CN206192443U - Tandem type dissolves measuring equipment - Google Patents
Tandem type dissolves measuring equipment Download PDFInfo
- Publication number
- CN206192443U CN206192443U CN201620981120.9U CN201620981120U CN206192443U CN 206192443 U CN206192443 U CN 206192443U CN 201620981120 U CN201620981120 U CN 201620981120U CN 206192443 U CN206192443 U CN 206192443U
- Authority
- CN
- China
- Prior art keywords
- liquid level
- dissolving
- water
- batch meter
- pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Accessories For Mixers (AREA)
Abstract
The utility model discloses a tandem type dissolves measuring equipment. This equipment is including being used for carrying out the batch meter that measures to the antiseptic solution preparation after dissolving for installation electric control element's electric cabinet, and disinfection powder's dissolving box is dissolved in a plurality of being used for. The utility model discloses a real time monitoring is carried out to liquid level in antiseptic solution preparation in -process is to dissolving box and batch meter, utilizes the electrical components of setting in the electric cabinet and the input/output of the solution in PLC controller realization automatic control dissolving box and the batch meter simultaneously, and the automatic ability of improve equipment further reaches the purpose that improves work efficiency. In addition, this application is through establishing ties a plurality of dissolving box, utilizes a plurality of dissolving box simultaneous workings to dissolve disinfection powder, all transfers to the batch meter with the preparation among a plurality of dissolving box again, utilizes the dosage pump to measure, has improved work efficiency by a wide margin.
Description
Technical field
The utility model is related to a kind of tandem type dissolving measuring equipment.
Background technology
, it is necessary to the sterilization liquid formulation after to dissolving is stored and the system external to delivery casing in thimerosal preparation process
Agent is measured.And current dissolving measuring equipment inefficiency, it is impossible to mass produced, and can not be automatically to equipment
In liquid level carry out monitor in real time, it is impossible to reach automation require.
Utility model content
The purpose of this utility model is to provide a kind of tandem type dissolving measuring equipment, to solve existing dissolving measuring equipment work
Make that efficiency is low, and monitor in real time can not be carried out to the liquid level in equipment automatically, it is impossible to reach the problem that automation is required.
In order to solve the above technical problems, the utility model provides a kind of tandem type dissolving measuring equipment, including for molten
Batch meter that sterilization liquid formulation after solution is measured, the electric cabinet for installing electric control element, and some be connected in series
Dissolving case for dissolving disinfectant powder；Wherein, solution conveying assembly and gas exhaust piping group are connected between dissolving case and batch meter
Part, and the bottom of dissolving case and batch meter is equipped with step；Dissolving case includes the first liquid level tube and water inlet pipe that communicate therewith, if
The first mixing pump in the bottom of dissolving case is put, the charge door at the top of dissolving case is arranged on；First liquid level tube is provided with first
Liquid level sensor component；Charge door is provided with sealing structure for water；Batch meter includes the second liquid level tube and outlet pipe that communicate therewith, and
It is arranged on the second mixing pump of the bottom of batch meter；Second liquid level tube is provided with the second liquid level sensor component, outlet pipe and
Measuring pump is connected.
Further, solution conveying assembly includes the first solution conveyor tube, the input of the first solution conveyor tube and first
The output end connection of mixing pump, the output end of the first solution conveyor tube is connected with batch meter by the second solution conveyor tube, passed through
Return duct is connected with dissolving case, and the first solution conveyor tube, the second solution conveyor tube are connected with return duct by three-way valve.
Further, gas exhaust piping component includes water sprayer, is connected to the water inlet of water sprayer and the water inlet end of water inlet pipe
Between shunt valve, connected by blast pipe between the dosing mouth of water sprayer and dissolving case, the dosing mouth and batch meter of water sprayer
Between connected by buret, the delivery port of water sprayer is connected to measuring pump.
Further, the first liquid level sensor component includes the first level sensing of the bottom for being arranged on the first liquid level tube
Device, is arranged on second liquid level sensor at the middle part of the first liquid level tube, and the 3rd liquid level for being arranged on the top of the first liquid level tube is passed
Sensor, the first liquid level sensor is flushed with the step of the bottom for being arranged on dissolving case.
Further, the second liquid level sensor component includes the 4th level sensing of the bottom for being arranged on the second liquid level tube
Device, is arranged on the 5th liquid level sensor at the middle part of the second liquid level tube, and the 6th liquid level for being arranged on the top of the second liquid level tube is passed
Sensor, the 4th liquid level sensor is flushed with the step of the bottom for being arranged on batch meter.
Further, sealing structure for water include be arranged on dissolving box top in three-back-shaped water sealed tank, the middle part of water sealed tank
Charge door is formed, the manhole cover being engaged with its shape is provided with above water sealed tank；The bottom of water sealed tank connects with water inlet pipe, and
The madial wall of water sealed tank is less than its lateral wall；It is provided with the middle part of water sealed tank and water sealed tank is divided into bilevel dividing plate, dividing plate
It is provided with some equally distributed permeable holes.
Further, the side wall of dissolving case is provided with a cylinder being vertically arranged, and manhole cover is led by a horizontally set
The top for being fixed on cylinder to bar connects；The lower surface of manhole cover is provided with the sealing baffle extended down into water sealed tank.
Further, the bottom of dissolving case is provided with the first end-of-the-pipe, the first blow-off pipe through the first end-of-the-pipe with it is molten
Solve the bottom connection of case；The bottom of batch meter is provided with the second end-of-the-pipe, and the second blow-off pipe is through the second end-of-the-pipe and measures
The bottom connection of case.
Further, the bottom of the side that electric cabinet is contacted with batch meter is provided with the limiting plate for extending downwardly, batch meter
Side wall is provided with the electric cabinet fixing groove being engaged with limiting plate.
The beneficial effects of the utility model are：The utility model by thimerosal preparation process to dissolving case and metering
Liquid level in case carries out monitor in real time, while realizing automatic control using the electric elements and PLC being arranged in electric cabinet
The input and output of the solution in system dissolving case and batch meter, improve equipment automatization ability, further up to raising operating efficiency
Purpose.Additionally, the application is together in series by by multiple dissolving case, worked simultaneously using multiple dissolving case is carried out to disinfectant powder
Dissolving, then the preparation in multiple dissolving case is transferred in batch meter, measured using dosage pump, it is significantly increased
Operating efficiency.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model one embodiment；
Fig. 2 is the side view of the utility model one embodiment；
Fig. 3 is the structural representation of the sealing structure for water of the utility model one embodiment；
Fig. 4 is the sectional view of the sealing structure for water of the utility model one embodiment；
Fig. 5 is the structural representation when manhole cover of the utility model one embodiment is in opening.
Wherein：A, batch meter；B, dissolving case；1st, the first liquid level tube；101st, the first liquid level sensor；102nd, the second liquid level is passed
Sensor；103rd, the 3rd liquid level sensor；2nd, water inlet pipe mouth；3rd, water inlet pipe；31st, the first valve；32nd, the first check valve；4th, bypass
Pipe；41st, the second valve；42nd, water sprayer；5th, blast pipe；51st, the 3rd valve；6th, buret；61st, titration valve；62nd, the 4th valve；
7th, the first magnetic agitation pump；8th, three-way valve；81st, the first solution conveyor tube；82nd, the second solution conveyor tube；83rd, return duct；9th,
Two liquid level tubes；901st, the 4th liquid level sensor；902nd, the 5th liquid level sensor；903rd, the 6th liquid level sensor；10th, the second blowdown
The mouth of pipe；11st, the overflow mouth of pipe；110th, the first end-of-the-pipe；12nd, outlet pipe；121st, filter；122nd, counterbalance valve；13rd, electric cabinet；
131st, control panel；132nd, indicator lamp；14th, the second magnetic agitation pump；15th, measuring pump；16th, step；17th, electric cabinet fixing groove；
18th, limiting plate；19th, charge door；20th, water sealed tank；21st, dividing plate；211st, permeable hole；22nd, madial wall；23rd, limited block；24th, water seal
Lid；241st, sealing baffle；25th, cylinder；251st, guide post；26th, adapting pipe.
Specific embodiment
Specific embodiment of the present utility model is described below, is understood in order to those skilled in the art
The utility model, it should be apparent that the utility model is not limited to the scope of specific embodiment, to the common skill of the art
For art personnel, as long as various change is in appended claim restriction and the spirit and scope of the present utility model for determining,
These changes are it will be apparent that all utilize the innovation and creation of the utility model design in the row of protection.
Tandem type dissolving measuring equipment as shown in Figure 1, tandem type dissolving measuring equipment as shown in Figure 1, including be used for
The batch meter A measured to the sterilization liquid formulation after dissolving, the electric cabinet 13 for installing electric control element, and some series connection
The dissolving case B for dissolving disinfectant powder of connection；And dissolving case B, batch meter A and electric cabinet 13 are arranged side by side.Wherein, adjacent two
Connected by adapting pipe 26 between individual dissolving case B, the 3rd magnetic agitation pump is additionally provided with adapting pipe 26.Dissolving case B and meter
Solution conveying assembly and gas exhaust piping component are connected between measuring tank A, and the bottom of dissolving case B and batch meter A is equipped with step
16 (as shown in Figure 2).The application is together in series by by multiple dissolving case, works to enter disinfectant powder simultaneously using multiple dissolving case
Row dissolving, then the preparation in multiple dissolving case B is transferred in batch meter A, measured using dosage pump, significantly carry
Operating efficiency high.
Above-mentioned dissolving case B includes the first liquid level tube 1 and water inlet pipe 3 that communicate therewith, is arranged on the of the bottom of dissolving case B
One mixing pump (the first magnetic agitation pump 7), is arranged on the charge door 19 at the top of dissolving case B, and be arranged on charge door 19
Sealing structure for water.Water inlet pipe 3 connects for 3 mouthful 2 through the water inlet pipe of dissolving case B bottoms with the charge door 19 at the top for being arranged on dissolving case B
It is logical, and water inlet pipe 3 is provided with the first valve 31 and the first check valve 32, the first check valve 32 is arranged on the water side of water inlet pipe 3.
The bottom of dissolving case B is additionally provided with the first end-of-the-pipe 110, and the first blow-off pipe passes through the bottom of the first end-of-the-pipe 110 and dissolving case B
Portion connects.
Above-mentioned first liquid level tube 1 is provided with the component of the first liquid level sensor 101, wherein, the component of the first liquid level sensor 101
The first liquid level sensor 101 including being arranged on the bottom of the first liquid level tube 1, is arranged on the second of the middle part of the first liquid level tube 1
Liquid level sensor 102, is arranged on the 3rd liquid level sensor 103 at the top of the first liquid level tube 1, and the first liquid level sensor 101
Step 16 with the bottom for being arranged on dissolving case B is flushed.
As shown in Figure 3 and Figure 4, above-mentioned sealing structure for water include being arranged at the top of dissolving case B in three-back-shaped water sealed tank 20,
The middle part of water sealed tank 20 forms charge door 19, and the top of water sealed tank 20 is provided with the manhole cover 24 being engaged with its shape.Water sealed tank
20 bottom connects with water inlet pipe 3, and water sealed tank 20 madial wall 22 be less than its lateral wall, and lateral wall be provided with for holding
Carry the limited block 23 of manhole cover 24.The middle part of water sealed tank 20 is provided with and for water sealed tank 20 to be divided into bilevel dividing plate 21, dividing plate
21 are provided with some equally distributed permeable holes 211.During water supply, water is entered in water sealed tank 20 by the bottom of water sealed tank 20, then is led to
Dissolved in case B by interior the ploughing under of madial wall 22 of water sealed tank 20 after crossing permeable hole 211；After cutting off the water, ponding and water in water sealed tank 20
The sealing baffle 241 of the lower section of capping 24 forms sealing structure for water, and the purpose of gas leak in casing is prevented to reach.
As shown in figure 5, the side wall of dissolving case B is provided with a cylinder 25 being vertically arranged, manhole cover 24 laterally sets by one
The guide post 251 put is fixed on the top connection of cylinder 25；The lower surface of manhole cover 24 is provided with and extends down into water sealed tank 20
Sealing baffle 241.When opening manhole cover 24, cylinder 25 is started first and is upwardly extended, then control cylinder 25 along clockwise or inverse
Hour hands are rotated, and are further driven to the rotation completion of manhole cover 24 and are uncapped；When closing manhole cover 24, cylinder 25 is started first along clockwise
Or rotate counterclockwise, drive manhole cover 24 to turn to the surface of water sealed tank 20, then adjust cylinder 25 and shrink until manhole cover 24
Close.This structure is by the flexible of cylinder 25 and rotates the automatic open close for realizing manhole cover 24, reduces labour, makes disinfectant powder
Add and more facilitate.
Above-mentioned batch meter A includes the second liquid level tube 9 and outlet pipe 12 that communicate therewith, and the bottom for being arranged on batch meter A
Second mixing pump (the second magnetic agitation pump 14) in portion；Second liquid level tube 9 is provided with the component of the second liquid level sensor 102, water outlet
Pipe 12 is connected with a measuring pump 15.And one end that outlet pipe 12 is connected with batch meter A is provided with filter 121.The bottom of batch meter A
The second end-of-the-pipe 10 and the overflow mouth of pipe 11 are additionally provided with, the second blow-off pipe passes through the bottom of the second end-of-the-pipe 10 and batch meter A
Connection.
The above-mentioned component of second liquid level sensor 102 includes the 4th liquid level sensor of the bottom for being arranged on the second liquid level tube 9
901, the 5th liquid level sensor 902 at the middle part of the second liquid level tube 9 is arranged on, it is arranged on the 6th of the top of the second liquid level tube 9 the
Liquid level sensor 903, the 4th liquid level sensor 901 is flushed with the step 16 of the bottom for being arranged on batch meter A.
Above-mentioned solution conveying assembly includes the first solution conveyor tube 81, and the input of the first solution conveyor tube 81 is stirred with first
The output end connection of pump is mixed, the output end of the first solution conveyor tube 81 is connected with batch meter A by the second solution conveyor tube 82, led to
Cross return duct 83 to be connected with dissolving case B, the first solution conveyor tube 81, the second solution conveyor tube 82 and return duct 83 pass through three-way valve
8 connections.
Above-mentioned gas exhaust piping component includes water sprayer, is connected between the water inlet end of the water inlet of water sprayer and water inlet pipe 3
Shunt valve 4, connected by blast pipe 5 between the dosing mouth of water sprayer 42 and dissolving case B, the dosing mouth of water sprayer 42 with measure
Connected by buret 6 between case A, the delivery port of water sprayer is connected to measuring pump 15, delivery port and the measuring pump 15 of water sprayer
Between be provided with counterbalance valve 122.Wherein, shunt valve 4 is provided with the second valve 41.Blast pipe 5 is provided with the 3rd valve 51；Buret
6 are provided with titration valve 61；The one end being connected with the dosing mouth of water sprayer 42 on buret 6 is provided with the 4th valve 62.Blast pipe
Road component can also be discharged to the chlorine produced in dissolving case B and batch meter A, the chlorine warp that dissolving case B and batch meter A is produced
Water sprayer 42 is discharged after being dissolved in the water into measuring pump 15.
In the course of work, disinfectant powder is entered in dissolving case B by the charge door 19 being arranged at the top of dissolving case B, and water is by intaking
Pipe 3 to the charge door 19 being arranged at the top of dissolving case B enters in dissolving case B, and adds the disinfectant powder to be carried out with water by charge door 19
Mixing, when the liquid in dissolving case B reaches the high level residing for the 3rd liquid level sensor 103, closes the first valve 31, starts
First magnetic agitation pump 7, the mixing liquid in dissolving case B passes into the first magnetic force by the water inlet end of the first magnetic agitation pump 7
After mixing pump 7 is stirred, sequentially pass through the first solution conveyor tube 81, three-way valve 8 and return duct 83 and enter in dissolving case B, until stirring
After the completion of mixing, three-way valve 8 is adjusted, sequentially pass through sterilization liquid formulation, the first solution conveyor tube 81, the solution of three-way valve 8 and second
Delivery pipe 82 is transferred in batch meter A.
When the low liquid level residing for the liquid level in batch meter A reaches the 4th sensor, start the second magnetic agitation pump 14, with
Prevent sterilization water formulation from precipitation is produced in batch meter A；When the liquid level in batch meter A reaches the middle liquid level residing for the 5th sensor
When, open the valve on measuring pump 15 and outlet pipe 12, and preparation to being exported in outlet pipe 12 is measured；As batch meter A
In liquid level when reaching the high level residing for the 6th sensor, adjust three-way valve 8, stop to supplying disinfectant system in batch meter A
Agent, makes it be back in dissolving case B, until the liquid level in batch meter A drops to middle liquid level and is further continued for supply sterilization water formulation.
Additionally, step 16 is equipped with dissolving case B and batch meter A, and the first liquid level sensor 101 and the 4th sensor are equal
It is located in same level with step 16, when the solution level in dissolving case B or batch meter A is flushed with step 16, that is, is passed through
PLC controls measuring pump 15 or mixing pump out of service, to prevent measuring pump 15 and mixing pump to be damaged.Additionally, metering
Step 16 in case A can also reduce the extraction raffinate ponding of bottom half, and when dissolving and metering are completed, it is necessary to clear to being carried out in casing
During reason, the sewage in casing can focus on the bottom of casing, make sewage discharge therein more convenient.
The bottom of the side that electric cabinet 13 is contacted with batch meter A is provided with the limiting plate 18 for extending downwardly, the side wall of batch meter A
It is provided with the electric cabinet fixing groove 17 being engaged with limiting plate 18.Electric cabinet 13 is fixed by being arranged on the limiting plate 18 of its bottom
In electric cabinet fixing groove 17 on the side wall of batch meter A, install firm and easy to loading and unloading.Especially, can by electric cabinet 13 with
The side wall of batch meter A contacts is lengthened and is downwardly extending limiting plate 18.It is additionally provided with electric cabinet 13 for display device operation
The indicator lamp 132 of state and the control panel 131 for operation equipment operation.
Claims (9)
1. a kind of tandem type dissolves measuring equipment, it is characterised in that including for being measured to the sterilization liquid formulation after dissolving
Batch meter, the electric cabinet for installing electric control element, and some dissolving casees for dissolving disinfectant powder being connected in series；Its
In, solution conveying assembly and gas exhaust piping component, and dissolving case and the metering are connected between the dissolving case and batch meter
The bottom of case is equipped with step；
The dissolving case includes the first liquid level tube and water inlet pipe that communicate therewith, is arranged on the first stirring of the bottom of dissolving case
Pump, is arranged on the charge door at the top of dissolving case；First liquid level tube is provided with the first liquid level sensor component；The charging
Mouth is provided with sealing structure for water；
The batch meter includes the second liquid level tube and outlet pipe that communicate therewith, and is arranged on the second of the bottom of batch meter and stirs
Mix pump；Second liquid level tube is provided with the second liquid level sensor component, and the outlet pipe is connected with a measuring pump.
2. tandem type according to claim 1 dissolving measuring equipment, it is characterised in that the solution conveying assembly includes the
One solution conveyor tube, the input of first solution conveyor tube is connected with the output end of the first mixing pump, the conveying of the first solution
The output end of pipe is connected by the second solution conveyor tube with batch meter, is connected with dissolving case by return duct, first solution
Delivery pipe, the second solution conveyor tube are connected with return duct by three-way valve.
3. tandem type according to claim 1 dissolves measuring equipment, it is characterised in that the gas exhaust piping component includes water
Emitter, is connected to the shunt valve between the water inlet of water sprayer and the water inlet end of water inlet pipe, dosing mouth and the dissolving case of water sprayer
Between connected by blast pipe, connected by buret between the dosing mouth and batch meter of water sprayer, the delivery port of water sprayer connects
It is connected to the measuring pump.
4. tandem type according to claim 1 dissolves measuring equipment, it is characterised in that first liquid level sensor component
The first liquid level sensor including being arranged on the bottom of the first liquid level tube, the second liquid level for being arranged on the middle part of the first liquid level tube is passed
Sensor, is arranged on the 3rd liquid level sensor at the top of the first liquid level tube, first liquid level sensor be arranged on it is described molten
The step for solving the bottom of case is flushed.
5. tandem type according to claim 1 dissolves measuring equipment, it is characterised in that second liquid level sensor component
The 4th liquid level sensor including being arranged on the bottom of the second liquid level tube, the 5th liquid level for being arranged on the middle part of the second liquid level tube is passed
Sensor, is arranged on the 6th liquid level sensor at the top of the second liquid level tube, the 4th liquid level sensor be arranged on the meter
The step of the bottom of measuring tank is flushed.
6. tandem type according to claim 1 dissolves measuring equipment, it is characterised in that the sealing structure for water includes being arranged on
Dissolving box top in three-back-shaped water sealed tank, the middle part of the water sealed tank forms the charge door, is provided with above water sealed tank
The manhole cover being engaged with its shape；The bottom of the water sealed tank connects with the water inlet pipe, and the madial wall of water sealed tank is less than
Its lateral wall；It is provided with the middle part of the water sealed tank and the water sealed tank is divided into bilevel dividing plate, the dividing plate is provided with
Some equally distributed permeable holes.
7. tandem type according to claim 6 dissolves measuring equipment, it is characterised in that the side wall of the dissolving case is provided with
One cylinder being vertically arranged, the manhole cover is connected by the top that the guide post of a horizontally set is fixed on cylinder；The water
The lower surface of capping is provided with the sealing baffle extended down into the water sealed tank.
8. tandem type according to claim 1 dissolving measuring equipment, it is characterised in that the bottom of the dissolving case is provided with the
One end-of-the-pipe, the first blow-off pipe is connected through first end-of-the-pipe with the bottom of dissolving case；The bottom of the batch meter
The second end-of-the-pipe is provided with, the second blow-off pipe is connected through second end-of-the-pipe with the bottom of batch meter.
9. tandem type according to claim 1 dissolves measuring equipment, it is characterised in that the electric cabinet is contacted with batch meter
The bottom of side be provided with the limiting plate for extending downwardly, the side wall of the batch meter is provided with the electricity being engaged with the limiting plate
Control case fixing groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620981120.9U CN206192443U (en) | 2016-08-30 | 2016-08-30 | Tandem type dissolves measuring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620981120.9U CN206192443U (en) | 2016-08-30 | 2016-08-30 | Tandem type dissolves measuring equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206192443U true CN206192443U (en) | 2017-05-24 |
Family
ID=58728951
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620981120.9U Active CN206192443U (en) | 2016-08-30 | 2016-08-30 | Tandem type dissolves measuring equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206192443U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197601A (en) * | 2016-08-30 | 2016-12-07 | 成都润兴消毒药业有限公司 | Tandem type dissolves measuring equipment |
-
2016
- 2016-08-30 CN CN201620981120.9U patent/CN206192443U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106197601A (en) * | 2016-08-30 | 2016-12-07 | 成都润兴消毒药业有限公司 | Tandem type dissolves measuring equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN111257061A (en) | AB bucket type water quality automatic sampler | |
| CN106197601A (en) | Tandem type dissolves measuring equipment | |
| CN206192443U (en) | Tandem type dissolves measuring equipment | |
| CN202283458U (en) | Novel integral dosing device | |
| CN206801873U (en) | Double-fluid grouting machine | |
| CN206002972U (en) | Dissolving measuring equipment for disinfectant preparation | |
| CN207287354U (en) | Mealy medicine automatic dissolving matches somebody with somebody continuous throwing device | |
| CN107143496A (en) | Double-fluid grouting machine and its operating method | |
| CN105923608B (en) | A kind of preparation facilities and preparation method of non-electric disinfection agent of chlorine dioxide | |
| CN206843169U (en) | A kind of Waste acid treating device | |
| CN211141748U (en) | Boiler sewage treatment plant | |
| CN207748843U (en) | A kind of automatic filling machine | |
| CN214971983U (en) | Automatic dispensing system for yellow river water treatment | |
| CN215161738U (en) | Circulating water adds medicine intelligent control device | |
| CN210286809U (en) | Water treatment adds medicine and throws feeder apparatus | |
| CN206121533U (en) | Parallelly connected type dissolves measuring equipment | |
| CN203075890U (en) | Medicine dispensing device | |
| CN208394806U (en) | A kind of integral type original position medicine-filling device | |
| CN106139941B (en) | Parallel connection type dissolves measuring equipment | |
| CN220802989U (en) | High temperature resistant formula fracturing fluid blending device | |
| CN207076441U (en) | Volatility acid solution pressure negative medicine feeder | |
| CN206130545U (en) | A batch meter for disinfecting preparation | |
| CN206823691U (en) | A kind of combined type chemical-adding device | |
| CN206242249U (en) | A kind of all-electric blending machine | |
| CN103055733B (en) | Dosage device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |