
Heat transfer efficiency it is extremely low, the effect of heat insulation of so described thermal insulation layer 160 is more preferably.
In one embodiment, as shown in Figures 2 to 4, the igniter 200 includes nozzle 210 and fuel supply machine
Structure (not shown), the nozzle 210 are connected with the fuel organization of supply, and the igniter 200 is used to light described second
Combustiblerefuse in chamber 120, for example, the nozzle 210 is provided with igniter, the igniter sparking, the fuel supply
Mechanism is the delivery of fuel gas of nozzle 210, and the nozzle 210 is ignited so that the combustiblerefuse quilt in the second rifle room
Light.For example, the nozzle 210 is horizontally placed on the top of the second chamber 120, for example, the nozzle 210 is vertically arranged
In the top of the second chamber 120, so, the flame of the nozzle 210 can from top to bottom burn to combustiblerefuse, due to fire
When flame burns, temperature highest region is the top of flame, and therefore, the nozzle 210 is arranged at the top of the second chamber 120
Portion is easily influenceed by high-temp combustion for a long time so that service life reduction, in order to avoid the nozzle 210 is for a long time at the top of flame by height
Warm combustion effects, for example, the nozzle 210 is horizontally placed on the bottom of the second chamber 120, for example, as shown in figure 4, institute
The bottom that nozzle 210 is vertically arranged at the second chamber 120 is stated, enters the second chamber when combustiblerefuse carries moisture content
When 120, the nozzle 210 being vertically arranged easily causes the refluence of moisture content, in flow nozzle 210 so that nozzle 210 can not normal work
Make, in order to avoid the moisture content flows backwards, the nozzle 210 is horizontally placed on the bottom of the second chamber 120, it is preferable that institute
The bottom that the horizontal tilt of nozzle 210 is arranged at the second chamber 120 is stated, for example, as shown in Figures 2 and 3, the nozzle 210
, so, can from being tilted gradually downward to one end away from the fuel organization of supply close to one end of the fuel organization of supply
Effectively to prevent moisture content from blowing back into nozzle 210.
Because combustiblerefuse quantity is more, efficiency is lighted in order to improve, for example, referring again to Fig. 2 and Fig. 3, the spray
Mouth 210 has horn-like spout 211, for example, the diameter of the spout 211 from close to the fuel organization of supply one end to
One end away from fuel organization of supply gradually increases, and specifically, the spout 211 gradually expansion from inside to outside, is advantageous to a little
The flame spread of combustion so that the contact area of flame and combustiblerefuse increases, and improves and lights efficiency.
In order to improve combustiblerefuse in the second chamber 120 efficiency of combustion, it is necessary to be provided for combustiblerefuse good
Ventilation condition, as shown in fig. 6, the refuse collector 10 of the present invention also includes ventilation assembly 500, the ventilation assembly 500 and
The second chamber 120 connects, and when combustiblerefuse burns in the second chamber 120, the ventilation assembly 500 causes institute
The air passage rates stated in second chamber 120 are accelerated, and improve efficiency of combustion.
In one embodiment, the ventilation assembly 500 includes wind wheel 510 and ventilating duct 520, the ventilating duct 520 with
The second chamber 120 is connected, and the wind wheel 510 is rotated and is arranged in the ventilating duct 520, and the wind wheel 510 rotates so that
The air of the second chamber 120 is circulated by the ventilating duct 520 with outside, for example, the wind wheel 510 is blower wheel, institute
State wind wheel 510 to suck the air outside the ventilating duct 520, and blow air into the second chamber 120;And for example, institute
It is air-extracting wheel to state wind wheel 510, and the air inside the second chamber 120 is drawn to outside the ventilating duct 520 by the wind wheel 510
Portion.In order to improve the velocity of liquid assets of air, the wind wheel 510 air of the second chamber 120 is extracted out after, it is necessary to supplement institute
The air of second chamber 120 is stated, for example, as shown in fig. 7, the ventilation assembly 500 also includes air intake passage 530, the air intake
Passage 530 connects with the second chamber 120, so, after the wind wheel 510 extracts the air of the second chamber 120 out, by
Reduced in the internal pressure of second chamber 120, the second chamber 120 is sucked the air of outside by air intake passage 530
The second chamber 120, the circulation of air is realized with this so that have in the second chamber 120 fully oxygen supply flammable rubbish
Rubbish burns, and improves efficiency of combustion.
When being worked in order to avoid the wind wheel 510, described in combustiblerefuse in the second chamber 120 is extracted out with air-flow
Outside ventilating duct 520, for example, the inwall of the second chamber 120 offers air-out grid, the second chamber 120 is by described
Air-out grid connects with the ventilating duct 520, and the air-out grid can effectively obstruct combustiblerefuse and be pumped into the ventilation with air-flow
Road 520, and air then successfully can be pumped into the ventilating duct 520 through the air-out grid, and be circulated to through the ventilating duct 520
It is outside;On the other hand, to avoid foreign from entering the second chamber 120, for example, the inwall of the second chamber 120 is opened
Provided with air intake grid, the second chamber 120 is connected by the air intake grid with the air intake passage 530, the air intake grid
Lattice can effectively avoid foreign matter from entering the second chamber 120, influence the burning of the inside combustiblerefuse of second chamber 120.
In order to improve velocity of liquid assets of the air in the ventilating duct 520, for example, the ventilating duct 520 has square structure,
For example, the cross section of the ventilating duct 520 is square;And for example, the ventilating duct 520 has circular configuration, for example, the ventilation
The cross section in road 520 is circle.
In order to avoid the second chamber 120 fire spread to outside, for example, the inner wall outside of the second chamber 120 is set
Fireprotection layer is equipped with, for example, the fireprotection layer is metal level, for example, the fireprotection layer is stainless steel layer, for example, the fireprotection layer
For chrome steel alloy, chrome steel alloy has extremely strong high-temperature stability and corrosion resistance, is applicable in high-temperature severe environment.
After the combustiblerefuse in the second chamber 120 burns, discharged for the ease of the ashes after burning, described second
Chamber 120 is provided with slag notch (not shown), for example, the slag notch is arranged at the bottom of second chamber 120, so, when
After combustiblerefuse burning in the second chamber 120, easily ashes can be discharged.
It should be understood that when the wind wheel 510 works, by the air extraction of the second chamber 120, air-flow easily will
Solid waste extract out, although the air-out grid can obstruct the larger solid of volume, still have the less solid of partial volume,
Flue dust and gray haze can not obstruct, if being expelled directly out that environment will be impacted so that and surrounding air is contaminated, in order to avoid
Flue dust and gray haze are directly discharged, as shown in fig. 7, the refuse collector 10 of the present invention also includes filter 600, with described the
Two chambers 120 are connected, and the discharge of flue dust and gray haze can be reduced by filter 600, for example, the filter 600 wraps
Ventilation shaft is included, the ventilation shaft connects with the second chamber 120, in order to avoid overlapping investment, for example, the filtering dress
600 are put to be arranged on the ventilation assembly 500, for example, the ventilation shaft is the ventilating duct 520 in above-described embodiment, it is described
Filter screen 610 is provided with ventilating duct 520, for example, as shown in fig. 7, the filter screen 610 be respectively arranged at the wind wheel 510 it is logical
The both ends in air channel 520, so, while the ventilating duct 520 can divulge information, waste gas is filtered, for example, the filtering dress
600 one end for being arranged at the ventilating duct 520 are put, when flue dust and gray haze are discharged with waste gas through ventilating duct 520, the filter screen
610 can effectively filter molecule, flue dust and the gray haze discharged with waste gas, for example, the ventilating duct 520 is provided with multiple filters
Net 610, for example, multiple filter screens 610 have mesh, and the mutual stagger setting of mesh of multiple filter screens 610, it can so carry
The interdiction capability of the high filter screen 610 so that molecule, flue dust and gray haze are effectively intercepted by multiple filter screens 610;Example
Such as, the ventilating duct 520 is provided with wind wheel 510 and filter screen 610, and when the wind wheel 510 rotates, waste gas is by the wind wheel 510
Extract out, molecule, flue dust and the gray haze that waste gas carries then are intercepted by the filter screen 610.
In order to improve the mass rate of emission of waste gas, for example, the mesh diameter is 2~8mm, it should be understood that mesh mistake
Greatly, then interception molecule, the ability of flue dust reduce, and mesh is too small, then causes the mass rate of emission of waste gas to reduce, preferably
Ground, the mesh diameter are 4~6mm, it is preferable that the mesh diameter is 5mm, so that waste gas can be quickly through described
Filter screen 610, there is higher emissions speed, and the interception molecule of filter screen 610, the ability of flue dust are also higher.
It should be understood that the larger molecule of volume, flue dust are easily intercepted by filter screen 610, but due to flammable rubbish
Caused waste gas has intense irritation smell after rubbish burning, and is easily carried pernicious gas, in order to avoid pernicious gas is discharged,
For example, as shown in figure 8, the filter 600 also includes filtering chamber 630, the ventilating duct 520 includes the interior He of air channel 521
Outer air duct 522, the interior air channel 521, the filtering chamber 630 and the outer air duct 522 are sequentially communicated, for example, the filtering
The bottom of chamber 630 is provided with filtering solution, for example, the filtering solution is alkaline solution, in general, caused by combustiblerefuse
Waste gas or pernicious gas are sour gas, when sour gas is circulated to the filtering chamber 630 through interior air channel 521, sour gas
Body is neutralized with alkaline solution so that acidic materials are filtered, so that waste gas is purified.
In order to further improve the filter efficiency to waste gas, for example, referring again to Fig. 8, the outer air duct 522 is set vertically
Put, the opening of the outer air duct 522 is arranged at the top of the outer air duct 522, and is provided with spray thrower in the outer air duct 522
Structure 620, when waste gas is after the filtering chamber 630 is circulated to outer air duct 522, the spraying mechanism 620 of the outer air duct 522 is used
In ejecting liquid, liquid adhesive is on the molecule and gray haze discharged with waste gas so that the weight of molecule and gray haze increases
Greatly, molecule and gray haze drop under gravity, for example, the bottom of the outer air duct 522 connects with the filtering chamber 630
Logical, so, the liquid that the spraying mechanism 620 sprays can be fallen in filtering chamber 630, and has adhered to small of liquid
Grain and gray haze are also fallen into filtering chamber 630 under gravity, in order to improve the neutralization efficiency to sour gas, for example, institute
The liquid for stating the spray of spraying mechanism 620 is alkaline solution, for example, the spraying mechanism 620 includes rotary nozzle, the rotation spray
The alkaline solution that head ejects increases the contact surface with waste gas so that alkaline solution and sour gas are sufficiently mixed, fully connect
Touch, improve neutralization efficiency, avoid the discharge of pernicious gas.
In order to improve the efficiency that refuse collector 10 handles rubbish, for example, the refuse collector 10 of the present invention also wraps
Include control device, the control device respectively with first drive mechanism 320, the second drive mechanism 141, the 3rd drive mechanism
420th, igniter, wind wheel 510 and spraying mechanism 620 connect, when placing the moisture rubbish contained in the first chamber 110,
The control device controls first drive mechanism 320 to work, and drives the stripper plate 310 to extrude rubbish, makes rubbish
Rubbish is dehydrated;When the rubbish heap of first chamber 110 is high-volume larger, the control device controls second drive mechanism 141
Work, drives the dividing plate 140 to open, and then the control device controls the 3rd drive mechanism 420 to work, described in driving
Pushing plate 410 moves, and the rubbish in the first chamber 110 is pushed into the second chamber 120, when the second chamber
When quantity of refuse is larger in 120, the control device controls second drive mechanism 141 to work, and drives the dividing plate 140 to close
Close, now, the control device controls the igniter work, the rubbish in the second chamber 120 is lighted, described second
During incineration firing in chamber 120, the control device controls the wind wheel 510 to work, and the second chamber 120 is taken out
Wind so that air circulation, control the ejecting liquid of spraying mechanism 620, neutralized, filtered to the waste gas of discharge, by upper
The process of stating improves the efficiency of garbage disposal.
Due to non-combustible waste, such as house refuse, including swill, corruption is placed in the 3rd chamber 130
Rotten vegetables and fruits, meat etc., these non-combustible wastes are organic matter, after standing time is grown, easily trigger stench, and breed bacteria, are
The treatment effeciency to non-combustible waste is improved, and improves resource utilization, as shown in figure 9, the refuse collector of the present invention
10 also include fermenting cellar 700, and the fermenting cellar 700 is arranged at the bottom of casing 100, and the fermenting cellar 700 and the 3rd chamber
Room 130 connects, for example, when the casing 100 is arranged at ground, the fermenting cellar 700 is arranged at underground, for example, in casing
100 place subsurfaces excavate or set a fermenting cellar 700, the sealed set of fermenting cellar 700, and with the of the casing 100
Three chambers 130 connect, and so, swill, the non-combustible wastes such as vegetables and fruits, meat that rot can be emitted into fermenting cellar 700, ferment
Fermented in room 700, so as to avoid that breed bacteria too long is placed in casing 100, produce stench, meanwhile, without sanitation cart
Transfer to these non-combustible wastes, avoid impacting environment during transfer, substantially increase non-combustible waste
Treatment effeciency.
In order to improve the discharge efficiency of non-combustible waste, for example, referring again to Fig. 9, refuse collector of the invention
10 also include fermentation passage 710, and the 3rd chamber 130 is connected by the fermentation passage 710 with the fermenting cellar 700, institute
Fermenting cellar 700 can be discharged into along the fermentation passage 710 by stating the non-combustible waste in the 3rd chamber 130, be improved non-combustible
The discharge efficiency of rubbish.
When non-combustible waste in fermenting cellar 700 fermenting cellar 700, to avoid the smell in the fermenting cellar 700 from being emitted into
3rd chamber 130, and distributed by the 3rd chamber 130 to outside, periphery crowd is influenceed, for example, as shown in Figure 10, institute
State the bottom of the 3rd chamber 130 and be movably set with baffle plate 170, the gear of baffle plate 170 is located at one end of the fermentation passage 710, example
Such as, the bottom of the 3rd chamber 130 sets a fermentation mouth 133, and the fermentation mouth 133 connects with the fermentation passage 710, described
Baffle plate 170, which rotates, is arranged at the fermentation mouth 133, when the non-combustible waste of the 3rd chamber 130 is excessive, the baffle plate
170 open, and non-combustible waste is emitted into the fermentation passage 710 by the fermentation mouth 133 and enters fermenting cellar 700, for example, described
Baffle plate 170 is arranged to two, and two baffle plates 170 are symmetricly set in the both ends of the fermentation mouth 133, two baffle plates
170 split settings, when the non-combustible waste of the 3rd chamber 130 is excessive, two baffle plates 170 are opened opposite to each other so that
Non-combustible waste discharges.
In order to further improve the discharge efficiency of non-combustible waste, for example, as shown in figure 9, the fermentation passage 710 tilts
Set, for example, the fermentation passage 710 is from one end of close 3rd chamber 130 to close to one end of the fermenting cellar 700
Tilt gradually downward, the fermentation passage 710 being obliquely installed with being advantageous to non-combustible waste quick drain, for the further row of raising
Speed is put, for example, as shown in Figure 10, the fermentation passage 710 is vertically arranged, so, non-combustible in the 3rd chamber 130
Rubbish under gravity, along the fermentation quick drain of passage 710 to the fermenting cellar 700.
It should be understood that the fermentation time of non-combustible waste is longer, a large amount of rubbish will be accumulated in so described fermenting cellar 700
Rubbish, in order to improve the capacity of the fermenting cellar 700, for example, the volume of the fermenting cellar 700 is more than the 3rd chamber 130
Volume, for example, the volume of the fermenting cellar 700 is 60~90 times of the volume of the 3rd chamber 130, in order to improve the hair
The capacity of ferment room 700, while avoid fermenting cellar 700 from taking excessive land area, for example, the inwall tool of the fermenting cellar 700
There is arcuate structure, for example, the fermenting cellar 700 has arcuate structure on level cross-sectionn, for example, the fermenting cellar 700 exists
Circle is shaped as on level cross-sectionn;And for example, as shown in Figure 10, the inwall of the fermenting cellar 700 has circular configuration, example
Such as, the fermenting cellar 700 has arcuate structure on vertical cross section, and circular or arc fermenting cellar 700 is more square to be had
Bigger capacity.
In order to improve resource utilization, Figure 10 is referred to, refuse collector 10 of the invention also includes air supply pipe 230,
The fermenting cellar 700 is connected by the air supply pipe 230 with the igniter 200, it should be understood that the fermenting cellar
After non-combustible waste fermentation in 700, the mixed gas such as methane will be produced, methane has combustibility, in order to improve the utilization of resources
Rate, the energy is saved, the methane for generation of being fermented in the fermenting cellar 700 can be used for the igniting of igniter 200 to use, and only be needed due to lighting a fire
A small amount of fuel ignition is as kindling material, and without burned for long time, therefore, caused methane meets for igniting dress in fermenting cellar 700
Put 200 demand for fuel;For example, the refuse collector 10 of the present invention also includes fuel tank (not shown), the air supply pipe 230 wraps
Three-way pipe is included, the three-way pipe is connected with fermenting cellar 700, igniter 200 and fuel tank respectively, so, when the fermenting cellar
When 700 methane is not enough to supply the feeding mechanism igniting, the three-way pipe is by the fuel of the fuel tank described in
Igniter 200, the igniter 200 is avoided to lack fuel and lead to not light a fire.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses the several embodiments of the present invention, and its description is more specific and detailed, but simultaneously
Can not therefore it be construed as limiting the scope of the patent.It should be pointed out that come for one of ordinary skill in the art
Say, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the protection of the present invention
Scope.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.