CN209443838U - The water-saving decanter type Toilet system of new energy - Google Patents
The water-saving decanter type Toilet system of new energy Download PDFInfo
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- CN209443838U CN209443838U CN201821944944.4U CN201821944944U CN209443838U CN 209443838 U CN209443838 U CN 209443838U CN 201821944944 U CN201821944944 U CN 201821944944U CN 209443838 U CN209443838 U CN 209443838U
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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
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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Abstract
The utility model discloses the water-saving decanter type Toilet systems of new energy, including toilet ontology, closestool, flusher, LED illumination lamp, exhaust fan, characterized by further comprising power control system, photovoltaic/photo-thermal combined supply apparatus, heat storing and heat preserving devices, battery, water plug, the toilet ontology uses Prefabricated thermal insulation building structure, all components are made into standardization accessory, it is equipped with three layers altogether, it is set to aerial layer, middle layer, insulating layer, the power control system is set in aerial layer in one side wall；The utility model uses assembled arthitecutral structure, and all components are made into standardization accessory, are easily installed；It is kept the temperature using solar power generation, flat heat collector recovery waste heat, energy conservation and environmental protection；Using decanter type closestool, insulation effect is played to closestool；Negative pressure is generated using pressure pump, electromagnetic pressure valve and accumulation of heat pressure water tank driving injector, is saved water and energy；It is automatically controlled using power control system, makes photovoltaic/photo-thermal heat supply heat preservation and flush toilets automatic running.
Description
Technical field
The utility model relates to using energy source and technical field of energy saving and environmental protection more particularly to a kind of water-saving decanter types of new energy
Toilet system.
Background technique
With the development of society, living standards of the people improve, outskirts of a town and rural area are to toilet energy-saving and environmental protection and water-saving
Intelligentized demand is more more and more intense.And Rural Areas at Present toilet hygiene situation is poor, fecaluria storage pool opens wide, there is no can
It realizes and stabilizes and sterilize, secondly there is no sewage collection system, dissipate row naturally.In addition, rural area environmental pollution, water shortage lack energy
Also more serious, energy-saving and emission-reduction are water-saving very urgent, are badly in need of developing utilization of new energy resources in the toilet of the vast rural areas intelligence
Change system.
Photovoltaic/photo-thermal alliance utilizes independent to rural area due to improving environment with toilet coupling system
The rationalization of toilet, advantages and the utilization of new energy resources such as safe and healthy, energy-saving and water-saving is environmentally friendly and intelligent toilet are coordinated to adjust
Control operation, by attention.
Due to the factors such as amblent air temperature and complicated landform, the especially city suburbs of China western part and north remote districts, agriculture
Village, winter severe cold, electric power do not reach, water shortage, and flushing water freezes, and resident goes to toilet relative difficulty.But these regional solar energy are abundant,
Health department using solar energy new energy heat supply heating, water purification, energy-saving and water-saving safety is needed for improving life in the countryside quality.It rings
It answers country to advocate rural toilet revolution, random, dirty, the series of problems such as difference of rural area and suburban area lavatory is transformed.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of water-saving decanter type Toilet system of new energy,
This Toilet system converts solar energy into electric energy using solar photovoltaic cell panel and is stored in battery, and battery is entirely defended
System provides electric power between life；The extra heat of solar photovoltaic cell panel is collected using flat heat collector, using power supply control
System processed automatically controls flat heat collector and accumulation of heat pressure water tank inner coil pipe forms temperature difference cycle, passes through circulating water heating, heat preservation
Water in accumulation of heat pressure water tank, thus guarantee that toilet bath will not freeze, energy conservation and environmental protection.
The technical solution of the utility model is achieved in that
The water-saving decanter type Toilet system of new energy, including toilet ontology, closestool, flusher, LED illumination lamp, row
Gas fan, the LED illumination lamp, exhaust fan are set on the inside roof of toilet ontology, it is characterised in that further include power supply control
System processed, photovoltaic/photo-thermal combined supply apparatus, heat storing and heat preserving device, battery, water plug, the toilet ontology is using assembly
Formula preservation building structure, all components are made into standardization accessory, are easily installed, altogether be equipped with three layers, be set to aerial layer,
Middle layer, insulating layer, the power control system are set in aerial layer in one side wall, the LED illumination lamp, exhaust fan with electricity
Source control system is connected；
Toilet ontology roof is set as incline structure, and the angle of the roof and horizontal plane is set as 30~45 °, the light
Volt/photo-thermal combined supply apparatus is set on roof in plane, is arranged in parallel with roof, including solar photovoltaic cell panel and flat thermal-arrest
Device, the solar photovoltaic cell panel lower plane is adhesively fixed with plane on flat heat collector using thermal plastic insulation, described flat
Each lateral surface in flat heat collector bottom surface and periphery is laid with thermal insulation material, and the flat heat collector lower end is equipped with the first Inlet and outlet water
Mouthful, upper end is equipped with the second intake-outlet, and the battery is set in aerial layer and on the side wall of power control system the same side, position
Close to roof, the battery is connected with solar photovoltaic cell panel, power control system, sets on the side wall of side in aerial layer
There is infrared sensor, the infrared sensor is connected with power control system；
The heat storing and heat preserving device includes accumulation of heat pressure water tank, first circulation water pipe, second circulation water pipe, the first temperature biography
Sensor, second temperature sensor, thermal-arrest water circulating pump, the accumulation of heat pressure water tank are set in insulating layer, and water, lower end are filled in the inside
Left side wall is equipped with intake-outlet, is equipped with coil heat exchanger, first circulation water pipe one end inside the accumulation of heat pressure water tank
It is connected with flat heat collector water inlet, the other end is connected with coil heat exchanger upper end, second circulation pipe one end and flat collection
Hot device water outlet is connected, and the other end is connected with coil heat exchanger lower end, and first, second temperature sensor is respectively arranged on flat
At heat collector inlet and outlet, the thermal-arrest water circulating pump is set on first circulation water pipe, and first, second temperature passes
Sensor, thermal-arrest water circulating pump are connected with power control system, and the flat heat collector is followed with heat storing and heat preserving device using the temperature difference
Ring control guarantees that the water in accumulation of heat pressure water tank does not freeze；
The closestool bottom is equipped with closestool mounting plate, and elevating mechanism, the elevator is arranged below in the closestool mounting plate
Structure is connected with power control system, and the flexible downcomer of stainless steel material, the flusher packet are installed with below the closestool
Wash tub pipe is included, the wash tub pipe uses braided steel wire hose, and one end is connected with closestool, under the other end and accumulation of heat pressure water tank
Intake-outlet is held to be connected；
Aerial layer baseplate underside face is equipped with two pieces at closestool and symmetrically sets with respect to closestool center bilateral symmetry or front and back
The semicircle set is stretched cover board, is equipped with telescoping mechanism, the telescoping mechanism and aerial layer below the semicircle flexible cover board
Bottom plate bottom surface is fixedly connected, and the telescoping mechanism is connected with power control system；
The water plug is used for groundwater abstraction, including water supply pipe, water supply solenoid valve, pressure pump, the water supply pipe with
Accumulation of heat pressure water tank lower end intake-outlet is connected, and the water supply solenoid valve, pressure pump are set on water supply pipe, the moisturizing electromagnetism
Valve is connected with power control system.
Further, the elevating mechanism includes hydraulic oil container system, oil cylinder, and the hydraulic oil container system is set to middle layer
On laminate, the oil cylinder bottom is fixedly connected with middle layer laminate, and the piston rod of the oil cylinder is fixedly connected with closestool mounting plate,
The oil cylinder is equipped with two pieces, is respectively arranged on the front and rear sides of closestool, the oil cylinder is connected with hydraulic oil container system, the hydraulic oil
Case system is connected with power control system.
Further, it is equipped with through-hole in closestool arranged on left and right sides on the closestool mounting plate, guiding is arranged in the through-hole
Column, the guiding mast axis is parallel with oil cylinder axis, and the guide post is fixedly connected with middle layer laminate.
Further, the flusher further includes injector, pressure valve, negative pressure collecting box, the first electromagnetic pressure valve,
Two electromagnetic pressure valves, septic tank, the injector, the first electromagnetic pressure valve are set on wash tub pipe, the water inlet of the injector
Mouthful under, water outlet is connected upper at the top of horizontal interface and negative pressure collecting box, the negative pressure collecting box import and flexible downcomer
Lower end is connected, and the pressure valve is set to negative pressure collecting box and flexible downcomer connecting place, and the negative pressure collecting box and septic tank are logical
Cross communicating pipe be connected, second electromagnetic pressure valve be set to communicating pipe on, first, second electromagnetic pressure valve with power supply control
System processed is connected.
Further, the flexible downcomer includes adapter tube one, adapter tube two, sealing ring, and one top of adapter tube is upper big
Under small circular cone barrel structure, top is sealedly and fixedly connected with closestool, and the adapter tube one is sheathed in adapter tube two, with the formation of adapter tube two
Connection movable linearly, sealing ring is installed in two upper end of adapter tube, and the one lower end lateral surface of adapter tube is equipped with sealing ditch
Slot, when closestool lift operation, sealing ring is caught in sealed groove, and guaranteeing to stretch is lauched the seal of tube.
Further, the telescoping mechanism is screw rod linear guide, the semicircle flexible cover board and screw rod linear guide
On workbench be fixedly connected.
Further, the accumulation of heat pressure water tank side wall is equipped with third temperature sensor, electric heater and level sensor
Device, the third temperature sensor, electric heater and water level sensor are connected with power control system.
Further, the wash tub pipe is equipped with the first electric-heating belt and the 4th temperature sensor, the described first electric companion
For preventing wash tub pipe from freezing, the 4th temperature sensor is connected with power control system in the torrid zone；The closestool top edge
It is peripherally internal to be equipped with interlayer, the second electric-heating belt is equipped in the interlayer.
Further, negative pressure collecting box upper end excrement entrance is equipped with spiral blade, described for smashing excrement to pieces
Spiral blade and associated electric motor, the motor are connected with power control system.
Working principle of the utility model is: due to only having the solar energy in certain spectral region to can produce photoelectric effect,
The solar energy being actually projected on solar photovoltaic cell panel only has 6~15% to be converted into electric energy.Solar photovoltaic cell panel daytime
Solar energy is absorbed, and 6~15% solar energy are transformed into electric energy, is stored in battery, 80% or more solar energy is by flat collection
Hot device absorbs, and on the one hand reduces solar photovoltaic cell panel operating temperature, every to reduce by 1 DEG C, photoelectric conversion efficiency averagely can be improved
0.4~0.5%, on the other hand the first, second temperature sensor will test data and be sent to power control system, power supply control system
It is poor according to two data temperatures to unite, and the water controlled in water and accumulation of heat pressure water tank inner coil pipe in flat heat collector forms recycle stream
It is dynamic, accumulation of heat pressure water tank is transferred to by the solar energy that flat heat collector absorbs by 80% or more, keeps the water in accumulation of heat pressure water tank
Temperature makes accumulation of heat pressure water tank not freeze；
When someone comes in, infrared sensor will test information and send back power control system, power control system control
The flexible cover board of semicircle is opened to two sides, is started oil cylinder, closestool is risen, after people is using complete go out, infrared sensor is again
It will test information and send power control system to, power control system controls the first, second electromagnetic pressure valve and opens, starting injection
Device work makes negative pressure collecting box generate negative pressure, and injector sprays into high pressure water in closestool, and high pressure water opens pressure valve, by excrement
Just negative pressure collecting box is smoothly poured, and by pouring septic tank communicating pipe, being then again started up screw rod linear guide will be semicircle
Flexible cover board is shut；
When temperature is too low, the electric-heating belt that can start toilet rim is heated.
When the water level sensor in accumulation of heat pressure water tank detects the water level in accumulation of heat pressure water tank lower than the minimum water of setting
When position, power control system controls water supply solenoid valve movement, starts pressure pump, and underground water is pumped into the moisturizing of accumulation of heat pressure water tank,
Water level in accumulation of heat pressure water tank is set to reach setting working water level；
When third temperature sensor detects the temperature in water tank lower than setting minimum temperature (water is kept not freeze), electricity
Source control system controls the electric heater work in accumulation of heat pressure water tank, heats to the water in accumulation of heat pressure water tank, works as water
Temperature stops heating when increasing to setting maximum temperature；
When the 4th temperature sensor detects the temperature in wash tub pipe lower than setting minimum temperature (water is kept not freeze)
When, power control system controls the electric-heating belt work on wash tub pipe, heats to the water in flushing pipe, makes wash tub pipe
Interior water does not freeze, and stops heating when the set temperature is reached.
The beneficial effects of the utility model are:
1, toilet ontology uses assembled arthitecutral structure, and all components are made into standardization accessory, are easily installed；
2, it is kept the temperature using solar power generation, flat heat collector recovery waste heat, pipeline and water tank are arranged under frozen soil layer, prevent
Northern severe cold winter flushing water does not freeze, energy conservation and environmental protection；
3, using decanter type closestool, closestool is placed in ground end when not in use in the following, playing certain insulation effect to closestool；
4, negative pressure is generated using pressure pump, electromagnetic pressure valve and accumulation of heat pressure water tank driving injector, rinses closestool, stablizes
Property is good, saves water and energy；
5, it is automatically controlled using power control system, makes photovoltaic/photo-thermal heat supply heat preservation and flush toilets automatic running, guaranteed
Cold and severe cold area flushing water winter does not freeze, and improves system stability and efficiency.
Detailed description of the invention
Fig. 1 is structural schematic diagram when the utility model embodiment works；
Fig. 2 is roof structure schematic diagram in Fig. 1；
Fig. 3 is enlarged drawing at A in Fig. 1；
Fig. 4 is closestool, oil cylinder, guide post positional structure schematic diagram；
Fig. 5 is closestool and guide post structure schematic diagram；
Fig. 6 is structural schematic diagram when the utility model embodiment does not work；
Fig. 7 is semicircle flexible cover board and screw rod linear guide rail structure schematic diagram.
In figure: 1, Prefabricated thermal insulation building structure, 101, aerial layer, 102, middle layer, 103, insulating layer, 2, collection thermal cycle
Water pump, the 3, first temperature sensor, 4, flat heat collector, 5, thermal insulation material, 6, LED illumination lamp, 7, solar photovoltaic cell panel,
8, exhaust fan, 9, second temperature sensor, 10, battery, 11, power control system, 12, infrared sensor, 13, closestool,
1301, closestool mounting plate, 14, second circulation water pipe, 15, flexible downcomer, 1501, adapter tube one, 1502, sealing ring, 1503, connect
Pipe two, 16, pressure valve, 17, negative pressure collecting box, the 18, second electromagnetic pressure valve, 19, septic tank, 20, electric heater, 21, accumulation of heat
Pressure water tank, 22, spiral blade, 23, coil heat exchanger, 24, water level sensor, 25, third temperature sensor, 26, pressure
Pump, 27, water supply pipe, 28, water supply solenoid valve, the 59, first electric-heating belt, 30, wash tub pipe, the 31, first electromagnetic pressure valve, 32,
4th temperature sensor, 33, hydraulic oil container system, 34, injector, 35, oil cylinder, 36, first circulation water pipe, the 37, second electric companion
The torrid zone, 38, guide post, 39, semicircle flexible cover board, 40, screw rod linear guide.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
As shown in Figure 1, the utility model embodiment include toilet ontology 1, closestool 13, flusher, LED illumination lamp 6,
Exhaust fan 8, power control system 11, photovoltaic/photo-thermal combined supply apparatus, heat storing and heat preserving device, battery 10, water plug, LED
On the inside roof of toilet ontology 1, toilet ontology 1 uses Prefabricated thermal insulation building knot for headlamp 6, exhaust fan 8
Structure, all components are made into standardization accessory, are easily installed, and are equipped with three layers altogether, are set to aerial layer 101, middle layer
102, insulating layer 103, power control system 11 are set in aerial layer 101 in one side wall, LED illumination lamp 6, exhaust fan 8 with electricity
Source control system 11 is connected；
Ontology 1 roof in toilet is set as incline structure, and the angle α of the roof and horizontal plane is set as 30~45 °, photovoltaic/light
Hot combined supply apparatus is set on roof in plane, is arranged in parallel with roof, including solar photovoltaic cell panel 7 and flat heat collector 4,
7 lower plane of solar photovoltaic cell panel is adhesively fixed with plane on flat heat collector 4 using thermal plastic insulation, flat heat collector 4
Each lateral surface in bottom surface and periphery is laid with thermal insulation material 5, and flat 4 lower end of heat collector is equipped with the first intake-outlet, and upper end is equipped with
Second intake-outlet, battery 10 are set in aerial layer 101 on 11 the same side side wall of power control system, are located proximate to room
Top, battery 10 are connected with solar photovoltaic cell panel 7, power control system 11, and side side wall is equipped in aerial layer 101
Infrared sensor 12, infrared sensor 12 are connected with power control system 11, and infrared sensor 12 is for incuding human body；
Heat storing and heat preserving device includes accumulation of heat pressure water tank 21, first circulation water pipe 36, second circulation water pipe 14, the first temperature
Sensor 3, second temperature sensor 9, thermal-arrest water circulating pump 2, accumulation of heat pressure water tank 21 are set in insulating layer 103, and the inside is filled
Water, lower end left side wall are equipped with intake-outlet, and inside is equipped with coil heat exchanger 23,36 one end of first circulation water pipe and flat thermal-arrest
4 first intake-outlet of device is connected, and the other end is connected with 23 upper end of coil heat exchanger, 14 one end of second circulation pipe and flat heat collector
4 second intake-outlets are connected, and the other end is connected with 23 lower end of coil heat exchanger, the first temperature sensor 3, second temperature sensor
9 are respectively arranged at flat 4 first intake-outlet of heat collector and the second intake-outlet, and thermal-arrest water circulating pump 2 is set to first circulation water
On pipe 36, the first temperature sensor 3, second temperature sensor 9, thermal-arrest water circulating pump 2 are connected with power control system 11, flat
Flat heat collector 4 is controlled with heat storing and heat preserving device using temperature difference cycle, guarantees that the water in accumulation of heat pressure water tank 21 does not freeze；
13 bottom of closestool is equipped with closestool mounting plate 1301, and elevating mechanism is arranged below in closestool mounting plate 1301, the elevator
Structure includes hydraulic oil container system 33, oil cylinder 35, and hydraulic oil container system 33 is set on 102 laminate of middle layer, and 35 bottom of oil cylinder is in
102 laminate of interbed is fixedly connected, and the piston rod of oil cylinder 35 is fixedly connected with closestool mounting plate 1301, which is equipped with two pieces,
It is respectively arranged on the front and rear sides of closestool 13, oil cylinder 35 is connected with hydraulic oil container system 33, and hydraulic oil container system 33 and power supply control
System 11 is connected, and closestool 13 is installed with the flexible downcomer 15 of stainless steel material below, and flusher includes wash tub pipe 30, punching
Wash water pipe 30 uses braided steel wire hose, and one end is connected with closestool 13, the other end and 21 lower end intake-outlet of accumulation of heat pressure water tank
It is connected；
101 baseplate underside face of aerial layer is equipped with two pieces with respect to the semicircle that 13 center of closestool is symmetrical set at closestool 13
Shape is stretched cover board 39, and the flexible cover board 39 of semicircle is equipped with screw rod linear guide 40, screw rod linear guide 40 and aerial layer below
101 bottom plate bottom surfaces are fixedly connected, and the flexible cover board 39 of semicircle is fixedly connected with 40 workbench of screw rod linear guide, when closestool 13
When lift operation, the flexible cover board 39 of semicircle is retracted to 13 arranged on left and right sides of closestool, when closestool 13, which is finished, drops to underground, half
The flexible cover board 39 of circle stretches out, and closestool 13 is covered, screw rod linear guide 40 is connected with power control system 11.
Water plug is used for groundwater abstraction, including pressure pump 26, water supply pipe 27, water supply solenoid valve 28, water supply pipe 27 with
21 lower end intake-outlet of accumulation of heat pressure water tank is connected, and water supply solenoid valve 28, pressure pump 26 are set on water supply pipe 27, moisturizing electromagnetism
Valve 28 is connected with power control system 11.
Flusher further includes injector 34, pressure valve 16, negative pressure collecting box 17, first the 31, second electricity of electromagnetic pressure valve
Magnetic pressure valve 18, septic tank 19, injector 34, the first electromagnetic pressure valve 31 are set on wash tub pipe 30, the injector 34
Under, water outlet is connected at the top of horizontal interface and negative pressure collecting box 17 upper water inlet, 17 import of negative pressure collecting box and it is flexible under
15 lower end of water pipe is connected, and pressure valve 16 is set to negative pressure collecting box 17 and flexible 15 connecting place of downcomer, negative pressure collecting box 17 and change
Manure pit 19 is connected by communicating pipe, and the second electromagnetic pressure valve 18 was set on communicating pipe, the first electromagnetic pressure valve 31, the second electromagnetism pressure
Power valve 18 is connected with power control system 11.
It is equipped with through-hole in 13 arranged on left and right sides of closestool on closestool mounting plate 1301, guide post 38 is arranged in the through-hole, is led
It is fixedly connected to column 38 with 102 laminate of middle layer.
Flexible downcomer 15 includes adapter tube 1, adapter tube 2 1503, sealing ring 1502, and one 1501 top of adapter tube is upper big
Under small circular cone barrel structure, top is sealedly and fixedly connected with closestool 13, and adapter tube 1 is sheathed in adapter tube 2 1503, with adapter tube
2 1503 form connection movable linearly, are installed with sealing ring 1502, one 1501 lower end outside of adapter tube in 2 1503 upper end of adapter tube
Face is equipped with sealed groove, and when 13 lift operation of closestool, sealing ring 1502 is caught in sealed groove, guarantees flexible downcomer 15
Sealing.
21 side wall of accumulation of heat pressure water tank is equipped with third temperature sensor 25, electric heater 20 and water level sensor 24, the
Three-temperature sensor 25, electric heater 20 and water level sensor 24 are connected with power control system 11.
Wash tub pipe 30 is equipped with the first electric-heating belt 29 and the 4th temperature sensor 32, and the first electric-heating belt 29 is for preventing
Only wash tub pipe 30 freezes, and the 4th temperature sensor 32 is connected with power control system 11.
Preferably, 13 top edge of closestool is peripherally internal to be equipped with interlayer, it is equipped with the second electric-heating belt 37 in interlayer, second
Electric-heating belt 37 is used for 13 top edge of heating toilet.
Preferably, 17 upper end excrement entrance of negative pressure collecting box is equipped with spiral blade 22, for smashing excrement, spiral to pieces
Formula blade 22 and associated electric motor, motor are connected with power control system 11.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (9)
1. the water-saving decanter type Toilet system of new energy, including toilet ontology, closestool, flusher, LED illumination lamp, exhaust
Fan, the LED illumination lamp, exhaust fan are set on the inside roof of toilet ontology, it is characterised in that further include power supply control
System, photovoltaic/photo-thermal combined supply apparatus, heat storing and heat preserving device, battery, water plug, the toilet ontology use assembled
Preservation building structure, all components are made into standardization accessory, are easily installed, altogether be equipped with three layers, be set to aerial layer, in
Interbed, insulating layer, the power control system are set in aerial layer in one side wall, and the LED illumination lamp, exhaust fan are and power supply
Control system is connected；
Toilet ontology roof is set as incline structure, and the angle of the roof and horizontal plane is set as 30~45 °, and the photovoltaic/
Photo-thermal combined supply apparatus is set on roof in plane, is arranged in parallel with roof, including solar photovoltaic cell panel and flat heat collector,
The solar photovoltaic cell panel lower plane is adhesively fixed with plane on flat heat collector using thermal plastic insulation, the flat collection
Each lateral surface in hot device bottom surface and periphery is laid with thermal insulation material, and the flat heat collector lower end is equipped with the first intake-outlet, on
End is equipped with the second intake-outlet, and the battery is set in aerial layer on the side wall of power control system the same side, is located proximate to
Roof, the battery are connected with solar photovoltaic cell panel, power control system, and side side wall is equipped with red in aerial layer
Outer sensor, the infrared sensor are connected with power control system；
The heat storing and heat preserving device includes accumulation of heat pressure water tank, first circulation water pipe, second circulation water pipe, the first temperature sensing
Device, second temperature sensor, thermal-arrest water circulating pump, the accumulation of heat pressure water tank are set in insulating layer, and water is filled in the inside, and lower end is left
Side wall is equipped with intake-outlet, is equipped with coil heat exchanger inside the accumulation of heat pressure water tank, first circulation water pipe one end with
Flat heat collector water inlet is connected, and the other end is connected with coil heat exchanger upper end, second circulation pipe one end and flat thermal-arrest
Device water outlet is connected, and the other end is connected with coil heat exchanger lower end, and first, second temperature sensor is respectively arranged on flat collection
At hot device inlet and outlet, the thermal-arrest water circulating pump is set on first circulation water pipe, first, second temperature sensing
Device, thermal-arrest water circulating pump are connected with power control system, and the flat heat collector and heat storing and heat preserving device use temperature difference cycle
Control guarantees that the water in accumulation of heat pressure water tank does not freeze；
The closestool bottom is equipped with closestool mounting plate, and the closestool mounting plate is arranged below elevating mechanism, the elevating mechanism with
Power control system is connected, and the flexible downcomer of stainless steel material is installed with below the closestool, and the flusher includes punching
Wash water pipe, the wash tub pipe use braided steel wire hose, and one end is connected with closestool, the other end and accumulation of heat pressure water tank lower end into
Water outlet is connected；
It is symmetrically arranged with respect to closestool center bilateral symmetry or front and back that aerial layer baseplate underside face is equipped with two pieces at closestool
The flexible cover board of semicircle is equipped with telescoping mechanism, the telescoping mechanism and aerial layer bottom plate below the semicircle flexible cover board
Bottom surface is fixedly connected, and the telescoping mechanism is connected with power control system；
The water plug is used for groundwater abstraction, including water supply pipe, water supply solenoid valve, pressure pump, the water supply pipe and accumulation of heat
Pressure water tank lower end intake-outlet be connected, the water supply solenoid valve, pressure pump are set on water supply pipe, the water supply solenoid valve with
Power control system is connected.
2. the water-saving decanter type Toilet system of new energy according to claim 1, it is characterised in that: the elevating mechanism packet
Hydraulic oil container system, oil cylinder are included, the hydraulic oil container system is set on middle layer laminate, the oil cylinder bottom and middle layer laminate
It is fixedly connected, the piston rod of the oil cylinder is fixedly connected with closestool mounting plate, which is equipped with two pieces, is respectively arranged on closestool
Front and rear sides, the oil cylinder are connected with hydraulic oil container system, and the hydraulic oil container system is connected with power control system.
3. the water-saving decanter type Toilet system of new energy according to claim 2, it is characterised in that: the closestool mounting plate
On in closestool arranged on left and right sides be equipped with through-hole, be arranged with guide post in the through-hole, the guiding mast axis is parallel with oil cylinder axis,
The guide post is fixedly connected with middle layer laminate.
4. the water-saving decanter type Toilet system of new energy according to claim 1, it is characterised in that: the flusher is also
Including injector, pressure valve, negative pressure collecting box, the first electromagnetic pressure valve, the second electromagnetic pressure valve, septic tank, the injector,
First electromagnetic pressure valve is set on wash tub pipe, and the water inlet of the injector is under, and water outlet is in upper, horizontal interface and negative pressure
It is connected at the top of collecting box, the negative pressure collecting box import is connected with flexible downcomer lower end, and the pressure valve is collected set on negative pressure
Case and flexible downcomer connecting place, the negative pressure collecting box are connected with septic tank by communicating pipe, second electromagnetic pressure valve
On communicating pipe, first, second electromagnetic pressure valve is connected with power control system.
5. the water-saving decanter type Toilet system of new energy according to claim 1, it is characterised in that: the flexible downcomer
Including adapter tube one, adapter tube two, sealing ring, one top of adapter tube is up big and down small circular cone barrel structure, and top and closestool seal
It is fixedly connected, the adapter tube one is sheathed in adapter tube two, connection movable linearly is formed with adapter tube two, in two upper end of adapter tube
It is installed with sealing ring, the one lower end lateral surface of adapter tube is equipped with sealed groove, and when closestool lift operation, sealing ring is caught in close
It seals in groove, guaranteeing to stretch is lauched the seal of tube.
6. the water-saving decanter type Toilet system of new energy according to claim 1, it is characterised in that: the telescoping mechanism is
Screw rod linear guide, the semicircle flexible cover board are fixedly connected with the workbench in screw rod linear guide.
7. the water-saving decanter type Toilet system of new energy according to any one of claims 1 to 6, it is characterised in that: described
Accumulation of heat pressure water tank side wall be equipped with third temperature sensor, electric heater and water level sensor, the third temperature sensor,
Electric heater and water level sensor are connected with power control system.
8. the water-saving decanter type Toilet system of new energy according to claim 1, it is characterised in that: on the wash tub pipe
Equipped with the first electric-heating belt and the 4th temperature sensor, first electric-heating belt is for preventing wash tub pipe from freezing, and described the
Four temperature sensors are connected with power control system；The closestool top edge is peripherally internal to be equipped with interlayer, sets in the interlayer
There is the second electric-heating belt.
9. the water-saving decanter type Toilet system of new energy according to claim 4, it is characterised in that: the negative pressure collecting box
Upper end excrement entrance is equipped with spiral blade, for smashing excrement, the spiral blade and associated electric motor to pieces, the motor with
Power control system is connected.
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| CN201821944944.4U CN209443838U (en) | 2018-11-24 | 2018-11-24 | The water-saving decanter type Toilet system of new energy |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109441149A (en) * | 2018-11-24 | 2019-03-08 | 宜春市龙腾机械电气有限公司 | The water-saving decanter type Toilet system of new energy and installation method |
| CN111981675A (en) * | 2020-08-04 | 2020-11-24 | 上海亚虹模具股份有限公司 | Method for actively preventing water tank from frost cracking |
-
2018
- 2018-11-24 CN CN201821944944.4U patent/CN209443838U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109441149A (en) * | 2018-11-24 | 2019-03-08 | 宜春市龙腾机械电气有限公司 | The water-saving decanter type Toilet system of new energy and installation method |
| CN109441149B (en) * | 2018-11-24 | 2023-12-29 | 宜春市龙腾机械电气有限公司 | New energy water-saving sedimentation type toilet system and installation method |
| CN111981675A (en) * | 2020-08-04 | 2020-11-24 | 上海亚虹模具股份有限公司 | Method for actively preventing water tank from frost cracking |
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