CN107082517A - Ultrasound womb myomata treatment system water treatment system is focused on for phased array - Google Patents
Ultrasound womb myomata treatment system water treatment system is focused on for phased array Download PDFInfo
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- CN107082517A CN107082517A CN201710416123.7A CN201710416123A CN107082517A CN 107082517 A CN107082517 A CN 107082517A CN 201710416123 A CN201710416123 A CN 201710416123A CN 107082517 A CN107082517 A CN 107082517A
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 356
- 238000002604 ultrasonography Methods 0.000 title claims abstract description 31
- 239000008232 de-aerated water Substances 0.000 claims abstract description 64
- 238000007872 degassing Methods 0.000 claims abstract description 64
- JEGUKCSWCFPDGT-UHFFFAOYSA-N h2o hydrate Chemical compound O.O JEGUKCSWCFPDGT-UHFFFAOYSA-N 0.000 claims abstract description 36
- 238000009434 installation Methods 0.000 claims abstract description 27
- 238000001764 infiltration Methods 0.000 claims abstract description 25
- 238000010992 reflux Methods 0.000 claims abstract description 22
- QVGXLLKOCUKJST-UHFFFAOYSA-N atomic oxygen Chemical compound [O] QVGXLLKOCUKJST-UHFFFAOYSA-N 0.000 claims abstract description 18
- 229910052760 oxygen Inorganic materials 0.000 claims abstract description 18
- 239000001301 oxygen Substances 0.000 claims abstract description 18
- 238000004064 recycling Methods 0.000 claims abstract description 17
- 238000002156 mixing Methods 0.000 claims abstract description 16
- 238000000746 purification Methods 0.000 claims abstract description 14
- 238000000926 separation method Methods 0.000 claims abstract description 12
- 230000001954 sterilising effect Effects 0.000 claims abstract description 12
- 239000007788 liquid Substances 0.000 claims description 28
- 239000012528 membrane Substances 0.000 claims description 14
- 239000002351 wastewater Substances 0.000 claims description 14
- 238000001223 reverse osmosis Methods 0.000 claims description 13
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- 238000001816 cooling Methods 0.000 claims description 12
- 238000002795 fluorescence method Methods 0.000 claims description 11
- 239000004411 aluminium Substances 0.000 claims description 10
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- 229920002521 macromolecule Polymers 0.000 claims description 9
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- 230000035515 penetration Effects 0.000 claims description 8
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- 201000010260 leiomyoma Diseases 0.000 description 2
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Classifications
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F9/00—Multistage treatment of water, waste water or sewage
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61N—ELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
- A61N7/00—Ultrasound therapy
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/20—Treatment of water, waste water, or sewage by degassing, i.e. liberation of dissolved gases
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/30—Treatment of water, waste water, or sewage by irradiation
- C02F1/32—Treatment of water, waste water, or sewage by irradiation with ultraviolet light
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/44—Treatment of water, waste water, or sewage by dialysis, osmosis or reverse osmosis
- C02F1/441—Treatment of water, waste water, or sewage by dialysis, osmosis or reverse osmosis by reverse osmosis
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2103/00—Nature of the water, waste water, sewage or sludge to be treated
- C02F2103/003—Wastewater from hospitals, laboratories and the like, heavily contaminated by pathogenic microorganisms
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/124—Water desalination
- Y02A20/131—Reverse-osmosis
Abstract
The present invention discloses a kind of phased array that is used for and focuses on ultrasound womb myomata treatment system water treatment system, including water purification installation, RO counter-infiltrations abandon water reflux, heating-ultraviolet lamp sterilizing unit, ultrapureization deionizer, degassing water installations, condensed water moisture separation device, condensed water recycling device, condensed water self-draining arrangement, de aerated water water tank managing device, treatment head assembly, water pocket hydraulic pressure adjustment module device and constant temperature de aerated water ratio mixing reuse means.The present invention need not be extra to electric water heater, using the accumulation heat produced in the ultrasonic transducer course of work by booster pump and, condensate water device, hot and cold water mixed proportion triple valve and pipeline, neutralization reaches constant temperature de aerated water, water backflow module is abandoned in counter-infiltration, reduce the requirement of running water water, system operation whole process dissolved oxygen value, water temperature value, electrical conductivity, de aerated water water, water collector pressure value, hydraulic pressure detecting real-time, so as to reach the stable purpose of water and electric saving, low-power consumption, long-life, small size, de aerated water.
Description
Technical field
Patent of the present invention is related to high-strength focused super therapeutic equipment field, and especially a kind of phased array that is used for focuses on ultrasound
Fibroid treatment system water treatment system.
Background technology
Phased array focuses on ultrasound womb myomata treatment system, and the ultrasonic wave that phased array ultra sound transducer is sent must lead to
Tissue inner focusing can be just coupled into by crossing WATER AS FLOW MEDIUM, and because degassing underwater sound permeability is good, cheap, conventional de aerated water does WATER AS FLOW MEDIUM and used, when
Temperature, which rises, when treatment head high intensity, high-power operation, in the degassing completeness and therapeutic process of de aerated water causes de aerated water
Dissolved oxygen content increase, has had a strong impact on the acoustic impedance of transducer, treatment head sends ultrasonic wave and is attenuated, has caused clinical radiation agent
Inexpectancy is measured to change, and secondary lobe size is uncontrollable.The degassing degree and quantity delivered of WATER AS FLOW MEDIUM turn into influence treatment key, are
Related GB standard and performance requirement are met, current line is in the industry frequently with two methods, one is heating atomization vacuum pumping method,
Two be that filtration core and the cooperation of reverse osmosis membrane degassing film are vacuumized.
Current conventional equipment, generally in the presence of following defect：
Vavuum pump negative pressure is high, and supercharging pump volume is high-power big, and noise is big, and water tank quantity is more, and water tank volume is big, and no backwater is followed
Ring utilizes device, without super purification devices, needs electrical heating before water process, water consumption is more, and power consumption is high, the easy aging of pump, and electric leakage peace
Full blast danger and fault rate increase, Water Quality Transformation efficiency is low, and pipeline fitting is easily corroded aging, and filter species, quantity are more, volume is huge
It is not easy to integration of compact portability greatly；Reverse osmosis membrane is without water reflux is abandoned, and the detecting of de aerated water water quality is using the sampling of common embrane method
Detection, flow velocity and temperature cause actual measured results error excessive, and no ultra violet lamp, total organic carbon is higher, and tube wall has grown
Microorganism, frozen-free collection device, no constant temperature de aerated water recycling device, no degassing water tank, pipeline, water collector are arranged automatically
Water installations.
Demand can not really be met.
The content of the invention
For above shortcomings in the prior art, it is used for phased array focusing it is an object of the invention to provide one kind super
Sound fibroid treatment system water treatment system.
The present invention is achieved by the following technical solutions.
One kind is used for phased array and focuses on ultrasound womb myomata treatment system water treatment system, including water purification installation, RO
Water reflux, heating-ultraviolet lamp sterilizing unit, ultrapureization deionizer, degassing water installations, the separation of condensed water steam are abandoned in counter-infiltration
Device, condensed water recycling device, de aerated water water tank managing device, treatment head assembly, water pocket hydraulic pressure adjustment module device, perseverance
Warm de aerated water ratio mixing reuse means and condensed water self-draining arrangement, wherein：
Water purification installation is abandoned water reflux with RO counter-infiltrations and is connected, the RO counter-infiltrations abandon water reflux respectively with purple
Outer lamp sterilizing unit, condensed water recycling device, constant temperature de aerated water ratio mixing reuse means and condensed water Auto-drainage
Device is connected, and the heating-ultraviolet lamp sterilizing unit is connected with ultrapureization deionizer, the ultrapureization deionizer and degassing
Water installations are connected, and the degassing water installations are connected with condensed water moisture separation device and de aerated water water tank managing device respectively, institute
State condensed water moisture separation device with condensed water recycling device to be connected, the condensed water recycling device is filled with de aerated water
Put connected, the de aerated water water tank managing device is connected with treatment head assembly, the treatment head assembly adjusts mould with water pocket hydraulic pressure
Block assembly is connected, and water pocket hydraulic pressure adjustment module device and constant temperature de aerated water ratio the mixing reuse means is connected.
The water purification installation, including inlet pipeline J100, entering water electromagnetic valve KM1 and PP filter Z100；Wherein：
The inlet pipeline J100 is connected with entering water electromagnetic valve KM1, and the entering water electromagnetic valve KM1 and PP filters Z100 connects
Connect, the output end of the PP filters Z100 is abandoned water reflux with RO counter-infiltrations and is connected.
Water reflux, including pressure-regulating valve T100, return of waste water module Z106, booster pump are abandoned in the RO counter-infiltrations
Z101, RO reverse osmosis membrane Z103, three-way connection T200, magnetic valve KM6 and four-way connection T400；Wherein：
The input port 21 of the pressure-regulating valve T100 is connected with water purification installation, and the of the pressure-regulating valve T100
One output port is connected with return of waste water module Z106 output end, and the input for abandoning water backflow module Z106 is with being connected three
Pass joint T200 input port 25 is connected, the first output port 26 of the three-way connection T200 is connected with magnetic valve KM6,
The second output port 23 of the pressure-regulating valve T100 is connected with booster pump Z101 input, booster pump Z101 output end
It is connected with RO reverse osmosis membranes Z103 input port 9, the of RO reverse osmosis membranes Z103 output port 11 and three-way connection T200
Two output ports 24 are connected, and magnetic valve KM6 is connected with four-way connection T400 input port 12, and the first of four-way connection T400 is defeated
Exit port 15 is connected with condensed water self-draining arrangement, and four-way connection T400 the second output port 13 and condensate water circulatory are utilized
Device is connected, and four-way connection T400 the 3rd output port 14 is connected with constant temperature de aerated water ratio mixing reuse means.
The heating-ultraviolet lamp sterilizing unit, including double-wavelength ultraviolet lamp Z104, the output end of the double-wavelength ultraviolet lamp Z104
It is connected with ultrapureization deionizer, water reflux phase is abandoned in input and the RO counter-infiltrations of the double-wavelength ultraviolet lamp Z104
Connection.
The ultrapureization deionizer, including ultrapureization water column Z105, conductivity sensor Z107 and hydraulic pressure sensor
T107；Wherein：
The output end of the ultrapureization water column Z105 is connected with conductivity sensor Z107 input, and the electrical conductivity is passed
Sensor Z107 output end is connected with hydraulic pressure sensor T107 input, the output end of the hydraulic pressure sensor T107 and degassing
Water installations are connected.
The degassing water installations, including three-way magnetic valve Q106, liquid degassing film Z108, semiconductor cooling condenser L100 and electricity
Magnet valve KM3；The condensed water moisture separation device, including water collector J200, the position sensor TS100 that catchments, magnetic valve KM5,
Water collecting film J201, relief valve M201, pressure sensor M202, magnetic valve KM4, three-way magnetic valve Q101, vavuum pump Z103, threeway
Magnetic valve Q102 and macromolecule muffler X100；Condensed water recycling device, including penetration type electromagnet KM7, threeway electromagnetism
Valve Q104 and three-way magnetic valve Q105；The condensed water self-draining arrangement, including waste water magnetic valve KM8 and waste pipe
F100；Wherein：
Three-way magnetic valve Q106 input port P is connected with ultrapureization deionizer, three-way magnetic valve Q106 input
Port T connection three-way magnetic valves Q106 output port A, three-way magnetic valve Q106 output port A and liquid degassing film Z108
Input port 1 be connected, liquid degassing film Z108 output port 2 is connected with de aerated water water tank managing device；Liquid degassing film
Z108 the first degassing mouth 3B is connected with semiconductor cooling condenser L100 input, semiconductor cooling condenser L100 output end and electricity
Magnet valve KM3 is connected, and magnetic valve KM3 is connected with water collector J200 input port 16, and water collector J200 output port 21 is with passing through
Wear formula electromagnet KM7 to be connected, water collector J200 output port 19 is connected with penetration type magnetic valve KM4, and water collector J200's is defeated
Exit port 20 is connected with magnetic valve KM5, and magnetic valve KM5 is connected with three-way magnetic valve Q102 output port P, water collector J200's
Pressure relief opening 17 is provided with relief valve M201, and water collector J200 pressure transmission mouthful 18 is provided with pressure sensor M202, water collector J200
Inside provided with catchmenting position sensor TS100 and water collecting film J201, the water collecting film J201 are laterally filled in water collector J200,
Magnetic valve KM4 and three-way magnetic valve Q101 input port T-phase connects, and three-way magnetic valve Q101 input port T connections three are powered
Magnet valve Q101 output port A, three-way magnetic valve Q101 output port A are connected with vavuum pump Z103 input, vavuum pump
Z103 output end is connected with three-way magnetic valve Q102 input port A, and three-way magnetic valve Q102 input port A and three is powered
Magnet valve Q102 output port T connections, three-way magnetic valve Q102 output port T is connected with macromolecule muffler X100；Run through
Formula electromagnet KM7 is connected with three-way magnetic valve Q104 input port A, and three-way magnetic valve Q104 input port A and three is powered
Magnet valve Q104 output port T connections, three-way magnetic valve Q104 output port T and three-way magnetic valve Q105 input port T
It is connected, three-way magnetic valve Q105 input port T and three-way magnetic valve Q105 output port A are connected, three-way magnetic valve Q105
Output port A and three-way magnetic valve Q106 input port T-phase connect；Three-way magnetic valve Q104 output port P and RO reverse osmosis
Water reflux is abandoned thoroughly to be connected；Three-way magnetic valve Q105 input port P and constant temperature de aerated water ratio mixing reuse means phase
Even；Magnetic valve KM8 is arranged on waste water water pipe F100, and water reflux phase is abandoned in waste water water pipe F100 input and RO counter-infiltrations
Even.
The de aerated water water tank managing device, including degassing water tank W100, fluorescence method detecting head W101, dissolved oxygen pick-up
Device W103, liquid level sensor W102, evacuation port PK1, three-way connection T500 and peristaltic pump W104；Wherein：
The fluorescence method detecting head W101 and liquid level sensor W102 are respectively arranged in degassing water tank W100；It is described glimmering
Light method detecting head W101 outer ends are connected with dissolved oxygen transmitter W103, the degassing water tank W100 side walls by pipeline respectively with
Peristaltic pump is connected with degassing water installations, and the top of the degassing water tank W100 leads to provided with exhaust outlet PK1, the exhaust outlet PK1
Pipeline connection three-way connection T500 input connection is crossed, three-way connection T500 two output ends connect evacuated tube K100 respectively
With water pocket hydraulic pressure adjustment module device.
The treatment head assembly, including treatment head T100, treatment head T100 include flexible silica gel water pocket H100, aluminium casting substrate
SH100 and Ultrasonic-B probe B100；Wherein：
The flexible silica gel water pocket H100 is arranged on aluminium casting substrate SH100, and the Ultrasonic-B probe B100 is arranged at aluminium casting base
Inside plate SH100；The aluminium casting substrate SH100 is connected with the management of de aerated water water tank and water pocket hydraulic pressure adjustment module device respectively
Connect.
The water pocket hydraulic pressure adjustment module device, including water pocket hydraulic pressure regulation water column module SY100 and lifting motor module
M200, wherein, the water pocket hydraulic pressure regulation water column module SY100 includes two interconnected regulation water columns, wherein first
High water level subtrigger TS101 built in water column is adjusted, the top of first regulation water column is provided with evacuation port PK2, the evacuation port
PK2 is connected with de aerated water water tank managing device, and the bottom of first regulation water column is connected by pipeline with treatment head assembly, the
Two regulation water columns are connected with lifting motor module M200 and constant temperature de aerated water ratio mixing reuse means respectively.The constant temperature
De aerated water ratio mixes reuse means, including booster pump Z102 and three-way magnetic valve Q103, wherein：
The input of the booster pump is connected with water pocket hydraulic pressure adjustment module device, output end and the threeway electromagnetism of booster pump
Valve Q103 input port A connections, three-way magnetic valve Q103 input port A and three-way magnetic valve Q103 output port T connects
Logical, three-way magnetic valve Q103 output port T is connected with condensed water recycling device, three-way magnetic valve Q103 output port
P abandons water reflux with RO counter-infiltrations and is connected.
The phased array that is used for focuses on ultrasound womb myomata treatment system water treatment system, in addition to center control list
Member, multiple power supplies module, communication module, host computer and display and input block；Wherein：
The multiple power supplies module is connected with central control unit, the central control unit by communication module with it is upper
Position machine is connected；The display is connected with input block with central control unit；
The central control unit abandoned respectively with water purification installation, RO counter-infiltrations water reflux, heating-ultraviolet lamp sterilizing unit,
Ultrapureization deionizer, degassing water installations, condensed water moisture separation device, condensed water recycling device, condensed water are automatic
Drainage arrangement, de aerated water water tank managing device, treatment head assembly, water pocket hydraulic pressure adjustment module device and constant temperature de aerated water ratio
Mix reuse means control connection；The peristaltic pump of the multiple power supplies module and de aerated water water tank managing device respectively with outside
Conductor wire is connected.
Compared with prior art, the present invention has the advantages that：
1st, the present invention thoroughly completely solves the influence of flow velocity and temperature using fluorescence method detecting head and multi-wavelength technology；
And for the problem of water tank volume is excessive and quantity is excessive, then abandoning water technique of backflow using RO counter-infiltrations, by reducing waste water
It is lost in, increases the service life that water rate extends RO reverse osmosis membranes.
2nd, the present invention can will be brought atomized steam and be become water by semi-conductor condensation using water collector design in degassing film
Drop enters together with pipeline water has been stayed in steam in water collector using ponding film in water collector, water collector, vavuum pump pumping
Steam is free of in pipeline, service life of vacuum pump is extended, pipeline efflux gas is eliminated without steam, steam is reduced to metal structure
Oxidation, vavuum pump connection macromolecule muffler, reduce equipment noise, extend the life-span of equipment, use small size macromolecule
Muffler, small volume is convenient to be installed, and is decayed low, device comfortable sense enhancing.Cryogenic condensation water is used in water collector, maintains degassing
Water termostat, extension degassing membrane lifetime, reduction equipment is to water requirement.
3rd, the use of the invention by lashing dual-purpose vacuum pump, can pass through hot and cold water by the cryogenic condensation water in water collector
Mixed proportion three-way magnetic valve adds constant temperature de aerated water recirculation conduit, and degassing again is used, extension degassing membrane lifetime, also can be by
Condensed water is pushed outside waste pipe in water collector.
4th, transducing disk water pocket pressure regulation of the present invention is using the flexible water pocket of wrinkle and water column regulator, and water pocket pressure is continuous
Adjust, treat focus adjustable, simple in construction, reliability is high.Degassed water EGR, circulation supply pressure is high, pipeline configuration
Design requirement is low, and pipeline installs adaptable, and automatic control degree is high.Pp filters instead of conventional carbon, filling
Cotton, softener resin conventional filter, its filter efficiency are high, long working life, and filtering cost is low, safe, strong adaptability.Adopt
Double-wavelength ultraviolet lamp illumination is used, degradable TOC (total organic carbon) prevents tube wall breed bacteria.
Brief description of the drawings
Fig. 1 is used for phased array for the present invention and focuses on ultrasound womb myomata treatment system water treatment system principle schematic；
Fig. 2 is used for phased array for the present invention and focuses on ultrasound womb myomata treatment system water treatment system control schematic diagram.
Embodiment
Embodiments of the invention are elaborated below：The present embodiment is carried out lower premised on technical solution of the present invention
Implement, give detailed embodiment and specific operating process.It should be pointed out that to one of ordinary skill in the art
For, without departing from the inventive concept of the premise, various modifications and improvements can be made, these belong to the guarantor of the present invention
Protect scope.
Embodiment
With reference to the accompanying drawing in the present invention, the system invention operation principle and process are described in detail, it is net that the system includes water
Change equipment, water reflux, heating-ultraviolet lamp sterilizing unit, degassing water installations, condensed water moisture separation device, condensation are abandoned in RO counter-infiltrations
Water cycle utilization device, ultrapureization deionizer, de aerated water water tank managing device treats head assembly, water pocket hydraulic pressure regulation mould
Block assembly, constant temperature de aerated water ratio mixing reuse means, condensed water self-draining arrangement.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, filter volume is big, species,
Quantity is more, effect is poor, short life, Maintenance Difficulty, and the present embodiment replaces conventionally employed filling cotton, activity using polypropylene PP filters
Carbon, softener resin, design include inlet channel J100, the entering water electromagnetic valve KM1 being connected with inlet channel J100, with water inlet electromagnetism
Polypropylene PP filter Z100 connected valve KM1, polypropylene PP filter Z100 output ends and pressure-regulating valve T100 mouths 21.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, water consumption is more, and water rate is low, RO
Film vacuum level requirements are high, and service life is short, and the present embodiment includes the return of waste water mould being connected with upper 22 mouthfuls of pressure-regulating valve T100
Block Z106 output ends, be connected three-way connection T200 mouths 25 with return of waste water module Z106, and upper 26 mouthfuls are connected with three-way connection T200
Magnetic valve KM6, and booster pump Z101 inputs being connected with pressure-regulating valve T100 mouths 23, booster pump Z101 work, with increasing
The connected RO reverse osmosis membranes Z103 mouths 9 of press pump Z101 output ends, the three-way connection T200 being connected with RO reverse osmosis membranes Z103 mouths 11
Mouth 24, the magnetic valve KM6 being connected with three-way connection T200 mouths 26 leads to, the four-way connection T400 mouths 12 being connected with magnetic valve KM6, with
The connected waste water magnetic valve KM8 of four-way connection T400 mouths 15 leads to, and the design abandons water backflow module Z106 using RO counter-infiltrations, improves
Water rate, reduces water consumption, extends RO film service lifes.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, TOC total organic carbons are higher, tube wall
Easy cooperating microorganisms, the present embodiment includes the double-wavelength ultraviolet lamp z104 being connected with RO reverse osmosis membranes Z103 mouths 10, using double wave
Long ultra violet lamp, reduces TOC quantity, reduces water pollution, reduces TOC, prevents microorganism from nourishing.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, surpasses deionized water after purification, because
Pressure of supply water is unstable, enter air, causes the unstable easy influence of electrical conductivity, the present embodiment passes through defeated with double-wavelength ultraviolet lamp Z104
Outlet connected ultrapureization water column Z105, the conductivity sensor Z107 being connected with ultrapureization water column Z105 output ends, with conductance
The connected hydraulic pressure sensor T107 of rate sensor Z107 output ends, Q106 mouthfuls of the three-way magnetic valve being connected with hydraulic pressure sensor T107
The super conductivity values after purification of P, conductivity sensor Z107 detecting are sent to central control unit CPU200, hydraulic pressure sensor
Loine pressure exception and central control unit CPU200 processing is sent to during T107 detecting ultrapureization, prevents water pressure of supply water
It is unstable, enter air, cause super electrical conductivity after purification unstable.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, vavuum pump negative pressure is high, and power is big,
Dewar bottle volume is big, and noise is big, and degassing film service efficiency is low, no cryogenic condensation apparatus for recovering, no water collecting film design, degassing film
Short life, de aerated water water quality is detectd easily by velocity measurement and temperature shadow, steam influence service life of vacuum pump in the cleaning gas of liquid degassing film,
And vavuum pump discharge steam easily allows device interior metal structure aging to be got rusty, the present embodiment is connected using Q106 mouthfuls of P of three-way magnetic valve
Lead to Q106 mouthfuls of A, and the liquid degassing film Z108 mouths 1 being connected with Q106 mouthfuls of A ends of three-way magnetic valve, with liquid degassing film Z108 mouths 2
Connected degassing water tank W100 mouths 4, are opened with Z108 mouthfuls of 3B of liquid degassing film semiconductor cooling condenser L100 being connected, with semiconductor
Magnetic valve KM3 connected condenser L100 leads to, the water collector J200 mouths 16 being connected with magnetic valve KM3, with water collector J200 mouths 21
Connected penetration type electromagnet KM7 breaks, and the magnetic valve KM4 being connected with water collector J200 mouths 19 leads to and the phase of water collector J200 mouths 20
Magnetic valve KM5 even breaks, the relief valve M201 being connected with water collector J200 mouths 17, and relief valve M201 is protected for pressure anomaly,
The pressure sensor M202 being connected with water collector J200 mouths 18, is sent to central control unit CPU200 for pressure detection, puts
The connected position sensor TS100 that catchments inside water collector J200, central control is sent to for the detecting of cryogenic condensation water water
Unit CPU200 processing processed, is placed in the water collecting film J201 being connected above and below inside water collector J200, and water collecting film J201 is used for low temperature
Condensed water water vapor absorption returns to water collector J200 bottoms, Q101 mouthfuls of T of the three-way magnetic valve being connected with magnetic valve KM4, threeway electromagnetism
Q101 mouthfuls of T connected entrance A of valve, vavuum pump Z103 inputs connected Q101 mouthfuls of A of three-way magnetic valve, vavuum pump Z103 is opened, vavuum pump
Q102 mouthfuls of A of three-way magnetic valve, Q102 mouthfuls of A connected entrance T of three-way magnetic valve of Z103 output ends connection, with Q102 mouthfuls of three-way magnetic valve
T-phase macromolecule muffler X100 even, semiconductor cooling condenser L100 from liquid degassing film Z108 mouths 3 for that will contain a large amount of water
The cleaning air cooling of vapour is solidifying to be converted into water cryogenic condensation water, and cryogenic condensation water is by pipe electromagnetic valve KM3, by J200 mouthfuls of water collector
16 mouthfuls enter in water collector, and water collecting film J201 is provided with water collector, and water collecting film J201, which returns cryogenic condensation water vapor absorption, to catchment
Device J200 bottoms, the air without steam is led to and three-way magnetic valve after being come out by water collector J200 mouths 19 by magnetic valve KM4
Q101 mouthfuls of T, Q101 mouthfuls of T mouthfuls of A of three-way magnetic valve are connected, and Q101 mouthfuls of A of three-way magnetic valve are connected with vavuum pump Z103 inputs, vacuum
Q102 mouthfuls of A of pump Z103 output ends and three-way magnetic valve are connected, and the air without steam passes through Q102 mouthfuls of T of three-way magnetic valve and high score
Sub- muffler X100 is connected, macromolecule muffler X100 small volumes, and decay is high, and the low comfort level of noise is good, easy for installation, macromolecule
Air of the muffler X100 discharges without aqueous vapor, gets rusty so as to reduce device interior metal structure aging.
Focus on the water treatment system of ultrasound womb myomata treatment system for phased array, the detection of common embrane method, flow velocity and
Temperature causes actual measured results error excessive, and the control of de aerated water water volume in water tank is inaccurate, treatment interrupt latency phenomenon often occurs,
The present embodiment uses fluorescence method probe head apparatus, eliminates the influence of flow velocity and temperature, comprising being connected with liquid degassing film Z108 mouths 2
Water tank W100 mouths 4, water tank W100 mouths 5 are connected with water supply peristaltic pump W104 inputs, and fluorescence method detection is provided with water tank W100
Head W101, fluorescence method detecting head W101 is connected with dissolved oxygen transmitter W103, and fluorescence method detecting head W101 gathers dissolved oxygen value DO
And water temperature T C is transmitted to dissolved oxygen transmitter W103, handled by dissolved oxygen transmitter W103 and transmit central controller CPU200
Liquid level sensor W102 is installed, liquid level sensor W102 is used for the water for detecting de aerated water in water tank W100 on reason, water tank W100
Amount is sent to central control unit CPU200, and by accurately calculating remaining degassing water tank W100 waters and water temperature, control is wriggled
Pump W104 water supply flows, water tank W100 evacuation ports PK1 is connected with three-way pipe T500 mouths 502, for pressure balance control.
For phased array focus on ultrasound womb myomata treatment system water treatment system, water pocket pressure size without regulation,
Comfort level is poor, and the present embodiment, which is included, includes flexible silica gel water on the treatment head T100 being connected with peristaltic pump W104, treatment head T100
Capsule H100, aluminium casting substrate SH100, Ultrasonic-B probe B100, aluminium casting substrate SH100 are used to fix phased array focus, Ultrasonic-B probe B100
For gathering tissue inner disease foci situation and being sent to host computer, treatment head T100 output ends adjust water column module with water pocket hydraulic pressure
SY100 mouths 6 are connected, and the flexible silica gel water pocket length for the treatment of head T100 influence of hydraulic pressure, i.e. control are treatment focal range, water pocket hydraulic pressure
There is high water level to put trigger TS101 on regulation water column module SY100, high water level is put trigger TS101 detecting high water level signals and passed
Central control unit CPU200 processing is delivered to, evacuation port PK2 is connected with three-way connection T500 mouths 501, water pocket hydraulic pressure regulation water column
Module SY100 mouths 8 are connected with overflowing water booster pump Z102, and water pocket hydraulic pressure regulation water column module SY100 is fixed on lifting motor mould
On group M200, lifting motor module M200 control water pocket hydraulic pressure regulation water column module SY100 liquid levels and treatment head T100 interstitial fluid
Potential difference, so as to control the flexible flexible length of silica gel water pocket H100, i.e. control is treatment focal position, and high water level, which puts trigger, to be used for
Prevent liquid level too high, the booster pump Z102 de aerated waters overflowed treated in time or the high-temperature degassing water produced in therapeutic process more,
So as to keep the flexible flexible length of silica gel water pocket H100 constant, moderate pressure.
Electrical heating is needed before the water treatment system of ultrasound womb myomata treatment system, water process are focused on for phased array,
Water consumption is big, and treating high temperature de aerated water dissolved oxygen content height will change in time, and no degassing water termostat backwater circulation utilizes device,
Degassing film and pump aging are fast, and electric security risk and fault rate are high；The present embodiment is utilized in treatment head T100 therapeutic processes, peristaltic pump
W104 is provided in de aerated water, ultrasonic therapeutic head T100 radiative processes to degassing by setting flow needed for calculating to treatment head T100
Water is heated, and heat degassing coolant-temperature gage rises, and dissolved oxygen content, which rises, to be needed outside constantly discharge treatment head T100, is adjusted by water pocket hydraulic pressure
After post module of economizing on water SY100, give three-way magnetic valve Q103 mouthfuls of T by booster pump Z102, flow to by Q103 mouthfuls of T of three-way magnetic valve
Condensed water water is by position sensor TS100 detecting biographies of catchmenting in hot and cold water mixing tee magnetic valve Q105 mouthfuls of P, water collector J200
Pressure in central control unit CPU200 processing, water collector J200 is sent to have pressure sensor M202 detecting transmission, water collector J200
Middle relief valve M201 is used for over-pressed abnormal protection, and semiconductor cooling condenser L100 is closed, and magnetic valve KM3 breaks, and magnetic valve KM4 breaks, threeway
Q101 mouthfuls of magnetic valve P port A, vavuum pump Z103 work on power, Q102 mouthfuls of three-way magnetic valve A port P, and magnetic valve KM5 leads to, run through
Formula electromagnet KM7 leads to, and Q104 mouthfuls of A port T of three-way magnetic valve, cryogenic condensation water delivers to Q105 mouthfuls of T of three-way magnetic valve, threeway electromagnetism
Valve Q105 switches its mouthful of T cryogenic condensations water of mixing and the Q105 mouthfuls of hot de aerated waters of P by a certain percentage, and constant temperature de aerated water is by threeway electromagnetism
Q105 mouthfuls of A of valve are communicated to Q106 mouthfuls of T of three-way magnetic valve, Q106 mouthfuls of T port A of three-way magnetic valve, Q106 mouthfuls of A connections of three-way magnetic valve
Liquid degassing film Z108 is intake port 1, degassing circulation work again, and deaerated again after constant temperature coolant-temperature gage and dissolved oxygen content are by glimmering
Dissolved oxygen transmitter W103 is delivered in light method detecting head W101 detectings, delivers to central control unit CPU200 processing, and master control system is led to
Accurate P mouthfuls of ratios of T mouths for calculating and adjusting mixed proportion three-way magnetic valve Q105 are crossed, so that accurate thermostatic control is reached, because entering
The constant temperature de aerated water dissolved oxygen of liquid degassing film Z108 mouths 1 is far below the dissolved oxygen content treated from ultrapureization water column Z105,
Liquid degassing film Z108 burdens are reduced, extend liquid degassing film Z108 service lifes, power saving, water-saving, constant temperature are comfortable, pipeline cloth
Office requires low.
The water treatment system of ultrasound womb myomata treatment system is focused on for phased array, degassing water tank is excluded without automatic
And in pipeline, condensed water in water collector；The present embodiment is by condensed water water in water collector J200 by the position sensor that catchments
TS100 detectings, which are sent to pressure in central controller CPU200, water collector J200, pressure sensor M202 detecting transmission center
Relief valve M201 is protected for pressure anomaly in control unit CPU200, water collector J200, and semiconductor cooling condenser L100 is closed, electromagnetism
Valve KM3 breaks, and magnetic valve KM4 breaks, Q101 mouthfuls of three-way magnetic valve P port A, and vavuum pump Z103 works on power, three-way magnetic valve Q102
Mouth A port P, magnetic valve KM5 are logical, and penetration type electromagnet KM7 leads to, and Q104 mouthfuls of A port P of three-way magnetic valve, cryogenic condensation water is delivered to
Q104 mouthfuls of P of three-way magnetic valve, deliver to electromagnet KM6 on four-way connection T400 mouths 13, connection four-way connection T400 mouths 12 and break, four-way
Q103 mouthfuls of connection magnetic valve KM8 of A port T, four-way connection T400 mouth 15 of the connection of joint T400 mouths 14 three-way magnetic valve, magnetic valve
KM8 leads to, and the cryogenic condensation water in water collector J200 is discharged waste pipe by the atmospheric pressure that vavuum pump Z103 output ends are produced
F100.Water in degassing water tank W100 is sent to central control unit CPU200, water tank by liquid level sensor W102 detectings
Interior de aerated water connects peristaltic pump W104, W104 peristaltic pump by de aerated water W101 mouths 5 and de aerated water is delivered into treatment head T100, flows into
Water pocket hydraulic pressure regulation water column SY100 mouths 6, enter water pocket hydraulic pressure regulation water column SY100 mouths 8 and go out, into booster pump Z102 inputs, increase
Press pump Z102 output ends connect Q103 mouthfuls of A of three-way magnetic valve, three-way magnetic valve Q103 mouthfuls of A port P, Q103 mouthfuls of P of three-way magnetic valve
Four-way connection T400 mouths 14 are connected, four-way connection T400 mouth 13 and threeway electromagnetism disconnected with the magnetic valve KM6 of four-way connection T400 mouths 12
Q104 mouthfuls of P of valve, Q104 mouthfuls of A port T of three-way magnetic valve, with the magnetic valve KM8 of four-way connection T400 mouths 15 lead to, peristaltic pump W104 works
Make, booster pump Z102 will be adjusted in water column SY100 and pipeline from de aerated water water tank W100, treatment head T100, water pocket hydraulic pressure
Catchment discharge waste pipe F100, so as to realize that cryogenic condensation catchments, de aerated water tank pipe catchments automatic drainage function.
What the present embodiment was provided is used for phased array focusing ultrasound womb myomata treatment system water treatment system, its control unit
Part includes magnetic valve KM1, magnetic valve KM3, magnetic valve KM4, magnetic valve KM5, magnetic valve KM6, penetration type electromagnet KM7, electromagnetism
Valve KM8, three-way magnetic valve Q103, three-way magnetic valve Q104, three-way magnetic valve Q105, three-way magnetic valve Q106, conductivity sensors
Device Z107, dissolved oxygen transmitter W103, fluorescence method detecting head W101, liquid level sensor W102, pressure sensor M202, lifting electricity
Machine module M200, booster pump Z100, booster pump Z101, uviol lamp Z104, semiconductor cooling condenser L100, high water level trigger
TS101, catchment position sensor TS100, main control chip CPU200, multiple power supplies module PWR100, communication module COM1, higher level
Master control system PC1 (host computer), display and key-press input IO200, current supply line L and N and PE.
The system that the present embodiment is provided need not be extra to electric water heater, is produced using in the ultrasonic transducer course of work
Raw accumulation heat by booster pump and, condensate water device, hot and cold water mixed proportion triple valve and pipeline, neutralization reaches that constant temperature deaerates
Water backflow module is abandoned in water, counter-infiltration, reduces the requirement of running water water, system operation whole process dissolved oxygen value, water temperature value, conductance
Rate, de aerated water water, water collector pressure value, hydraulic pressure detecting real-time, so as to reach water and electric saving, low-power consumption, long-life, small size
The stable purpose of change, de aerated water.
Citing described above, for those of ordinary skill in the art, any variation made on the basis of the above with
Deformation, is both contained in the protection domain of present claims.
The specific embodiment of the present invention is described above.It is to be appreciated that the invention is not limited in above-mentioned
Particular implementation, those skilled in the art can make various deformations or amendments within the scope of the claims, this not shadow
Ring the substantive content of the present invention.
Claims (11)
1. one kind, which is used for phased array, focuses on ultrasound womb myomata treatment system water treatment system, it is characterised in that net including water
Makeup put, water reflux is abandoned in RO counter-infiltrations, heating-ultraviolet lamp sterilizing unit, ultrapureization deionizer, degassing water installations, condensed water
Moisture separation device, condensed water recycling device, condensed water self-draining arrangement, de aerated water water tank managing device, treatment head
Component, water pocket hydraulic pressure adjustment module device and constant temperature de aerated water ratio mixing reuse means；
Wherein：Water purification installation is abandoned water reflux with RO counter-infiltrations and is connected, the RO counter-infiltrations abandon water reflux respectively with
Heating-ultraviolet lamp sterilizing unit, condensed water recycling device, constant temperature de aerated water ratio mixing reuse means and condensed water are arranged automatically
Water installations are connected, and the heating-ultraviolet lamp sterilizing unit is connected with ultrapureization deionizer, and the ultrapureization deionizer is with taking off
Air water device is connected, and the degassing water installations are connected with condensed water moisture separation device and de aerated water water tank managing device respectively,
The condensed water moisture separation device is connected with condensed water recycling device, the condensed water recycling device and de aerated water
Device is connected, and the de aerated water water tank managing device is connected with treatment head assembly, and the treatment head assembly is adjusted with water pocket hydraulic pressure
Modular device is connected, and water pocket hydraulic pressure adjustment module device and constant temperature de aerated water ratio the mixing reuse means is connected.
2. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the water purification installation, including inlet pipeline J100, entering water electromagnetic valve KM1 and PP filter Z100；Wherein：
The inlet pipeline J100 is connected with entering water electromagnetic valve KM1, and the entering water electromagnetic valve KM1 is connected with PP filters Z100,
The output end of the PP filters Z100 is abandoned water reflux with RO counter-infiltrations and is connected.
3. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
Be, water reflux is abandoned in the RO counter-infiltrations, including pressure-regulating valve T100, return of waste water module Z106, booster pump Z101,
RO reverse osmosis membranes Z103, three-way connection T200, magnetic valve KM6 and four-way connection T400；Wherein：
The input port (21) of the pressure-regulating valve T100 is connected with water purification installation, and the first of the pressure-regulating valve T100
Output port (22) is connected with return of waste water module Z106 output end, and the input for abandoning water backflow module Z106 is with being connected
Three-way connection T200 input port (25) is connected, the first output port (26) and the magnetic valve KM6 of the three-way connection T200
It is connected, the second output port (23) of the pressure-regulating valve T100 is connected with booster pump Z101 input, booster pump Z101
Output end be connected with RO reverse osmosis membranes Z103 input port (9), RO reverse osmosis membranes Z103 output port (11) and threeway
Joint T200 the second output port (24) is connected, and magnetic valve KM6 is connected with four-way connection T400 input port (12), four-way
Joint T400 the first output port (15) is connected with condensed water self-draining arrangement, four-way connection T400 the second output port
(13) it is connected with condensed water recycling device, four-way connection T400 the 3rd output port (14) and constant temperature de aerated water ratio are mixed
Reuse means is closed to be connected.
4. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the heating-ultraviolet lamp sterilizing unit, including double-wavelength ultraviolet lamp Z104, the output end of the double-wavelength ultraviolet lamp Z104 is with surpassing
Purifying deionizer is connected, and input and the RO counter-infiltrations of the double-wavelength ultraviolet lamp Z104 are abandoned water reflux and be connected
Connect.
5. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the ultrapureization deionizer, including ultrapureization water column Z105, conductivity sensor Z107 and hydraulic pressure sensor
T107；Wherein：
The output end of the ultrapureization water column Z105 is connected with conductivity sensor Z107 input, the conductivity sensor
Z107 output end is connected with hydraulic pressure sensor T107 input, and output end and the de aerated water of the hydraulic pressure sensor T107 are filled
Put connected.
6. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the degassing water installations, including three-way magnetic valve Q106, liquid degassing film Z108, semiconductor cooling condenser L100 and electromagnetism
Valve KM3；The condensed water moisture separation device, including water collector J200, the position sensor TS100 that catchments, magnetic valve KM5, collection
Moisture film J201, relief valve M201, pressure sensor M202, magnetic valve KM4, three-way magnetic valve Q101, vavuum pump Z103, three are powered
Magnet valve Q102 and macromolecule muffler X100；Condensed water recycling device, including penetration type electromagnet KM7, three-way magnetic valve
Q104 and three-way magnetic valve Q105；The condensed water self-draining arrangement, including waste water magnetic valve KM8 and waste pipe F100；
Wherein：
Three-way magnetic valve Q106 input port P is connected with ultrapureization deionizer, three-way magnetic valve Q106 input port T
Connect three-way magnetic valve Q106 output port A, three-way magnetic valve Q106 output port A and liquid degassing film Z108 input
Port (1) is connected, and liquid degassing film Z108 output port (2) is connected with de aerated water water tank managing device；Liquid degassing film
Z108 the first degassing mouth 3B is connected with semiconductor cooling condenser L100 input, semiconductor cooling condenser L100 output end and electricity
Magnet valve KM3 is connected, and magnetic valve KM3 is connected with water collector J200 input port (16), water collector J200 output port (21)
It is connected with penetration type electromagnet KM7, water collector J200 output port (19) is connected with magnetic valve KM4, and water collector J200's is defeated
Exit port (20) is connected with magnetic valve KM5, and magnetic valve KM5 is connected with three-way magnetic valve Q102 output port P, water collector J200
Pressure relief opening (17) be provided with relief valve M201, water collector J200 pressure transmission mouthful (18) is provided with pressure sensor M202, catchmented
Device J200 inside is provided with the position sensor TS100 and water collecting film J201 that catchments, and the water collecting film J201, which is laterally filled in, to catchment
Device J200, magnetic valve KM4 and three-way magnetic valve Q101 input port T-phase connect, three-way magnetic valve Q101 input port T connections
Three-way magnetic valve Q101 output port A, three-way magnetic valve Q101 output port A are connected with vavuum pump Z103 input,
Vavuum pump Z103 output end is connected with three-way magnetic valve Q102 input port A, three-way magnetic valve Q102 input port A with
Three-way magnetic valve Q102 output port T connections, three-way magnetic valve Q102 output port T and macromolecule muffler X100 phases
Even；Penetration type electromagnet KM7 is connected with three-way magnetic valve Q104 input port A, three-way magnetic valve Q104 input port A with
Three-way magnetic valve Q104 output port T connections, three-way magnetic valve Q104 output port T and three-way magnetic valve Q105 input
Port T-phase connects, and three-way magnetic valve Q105 input port T and three-way magnetic valve Q105 output port A are connected, three-way magnetic valve
Q105 output port A and three-way magnetic valve Q106 input port T-phase connect；Three-way magnetic valve Q104 output port P and RO
Counter-infiltration is abandoned water reflux and is connected；Three-way magnetic valve Q105 input port P and constant temperature de aerated water ratio mixing recycles dress
Put connected；Magnetic valve KM8 is arranged on waste water water pipe F100, and water backflow dress is abandoned in waste water water pipe F100 input and RO counter-infiltrations
Put connected.
7. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the de aerated water water tank managing device, including degassing water tank W100, fluorescence method detecting head W101, dissolved oxygen transmitter
W103, liquid level sensor W102, evacuation port PK1, three-way connection T500 and peristaltic pump W104；Wherein：
The fluorescence method detecting head W101 and liquid level sensor W102 are respectively arranged in degassing water tank W100；The fluorescence method
Detecting head W101 outer ends are connected with dissolved oxygen transmitter W103, the degassing water tank W100 side walls by pipeline respectively with wriggling
Pump is connected with degassing water installations, and the top of the degassing water tank W100 passes through pipe provided with exhaust outlet PK1, the exhaust outlet PK1
Road connection three-way connection T500 input connection, three-way connection T500 two output ends connect evacuated tube K100 and water respectively
Capsule hydraulic pressure adjustment module device.
8. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the treatment head assembly, including treatment head T100, treatment head T100 include flexible silica gel water pocket H100, aluminium casting substrate
SH100 and Ultrasonic-B probe B100；Wherein：
The flexible silica gel water pocket H100 is arranged on aluminium casting substrate SH100, and the Ultrasonic-B probe B100 is arranged at aluminium casting substrate
Inside SH100；The aluminium casting substrate SH100 is connected with the management of de aerated water water tank and water pocket hydraulic pressure adjustment module device respectively.
9. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the water pocket hydraulic pressure adjustment module device, including water pocket hydraulic pressure regulation water column module SY100 and lifting motor module
M200, wherein, the water pocket hydraulic pressure regulation water column module SY100 includes two interconnected regulation water columns, wherein first
High water level subtrigger TS101 built in water column is adjusted, the top of first regulation water column is provided with evacuation port PK2, the evacuation port
PK2 is connected with de aerated water water tank managing device, and the bottom of first regulation water column is connected by pipeline with treatment head assembly, the
Two regulation water columns are connected with lifting motor module M200 and constant temperature de aerated water ratio mixing reuse means respectively.
10. being used for phased array as claimed in claim 1 focuses on ultrasound womb myomata treatment system water treatment system, its feature
It is, the constant temperature de aerated water ratio mixes reuse means, including booster pump Z102 and three-way magnetic valve Q103, wherein：
The input of the booster pump is connected with water pocket hydraulic pressure adjustment module device, booster pump Z102 output end and threeway electromagnetism
Valve Q103 input port A connections, three-way magnetic valve Q103 input port A and three-way magnetic valve Q103 output port T connects
Logical, three-way magnetic valve Q103 output port T is connected with condensed water recycling device, three-way magnetic valve Q103 output port
P abandons water reflux with RO counter-infiltrations and is connected.
11. the phased array that is used for as any one of claim 1 to 10 is focused at ultrasound womb myomata treatment system water
Reason system, it is characterised in that also including central control unit, multiple power supplies module, communication module, host computer and display with it is defeated
Enter unit；Wherein：
The multiple power supplies module is connected with central control unit, and the central control unit passes through communication module and host computer
It is connected；The display is connected with input block with central control unit；
The central control unit abandons water reflux with water purification installation, RO counter-infiltrations respectively, heating-ultraviolet lamp sterilizing unit, ultrapure
Change deionizer, degassing water installations, condensed water moisture separation device, condensed water recycling device, condensed water Auto-drainage
Device, de aerated water water tank managing device, treatment head assembly, water pocket hydraulic pressure adjustment module device and the mixing of constant temperature de aerated water ratio
Reuse means control connection；
The multiple power supplies module and de aerated water water tank managing device are connected with external conductive line respectively.
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| CN201710416123.7A CN107082517B (en) | 2017-06-05 | 2017-06-05 | Water treatment system for phased array focusing ultrasonic hysteromyoma treatment system |
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| CN201710416123.7A CN107082517B (en) | 2017-06-05 | 2017-06-05 | Water treatment system for phased array focusing ultrasonic hysteromyoma treatment system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111410243A (en) * | 2020-03-13 | 2020-07-14 | 中惠医疗科技（上海）有限公司 | Double-pump water treatment device and method of phased array ultrasonic hysteromyoma treatment system |
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