CN110353549A - A kind of soil resistant lavatory tool, installation method and application improving heating efficiency - Google Patents
A kind of soil resistant lavatory tool, installation method and application improving heating efficiency Download PDFInfo
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- CN110353549A CN110353549A CN201910646680.7A CN201910646680A CN110353549A CN 110353549 A CN110353549 A CN 110353549A CN 201910646680 A CN201910646680 A CN 201910646680A CN 110353549 A CN110353549 A CN 110353549A
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- soil resistant
- processor
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- solid
- lavatory
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K11/00—Closets without flushing; Urinals without flushing; Chamber pots; Chairs with toilet conveniences or specially adapted for use with toilets
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K11/00—Closets without flushing; Urinals without flushing; Chamber pots; Chairs with toilet conveniences or specially adapted for use with toilets
- A47K11/02—Dry closets, e.g. incinerator closets
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F11/00—Treatment of sludge; Devices therefor
- C02F11/12—Treatment of sludge; Devices therefor by de-watering, drying or thickening
- C02F11/13—Treatment of sludge; Devices therefor by de-watering, drying or thickening by heating
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/30—Against vector-borne diseases, e.g. mosquito-borne, fly-borne, tick-borne or waterborne diseases whose impact is exacerbated by climate change
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- Engineering & Computer Science (AREA)
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Mechanical Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Non-Flushing Toilets (AREA)
- Drying Of Solid Materials (AREA)
Abstract
The present invention relates to a kind of soil resistant lavatory tools for improving heating efficiency, installation method and application, the lavatory has by processor, store up solid device, liquid storage device and air exhausting device are constituted, wherein processor is connect with Chu Gu device, processor includes the clamping device and drying unit of shell and enclosure interior setting, heating device in drying unit is designed using special structure, people is after going to the toilet, excreta enters inside the clamping device of processor, liquid in excreta enters liquid storage device after clamping device, solid in excreta becomes tablet inside clamping device after extruding and drying, into the solid device of storage, the thermal current that drying unit generates dries the solid inside clamping device, and it is discharged by air exhausting device, the lavatory lamps structure is ingenious in design, facilitate separation of solid and liquid, toilet user's experience is good, and structure is simple, it is at low cost, it can be real The existing quick heating, drying of small-power, power consumption is few, it can be achieved that absolute Closet without water in addition to regular cleaning needs necessary a small amount of water.
Description
Technical field
The present invention relates to a kind of soil resistant lavatory tool, installation method and applications for improving heating efficiency, belong to environmental protection and energy saving skill
Art field.
Background technique
In the market, existing " waterless closestool " refers generally to the closestool of cistern free.The working principle of this waterless closestool is to fill
Point using city tap-water hydraulic pressure and applied fluid mechanics principle, can intelligently distinguish latrine bored hole just measure how much, then reasonable land productivity
It is rinsed with corresponding water, makes the ingenious matching of kinetic energy of the water and flushing rinsed, water-saving result is up to 50% or more, therefore simultaneously
It is not genuine anhydrous.This " waterless closestool " should be referred to as " economical toilet "
In some rural areas and outlying district, chic sale also largely exists, i.e., so-called " latrine pit ", or " dry pail latrine ".These
Chic sale in addition to build it is simple and convenient other than, without any saving grace: contaminated soil, polluted underground water, waste processing be difficult, such as
Lavatory impression is very poor ....If upgraded to these lavatories, infrastructure not necessarily has.Normal water lavatory is built, water is needed
The mating laying of pipeline and drainage pipeline, required fund are more.In addition, water-deficient area reality is equally deposited in remote districts
In the still difficult popularization of " economical toilet " lavatory tool.
The space flight time of early stage is shorter, and spacefarer will be with enough sufficient amount of disposable feces collecting bag.In the sky
Excrement is handled using " method of bag packet " with collecting bag.The flexible elastic band of collecting bag sack, elastic opening is opened when use to be made
The open end for being fixed on closet.The cylinder bottom of the inner wall of closet lining is provided with a series of apertures, by being connected with outer cylinder when use
Exhaust pipe pumping, form certain negative pressure, using finish withdraw from collecting bag when, pocket automatic tightening.Waste will be filled
Collecting bag puts into specific litter-bin after being placed in outer packaging bag.
In " manned spacecraft technology " (relative is set something afoot, National Defense Industry Press, 1999), Fig. 5-15 of P134 is that " space flight flies
Machine Assembled toilet schematic diagram of internal structure " uses two line structure of receiver.It is air, urine and flushing water all the way；Another way
It is air stream and solid waste.Many aspects of the latter are designed exclusively for space microgravity, and the structure of use is extremely complex, uncomfortable
For ground, be exemplified below: (a) solid-state receiver uses " spheroid-like " structure, manufacture processing complexity, cost superelevation.(b) in
Heart lower part uses " motor driven spinner " mechanism, is unfolded outward on spinner using a series of blades of " hinged ", chopping is solid
State waste, and be allowed to deposit among " interlayer " of the inner wall of closet, " interlayer " structure is complicated；Using " hinged on spinner
Method " makes turntable connect with blade, and manufacture is complicated；Hinged blade in figure, using nearly " parallelogram ", hinged needle knife,
Using " end buckle ", be unfavorable under the revolving speed of lower motor ground, cutting to the solid waste with certain viscosity and
It is discharged from；Disk edge is straight, if turntable does not turn, and when having liquid wastes to edge, liquid wastes can inside flow direction motor axis.
In " environmentally friendly waterless closestool " (CN107802200A), using " fluid cushion slot " and " solids treatment cylinder " receiver knot
Structure inside sets motor circumgyration incision grinding device.The structure deodorizing device lacks, and illustrates in patent and " passes through check valve or list
The generation of lower anti-taste phenomenon can be effectively prevented to valve ", this can only prevent " anteiso- taste " and can not achieve " free from extraneous odour ".(b)
The inner-outer sleeve of partially complicated, the same cross section of cavity body structure shape is on the high side, number of cavities (such as 3,4,13,14,15,16 on the high side
Deng), cavity wall surface has cylindricality, taper, irregular surface shape.(c) solids treatment cylinder twines heating wire drying heating using lateral surface
Mode, thermal inertia is big, and barrel thermal capacitance need to first absorb a large amount of heat, to solid waste simply by thermally conductive heating, with cylinder inner wall
The solid waste being in contact accounts for few area ratio after all, to the heating, drying low efficiency of solid waste.(d) outer cylinder,
It is equipped with " vertical connecting plate " between interior separator disk, structure is complicated, and welding difficulty is big, at high cost.(e) motor cutting dress is not only set
Set, and be equipped with " solid discharge pump ", " solid discharge pump " cost accounting is larger, and its inlet and outlet connectors need certain space and
Interface design further increases complexity and cost.(f) temperature sensor, humidity sensor are used, is obtained by measurement
Temperature, humidity value and corresponding " preset threshold " control starting and stopping for " heating device " and " crushing motor ", control is answered
Miscellaneous, poor reliability needs again " preset threshold " when environment temperature changes, and convenience is poor.(g) it is suitable only for seat lavatory tool, no
Suitable for squatting position.(h) waste can only be dried and be handled to closestool, and outside need sets " memory of solid waste and liquid wastes " again.
(i) dismounting difficulty is big, and maintenance cost is high.
" waterless closestool " (CN104127151B), using system for treating urine, excrement smashing portion and drying section, the anhydrous horse
The defect of bucket is as follows: (a) by " high temperature by the liquid evaporation in urine and excrement ", because moisture accounts for major part in urine, this
Kind mode will expend a large amount of heat and electric power.(b) it crushes and conveying device is excessively complicated, manufacture difficulty is big, at high cost, example
Such as, " pulverizing chamber " includes " crushing cavity, wheel shaft, motor "；" conveying device " includes " conveying cavity, the first turbine, the second whirlpool
Wheel, second driving shaft, third transmission shaft and transport motor ".(c) human body is incuded using " infrared inductor and data processor "
With the distance of closestool, it is only applicable to high-grade seat closestool, it is at high cost.(d) using at " anion hypochlorite generator "
Bacterium, need to periodically add medical fluid, and the waste material on the one hand generated is provided with the result of chemistry addition；On the other hand, maintenance step is more, dimension
It protects at high cost.(e) driving aspect, using " driving motor " and " drying motor ", because motor cost accounts for the comparable ratio of manufacturing cost
Example, increases a motor, increased costs.(f) dosage of " gear, turbine " is excessive, since their processing is complicated, required precision
Height, difficulty is big, and along with quantity is more, increased costs amplitude is huge, such as has, " driving gear 15 ", " rack gear 17 ", " the second tooth
Wheel 28 ", " first gear 29 ", " drying gear 27 ", " grinding gear 38 ", " defecation gear 40 ", " the first turbine 18 ", " second
Turbine 19 ", " synchronous pulley 22 ", etc., it is necessary to have corresponding axis and mating connection.
" solid dirt fast decomposition treating device " (CN1974967A), the method for utilizing " vacuum, microwave " to be dried,
By Solid Waste Treatment at " dry plate " of sterile free from extraneous odour, it is analyzed as follows.(a) " vacuum " method needs additional vacuum equipment, throws
Enter big；Additional pumping is needed to form the processing time of vacuum chamber, lag of processing time is more.(b) microwave magnetron and processing chamber
Room is excessive, for example, there are multiple groups magnetron and lamp at least three interiors.(c) pump and number of motors are also on the high side, such as " solid-liquid point
It is at high cost from 2 ", " spiral 7 ", " sewage 8 ", " water 12 ", " motor 36 ", " vacuum 22 " etc..(d) structure is complicated, and dismounting is not square
Just, cleaning is at high cost.
In " waterless toilet " (CN201414748Y), realized " purely using " air-heater, dehumidifier and Synchronous Heating device " is quasi-
The processing of solid waste ", is analyzed as follows.(a) this utility model only sets " excrement basin ", does not set the " outlet and storage of liquid wastes
Device " therefore it is required that toilet user can only carry out " having a bowel movement ", and " cannot go to the lavatory ", unrealistic, because being after urine enters " excrement basin "
System can not be dried.(b) make the solid waste " protruded " for using in " excrement basin ", using move horizontally " vertical sheet strikes off
Device " comes " striking off ", and additional motor is needed to drive, and structure is complicated, at high cost.(c) electric appliance quantity is also on the high side, such as " air-heater 8 ",
" dehumidifier 11 ", " exhaust fan 15 ", " big exhaust fan 18 ", " small exhaust fan 19 ", " heater 12 ", " electric finisher 20 " etc.
Deng, component mostly necessarily cause it is at high cost.(d) electric drive air duct and extraneous interface are more, there is 2-3.
Currently, lavatory tool in excrement carry out heating, drying device mostly use high-temp solid wall surface to be bonded object into
Row single-side heating, defect mainly have a two o'clock: on the one hand, the heating surface area of object is smaller, heating it is ineffective, the time is long；
On the other hand, most of heat of heating has all filled up structure thermal capacitance, results in energy dissipation.
Summary of the invention
It is an object of the invention to overcome the drawbacks described above of the prior art, a kind of soil resistant lavatory for improving heating efficiency is provided
Tool, the lavatory lamps structure is ingenious in design, facilitates the separation of solid and liquid in excreta, realizes free from extraneous odour, toilet user using Aerodynamic Heating principle
Experience good, and structure is simple, at low cost, high-efficient, the drying unit of use can realize small-power quickly heat, dry, at
Type periodically generates the organic fertilizer such as solid and liquid, and the price of construction or the transformation of lavatory tool is low, convenient for cleaning and maintaining, power consumption
Amount is seldom, it can be achieved that absolute Closet without water in addition to regular cleaning needs necessary a small amount of water.
Another object of the present invention is that providing a kind of installation method of soil resistant lavatory tool for improving heating efficiency.
It is yet a further object of the present invention to provide a kind of applications of soil resistant lavatory tool for improving heating efficiency.
What above-mentioned purpose of the invention was mainly achieved by following technical solution:
A kind of separation of solid and liquid soil resistant lavatory tool improving heating efficiency, including processor, liquid storage device, the solid device of storage and air draft dress
It sets, wherein processor is connect with Chu Gu device, and processor includes the clamping device and drying unit of shell and enclosure interior setting, people
After going to the toilet, excreta enters inside the clamping device of processor, and wherein the liquid in excreta enters storage after clamping device
Liquid device, the solid in excreta become tablet inside clamping device after extruding and drying, into storing up solid device, the drying
The thermal current that device generates is for drying the solid inside clamping device, and the air draft by connecting with processor shell
Device discharges；
The clamping device includes rotating mechanism and fixed mechanism, and the rotating mechanism, which passes through, to be rotated close to fixed mechanism,
The extruding to solid in excreta is realized with fixed mechanism cooperation；Wherein fixed mechanism includes fixed plate and cavity plate, fixed plate with
Cavity body structure is formed between cavity plate；The drying unit includes air supply device and heating device, and the heating device setting is solid
On the surface that fixed board is squeezed without solids, and it is located in the cavity body structure that fixed plate and cavity plate are formed；
The heating device includes the annular heat slot 65 being arranged on metal plate 61 and metal plate 61, the annular heat slot
Electric trough 62 and the heating device in electric trough 62 are equipped in 65 regions surrounded.
In the tool of above-mentioned soil resistant lavatory, the heating device includes ceramic tube 63 and heating wire 64, and the setting of ceramic tube 63 exists
In electric trough 62, heating wire 64 passes through ceramic tube 63；The ceramic tube 63 being arranged in each electric trough 62 is at least one layer.
In the tool of above-mentioned soil resistant lavatory, the width of the annular heat slot 65 is greater than the width of electric trough 62, the annular
The width of heat dam and the width ratio of electric trough are 1.5:1~2.5:1.
In the tool of above-mentioned soil resistant lavatory, the outer profile of the annular heat slot is a part of circle, trapezoidal or rectangle；It is described
The electric trough 62 being arranged in the region that annular heat slot 65 surrounds is arranged in parallel, and spacing is identical.
In the tool of above-mentioned soil resistant lavatory, the rotating mechanism includes rotating plate and shaft, and rotating plate, which rotates around the axis, to be realized and consolidate
Fixed board cooperates the extruding to solids.
In the tool of above-mentioned soil resistant lavatory, the heating device is arranged on the surface that rotating plate is squeezed without solids, institute
Stating heating device includes the annular heat slot being arranged on metal plate and metal plate, is equipped in the region that the annular heat slot surrounds
Electric trough and the heating device in electric trough.
In the tool of above-mentioned soil resistant lavatory, the heating device includes ceramic tube and heating wire, and ceramic tube is arranged in electric trough
Interior, heating wire passes through ceramic tube；The ceramic tube being arranged in each electric trough is at least one layer；The width of the annular heat slot
Degree is greater than the width of electric trough, and the width of the annular heat slot and the width ratio of electric trough are 1.5:1~2.5:1.
In the tool of above-mentioned soil resistant lavatory, the clamping device further includes cover board, and the cover board is connect with rotating plate, when rotating plate and
When fixed plate cooperation squeezes solids, cover board turns to the aperture position of processor, closes to processor.
In the tool of above-mentioned soil resistant lavatory, the cover board is planar structure or globoidal structure, between cover board inner wall and rotating plate
Reinforcing rod is set.
In the tool of above-mentioned soil resistant lavatory, the clamping device further includes driving means, for that will dry and after extruding
Shape object push-in stores up solid device, and described push away takes device to include spring lever, push handle and push away and take end, and the spring lever both ends are separately connected
It pushes handle and pushes away and take end, spring lever is equipped with returning spring, and after the completion of push movement, push handle is in the case where returning spring acts on
Automatically it sets back.
In the tool of above-mentioned soil resistant lavatory, the clamping device further includes rotational handle, and the rotational handle is arranged in rotating plate 1
One end；When not carrying out solids processing, rotating plate contacts the clamping transposition with the bottom of fixed plate, and forming cross section is V
The structure of shape.
In the tool of above-mentioned soil resistant lavatory, the cavity plate is provided with first through hole close to bottom position, air supply device and described the
The connection of one through-hole, the air-flow of generation is sent into inside the cavity body structure.
In the tool of above-mentioned soil resistant lavatory, the fixed plate is provided with the second through-hole close to top position, inside cavity body structure
Air-flow is entered by second through-hole in the space of rotating plate and fixed plate formation.
In the tool of above-mentioned soil resistant lavatory, the rotating plate and fixed plate bottom are equipped with drainage hole, for liquid in excreta
Discharge.
In the tool of above-mentioned soil resistant lavatory, the drainage hole includes drain macropore and draining hole, the multiple draining hole
Sequence arranges, and the drain macropore is two, is located at the both ends of the draining hole at tactic starting and end；It is described
The aperture of drain macropore is 5-15mm, and the aperture of the draining hole is 3-6mm.
In the tool of above-mentioned soil resistant lavatory, collector and liquid guiding tube are additionally provided in the processor, the collector setting exists
Below the drainage hole of bottom of clamping device, liquid is transferred to liquid storage device for receiving the liquid in excreta, and by liquid guiding tube；
The liquid guiding tube includes U-shaped structure section；The cavity plate is connected and fixed by the shell of at least one cavity plate fixed plate and processor.
In the tool of above-mentioned soil resistant lavatory, the air exhausting device includes air-introduced machine and air-exhausting duct；The clamping device is using
Before be put into the matched toilet paper of clamping device interior shape, with soil resistant.
In the tool of above-mentioned soil resistant lavatory, after the rotating plate rotates to stop, parallel construction is formed with fixed plate；The rotating plate
After rotating to stop, start drying unit.
In the tool of above-mentioned soil resistant lavatory, pass through limitation gear connection between the processor shell and Chu Gu device；The limitation
Gear curves for strip plate to match with processor housing exterior walls face shape, and is fixed on processor housing exterior walls face and stretches out
Processor bottom outer-edge.
In the tool of above-mentioned soil resistant lavatory, the soil resistant lavatory squatting position the Ju Weikuo lavatory tool, or including connected to the processor
Go to the toilet the seat utensil used for people.
In the tool of above-mentioned soil resistant lavatory, device and the liquid storage device admittedly of storing up is transparent cavity body structure.
A kind of installation method of soil resistant lavatory tool, includes the following steps:
It will be connected and fixed between processor and Chu Gu device by limiting gear；
Collector in processor is connected to liquid storage device by liquid guiding tube.
Above-mentioned soil resistant lavatory tool is in rural area and outlying district lavatory tool, space lavatory tool, city lavatory tool, park lavatory tool or sight spot lavatory
Application in tool.
Compared with prior art, the present invention has the following advantages:
(1), separation of solid and liquid soil resistant lavatory tool provided by the invention by processor, stores up solid device, liquid storage device and air exhausting device structure
At the lavatory lamps structure is ingenious in design, facilitates the separation of solid and liquid in excreta, realizes free from extraneous odour, toilet user using Aerodynamic Heating principle
Experience good, and structure is simple, it is at low cost, it is high-efficient, drying, the molding of solid waste can be fast implemented, solid is periodically generated
Low with the price of the organic fertilizer such as liquid, construction or the transformation of lavatory tool, convenient for cleaning and maintaining, power consumption is seldom, except periodically beating
Sweeping health needs outside necessary a small amount of water, it can be achieved that absolute Closet without water；
(2), the separation of solid and liquid in excreta is realized using clamping device in the processor of lavatory tool of the present invention, and fill clamping
It sets the interior solid in excreta and carries out extrusion process, solids is dried using drying unit, directly generation solid is useless
Material, structure novel, design is unique, and structure is simple, at low cost, easy to promote and utilize；
(3), the clamping device in processor of the present invention includes rotating mechanism and fixed mechanism, and fixed mechanism is preferably designed to
Cavity body structure is connected to air supply device, and is cooperated with heating device and generated thermal current to the solids progress inside clamping device
Drying, smart structural design, and clamping device is preferably designed to V-groove structure, facilitates the extruding of separation of solid and liquid and solids,
Overall structure saves space, small in size, high-efficient；
(4), clamping device of the present invention is heated using veneer or double plates, and by solids be limited in the small space of interlayer into
The processing of row heating, drying, solid content heating surface are extended and are increased, and heating, drying and efficiency are very high；The present invention is in sandwich device
The different size drainage hole of bottom design size, facilitates people when going to the toilet, and stands or squatting position or a large amount of drains when seat, solid-liquid
Good separating effect；
(5), the present invention installs air exhausting device in processor housing sidewall, by the air duct of wind exhausting outlet and processor shell side
Wall connects, and geometric space is simpler, and occupancy volume is smaller, more compact；
(6), processor of the present invention, the connection structure stored up between solid device and liquid storage device are simple, easy for installation, be readily disassembled,
Solid device is stored up simultaneously and preferably transparent configuration is used to design with liquid storage device, it is easier to be observed, be facilitated regular output pie organic solid fertilizer
Material and liquid fertilizer.
(7), the present invention is real realizes Closet without water, needs less except the long period periodically carries out the clean processing of cleaning and surface
It measures outside water, does not need to use water in the tool normal use of lavatory；Power consumption of the present invention is few, and the only needs such as clamping device and drying unit disappear
The a small amount of electricity of consumption, saves the energy, reduces cost.
(8), lavatory tool of the present invention can design and construct in subsurface, can also tie in building-supporting and pick-and-place space on the ground
Structure, builds or the price of transformation is low, convenient for safeguarding, popularization；And lavatory of the present invention tool is applied widely, in rural area and outlying
Area, city, park, can apply in scenic spot space, and outside can connect use with squatting position utensil and seat utensil etc..
(9), it is designed and arranged in the design of heating device of the present invention according to the target area of the material of metal plate heating
Electric trough eliminates a large amount of metals, reduces the thermal capacity of heat affected zone metal plate, greatly reduces heater element to material
Thermal resistance；Setting annular heat slot prevents heat from walking to the edge leakage for being not required to heat on a metal plate simultaneously, and heat is more concentrated, in guarantee fund
On the basis of belonging to plate intensity, the target of the quick metal heating plate target area of small-power is realized.
(10), the heating region of metal plate can be designed to partial semi-circular in heating device of the present invention, can also design
At local gradient, it is also designed to local rectangle, it is flexible and changeable as needed；And heating unit in the heating tank in thermal
Multilayer can be set in part, realizes high power density heating, and metal-sheet edges thickness does not need to be thinned, and intensity is enough, periphery coupling
It does not need to increase such as bearing connection assist when device, realizes main road to letter.
Detailed description of the invention
Fig. 1 is that the present invention is separated by solid-liquid separation soil resistant lavatory lamps structure schematic diagram；
Fig. 2 is that the present invention is separated by solid-liquid separation soil resistant lavatory tool top view；
Fig. 3 is rotating mechanism structural schematic diagram in clamping device of the present invention, and wherein Fig. 3 a is main view, and Fig. 3 b is side view
Figure, Fig. 3 c are top view；
Fig. 4 is fixed mechanism structural schematic diagram in clamping device of the present invention, and wherein Fig. 4 a is main view, and Fig. 4 b is right side view
Figure, Fig. 4 c are top view；
Fig. 5 is clamping device transit plate of the present invention, fixed plate and heating device connection schematic diagram, and wherein Fig. 5 a is main view
Figure, Fig. 5 b are right side view, and Fig. 5 c is left side view；
Fig. 6 is collector structural schematic diagram of the present invention, and wherein Fig. 6 a is main view, and Fig. 6 b is right side view；
Fig. 7 is the first schematic diagram of heating device of the invention, and wherein Fig. 7 a is main view, and Fig. 7 b is side view, figure
7c is bottom view, and Fig. 7 d is top view；
Fig. 8 is second of schematic diagram of heating device of the invention, and wherein Fig. 8 a is main view, and Fig. 8 b is side view, figure
8c is bottom view, and Fig. 8 d is top view；
Fig. 9 is annular heat slot of the present invention, electric trough partial section enlarged view, and wherein Fig. 9 a is front view, and Fig. 9 b is side
View.
Specific embodiment
The present invention is described in further detail in the following with reference to the drawings and specific embodiments:
If Fig. 1 is that the present invention is separated by solid-liquid separation soil resistant lavatory lamps structure schematic diagram；Fig. 2 show the present invention and is separated by solid-liquid separation releasing
Dirty lavatory has top view, and the present invention is separated by solid-liquid separation soil resistant lavatory tool and includes processor, liquid storage device 25, stores up solid device 26 and air exhausting device,
Wherein processor is connect with Chu Gu device 25, and processor includes the clamping device and drying unit of shell and enclosure interior setting, shell
Body includes shell upper plate 10 and shell side plate 20.Each component can be designed in subsurface, can also be designed on the ground, such as can
To build a support on the ground and pick and place space structure, wherein processor and ground are relatively fixed, store up solid device 26 and liquid storage
Device 25 is movable, easily collects, takes out, places into.It is squatting position utensil that the present invention, which is separated by solid-liquid separation soil resistant lavatory tool, can also be wrapped
Include the seat utensil connected to the processor for going to the toilet and using for people.
As shown in Figure 1, clamping device of the present invention includes rotating mechanism and fixed mechanism, rotating mechanism is by rotation close to solid
Determine mechanism, the extruding to solid in excreta is realized with fixed mechanism cooperation.It is illustrated in figure 3 in clamping device of the present invention and rotates
Mechanism structure schematic diagram, wherein Fig. 3 a be main view, Fig. 3 b be side view, Fig. 3 c be top view, rotating mechanism include rotating plate 1,
Shaft 5, cover board 15, rotational handle 11, reinforcing rod 17 and cylinder axis handle fixed link 27, shaft 5 are arranged in rotating plate 1 close to bottom position
It sets, the extruding cooperated with fixed plate 2 in fixed mechanism to solids is realized in 5 rotations to rotating plate 1 around the shaft.Rotational handle 11 passes through cylinder
Axis handle fixed link 27 is connected to one end of rotating plate 1, drives the rotation of rotating plate 1.Cover board 15 is connect with rotating plate 1, and cover board 15 is flat
Face structure or globoidal structure, are arranged reinforcing rod 17 between plane combination or globoidal structure inner wall and rotating plate 1, the present invention one is optional
Embodiment cover plate 15 selects 1/4 Cylinder wall structure (cylindrical structure), when rotating plate 1 and the cooperation of fixed plate 2 squeeze solids
When, cover board 15 turns to the aperture position of processor, closes to processor, prevents peculiar smell from shedding outward.As shown in Figure 1,
The outside wall surface of cover board 15 is additionally provided with barrel gear 16, limits to the cover board 15 of opening state.
As shown in Figure 3c, the bottom of rotating plate 1 is equipped with drainage hole (half drainage hole), for the discharge of liquid in excreta,
Drainage hole includes drain macropore 34 and draining hole 33 (half drainage hole), as shown in Fig. 2, in an alternate embodiment of the present invention, it is more
A draining hole 33 sequentially arranges, and drain macropore is two, is located at two rows of tactic start bit and stop bits
The both ends of liquid aperture 33.It is preferred that the aperture of drain macropore 34 is 5-15mm, the aperture of draining hole 33 is 3-6mm.It is noted that
Being arranged on rotating plate 1 of the present invention is drain half bore, combines to form row as shown in Figure 2 with the drain half bore being arranged in fixed plate 2
Fluid apertures, including drain macropore 34 and draining hole 33.
It is illustrated in figure 4 fixed mechanism structural schematic diagram in clamping device of the present invention, wherein Fig. 4 a is main view, and Fig. 4 b is
Right side view, Fig. 4 c are top view；Fixed mechanism includes fixed plate 2 and cavity plate 3, the cavity block that cavity plate 3 is arranged by both ends
30 connect the cavity body structure inside being formed with fixed plate 2, and cavity body structure is fixed on inside processor, as illustrated in fig. 4 c, fixed plate 2
Bottom setting with rotating plate 1 cooperate also be drain half bore, combined with the drain half bore being arranged on rotating plate 1 to be formed as shown in Figure 2
Drainage hole, including drain macropore 34 and draining hole 33.
It is illustrated in figure 5 clamping device transit plate, fixed plate and heating device connection schematic diagram of the present invention, wherein Fig. 5 a is
Main view, Fig. 5 b are right side view, and Fig. 5 c attempts for left side；Drying unit includes air supply device 21 and heating device 4, heating dress
4 outer surfaces that rotating plate 1 and/or fixed plate 2 are set, i.e., the surface squeezed without solids are set, heating device 4 can only exist
Rotating plate 1 or the setting of the one of surface of fixed plate 2, can also be arranged on both surfaces (preferably) simultaneously, wrap on heating device 4
The electric heating end 29 connecting with heating device is included, the heating device 4 that 2 surface of fixed plate is arranged in is located at fixed plate 2 and 3 shape of cavity plate
At cavity body structure in, as shown in figure 5, label 31 indicate flange hole, clamp transposition when not carrying out solids processing, rotating plate 1
It is contacted with the bottom of fixed plate 2, Formation cross-section is the structure of V-arrangement, and the rotating shaft position of the side rotating plate 1 of V-groove structure changes energy
Enough realize different thickness spaces.
The structural schematic diagram of two kinds of heating devices is given as shown in Figure 7,8, heating device includes metal plate 61 and metal
The annular heat slot 65 being arranged on plate 61 is equipped with electric trough 62 in the region that annular heat slot 65 surrounds and is located in electric trough 62
Heating device.Wherein Fig. 7 is the first schematic diagram of heating device of the invention, and Fig. 7 a is main view, and Fig. 7 b is side view,
Fig. 7 c is bottom view, and Fig. 7 d is top view, and the outer profile of annular heat dam 65 is circumference in heating device in the present invention first
A part, such as semi-circumference, the electric trough 62 being arranged in the region that annular heat slot 65 surrounds is arranged in parallel, and spacing is identical,
Between electric trough 62 between slot rib 66.
Fig. 8 is second of schematic diagram of heating device of the invention, and Fig. 8 a is main view, and Fig. 8 b is side view, and Fig. 8 c is
Bottom view, Fig. 8 d are top view；Fig. 8 is second of schematic diagram of heating device of the invention, and Fig. 8 a is main view, and Fig. 8 b is side
View, Fig. 8 c are bottom view, and Fig. 8 d is top view, and the outer profile of annular heat dam 75 is ladder in second of heating device of the invention
Shape, such as isosceles trapezoid, the electric trough 72 being arranged in the region that annular heat slot 75 surrounds is arranged in parallel, and spacing is identical, electricity
Between heat channel 72 between slot rib 76.
It is illustrated in figure 9 annular heat slot of the present invention, electric trough partial section enlarged view, wherein Fig. 9 a is front view, figure
9b is side view, and heating device of the present invention includes ceramic tube 63 and heating wire 64, and ceramic tube 63 is arranged in electric trough 62, electric heating
Silk 64 passes through ceramic tube 63；The ceramic tube 63 being arranged in each electric trough 62 is at least one layer.As shown in figure 9, the present invention one can
Selecting ceramic tube in embodiment is 3 layers.
The width of preferred annular heat slot 65 is greater than the width of electric trough 62 in the present invention, to realize adjacent channel ends pottery
The insulation of porcelain tube, heating wire and metal plate guarantees leakproof.In an alternate embodiment of the present invention, the width of annular heat slot with
The width ratio of electric trough is 1.5:1~2.5:1, and the depth of annular heat slot and the depth of electric trough are on the basis of proof strength
It is thin as far as possible, the preferably 1/10-1/3 of plate thickness.
In addition, arranging that two ceramic terminals, the ceramic tube heating wire 64 of arrangement are logical in the appropriate location at 61 edge of metal plate
It crosses terminal to connect, introduces electric power.
The design of heating device of the present invention is designed and arranged electric trough according to the target area that the material of metal plate heats,
Eliminate a large amount of metals, reduce the thermal capacity of metal plate, greatly reduce heater element to material thermal resistance.The annular of setting
Heat dam prevents heat from largely leaking to the edge for being not required to heat, and heat is more concentrated.Multilayer can be set for heating element, it can be achieved that Gao Gong
The heating of rate density.Furthermore the thickness of metal plate other parts does not need to be thinned, and intensity is enough, and when periphery coupled apparatus does not need to increase
Add such as bearing connection assist, realizes main road to letter.The heating region of metal plate can be designed to partial semi-circular, can also
To be designed to local gradient, it is also designed to local rectangle, it is flexible and changeable.And heating element can be processed with hob
Slot, it is high-efficient, convenient for batch production.
The preparation of heating device 4 of the present invention can first obtain the suitable metal plate of size, determine target heating region and add
Hot edge circle, such as partial semi-circular shown in Fig. 7 or local gradient shown in Fig. 8 carry out present invention implementation operation below
Step:
(1) location hole or screw hole on periphery are first processed, then mills out edge annular heat dam 65,75 with slotting cutter.
(2) electric trough 62,72 is milled out with transverse direction bull hob, due to the status requirement of feed and withdrawing, mills electric trough
62,72 when, part milling cutter can cross annular heat slot 65,75 in various degree, this does not influence the arrangement and property of the heating element of plate
Energy.
(3) heating wire 64 is penetrated to the ceramic tube 63 of multiple suitable dimensions.
(4) heating wire ceramic tube 63 will be penetrated and be embedded in electric trough 62,72, one or more layers, pay attention to probeing into annular heat slot
65, the end of the ceramic tube 63 in 75 among the slot of heat dam near, guarantee electrical isolation.
(5) ceramic tube 63 is fixed by the tabletting of top appropriate location in slot.
(6) two wiring ceramics terminals are fixed in the appropriate location of metal-sheet edges, connects snakelike electricity in electric trough 62,72
The both ends of heated filament 64 and two power ends.
Cavity plate 3 is provided with first through hole close to bottom position, and air supply device 21 is connected to first through hole, and the air-flow of generation is sent
Entering inside cavity body structure, heated device 4 generates thermal current after heating, and fixed plate 2 is provided with the second through-hole 28 close to top position,
Thermal current inside cavity body structure is entered by the second through-hole 28 in the space of rotating plate 1 and the formation of fixed plate 2, is consolidated to be extruded
Body object is dried, and the shape of the second through-hole 28 can arbitrarily be set, as illustrated in fig. 4 c, second in an alternate embodiment of the present invention
Through-hole 28 is designed as the rectangular opening of strip, facilitates the outflow of thermal current.V-shaped groove forms rectangle sky by the extruding to solids
Between, after thermal current dries solids, the enclosure interior of processor is discharged into from the drainage hole of bottom of clamping device, and
It is discharged through air exhausting device.
As shown in Figure 1, cavity plate 3 is connected and fixed by two cavity plate fixed plates 18,19 and the shell of processor.Air supply device
21 are mounted in cavity plate fixed plate 19.The air outlet of air supply device 21 is connected to the first through hole that 3 bottom of cavity plate opens up.
As shown in Figure 1, 2, clamping device further includes pushing away to take device, solid with tablet after extruding push-in storage for that will dry
Device 26 pushes away and device is taken to include spring lever 8, push handle 12 and push away and take end 50, and wherein 8 both ends of spring lever are separately connected push handle
12 and push away and take end 50, spring lever is equipped with returning spring, after the completion of push movement, push handle 12 under returning spring effect from
It is dynamic to set back.
Collector and liquid guiding tube 23 are additionally provided in processor, the drain of rotating plate 1 Yu 2 bottom of fixed plate is arranged in collector 7
Below hole, liquid is transferred to liquid storage device 25 for receiving the liquid in excreta, and by liquid guiding tube 23.It is illustrated in figure 6 this
Invention collector structural schematic diagram, wherein Fig. 6 a is main view, and Fig. 6 b is right side view, is stored in an alternate embodiment of the present invention
The shape of device is the shape of falling R, and collector includes accommodating groove 7 and liquid guiding tube interface 32, and a sidewall design of accommodating groove 7 is slope
Shape, convenient for the storage of liquid in excreta, and accommodating groove 7 can partly contain V-groove lower tip part, avoid piece after extruding drying
The landing space of shape object.The liquid guiding tube interface 32 of 7 bottom of accommodating groove is designed as spherical shape, convenient for importing liquid by liquid guiding tube 23
Liquid storage device 25.The centre of liquid guiding tube 23 sets a U-shaped structure, plays the role of preventing air-flow, the end of liquid guiding tube 23 passes through hose
24 are connected to liquid storage device 4, and liquid is imported liquid storage device 25.
Air exhausting device in the present invention includes air-introduced machine 13 and air-exhausting duct 14, is connected to the side wall of processor shell, will be located
Thermal current inside reason device discharges.After rotating plate 1 rotates to stop, parallel construction is formed with fixed plate 2, and rotating plate 1 rotates
To after stop, start drying unit.Pass through 22 connection of limitation gear, limitation gear in the present invention between processor shell and Chu Gu device 26
22 for strip plate curve with the matched shape of processor housing exterior walls face shape, and be fixed on processor housing exterior walls face simultaneously
Processor bottom outer-edge is stretched out, such as can be U-shaped.
In an alternate embodiment of the present invention, solid device 26 is stored up with liquid storage device 25 and is preferably all transparent cavity body structure, is easily observed, and
Be conducive to control maintenance time.
When going to the toilet, can be absorbed water using one the present inventor slow V-type toilet paper every time, realized soil resistant, can be connect simultaneously
Wiping toilet paper is received, the two is extruded and dries simultaneously, and sources of odor is better controlled.The present invention can be in V-groove structure two sides
Top panel further prevent emission of bad smell if fastening edge, such as can be arranged in 15 one end of cover board and fasten edge, when turning
When turn plate 1 and fixed plate 2 cooperate, the fastening edge of cover board 15 and the top of fixed plate 2 mutually fasten overlapping.
The present invention is separated by solid-liquid separation and solid state dirt dehydrates soil resistant dry pail latrine, is designed to " V " type groove structure, " V " type groove
Bottom can simultaneously or separately receive solid feces and liquid discharges, received liquid passes through the macropore of " V " type groove bottom
It is directly entered accommodating groove with aperture, and liquid storage device is entered by liquid guiding tube, by rotational handle to locked point, realizes rotation V slot
Solid dirt is squeezed slabbing by side rotating plate, and realizes the semi-closed in space, while Double-side Heating device, pressure fan, air draft dress
It sets and is toggled starting, tablet is heated and dries, and push handle is pushed after dehydration, and the push-in storage of solid sheet object is solid
Device replys rotational handle, completes a cycle.As shown in Fig. 2, being the rotation hand convenient for going to the toilet, in clamping device in the present invention
The space setting of handle and push handle meets the use space for not influencing toilet user.
The installation method that the present invention is separated by solid-liquid separation soil resistant lavatory tool is as follows:
It is first indoor or outdoor (such as dry pail latrine transformation) according to geographical environment determination, determines using squatting position or seat lavatory
Tool；If selecting squatting position mode, V word upper opening portion couples foot plane；If seat lavatory is selected to have, top, which need to couple, to be similar to often
The seat closestool of rule.Determination is ground top or ground lower part installation lavatory tool, completes basis and applies and other lavatories tool position, quantity
After the foundation engineering of location facilities, present invention implementation operating procedure below is carried out.
(1) rotating mechanism and fixed mechanism all parts of the clamping device in processor are connected.
(2) U-shaped stored up below solid device push-in processor is limited into the position blocked.
(3) hose of catheter tip is protruded into liquid storage device.
(4) appropriately sized V-arrangement paper is put into V-groove, people starts rotating mechanism and fixed mechanism, the two after going to the toilet
After reset, a cycle is completed.
(5) solid device or liquid storage device simultaneously or not Chu Manshi simultaneously are stored up, the solid device of storage can be concurrently or separately substituted, take liquid storage
Device, it is very convenient.
(6) when periodic maintenance, V-groove need to only be cleaned with a small amount of water.
Control mode of the invention, it is only necessary to the closing of rotational handle in rotating mechanism, it can be with electric switch, " time
Relay " linkage, realization connects electric switch delays time to control, then by the reset operation of primary push handle and rotational handle, just completes
Treatment of wastes produced and storage, it is very convenient.After a certain period of time, link is simply safeguarded into necessity.Specific method is such as
Under:
(1) when nobody goes to the toilet, rotating plate 1 is located at initial position, and the V-shaped groove of clamping device is opened, and electric appliance is all closed, lavatory tool
The a small amount of sources of odor of internal corners is completely cut off.
(2) people is after going to the toilet, and excreta enters the bottom of clamping device, liquid by the drainage hole of bottom of clamping device into
Enter collector, and liquid storage device is entered by liquid guiding tube；Rotate rotating mechanism handle, open drying unit, make rotating mechanism with
Fixed mechanism cooperation is squeezed and is dried to the solid in excreta, and solid sheet object is obtained, by pushing push handle will
Solid sheet object push-in stores up solid device.
(3) when next bit goes to the toilet, step (2) operation is repeated.
(4) after a certain period of time, while storage solid device, liquid storage device not being emptied or simultaneously；Enter when necessary and safeguard link, at separation
Reason device and Chu Gu device carry out cleaning inside processing and install again.The air exhausting device of processor bottom setting realizes better free from extraneous odour body
Sense.
Present invention separation of solid and liquid soil resistant lavatory tool can be in rural area and outlying district lavatory tool, space lavatory tool, city lavatory tool, public affairs
Garden lavatory tool or sight spot lavatory tool etc. are applied.
The above, optimal specific embodiment only of the invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.
The content that description in the present invention is not described in detail belongs to the well-known technique of professional and technical personnel in the field.
Claims (22)
1. a kind of separation of solid and liquid soil resistant lavatory tool for improving heating efficiency, it is characterised in that: including processor, liquid storage device, Chu Gu
Device and air exhausting device, wherein processor is connect with Chu Gu device, processor include shell and enclosure interior setting clamping device and
Drying unit, after going to the toilet, excreta enters inside the clamping device of processor people, and wherein the liquid in excreta is filled through clamping
It postpones and enters liquid storage device, the solid in excreta becomes tablet inside clamping device after extruding and drying, solid into storage
Device, the thermal current that the drying unit generates for being dried to the solid inside clamping device, and by with processor shell
The air exhausting device of body connection discharges；
The clamping device includes rotating mechanism and fixed mechanism, and the rotating mechanism is and solid by rotating close to fixed mechanism
Determine extruding of the mechanism cooperation realization to solid in excreta；Wherein fixed mechanism includes fixed plate and cavity plate, fixed plate and cavity plate
Between form cavity body structure；The drying unit includes air supply device and heating device, and the heating device is arranged in fixed plate
On the surface squeezed without solids, and it is located in the cavity body structure that fixed plate and cavity plate are formed；
The heating device includes the annular heat slot being arranged on metal plate and metal plate, the region that the annular heat slot surrounds
It is interior to be equipped with electric trough and the heating device in electric trough.
2. soil resistant lavatory tool according to claim 1, it is characterised in that: the heating device includes ceramic tube and electric heating
Silk, ceramic tube are arranged in electric trough, and heating wire passes through ceramic tube；The ceramic tube being arranged in each electric trough is at least one
Layer.
3. soil resistant lavatory tool according to claim 1, it is characterised in that: the width of the annular heat slot is greater than electric trough
Width, the width ratio of the width of the annular heat slot and electric trough is 1.5:1~2.5:1.
4. soil resistant lavatory tool according to claim 1, it is characterised in that: the outer profile of the annular heat slot is the one of circle
Partially, trapezoidal or rectangle；The electric trough being arranged in the region that the annular heat slot surrounds is arranged in parallel, and spacing is identical.
5. soil resistant lavatory tool according to claim 1, it is characterised in that: the rotating mechanism includes rotating plate and shaft, is turned
Rotate around the axis realization and fixed plate of plate cooperates extruding to solids.
6. soil resistant lavatory tool according to claim 5, it is characterised in that: the heating device setting is in rotating plate without solid
Body object squeeze surface on, the heating device includes the annular heat slot being arranged on metal plate and metal plate, it is described annular every
Electric trough and the heating device in electric trough are equipped in the region that heat channel surrounds.
7. soil resistant lavatory tool according to claim 6, it is characterised in that: the heating device includes ceramic tube and electric heating
Silk, ceramic tube are arranged in electric trough, and heating wire passes through ceramic tube；The ceramic tube being arranged in each electric trough is at least one
Layer；The width of the annular heat slot is greater than the width of electric trough, the width of the annular heat slot and the width ratio of electric trough
For 1.5:1~2.5:1.
8. soil resistant lavatory tool according to claim 1, it is characterised in that: the clamping device further includes cover board, the lid
Plate is connect with rotating plate, and when rotating plate squeezes solids with fixed plate cooperation, cover board turns to the aperture position of processor,
Processor is closed.
9. soil resistant lavatory according to claim 8 tool, it is characterised in that: the cover board is planar structure or globoidal structure,
Reinforcing rod is set between cover board inner wall and rotating plate.
10. soil resistant lavatory tool according to claim 1, it is characterised in that: the clamping device further includes driving means, is used
In will dry and tablet after extruding push-in stores up solid device, described push away takes device to include spring lever, push handle and push away and take end, institute
It states spring lever both ends to be separately connected push handle and push away and take end, spring lever is equipped with returning spring and pushes after the completion of push movement
Handle sets back automatically under returning spring effect.
11. soil resistant lavatory tool according to claim 1, it is characterised in that: the clamping device further includes rotational handle, institute
State one end that rotating plate 1 is arranged in rotational handle；The clamping transposition is not when carrying out solids processing, the bottom of rotating plate and fixed plate
Portion's contact forms the structure that cross section is V-arrangement.
12. soil resistant lavatory tool according to claim 1, it is characterised in that: the cavity plate is provided with first close to bottom position
Through-hole, air supply device are connected to the first through hole, and the air-flow of generation is sent into inside the cavity body structure.
13. soil resistant lavatory according to claim 12 tool, it is characterised in that: the fixed plate is provided with the close to top position
Two through-holes, air-flow inside cavity body structure pass through in second through-hole enters rotating plate and fixed plate is formed space.
14. soil resistant lavatory tool according to claim 5, it is characterised in that: the rotating plate and fixed plate bottom are equipped with row
Fluid apertures, the discharge for liquid in excreta.
15. soil resistant lavatory tool according to claim 14, it is characterised in that: the drainage hole includes drain macropore and drain
Aperture, the multiple draining hole sequence arrange, and the drain macropore is two, is located at tactic starting and end
Draining hole both ends；The aperture of the drain macropore is 5-15mm, and the aperture of the draining hole is 3-6mm.
16. soil resistant lavatory tool according to claim 1, it is characterised in that: be additionally provided with collector in the processor and draw
Liquid pipe, the collector are arranged in below the drainage hole of bottom of clamping device, for receiving the liquid in excreta, and by drawing
Liquid is transferred to liquid storage device by liquid pipe；The liquid guiding tube includes U-shaped structure section；The cavity plate by least one cavity plate fixed plate with
The shell of processor is connected and fixed.
17. soil resistant lavatory tool according to claim 1, it is characterised in that: the air exhausting device includes air-introduced machine and air draft
Pipe；The clamping device be put into before use with the matched toilet paper of clamping device interior shape, with soil resistant.
18. soil resistant lavatory tool according to claim 5, it is characterised in that: after the rotating plate rotates to stop, with fixed plate
Form parallel construction；After the rotating plate rotates to stop, start drying unit.
19. soil resistant lavatory tool according to claim 1, it is characterised in that: lead between the processor shell and Chu Gu device
Cross limitation gear connection；The limitation gear curves for strip plate to match with processor housing exterior walls face shape, and is fixed on
Processor bottom outer-edge is simultaneously stretched out in processor housing exterior walls face.
20. soil resistant lavatory tool according to claim 1, it is characterised in that: the soil resistant lavatory squatting position the Ju Weikuo lavatory tool, or
Person includes the seat utensil connected to the processor for going to the toilet and using for people；Device and the liquid storage device admittedly of storing up is transparent cavity knot
Structure.
21. the installation method of soil resistant lavatory tool described in claim 1, characterized by the following steps:
It will be connected and fixed between processor and Chu Gu device by limiting gear；
Collector in processor is connected to liquid storage device by liquid guiding tube.
22. the tool of soil resistant lavatory described in one of claim 1~20 is in rural area and outlying district lavatory tool, space lavatory tool, city lavatory
Application in tool, park lavatory tool or sight spot lavatory tool.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910646680.7A CN110353549B (en) | 2019-07-17 | 2019-07-17 | Anti-contamination toilet tool capable of improving heating efficiency, installation method and application |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910646680.7A CN110353549B (en) | 2019-07-17 | 2019-07-17 | Anti-contamination toilet tool capable of improving heating efficiency, installation method and application |
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| CN110353549A true CN110353549A (en) | 2019-10-22 |
| CN110353549B CN110353549B (en) | 2022-03-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| WO2021008053A1 (en) * | 2019-07-17 | 2021-01-21 | 中国航天空气动力技术研究院 | Solid-liquid separation anti-contamination toilet, and mounting method therefor and application thereof |
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