CN103100255A - Self-power-generation monitoring device of water purifier - Google Patents
Self-power-generation monitoring device of water purifier Download PDFInfo
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- CN103100255A CN103100255A CN2011103588933A CN201110358893A CN103100255A CN 103100255 A CN103100255 A CN 103100255A CN 2011103588933 A CN2011103588933 A CN 2011103588933A CN 201110358893 A CN201110358893 A CN 201110358893A CN 103100255 A CN103100255 A CN 103100255A
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Abstract
The invention discloses a self-generating monitoring device of a water purifier. A pipeline, in which water liquid circulates, is arranged in a water purification module used for filtering the water liquid and is connected with a monitoring device. The monitoring device comprises a power generation module, a power storage module and a monitoring module, wherein the power generation module is driven by the water liquid circulating in the pipeline to generate alternating current power; the monitoring module is provided with a frequency detection unit, a processing unit and a display unit; the frequency detection unit detects the frequency of the alternating current power generated by the power generation module; and the processing unit calculates the total flow of the water liquid according to the received frequency of the alternating current power and transmits a signal of the total flow of the water liquid to the display unit, so that a state of the water purification module can be monitored. Therefore, power for the monitoring module can be generated by the power generation module, and extra external power supplies are not needed; and the frequency of the alternating current power generated by the power generation module can be directly converted into the total flow of the water liquid, and then the state of the water purification module can be accurately monitored, thereby achieving the effects of saving energy and guaranteeing filtered water quality can be achieved.
Description
Technical field
The invention provides a kind of external power supply that do not need, and can accurately monitor the water purification module state, to save the energy and to guarantee the self power generation supervising device of the water purifier of filtering water.
Background technology
The water purifier pattern of selling on the market at present use is various, the water purifier of which kind of pattern no matter, and the various filtering element (cartridge)s of general using and reverse osmosis membrane carry out filtration, purification water quality, and this filtering element (cartridge) and reverse osmosis membrane must regularly replace, and just can obtain good water quality.
see also shown in Figure 1, this is No. 226310 " control device of water source filtering system " new patent cases of TaiWan, China bulletin I, its filtration system 10 is provided with for the 1st road that filters successively the water source and filters pre-treatment filtering element (cartridge) 11, the 2nd road activated carbon is removed chemical toxicant filtering element (cartridge) 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) 13, the 4th road multilayer multistage is processed reverse osmosis membrane 14 and the 5th road activated carbon post processing filtering element (cartridge) 15, this filtration system 10 is equipped with the controller 20 of tool control panel 21, one side of the control panel 21 of this controller 20 is provided with filtering pre-treatment filtering element (cartridge) 11 in the 1st road, the 2nd road activated carbon is removed chemical toxicant filtering element (cartridge) 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) 13, the 4th road multilayer multistage is processed the 1st road warning lamp 22a of reverse osmosis membrane 14 and the 5th road activated carbon post processing filtering element (cartridge) 15, the 2nd road warning lamp 22b, the 3rd road warning lamp 22c, the 4th road warning lamp 22d and the 5th road warning lamp 22e, another side is provided with a screen display 23, the excellent signal light 24a of water quality and the bad signal light 24b of water quality, and for input the 1st road filtration pre-treatment filtering element (cartridge) 11, the 2nd road activated carbon is removed chemical toxicant filtering element (cartridge) 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) 13, the 4th road multilayer multistage processes reverse osmosis membrane 14 and the 5th road activated carbon post processing filtering element (cartridge) 15 uses the setting key 25 of month number and makes zero or increase key 26, another this controller 20 is provided with the attaching plug 27 for the grafting external power source, to supply with this controller 20 required electric powers, in use, it is first to utilize this setting key 25 and make zero or increase key 26 to set the 1st road filtration pre-treatment filtering element (cartridge) 11, the 2nd road activated carbon is removed chemical toxicant filtering element (cartridge) 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) 13, the 4th road multilayer multistage is processed the use moon number of reverse osmosis membrane 14 and the 5th road activated carbon post processing filtering element (cartridge) 15, when the 1st road filters pre-treatment filtering element (cartridge) 11, the 2nd road activated carbon is removed chemical toxicant filtering element (cartridge) 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) 13, the 4th road multilayer multistage is processed reverse osmosis membrane 14 and the 5th road activated carbon post processing filtering element (cartridge) 15 and is arrived the use moon that sets after number, this controller 20 i.e. the 1st road warning lamp 22a, the 2nd road warning lamp 22b, the 3rd road warning lamp 22c, the 4th road warning lamp 22d and the 5th road warning lamp 22e send alarming sound, change with reminding user, and can effectively filter the impurity of drinking water, but this controller 20 still has following scarce fraud in the use:
1. this controller 20 with attaching plug 27 grafting external power sources, to supply with the required electric power of controller 20, under the long-term situation of using, will consume quite a lot of electric energy, and then cause the waste of the energy.
2. this filtration system 10 is utilized the mode of setting use month number, changes the 1st road with the control reminding user and filters pre-treatment filtering element (cartridge) the 11, the 2nd road activated carbon removal chemical toxicant filtering element (cartridge) the 12, the 3rd road secondary filter pre-treatment filtering element (cartridge) the 13, the 4th road multilayer multistage processing reverse osmosis membrane 14 or the 5th road activated carbon post processing filtering element (cartridge) 1
5, however this mode only can be monitored in the useful life of various filtering element (cartridge)s, if relatively poor in the water quality of the water liquid that filters, or the water yield of using namely can't change filtering element (cartridge) in the appropriate time when more, more can't guarantee the water quality of filtering.
In view of this, the inventor then is engaged in research and development and the making experience of relevant industries for many years with it, for the present problem further investigation that faces, pass through the research of long-term endeavour and study, eventually grind and create a kind of self power generation supervising device of saving the energy and guaranteeing the water purifier of filtering water, and so as to significantly improving existing scarce fraud, this is design aim of the present invention.
Summary of the invention
Purpose one of the present invention, a kind of self power generation supervising device of water purifier is provided, and it is provided with the pipeline of circulation water liquid at water purification module, for carrying out filtered water liquid, pipeline at this water purification module connects supervising device, and this supervising device comprises electricity generation module, electricity storage module and monitoring module; This electricity generation module, and drive electricity generation module generation alternating current with the water liquid that circulates in pipeline, and the alternating current that produces is delivered to electricity storage module to be stored, use for monitoring module, this monitoring module is provided with frequency inspection unit, processing unit and display unit, this frequency inspection unit can be detected the ac frequency that this electricity generation module produces, and this ac frequency is sent to processing unit, this processing unit is namely according to the ac frequency conversion water liquid total flow that receives, and this water liquid total flow signal is sent to display unit, for monitoring water purification module state; Thus, utilize electricity generation module to produce the electric power that the supplying monitoring module is used, namely do not need to connect in addition power supply, and then reach the practical purpose of saving the energy.
Purpose two of the present invention, a kind of self power generation supervising device of water purifier is provided, wherein, this monitoring module is provided with frequency inspection unit, processing unit and display unit, this frequency inspection unit can be detected the ac frequency that this electricity generation module produces, and this ac frequency is sent to processing unit, this processing unit is namely according to the ac frequency conversion water liquid total flow that receives, and this water liquid total flow signal is sent to display unit, for monitoring water purification module state, and can accurately monitor the water purification module state, and then guarantee the practical purpose of filtering water.
The present invention discloses a kind of self power generation supervising device of water purifier, and the self power generation supervising device of described water purifier is connected with the pipeline of circulation water liquid, and installs supervising device at this pipeline at water purification module, and this supervising device comprises:
Electricity generation module: connect the pipeline of water purification module, and drive the generation alternating current with the water liquid that circulates in this pipeline;
Electricity storage module: be provided with rectification unit and battery pack, this rectification unit converts the alternating current that electricity generation module produces to direct current, then stores with battery pack, uses for output;
Monitoring module: be electrically connected with electricity storage module, and with the required electric power of this electricity storage module supplying monitoring module, this monitoring module is provided with frequency inspection unit, processing unit and display unit; This frequency inspection unit connects electricity generation module, ac frequency for this electricity generation module generation of detecting, and this ac frequency is sent to processing unit, this processing unit is namely according to the ac frequency that the receives water outlet liquid total flow that converts, and this water liquid total flow signal is sent to display unit, for the use state of monitoring water purification module.
Beneficial effect of the present invention is, the self power generation supervising device of this water purifier can be saved the energy, and can guarantee filtering water.
Description of drawings
Fig. 1 is the schematic diagram of No. 226310 new patent cases of TaiWan, China I;
Fig. 2 is structural representation of the present invention;
Fig. 3 is the configuration diagram of supervising device of the present invention;
Fig. 4 is action schematic diagram of the present invention ();
Fig. 5 is the action schematic diagram () that the present invention monitors;
Fig. 6 is action schematic diagram of the present invention (two);
Fig. 7 is the action schematic diagram (two) that the present invention monitors.
Description of reference numerals:
Background technology part: 10-filtration system; 11-filters the pre-treatment filtering element (cartridge) in the 1st road; 12-the 2nd road activated carbon is removed the chemical toxicant filtering element (cartridge); 13-the 3rd road secondary filter pre-treatment filtering element (cartridge); 14-the 4th road multilayer multistage is processed reverse osmosis membrane; 15-the 5th road activated carbon post processing filtering element (cartridge); The 20-controller; The 21-control panel; 22a-the 1st road warning lamp; 22b-the 2nd road warning lamp; 22c-the 3rd road warning lamp; 22d-the 4th road warning lamp; 22e-the 5th road warning lamp; The 23-screen display; The excellent signal light of 24a-water quality; The bad signal light of 24b-water quality; The 25-setting key; 26-makes zero or increases key; The 27-attaching plug.
Part of the present invention: 30-water purifier; 31-the first water purification module; 32-the second water purification module; 321-pure water delivery outlet; 322-waste water delivery outlet; The 33-pipeline; 34-magnetic valve group; The 35-depotition cock; The 41-electricity generation module; 411-water wheels group; The 412-generating set; The 42-electricity storage module; The 421-rectification unit; The 422-battery pack; The 43-monitoring module; 431-frequency inspection unit; The 432-processing unit; The 433a-liquid crystal panel; The 433b-buzzer; The 433c-light fixture; The 44-pressure sensing module; 441-the first pressure-sensing unit; 442-the second pressure-sensing unit; 45-conducts electricity sensing module; The 46-timing module.
The specific embodiment
Understand for your juror is had further the present invention, hereby lift a preferred embodiment and coordinate accompanying drawing, describe in detail as after:
see also Fig. 2, shown in Figure 3, water purifier 30 of the present invention is provided with water purification module, for carrying out filtered water liquid, in the present embodiment, this water purification module comprises the first water purification module 31 and the second water purification module 32, this first water purification module 31 and the second water purification module 32 also connect the pipeline 33 that supplies circulation water liquid, water liquid can be filtered successively, to obtain good water quality by the first water purification module 31 and the second water purification module 32, wherein, this first water purification module 31 can be the filtering element (cartridge) of a tool multilayer filter material, for filtering by most impurity, bacterium and peculiar smell etc. in the water liquid of pipeline 33 input, another this second water purification module 32 is reverse osmosis membrane filtering element (cartridge)s, make the water liquid that filters by the first water purification module 31 isolate pure water by reverse osmosis membrane again, the output of this second water purification module 32 also is provided with pure water delivery outlet 321, for the output pure water, and waste water delivery outlet 322, for output waste water, the input of another this pipeline 33 is provided with magnetic valve group 34, open and close circulation water liquid in pipeline 33 for controlling, the output that this pipeline 33 is communicated with the second water purification module 32 pure water delivery outlets 321 is provided with depotition cock 35, for opening output by the second isolated pure water of water purification module 32, at the pipeline 33 installing supervising devices of this water purification module, this supervising device comprises electricity generation module 41, electricity storage module 42, monitoring module 43, pressure sensing module 44, conduction sensing module 45 and timing module 46, this electricity generation module 41 is connected to the pipeline 33 of water purification module, and drives electricity generation module 41 generation alternating currents with the water liquid of circulation in this pipeline 33, in the present embodiment, this electricity generation module 41 is provided with the water wheels group 411 that is communicated with at pipeline 33, and with the generating set 412 of these water wheels group 411 interlocks, rotate and drive water wheels group 411 with the water liquid of circulation in pipeline 33, and drive generating set 412 and produce alternating currents, this electricity storage module 42 is for the electric power that stores electricity generation modules 41 and produce, and it is provided with rectification unit 421 and battery pack 422, and converts the alternating current that electricity generation module 41 is produced to direct current with this rectification unit 421, and electric power is sent to battery pack 422 stores, this monitoring module 43, pressure sensing module 44, conduction sensing module 45 and timing module 46 are electrically connected with electricity storage module 42, and supply with this monitoring module 43, pressure sensing module 44, conduction sensing module 45 and the required electric power of timing module 46 with this electricity storage module 42, this monitoring module 43 is provided with frequency inspection unit 431, processing unit 432 and display unit, this frequency inspection unit 431 connects electricity generation module 41, ac frequency for these electricity generation module 41 generations of detecting, and this ac frequency is sent to processing unit 432, this processing unit 432 is namely according to the ac frequency that the receives water outlet liquid total flow that converts, and this water liquid total flow signal is sent to display unit, for the use state of monitoring water purification module, in the present embodiment, this display unit comprises for the liquid crystal panel 433a of 432 conversion water outlet liquid total flows of display processing unit, can control the buzzer 433b that sends warning sound by processing unit 432, and can control the light fixture 433c that sends warning light by processing unit 432, wherein, this light fixture 433c can be installed on depotition cock 35, inspects use in order to the user, and the water liquid total flow that converts when this processing unit 432 is when arriving setting value, and this processing unit 432 is that the control display unit sends alerting, in the present embodiment, this processing unit 432 is controlled buzzer 433b and is sent warning sound, and controls light fixture 433c and send warning light, separately controls shut electromagnetic valve group 34, makes the pipeline 33 water liquid that stops circulating, separately be provided with pressure sensing module 44 on this pipeline 33, use state for this first water purification module 31 of monitoring, this pressure sensing module 44 is connected with the first pressure-sensing unit 441 at the input of the first water purification module 31, output is connected with the second pressure-sensing unit 442, and detect respectively the water flow pressure value of these the first water purification module 31 inputs and output with this first pressure-sensing unit 441 and the second pressure-sensing unit 442, and this water flow pressure value signal is sent to the processing unit 432 of monitoring module 43, this processing unit 432 is namely compared according to the input water flow pressure value that receives and output water flow pressure value, when the difference value (input water flow pressure value-output water flow pressure value=difference value) of input water flow pressure value and output water flow pressure value surpasses preset value, this processing unit 432 is that the control display unit sends alerting, in the present embodiment, this processing unit 432 is controlled buzzer 433b and is sent warning sound, and controls light fixture 433c and send warning light, separately controls shut electromagnetic valve group 34, makes the pipeline 33 water liquid that stops circulating, this conduction sensing module 45 is installed in the pure water delivery outlet 321 of the second water purification module 32 outputs, for the electrical conductivity of sensing by these the second water purification module 32 isolated pure water, and this electrical conductivity signal is sent to the processing unit 432 of monitoring module 43, this processing unit 432 is namely compared according to the electrical conductivity signal and the setting value that receive, when the appearance of electrical conductivity signal is abnormal, namely control buzzer 433b and send warning sound, and control light fixture 433c and send warning light, the another shut electromagnetic valve group 34 of controlling makes the pipeline 33 water liquid that stops circulating, this timing module 46 is for the service time of controlling this first water purification module 31 and the second water purification module 32 again, and should service time signal be sent to the processing unit 432 of monitoring module 43, this processing unit 432 namely according to receive service time signal and the operating period limit value of setting compare, when the first water purification module 31 and the second water purification module 32 arrived the useful life that sets, this processing unit 432 was that the control display unit sends alerting, in the present embodiment, this processing unit 432 is controlled buzzer 433b and is sent warning sound, and controls light fixture 433c and send warning light, separately controls shut electromagnetic valve group 34, makes the pipeline 33 water liquid that stops circulating.
see also Fig. 4, shown in Figure 5, the present invention in use, at first control opens solenoid valve group 34, make the circulation of water liquid in pipeline 33, when opening depotition cock 35, this water liquid namely filters by the first water purification module 31 successively, and isolate pure water by the second water purification module 32, and by the pure water of the depotition cock 35 good water quality of output device, for use, simultaneously, the water liquid that the interior circulation of this pipeline 33 is drives electricity generation module 41 and produces alternating current, and the rectification unit 421 with electricity storage module 42 changes direct current into, store with battery pack 422 again, to supply with monitoring module 43, pressure sensing module 44, conduction sensing module 45 and timing module 46 use, and the mode of utilizing self power generation is supplied with this monitoring module 43, pressure sensing module 44, conduction sensing module 45 and the required electric power of timing module 46, namely do not need to connect in addition power supply, to reach the Practical Benefit of saving the energy, separately in use, the frequency inspection unit 431 of this monitoring module 43 is namely detected the ac frequency that this electricity generation module 41 produces, and this ac frequency is sent to processing unit 432, for the water outlet liquid total flow that converts, and show water liquid total flow with liquid crystal panel 433a, simultaneously, separately detect respectively the water flow pressure value of these the first water purification module 31 inputs and output with the first pressure-sensing unit 441 of this pressure sensing module 44 and the second pressure-sensing unit 442, and this water flow pressure value signal is sent to the processing unit 432 of monitoring module 43, and with the electrical conductivity of conduction sensing module 45 sensings by these the second water purification module 32 isolated pure water, and this electrical conductivity signal is sent to the processing unit 432 of monitoring module 43, to monitor respectively the use state of the first water purification module 31 and the second water purification module 32.
see also Fig. 6, shown in Figure 7, the present invention in use, when the water liquid total flow that converts when the processing unit 432 of monitoring module 43 arrives setting value, or when the water flow pressure value of the first pressure-sensing unit 441 of the processing unit 432 comparison pressure sensing module 44 of monitoring module 43 and the second pressure-sensing unit 442 the first water purification module 31 inputs and outputs detected, and when the water flow pressure difference value of this input and output surpasses preset value, or the electrical conductivity signal that receives 45 sensings of this conduction sensing module when the processing unit 432 of monitoring module 43 occurs when abnormal, the processing unit 432 of this monitoring module 43 is namely controlled buzzer 433b and is sent warning sound, and control light fixture 433c and send warning light, the another shut electromagnetic valve group 34 of controlling, make the pipeline 33 water liquid that stops circulating, change the first water purification module 31 or the second water purification module 32 with reminding user, to guarantee filtering water, another the present invention produces rotten or contaminated situation for preventing this first water purification module 31 and the second water purification module 32 because surpassing useful life, it is to control the useful life of this first water purification module 31 and the second water purification module 32 with timing module 46, namely when the first water purification module 31 and the second water purification module 32 arrive the useful life that sets, even the flow that the processing unit of monitoring module 43 432 converts, the signal of pressure sensing module 44 and 45 sensings of conduction sensing module is still in normal value, this processing unit 432 is still controlled buzzer 433b and is sent warning sound, and control light fixture 433c and send warning light, the another shut electromagnetic valve group 34 of controlling, make the pipeline 33 water liquid that stops circulating, change the first water purification module 31 or the second water purification module 32 with reminding user, to guarantee filtering water.
Accordingly, the present invention is the design of a dark tool practicality and progressive in fact, and is so open there are no identical product and publication, thereby permits symbol application for a patent for invention important document, therefore file an application in accordance with the law.
Above explanation is just illustrative for the purpose of the present invention, and nonrestrictive, and those of ordinary skills understand; in the situation that do not break away from the spirit and scope that following claims limit, can make many modifications, change; or equivalence, but all will fall within the scope of protection of the present invention.
Claims (9)
1. the self power generation supervising device of a water purifier, is characterized in that, the self power generation supervising device of described water purifier is connected with the pipeline of circulation water liquid, and installs supervising device at this pipeline at water purification module, and this supervising device comprises:
Electricity generation module: connect the pipeline of water purification module, and drive the generation alternating current with the water liquid that circulates in this pipeline;
Electricity storage module: be provided with rectification unit and battery pack, this rectification unit converts the alternating current that electricity generation module produces to direct current, then stores with battery pack, uses for output;
Monitoring module: be electrically connected with electricity storage module, and with the required electric power of this electricity storage module supplying monitoring module, this monitoring module is provided with frequency inspection unit, processing unit and display unit; This frequency inspection unit connects electricity generation module, ac frequency for this electricity generation module generation of detecting, and this ac frequency is sent to processing unit, this processing unit is namely according to the ac frequency that the receives water outlet liquid total flow that converts, and this water liquid total flow signal is sent to display unit, for the use state of monitoring water purification module.
2. the self power generation supervising device of water purifier as claimed in claim 1, it is characterized in that, this electricity generation module is provided with the water wheels group that is communicated with at pipeline, and with the generating set of this water wheels group interlock, rotate and drive moving water wheels group with the water liquid that circulates in pipeline, and drive generating set generation alternating current.
3. the self power generation supervising device of water purifier as claimed in claim 1, is characterized in that, this water purification module comprises the first water purification module and the second water purification module.
4. the self power generation supervising device of water purifier as claimed in claim 3, is characterized in that, the first water purification module of this water purification module is the filtering element (cartridge) of tool multilayer filter material, and this second water purification module is the reverse osmosis membrane filtering element (cartridge).
5. the self power generation supervising device of water purifier as claimed in claim 3, it is characterized in that, more comprise: be provided with pressure sensing module at this first water purification module, this pressure sensing module is connected with the first pressure-sensing unit at the input of the first water purification module, output is connected with the second pressure-sensing unit, and detect respectively the water flow pressure value of this first water purification module input and output with this first pressure-sensing unit and the second pressure-sensing unit, and this water flow pressure value signal is sent to the processing unit of monitoring module, this processing unit is namely compared according to the input water flow pressure value that receives and output water flow pressure value, when the difference value of input water flow pressure value and output water flow pressure value surpasses preset value, be that the control display unit sends alerting.
6. the self power generation supervising device of water purifier as claimed in claim 3, it is characterized in that, more comprise: be provided with the conduction sensing module at this second water purification module, this conduction sensing module is installed in the output of the second water purification module, for the electrical conductivity of sensing by the isolated pure water of this second water purification module, and this electrical conductivity signal is sent to the processing unit of monitoring module, this processing unit is namely compared according to the electrical conductivity signal and the setting value that receive, when the appearance of electrical conductivity signal was abnormal, namely the control display unit sent alerting.
7. the self power generation supervising device of water purifier as claimed in claim 1, it is characterized in that, more comprise: at a timing module, for the service time of controlling water purification module, and should service time signal be sent to the processing unit of monitoring module, this processing unit namely according to receive service time signal and the operating period limit value of setting compare, when the first water purification module and the second water purification module arrived the useful life that sets, namely the control display unit sent alerting.
8. the self power generation supervising device of water purifier as claimed in claim 1, it is characterized in that, the display unit of this monitoring module comprise for display processing unit convert the liquid crystal panel of water outlet liquid total flow, controlled the buzzer send warning sound by processing unit, and can be sent by processing unit control the light fixture of warning light.
9. the self power generation supervising device of water purifier as claimed in claim 8, is characterized in that, the light fixture of this monitoring module display unit is installed on depotition cock.
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| CN103293017A (en) * | 2013-06-25 | 2013-09-11 | 长沙理工大学 | Service life evaluation device and method for pre-filter filter element for condensate polishing |
| CN104234131A (en) * | 2013-06-06 | 2014-12-24 | 侯兆伟 | Atmospheric water generator filter system and filter reminding method thereof |
| CN105536329A (en) * | 2016-01-27 | 2016-05-04 | 东莞市倍绿亚生态科技有限公司 | Intelligent water purifier |
| CN105911929A (en) * | 2016-06-20 | 2016-08-31 | 中山清匠电器科技有限公司 | Real time monitoring device for electric power generation apparatus |
| CN106430671A (en) * | 2016-08-25 | 2017-02-22 | 中科同德（厦门）物联网科技有限公司 | Water purifier wastewater power generation apparatus |
| CN115265675A (en) * | 2022-09-01 | 2022-11-01 | 迪弓科技(无锡)有限公司 | Self-generating flow detection system |
| CN117906687A (en) * | 2023-02-23 | 2024-04-19 | 迪弓科技(无锡)有限公司 | Self-generating water meter and flow calibration method thereof |
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| CN106430671A (en) * | 2016-08-25 | 2017-02-22 | 中科同德（厦门）物联网科技有限公司 | Water purifier wastewater power generation apparatus |
| CN115265675A (en) * | 2022-09-01 | 2022-11-01 | 迪弓科技(无锡)有限公司 | Self-generating flow detection system |
| CN115265675B (en) * | 2022-09-01 | 2024-01-30 | 迪弓科技(无锡)有限公司 | Spontaneous current amount detection system |
| CN117906687A (en) * | 2023-02-23 | 2024-04-19 | 迪弓科技(无锡)有限公司 | Self-generating water meter and flow calibration method thereof |
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Application publication date: 20130515 |