CN109029853A - A kind of method and system based on water ionizer detection sink leak - Google Patents
A kind of method and system based on water ionizer detection sink leak Download PDFInfo
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- CN109029853A CN109029853A CN201810877236.1A CN201810877236A CN109029853A CN 109029853 A CN109029853 A CN 109029853A CN 201810877236 A CN201810877236 A CN 201810877236A CN 109029853 A CN109029853 A CN 109029853A
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M3/00—Investigating fluid-tightness of structures
- G01M3/02—Investigating fluid-tightness of structures by using fluid or vacuum
Abstract
The present invention provides a kind of methods based on water ionizer detection sink leak, to solve not knowing sink leak in the prior art, cause sink in the process of cleaning it is anhydrous also cleaning the problem of, this method is comprising steps of S1: pass through flowmeter count sink water inlet water inlet umber of pulse；S2: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, whether judgement detects TDS value by ion generator；S3: if so, confirmation water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；If it is not, then call the second default leak confirmation process confirmation sink whether leak.This method carries out leak water detdction using water ionizer and flow meter, and detection is more accurate, and it is not necessary that water level sensor is separately provided, structure is simple, convenient and safe.
Description
Technical field
The present invention relates to purification water tank leak water detdction technical fields, more particularly to a kind of water ionizer that is based on to detect water
The method and system of slot leak.
Background technique
Purification water tank becomes common housed device in life, is generally used to carry out cleaning dishes and chopsticks or purify fruits and vegetables etc.,
However if the drain valve of the bad leak of sink airtightness or sink is not turned off, leak then will lead to the water in sink
It is fewer and fewer, be easy to appear, in the process of cleaning also anhydrous situation, be easy to cause purification water tank damage and purification cleaning not
Clean problem, it is therefore desirable to real-time detection purification water tank at work whether leak.
Have in the prior art and water leak detectors are separately provided in a device, but it is at high cost, and precision is not high, realizes
Come more complicated.
It is simple to need to design a kind of structure in summary, detects the higher method of leak precision to solve the above problems.
Summary of the invention
To solve the above-mentioned problems, the present invention provides one kind to be not necessarily to special leakage inspector, is sent out using water ion
The flowmeter of raw device and water inlet can be detected sink whether the method based on water ionizer detection sink leak of leak
And system.
In order to achieve the above object, the invention adopts the following technical scheme:
A method of sink leak is detected based on water ionizer, comprising steps of
S1: the water inlet umber of pulse of sink water inlet is counted by flowmeter；
S2: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, whether judgement passes through ion generator
Detect TDS value；
S3: if so, confirmation water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；If no
Be then call the second default leak confirmation process confirmation sink whether leak.
Further, step S2 includes:
S21: according to from bottom of gullet to the unit capacity pulse of the capacity of the water of contact ions generator and flowmeter
Number calculates the first default water inlet umber of pulse；
S22: whether the water inlet umber of pulse counted in real-time judge flowmeter reaches the first default water inlet umber of pulse；
S23: if so, judging whether ion generator detects TDS value；If not continuing to execute step S22.
Further, step S3 includes:
S31: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When TDS value, confirmation sink water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；
S32: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, is not detected by ion generator
When TDS value, confirmation sink water inlet is abnormal, call the second default leak confirmation process confirmation sink whether leak.
Further, step S31 includes:
S311: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When to TDS value, confirmation sink water inlet is normal；
S312: stop the first preset stopping time of water inlet；
S313: whether judgement detects TDS value by ion generator again；
S314: if so, confirmation sink is water-tight；If it is not, then confirming sink leak.
Further, step S32 includes:
S321: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When to TDS value, confirmation sink water inlet is abnormal；
S322: the water inlet umber of pulse of flowmeter statistics sink water inlet is continued through；
S323: when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range, judgement passes through ion generator
Whether TDS value is detected；
S324: if ion generator detects TDS value, stop the first preset stopping time of intaking, and judgement is logical again
Cross whether ion generator detects TDS value, if so, confirmation sink is water-tight, if it is not, then confirming sink leak；
S325: if TDS value is not detected in ion generator, confirm sink leak.
A kind of system based on water ionizer detection sink leak, comprising:
Flowmeter, for counting the water inlet umber of pulse of sink water inlet；
Ion generator detects TDS value for judging whether；
Leak confirmation module, the TDS value of water inlet umber of pulse and ion generator detection for being counted according to flowmeter,
Confirm current sink whether leak.
Further, confirmation leak module includes:
First computing unit, for according to from bottom of gullet to the capacity of the water of contact ions generator and flowmeter
Unit capacity umber of pulse calculates the first default water inlet umber of pulse；
First judging unit for real-time detection and judges whether the water inlet umber of pulse counted in flowmeter reaches first in advance
If intaking umber of pulse；
First confirmation unit judges that the water inlet umber of pulse counted in flowmeter reaches the first default water inlet umber of pulse for working as
When confirmation ion generator whether detect TDS value.
Further, confirmation leak module includes:
First call unit, when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and by from
When electronic generator detects TDS value, confirmation sink water inlet is normal, calls whether the first default leak confirmation process confirmation sink leaks
Water；
Second call unit passes through ion when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics
When TDS value is not detected in generator, confirmation sink water inlet is abnormal, calls whether the second default leak confirmation process confirmation sink leaks
Water.
Further, the first call unit includes:
First time control unit when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and is led to
When crossing ion generator and detecting TDS value, stop the first preset stopping time of water inlet；
First reaffirms unit, for judgement to pass through ion generator again after stopping the first preset stopping time of water inlet
Whether detect TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If ion generator is not detected
TDS value then confirms sink leak.
Further, the second call unit includes:
Continue inlet unit, for continuing through the water inlet umber of pulse of flowmeter statistics water inlet；
Continue judging unit, for when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range, judge from
Whether electronic generator detects TDS value；
Second time control unit, for leading to when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range
It crosses when ion generator detects TDS value and stops the second preset stopping time of water inlet；
Second reaffirms unit, for judgement to pass through ion generator again after stopping the second preset stopping time of water inlet
Whether detect TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If ion generator is not detected
TDS value then confirms sink leak.
The invention has the benefit that
(1): TDS value whether is detected when reaching water ionizer water level by the judgement of flowmeter water ionizer,
Come confirm sink whether leak, it is not necessary that water leak detectors are separately provided, structure is simple, reduces cost, simple and safe.
(2) can repeatedly confirm sink whether leak, avoid erroneous judgement, improve the accuracy of leak water detdction, improve
User experience.
Detailed description of the invention
Fig. 1 is the method flow diagram one for detecting sink leak in the present invention based on water ionizer；
Fig. 2 is the method flow diagram two for detecting sink leak in the present invention based on water ionizer；
Fig. 3 is the system structure diagram one for detecting sink leak S in the present invention based on water ionizer；
Fig. 4 is the system structure diagram two for detecting sink leak in the present invention based on water ionizer.
Fig. 5 is the structure chart for detecting sink leak in the present invention based on water ionizer.
In figure: 1, water ionizer；2, sink；3, top cover；4, cathode sheets；5, insulation spacer；6, anode strip；7, bottom
Seat；8, flowmeter.
Specific embodiment
Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described,
However, the present invention is not limited to these examples.
Embodiment one
A kind of method based on water ionizer detection sink leak is present embodiments provided, as shown in Figure 1 to Figure 2,
This method comprising steps of
S1: the water inlet umber of pulse of sink water inlet is counted by flowmeter；
S2: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, whether judgement passes through ion generator
Detect TDS value；
S3: if so, confirmation water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；If no
Be then call the second default leak confirmation process confirmation sink whether leak.
Wherein water ionizer is to generate for decomposing the water in sink and contain water hydroxyl radical free radical and its secondary metabolite
The aqueous solution of the substances such as hydrogen peroxide, ozone, to pass through ozone and hydrogen peroxide and the free water hydroxyl with strong oxidizing property
Water in sink is purified, wherein water ionizer is more sensitive to water quality, and the concentration level of water quality will will affect only
Change effect.Wherein water ionizer can generate rated current in purification process in water, can be according to the specified electricity of generation
Flowmeter calculates the TDS value of current water quality, therefore can judge to intake by judging whether water ionizer detects TDS value
Whether water level reaches water ionizer.
Wherein flowmeter counts inflow, is to be measured according to the pulse of flowmeter detection, such as flowmeter is generally united
Water in the water inlet of meter is often upgraded to 217 pulses；Therefore can be determined by the umber of pulse for the water of flowmeter flowed through into
The capacity of water.
Further, such as: under normal condition, start to need 0.6L's with the position of water to water ionizer since water inlet
Water, the umber of pulse for being converted into flowmeter is about 0.6L*217/L=130 pulse, then the first default water inlet umber of pulse is 130
A pulse, therefore can be by the way that when the pulse of the water of flowmeter statistics water inlet is 130, whether water ionizer is detected
To TDS value, if so, the inflow of confirmation water inlet reaches the position of water ionizer, if it is not, then confirming the water inlet of water inlet
The position of water ionizer has not been reached yet in amount.
In order to confirm sink whether leak, call corresponding leak to confirm process according to different water inlet state.
Further, step S3 includes:
S31: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When TDS value, confirmation sink water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；
S32: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, is not detected by ion generator
When TDS value, confirmation sink water inlet is abnormal, call the second default leak confirmation process confirmation sink whether leak.
Further, step S31 includes:
S311: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When to TDS value, confirmation sink water inlet is normal；
S312: stop the first preset stopping time of water inlet；
S313: whether judgement detects TDS value by ion generator again；
S314: if so, confirmation sink is water-tight；If it is not, then confirming sink leak.
Wherein the first default leak confirmation process is to stop water inlet after confirmation is intake normally, then waits first to preset
After dwell time, continue to judge whether ion generator detects TDS value, if detecting, confirm it is water-tight, if not examining
It measures, then confirms sink leak.
Further, step S32 includes:
S321: it when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and is detected by ion generator
When to TDS value, confirmation sink water inlet is abnormal；
S322: the water inlet umber of pulse of flowmeter statistics sink water inlet is continued through；
S323: when the water inlet umber of pulse of statistics is within the scope of the second default water inlet umber of pulse, judgement is occurred by ion
Whether device detects TDS value；
S324: if ion generator detects TDS value, stop the first preset stopping time of intaking, and judgement is logical again
Cross whether ion generator detects TDS value, if so, confirmation sink is water-tight, if it is not, then confirming sink leak；
S325: if TDS value is not detected in ion generator, confirm sink leak.
Wherein the second default leak confirms process, is the accuracy in order to improve detection leak, that is, continues through flowmeter
The umber of pulse of the water of water inlet is counted,
It is further preferred that when the umber of pulse that flowmeter detects reaches at 130-150, i.e., inflow be 0.6 liter-
Within the scope of 0.69 liter of water, judge whether water ionizer detects TDS value；
If so, continue to judge whether ion generator detects TDS value after waiting for the first preset stopping time, if so,
In error range, sink is water-tight for confirmation；
If it is not, then confirming sink leak.
It is further preferred that water ionizer is not detected when the umber of pulse that flowmeter detects is more than 150
TDS value confirms sink leak.
A kind of method based on water ionizer detection sink leak provided in this embodiment, can pass through flowmeter water
Whether ion generator judgement detects TDS value when reaching water ionizer water level, come confirm sink whether leak, without single
Solely setting water leak detectors, structure is simple, reduces cost, simple and safe.Can repeatedly confirm sink whether leak, avoid mistake
Sentence, improves the accuracy of leak water detdction, improve user experience.
Embodiment two
A kind of system based on water ionizer detection sink leak is present embodiments provided, as shown in Figure 3-Figure 5, this
System includes:
Flowmeter, for counting the water inlet umber of pulse of sink water inlet；
Ion generator detects TDS value for judging whether；
Leak confirmation module, the TDS value of water inlet umber of pulse and ion generator detection for being counted according to flowmeter,
Confirm current sink whether leak.
Its specific real-time mode are as follows: the then water inlet umber of pulse for counting sink water inlet by flowmeter first works as flow
When the water inlet umber of pulse of meter statistics reaches the first default water inlet umber of pulse, judge whether to detect TDS value by ion generator,
Then by leak confirmation module, according to water ionizer whether detect TDS value confirm current sink whether leak.
Further, confirmation leak module includes:
First computing unit, for according to from bottom of gullet to the capacity of the water of contact ions generator and flowmeter
Unit capacity umber of pulse calculates the first default water inlet umber of pulse；
First judging unit for real-time detection and judges whether the water inlet umber of pulse counted in flowmeter reaches first in advance
If intaking umber of pulse；
First confirmation unit judges that the water inlet umber of pulse counted in flowmeter reaches the first default water inlet umber of pulse for working as
When confirmation ion generator whether detect TDS value.
Leak module is wherein confirmed, for receiving the water inlet umber of pulse of flowmeter statistics, and according to the first computing unit meter
The first default water inlet umber of pulse is calculated, the first judging unit real-time detection is then passed through and judges the water inlet arteries and veins counted in flowmeter
Rush whether number reaches the first default water inlet umber of pulse；The purpose of first computing unit and the first judging unit is to judge to intake
Whether the inflow of mouth reaches the position of ion generator.
When the position whether inflow of water inlet reaches ion generator, umber of pulse of intaking reaches the first default water inlet
When umber of pulse, confirm whether water ionizer detects TDS value to determine whether normal into water inlet by the first confirmation unit.
Further, confirmation leak module includes:
First call unit, when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and by from
When electronic generator detects TDS value, confirmation sink water inlet is normal, calls whether the first default leak confirmation process confirmation sink leaks
Water；
Second call unit passes through ion when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics
When TDS value is not detected in generator, confirmation sink water inlet is abnormal, calls whether the second default leak confirmation process confirmation sink leaks
Water.
Wherein the first call unit and the second call unit are to be respectively used into water normally and abnormal two kinds of water inlet shapes of intaking
State.
Further, the first call unit includes:
First time control unit when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and is led to
When crossing ion generator and detecting TDS value, stop the first preset stopping time of water inlet；
Unit is reaffirmed, for whether judgement to pass through ion generator again after stopping the first preset stopping time of water inlet
It detects TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If TDS is not detected in ion generator
Value, then confirm sink leak.
Wherein first time control unit, in order to which after water inlet is normal, control water inlet stops the first preset stopping
Then time judges whether water ionizer detects TDS value again, whether the water level to judge in purification water tank declines,
Come confirm sink whether leak.
Further, the second call unit includes:
Continue inlet unit, for continuing through the water inlet umber of pulse of flowmeter statistics water inlet；
Continue judging unit, for when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range, judge from
Whether electronic generator detects TDS value；
Second time control unit, for leading to when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range
It crosses when ion generator detects TDS value and stops the second preset stopping time of water inlet；
Unit is reaffirmed, for whether judgement to pass through ion generator again after stopping the second preset stopping time of water inlet
It detects TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If TDS is not detected in ion generator
Value, then confirm sink leak.
Wherein the second call unit, in order to avoid error range, i.e., control flowmeter by continuing inlet unit
Continue to count the water inlet umber of pulse of water inlet, then when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range,
The problem of judging whether ion generator detects TDS value, being brought in order to avoid hydraulic pressure etc..
Specific real-time mode are as follows:
Wherein flowmeter counts inflow, is to be measured according to the pulse of flowmeter detection, such as flowmeter is generally united
Water in the water inlet of meter is often upgraded to 217 pulses；Therefore can be determined by the umber of pulse for the water of flowmeter flowed through into
The capacity of water.
Such as: under normal condition, since water inlet and the position of water to water ionizer needs the water of 0.6L, is converted into
The umber of pulse of flowmeter is about 0.6L*217/L=130 pulse, then the first default water inlet umber of pulse is 130 pulses, because
When this can be 130 by counting the pulse of the water of water inlet when flowmeter, whether water ionizer detects TDS value,
If so, the inflow of confirmation water inlet reaches the position of water ionizer, if it is not, then confirming the inflow of water inlet not yet
Reach the position of water ionizer.
When the umber of pulse that flowmeter detects reaches at 130-150, i.e., inflow is 0.6 liter of -0.69 liter of water range
It is interior, judge whether water ionizer detects TDS value；If so, continuing to judge that ion is sent out after waiting for the first preset stopping time
Whether raw device detects TDS value, if so, confirmation is in error range, sink is water-tight；If it is not, then confirming sink leak.
When the umber of pulse that flowmeter detects is more than 150, TDS value is not detected in water ionizer, confirms sink
Leak.
A kind of system based on water ionizer detection sink leak provided in this embodiment, can pass through flowmeter water
Whether ion generator judgement detects TDS value when reaching water ionizer water level, come confirm sink whether leak, without single
Solely setting water leak detectors, structure is simple, reduces cost, simple and safe.Can repeatedly confirm sink whether leak, avoid mistake
Sentence, improves the accuracy of leak water detdction, improve user experience.
Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention
The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method
In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.
Claims (10)
1. a kind of method based on water ionizer detection sink leak, which is characterized in that comprising steps of
S1: the water inlet umber of pulse of sink water inlet is counted by flowmeter；
S2: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, whether judgement is detected by ion generator
To TDS value；
S3: if so, confirmation water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；If it is not, then
Call the second default leak confirmation process confirmation sink whether leak.
2. a kind of method based on water ionizer detection sink leak according to claim 1, which is characterized in that step
Suddenly S2 includes:
S11: according to from bottom of gullet to the unit capacity umber of pulse of the capacity of the water of contact ions generator and flowmeter, meter
Calculate the first default water inlet umber of pulse；
S12: whether the water inlet umber of pulse counted in real-time judge flowmeter reaches the first default water inlet umber of pulse；
S13: if so, judging whether ion generator detects TDS value；If not continuing to execute step S12.
3. a kind of method based on water ionizer detection sink leak according to claim 1, which is characterized in that step
Suddenly S3 includes:
S31: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and TDS is detected by ion generator
When value, confirmation sink water inlet is normal, call the first default leak confirmation process confirmation sink whether leak；
S32: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, TDS is not detected by ion generator
When value, confirmation sink water inlet is abnormal, call the second default leak confirmation process confirmation sink whether leak.
4. a kind of method based on water ionizer detection sink leak according to claim 3, which is characterized in that step
Suddenly S31 includes:
S311: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and TDS is detected by ion generator
When value, confirmation sink water inlet is normal；
S312: stop the first preset stopping time of water inlet；
S313: whether judgement detects TDS value by ion generator again；
S314: if so, confirmation sink is water-tight；If it is not, then confirming sink leak.
5. a kind of method based on water ionizer detection sink leak according to claim 3, which is characterized in that step
Suddenly S32 includes:
S321: when the water inlet umber of pulse of statistics reaches the first default water inlet umber of pulse, and TDS is detected by ion generator
When value, confirmation sink water inlet is abnormal；
S322: the water inlet umber of pulse of flowmeter statistics sink water inlet is continued through；
S323: when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range, whether judgement passes through ion generator
Detect TDS value；
S324: if ion generator detects TDS value, stop intake the first preset stopping time, and judge again by from
Whether electronic generator detects TDS value, if so, confirmation sink is water-tight, if it is not, then confirming sink leak；
S325: if TDS value is not detected in ion generator, confirm sink leak.
6. a kind of system based on water ionizer detection sink leak characterized by comprising
Flowmeter, for counting the water inlet umber of pulse of sink water inlet；
Ion generator detects TDS value for judging whether；
Leak confirmation module, the TDS value of water inlet umber of pulse and ion generator detection for being counted according to flowmeter, confirmation
Current sink whether leak.
7. a kind of system based on water ionizer detection sink leak according to claim 6, which is characterized in that really
Recognizing leak module includes:
First computing unit, for according to from bottom of gullet to the capacity of the water of contact ions generator and the unit of flowmeter
Capacity umber of pulse calculates the first default water inlet umber of pulse；
First judging unit, for real-time detection and judge the water inlet umber of pulse counted in flowmeter whether reach first preset into
Aquapulse number；
First confirmation unit, for true when the water inlet umber of pulse for judging to count in flowmeter reaches the first default water inlet umber of pulse
Recognize whether ion generator detects TDS value.
8. a kind of system based on water ionizer detection sink leak according to claim 6, which is characterized in that really
Recognizing leak module includes:
First call unit when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and is sent out by ion
When raw device detects TDS value, confirmation sink water inlet is normal, call the first default leak confirmation process confirm sink whether leak；
Second call unit is occurred when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics by ion
When TDS value is not detected in device, confirmation sink water inlet is abnormal, call the second default leak confirmation process confirmation sink whether leak.
9. a kind of system based on water ionizer detection sink leak according to claim 8, which is characterized in that the
One call unit includes:
First time control unit, when reaching the first default water inlet umber of pulse for the water inlet umber of pulse when statistics, and by from
When electronic generator detects TDS value, stop the first preset stopping time of water inlet；
First reaffirms unit, for whether judgement to pass through ion generator again after stopping the first preset stopping time of water inlet
It detects TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If TDS is not detected in ion generator
Value, then confirm sink leak.
10. a kind of system based on water ionizer detection sink leak according to claim 8, which is characterized in that
Second call unit includes:
Continue inlet unit, for continuing through the water inlet umber of pulse of flowmeter statistics water inlet；
Continue judging unit, for judging that ion is sent out when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range
Whether raw device detects TDS value；
Second time control unit, for when the water inlet umber of pulse of statistics is in the second default water inlet umber of pulse range, by from
Electronic generator stops the second preset stopping time of water inlet when detecting TDS value；
Second reaffirms unit, for whether judgement to pass through ion generator again after stopping the second preset stopping time of water inlet
It detects TDS value, if ion generator detects TDS value, confirms that sink is water-tight；If TDS is not detected in ion generator
Value, then confirm sink leak.
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| CN201810877236.1A CN109029853A (en) | 2018-08-03 | 2018-08-03 | A kind of method and system based on water ionizer detection sink leak |
| CN201910641771.1A CN110426155A (en) | 2018-08-03 | 2019-07-16 | A kind of method and system based on water ionizer detection sink leak |
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| CN109799268A (en) * | 2018-12-19 | 2019-05-24 | 浙江欧琳生活健康科技有限公司 | A kind of method and system based on water ionizer detection TDS |
| CN111811735A (en) * | 2019-04-10 | 2020-10-23 | 浙江吉利汽车研究院有限公司 | Body-in-white sealing performance detection method |
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| JP4822990B2 (en) * | 2006-09-07 | 2011-11-24 | 株式会社東芝 | Water leakage monitoring system |
| CN103898716B (en) * | 2012-12-27 | 2017-05-03 | 青岛海尔洗衣机有限公司 | Washer leakage judgment method and washer thereof |
| CN104949805B (en) * | 2014-12-03 | 2018-11-23 | 佛山市云米电器科技有限公司 | leakage detection method and device |
| CN107227587B (en) * | 2016-03-24 | 2020-03-10 | 青岛海尔滚筒洗衣机有限公司 | Roller washing machine and water leakage judging method thereof |
| CN205861293U (en) * | 2016-07-08 | 2017-01-04 | 中国南方电网有限责任公司超高压输电公司昆明局 | A kind of converter valve leakage inspector |
| CN206070669U (en) * | 2016-09-29 | 2017-04-05 | 九牧厨卫股份有限公司 | A kind of purification water tank |
| CN206772955U (en) * | 2017-04-14 | 2017-12-19 | 上海朴道水汇环保科技股份有限公司 | A kind of water quality detecting device of straight drink equipment |
| CN107182163A (en) * | 2017-04-18 | 2017-09-19 | 中国科学院合肥物质科学研究院 | A kind of plasma producing apparatus for purification water tank |
-
2018
- 2018-08-03 CN CN201810877236.1A patent/CN109029853A/en not_active Withdrawn
-
2019
- 2019-07-16 CN CN201910641771.1A patent/CN110426155A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109799268A (en) * | 2018-12-19 | 2019-05-24 | 浙江欧琳生活健康科技有限公司 | A kind of method and system based on water ionizer detection TDS |
| CN109799268B (en) * | 2018-12-19 | 2022-08-23 | 宁波欧琳实业有限公司 | Method and system for detecting TDS (total dissolved solids) based on water ion generator |
| CN111811735A (en) * | 2019-04-10 | 2020-10-23 | 浙江吉利汽车研究院有限公司 | Body-in-white sealing performance detection method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN110426155A (en) | 2019-11-08 |
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Application publication date: 20181218 |