CN206863016U - A kind of pipe network energy saver - Google Patents
A kind of pipe network energy saver Download PDFInfo
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- CN206863016U CN206863016U CN201720747075.5U CN201720747075U CN206863016U CN 206863016 U CN206863016 U CN 206863016U CN 201720747075 U CN201720747075 U CN 201720747075U CN 206863016 U CN206863016 U CN 206863016U
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- energy saver
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Abstract
The utility model provides a kind of pipe network energy saver, and described device includes a sampling unit, an electric control unit and a device integrated cabinet；The sampling unit is fixedly arranged in described device integrated cabinet with electric control unit, and carries out accomplished continuously or intermittently property controlling of sampling to the sampling unit by the electric control unit.The utility model has the advantage of：It can be controlled by the energy saver to carry out accomplished continuously or intermittently property to pipe network sample hydromining collection, and realize the purpose of energy-saving and water-saving.
Description
Technical field
The present invention relates to tap water quality to monitor field, more particularly to a kind of pipe network energy saver.
Background technology
In tap water quality monitoring process, real-time and short periodicity due to the related measuring instrument sampling period, make
The continual characteristic for introducing new samples is needed derived from the supply of water water sample, this can cause the waste of originally water resource, if not right
General expression is improved for sample preprocessing process, and sampling monitoring process all the year round will cause substantial amounts of water resource waste.And mesh
Preceding most of tap water quality monitorings are all using the straight-through pipe network real-time sampling system uninterruptedly to supply water of Inlet and outlet water.
In view of the above problems, it is necessary to design a pipe network energy saver so that this pipe network energy saver can be to pipe network sample
Hydromining collection accomplished continuously or intermittently (time is adjustable) control, and realizes the purpose of energy-saving and water-saving.
The content of the invention
The technical problems to be solved in the utility model, be to provide a kind of pipe network energy saver, by the energy saver come
Realize that the water saving during tap water pipe network water quality monitoring subtracts consumption.
What the utility model was realized in：A kind of pipe network energy saver, including a sampling unit, an electric control unit
An and device integrated cabinet；The sampling unit is fixedly arranged in described device integrated cabinet with electric control unit, and passes through institute
State electric control unit and accomplished continuously or intermittently property controlling of sampling is carried out to the sampling unit；
The sampling unit includes the same water inlet, a drain outlet, the same water collection tank, an instrument monitoring unit, one
Running water sample introduction motor-driven valve, a water sprayer, a check valve, one or two water sample collection vessels and a water outlet motor-driven valve；
The sample water inlet is connected with the running water sample introduction motor-driven valve, the running water sample introduction motor-driven valve and the water
Emitter is connected, and the water sprayer is connected with the check valve, and the check valve passes through a first manual regulation ball valve and institute
The bottom for stating sample water collection tank is connected；The middle part of the sample water collection tank passes through a tracheae valve group and the instrument monitoring unit
It is connected, the instrument monitoring unit connects with the secondary water sample coated lycopene, the bottom of the secondary water sample collection vessel
Portion is connected by one first electronic drain valve with the water sprayer；The upper end of the sample water collection tank and the water outlet motor-driven valve
Be connected, the bottom of the sample water collection tank is connected by one second electronic drain valve with the water outlet motor-driven valve, it is described go out
Water motor-driven valve is connected with the drain outlet；
The instrument monitoring unit, running water sample introduction motor-driven valve, tracheae valve group, the first electronic drain valve, water outlet motor-driven valve
And second electronic drain valve be connected with the electric control unit.
Further, the sampling unit also includes a high level switch and a low liquid level switchs, and the high level is opened
The upper end for being arranged on the sample water collection tank is closed, the low liquid level switch is arranged on the lower end of the sample water collection tank；The height
Liquid-level switch and low liquid level switch are connected with the electric control unit.
Further, the sampling unit also includes a hand by-pass valve and a security control valve member；The running water
The water side of sample introduction motor-driven valve is connected by the hand by-pass valve and security control valve member with the drain outlet respectively.
Further, be provided with water quality monitoring probe at the top of the sample water collection tank, water quality monitoring probe with
The electric control unit is connected.
Further, to be provided with one second between the bottom of the sample water collection tank and the second electronic drain valve manual
Regulation ball valve.
Further, the upper end of the secondary water sample collection vessel is connected with the water outlet motor-driven valve.
Further, it is provided with a sampling water meter between sample water inlet and running water the sample introduction motor-driven valve.
Further, described device integrated cabinet includes a cabinet, and the cabinet is internally provided with an installation riser, described
Electric control unit is installed on the top subregion of the installation riser, and the sampling unit is installed under the installation riser
Subregion.
Further, the front end of the cabinet is provided with a cabinet door, and a transparent window is provided with the middle part of the cabinet door.
Further, a radiating air regulator is provided with the side end face of the cabinet.
The utility model has the advantage of：1st, pipe network sample hydromining collection can be carried out accomplished continuously or intermittently by the energy saver
Property control, and realize the purpose of energy-saving and water-saving；2nd, secondary water sample collection vessel is provided with sampling unit, can be to monitoring after
Free of contamination sample water carries out recycling, so as to reduce the waste of water resource；3rd, water inlet end be provided with hand by-pass valve and
Security control valve member, it can effectively prevent that overpressure is excessive or running water sample introduction motor-driven valve breaks down and then influence because occurring
The normal operation of energy saver；4th, monitored in cabinet, can be both realized using electric by the way that the energy saver is applied into ductwork water quality
Control unit controls the machine to run as requested, can also be remotely controlled and run by remote terminal platform, very convenient to use.
Brief description of the drawings
The utility model is further described in conjunction with the embodiments with reference to the accompanying drawings.
Fig. 1 is a kind of structured flowchart of pipe network energy saver of the utility model.
Fig. 2 is the front view of installation riser in the utility model.
Fig. 3 is the structural representation of sampling unit in the utility model.
Description of reference numerals：
100- energy savers, 1- sampling units, 2- electric control units, 3- device integrated cabinets, 11- sample water inlets, 12- rows
Water out, 13- sample water collection tanks, 14- instrument monitoring units, 15- running water sample introduction motor-driven valves, 16- water sprayers, 17- check valves,
Bis- water sample collection vessels of 18-, 19- water outlet motor-driven valves, 1a- first manual regulation ball valves, 1b- tracheae valve groups, 11b- tracheae valves,
The first electronic drain valves of 1c-, the second electronic drain valves of 1d-, 1e- high level switches, 1f- low liquid levels switch, 1g- manual bypass
Valve, 1h- security control valve members, 1i- water quality monitorings probe, the second manual regulation ball valves of 1j-, 1k- sampling water meters, 31- cabinets,
32- installation risers, 33- cabinet doors, 331- transparent windows, 34- radiating air regulators.
Embodiment
Refer to shown in Fig. 1 to Fig. 3, a kind of preferred embodiment of pipe network energy saver 100 of the utility model, including one adopts
Sample unit 1, an electric control unit 2 and a device integrated cabinet 3；The sampling unit 1 is fixedly arranged on electric control unit 2
In described device integrated cabinet 3, and accomplished continuously or intermittently property sampling is carried out to the sampling unit 1 by the electric control unit 2
Control；
Please be shown in emphasis reference picture 3, the sampling unit 1 includes the same water inlet 11, a drain outlet 12, the same water and received
17,1 header 13, an instrument monitoring unit 14, a running water sample introduction motor-driven valve 15, a water sprayer 16, check valve water samples
The water outlet motor-driven valve 19 of collection vessel 18 and one；
The sample water inlet 11 is connected with the running water sample introduction motor-driven valve 15, and the running water sample introduction motor-driven valve 15 is used
In controlling whether the past conveying running water of sample water collection tank 13, the running water sample introduction motor-driven valve 15 is connected with the water sprayer 16
Connect, the water sprayer 16 be used for will originally water jet is into sample water collection tank 13, the water sprayer 16 and the phase of check valve 17
Connection, the check valve 17 are used to prevent running water from flowing backwards, and the check valve 17 passes through a first manual regulation ball valve 1a
It is connected with the bottom (bottom of the sample water collection tank 13 is provided with injection port A1) of the sample water collection tank 13, it is described first-hand
Dynamic regulation ball valve 1a for controlling whether to make running water enter in sample water collection tank 13 manually, first manual regulation ball valve 1a
Normally open is typically in, when that suitable bad when need not occur toward the conveying sample water of sample water collection tank 13 or check valve 17, can be closed
First manual regulation ball valve 1a；(middle part of the sample water collection tank 13 is provided with monitoring mouth at the middle part of the sample water collection tank 13
A3) it is connected by a tracheae valve group 1b with the instrument monitoring unit 14, the tracheae valve group 1b includes multiple tracheae valves
11b, the instrument monitoring unit 14 are connected with the secondary water sample collection vessel 18, the secondary water sample collection vessel 18
Bottom (bottom of the secondary water sample collection vessel 18 is provided with water outlet B 1) passes through one first electronic drain valve 1c and the water
Emitter 16 is connected；In the specific implementation, the instrument monitoring unit 14 can include more instrument monitoring equipment (not shown),
And each instrument monitoring equipment is connected by a tracheae valve 11b with the middle part of sample water collection tank 13, simultaneously as having
A little instrument monitoring equipment can pollute during being monitored to water sample, then, just should not be by the instrument monitoring equipment
Sample water after monitoring is collected into secondary water sample collection vessel 18, the sample water of pollution can be specifically discharged into one specify it is other
In container, for the instrument monitoring equipment that will not be polluted to sample water, then the sample water after the instrument monitoring monitoring of equipment is received
Collect in secondary water sample collection vessel 18, to be re-used to sample water.
The upper end (upper end of the sample water collection tank 13 is provided with overfall A4) of the sample water collection tank 13 and the water outlet
Motor-driven valve 19 is connected, and the water outlet motor-driven valve 19 is used to control whether to emit in sample water, the bottom of the sample water collection tank 13
Portion's (bottom of the sample water collection tank 13 is provided with floss hole A2) passes through one second electronic drain valve 1d and the water outlet motor-driven valve
19 are connected, the second electronic drain valve 1d be used for control whether to sample water collection tank 13 carry out sample water discharge, it is described go out water power
Dynamic valve 19 is connected with the drain outlet 12；The instrument monitoring unit 14, running water sample introduction motor-driven valve 15, tracheae valve group
1b, the first electronic drain valve 1c, 19 and second electronic drain valve 1d of water outlet motor-driven valve are connected with the electric control unit 2
Connect.
In order to facilitate the water level in desampling water collection tank 13, and controlling of sampling, the sampling unit 1 are carried out according to water level
Also include a high level switch 1e and a low liquid level switch 1f, the high level switch 1e are arranged on the sample water collection tank 13
Upper end, low liquid level switch 1f is arranged on the lower end of the sample water collection tank 13；The high level switch 1e and low liquid level
Switch 1f is connected with the electric control unit 2.
In order to prevent that whole sampling unit 1 being made because internal pressure is excessive or running water sample introduction motor-driven valve 15 breaks down
Into influence, the sampling unit 1 also includes an a hand by-pass valve 1g and security control valve member 1h, under normal circumstances, hand
Dynamic by-passing valve 1g is in normally off；The water side of the running water sample introduction motor-driven valve 15 passes through the hand by-pass valve 1g respectively
It is connected with security control valve member 1h with the drain outlet 12.In the specific implementation, when occur overpressure it is larger when, can be with
The pressure of inside is reduced by suitably opening hand by-pass valve 1g；When the failure of running water sample introduction motor-driven valve 15 can not be normal
During closing, can open security control valve member 1h makes sample water be discharged from drain outlet 12.
The top of the sample water collection tank 13 be provided with a water quality monitoring probe 1i, water quality monitoring probe 1i with it is described
Electric control unit 2 is connected, and the water quality that water quality monitoring probe 1i is used for sample water in test specimens water collection tank 13 (such as detects
The water quality parameters such as acid-base value, water temperature), in the specific implementation, one or more kinds of monitorings can be set according to actual use demand
Probe.
One second regulation manually is provided between the bottom of the sample water collection tank 13 and the second electronic drain valve 1d
Ball valve 1j.The second manual regulation ball valve 1j is used to play a part of auxiliary control, under normal circumstances second regulation manually
Ball valve 1j is in normally open, when the second electronic drain valve 1d, which breaks down, to close, can pass through the second manual tune
Save ball valve 1j and carry out closing assisted draining.
(upper end of the secondary water sample collection vessel 18 is provided with overfall for the upper end of the secondary water sample collection vessel 18
B2) it is connected with the water outlet motor-driven valve 19, for water unnecessary in secondary water sample collection vessel 18 to be emitted.
A sampling water meter 1k, sampling water meter 1k are provided between sample water inlet 11 and running water the sample introduction motor-driven valve 15
Water consumption for statistic sampling.
Described device integrated cabinet 3 includes a cabinet 31, and the cabinet 31 is internally provided with an installation riser 32, the electricity
Gas control unit 2 is installed on the top subregion of the installation riser 32, and the sampling unit 1 is installed on the installation riser 32
Bottom subregion.
The front end of the cabinet 31 is provided with a cabinet door 33, and the middle part of the cabinet door 33 is provided with a transparent window 331, leads to
Cross the situation that the transparent window 331 can be checked very easily inside cabinet 31.
A radiating air regulator 34 is provided with the side end face of the cabinet 31, the radiating air regulator 34 can be used for inside cabinet 31
Radiating.
In addition, by electric control unit 2 come control instrument monitoring unit 14, running water sample introduction motor-driven valve 15, tracheae valve
The work such as group 1b, the first electronic drain valve 1c, water outlet motor-driven valve 19, the second electronic drain valve 1d, and pass through electrical control list
The signal that member 2 is to receive high level switch 1e, low liquid level switchs 1f and water quality monitoring probe 1i is gathered is art technology
Known to personnel, and it has been widely used in the control of various electrical equipments, has not just done detailed retouch here
State.Meanwhile in the specific implementation, both as requested the machine can be controlled to run using electric control unit 2, can also be remote
The remote control operation of journey terminal platform, and if it is desired that with Remote, then need to reserve communication interface in electric control unit 2
(not shown), such as 485 interfaces can be used, communications protocol, which can be set, is adopted as Modbus-RTU agreements.
Operation principle of the present utility model is as follows：
In continuous sample introduction, first manual regulation ball valve 1a is opened, controls running water sample introduction electronic by electric control unit 2
Valve 15 and water outlet motor-driven valve 19 are opened, and running water is entered water sprayer 16 by sampling water meter 1k, by drawing for water sprayer 16
After penetrating, running water enters the inside of sample water collection tank 13 by check valve 17 and from injection port A1；When sample water collection tank 13
When excessive situation occurs in sample water, unnecessary sample water can flow out from the overfall A4 of sample water collection tank 13, and be gone out by draining
Mouth 12 emits.
In batch sampling, first manual regulation ball valve 1a is opened, controls running water sample introduction electronic by electric control unit 2
Valve 15 is opened, and running water is entered water sprayer 16 by sampling water meter 1k, after the injection of water sprayer 16, running water passes through
Check valve 17 and the inside that sample water collection tank 13 is entered from injection port A1；Electric control unit 2 controls high level switch simultaneously
1e and low liquid level switch 1f detects water level in sample water collection tank 13 in real time, and whenever detecting the water level in sample water collection tank 13
When reaching high level switch 1e position, electric control unit 2 controls running water sample introduction motor-driven valve 15 to close；Whenever detecting sample
When water level in water collection tank 13 switchs 1f position less than low liquid level, electric control unit 2 just controls running water sample introduction electronic
Valve 15 is opened.
During continuous or batch sampling is carried out, the first electronic row can also be controlled by electric control unit 2
Valve 1c unlatchings are put, using the principle of water sprayer 16, make the pollution-free sample water in secondary water sample collection vessel 18 under the drive of water inlet,
It is pooled in sample water collection tank 13 and is recycled for instrument monitoring unit 14.
During use, when needing to use instrument monitoring unit 14 to be monitored sample water, electric control unit 2
Tracheae valve corresponding to control instrument monitoring device is opened, sample water is being set by flow by gravity to corresponding instrument monitoring
It is standby.Instrument monitoring equipment is after sample water has been monitored, if the instrument monitoring equipment will not pollute to sample water, after just monitoring
Sample water be discharged into secondary water sample collection vessel 18, if the water level in secondary water sample collection vessel 18 is too high, can lead to
Overfall B2 is crossed to emit；If the instrument monitoring equipment can pollute to sample water, the sample water of pollution is discharged into finger
In fixed other containers.
During work, when water quality monitoring probe 1i detects that water quality parameter is exceeded or needs to clear up the collection of sample water
During case 13, the second manual regulation ball valve 1j is opened, just controls the second electronic drain valve 1d and water outlet electronic by electric control unit 2
Valve 19 is opened, and control running water sample introduction motor-driven valve 15 is closed, to be discharged the sample water in sample water collection tank 13 by floss hole A2
Go out.
In a word, the utility model has the following advantages that：1st, pipe network sample hydromining collection can be connected by the energy saver
Continuous or intermittency check, and realize the purpose of energy-saving and water-saving；2nd, secondary water sample collection vessel is provided with sampling unit, can be right
Free of contamination sample water after monitoring carries out recycling, so as to reduce the waste of water resource；3rd, it is provided with manually in water inlet end
By-passing valve and security control valve member, it can effectively prevent that overpressure is excessive or running water sample introduction motor-driven valve breaks down because occurring
And then influence the normal operation of energy saver；4th, monitored in cabinet by the way that the energy saver is applied into ductwork water quality, can both realized
Control the machine to run as requested using electric control unit, can also be remotely controlled and run by remote terminal platform, use
It is very convenient.
Although the foregoing describing specific embodiment of the present utility model, those familiar with the art should
Work as understanding, the specific embodiment described by us is merely exemplary, rather than for the limit to the scope of the utility model
Fixed, those skilled in the art should in the equivalent modification and change made according to spirit of the present utility model
Cover in scope of the claimed protection of the present utility model.
Claims (10)
- A kind of 1. pipe network energy saver, it is characterised in that：Including a sampling unit, an electric control unit and device one Cabinet；The sampling unit is fixedly arranged in described device integrated cabinet with electric control unit, and passes through the electric control unit Accomplished continuously or intermittently property controlling of sampling is carried out to the sampling unit；The sampling unit includes the same water inlet, a drain outlet, the same water collection tank, an instrument monitoring unit, one originally Water sample introduction motor-driven valve, a water sprayer, a check valve, one or two water sample collection vessels and a water outlet motor-driven valve；The sample water inlet is connected with the running water sample introduction motor-driven valve, the running water sample introduction motor-driven valve and the water sprayer It is connected, the water sprayer is connected with the check valve, and the check valve passes through a first manual regulation ball valve and the sample The bottom of water collection tank is connected；The middle part of the sample water collection tank is connected by a tracheae valve group with the instrument monitoring unit Connect, the instrument monitoring unit connects with the secondary water sample coated lycopene, and the bottom of the secondary water sample collection vessel leads to One first electronic drain valve is crossed with the water sprayer to be connected；The upper end of the sample water collection tank is connected with the water outlet motor-driven valve Connect, the bottom of the sample water collection tank is connected by one second electronic drain valve with the water outlet motor-driven valve, it is described go out water power Dynamic valve is connected with the drain outlet；The instrument monitoring unit, running water sample introduction motor-driven valve, tracheae valve group, the first electronic drain valve, water outlet motor-driven valve and Second electronic drain valve is connected with the electric control unit.
- A kind of 2. pipe network energy saver as claimed in claim 1, it is characterised in that：The sampling unit also includes a high level Switch and low liquid level switch, the high level switch are arranged on the upper end of the sample water collection tank, the low liquid level switch It is arranged on the lower end of the sample water collection tank；The high level switch and low liquid level switch are connected with the electric control unit Connect.
- A kind of 3. pipe network energy saver as claimed in claim 1, it is characterised in that：It is other manually that the sampling unit also includes one Port valve and a security control valve member；The water side of the running water sample introduction motor-driven valve passes through the hand by-pass valve and peace respectively Full control valve member is connected with the drain outlet.
- A kind of 4. pipe network energy saver as claimed in claim 1, it is characterised in that：It is provided with the top of the sample water collection tank One water quality monitoring is popped one's head in, and the water quality monitoring probe is connected with the electric control unit.
- A kind of 5. pipe network energy saver as claimed in claim 1, it is characterised in that：The bottom of the sample water collection tank with it is described One second manual regulation ball valve is provided between second electronic drain valve.
- A kind of 6. pipe network energy saver as claimed in claim 1, it is characterised in that：The upper end of the secondary water sample collection vessel It is connected with the water outlet motor-driven valve.
- A kind of 7. pipe network energy saver as claimed in claim 1, it is characterised in that：The sample water inlet and running water sample introduction electricity A sampling water meter is provided between dynamic valve.
- A kind of 8. pipe network energy saver as claimed in claim 1, it is characterised in that：Described device integrated cabinet includes a cabinet, The cabinet is internally provided with an installation riser, and the electric control unit is installed on the top subregion of the installation riser Domain, the sampling unit are installed on the bottom subregion of the installation riser.
- A kind of 9. pipe network energy saver as claimed in claim 8, it is characterised in that：The front end of the cabinet is provided with a cabinet , it is provided with a transparent window in the middle part of the cabinet door.
- A kind of 10. pipe network energy saver as claimed in claim 8, it is characterised in that：It is provided with the side end face of the cabinet One radiating air regulator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720747075.5U CN206863016U (en) | 2017-06-26 | 2017-06-26 | A kind of pipe network energy saver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720747075.5U CN206863016U (en) | 2017-06-26 | 2017-06-26 | A kind of pipe network energy saver |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206863016U true CN206863016U (en) | 2018-01-09 |
Family
ID=60827084
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720747075.5U Active CN206863016U (en) | 2017-06-26 | 2017-06-26 | A kind of pipe network energy saver |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206863016U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107085084A (en) * | 2017-06-26 | 2017-08-22 | 福州福光水务科技有限公司 | A kind of pipe network energy saver |
-
2017
- 2017-06-26 CN CN201720747075.5U patent/CN206863016U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107085084A (en) * | 2017-06-26 | 2017-08-22 | 福州福光水务科技有限公司 | A kind of pipe network energy saver |
| CN107085084B (en) * | 2017-06-26 | 2023-04-07 | 福州福光水务科技有限公司 | Pipe network energy-saving device |
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