CN109852537A - A kind of Novel biomass pool based on spiral heat exchange pipe coil - Google Patents
A kind of Novel biomass pool based on spiral heat exchange pipe coil Download PDFInfo
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- CN109852537A CN109852537A CN201811612645.5A CN201811612645A CN109852537A CN 109852537 A CN109852537 A CN 109852537A CN 201811612645 A CN201811612645 A CN 201811612645A CN 109852537 A CN109852537 A CN 109852537A
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Abstract
A kind of Novel biomass pool based on spiral heat exchange pipe coil, including pond body, cover board, baffle, external power supply, gas outlet and slag notch, further include rotation axis, spiral heat exchange pipe coil and heating coil, and agitating shaft, spiral heat exchange pipe coil and heating coil are sequentially connected；Heating coil and fixing axle is arranged in pool bottom, and heating coil and spiral heat exchange pipe coil are helical form.It is connect at the top of rotation axis with pond body top, by bearing and fixed axis connection, spiral heat exchange pipe coil bottom end is connect with heating coil for rotation axis bottom.Setting motor and worm screw worm gearing, motor rotation axis, worm screw worm gearing and rotation axis are sequentially connected at the top of pond body, and motor is electrically connected with external power supply.External hot water can flow into spiral heat exchange pipe coil and heating coil；After electrical power starting work, motor rotation axis rotates simultaneously drives worm screw worm gearing, rotation axis and spiral heat exchange pipe coil rotation respectively, equably stirs material in simultaneously heating bath body, improves material gas producing efficiency in pond body.
Description
Technical field
The present invention relates to technical field of methane more particularly to a kind of Novel biomass pools based on spiral heat exchange pipe coil.
Background technique
With China's expanding economy, social progress, life of urban resident is further improved, but rural resident
There are still many problems for life.This requires developing rural ecological mode of agriculture, improve rural environment, wherein comprehensively utilizing
Methane-generating pit is exactly an important channel for changing rural environment.Building a methane-generating pit can be used 20 years or so, comprehensive utilization
Good methane-generating pit can be energy saving, reduces environmental pollution, provides the fuel of cheap price and excellent quality for rural area, promotes the ecological agriculture and poultry
The development of animal husbandry.
Now with carrying forward vigorously for national policy, many areas in rural area have had methane-generating pit, but by visiting investigation
It was found that the methane-generating pit of each family, peasant household is idle or abandons phenomenon than more prominent, when main cause is that temperature is lower, methane tank gas production is imitated
Rate is low, or even occurs not producing gas phenomenon.Leaving unused or abandoning for methane-generating pit causes great fund and energy waste.
Though heating methane-generating pit has been released in market at present, such methane-generating pit is primarily present following problems: (1) in pond body inner wall
Heating coil is set, heat is transmitted to material in pond body by heating coil.But tank volume is larger, in pond body material compared with
More, the heating coil of pond body inner wall setting can not rapidly and uniformly be heated to material in pond body, and heating efficiency is lower, produce gas effect
Rate improves unobvious；(2) agitating shaft is set inside pond body, and agitating shaft is usually cylinder, agitating shaft and pond body materials inside
Contact area is smaller, can not rapidly and uniformly heat to material in pond body, and heating efficiency is lower, and gas producing efficiency improves unobvious.
Summary of the invention
Present invention aims at above-mentioned technical problem is solved, to provide a kind of marsh gas based on spiral heat exchange pipe coil
Pond.
The invention is realized by the following technical scheme:
A kind of Novel biomass pool based on spiral heat exchange pipe coil, including pond body 1, cover board 14, baffle 15, external power supply, go out
Port 10 and slag notch 18, the invention reside in further include rotation axis 7, spiral heat exchange pipe coil 8 and heating coil 4, the agitating shaft
7, spiral heat exchange pipe coil 8 and heating coil 4 are sequentially connected；1 bottom of the pond body setting heating coil 4 and fixing axle 5, it is described to add
Hot coil 4 and spiral heat exchange pipe coil 8 are helical form；7 top of the rotation axis with connected at the top of pond body 1,7 bottom of rotation axis
Portion is connect by bearing 6 with fixing axle 5；8 bottom end of spiral heat exchange pipe coil is connect with heating coil 4,1 top of pond body
Motor 9 and worm screw worm gearing 91,9 rotation axis of motor, worm screw worm gearing 91 and rotation axis 7 is arranged in top
It is sequentially connected, the motor 9 is electrically connected with external power supply；
Further, the fixing axle 5 and rotation axis 7 are hollow shape, and 7 top of rotation axis and bottom end are open,
5 top of fixing axle and bottom end are open.
Further, the spiral heat exchange pipe coil 8 includes first end 81, the second end 82 and conveyor screw 83, the spiral shell
Rotation body 83 is connect with first end 81, the second end 82 respectively；The first end 81 is connected including the first straight tube 811, first
Elbow 812, the second straight tube 813, the first rotary joint 814 and third straight tube 815；83 top of conveyor screw, the first straight tube
811, the first connecting bend 812, the second straight tube 813, the first rotary joint 814 and third straight tube 815 are sequentially connected；Described
Two ends 82 include the 4th straight tube 821, the second connecting bend 822, the 5th straight tube 823, the second rotary joint 824, the 6th straight tube
825, third connecting bend 826 and the 7th straight tube 827；83 bottom end of conveyor screw, the 4th straight tube 821, the second connecting bend
822, the 5th straight tube 823, the second rotary joint 824, the 6th straight tube 825, third connecting bend 826 and the 7th straight tube 827 be successively
Connection；83 top of conveyor screw corresponds to 7 side-walls aperture of rotation axis, and 83 bottom end of conveyor screw corresponds to 7 side-walls of rotation axis
Aperture, the corresponding 7 side-walls aperture of rotation axis of the 7th straight tube 827；7th straight tube 827 is connect with the heating coil 4.
Further, the worm screw worm gearing 91 includes worm screw 911 and turbine 912, the worm screw 911 and turbine
912 connections.9 rotation axis of motor is connect with worm screw 911, and the turbine 912 is connect with the rotation axis 7.
Further, multiple first connecting columns 84 of setting in the formed spiral space of the conveyor screw 83, described each the
One connecting column 84 is connected and fixed with conveyor screw 83 respectively.
Further, multiple second connecting columns 85 of setting in the formed spiral space of the conveyor screw 83, described second connects
It connects 85 one end of column to be connected and fixed with conveyor screw 83, the other end is connected and fixed with rotation axis 7.
Further, multiple blades 841 are arranged in first connecting column 84.
Further, insulating 2, accumulation of heat soaking insulating layer 3 and waterproof are followed successively by above 1 bottom wall 111 of pond body
Layer 19；Heating coil 4 is set in the accumulation of heat soaking insulating layer 3.
Further, 1 bottom wall of pond body, 111 material is cement or iron sheet；Filling-foam cement is exhausted in insulating 2
Hot material, glass fibre or foamed plastic, the accumulation of heat soaking insulating layer 3 is interior to fill pea gravel concrete；The waterproof layer 19 is
Polytetrafluoroethylene (PTFE) or nanometer plastic membrane material；The heating coil 4 is polybutene or plastic-aluminum material.
Further, rain-proof shelter is set above the rotation axis 7 and motor 9, the rain-proof shelter includes top cover 11, first
Dagger 12 and the second support column 13, the top cover 11 are flexibly connected with the first support column 12, the second support column 13 respectively, and described
One support column 12, the second support column 13 are flexibly connected with cover board 14 respectively.
Further, the baffle 15 is flexibly connected with cover board 14, is lightweight thermal insulation layer 16 above the cover board 14, described
Cover board 14 is tempered glass material.
Compared with prior art, the present invention mainly has the beneficial effect that: (1) the present invention overcomes the technology of the prior art is inclined
See, spiral heat exchange pipe coil, the spiral heat exchange pipe coil and rotation axis connection are arranged in pond body, and the spiral heat exchange pipe coil is spiral shell
Shape is revolved, is capable of increasing and pond body materials inside contact area.Spiral heat exchange pipe coil rotation, external hot water are driven after rotation axis rotation
Spiral heat exchange pipe coil can be flowed into, therefore, spiral heat exchange pipe coil rotation after, can uniform stirring pond body materials inside, and give pond
Body materials inside transmits heat, makes pond body materials inside rapidly and uniformly heat temperature raising, and heating efficiency is high, effectively improves pond body
Materials inside gas producing efficiency；Meanwhile spiral heat exchange pipe coil can effectively remove spiral shell with the frictional force of storeroom in rotary course
The dirt for revolving heat exchange coil surface, increases the heat exchange efficiency of spiral heat exchange pipe coil；(2) conveyor screw of spiral heat exchange pipe coil is formed
Multiple first connecting columns of setting, each first connecting column are connected and fixed with conveyor screw respectively in spiral space；The spiral
Multiple second connecting columns of setting in the formed spiral space of body, second connecting column one end is connected and fixed with conveyor screw, another
End is connected and fixed with rotation axis.First connecting column and the second connecting column can prevent from shaking in conveyor screw rotary course
It is dynamic, keep conveyor screw rotation more stable, improves methane-generating pit job stability；(3) multiple blades, spiral shell is arranged in first connecting column
Revolve in body rotary course, blade can material in cutup pool body, prevent from being wound in conveyor screw rotary course by material, make conveyor screw
Smooth rotation is stablized, it is ensured that methane-generating pit job stability；(4) heating coil is arranged in pool bottom, and the heating coil is spiral
Shape is capable of increasing heating coil and pool bottom contact area, makes material thermally equivalent in pond body, improves material heating in pond body
Efficiency, and then improve material gas producing efficiency in pond body；(5) pond body bottom wall is sequentially arranged above insulating, accumulation of heat soaking is protected
Warm layer and waterproof layer can enhance pond body thermal insulation property, while ensure that pond body waterproof performance is good, improve material in pond body and produce gas
Efficiency；(6) the configuration of the present invention is simple, manufacturing cost is cheap, easy to use, can effectively improve methane-generating pit material gas producing efficiency,
With market application prospect.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention
Fig. 2 is 8 partial enlargement diagram of spiral heat exchange pipe coil of the invention
Fig. 3 A is the partial enlargement diagram of I1 in this Fig. 1
Fig. 3 B is the partial enlargement diagram of I2 in this Fig. 1
Fig. 4 is B-B cross-sectional view of the invention
Fig. 5 is the A-A cross-sectional view of Fig. 1 of the present invention
In figure:
1- pond body；2- insulating；3- accumulation of heat filler；4- heating coil；5- fixing axle；6- bearing；7- rotation axis；8-
Spiral heat exchange pipe coil；81- first end；The first straight tube of 811-；The first connecting bend of 812-；The second straight tube of 813-；814- first
Rotary joint；815- third straight tube；82- the second end；The 4th straight tube of 821-；The second connecting bend of 822-；The 5th straight tube of 823-；
The second rotary joint of 824-；The 6th straight tube of 825-；826- third connecting bend；The 7th straight tube of 827-；83- conveyor screw；84-
One connecting column；841- blade；The second connecting column of 85-；9- motor；91- worm screw worm gearing；911- worm screw；912- turbine；
The gas outlet 10-；11- top cover；111- bottom wall；The first support column of 12-；The second support column of 13-；14- cover board；15- baffle；16-
Lightweight thermal insulation layer；17- water outlet；18- slag notch；19- waterproof layer.
Specific embodiment
The present invention is described in further details with reference to the accompanying drawings of the specification.
As shown in Figure 1, Figure 2 and Fig. 4, a kind of Novel biomass pool based on spiral heat exchange pipe coil, including pond body 1, cover board 14, baffle
15, external power supply, gas outlet 10 and slag notch 18, the invention reside in further include rotation axis 7, spiral heat exchange pipe coil 8 and heating dish
Pipe 4, the agitating shaft 7, spiral heat exchange pipe coil 8 and heating coil 4 are sequentially connected；1 bottom of pond body setting heating coil 4 and
Fixing axle 5, the heating coil 4 and spiral heat exchange pipe coil 8 are helical form；7 top of the rotation axis with connect at the top of pond body 1
It connects, 7 bottom of rotation axis is connect by bearing 6 with fixing axle 5；8 bottom end of spiral heat exchange pipe coil and heating coil 4 connect
It connects, 1 over top of the pond body setting motor 9 and worm screw worm gearing 91,9 rotation axis of motor, worm screw turbine pass
Dynamic device 91 and rotation axis 7 are sequentially connected, and the motor 9 is electrically connected with external power supply.
Specifically, the fixing axle 5 and rotation axis 7 are hollow shape, and 7 top of rotation axis and bottom end are open, institute
It states 5 top of fixing axle and bottom end is open.
Specifically, as shown in Figure 1, Figure 2, Fig. 3 A and Fig. 3 B, the spiral heat exchange pipe coil 8 include first end 81, the second end
82 and conveyor screw 83, the conveyor screw 83 connect respectively with first end 81, the second end 82；The first end 81 includes the
One straight tube 811, the first connecting bend 812, the second straight tube 813, the first rotary joint 814 and third straight tube 815；The spiral
83 top of body, the first straight tube 811, the first connecting bend 812, the second straight tube 813, the first rotary joint 814 and third straight tube 815
It is sequentially connected；The second end 82 connects including the 4th straight tube 821, the second connecting bend 822, the rotation of the 5th straight tube 823, second
First 824, the 6th straight tube 825, third connecting bend 826 and the 7th straight tube 827；83 bottom end of conveyor screw, the 4th straight tube 821,
Second connecting bend 822, the 5th straight tube 823, the second rotary joint 824, the 6th straight tube 825, third connecting bend 826 and the 7th
Straight tube 827 is sequentially connected；83 top of conveyor screw corresponds to 7 side-walls aperture of rotation axis, and 83 bottom end of conveyor screw is corresponding to be turned
7 side-walls aperture of moving axis, the corresponding 7 side-walls aperture of rotation axis of the 7th straight tube 827；7th straight tube 827 adds with described
Hot coil 4 connects；1 over top of the pond body setting motor 9 and worm screw worm gearing 91,9 rotation axis of motor,
Worm screw worm gearing 91 and rotation axis 7 are sequentially connected, and the motor 9 is electrically connected with external power supply.
Specifically, the gas outlet 10 is located at 1 top right side of pond body, and the slag notch 18 is located at 1 bottom right of pond body.
Specifically, such as Fig. 4, the heating coil 4 is helical form, is capable of increasing heating coil 4 and connects with material in pond body 1
Contacting surface is long-pending, and material in uniform stirring pond body 1 makes material thermally equivalent in pond body 1, improves material heating efficiency in pond body 1, into
And improve material gas producing efficiency in pond body 1.
Specifically, such as Fig. 5, the worm screw worm gearing 91 includes worm screw 911 and turbine 912, the worm screw 911 with
Turbine 912 connects.9 rotation axis of motor is connect with worm screw 911, and the turbine 912 is connect with the rotation axis 7.
When motor 9 is powered and starts work, the rotation of 9 rotation axis of motor drives worm screw 911 to rotate in the horizontal direction, snail
Bar 911 rotates in the horizontal direction and turbine 912 is driven to rotate, and then rotation axis 7 is driven to rotate.
Specifically, first 812 one end of the first connecting bend, the second straight tube 813 and 814 one end of the first rotary joint are successively connected
Fixation is connect, and is put into 7 apex cavity of rotation axis, then 811 one end of the first straight tube is passed through into 83 top of conveyor screw and corresponds to rotation axis 7
Side-walls opening, and is connected and fixed with 812 other end of the first connecting bend, then by 811 other end of the first straight tube and conveyor screw 83
Top is connected and fixed；Then 814 other end of the first rotary joint and 815 one end of third straight tube are connected and fixed, finally by third
815 other end of straight tube is fixed on outside pond body 1, and 815 other end of third straight tube is connected and fixed with external heating waterpipe.
Specifically, after completing above-mentioned installation, 822 one end of the second connecting bend, the rotation of the 5th straight tube 823, second are connect
First 824, the 6th straight tube 825 and 826 one end of third connecting bend are sequentially connected fixation, and are put into 5 cavity of fixing axle, then by
Four straight tubes, 821 one end pass through 83 bottom end of conveyor screw correspond to 7 side-walls of rotation axis be open, and with 822 other end of the second connecting bend
It is connected and fixed, then 821 other end of the 4th straight tube and 83 bottom end of conveyor screw is connected and fixed；Then third connecting bend 826 is another
One end passes through corresponding 7 side-walls of the rotation axis opening of the 7th straight tube 827, and by 826 other end of third connecting bend and the 7th straight tube
827 one end are connected and fixed, and are finally connected and fixed 827 other end of the 7th straight tube with heating coil 4.
Specifically, the region energy after completing above-mentioned installation, between the first rotary joint 814 and the second rotary joint 824
Enough to rotate as rotation axis 7 rotates, the region between the first rotary joint 814 and the second rotary joint 824 includes second straight
Pipe 813, the first connecting bend 812, the first straight tube 811, conveyor screw 83, the 4th straight tube 821, the second connecting bend 822 and the 5th
Straight tube 823；Third straight tube 815 above the first rotary joint 814 is fixedly installed in outside pond body 1, will not be with rotation axis 7
It rotates and rotates；The 6th straight tube 825, third connecting bend 826 and the 7th straight tube 827 positioned at 824 lower section of the second rotary joint
It is stationary state, will not be rotated as rotation axis 7 rotates.
Specifically, 7 top of rotation axis and bottom end are open, and 5 top of fixing axle and bottom end are open.
Specifically, the rotation axis 7 can be packed into 5 cavity of fixing axle, and the rotation axis 7 is matched with fixing axle 5 for interference
It closes.After 7 bottom of rotation axis is connected and fixed by bearing 6 and fixing axle 5, waterproof heat-resisting glue is coated in junction, is guaranteed
Junction favorable sealing property.
Preferably, the waterproof heat-resisting glue temperature resistant range is -80 DEG C~1300 DEG C, model Ao Sibang 1853.
Preferably, 83 top of conveyor screw, 811 both ends of the first straight tube, 812 both ends of the first connecting bend, the second straight tube
813 both ends, 814 both ends of the first rotary joint, 815 both ends of third straight tube, 83 bottom end of conveyor screw, 821 both ends of the 4th straight tube, second
822 both ends of connecting bend, 823 both ends of the 5th straight tube, 824 both ends of the second rotary joint, 825 both ends of the 6th straight tube, third connect
Connect 826 both ends of elbow, 827 both ends of the 7th straight tube, 4 both ends of heating coil are helicitic texture.
Preferably, 83 top of conveyor screw, 811 both ends of the first straight tube, 812 both ends of the first connecting bend, the second straight tube
813 both ends, 815 both ends of third straight tube, 83 bottom end of conveyor screw, 821 both ends of the 4th straight tube, 822 both ends of the second connecting bend, the 5th
823 both ends of straight tube, 825 both ends of the 6th straight tube, 826 both ends of third connecting bend, 827 both ends of the 7th straight tube and 4 liang of heating coil
After assembling is completed at end, thread locking adhesive is coated in each junction and is sealed, can guarantee each junction favorable sealing property.
Preferably, -54~230 DEG C of the thread locking adhesive temperature resistant range, model defend power solid 272.
Preferably, O-shaped sealing is respectively provided with inside inside 814 both ends of the first rotary joint and 824 both ends of the second rotary joint
Circle, can guarantee each junction favorable sealing property.
Preferably, after 811 other end of the first straight tube is connect with 83 top of conveyor screw, in the corresponding rotation in 83 top of conveyor screw
It is welded and fixed at 7 side-wall hole of axis；It is opened when 821 other end of the 4th straight tube corresponds to 7 side-walls of rotation axis across 83 bottom end of conveyor screw
Hole after connecting with 83 bottom end of conveyor screw, corresponds in 83 bottom end of conveyor screw and is welded and fixed at 7 side-wall hole of rotation axis；When third connects
826 other end of elbow is connect across the corresponding 7 side-walls aperture of rotation axis of the 7th straight tube 827, and by 826 other end of third connecting bend
After being connect with 827 one end of the 7th straight tube, it is welded and fixed at corresponding 7 side-wall hole of rotation axis of the 7th straight tube 827.It is respectively opening above
It is all made of welding manner at hole to fix, can guarantee 7 outer wall aperture junction favorable sealing property of rotation axis.
Preferably, the fixing axle 5, rotation axis 7, conveyor screw 83, the first straight tube 811, the first connecting bend 812, second
Straight tube 813, the first rotary joint 814, third straight tube 815, the 4th straight tube 821, the second connecting bend 822, the 5th straight tube 823,
Second rotary joint 824, the 6th straight tube 825, third connecting bend 826 and the 7th straight tube 827 are stainless steel material, it is wear-resisting and
It is not easy to get rusty, is corrosion-resistant, being able to extend service life.
Preferably, the fixing axle 5 is sealed with 1 bottom wall of pond body, 111 junction using waterproof heat-resisting glue, guarantees fixing axle
5 with 1 bottom wall of pond body, 111 junction favorable sealing property.
Preferably, the waterproof heat-resisting glue temperature resistant range is -80 DEG C~1300 DEG C or more, model Ao Sibang 1853.
Specifically, third straight tube 815 is connected and fixed with external heating waterpipe, after external hot water injection third straight tube 815,
Hot water flows into conveyor screw 83 by the first rotary joint 814, the second straight tube 813, the first connecting bend 812 and the first straight tube 811
It is interior, after flowing to 83 bottom end of conveyor screw, then pass through the 4th straight tube 821, the second connecting bend 822, the rotation of the 5th straight tube 823, second
Connector 824, the 6th straight tube 825, third connecting bend 826 and the 7th straight tube 827 flow into heating coil 4.
Further, multiple first connecting columns 84 of setting in the formed spiral space of the conveyor screw 83, described each the
One connecting column 84 is connected and fixed with conveyor screw 83 respectively.
Further, multiple second connecting columns 85 of setting in the formed spiral space of the conveyor screw 83, described second connects
It connects 85 one end of column to be connected and fixed with conveyor screw 83, the other end is connected and fixed with rotation axis 7.
Specifically, the first connecting column 84 and the second connecting column 85 can prevent 83 rotary course of conveyor screw from shaking, and make
The rotation of conveyor screw 83 is more stable.
Further, multiple blades 841 are arranged in first connecting column 84.
Specifically, in 83 rotary course of conveyor screw, blade 841 can cut material in pond body 1, prevent conveyor screw 83 from rotating
It is wound in the process by material, stablizes 83 smooth rotation of conveyor screw.
Further, insulating 2, accumulation of heat soaking insulating layer 3 and waterproof are followed successively by above 1 bottom wall 111 of pond body
Layer 19；Heating coil 4 is set in the accumulation of heat soaking insulating layer 3.
Preferably, 1 bottom wall of pond body, 111 material is cement or iron sheet.
Preferably, filling-foam cement heat-insulating material, glass fibre or foamed plastic in the insulating 2, it is described
Pea gravel concrete is filled in accumulation of heat soaking insulating layer 3.
Preferably, the heating coil 4 is Polybutylene Pipe or aluminium-plastic pipe.
Specifically, Polybutylene Pipe creep resistance and excellent in mechanical performance are most soft in several ground heating pipes, and
It is most thin that calculated wall thickness is designed under identical design pressure.Under same use condition, the tubing of identical wall thickness series, the product
The safety in utilization highest of kind.Aluminium-plastic pipe resistance to compression tensile property is good, and tubing is flexible.
Preferably, the waterproof layer 19 is polytetrafluoroethylene (PTFE) or nanometer plastic membrane material.
Further, rain-proof shelter is set above the rotation axis 7 and motor 9, the rain-proof shelter includes top cover 11, first
Dagger 12 and the second support column 13, the top cover 11 are flexibly connected with the first support column 12, the second support column 13 respectively, and described
One support column 12, the second support column 13 are flexibly connected with cover board 14 respectively.
Specifically, when raining, rain-proof shelter is placed in rotation axis 7 and the top of motor 9, methane-generating pit roof and interior can be prevented
Portion's ponding is excessive, it is ensured that methane-generating pit can work normally.
Further, the baffle 15 is flexibly connected with cover board 14.
Specifically, when needing that material is added in pond body 1, baffle 15 can be removed from cover board 14, and past pond body
Material is put into 1, then covers baffle 15 again.
Specifically, baffle 15 and 14 junction of cover board are respectively provided with sealing rubber ring, it is ensured that baffle 15 and 14 junction of cover board
Favorable sealing property.
Preferably, the cover board 14 is tempered glass material.
It further, is lightweight thermal insulation layer 16 above the cover board 14.
Preferably, the lightweight thermal insulation layer 16 is PVC anticorrosive heat insulating wave asbestos shingle or insulation quilt.
Specifically, when outside air temperature is lower, lightweight thermal insulation layer 16 can be covered on 14 top of cover board by user, enhance pond
1 thermal insulation property of body improves material gas producing efficiency in pond body 1.
The course of work of the present invention is as follows:
After external hot water pipeline injects hot water to third straight tube 815, hot water flows into first end 81, conveyor screw 83, second
End 82 and heating coil 4.After motor 9 is powered starting work, the rotation of 9 rotation axis of motor, and worm screw worm gear drive is driven to fill
It sets 91 worm screw 911 to rotate in the horizontal direction, worm screw 911 rotates in the horizontal direction and drives worm screw worm gearing 91
Turbine 912 rotates, and then rotation axis 7 is driven to rotate.Rotation axis 7 rotate after, respectively drive conveyor screw 83, the first straight tube 811,
First connecting bend 812, the second straight tube 813, the 4th straight tube 821, the second connecting bend 822 and the rotation of the 5th straight tube 823, this
When, conveyor screw 83, the first straight tube 811, the first connecting bend 812, the second straight tube 813, the 4th straight tube 821, the second connecting bend
822 and the 5th hot water is filled inside straight tube 823, therefore, conveyor screw 83, the first straight tube 811, the first connecting bend 812, second
When straight tube 813, the 4th straight tube 821, the second connecting bend 822 and the 5th straight tube 823 rotate, can equably it stir in pond body 1
Material discharges the heat of hot water uniformly in pond body 1, is evenly heated to material in pond body 1, improves material in pond body 1 and produces gas
Efficiency.
Heating coil 4 is arranged in 1 bottom of pond body, and the 7th straight tube 827 is connect with the heating coil 4, and hot water is straight by the 7th
Pipe 827 flows into heating coil 4.Heating coil 4 is helical form, and the hot water in heating coil 4 can uniformly add to 1 bottom of pond body
Heat, 1 bottom of pond body is heated to pass to the material in pond body 1 for even heat, is evenly heated to material in pond body 1, improves pond body 1
Interior material gas producing efficiency.
Specifically, the hot water for flowing into heating coil 4 is expelled to outside pond body 1 eventually by water outlet 17.
The above is merely preferred embodiments of the present invention, it is not intended to restrict the invention, all skills according to the present invention
Any modification and equivalent variations that art is substantially made, should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of Novel biomass pool based on spiral heat exchange pipe coil, including pond body (1), cover board (14), baffle (15), external electricity
Source, gas outlet (10) and slag notch (18), it is characterised in that: further include rotation axis (7), spiral heat exchange pipe coil (8) and heating dish
It manages (4), the agitating shaft (7), spiral heat exchange pipe coil (8) and heating coil (4) are sequentially connected；Pond body (1) the bottom setting
Heating coil (4) and fixing axle (5), the heating coil (4) and spiral heat exchange pipe coil (8) are helical form；The rotation axis
(7) it is connect at the top of top and pond body (1), rotation axis (7) bottom is connect by bearing (6) with fixing axle (5)；The spiral
Heat exchange coil (8) bottom end is connect with heating coil (4), pond body (1) over top setting motor (9) and worm screw worm gear drive
Device (91), motor (9) rotation axis, worm screw worm gearing (91) and rotation axis (7) are sequentially connected, the motor
(9) it is electrically connected with external power supply；
After external hot water pipeline injects hot water to spiral heat exchange pipe coil (8) top, hot water flows into spiral heat exchange pipe coil (8) and adds
Hot coil (4)；After motor (9) are powered starting work, the rotation of motor (9) rotation axis is driven worm screw worm gearing (91)
Rotation, and then rotation axis (7) and spiral heat exchange pipe coil (8) rotation are driven, and equably stir pond body (1) interior material, make spiral
The heat of heat exchange coil (8) interior hot water uniformly discharges in pond body (1), is evenly heated to pond body (1) interior material, improves pond body
(1) interior material gas producing efficiency.
2. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 1, it is characterised in that: the fixing axle
(5) and rotation axis (7) is hollow shape, and rotation axis (7) top and bottom end are open, fixing axle (5) top and bottom
End is open；The spiral heat exchange pipe coil (8) includes first end (81), the second end (82) and conveyor screw (83), the spiral shell
Rotation body (83) is connect with first end (81), the second end (82) respectively；The first end (81) includes the first straight tube
(811), the first connecting bend (812), the second straight tube (813), the first rotary joint (814) and third straight tube (815)；The spiral shell
Revolve body (83) top, the first straight tube (811), the first connecting bend (812), the second straight tube (813), the first rotary joint (814)
And third straight tube (815) is sequentially connected；The second end (82) include the 4th straight tube (821), the second connecting bend (822),
5th straight tube (823), the second rotary joint (824), the 6th straight tube (825), third connecting bend (826) and the 7th straight tube
(827)；Conveyor screw (83) bottom end, the 4th straight tube (821), the second connecting bend (822), the 5th straight tube (823), the second rotation
Adapter (824), the 6th straight tube (825), third connecting bend (826) and the 7th straight tube (827) are sequentially connected；The conveyor screw
(83) top corresponds to rotation axis (7) side-walls aperture, and conveyor screw (83) bottom end corresponds to rotation axis (7) side-walls aperture, institute
State corresponding rotation axis (7) the side-walls aperture of the 7th straight tube (827)；7th straight tube (827) and the heating coil (4) are even
It connects.
3. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 1, it is characterised in that: the worm screw whirlpool
Wheel transmission device (91) includes worm screw (911) and turbine (912), and the worm screw (911) connect with turbine (912)；The motor
(9) rotation axis is connect with worm screw (911), and the turbine (912) connect with the rotation axis (7).
4. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 3, it is characterised in that: the conveyor screw
(83) multiple first connecting columns (84) of setting in formed spiral space, each first connecting column (84) respectively with conveyor screw
(83) it is connected and fixed.
5. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 3, it is characterised in that: the conveyor screw
(83) multiple second connecting columns (85) of setting in formed spiral space, described second connecting column (85) one end and conveyor screw (83)
It is connected and fixed, the other end is connected and fixed with rotation axis (7).
6. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 4, it is characterised in that: described first connects
It connects column (84) and multiple blades (841) is set.
7. a kind of according to claim 1 or 2 or 3 or 4 or 5 or 6 Novel biomass pools based on spiral heat exchange pipe coil, feature
It is: is followed successively by insulating (2), accumulation of heat soaking insulating layer (3) and waterproof layer above pond body (1) bottom wall (111)
(19)；Heating coil (4) are set in the accumulation of heat soaking insulating layer (3).
8. a kind of Novel biomass pool based on spiral heat exchange pipe coil according to claim 7, it is characterised in that: the pond body
(1) bottom wall (111) material is cement or iron sheet；The interior filling-foam cement heat-insulating material of insulating (2), glass fibre or hair
Foamed material, the accumulation of heat soaking insulating layer (3) is interior to fill pea gravel concrete；The waterproof layer (19) is polytetrafluoroethylene (PTFE) or nanometer
Plastic cement membrane material；The heating coil (4) is polybutene or plastic-aluminum material.
9. a kind of according to claim 1 or 2 or 3 or 4 or 5 or 6 Novel biomass pools based on spiral heat exchange pipe coil, feature
It is: rain-proof shelter is set above the rotation axis (7) and motor (9), and the rain-proof shelter includes top cover (11), the first support column
(12) and the second support column (13), the top cover (11) are flexibly connected with the first support column (12), the second support column (13) respectively,
First support column (12), the second support column (13) are flexibly connected with cover board (14) respectively.
10. a kind of according to claim 1 or 2 or 3 or 4 or 5 or 6 Novel biomass pools based on spiral heat exchange pipe coil, special
Sign is: the baffle (15) is flexibly connected with cover board (14), is lightweight thermal insulation layer (16), the lid above the cover board (14)
Plate (14) is tempered glass material.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811612645.5A CN109852537A (en) | 2018-12-27 | 2018-12-27 | A kind of Novel biomass pool based on spiral heat exchange pipe coil |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811612645.5A CN109852537A (en) | 2018-12-27 | 2018-12-27 | A kind of Novel biomass pool based on spiral heat exchange pipe coil |
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| CN109852537A true CN109852537A (en) | 2019-06-07 |
Family
ID=66892747
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811612645.5A Pending CN109852537A (en) | 2018-12-27 | 2018-12-27 | A kind of Novel biomass pool based on spiral heat exchange pipe coil |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113444634A (en) * | 2021-07-28 | 2021-09-28 | 湖北新力大风车现代农业科技有限责任公司 | Hotpot seasoning fermentation device and method |
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