CN214657503U - Automatic water-saving device for monitoring water flow in toilet - Google Patents
Automatic water-saving device for monitoring water flow in toilet Download PDFInfo
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- CN214657503U CN214657503U CN202120653869.1U CN202120653869U CN214657503U CN 214657503 U CN214657503 U CN 214657503U CN 202120653869 U CN202120653869 U CN 202120653869U CN 214657503 U CN214657503 U CN 214657503U
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Abstract
The utility model relates to a rivers automatic monitoring water saving fixtures in lavatory, for solving the unnecessary water consumption problem in public latrine, the break-make automatically controlled valve that sets up on the bathroom inlet tube links intelligent control ware with rivers perception element electricity, and intelligent control ware electricity links the human inductor in urine position that each urine position set up and the human inductor of defecating that each defecates the position setting and the rivers leakage alarm in the lavatory, and intelligent control ware passes through wireless communication module wireless communication management intelligent terminal. The toilet water inlet pipe is provided with a normally closed electric control valve which is connected with the on-off electric control valve in parallel, the normally closed electric control valve is electrically connected with an intelligent controller or a mains supply, and the intelligent controller is electrically connected with the mains supply. The water-saving toilet has the advantages of capability of automatically monitoring water flow in the toilet in real time, automatic and manual treatment in time, remarkable water-saving effect and strong reliability.
Description
Technical Field
The utility model relates to a public latrine water saving fixtures, especially relate to a rivers automatic monitoring water saving fixtures in lavatory.
Background
Along with the great improvement of the urbanization and modernization level of China, the urban and rural areas are widely provided with the water-flushing public toilets. However, the contradiction between the huge public toilet water consumption and the shortage of water resources is becoming more and more violent, and although the popularization of various public toilet water-saving flushing technologies has a certain water-saving effect, the water resource loss caused by the leakage of the public toilet is still astonishing.
Disclosure of Invention
The utility model aims to overcome the above-mentioned defect of prior art, provide a can real-time automatic monitoring lavatory in rivers escape the drip to in time carry out automation and artifical interior rivers automatic monitoring water saving fixtures who deals with.
In order to achieve the purpose, the utility model discloses rivers automatic monitoring water saving fixtures in lavatory, its special character lies in setting up the break-make automatically controlled valve on the bathroom inlet tube and rivers perception element electricity link intelligent control ware, and the intelligent control ware electricity links the human inductor in position of urinating that each position of urinating set up and the human inductor of defecating that each position of defecating set up and rivers run out the hourglass siren in the lavatory, and intelligent control ware passes through wireless communication module wireless communication management intelligent terminal. The water flow sensing element is a high-sensitivity intelligent water meter, so that after all water consumption parts are closed, if the intelligent water meter still senses water flow, the leakage is proved to be caused. According to the design, the intelligent controller senses abnormal water consumption through the human body sensor for defecation and urination and the water flow sensing element, namely when water flow in a toilet leaks, the intelligent controller warns through the water flow leakage alarm in the toilet, turns off the on-off electric control valve to avoid unnecessary loss of water resources, and informs a manager or a manager and a manager superior supervisor through the wireless communication module and the intelligent management terminal to maintain in time; and after the maintenance is finished, the intelligent controller is controlled by the management intelligent terminal to reopen the on-off electric control valve or the intelligent controller is directly controlled to reopen the on-off electric control valve, and the normal water flow is recovered to automatically monitor the water-saving state. The water-saving toilet has the advantages that the leakage of water flow in the toilet can be automatically monitored in real time, automatic and manual treatment can be timely carried out, and the water-saving effect is obvious.
As optimization, the intelligent controller performs water-saving on-off control on the on-off electric control valve according to whether the human body sensor senses a toilet human body or not and the water flow sensing element senses water flow. That is, when the human body sensor for defecation and urination does not sense the human body in the toilet and the water flow sensing element senses water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the intelligent management terminal to maintain.
As optimization, the intelligent controller carries out water-saving on-off control on the on-off electric control valve according to whether the human body sensor senses the human body in the toilet and the set time length of delayed water use after the toilet position in the toilet and the water flow sensing element senses the water use or senses the time length of delayed water use. The water consumption in the exceeding time period refers to the water consumption when the water flow sensing element still senses the water flow in the exceeding time period after all the human body sensors lose human body sensing signals. The set time period is 120 seconds. That is, when the human body inductor of stool and urine does not induce the human body like the lavatory, after setting for the extension time and rivers perception element senses rivers again, intelligent control ware carries out water conservation shutoff control to the on-off electric control valve to inform management intelligent terminal to maintain.
As optimization, the intelligent controller is electrically connected with a urine position human body sensor arranged at each urine position, a defecate human body sensor arranged at each defecate position and a washing position human body sensor, and the intelligent controller carries out water-saving on-off control on the on-off electric control valve according to whether the defecate human body sensor senses a defecate human body and set time of delayed water use of the defecate position after defecating and whether the water flow sensing element senses water use or time of delayed water use and whether the washing position human body sensor senses a washing human body. That is, after all human body sensors sense that the human body is not sensed as a toilet, after the set extension time, and the water flow sensing element senses the water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the management intelligent terminal to maintain.
As optimization, the intelligent controller is electrically connected with a urine position human body sensor arranged at each urine position, a defecation human body sensor, a washing position human body sensor and a mop washing position human body sensor arranged at each defecation position, the intelligent controller conducts water-saving on-off control on the on-off electric control valve according to whether the urine position human body sensor senses a defecation human body, the set time of delayed water use of the defecation position, the time of delayed water use of the defecation position, sensed by the water flow sensing element, the time of delayed water use, sensed by the washing position human body sensor, whether the washing human body and the mop washing position human body sensor sense the mop washing position human body. That is, after all human body sensors sense that the human body is not sensed as a toilet, after the set extension time, and the water flow sensing element senses the water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the management intelligent terminal to maintain.
As optimization, the human body sensors for the large and small defecation positions are respectively arranged on a wall body above the urinal and a ceiling above the defecation position, and the human body sensors for the washing position and the mop washing position are respectively arranged on a wall body above the rear of the washing basin and a wall body above the rear of the mop washing pool.
As optimization, the management intelligent terminal is one or more parallel administrator intelligent mobile phones and an intelligent center console of a control area to which the toilet belongs. The intelligent center console records the water leakage fault and the maintenance condition and supervises whether to maintain in time. The intelligent console on-duty personnel can command and guide fault elimination according to the received related information!
As optimization, the water inlet pipe of the toilet is provided with a normally closed electric control valve which is connected with the on-off electric control valve in parallel, the normally closed electric control valve is electrically connected with an intelligent controller or a mains supply, and the intelligent controller is electrically connected with the mains supply. When power is off, the on-off electric control valve is in an off state, and water can not be cut off due to the fact that the normally closed electric control valve is automatically opened when power is lost, and normal use of a toilet is not affected.
As optimization, the normally closed electric control valve is in a turn-off state when being electrified; when the normally closed electric control valve is powered off, the normally closed electric control valve is opened and conducts water supply for standby in the toilet water inlet pipe.
As optimization, the toilet water inlet pipe is communicated with the normally closed electric control valve through an upstream side tee joint and a pipe and a downstream side tee joint and a pipe on the upstream side and the downstream side of the on-off electric control valve.
The main operation modes are as follows: the state of the people who go to the toilet is determined through the sensing of the infrared human body sensor, when the number of the people who go to the toilet or use water is 0, the water flow sensing element enters a working state, when the water flow is sensed, a signal is sent to the intelligent controller, the intelligent controller sends the signal to the alarm for water flow leakage in the toilet and starts the alarm for water flow leakage in the toilet; meanwhile, a signal is sent to the wireless communication module, and the wireless communication module sends a message to a field manager holding the intelligent management terminal and a central console to report the water leakage condition in the toilet. When the water flow continuously flows for 120 seconds in the drainage state, the intelligent controller closes the on-off electric control valve to cut off the water flow in the toilet. When the water leakage fault is eliminated, the on-off electric control valve is opened by operating the intelligent controller, the water supply in the toilet is recovered, and meanwhile, the equipment enters an automatic supervision state again.
After the technical scheme is adopted, the utility model discloses rivers automatic monitoring water saving fixtures in lavatory has can real-time automatic monitoring rivers escape the drip in the lavatory to in time carry out automation and manual work and deal with, the water conservation effect is showing, the advantage of good reliability.
Drawings
Fig. 1-3 are schematic diagrams of the first, second and third embodiments of the automatic monitoring water-saving device for water flow in toilet of the present invention.
Detailed Description
First embodiment, as shown in fig. 1, the utility model discloses the automatic monitoring water saving fixtures of rivers in lavatory is that the break-make automatically controlled valve 2 that sets up on bathroom inlet tube 1 links intelligent control ware 4 with 3 electricity of rivers perception element, and intelligent control ware 4 electricity links the human inductor 51 of urine position that each urine position set up and the human inductor 52 of shit that each shit position set up and rivers escape and leak siren 6 in the lavatory, and intelligent control ware 4 manages intelligent terminal through wireless communication module 7 wireless communication. The water flow sensing element is a high-sensitivity intelligent water meter, so that after all water consumption parts are closed, if the intelligent water meter still senses water flow, the leakage is proved to be caused. The intelligent controller senses abnormal water through the human body sensor for defecation and urination and the water flow sensing element, namely warns through the water flow leakage alarm in the toilet when water flow in the toilet leaks, turns off the on-off electric control valve to avoid unnecessary loss of water resources, and informs a manager or a manager and a manager superior supervisor through the wireless communication module and the management intelligent terminal to maintain in time; and after the maintenance is finished, the intelligent controller is controlled by the management intelligent terminal to reopen the on-off electric control valve or the intelligent controller is directly controlled to reopen the on-off electric control valve, and the normal water flow is recovered to automatically monitor the water-saving state. The water-saving toilet has the advantages that the leakage of water flow in the toilet can be automatically monitored in real time, automatic and manual treatment can be timely carried out, and the water-saving effect is obvious.
The intelligent controller controls the on-off control of the water-saving electric control valve 2 according to whether the human body sensors 51 and 52 sense the human body in the toilet or not and the water flow sensing element 3 senses the water flow. That is, when the human body sensor for defecation and urination does not sense the human body in the toilet and the water flow sensing element senses water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the intelligent management terminal to maintain.
Further, the method comprises the following steps: the intelligent controller 4 controls the on-off control of the on-off electric control valve 2 according to whether the human body sensors 51 and 52 sense the human body in the toilet and the set time length of delayed water use after the toilet position in the toilet and the water flow sensing element 3 sense the water use or the time length of delayed water use. The water consumption in the exceeding time period refers to the water consumption when the water flow sensing element still senses the water flow in the exceeding time period after all the human body sensors lose human body sensing signals. The set time period is 120 seconds. That is, when the human body inductor of stool and urine does not induce the human body like the lavatory, after setting for the extension time and rivers perception element senses rivers again, intelligent control ware carries out water conservation shutoff control to the on-off electric control valve to inform management intelligent terminal to maintain.
And further comprises the following steps: the intelligent controller 4 is electrically connected with a urine position human body sensor 51 arranged at each urine position, a defecate human body sensor 52 arranged at each defecate position and a washing position human body sensor 53, the intelligent controller 4 controls the on-off control of the on-off control valve 2 according to whether the defecate human body sensors 51 and 52 sense the defecate human body and the set defecate position delay water supply time after defecating and the water supply sensed by the water flow sensing element 3 or the delay water supply time and the washing position human body sensor 53 sense the washing human body. That is, after all human body sensors sense that the human body is not sensed as a toilet, after the set extension time, and the water flow sensing element senses the water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the management intelligent terminal to maintain.
Further, the method comprises the following steps: the intelligent controller 4 is electrically connected with a urine position human body sensor 51 arranged at each urine position, a defecate human body sensor 52 arranged at each urine position, a washing position human body sensor 53 and a mop washing position human body sensor 54, the intelligent controller 4 carries out water-saving on-off control on the on-off electric control valve 2 according to whether the urine position human body sensors 51 and 52 sense the defecate human body and set time for delaying the water use of the defecate position after the defecate position is defecated, whether the water flow sensing element 3 senses the water use or senses the time for delaying the water use or the washing position human body sensor 53 senses the washing human body and whether the mop washing position human body sensor 54 senses the mop washing position human body. That is, after all human body sensors sense that the human body is not sensed as a toilet, after the set extension time, and the water flow sensing element senses the water flow, the intelligent controller performs water-saving turn-off control on the on-off electric control valve and informs the management intelligent terminal to maintain.
The human body sensors 51 and 52 for the big and small stool positions are respectively arranged on the wall body above the urinal and the ceiling above the stool position, and the human body sensor 53 for the washing position and the human body sensor 54 for the mop washing position are respectively arranged on the wall body above the rear of the washing basin and the wall body above the rear of the mop washing pool.
In the second embodiment, as shown in fig. 2, the automatic monitoring and water saving device for water flow in toilet of the present invention is different from the first embodiment only in that the management intelligent terminal is a plurality of (or one) parallel administrator smart phones 8 and an intelligent center console 80 in the area under control of the toilet.
Third embodiment, as shown in fig. 3, the utility model discloses automatic water saving fixtures of monitoring of rivers in lavatory and above-mentioned second embodiment's difference only lie in that bathroom inlet tube 1 sets up the normally closed electric control valve 21 parallelly connected with on-off electric control valve 2, and normally closed electric control valve 21 electricity links intelligent control ware 4 or mains supply 9, and intelligent control ware 4 electricity links mains supply 9. When the normally closed electric control valve 21 is electrified, the normally closed electric control valve is in a closed state; when the normally closed electric control valve 21 loses power, the valve is opened and conducts water supply for standby in the toilet water inlet pipe 1. The toilet water inlet pipe 1 is communicated with the normally closed electric control valve 21 on the upstream side and the downstream side of the on-off electric control valve 2 through an upstream side tee joint and pipe and a downstream side tee joint and pipe. When power is off, the on-off electric control valve is in an off state, and water can not be cut off due to the fact that the normally closed electric control valve is automatically opened when power is lost, and normal use of a toilet is not affected.
The main operation modes are as follows: the state of the people who go to the toilet is determined through the sensing of the infrared human body sensor, when the number of the people who go to the toilet or use water is 0, the water flow sensing element enters a working state, when the water flow is sensed, a signal is sent to the intelligent controller, the intelligent controller sends the signal to the alarm for water flow leakage in the toilet and starts the alarm for water flow leakage in the toilet; meanwhile, a signal is sent to the wireless communication module, and the wireless communication module sends a message to a field manager holding the intelligent management terminal and a central console to report the water leakage condition in the toilet. When the water flow continuously flows for 120 seconds in the drainage state, the intelligent controller closes the on-off electric control valve to cut off the water flow in the toilet. When the water leakage fault is eliminated, the on-off electric control valve is opened by operating the intelligent controller, the water supply in the toilet is recovered, and meanwhile, the equipment enters an automatic supervision state again.
In a word, the utility model discloses rivers automatic monitoring water saving fixtures in lavatory has can real-time automatic monitoring rivers in the lavatory and run out the drip to in time carry out automation and artifical the processing, the water conservation effect is showing, the strong advantage of reliability.
Claims (10)
1. The utility model provides an automatic monitoring water saving fixtures of rivers in lavatory, its characterized in that sets up break-make electric control valve and rivers perception element electricity on the bathroom inlet tube and connect intelligent control ware, and intelligent control ware electricity is connected the human inductor in position of urinating that each position set up and the human inductor of defecating that each position of defecating set up and the rivers escape and leak alarm in the lavatory, and intelligent control ware passes through wireless communication module wireless intercommunication management intelligent terminal.
2. The automatic monitoring water-saving device for the water flow in the toilet according to claim 1, characterized in that the intelligent controller performs water-saving on-off control on the on-off electric control valve according to whether a human body sensor senses a human body like the toilet or not and the water flow sensing element senses the water flow.
3. The automatic monitoring water-saving device for the water flow in the toilet according to claim 1, characterized in that the intelligent controller performs water-saving on-off control on the on-off electric control valve according to whether the human body sensor senses the human body in the toilet and the set time length of delayed water use after the toilet position in the toilet and the water flow sensing element senses whether the water use is performed or senses the time length of delayed water use.
4. The automatic water-saving device for monitoring the water flow in the toilet as claimed in claim 1, wherein the intelligent controller is electrically connected with a urine position human body sensor arranged at each urine position, a feces human body sensor and a washing position human body sensor arranged at each feces position, and the intelligent controller controls the on-off control valve to save water according to whether the urine position human body sensor senses the human body in the toilet and the set time length of delayed water use after the toilet in the feces position, the water use time length sensed by the water flow sensing element or the time length of delayed water use and whether the washing position human body sensor senses the human body in the washing.
5. The automatic water-saving device for monitoring the water flow in the toilet as claimed in claim 1, wherein the intelligent controller is electrically connected with a urine position human body sensor arranged at each urine position, a feces human body sensor arranged at each feces position, a washing position human body sensor and a mop washing position human body sensor, and the intelligent controller performs water-saving on-off control on the on-off electric control valve according to whether the urine position human body sensor senses the human body in the toilet and the set time length of delayed water use after the toilet in the feces position, whether the water flow sensing element senses no water use or the time length of delayed water use, whether the washing position human body sensor senses the human body in the washing position and whether the mop washing position human body sensor senses the human body in the mop washing position.
6. The automatic water-saving device for monitoring the water flow in the toilet as claimed in claim 5, wherein the human body sensors for the toilet and the shit position are respectively arranged on the wall body above the urinal and the ceiling above the shit position, and the human body sensors for the washing position and the mop washing position are respectively arranged on the wall body above the rear of the washing basin and the wall body above the rear of the mop washing pool.
7. The automatic water-saving device for monitoring the water flow in the toilet according to any one of claims 1 to 6, wherein the intelligent management terminal is one or more parallel intelligent managers and intelligent center console of the area under control of the toilet.
8. The automatic water-saving device for monitoring the water flow in the toilet according to any one of claims 1 to 6, wherein the toilet water inlet pipe is provided with a normally closed electric control valve connected with the on-off electric control valve in parallel, the normally closed electric control valve is electrically connected with an intelligent controller or a mains supply, and the intelligent controller is electrically connected with the mains supply.
9. The automatic water-saving device for monitoring the water flow in the toilet according to claim 8, wherein the normally closed electric control valve is in a closed state when power is obtained; when the normally closed electric control valve is powered off, the normally closed electric control valve is opened and conducts water supply for standby in the toilet water inlet pipe.
10. The automatic monitoring water-saving device for the water flow in the toilet according to claim 8, wherein the toilet water inlet pipe is communicated with the normally closed electric control valve through an upstream side three-way and pipe and a downstream side three-way and pipe on the upstream side and the downstream side of the on-off electric control valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120653869.1U CN214657503U (en) | 2021-03-31 | 2021-03-31 | Automatic water-saving device for monitoring water flow in toilet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120653869.1U CN214657503U (en) | 2021-03-31 | 2021-03-31 | Automatic water-saving device for monitoring water flow in toilet |
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| Publication Number | Publication Date |
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| CN214657503U true CN214657503U (en) | 2021-11-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120653869.1U Active CN214657503U (en) | 2021-03-31 | 2021-03-31 | Automatic water-saving device for monitoring water flow in toilet |
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| CN (1) | CN214657503U (en) |
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2021
- 2021-03-31 CN CN202120653869.1U patent/CN214657503U/en active Active
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