CN206580710U - A kind of Internet of Things remote monitoring and administration bio-toilet - Google Patents
A kind of Internet of Things remote monitoring and administration bio-toilet Download PDFInfo
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- CN206580710U CN206580710U CN201720256763.1U CN201720256763U CN206580710U CN 206580710 U CN206580710 U CN 206580710U CN 201720256763 U CN201720256763 U CN 201720256763U CN 206580710 U CN206580710 U CN 206580710U
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/70—Wind energy
- Y02E10/72—Wind turbines with rotation axis in wind direction
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E70/00—Other energy conversion or management systems reducing GHG emissions
- Y02E70/30—Systems combining energy storage with energy generation of non-fossil origin
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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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/33—Wastewater or sewage treatment systems using renewable energies using wind energy
-
- 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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/37—Wastewater or sewage treatment systems using renewable energies using solar energy
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- Treatment Of Sludge (AREA)
- Sanitary Device For Flush Toilet (AREA)
Abstract
The utility model provides a kind of Internet of Things remote monitoring and administration bio-toilet, including between water closet, MBMBR waste water treating and reutilizings system, electricity generation system and Internet of Things remote control administrative system；It is connected between water closet with MBMBR waste water treating and reutilizing systems；Internet of Things remote control administrative system respectively between water closet, MBMBR waste water treating and reutilizings system and electricity generation system be connected；Electricity generation system is respectively that MBMBR waste water treating and reutilizings system and Internet of Things remote control administrative system are powered.The bio-toilet carries out remote monitoring and administration using Internet of Things, powered by biological fuel cell and wind-light complementary system, toilet-flushing sewage processing Posterior circle is utilized, discarded object is used to generate electricity and organic fertilizer processed, reach and facilitate resident, improve environment, the purpose of changing rejected material to useful resource, realize energy-saving and emission-reduction and green circulation economy.
Description
Technical field
The utility model is related to a kind of bio-toilet, especially a kind of water-saving ecological by Internet of Things remote monitoring and administration
Lavatory, belongs to resource and environment filed.
Background technology
Current fixed lavatory mainly uses flush-type, need to rely on sewerage pipeline network, flushing water can not be recycled,
Waste water resource；Because treatment rate of domestic sewage is limited, partial discharge sewage is not effectively addressed, and pollutes environment；
Discarded object does not have abundant recycling, waste of resource pollution environment；Even if there is drainage system to provide utilization, a large amount of dirts of discharge
Water also increases sewage plant construction investment and operating cost；Wheeled lavatory is difficult to be rinsed with water, and water-saving flushing toilet is
Washing water quantity is reduced, rinse water is not saved completely；Though dry type Porta Potti using water wisely, control is complicated, it is difficult to
Odor contamination is eliminated, discarded object needs manual cleaning, and labour health condition is poor；Recirculated water closet mainly using physico-chemical process or is detested
Oxygen aerobic method handles toilet-flushing sewage, and system complex, processing cost be high or floor space and Aeration fan noise is big, low temperature resistant and water
Matter load impact ability, electricity consumption relies primarily on outside offer, is also difficult in overcast and rainy calm weather even if there is wind light mutual complementing power generation
Stable power-supplying, empty network remote monitoring management system, daily management is relied primarily on manually, management inconvenience, consumes a large amount of electric power
And human resources.
The content of the invention
The purpose of this utility model is：Offer is a kind of can to realize the bio-toilet of remote monitoring and administration, be easy to save
Water resource, changing rejected material to useful resource and daily management maintenance etc..
In order to realize above-mentioned utility model purpose, the utility model provides a kind of ecological lavatory of Internet of Things remote monitoring and administration
Institute, including between water closet, MBMBR waste water treating and reutilizings system, electricity generation system and Internet of Things remote control administrative system；
It is connected between water closet with MBMBR waste water treating and reutilizing systems, for carrying out treatment for reuse to toilet-flushing sewage；Internet of Things is long-range
Monitoring management system respectively between water closet, MBMBR waste water treating and reutilizings system and electricity generation system be connected；Electricity generation system
Respectively MBMBR waste water treating and reutilizings system and Internet of Things remote control administrative system is powered.
Using this technology, lavatory construction need not rely on sewerage pipeline network, flushing water reusable edible, saving water resource；
The toilet-flushing sewage of discharge can obtain effective processing, it is to avoid pollution environment；Discarded object can abundant recycling, economize on resources, together
When avoid environmental pollution；Reduce quantity of wastewater effluent and sewage plant construction investment operating cost；It can be rinsed between water closet with water
And recycle, sanitation and hygiene fully save flushing supply；Dry type Porta Potti control complexity and odor contamination are avoided, is given up
Gurry mechanical chipping, improves labour health condition；Recirculated water closet is handled using MBMBR methods, floor space and exposure
Gas system noise is small, and processing cost is low, and low temperature resistant and water quality load impact performance is good；MBMBR waste water treating and reutilizings system is used
The intensive inorganic membranous system of multichannel carries out separation of solid and liquid, and service life is long, and anti-fouling performance is good.
As further limits scheme of the present utility model, between water closet by lavatory interdigit, flush box, squatting pan with
And manure pit composition；The delivery port of flush box is connected by pipeline with the water inlet of squatting pan；The outlet of squatting pan and collection excrement
Pond is connected；Flush box and squatting pan are arranged in the interdigit of lavatory, and flush box is located above squatting pan；Manure pit is arranged on
The lower section of lavatory interdigit.
As further limits scheme of the present utility model, MBMBR waste water treating and reutilizings system by regulating reservoir, sedimentation basin,
MBMBR biochemistry pools, low noise aerating system, the inorganic membranous system of intensive multichannel, clear water tanks and odor removal composition；Collect excrement
The outlet in pond is connected with the water inlet of regulating reservoir；Regulating reservoir is connected by pump and pipeline with sedimentation basin；The delivery port of sedimentation basin
Communicated with the water inlet of MBMBR biochemistry pools；MBMBR biochemistry pools are entered by pump and pipeline and the intensive inorganic membranous system of multichannel
The mouth of a river is connected；The delivery port of the intensive inorganic membranous system of multichannel is connected by pipeline with the water inlet of clear water tanks；Clear water tanks
Delivery port is connected by pipeline with flush box；Low noise aerating system is connected by pipeline with MBMBR biochemistry pools；Odor removal
It is connected by pipeline with MBMBR biochemistry pools.Using above waste water treating and reutilizing system, toilet-flushing sewage can be processed into middle water circulation
Utilize, saving water resource, reduce pollution beyond the region of objective existence row, mitigate environmental pollution.
As further limits scheme of the present utility model, electricity generation system is by biological fuel cell TRT, discarded object
Storage device, solar energy photovoltaic generator, wind power generation plant, inverter and batteries into；Biological fuel cell is sent out
Electric installation is connected to the bottom of manure pit by auger pipeline；The waste outlet of biological fuel cell TRT passes through auger pipe
Road is connected to waste storage device；Biological fuel cell TRT, solar energy photovoltaic generator and wind-power electricity generation dress
Put and be connected by inverter with battery；Battery is respectively MBMBR waste water treating and reutilizings system and Internet of Things remote monitoring
Management system is powered.Using above electricity generation system, discarded object, wind energy and Luminous energy resource can be made full use of to generate electricity, water is fully ensured that
The normal table operation of the systems such as processing, it is to avoid or dependence of the reduction to external power, electric power resource is saved, is greatly reduced discarded
Thing cleaning work amount；Discarded object combination wind light mutual complementing power generation is utilized using high-performance bio fuel cell, electric power is provided without outside,
And discarded object cleaning work amount can be greatly decreased, while by Internet of Things remote monitoring high water tank temperature etc., control is biological to fire
Expect battery-efficient work, photovoltaic battery panel tracking track of sun, keying of lavatory position lock etc., a large amount of electric power and labour's money can be saved
Source.
As further limits scheme of the present utility model, Internet of Things remote control administrative system is by lavatory position lock, remote transmission meter
Table, chromacoder and remote monitoring terminal composition；Lavatory position lock is on the door of lavatory interdigit；Remote transmission instrument includes three
Teletransmission voltmeter, a distance-transmission pressure gauge and a far transmission level meter；Three teletransmission voltmeters are separately mounted to high-performance bio
On fuel cell power generating system, solar energy photovoltaic generator and wind power generation plant；Distance-transmission pressure gauge is arranged on intensity
On the inorganic membranous system outlet pipeline of multichannel；Far transmission level meter is arranged on clear water tanks；Lavatory position lock and remote transmission instrument are and signal
Conversion equipment is electrically connected；Chromacoder is connected by network with remote monitoring control terminal.It is long-range using above Internet of Things
Monitoring management system, is easy to daily management and maintenance maintenance, saves human resources, reduces management cost, improves operation management
Level.
The beneficial effects of the utility model are：（1）Configured using above-mentioned simple water closet, it is possible to decrease cost,
Prevent the possible germ contact transmission of toilet seat, operation maintenance of clean-up is simple and convenient；（2）Using MBMBR waste water treating and reutilizings system
System and odor removal can reduce floor space, resistance low temperature and load impact, and flushing water is processed into middle water circulation use to save
About water resource, it is to avoid pollution of the fixed lavatory construction to the toilet-flushing sewage of dependence and the discharge of sewerage pipeline network to environment,
Quantity of wastewater effluent and sewage plant construction investment operating cost are reduced, the issuable odor contamination of sewage disposal system is eliminated；（3）
MBMBR waste water treating and reutilizings system carries out separation of solid and liquid using the intensive inorganic membranous system of multichannel, and service life is long, antipollution
Performance is good；（4）The control of dry type Porta Potti can be avoided complicated and odor contamination, discarded object can mechanical chipping defended with improving work
Carded sliver part；（5）Discarded object combination wind light mutual complementing power generation is utilized using high-performance bio fuel cell, discarded object cleaning can be greatly decreased
Workload, saves electric power resource, reduces greenhouse gas emission, fully ensures that the normal table operation of the systems such as water process；Pass through
Internet of Things remote monitoring and administration, can save a large amount of electric power and human resources.（6）It is respectively using Internet of Things remote monitoring and administration
System, is easy to daily management and maintenance and repair, and unattended, saving human resources can be achieved, reduces management cost, improves operation
Managerial skills.
Brief description of the drawings
Fig. 1 is system structure diagram of the present utility model.
In figure:1st, biological fuel cell TRT, 2, lavatory position lock, 3, flush box, 4, squatting pan, 5, manure pit,
6th, regulating reservoir, 7, sedimentation basin, 8, MBMBR biochemistry pools, 9, low noise aerating system, 10, automatic control cabinet, 11, intensive lead to more
The inorganic membranous system in road, 12, remote transmission instrument, 13, remote monitoring control terminal, 14, chromacoder, 15, battery, 16, net
Water tank, 17, inverter, 18, solar energy photovoltaic generator, 19, wind power generation plant, 20, lavatory interdigit, 21, odor removal,
22nd, between equipment and management, 23, waste storage device.
Embodiment
As shown in figure 1, the Internet of Things remote monitoring and administration bio-toilet that the utility model is provided includes：Water closet
Between, MBMBR waste water treating and reutilizings system, electricity generation system and Internet of Things remote control administrative system；Between water closet with
MBMBR waste water treating and reutilizings system is connected, for carrying out treatment for reuse to the sewage water closet；Internet of Things remote monitoring
Management system respectively between water closet, MBMBR waste water treating and reutilizings system and electricity generation system be connected；Electricity generation system is distinguished
It is that MBMBR waste water treating and reutilizings system and Internet of Things remote control administrative system are powered.
Wherein, it is made up of between water closet lavatory interdigit 20, flush box 3, squatting pan 4 and manure pit 5；Flush box
3 delivery port is connected by pipeline with the water inlet of squatting pan 4；The outlet of squatting pan 4 is connected with manure pit 5；Flush box 3
It is arranged on squatting pan 4 in lavatory interdigit 20, and flush box 3 is located at the top of squatting pan 4；Manure pit 5 is arranged on lavatory interdigit 20
Lower section.
MBMBR waste water treating and reutilizings system by regulating reservoir 6, sedimentation basin 7, MBMBR biochemistry pools 8, low noise aerating system 9,
The intensive inorganic membranous system 11 of multichannel, clear water tanks 16 and odor removal 21 are constituted；The outlet of manure pit 5 and regulating reservoir 6
Water inlet is connected；Regulating reservoir 6 is connected by pump and pipeline with sedimentation basin 7；The delivery port of sedimentation basin 7 and MBMBR biochemistry pools 8
Water inlet is communicated；MBMBR biochemistry pools 8 are connected by pump and pipeline with the water inlet of the inorganic membranous system 11 of intensive multichannel；It is close
The delivery port of the inorganic membranous system 11 of collection type multichannel is connected by pipeline with the water inlet of clear water tanks 16；The delivery port of clear water tanks 16
It is connected by pipeline with flush box 3；Low noise aerating system 9 is connected by pipeline with MBMBR biochemistry pools 8；Odor removal 21
It is connected by pipeline with MBMBR biochemistry pools 8.Wherein, MBMBR biochemistry pools 8 be existing biochemical reaction tank, intensive multichannel without
Machine membranous system 11 is also existing membranous system, and one of innovative point of the present utility model is by MBMBR biochemistry pools 8 and intensive multichannel
Inorganic membranous system 11, which is combined, can shorten dwell time of sewage, save space-consuming, improve effluent quality, and remaining dirt is greatly decreased
Mud amount, extends lifetime of system, reduces depreciable cost.Low noise aerating system 9 is existing aerating system, due to installed in lavatory position
Between near 20, it is therefore necessary to using low noise design.Odor removal 21 is existing apparatus, using ventilating fan or can also be carried
The air purifier of filter medium.Automatic control cabinet 10 respectively with low noise aerating system 9, the intensive inorganic membranous system 11 of multichannel
And odor removal 21 is electrically connected, the coordinated operation for controlling each device.
Electricity generation system is by biological fuel cell TRT 1, waste storage device 23, solar energy photovoltaic generator
18th, wind power generation plant 19, inverter 17 and battery 15 are constituted；Biological fuel cell TRT 1 passes through auger pipeline
It is connected to the bottom of manure pit 5；The waste outlet of biological fuel cell TRT 1 is connected to discarded object by auger pipeline and stored up
Cryopreservation device 23；Biological fuel cell TRT 1, solar energy photovoltaic generator 18 and wind power generation plant 19 pass through inversion
Device 17 is connected with battery 15；Battery 15 is respectively MBMBR waste water treating and reutilizings system and Internet of Things remote monitoring and administration
System power supply.Biological fuel cell TRT 1 is existing TRT, the gas such as the methane that can be produced by efficient anaerobic
Generated electricity.Solar energy photovoltaic generator 18 and wind power generation plant 19 are existing TRT, with bio-fuel electricity
Pond TRT 1 is combined achievable round-the-clock power supply.
Internet of Things remote control administrative system is whole by lavatory position lock 2, remote transmission instrument 12, chromacoder 14, remote monitoring
End 13 is constituted；Lavatory position lock 2 is arranged on the door of lavatory interdigit 20；Remote transmission instrument 12 includes three teletransmission voltmeters, a teletransmission pressures
Power table and a far transmission level meter；Three teletransmission voltmeters are separately mounted to high-performance bio fuel cell power generating system 1, the sun
On energy photovoltaic power generation apparatus 18 and wind power generation plant 19；Distance-transmission pressure gauge is arranged on the inorganic membranous system 11 of intensive multichannel
Outlet pipeline on；Far transmission level meter is arranged on clear water tanks 16；Lavatory position lock 2 and remote transmission instrument 12 with chromacoder 14
Electrical connection；Chromacoder 14 is connected by network with remote monitoring control terminal 13；Lavatory position lock 2 uses existing electronic lock
It can be achieved.Chromacoder 14, which is mainly, converts analog signals into the recognizable numeral letter of remote monitoring control terminal 13
Number, and telecommunication network transmission can be adapted to.
Internet of Things remote monitoring and administration bio-toilet of the present utility model is when carrying out changing rejected material to useful resource, flush box 3
Flushing water manure pit 5 is entered by the outlet of squatting pan 4；Precipitable discarded object in manure pit 5, which enters, uses environmental organism
Educate again, the biological fuel cell TRT 1 that the intelligent breeding technique of microorganism is cultivated generates electricity, residue enters waste storage device
23 are used as organic fertilizer raw material；The sewage that sewage in manure pit 5 enters in regulating reservoir 6, regulating reservoir 6 from delivery port reaches certain liquid
Behind position, sedimentation basin 7 is promoted to by pump, the water outlet of sedimentation basin 7 enters MBMBR biochemistry pools 8, low noise aerating system 9 through overfall
It is connected by pipeline with MBMBR biochemistry pools 8 to its aeration aerating, carries out biochemical reaction and remove pollution factor, odor removal 21 leads to
Cross collecting pipe be connected with MBMBR biochemistry pools 8 extraction waste gas carry out deodorizing process；Sewage in MBMBR biochemistry pools 8 reaches certain
After liquid level, separation of solid and liquid, the mistake of the intensive inorganic membranous system 11 of multichannel are carried out into the inorganic membranous system 11 of intensive multichannel
Filter out water and clear water tanks 16 are entered by pipeline, concentrated water enters sedimentation basin 7 by pipeline；Automatic control cabinet 10 exposes with low noise respectively
Gas system 9, the intensive inorganic membranous system 11 of multichannel and odor removal 21 electrically connect to control the coordinated operation of each device；It is biological
Fuel cell power generating system 1, solar energy photovoltaic generator 18, wind power generation plant 19 pass through inverter 17 and the electricity of battery 15
Connect to store electric energy；Battery 15 electrically connects as each plant running with automatic control cabinet 10 and powered；Lavatory position lock 2, remote transmission instrument
12 electrically connected with chromacoder 14 analog signal be converted into can network transmission data signal；Chromacoder 14 leads to
Cross network and be connected transmission signal with remote monitoring control terminal 13 so as to remote control and monitoring management, control biological fuel cell
Efficient operation, photovoltaic battery panel tracking track of sun, keying of lavatory position lock etc.；In lavatory, the annex of interdigit 20 is additionally provided with equipment and pipe
22 between reason, convenient installation equipment and personnel are managed.By said process realize the innoxious of waste water and solid waste and
Recycling.
Claims (5)
1. a kind of Internet of Things remote monitoring and administration bio-toilet, it is characterised in that：Including between water closet, at MBMBR sewage
Manage reclaiming system, electricity generation system and Internet of Things remote control administrative system；With MBMBR waste water treating and reutilizings between water closet
System is connected, for carrying out treatment for reuse to toilet-flushing sewage；Internet of Things remote control administrative system respectively between water closet,
MBMBR waste water treating and reutilizings system and electricity generation system are connected；Electricity generation system be respectively MBMBR waste water treating and reutilizings system and
Internet of Things remote control administrative system is powered.
2. Internet of Things remote monitoring and administration bio-toilet according to claim 1, it is characterised in that：Between water closet by
Lavatory interdigit（20）, flush box（3）, squatting pan（4）And manure pit（5）Composition；Flush box（3）Delivery port pass through pipeline
With squatting pan（4）Water inlet be connected；Squatting pan（4）Outlet and manure pit（5）It is connected；Flush box（3）And squatting pan
（4）Installed in lavatory interdigit（20）It is interior, and flush box（3）Positioned at squatting pan（4）Top；Manure pit（5）Installed in lavatory interdigit
（20）Lower section.
3. Internet of Things remote monitoring and administration bio-toilet according to claim 2, it is characterised in that：MBMBR sewage disposals
Reclaiming system is by regulating reservoir（6）, sedimentation basin（7）, MBMBR biochemistry pools（8）, low noise aerating system（9）, intensive multichannel without
Machine membranous system（11）, clear water tanks（16）And odor removal（21）Composition；Manure pit（5）Delivery port and regulating reservoir（6）Enter
The mouth of a river is connected；Regulating reservoir（6）Pass through pump and pipeline and sedimentation basin（7）It is connected；Sedimentation basin（7）Delivery port and MBMBR it is biochemical
Pond（8）Water inlet communicate；MBMBR biochemistry pools（8）Pass through pump and pipeline and the inorganic membranous system of intensive multichannel（11）Enter
The mouth of a river is connected；The intensive inorganic membranous system of multichannel（11）Delivery port pass through pipeline and clear water tanks（16）Water inlet be connected；
Clear water tanks（16）Delivery port pass through pipeline and flush box（3）It is connected；Low noise aerating system（9）Pass through pipeline and MBMBR
Biochemistry pool（8）It is connected；Odor removal（21）Pass through pipeline and MBMBR biochemistry pools（8）It is connected.
4. Internet of Things remote monitoring and administration bio-toilet according to claim 3, it is characterised in that：Electricity generation system is by biology
Fuel cell power generating system（1）, waste storage device（23）, solar energy photovoltaic generator（18）, wind power generation plant
（19）, inverter（17）And battery（15）Composition；Biological fuel cell TRT（1）Collection is connected to by auger pipeline
Manure pit（5）Bottom；Biological fuel cell TRT（1）Waste outlet by auger pipeline be connected to discarded object storage dress
Put（23）；Biological fuel cell TRT（1）, solar energy photovoltaic generator（18）And wind power generation plant（19）Pass through
Inverter（17）With battery（15）It is connected；Battery（15）Respectively MBMBR waste water treating and reutilizings system and Internet of Things are remote
Range monitoring management system is powered.
5. Internet of Things remote monitoring and administration bio-toilet according to claim 4, it is characterised in that：Internet of Things remote monitoring
Management system is locked by lavatory position（2）, remote transmission instrument（12）, chromacoder（14）And remote monitoring control terminal（13）Group
Into；Lavatory position lock（2）Installed in lavatory interdigit（20）Door on；Remote transmission instrument（12）Including three teletransmission voltmeters, a teletransmission pressure
Power table and a far transmission level meter；Three teletransmission voltmeters are separately mounted to biological fuel cell TRT（1）, solar energy
Photovoltaic power generation apparatus（18）And wind power generation plant（19）On；Distance-transmission pressure gauge is arranged on the inorganic membranous system of intensive multichannel
（11）Outlet pipeline on；Far transmission level meter is arranged on clear water tanks（16）On；Lavatory position lock（2）And remote transmission instrument（12）And signal
Conversion equipment（14）Electrical connection；Chromacoder（14）Pass through network and remote monitoring control terminal（13）It is connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720256763.1U CN206580710U (en) | 2017-03-16 | 2017-03-16 | A kind of Internet of Things remote monitoring and administration bio-toilet |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720256763.1U CN206580710U (en) | 2017-03-16 | 2017-03-16 | A kind of Internet of Things remote monitoring and administration bio-toilet |
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| CN206580710U true CN206580710U (en) | 2017-10-24 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109542004A (en) * | 2018-11-26 | 2019-03-29 | 田兰 | Wisdom bio-toilet intelligent management system |
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2017
- 2017-03-16 CN CN201720256763.1U patent/CN206580710U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109542004A (en) * | 2018-11-26 | 2019-03-29 | 田兰 | Wisdom bio-toilet intelligent management system |
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