CN108772411A - A kind of dehydration conveying equipment for kitchen castoff - Google Patents
A kind of dehydration conveying equipment for kitchen castoff Download PDFInfo
- Publication number
- CN108772411A CN108772411A CN201810732724.3A CN201810732724A CN108772411A CN 108772411 A CN108772411 A CN 108772411A CN 201810732724 A CN201810732724 A CN 201810732724A CN 108772411 A CN108772411 A CN 108772411A
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- China
- Prior art keywords
- electric welding
- water
- crust
- work box
- kitchen castoff
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Classifications
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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
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B5/00—Operations not covered by a single other subclass or by a single other group in this subclass
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B09—DISPOSAL OF SOLID WASTE; RECLAMATION OF CONTAMINATED SOIL
- B09B—DISPOSAL OF SOLID WASTE
- B09B2101/00—Type of solid waste
- B09B2101/02—Gases or liquids enclosed in discarded articles, e.g. aerosol cans or cooling systems of refrigerators
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- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Treatment Of Sludge (AREA)
Abstract
The invention discloses a kind of dehydration conveying equipments for kitchen castoff, its structure includes braced frame, movable pulley, work box, reinforces processing unit, discharge port, adjustment axis, feed hopper, liquid outlet, movable pulley is equipped with 4 and is respectively arranged on four corner of braced frame lower surface and is connected by manner altogether, work box, which is set to braced frame upper surface middle part and is bolted, to be connected, and is reinforced processing unit and is set to inside work box and is connected by organ's hinge.The present invention by equipped with reinforcement processing unit, it can be when equipment processing will finish, it is cleaned and is handled under the action of water transport structure starts remaining a small amount of kitchen castoff under the mutual cooperation effect for carrying out source mechanism with watering in flow, it avoids being stained on inside equipment, and a large amount of wastes of resource will not be caused, simultaneously by the fine and smooth degree of the dry material after internal setting stirring twice effectively improves dehydration, reinforce the treatment effect of integral device.
Description
Technical field
The present invention relates to kitchen castoff processing technology fields, more precisely, being a kind of taking off for kitchen castoff
Water conveying equipment.
Background technology
Kitchen garbage is commonly called as hogwash, also known as swill, swill, is the sanitary waste that resident is formed during personal consumption,
It easily rots, distributes stench, spread germs and viral.Kitchen garbage main component include rice and flour group food it is remaining,
Vegetables, vegetable and animals oils, meat bone etc. have starch, cellulose, protein, lipid and inorganic salts chemically on composition.
Currently, Chinese kitchen offal treatment is in the starting stage, existing kitchen castoff processing equipment generally uses
Other industry former improves existing equipment, and plurality of devices is spliced to form a set of processing equipment, rarer to be directed to
In the equipment that kitchen castoff handles exclusive R & D design.But this kitchen castoff dehydration conveying equipment exists such as at present
Lower disadvantage：
1, current device because kitchen castoff gradually tails off, then causes rear stage kitchen castoff to obtain not when handling end
It to processing, then rests on inside equipment, and resource is caused largely to waste.
2, for kitchen castoff in separation, the processing of siccative object is more long, and product effect is bad.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of dehydration conveyings for kitchen castoff to set
Standby, the current device to solve the prior art because kitchen castoff gradually tails off, then causes rear stage kitchen useless when handling end
Gurry cannot be handled, then rested on inside equipment, and resource is caused largely to waste, and kitchen castoff is in separation, siccative
Object processing is more long, and the defect that product effect is bad.
To achieve the goals above, the present invention is to realize by the following technical solutions：
A kind of dehydration conveying equipment for kitchen castoff, structure include braced frame, movable pulley, work box, add
Strong processing unit, discharge port, adjustment axis, feed hopper, liquid outlet, the movable pulley are equipped with 4 and are respectively arranged on braced frame altogether
Four corner of lower surface is simultaneously connected by manner, and the work box is set to braced frame upper surface middle part and is consolidated by bolt
Surely it is connected, the reinforcement processing unit is set to inside work box and is connected by organ's hinge, and the discharge port is set to work
Make on the left of case, the discharge port is integrated with work box, and the adjustment axis is set on the left of work box and leads to discharge port
It crosses internal thread lines to be connected, the feed hopper is set on the right side of work box and by electric welding is connected, the feed hopper and work
Case connects, the liquid outlet be set to work box lower surface and by electric welding be connected, the reinforcement processing unit by power Lai
Source mechanism, first rabbling mechanism, automatic material guide structure, transmission connecting structure, opening and closing source structure, water transport structure, watering start
Come source mechanism, crust of the device, demarcation strip composition, power resources mechanism top and first rabbling mechanism be driven be connected and with
Water transport structure is electrically connected, the automatic material guide structure below the first rabbling mechanism and by transmission connecting structure and opening and closing come
Source mechanism is connected by pulling, and the watering startup carrys out source mechanism left part and is located at lower part and its right part and opening and closing in water transport structure
Source structure is connected by engagement, and the demarcation strip is set to middle and upper part in crust of the device and is connected by electric welding.
As further scheme of the invention, the power resources mechanism is by protective cover, driving motor, shaft, chain, filter
The network of rivers, No.1 roll shaft, No.1 Auger leaf composition, the protective cover is set on the right side of crust of the device and is connected by electric welding, described
Driving motor be set to protective cover inside, the shaft be set to driving motor on the left of and by electric welding be connected, the shaft with just
Secondary rabbling mechanism is connected by chain, and the water strainer is outside lower part in crust of the device, the water strainer both ends and device
Shell is connected by bolt, and the No.1 roll shaft is set to inside water strainer and its right end is connected with shaft by ring flange, institute
No.1 Auger leaf is stated set on No.1 roll shaft surface and is installed in the shape of a spiral, the No.1 Auger leaf is with No.1 roll shaft by being welded phase
Connection.
As the present invention further scheme, the first rabbling mechanism by swingle, No. two roll shafts, No. two Auger leaves,
Sieve plate, discharging the taper bucket composition are filtered, the swingle is set to protective cover internal upper part and is connected by electric welding, No. two rollers
It is located in upper right quarter in crust of the device and its right side is connected with swingle by ring flange, No. two Auger leaves are set to No. two
Roll shaft surface is simultaneously installed in the shape of a spiral, and No. two Auger leaves are connected with No. two roll shafts by electric welding, and the filtering sieve plate is set
Below No. two roll shafts and its left and right ends is bolted to connection with crust of the device, and the discharging the taper bucket is set to sieves
It is connected below plate and with crust of the device by electric welding.
As further scheme of the invention, the automatic material guide structure is by fixed plate, turntable, torsional spring, central shaft, fixation
Button composition, the fixed plate left side are connected with lower-left wall in discharging the taper bucket by electric welding, and it is right that the turntable is set to fixed plate
Side is simultaneously connected by torsional spring, and the central shaft is set on the right side of turntable and is vertically connected by electric welding and connect, and the fixing buckle is set to
It is in parallel on the left of turntable and with central shaft, the fixing buckle is vertically connected by electric welding with turntable and is connect, the fixing buckle and transmission
Connection structure is connected.
As the present invention further scheme, the transmission connecting structure by No.1 rope, fixed pulley, No.1 sheave post,
No. two sheave post compositions, the fixed pulley are set to lower-left wall in discharging the taper bucket and are connect by being welded to be vertically connected, the No.1
Sheave post is set to demarcation strip upper surface middle part and is vertically connected and connects by electric welding, on No. two sheave posts are set in crust of the device
It is vertically connected on the left of wall and by electric welding and is connect, No.1 rope one end is connected with fixing buckle winding and the other end is around fixed sliding
Wheel, No.1 sheave post, No. two sheave posts are connected with opening and closing source structure winding.
As the present invention further scheme, the opening and closing source structure by No.1 holder, sliding sleeve, No. two holders, sleeve,
Spring, linear gear rack composition, the No.1 branch is set up in crust of the device on the left of upper wall and is vertically connected by electric welding and connect, described
Sliding sleeve is set to No.1 pedestal lower end and is connected by electric welding, and No. two branch are set up in crust of the device on the left of upper wall and pass through
Electric welding, which is vertically connected, to be connect, and the sleeve is set to No. two pedestal lower ends and is connected by electric welding, and the linear gear rack left end passes through
Sliding sleeve simultaneously stretches into sleeve inner, and the linear gear rack is connected with sleeve by spring, and the linear gear rack starts to come with watering
Source mechanism is connected by engagement and its right end is connected with the winding of No.1 rope.
As further scheme of the invention, the water transport structure is by water tank, water pump machine, double end water pumper, water outlet, water
Pipe, sprinkler tip composition, the water tank are set on the left of crust of the device upper surface and are connected by bolt, and the water pump machine is set to
It is electrically connected in crust of the device on the left of upper wall and with driving motor, the double end water pumper is connected with water pump machine by driving, institute
State water outlet one end be connected with double end water pumper and the other end pass through demarcation strip, the water pipe be set to demarcation strip below and with go out
The mouth of a river is connected, and the sprinkler tip is equipped with multiple and is respectively arranged below water pipe.
As the present invention, further scheme, the watering startup carry out source mechanism by gear, take-up roller, No. two ropes, three
Number sheave post, expansion plate, support spring composition, the gear are connected with linear gear rack by engaging, and the take-up roller is set to
It is vertically connected in the middle part of gear front surface and by electric welding and is connect, No. three sheave posts are set to demarcation strip upper surface and are hung down by being welded
Directly it is connected, the expansion plate is set to right side in water outlet and is connect by being welded to be vertically connected, and the support spring is set to flexible
Intralamellar part, described No. two rope one end are connected with take-up roller wound clockwise and the other end bypasses No. three sheave posts and stretches into
The winding of contracting intralamellar part is connected.
The beneficial effects of the present invention are：A kind of dehydration conveying equipment for kitchen castoff of the present invention, inspection are set
Standby energization situation will wait for that the kitchen castoff that need to be handled pours into inside feed hopper, and be handled by reinforcement inside work box
Device is processed, and driving motor is powered when connecing electricity, and shaft is driven to be rotated so that is connected by chain with it
Swingle synchronous operation under its effect, and then drive and operated synchronously by No. two roll shafts that ring flange is connected with it, and lead to
No. two Auger leaves are crossed to be stirred the waste poured into, it is stirred after waste then fall to and stir for the first time by filtering sieve plate
Mix mechanism, and can not be stirred under the action of continuing in number Auger leaf by filtering material that sieve plate is fallen, central shaft by
When the gravity of the material from preliminary treatment, then rotate clockwise, at the same fixing buckle synchronize and rotate clockwise with turntable,
And No.1 rope pulls linear gear rack to move right so that is rotated clockwise, and received by engaging the gear being connected with it
Line roller then carries out unwrapping wire under the action of gear so that expansion plate support spring under the interaction of No. two ropes to moving to left
It moves, and close water outlet to prevent from being discharged, material is under the action of automatic material guide structure by expecting that the taper bucket drops into water strainer
Portion, and No.1 roll shaft is synchronized with it under the action of shaft and is rotated, and No.1 Auger leaf is driven to move synchronously, and fall
Enter the material inside water strainer and then carry out rubbing discharge feed side under the action of No.1 roll shaft and No.1 Auger leaf, liquid is then in No.1
It is flowed out by the aperture of water strainer under the extruding of Auger leaf No.1 Auger leaf, and equipment is flowed out by liquid outlet, and dry material is then
It squeezes under the turning effort of No.1 roll shaft and is flowed out from discharge port to the left, and adjust the discharging speed of discharge port by adjustment axis
Degree, and water transport structure water delivery under the action of driving motor, when equipment stops guide and its internal material is less, then center
Axis, which is no longer influenced by the gravity from material and is rotated counterclockwise under the action of torsional spring, drives fixing buckle to return to home position, into
And no longer have to No.1 rope and pull, and linear gear rack is also moved to the left under the action of the spring and being engaged with gear makes it do
It rotates counterclockwise, and passes through take-up roller take-up so that expansion plate moves right, and water is then flowed out from water outlet, and is sprayed by sprinkling water
Head, which is spread to power resources are in-house, handles remaining material.
A kind of dehydration conveying equipment for kitchen castoff of the present invention, by equipped with reinforcement processing unit, can be
When equipment processing will finish, in the case where water transport structure starts the mutual cooperation effect for carrying out source mechanism with watering by remaining a small amount of meal
Kitchen waste is cleaned and is handled under the action of flow, avoids being stained on inside equipment, and will not cause a large amount of of resource
Waste, while by the fine and smooth degree of the dry material after internal setting stirring twice effectively improves dehydration, reinforcing integral device
Treatment effect.
Description of the drawings
By reading with reference to attached drawing to being described in detail made by non-limiting embodiment, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings：
Fig. 1 is a kind of structural schematic diagram of dehydration conveying equipment for kitchen castoff of the present invention.
Fig. 2 is a kind of structural plan figure for reinforcing processing unit of the present invention.
Fig. 3 is the schematic enlarged-scale view at A in Fig. 2 of the present invention.
Fig. 4 is the schematic enlarged-scale view at B in Fig. 2 of the present invention.
Fig. 5 is a kind of detailed structure view for reinforcing processing unit of the present invention.
Fig. 6 is a kind of working state figure for reinforcing processing unit of the present invention.
In figure：Braced frame -1, movable pulley -2, work box -3, reinforce processing unit -4, discharge port -5, adjustment axis -6, into
Hopper -7, liquid outlet -8, power resources mechanism -401, first rabbling mechanism -402, automatic material guide structure -403, be sequentially connected knot
Structure -404, opening and closing source structure -405, water transport structure -406, watering, which start, to be carried out source mechanism -407, crust of the device -408, separates
Plate -409, protective cover -4010, driving motor -4011, shaft -4012, chain -4013, water strainer -4014, No.1 roll shaft -
4015, No.1 Auger leaf -4016, swingle -4020, No. two roll shafts -4021, No. two Auger leaves -4022, filtering sieve plate -4023,
Discharge the taper bucket -4024, fixed plate -4030, turntable -4031, torsional spring -4032, central shaft -4033, fixing buckle -4034, No.1
Rope -4040, fixed pulley -4041, No.1 sheave post -4042, No. two sheave posts -4043, No.1 holder -4050, sliding sleeves -
4051, No. two holders -4052, sleeve -4053, spring -4054, linear gear rack -4055, water tank -4060, water pump machine -4061, double
Head water pumper -4062, water outlet -4063, water pipe -4064, sprinkler tip -4065, gear -4070, take-up roller -4071, two
Rope -4072, No. three sheave posts -4073, expansion plate -4074, support springs -4075.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As shown in figs 1 to 6, the present invention provides a kind of technical solution of the dehydration conveying equipment for kitchen castoff：
A kind of dehydration conveying equipment for kitchen castoff, structure include braced frame 1, movable pulley 2, work box 3,
Reinforce processing unit 4, discharge port 5, adjustment axis 6, feed hopper 7, liquid outlet 8, the movable pulley 2 is equipped with 4 and is respectively arranged on altogether
1 lower surface of braced frame, four corner is simultaneously connected by manner, and the work box 3 is set to 1 upper surface middle part of braced frame
And be bolted and be connected, the reinforcement processing unit 4 is set to 3 inside of work box and is connected by organ's hinge, institute
Discharge port 5 is stated set on 3 left side of work box, the discharge port 5 is integrated with work box 3, and the adjustment axis 6 is set to work
3 left side of case is simultaneously connected with discharge port 5 by internal thread lines, and the feed hopper 7 is set to 3 right side of work box and by being welded phase
Connection, the feed hopper 7 connect with work box 3, and the liquid outlet 8 is set to 3 lower surface of work box and is connected by electric welding,
The reinforcement processing unit 4 is tied by power resources mechanism 401, first rabbling mechanism 402, automatic material guide structure 403, drive connection
Structure 404, opening and closing source structure 405, water transport structure 406, watering, which start, comes source mechanism 407, crust of the device 408,409 groups of demarcation strip
At 401 top of power resources mechanism is connected and is electrically connected with water transport structure 406, institute with the transmission of first rabbling mechanism 402
Automatic material guide structure 403 is stated set on 402 lower section of first rabbling mechanism and by transmission connecting structure 404 and opening and closing come source mechanism
405 are connected by pulling, the watering start come 407 left part of source mechanism be located in water transport structure 406 lower part and its right part and
Opening and closing source structure 405 is connected by engagement, and the demarcation strip 409 is set to middle and upper part in crust of the device 408 and passes through electric welding
It is connected, the power resources mechanism 401 is by protective cover 4010, driving motor 4011, shaft 4012, chain 4013, water strainer
4014, No.1 roll shaft 4015, No.1 Auger leaf 4016 form, and the protective cover 4010 is set to 408 right side of crust of the device and passes through
Electric welding is connected, and the driving motor 4011 is set to inside protective cover 4010, and it is left that the shaft 4012 is set to driving motor 4011
Side is simultaneously connected by electric welding, and the shaft 4012 is connected with first rabbling mechanism 402 by chain 4013, the water strainer
4014 are set to lower part in crust of the device 408, and 4014 both ends of the water strainer are connected with crust of the device 408 by bolt, described
No.1 roll shaft 4015 is set to 4014 inside of water strainer and its right end is connected with shaft 4012 by ring flange, the No.1 Auger
Leaf 4016 is set to 4015 surface of No.1 roll shaft and installs in the shape of a spiral, and the No.1 Auger leaf 4016 passes through with No.1 roll shaft 4015
Electric welding is connected, and the first rabbling mechanism 402 is by swingle 4020, two roll shaft 4021, two Auger leaf 4022, sieves
Plate 4023, discharging the taper bucket 4024 form, and the swingle 4020 is set to 4010 internal upper part of protective cover and is connected by electric welding,
No. two roll shafts 4021 are set to upper right quarter in crust of the device 408 and its right side is connected with swingle 4020 by ring flange,
No. two Auger leaves 4022 are set to and No. two 4021 surfaces of roll shaft and install in the shape of a spiral, No. two Auger leaves 4022 and No. two
Roll shaft 4021 is connected by electric welding, and the filtering sieve plate 4023 is set on No. two 4021 lower sections of roll shafts and its left and right ends and device
Shell 408 is bolted to connection, the discharging the taper bucket 4024 be set to filtering sieve plate 4023 lower section and with crust of the device 408
By electric welding be connected, the automatic material guide structure 403 by fixed plate 4030, turntable 4031, torsional spring 4032, central shaft 4033,
Fixing buckle 4034 forms, and 4030 left side of the fixed plate is connected with lower-left wall in discharging the taper bucket 4024 by electric welding, described
Turntable 4031 is set to 4030 right side of fixed plate and is connected by torsional spring 4032, and the central shaft 4033 is set to 4031 right side of turntable
And be vertically connected and connect by electric welding, the fixing buckle 4034 is set to 4031 left side of turntable and with central shaft 4033 in parallel, described
Fixing buckle 4034 is vertically connected by electric welding with turntable 4031 and is connect, and the fixing buckle 4034 is connected with transmission connecting structure 404,
The transmission connecting structure 404 is by 4042, No. two No.1 rope 4040, fixed pulley 4041, No.1 sheave post 4043 groups of sheave posts
At the fixed pulley 4041 is set to lower-left wall in discharging the taper bucket 4024 and is connect by being welded to be vertically connected, the No.1 pulley
Column 4041 is set to 409 upper surface middle part of demarcation strip and is vertically connected by electric welding and connect, and No. two sheave posts 4043 are set to device
It is connect in shell 408 on the left of upper wall and by being welded to be vertically connected, described 4040 one end of No.1 rope and fixing buckle 4034 wind phase
Connection and the other end bypass fixed pulley 4041,4042, No. two sheave posts 4043 of No.1 sheave post and opening and closing source structure 405 and wind
It is connected, the opening and closing source structure 405 is by No.1 holder 4050, sliding sleeve 4051, No. two holders 4052, sleeve 4053, springs
4054, linear gear rack 4055 forms, and the No.1 holder 4050 is set on the left of upper wall and vertical by being welded in crust of the device 408
It is connected, the sliding sleeve 4051 is set to 4050 lower end of No.1 holder and is connected by electric welding, and No. two holders 4052 are set to
It is connect in crust of the device 408 on the left of upper wall and by being welded to be vertically connected, the sleeve 4053 is set to No. two 4052 lower ends of holder simultaneously
It is connected by electric welding, 4055 left end of the linear gear rack passes through sliding sleeve 4051 and stretches into inside sleeve 4053, the straight line tooth
Item 4055 is connected with sleeve 4053 by spring 4054, and the linear gear rack 4055 carrys out source mechanism 407 with watering startup and passes through
Engagement is connected and its right end is connected with the winding of No.1 rope 4040, and the water transport structure 406 is by water tank 4060, water pump machine
4061, double end water pumper 4062, water outlet 4063, water pipe 4064, sprinkler tip 4065 form, and the water tank 4060 is set to device
Simultaneously be connected by bolt on the left of 408 upper surface of shell, the water pump machine 4061 be set in crust of the device 408 on the left of upper wall and with
Driving motor 4011 is electrically connected, and the double end water pumper 4062 is connected with water pump machine 4061 by driving, the water outlet
4063 one end are connected with double end water pumper 4062 and the other end passes through demarcation strip 409, the water pipe 4064 to be set to demarcation strip 409
Lower section is simultaneously connected with water outlet 4063, and the sprinkler tip 4065 is equipped with multiple and is respectively arranged on 4064 lower section of water pipe, described
Watering, which starts, carrys out source mechanism 407 by gear 4070, take-up roller 4071, two rope 4072, three sheave post 4073, expansion plate
4074, support spring 4075 forms, and the gear 4070 is connected with linear gear rack 4055 by engaging, the take-up roller 4071
It is vertically connected in the middle part of 4070 front surface of gear and by electric welding and is connect, No. three sheave posts 4073 are set on demarcation strip 409
Surface is simultaneously connect by being welded to be vertically connected, and the expansion plate 4074 is set to right side in water outlet 4063 and is vertically connected by electric welding
It connects, the support spring 4075 is set to inside expansion plate 4074, and 4072 one end of No. two ropes is clockwise with take-up roller 4071
Winding is connected and the other end bypasses No. three sheave posts 4073 and stretches into 4074 inner wrap of expansion plate and is connected.
A kind of dehydration conveying equipment for kitchen castoff of the present invention, its working principle is that：Check the energization of equipment
Situation will wait for that the kitchen castoff that need to be handled pours into inside feed hopper 7, and inside work box 3 by reinforce processing unit 4 into
Row processing, driving motor 4011 is powered when connecing electricity, and shaft 4012 is driven to be rotated so that passes through 4013 phase of chain with it
The swingle 4020 of connection synchronous operation under its effect, and then drive No. two roll shafts 4021 being connected by ring flange with it
Operate synchronously, and the waste poured into be stirred by No. two Auger leaves 4022, it is stirred after waste then passed through
Screen plate 4023 falls to first rabbling mechanism 402, and can not continued in a number hinge by filtering the material that sieve plate 4023 is fallen
It is stirred under the action of imperial leaf 4022, central shaft 4033 then does and turns clockwise when by the gravity of the material from preliminary treatment
It is dynamic, at the same fixing buckle 4034 synchronize and rotate clockwise with turntable 4031, and No.1 rope 4040 pulls linear gear rack 4055
It moves right so that it is rotated clockwise with it by engaging the gear being connected 4070, and take-up roller 4071 is then in gear
Unwrapping wire is carried out under the action of 4070 so that expansion plate 4074 under the interaction of support spring 4075 and No. two ropes 4072 to
It moves left, and close water outlet 4063 to prevent from being discharged, material is under the action of automatic material guide structure 403 by expecting the taper bucket 4024
It drops into inside water strainer 4014, and No.1 roll shaft 4015 is synchronized with it under the action of shaft 4012 and is rotated, and band
Dynamic No.1 Auger leaf 4016 moves synchronously, and falls into the material inside water strainer 4014 and then cut with scissors in No.1 roll shaft 4015 and No.1
Rubbing discharge feed side is carried out under the action of imperial leaf 4016, liquid then passes through filter under the extruding of No.1 Auger leaf No.1 Auger leaf 4016
The aperture in the network of rivers 4014 flows out, and flows out equipment by liquid outlet 8, and dry material is then under the turning effort of No.1 roll shaft 4015
It squeezes and is flowed out from discharge port 5 to the left, and adjust the discharging speed of discharge port 5 by adjustment axis 6, and water transport structure 406 is driving
Water delivery under the action of dynamic motor 4011, when equipment stops guide and its internal material is less, then central shaft 4033 no longer by
It is rotated counterclockwise to the gravity from material and under the action of torsional spring 4032 and fixing buckle 4034 is driven to return to home position, into
And no longer have to No.1 rope 4040 and pull, and linear gear rack 4055 is also moved to the left under the action of spring 4054 and and tooth
4070 engagement of wheel makes it rotate counterclockwise, and passes through 4071 take-up of take-up roller so that expansion plate 4074 moves right, water then from
Water outlet 4063 flows out, and is spread by sprinkler tip 4065 and handled remaining material to the inside of power resources mechanism 401.
Problems solved by the invention be the prior art current device handle end when, because kitchen castoff gradually tails off,
Then cause rear stage kitchen castoff that cannot handle, then rest on inside equipment, and resource is caused largely to waste, kitchen is discarded
For object in separation, the processing of siccative object is more long, and product effect is bad, and the present invention is combined with each other by above-mentioned component, is passed through
The reinforcement processing unit being equipped with can start in water transport structure with watering when equipment processing will be finished and carry out the mutual of source mechanism
Remaining a small amount of kitchen castoff is cleaned and handled under the action of flow under mating reaction, avoids being stained in equipment
Portion, and a large amount of wastes of resource will not be caused, while by the effective dry material after improving dehydration of inside setting stirring twice
Fine and smooth degree, reinforce the treatment effect of integral device.
Claims (8)
1. a kind of dehydration conveying equipment for kitchen castoff, structure includes braced frame (1), movable pulley (2), work box
(3), reinforce processing unit (4), discharge port (5), adjustment axis (6), feed hopper (7), liquid outlet (8), it is characterised in that：The shifting
Driving wheel (2) is equipped with 4 and is respectively arranged on four corner of braced frame (1) lower surface and is connected by manner altogether, the work
Make case (3) set on braced frame (1) upper surface middle part and being bolted to be connected, the reinforcement processing unit (4) is set to
Work box (3) is internal and is connected by organ's hinge, and the discharge port (5) is set on the left of work box (3), the discharge port
(5) it is integrated with work box (3), the adjustment axis (6) is set on the left of work box (3) and passes through with discharge port (5) interior
Screw thread lines is connected, the feed hopper (7) be set to work box (3) on the right side of and by electric welding be connected, the feed hopper (7) with
Work box (3) connects, and the liquid outlet (8) is set to work box (3) lower surface and is connected by electric welding；
The reinforcement processing unit (4) is by power resources mechanism (401), first rabbling mechanism (402), automatic material guide structure
(403), transmission connecting structure (404), opening and closing source structure (405), water transport structure (406), watering, which start, carrys out source mechanism
(407), crust of the device (408), demarcation strip (409) composition, power resources mechanism (401) top and first rabbling mechanism
(402) transmission is connected and is electrically connected with water transport structure (406), and the automatic material guide structure (403) is set to first rabbling mechanism
(402) it is connected by pulling come source mechanism (405) below and by transmission connecting structure (404) with opening and closing, the watering is opened
It moves and comes that source mechanism (407) left part is located at the interior lower part of water transport structure (406) and its right part passes through and engages with opening and closing source structure (405)
It is connected, the demarcation strip (409) is set to the interior middle and upper part of crust of the device (408) and is connected by electric welding.
2. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：The power
Carry out source mechanism (401) by protective cover (4010), driving motor (4011), shaft (4012), chain (4013), water strainer
(4014), No.1 roll shaft (4015), No.1 Auger leaf (4016) composition, the protective cover (4010) are set to crust of the device (408)
Right side is simultaneously connected by electric welding, and the driving motor (4011) is set to protective cover (4010) inside, and the shaft (4012) sets
It is connected on the left of driving motor (4011) and by electric welding, the shaft (4012) passes through chain with first rabbling mechanism (402)
Item (4013) is connected, the water strainer (4014) be set to crust of the device (408) interior lower part, water strainer (4014) both ends with
Crust of the device (408) is connected by bolt, the No.1 roll shaft (4015) be set to that water strainer (4014) is internal and its right end with
Shaft (4012) is connected by ring flange, and the No.1 Auger leaf (4016) is set to No.1 roll shaft (4015) surface and helically
Shape is installed, and the No.1 Auger leaf (4016) is connected with No.1 roll shaft (4015) by electric welding.
3. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：It is described first
Rabbling mechanism (402) by swingle (4020), No. two roll shafts (4021), No. two Auger leaves (4022), filtering sieve plate (4023), go out
Expect that the taper bucket (4024) forms, the swingle (4020) is set to protective cover (4010) internal upper part and is connected by electric welding, institute
No. two roll shafts (4021) are stated on the right side of the interior upper right quarter of crust of the device (408) and its to be connected by ring flange with swingle (4020)
It connects, No. two Auger leaves (4022) are set to No. two roll shaft (4021) surfaces and install in the shape of a spiral, No. two Auger leaves
(4022) it is connected by electric welding with No. two roll shafts (4021), the filtering sieve plate (4023) is set to below No. two roll shafts (4021)
And its left and right ends is bolted to connection with crust of the device (408), the discharging the taper bucket (4024) is set to filtering sieve plate
(4023) it is connected below and with crust of the device (408) by electric welding.
4. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：It is described automatic
Material guide structure (403) is by fixed plate (4030), turntable (4031), torsional spring (4032), central shaft (4033), fixing buckle (4034) group
At, it is connected by electric welding with discharging the taper bucket (4024) interior lower-left wall on the left of the fixed plate (4030), the turntable
(4031) it is set on the right side of fixed plate (4030) and is connected by torsional spring (4032), the central shaft (4033) is set to turntable
(4031) it is vertically connected on the right side of and by electric welding and is connect, the fixing buckle (4034) is set on the left of turntable (4031) and and central shaft
(4033) it is in parallel, the fixing buckle (4034) is vertically connected by electric welding with turntable (4031) and is connect, the fixing buckle (4034)
It is connected with transmission connecting structure (404).
5. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：The transmission
Connection structure (404) is by No.1 rope (4040), fixed pulley (4041), No.1 sheave post (4042), No. two sheave posts (4043)
Composition, the fixed pulley (4041) are set to the interior lower-left wall of discharging the taper bucket (4024) and are vertically connected by electric welding and connect, and described one
Number sheave post (4041) is set to demarcation strip (409) upper surface middle part and is vertically connected by electric welding and connect, No. two sheave posts
(4043) it is set on the left of the interior upper wall of crust of the device (408) and is vertically connected by electric welding and connect, described No.1 rope (4040) one end
It is connected with fixing buckle (4034) winding and the other end is around fixed pulley (4041), No.1 sheave post (4042), No. two sheave posts
(4043) it winds and is connected with opening and closing source structure (405).
6. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：The opening and closing
Source structure (405) is by No.1 holder (4050), sliding sleeve (4051), No. two holders (4052), sleeve (4053), spring
(4054), linear gear rack (4055) forms, and the No.1 holder (4050) is set on the left of the interior upper wall of crust of the device (408) and passes through
Electric welding, which is vertically connected, to be connect, and the sliding sleeve (4051) is set to No.1 holder (4050) lower end and is connected by electric welding, described No. two
Holder (4052) is set on the left of the interior upper wall of crust of the device (408) and is vertically connected by electric welding and connect, and the sleeve (4053) is set to
No. two holder (4052) lower ends are simultaneously connected by electric welding, and linear gear rack (4055) left end passes through sliding sleeve (4051) and stretches into
Sleeve (4053) is internal, and the linear gear rack (4055) is connected with sleeve (4053) by spring (4054), the straight line tooth
Item (4055) starts with watering to be carried out source mechanism (407) and is connected and its right end and No.1 rope (4040) wind and be connected by engage
It connects.
7. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：The water delivery
Structure (406) by water tank (4060), water pump machine (4061), double end water pumper (4062), water outlet (4063), water pipe (4064),
Sprinkler tip (4065) forms, and the water tank (4060) is set on the left of crust of the device (408) upper surface and is connected by bolt,
The water pump machine (4061) is set on the left of the interior upper wall of crust of the device (408) and is electrically connected with driving motor (4011), the double end
Water pumper (4062) is connected with water pump machine (4061) by driving, described water outlet (4063) one end and double end water pumper
(4062) be connected and the other end pass through demarcation strip (409), the water pipe (4064) be set to demarcation strip (409) below and with water outlet
Mouth (4063) is connected, and the sprinkler tip (4065) is equipped with multiple and is respectively arranged below water pipe (4064).
8. a kind of dehydration conveying equipment for kitchen castoff according to claim 1, it is characterised in that：The watering
Start come source mechanism (407) by gear (4070), take-up roller (4071), No. two ropes (4072), No. three sheave posts (4073), stretch
Contracting plate (4074), support spring (4075) composition, the gear (4070) are connected with linear gear rack (4055) by engaging, institute
Take-up roller (4071) is stated in the middle part of gear (4070) front surface and is vertically connected by electric welding and is connect, No. three sheave posts
(4073) it is set to demarcation strip (409) upper surface and is vertically connected by electric welding and connect, the expansion plate (4074) is set to water outlet
(4063) it is vertically connected on the right side of in and by electric welding and is connect, the support spring (4075) is set to expansion plate (4074) inside, described
No. two rope (4072) one end are connected with take-up roller (4071) wound clockwise and the other end bypasses No. three sheave posts (4073)
And it stretches into expansion plate (4074) inner wrap and is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810732724.3A CN108772411A (en) | 2018-07-05 | 2018-07-05 | A kind of dehydration conveying equipment for kitchen castoff |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810732724.3A CN108772411A (en) | 2018-07-05 | 2018-07-05 | A kind of dehydration conveying equipment for kitchen castoff |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108772411A true CN108772411A (en) | 2018-11-09 |
Family
ID=64031098
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810732724.3A Withdrawn CN108772411A (en) | 2018-07-05 | 2018-07-05 | A kind of dehydration conveying equipment for kitchen castoff |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108772411A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109821291A (en) * | 2019-03-18 | 2019-05-31 | 渭南市变宝餐厨垃圾环保科技有限公司 | A kind of kitchen garbage heating and filtering processing unit |
| CN111515008A (en) * | 2020-04-29 | 2020-08-11 | 顾涛 | Kitchen waste recycling system and method |
-
2018
- 2018-07-05 CN CN201810732724.3A patent/CN108772411A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109821291A (en) * | 2019-03-18 | 2019-05-31 | 渭南市变宝餐厨垃圾环保科技有限公司 | A kind of kitchen garbage heating and filtering processing unit |
| CN111515008A (en) * | 2020-04-29 | 2020-08-11 | 顾涛 | Kitchen waste recycling system and method |
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Application publication date: 20181109 |