CN208058033U - Linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment - Google Patents
Linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment Download PDFInfo
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- CN208058033U CN208058033U CN201820399936.XU CN201820399936U CN208058033U CN 208058033 U CN208058033 U CN 208058033U CN 201820399936 U CN201820399936 U CN 201820399936U CN 208058033 U CN208058033 U CN 208058033U
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- valves
- valve
- pipe
- gear
- linkage
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Abstract
The utility model is related to a kind of linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment.Existing livestock and fowl drinking water pipeline cleaning unit frequency is not easy to adjust, thus.This linkage resonance double-body valve includes A valves and B valves, the A valves and B valves include valve casing, spool and valve rod, the spool is connected with valve rod one end, it is outer connected with a gear that the valve rod other end stretches out valve casing, the gear of the A valves and B valves intermeshes, and A valves and B valves can be opened under the action of gear, be closed at simultaneously, and rotation direction is opposite when A valves and B valves are opened, one of gear is driven by a variable-frequency motor, and entrance and exit is respectively equipped on the valve casing of the A valves and B valves.The utility model is additionally provided with corresponding feed pipe cleaning and sterilizing equipment.The utility model organically combines ozone gas explosion and resonance effects, easy to adjust, can easily reach resonance, is widely used in various water supply line cleanings, disinfection, is particularly suitable for cleaning livestock and fowl drinking water pipeline, disinfecting.
Description
Technical field
The utility model is related to a kind of linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment.
Background technology
When livestock and poultry cultivation, needs often to add various job elements in the drinking water of livestock and poultry and drug, these substances are mutual
Effect, forms biomembrane in inner wall of the pipe, is adhered in inner wall of the pipe, pollutes water quality, and grow bacterium, and this part biological
After film falls off, it is also easy to block waterline and nipple.The resourcefulness cleaned at present is first to use chemicals dip, then use high pressure water
Cleaning, but the biomembrane adhered in inner wall of the pipe is difficult to be cleaned out, and time-consuming and laborious, efficiency is low, and is also easy to production chemical drugs
Object residual contamination.
On May 11st, 2016 Granted publication, grant number be CN 05217528U utility model disclose a kind of livestock and poultry
Drinking water pipeline cleaning machine, the Strong oxdiative characteristic for the water hammer effect combination ozone that it is generated using piston pump are not only quickly thorough
The biomembrane in livestock and fowl drinking water pipeline is cleaned at bottom, and carries out sterilizing to drinking water pipeline and do not generate secondary pollution again.But
Its piston pump adjusts frequency inconvenience, is extremely difficult to resonance effect, water hammer effect needs to be further increased.
Utility model content
The technical problems to be solved in the utility model is how to overcome the drawbacks described above of the prior art, and it is total to provide a kind of linkage
It shakes double-body valve and corresponding feed pipe cleaning and sterilizing equipment.
In order to solve the above technical problems, this linkage resonance double-body valve includes A valves and B valves, the A valves and B valves include valve
Shell, spool and valve rod, the spool are connected with valve rod one end, and the valve rod other end stretches out outside valve casing to be connected with a gear, the A valves
It intermeshes with the gear of B valves, and A valves and B valves can be opened under the action of gear, be closed at simultaneously, A valves and B valves are opened
When rotation direction on the contrary, one of gear is driven by a variable-frequency motor, be respectively equipped with entrance on the valve casing of the A valves and B valves
The outlet and.
In use, A valves, B valves can under the control of variable-frequency motor, it is synchronous, rapidly between "ON", "Off" state not
Stop switching.The utility model is connected in respective lines respectively, it can be with high-speed switch, to keep the fluid in respective lines frequent
Break-make, causing respective lines, failure of oscillation is not dynamic, to vibrate the incrustation scale in respective lines, convenient for cleaning pipeline.When A valves and
The switching frequency of B valves, close to respective lines intrinsic frequency when, can cause respective lines resonance.
The utility model feed pipe cleaning and sterilizing equipment includes water inlet pipe, feed pump, outlet pipe, air compressor, oxygen processed
Machine, ozone generating pipe, gas boosting pump and at least two check valves, it is characterised in that：Further include aforementioned linkage resonance double-body valve,
B valves, a check valve and the outlet pipe of the water inlet pipe, feed pump and linkage resonance double-body valve are sequentially connected with, and flow is directed toward out
When water pipe, check valve conducting, on the contrary it closes；The air compressor, oxygenerator, ozone generating pipe, gas boosting pump, linkage
The A valves and another check valve of resonance double-body valve are sequentially connected with, and are finally passed through the outlet pipe, when air-flow is directed toward outlet pipe,
The check valve is connected, otherwise closes, the feed pump, air compressor, oxygenerator, ozone generating pipe, gas boosting pump and change
Frequency motor is electrically connected and is controlled by it with a control circuit board；The ozone generating pipe passes through ozone generating circuit and the control
Circuit board electrical connection processed is simultaneously controlled by it；The ozone generating pipe is also equipped with cooling bypass duct, and the feed pump and linkage are resonated
Regulating valve is equipped between the B valves of double-body valve, described cooling bypass duct one end is communicated with the pipeline between regulating valve and feed pump, separately
Pipeline between one end and the B valves and regulating valve of linkage resonance double-body valve communicates, and is also serially connected with bypass valve in cooling bypass duct.
When the present apparatus operates, one side air compressor, oxygenerator, ozone generating pipe, gas boosting pump and corresponding unidirectional
Valve constitute ozone equipment, another aspect water inlet pipe, feed pump constitute high service pipeline, the two respectively with linkage resonate double-body valve
A valves be connected with B valves, and by A valves and B valves after, import outlet pipe jointly.The ozone and water of quick on-off, intermittent impacts
Feed pipe to be cleaned, constantly causes gas explosion.
The spool of A valves and B valves often rotates 180 degree, completes a "ON" "Off" switching, correspondingly causes pipeline to be cleaned
Vibration is primary, as soon as variable-frequency motor often rotates week, A valves and B valves are completed "ON" "Off" twice and switched, pipeline vibration two to be cleaned
It is secondary.
In use, the water inlet pipe of the utility model feed pipe cleaning and sterilizing equipment is connected on corresponding running water pipe, it will
The upstream end of feed pipe (such as livestock and fowl drinking water pipeline) to be cleaned is dismantled, and the utility model feed pipe cleaning and sterilizing equipment is connected on
On outlet pipe, then power on and the switch in tap water, opening control circuit board, under control circuit board control, frequency conversion
Motor, to high speed, is gradually changed, the "ON" "Off" switching frequency of A valves and B valves is gradually got higher, the "ON" of A valves and B valves by low speed
"Off" switching frequency is higher and higher, and the vibration frequency of the feed pipe to be cleaned thus caused is also increasing.When vibration frequency
Rate close to feed pipe to be cleaned intrinsic frequency when, cause water supply pipe resonance to be cleaned.
Under this resonance and the collective effect of gas explosion, the biomembrane for being adhered to inner wall of the pipe is set quickly to peel off, and shaken
It is gone out after broken, while ozone has extremely strong oxidisability, can also sterilize, sterilize.
Ozone gas explosion and resonance effects are organically combined, are reached by so design, the utility model feed pipe cleaning and sterilizing equipment
It is more than 2 effect to 1+1, often not etc. does not reach resonance state when use, adhere to the various dirts such as biomembrane on pipeline inner wall
It will fall off, and be gone out after being shattered.
As an optimization, return duct is additionally provided between the feed pump water sucking mouth and water outlet, the return duct is equipped with back
Flow valve.So design will not suppress bad feed pump even if B valves are closed, and be conducive to protect feed pump.
As an optimization, it is additionally provided with pressure gauge on the outlet pipeline of the feed pump.So design, can know in water pipe in time
Pressure size, it is convenient to adjust at any time.
The utility model linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment imitate ozone gas explosion and resonance
It should organically combine, it is easy to adjust, it can easily reach resonance, be widely used in cleaning, the disinfecting process of various water supply lines
In, it is particularly suitable for cleaning livestock and fowl drinking water pipeline, disinfecting.
Description of the drawings
Below in conjunction with the accompanying drawings to the utility model link resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment make into
One step explanation：
Fig. 1 is the structural representation of the embodiment one of this linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment
Figure.
In figure：1 it is A valves, 2 be B valves, 3 be valve casing, 4 be spool, 5 be gear, 6 be variable-frequency motor, 7 be entrance, 8 is
Mouthful, 9 be water inlet pipe, 10 be feed pump, 11 be outlet pipe, 12 be air compressor, 13 be oxygenerator, 14 be ozone generating pipe,
15 be gas boosting pump, 16 be check valve, 17 in order to control circuit board, 18 be ozone generating circuit, 19 be cooling bypass duct, 20 be
Regulating valve, 21 be bypass valve, 22 be return duct, 23 be return valve, 24 be pressure gauge.
Specific implementation mode
Embodiment one：As shown in Figure 1, this linkage resonance double-body valve includes A valves 1 and B valves 2, the A valves 1 and B valves 2 are equal
Including valve casing 3, spool 4 and valve rod (not shown), the spool 4 is connected with valve rod one end, and the valve rod other end stretches out valve casing 3
It is connected outside with a gear 5, the gear 5 of the A valves 1 and B valves 2 intermeshes, and A valves 1 and B valves 2 can be same under the action of gear 5
Shi Kaiqi, be closed at, rotation direction when A valves 1 and B valves 2 are opened on the contrary, one of gear 5 is driven by a variable-frequency motor 6,
The valve casing 3 of the A valves 1 and B valves 2 is fixed, and is respectively equipped with entrance 7 and outlet 8.
The utility model feed pipe cleaning and sterilizing equipment includes water inlet pipe 9, feed pump 10, outlet pipe 11, air compressor
12, oxygenerator 13, ozone generating pipe 14, gas boosting pump 15 and at least two check valves 16, it is characterised in that further include aforementioned
Linkage resonate double-body valve.
The water inlet pipe 9,2, check valves 16 of B valves of feed pump 10 and linkage resonance double-body valve and outlet pipe 11 are sequentially
Connection, when flow is directed toward outlet pipe 11, the check valve 16 conducting, on the contrary it closes.
The A of the air compressor 12, oxygenerator 13, ozone generating pipe 14, gas boosting pump 15, linkage resonance double-body valve
Valve 1 and another check valve 16 are sequentially connected with, and are finally passed through the outlet pipe 11, and when air-flow is directed toward outlet pipe 11, this is unidirectional
Valve 16 is connected, otherwise closes
The feed pump 10, air compressor 12, oxygenerator 13, ozone generating pipe 14, gas boosting pump 15 and variable-frequency electric
Machine 6 is electrically connected with a control circuit board 17, and is controlled by it.The ozone generating pipe 14 passes through ozone generating circuit 18 and institute
The electrical connection of control circuit board 17 is stated, and is controlled by it；The ozone generating pipe 14 is also equipped with cooling bypass duct 19, the feed pump
It is equipped with regulating valve 20, described 19 one end of cooling bypass duct and regulating valve 20 and main water between 10 and the B valves 2 of linkage resonance double-body valve
Pipeline between pump 10 communicates, and the pipeline between the other end and the B valves 2 and regulating valve 20 of linkage resonance double-body valve communicates, and cold
But also it is serially connected with bypass valve 21 in bypass duct 19.
It is additionally provided with return duct 22 between 10 water sucking mouth of the feed pump and water outlet, the return duct 22 is equipped with reflux
Valve 23.Pressure gauge 24 is additionally provided on the outlet pipe 11.
Claims (4)
- The double-body valve 1. a kind of linkage is resonated, it is characterised in that：Including A valves and B valves, the A valves and B valves include valve casing, spool And valve rod, the spool are connected with valve rod one end, the valve rod other end stretches out that valve casing is outer to be connected with a gear, the A valves and B valves Gear intermeshes, and A valves and B valves can be opened under the action of gear, be closed at simultaneously, rotation side when A valves and B valves are opened To on the contrary, one of gear is driven by a variable-frequency motor, entrance and exit is respectively equipped on the valve casing of the A valves and B valves.
- 2. a kind of feed pipe cleaning and sterilizing equipment, including water inlet pipe, feed pump, outlet pipe, air compressor, oxygenerator, ozone Generator tube, gas boosting pump and at least two check valves, it is characterised in that：Further include linkage resonance as described in claim 1 Double-body valve, B valves, a check valve and the outlet pipe of the water inlet pipe, feed pump and linkage resonance double-body valve are sequentially connected with, flow When being directed toward outlet pipe, check valve conducting, on the contrary it closes；The air compressor, oxygenerator, ozone generating pipe, gas boosting Pump, the A valves of linkage resonance double-body valve and another check valve are sequentially connected with, and the outlet pipe are finally passed through, when air-flow is directed toward out When water pipe, check valve conducting, on the contrary it closes, the feed pump, air compressor, oxygenerator, ozone generating pipe, gas boosting Pump and variable-frequency motor are electrically connected and are controlled by it with a control circuit board；The ozone generating pipe by ozone generating circuit with The control circuit board is electrically connected and is controlled by it；The ozone generating pipe is also equipped with cooling bypass duct, the feed pump and connection It is equipped with regulating valve, the pipeline between described cooling bypass duct one end and regulating valve and feed pump between the B valves of dynamic resonance double-body valve It communicates, the pipeline between the other end and the B valves and regulating valve of linkage resonance double-body valve communicates, and is also serially connected in cooling bypass duct Bypass valve.
- 3. feed pipe cleaning and sterilizing equipment according to claim 2, it is characterised in that：The feed pump water sucking mouth and water outlet Return duct is additionally provided between mouthful, the return duct is equipped with return valve.
- 4. feed pipe cleaning and sterilizing equipment according to claim 2 or 3, it is characterised in that：The outlet pipe of the feed pump Road is additionally provided with pressure gauge.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820399936.XU CN208058033U (en) | 2018-03-22 | 2018-03-22 | Linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820399936.XU CN208058033U (en) | 2018-03-22 | 2018-03-22 | Linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208058033U true CN208058033U (en) | 2018-11-06 |
Family
ID=63989841
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820399936.XU Expired - Fee Related CN208058033U (en) | 2018-03-22 | 2018-03-22 | Linkage resonance double-body valve and corresponding feed pipe cleaning and sterilizing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208058033U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110743845A (en) * | 2019-10-30 | 2020-02-04 | 中国航发成都发动机有限公司 | Shuttering flushing device |
-
2018
- 2018-03-22 CN CN201820399936.XU patent/CN208058033U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110743845A (en) * | 2019-10-30 | 2020-02-04 | 中国航发成都发动机有限公司 | Shuttering flushing device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181106 Termination date: 20210322 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |