CN109884152A - Detection device, test macro and test method based on electrolysis water - Google Patents
Detection device, test macro and test method based on electrolysis water Download PDFInfo
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- CN109884152A CN109884152A CN201910227521.3A CN201910227521A CN109884152A CN 109884152 A CN109884152 A CN 109884152A CN 201910227521 A CN201910227521 A CN 201910227521A CN 109884152 A CN109884152 A CN 109884152A
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Abstract
The invention discloses a kind of detection device based on electrolysis water, test macro and test methods, detection device based on electrolysis water includes shell and locating piece, seal chamber is equipped in the shell, the locating piece is set in the seal chamber, electrolyte space is equipped between the outer wall of the locating piece and the inner wall of the shell, the first mounting portion and the second mounting portion are equipped at intervals on the outer wall of the locating piece, first mounting portion is for installing first electrode, and second mounting portion is for installing second electrode.Above-mentioned test macro, the first mounting portion, the second mounting portion can be defined first electrode, the installation site of second electrode on locating piece, installation is more convenient, the spacing between first electrode, second electrode can be arranged simultaneously smaller, and the spacing between first electrode and second electrode is made to keep stablizing, it is more accurate to the measurement of the water content in fluid to reduce error when measurement.
Description
Technical field
The present invention relates to test equipment technical fields, are more particularly to a kind of detection device based on electrolysis water, test
System and test method.
Background technique
In the industrial production, it is sometimes desirable to the content of water in the industrial goods such as fluid be detected, fluid is electrolysed
It is one such method, but traditional electrolysis method minor amount of water detection method is bigger to the test error of minor amount of water in fluid.
Summary of the invention
Based on this, the invention reside in overcoming the deficiencies of existing technologies, it is high based on electrolysis water to provide a kind of testing precision
Detection device, test macro and test method.
Its technical solution is as follows:
A kind of detection device based on electrolysis water, which is characterized in that be equipped with including shell and locating piece, in the shell close
Chamber is sealed, the locating piece is set in the seal chamber, and electrolysis is equipped between the outer wall of the locating piece and the inner wall of the shell
Space is equipped at intervals with the first mounting portion and the second mounting portion on the outer wall of the locating piece, and first mounting portion is for installing
First electrode, second mounting portion is for installing second electrode.
First electrode can be installed at the first mounting portion, second electrode is pacified by the above-mentioned detection device based on electrolysis water
At the second mounting portion, since the first mounting portion and the second mounting portion interval are arranged, then the first electrode and second after installing
Electrode is also interval setting, and phosphorus pentoxide is coated in first electrode and second electrode, can enable flow through electricity when detecting
Solution space, and first electrode and second electrode are separately energized, if containing moisture in fluid, water can occur anti-with phosphorus pentoxide
Conductive phosphoric acid should be formed, the first electrode and second electrode of energization can be electrolysed phosphoric acid, form Faradaic current, can lead to
The water content in measurement Faradaic current measurement fluid is crossed, since the first mounting portion, the second mounting portion can be to the first electricity on locating piece
Pole, second electrode installation site be defined, installation is more convenient, while can be by the spacing between first electrode, second electrode
What is be arranged is smaller, and the spacing between first electrode and second electrode is made to keep stablizing, to reduce error when measurement, to fluid
In water content measurement it is more accurate.
A kind of test macro, it is described including first electrode, second electrode and such as above-mentioned detection device based on electrolysis water
First electrode is installed at first mounting portion, and the second electrode is installed at second mounting portion.
Above-mentioned test macro, since first electrode is installed at the first mounting portion, second electrode is installed on the second mounting portion
Place, the first mounting portion and the second mounting portion interval are arranged, then first electrode and second electrode are also interval setting, in first electrode
And phosphorus pentoxide is coated in second electrode, electrolyte space can be enabled flow through when detecting, and to first electrode and the second electricity
Pole is separately energized, if containing moisture in fluid, water can react to form conductive phosphoric acid with phosphorus pentoxide, and the of energization
One electrode and second electrode can be electrolysed phosphoric acid, form Faradaic current, can be measured in fluid by measurement Faradaic current
Water content, since the first mounting portion, the second mounting portion can limit first electrode, the installation site of second electrode on locating piece
Fixed, installation is more convenient, while the spacing between first electrode, second electrode can be arranged smaller, and makes first electrode and the
Spacing between two electrodes keeps stablizing, more accurate to the measurement of the water content in fluid to reduce error when measurement.
First mounting portion and second mounting portion are the axis along the locating piece in one of the embodiments,
To the helicla flute of setting, the first electrode is matched with first mounting portion, the second electrode and second mounting portion
Matching.
The locating piece includes the first end, limiting section and the second end set gradually in one of the embodiments,
First mounting portion, second mounting portion are set on the limiting section, the outer wall of the limiting section and the seal chamber
Inner wall interval be arranged to form the electrolyte space, the outer wall and the seal chamber of the first end, the second end
Inner wall contact setting, the first end are equipped with the first opening, and the second end is equipped with the second opening, and described first opens
Mouth, second opening are connected to the electrolyte space.
It is solid equipped with the first fixed part and second between the first end and the limiting section in one of the embodiments,
Determine portion, between the second end and the limiting section be equipped with third fixed part and the 4th fixed part, the one of the first electrode
End is fixed on first fixed part and wears the first end, and it is solid that the other end of the first electrode is fixed on the third
Determine portion, one end of the second electrode is fixed on second fixed part and wears the first end, the second electrode
The other end is fixed on the 4th fixed part.
First fixed part, second fixed part are to be arranged at intervals at the positioning in one of the embodiments,
Two annular grooves on part, the third fixed part, the 4th fixed part are two be arranged at intervals on the locating piece
Annular groove.
The shell includes the closing shell being detachably connected and capping in one of the embodiments, on the closing shell
Described to be covered on the holding tank equipped with holding tank, for surrounding the seal chamber, the locating piece is set to the appearance
It receives in slot, the holding tank includes the first slot section, the second slot section and the third slot set gradually along the direction far from the capping
Section, the locating piece are set in the second slot section, the first slot section and first open communication, are set on the closing shell
There are the first interfacing conveyor being connected to the first slot section, the third slot section and second open communication, the closing shell
It is equipped with the second interfacing conveyor being connected to the third slot section.
The capping is equipped with the first perforation and the second perforation, first perforation and institute in one of the embodiments,
It states the second perforation to be connected to the first slot section, the first electrode wears first perforation, and the second electrode is worn
Second perforation, described first perforates, is equipped with sealant in second perforation.
Above-mentioned test macro further includes plug in one of the embodiments, and one end of the plug is set to the capping
On, the other end of the plug is connect with the locating piece.
A kind of test method, using test macro as described in any one of the above embodiments, comprising the following steps:
First electrode is installed on the first mounting portion, second electrode is installed on the second mounting portion；
Phosphorus pentoxide is coated in the first electrode, the second electrode；
Allow fluid flow electrolyte space；
The first electrode, the second electrode are separately energized, the current value passed through in fluid is measured.
Above-mentioned test method, when fluid flows through electrolyte space, if containing moisture in fluid, water can be sent out with phosphorus pentoxide
Raw reaction forms phosphoric acid, and the first electrode and second electrode subsequently powered on can be electrolysed phosphoric acid, forms Faradaic current, measurement
Above-mentioned Faradaic current can accurately measure the water content in fluid, since the first mounting portion, the second mounting portion on locating piece can be right
First electrode, the installation site of second electrode are defined, and installation is more convenient, while can will be between first electrode, second electrode
Spacing setting it is smaller, and spacing between first electrode and second electrode is made to keep stablizing, to reduce error when measurement,
It is more accurate to the measurement of the water content in fluid.
Detailed description of the invention
Fig. 1 is the cross-sectional view of test macro described in the embodiment of the present invention；
Fig. 2 is the partial enlarged view in Fig. 1 at A；
Fig. 3 is the partial enlarged view in Fig. 1 at B.
Description of symbols:
100, shell, 101, electrolyte space, 110, closing shell, the 111, first slot section, 112, third slot section, 113, first is defeated
Send interface, the 114, second interfacing conveyor, 120, capping, 121, sealant, 200, locating piece, the 201, first fixed part, 202, the
Two fixed parts, 203, third fixed part, the 204, the 4th fixed part, 205, annular protrusion, 210, first end, 220, limiting section,
230, the second end, 300, first electrode, 400, second electrode, 500, plug, 600, sealing ring.
Specific embodiment
To facilitate the understanding of the present invention, a more comprehensive description of the invention is given in the following sections with reference to the relevant attached drawings.In attached drawing
Give better embodiment of the invention.But the invention can be realized in many different forms, however it is not limited to herein
Described embodiment.On the contrary, the purpose of providing these embodiments is that making to understand more the disclosure
Add thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement for illustrative purposes only, are not meant to be the only embodiment.
Unless otherwise defined, all technical and scientific terms used herein and belong to technical field of the invention
The normally understood meaning of technical staff is identical.Term as used herein in the specification of the present invention is intended merely to description tool
The purpose of the embodiment of body, it is not intended that in the limitation present invention.Term as used herein "and/or" includes one or more
Any and all combinations of relevant listed item.
Heretofore described " first ", " second " do not represent specific quantity and sequence, are only used for the differentiation of title.
As shown in Figure 1, an embodiment discloses a kind of detection device based on electrolysis water, including shell 100 and locating piece
200, shell 100 is interior to be equipped with seal chamber, and locating piece 200 is set in seal chamber, the outer wall of locating piece 200 and the inner wall of shell 100
Between be equipped with electrolyte space 101, the first mounting portion and the second mounting portion are equipped at intervals on the outer wall of locating piece 200, first installs
Portion is for installing first electrode 300, and the second mounting portion is for installing second electrode 400.
First electrode 300 can be installed at the first mounting portion, by second electrode by the above-mentioned detection device based on electrolysis water
400 are installed at the second mounting portion, since the first mounting portion and the second mounting portion interval are arranged, then the first electrode after installing
300 are also arranged with second electrode 400 for interval, coat phosphorus pentoxide in first electrode 300 and second electrode 400, are examining
Electrolyte space 101 can be enabled flow through when survey, and first electrode 300 and second electrode 400 are separately energized, if containing in fluid
Moisture, water can react to form conductive phosphoric acid with phosphorus pentoxide, the first electrode 300 and second electrode 400 of energization
Phosphoric acid can be electrolysed, form Faradaic current, the water content in fluid can be measured by measurement Faradaic current, due to locating piece
First mounting portion, the second mounting portion can be defined the installation site of first electrode 300, second electrode 400 on 200, installation
It is more convenient, at the same the spacing between first electrode 300, second electrode 400 can be arranged it is smaller, and make first electrode 300 with
Spacing between second electrode 400 keeps stablizing, more smart to the measurement of the water content in fluid to reduce error when measurement
Really.
In addition, locating piece 200 is located in seal chamber at this time, measurement environment is relatively stable, and the interference being subject to is smaller, can be improved
Measure the accuracy of water content.
As shown in Figures 1 and 2, an embodiment discloses a kind of test macro, including first electrode 300, second electrode 400
And such as the above-mentioned detection device based on electrolysis water, first electrode 300 are installed at the first mounting portion, second electrode 400 is installed
At the second mounting portion.
Above-mentioned test macro, since first electrode 300 is installed at the first mounting portion, second electrode 400 is installed on second
At mounting portion, the first mounting portion and the second mounting portion interval are arranged, then first electrode 300 is also set with second electrode 400 for interval
It sets, phosphorus pentoxide is coated in first electrode 300 and second electrode 400, electrolyte space can be enabled flow through when detecting
101, and first electrode 300 and second electrode 400 are separately energized, if containing moisture in fluid, water can occur with chemical reagent
Reaction forms conductive phosphoric acid, and the first electrode 300 and second electrode 400 of energization can be electrolysed phosphoric acid, forms electrolysis
Electric current can measure the water content in fluid by measurement Faradaic current, due to the first mounting portion, the second installation on locating piece 200
Portion can be defined the installation site of first electrode 300, second electrode 400, and installation is more convenient, while can be by first electrode
300, the spacing setting between second electrode 400 is smaller, and protects the spacing between first electrode 300 and second electrode 400
It is fixed to keep steady, more accurate to the measurement of the water content in fluid to reduce error when measurement.
Optionally, shell 100 can be insulating materials or non-insulating material.Specifically, shell 100 can be insulating materials.This
When shell 100 can be prevented conductive, the generation of Faradaic current is impacted.
Optionally, first electrode 300, second electrode 400 can be the conductive structures such as sheet metal, wire.
In one of the embodiments, as shown in Figure 1, the first mounting portion and the second mounting portion are along locating piece 200
The helicla flute being axially arranged, first electrode 300 are matched with the first mounting portion, and second electrode 400 is matched with the second mounting portion.At this time
The region that cell reaction can occur between first electrode 300 and second electrode 400 is bigger, and effect is more preferable, is conducive to improve measurement
Accurately, while helicla flute is settable prevents first electrode 300 from contacting with second electrode 400, and helicla flute can facilitate the first electricity
The installation of pole 300 and second electrode 400.
In the present embodiment, the first mounting portion, the second mounting portion are helicla flute.In other embodiments, the first mounting portion,
Two mounting portions can also be the slot, such as annular groove, straight-line groove etc. of other shapes.
In other embodiments, the first mounting portion, the second mounting portion can also for buckle, and the first mounting portion, second installation
Portion be it is multiple, the first mounting portion along helical form interval be set to locating piece 200 outer wall along, first electrode 300 is connected in first
At mounting portion, for the second mounting portion along the outer wall that helical form interval is set to locating piece 200, second electrode 400 is connected in the second peace
At dress portion.The bolt shape distribution of first electrode 300, second electrode 400 can also be realized at this time.Specifically, above-mentioned buckle is one end
The L-type part connecting with the outer wall of locating piece 200 forms fixed space between buckle and the outer wall of locating piece 200.First electricity at this time
Pole 300, second electrode 400 can be connected and fixed by being packed into fixed space realization.
In one of the embodiments, as shown in Figure 1 to Figure 3, locating piece 200 include set gradually first end 210,
Limiting section 220 and the second end 230, the first mounting portion, the second mounting portion are set on limiting section 220, the outer wall of limiting section 220
It is arranged to form electrolyte space 101 with the inner wall interval of seal chamber, first end 210, the outer wall of the second end 230 and seal chamber
Inner wall contact setting, first end 210 are equipped with the first opening, and the second end 230 is equipped with the second opening, the first opening, the
Two openings are connected to electrolyte space 101.Fluid can enter electrolyte space 101 by the first opening or the second opening at this time, lead to
It crosses first end 210 and the second end 230 and contacts setting with the inner wall of shell 100, fix the position of locating piece 200, at this time
The inner wall of limiting section 220 and shell 100 keeps interval setting, can prevent first electrode 300, second electrode 400 and shell 100
Inner wall contact guarantees that fluid can flow through the surface of limiting section 220, improves the effect and accuracy of measurement.
Optionally, locating piece 200 be cylindrical-shaped structure, first end 210, the second end 230 outer diameter be greater than limiting section
220 outer diameter, and first opening, second opening quantity be it is multiple, first opening is set along the circumferentially-spaced of first end 210
In on the outer wall of first end 210, the second opening is along the circumferentially-spaced on the outer wall of the second end 230 of the second end 230.
Optionally, as shown in figure 3, the outer surface of first end 210, the second end 230 is equipped with annular protrusion 205.Ring
Shape protrusion 205 can slow down the flowing velocity of fluid, can prevent the flow velocity of fluid is too fast to cause electrolysis effectiveness bad.
In one of the embodiments, as shown in Figures 2 and 3, first is equipped between first end 210 and limiting section 220
Fixed part 201 and the second fixed part 202, it is solid equipped with third fixed part 203 and the 4th between the second end 230 and limiting section 220
Determine portion 204, one end of first electrode 300 is fixed on the first fixed part 201 and wears first end 210, first electrode 300 it is another
Third fixed part 203 is fixed in one end, and one end of second electrode 400 is fixed on the second fixed part 202 and wears first end
210, the other end of second electrode 400 is fixed on the 4th fixed part 204.In above structure, pass through the first fixed part 201 and third
Fixed part 203 can be fixed first electrode 300, prevent first electrode 300 from loosening, the second fixed part 202 and the 4th
Second electrode 400 can be fixed in fixed part 204, prevent second electrode 400 from loosening, and keep first electrode 300 and the
Two electrodes, 400 relative position is fixed, and cell reaction can be made to stablize and carried out, and is conducive to the precision for improving measurement water content, in addition, the
One electrode 300, second electrode 400, which wear first end 210, can facilitate to first electrode 300, the energization of second electrode 400.
Optionally, first electrode 300, second electrode 400 wear two first openings on first end 210 respectively.It can
It prevents first electrode 300 from contacting with second electrode 400, influences to measure.
In one of the embodiments, as shown in Figures 2 and 3, the first fixed part 201, the second fixed part 202 are that interval is set
Two annular grooves being placed on locating piece 200, third fixed part 203, the 4th fixed part 204 are to be arranged at intervals at locating piece 200
On two annular grooves.First electrode 300, second electrode 400 can be fixed in annular groove by way of winding at this time, and
First electrode 300, second electrode 400 will not contact with each other.
In other embodiments, the first fixed part 201, the second fixed part 202, third fixed part 203, the 4th fixed part
204 can also be insulating tape, and first electrode 300, second electrode 400 can be fixed on the outer wall of locating piece 200.
In one of the embodiments, as shown in Figure 1, shell 100 includes the closing shell 110 being detachably connected and capping
120, closing shell 110 is equipped with holding tank, and capping 120 is covered on holding tank, and for surrounding seal chamber, locating piece 200 is set to
In holding tank, holding tank includes the first slot section 111, the second slot section and the third slot set gradually along the direction far from capping 120
Section 112, locating piece 200 are set in the second slot section, the first slot section 111 and the first open communication, and closing shell 110 is equipped with and first
The first interfacing conveyor 113 that slot section 111 is connected to, third slot section 112 and the second open communication, closing shell 110 is equipped with and third
The second interfacing conveyor 114 that slot section 112 is connected to.The above-mentioned test macro of ease of assembly at this time checks the 300, second electricity of first electrode
The case where pole 400, while the first interfacing conveyor 113, the second interfacing conveyor 114 make fluid keep flowing, and measurement effect can be improved.
Specifically, holding tank is to be greater than the second slot with the matched cylindrical recess of locating piece 200, the internal diameter of the first slot section 111
The inner wall junction of the internal diameter of section, the inner wall of the first slot section 111 and the second slot section forms the first hierarchic structure, first end 210
It is equipped with and matched second hierarchic structure of the first hierarchic structure.During installation using the second hierarchic structure and the first ladder knot
The cooperation of structure limits position of the locating piece 200 in holding tank, facilitates the installation of locating piece 200.
In one of the embodiments, as shown in Figure 1, capping 120 is equipped with the first perforation and the second perforation, the first perforation
And second perforation be connected to the first slot section 111, first electrode 300 wears the first perforation, and second electrode 400 wears second and wears
Hole, first perforates, is equipped with sealant 121 in the second perforation.Sealant 121 can prevent fluid by the first perforation, the second perforation
It overflows, while sealant 121 has certain elastic deformability, prevents first electrode 300, second electrode 400 in capping 120
Interior situations such as being broken, it is ensured that the progress of measurement.
In one of the embodiments, as shown in Figure 1, above-mentioned test macro further includes plug 500, one end of plug 500
In capping 120, the other end of plug 500 is connect with locating piece 200.At this time in dismounting, locating piece 200 can follow capping
120 move together, easy to use.
Optionally, above-mentioned test macro further includes fastening nut, and locating piece 200 is equipped with and the matched assembly of plug 500
Hole, locating piece 200 passes through locating piece 200 far from one end of capping 120, and is threadedly engaged with fastening nut.At this time to locating piece
200 good fixing effect.
Optionally, capping 120 is connected by screw to closing shell 110.Specifically, capping 120 is cylindrical-shaped structure, plug
500 one end is set at the center of capping 120, and the first perforation, the second perforation are set to the two sides of plug 500.First perforation at this time
First electrode 300, second electrode 400 can be prevented to be in contact with biperforate distribution.
Optionally, as shown in Figure 1, being additionally provided with sealing ring 600 between capping 120 and closing shell 110.Sealing ring 600 can be prevented
Fluid stopping body is flowed out by the gap between capping 120 and closing shell 110.
Optionally, locating piece 200 is insulating part.It, will not be to the 300, second electricity of first electrode when locating piece 200 is insulating part
The electrolysis of pole 400 impacts, and guarantees measurement effect.
Optionally, shell 100 is outer or shell 100 is interior equipped with temperature inductor.Temperature inductor can be to the reality of measurement at this time
It tests environment to be monitored, guarantees that measurement carries out at a suitable temperature.
One embodiment discloses a kind of test method, using such as above-mentioned test macro, comprising the following steps:
First electrode 300 is installed on the first mounting portion, second electrode 400 is installed on the second mounting portion；
Phosphorus pentoxide is coated in first electrode 300, second electrode 400；
Allow fluid flow electrolyte space 101；
First electrode 300, second electrode 400 are separately energized, the current value passed through in fluid is measured.
Above-mentioned test method, when fluid flows through electrolyte space 101, if containing moisture in fluid, water can be with five oxidations two
Phosphorus reacts to form phosphoric acid, and the first electrode 300 and second electrode 400 subsequently powered on can be electrolysed phosphoric acid, forms electricity
Solve electric current, water content in fluid can accurately be measured by measuring above-mentioned Faradaic current, due to the first mounting portion on locating piece 200,
Second mounting portion can be defined the installation site of first electrode 300, second electrode 400, and installation is more convenient, while can be by the
Spacing setting between one electrode 300, second electrode 400 it is smaller, and make between first electrode 300 and second electrode 400
Spacing keeps stablizing, more accurate to the measurement of the water content in fluid to reduce error when measurement.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
The embodiments described above only express several embodiments of the present invention, and the description thereof is more specific and detailed, but simultaneously
It cannot therefore be construed as limiting the scope of the patent.It should be pointed out that coming for those of ordinary skill in the art
It says, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to protection of the invention
Range.Therefore, the scope of protection of the patent of the invention shall be subject to the appended claims.
Claims (10)
1. a kind of detection device based on electrolysis water, which is characterized in that including shell and locating piece, sealing is equipped in the shell
Chamber, the locating piece are set in the seal chamber, and it is empty that electrolysis is equipped between the outer wall of the locating piece and the inner wall of the shell
Between, it is equipped at intervals with the first mounting portion and the second mounting portion on the outer wall of the locating piece, first mounting portion is for installing the
One electrode, second mounting portion is for installing second electrode.
2. a kind of test macro, which is characterized in that including first electrode, second electrode and as described in claim 1 based on electricity
The detection device of Xie Shui, the first electrode are installed at first mounting portion, and the second electrode is installed on described second
At mounting portion.
3. test macro according to claim 2, which is characterized in that first mounting portion and second mounting portion are equal
For along the helicla flute of the locating piece being axially arranged, the first electrode is matched with first mounting portion, second electricity
Pole is matched with second mounting portion.
4. test macro according to claim 3, which is characterized in that the locating piece includes the first end set gradually
Portion, limiting section and the second end, first mounting portion, second mounting portion are set on the limiting section, the limit
The inner wall interval of the outer wall in portion and the seal chamber is arranged to form the electrolyte space, the first end, the second end
Outer wall contact setting with the inner wall of the seal chamber, the first end is equipped with the first opening, sets on the second end
There is the second opening, first opening, second opening are connected to the electrolyte space.
5. test macro according to claim 4, which is characterized in that be equipped between the first end and the limiting section
First fixed part and the second fixed part, it is fixed equipped with third fixed part and the 4th between the second end and the limiting section
Portion, one end of the first electrode are fixed on first fixed part and wear the first end, the first electrode it is another
The third fixed part is fixed in one end, and one end of the second electrode is fixed on second fixed part and wears described first
End, the other end of the second electrode are fixed on the 4th fixed part.
6. test macro according to claim 5, first fixed part, second fixed part is are arranged at intervals at
Two annular grooves on locating piece are stated, the third fixed part, the 4th fixed part are to be arranged at intervals on the locating piece
Two annular grooves.
7. test macro according to claim 5, which is characterized in that the shell include the closing shell being detachably connected and
Capping, the closing shell is equipped with holding tank, described to be covered on the holding tank, for surrounding the seal chamber, institute
Locating piece is stated in the holding tank, the holding tank includes the first slot set gradually along the direction far from the capping
Section, the second slot section and third slot section, the locating piece are set in the second slot section, the first slot section and first opening
Connection, the closing shell are equipped with the first interfacing conveyor being connected to the first slot section, the third slot section and described second
Open communication, the closing shell are equipped with the second interfacing conveyor being connected to the third slot section.
8. test macro according to claim 7, which is characterized in that the capping is worn equipped with the first perforation and second
Hole, first perforation and second perforation are connected to the first slot section, and the first electrode wears described first and wears
Hole, the second electrode wear second perforation, are equipped with sealant in first perforation, second perforation.
9. test macro according to claim 7, which is characterized in that further include plug, one end of the plug is set to institute
It states in capping, the other end of the plug is connect with the pilot hole.
10. a kind of test method, which is characterized in that use such as described in any item test macros of claim 2-9, including following
Step:
First electrode is installed on the first mounting portion, second electrode is installed on the second mounting portion；
Phosphorus pentoxide is coated in the first electrode, the second electrode；
Allow fluid flow electrolyte space；
It charges respectively to the first electrode, the second electrode, measures the current value passed through in fluid.
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| CN201910227521.3A CN109884152B (en) | 2019-03-25 | 2019-03-25 | Detection device, test system and test method based on electrolyzed water |
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| CN201910227521.3A CN109884152B (en) | 2019-03-25 | 2019-03-25 | Detection device, test system and test method based on electrolyzed water |
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| CN109884152B CN109884152B (en) | 2022-02-08 |
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