CN202751578U - Ultrasonic atomization far-infrared heating fumigating device and using device for same - Google Patents
Ultrasonic atomization far-infrared heating fumigating device and using device for same Download PDFInfo
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- CN202751578U CN202751578U CN 201220432849 CN201220432849U CN202751578U CN 202751578 U CN202751578 U CN 202751578U CN 201220432849 CN201220432849 CN 201220432849 CN 201220432849 U CN201220432849 U CN 201220432849U CN 202751578 U CN202751578 U CN 202751578U
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Abstract
The utility model discloses an ultrasonic atomization far-infrared heating fumigating device and a using device for the same. The ultrasonic atomization far-infrared heating fumigating device and the using device for the same comprises a box body, an ultrasonic atomization device, a far-infrared carbon fiber heating device and a control device, wherein the ultrasonic atomization device and the far-infrared carbon fiber heating device are sequentially connected, and the ultrasonic atomization device is used for atomizing liquid medicines and sending mist to the far-infrared carbon fiber heating device; the far-infrared carbon fiber heating device comprises a far-infrared carbon fiber heating pipe and is used for heating the mist and spraying the heated mist out of a conical spout and emitting far infrared light; the control device comprises a spout mist temperature control device; the spout mist temperature control device is connected with the far-infrared carbon fiber heating device and used for controlling the temperature of the mist sprayed out of the far-infrared carbon fiber heating device to be in a certain range. According to the ultrasonic atomization far-infrared heating fumigating device and the using device for the same, ultrasonic atomization and far-infrared radiation treatment are combined, so that a good effect of treating various diseases of human bodies can be achieved.
Description
Technical field
This utility model belongs to Chinese traditional treatment device design field, particularly a kind of ultrasonic atomizatio Far-infrared Heating fumigation instrument and operative installations thereof.
Background technology
At present, herbal fumigation equipment generally heats with electric steamer, and electric steamer has the shortcoming that power is large, power consumption is high, simultaneously environment temperature is significantly raise, and it is stifling in bed generally can only to lie on the back.And ultrasonic atomization funigating instrument is with the Chinese medicine ultrasonic atomizatio, only need the power consumption of steamer about 1/10th, room temperature is significantly raise, mist particle diameter that the more important thing is generation is little than the droplet that electric steamer produces, on average only has the 3-5 micron, can arrive nanoscale through the Far-infrared Heating mist particle diameter, be conducive to Traditional Chinese medicine permeation in human body.
But existing ultrasound atomizer is generally cold spray gas, minority can spraying hot mist instrument also just be heated by resistive device and finish, and spray amount is less, each dosing can only be for a people, do not possess dosing continuous supplying multidigit patient treatment one time, can't long-term constant aerosol temperature, and without the effect of infrared therapy.
In addition, existing fumigation instrument all was directly to pour medicinal liquid into medicine storing pot in advance before fumigating, but dose there is not quantitative control, cause easily the problem that medicinal liquid is inadequate or waste, do not provide in addition the measure of accurate control for stifling temperature yet, thereby destroy easily the composition in the atomized liquid, affect therapeutic effect.
In addition, present fumigation instrument requires user must lie on the back in bed in use, and action limits to user, causes inconvenience.
Therefore, from practical application, a kind of ultrasonic atomizatio Far-infrared Heating fumigation instrument need to be provided, make it have energy-saving and cost-reducing and to the advantage that ambient temperature does not make significant difference, study simultaneously a kind of fumigation instrument flexible Application that can make and also have practical significance at the operative installations of various occasions.
The utility model content
Main purpose of the present utility model is to overcome the shortcoming of prior art with not enough, a kind of ultrasonic atomizatio Far-infrared Heating fumigation instrument is provided, this device has advantage energy-saving and cost-reducing and that ambient temperature is not made significant difference, and can carry out simultaneously the far ir ray treatment, the human body various diseases there is good therapeutic effect, simultaneously this device can also the accurately controlling medicinal liquid temperature, liquid level and time, can guarantee that fumigation instrument reaches preferably therapeutic effect.This utility model also provides a kind of operative installations of ultrasonic atomizatio Far-infrared Heating fumigation instrument, and user uses this device to crouch and can sit, and reduces the action restriction to user, and is easy to use.
The purpose of this utility model realizes by following technical scheme: a kind of ultrasonic atomizatio Far-infrared Heating fumigation instrument, comprise casing, ultrasonic atomizing device, far infrared carbon fibre heating device and control device, described ultrasonic atomizing device links to each other successively with the far infrared carbon fibre heating device, ultrasonic atomizing device is used for medicinal liquid is atomized, then the fog after will atomizing is delivered to the far infrared carbon fibre heating device, the far infrared carbon fibre heating device comprises the far infrared carbon fibre heating pipe, fog after being used for atomizing further heats, then spray from conical nozzle, and send simultaneously far red light; Described control device comprises spout fog temperature control equipment, and this device links to each other with the far infrared carbon fibre heating device, and the fog temperature that is used for the ejection of control far infrared carbon fibre heating device maintains uniform temperature.
Preferably, described far infrared carbon fibre heating device comprises pressure fan, cartridge heater, thermocouple and conical nozzle, pressure fan and conical nozzle are separately positioned on the two ends of cartridge heater, cartridge heater links to each other with ultrasonic atomizing device, cartridge heater is socketed to form according to order from the inside to the outside by far infrared carbon fibre heating pipe, quartz glass tube, nanoscale insulation quilt, cartridge heater cylindrical shell, the installation of TC is at the conical nozzle inwall, be connected with spout fog temperature control equipment, the spout fog temperature control equipment other end also connects the far infrared carbon fibre heating pipe.
Further, described spout fog temperature control equipment is by the SSR(solid-state relay) control far infrared carbon fibre heating pipe "on" position.
Further, a guiding lamp, lamp center and cartridge heater cylindrical shell central axes, directive conical nozzle are also installed in described cartridge heater inside; The guiding lamp sends the HONGGUANG that wavelength is 650nm.Wavelength is that the HONGGUANG of 650nm can blood circulation promoting, and the fog of also being convenient to observe from the conical nozzle ejection by HONGGUANG simultaneously flows to, and better makes fog spray to stifling position.
Further, the far red light wavelength that sends of described far infrared carbon fibre heating pipe is in the 0.76-25 mu m range.The far red light of this wave-length coverage has good therapeutic effect to the human body various diseases.This heating tube is compared energy-conservation more than 30% with the heating tube of other type, electric conversion efficiency reaches more than 95%.
Preferably, described casing comprises that intelligent temperature control harmony in the exterior intervalometer is installed in the casing front end, and is connected with control device respectively for intelligent temperature control table, intervalometer and the upper cover plate of displays temperature and input temp setting value; Box bottom is equipped with feet.Intervalometer links to each other with the ultrasound atomizer power supply, controls the ultrasound atomizer "on" position by timer time is set, thereby realizes the control of each treatment time.
In actual applications, difference according to the application scenario, the structure of the described ultrasonic atomizatio Far-infrared Heating of this patent fumigation instrument also can be different, in the domestic field, described ultrasonic atomizing device comprises aerochamber, aerator, blast hood, ultrasound atomizer and takes out the mist cover, aerator and blast hood are installed in aerochamber one side, blast hood is installed in aerator outlet air end top, the blast hood upper side has an air outlet, link to each other with aerochamber side air inlet mouth, take out the mist cover and be arranged on aerochamber top, link to each other with cartridge heater entrance in the far infrared carbon fibre heating device; The piezoelectric ceramic atomizer patch of ultrasound atomizer separates with the sonic oscillation circuit, and piezoelectric ceramic atomizer patch places in the medicinal liquid of aerochamber, and the sonic oscillation circuit places outside the aerochamber.Thereby ultrasound atomizer can also can fully atomize denseer medicinal liquid under up to 80 ℃.
For the ease of pouring medicinal liquid into, described cartridge heater front end is equipped with a support column, and the support column other end is connected with the box cover plate, cartridge heater, support column, takes out mist cover three and is installed as one, can integral body lifts and takes away.Can in aerochamber, pour medicinal liquid into after taking away.
For medical field, tens patients are treated in a dosing possibly continuously, thus larger to the dosage requirement, therefore need to have some special structures.Described fumigation instrument also comprises medicine storing pot, medicine storing pot is arranged on the casing outside, comprise medicine storing pot cylindrical shell, drug storage cover, liquid heating pipe and temperature sensor, liquid heating pipe is placed in the medicine storing pot cylindrical shell, temperature sensor is installed in the medicine storing pot sidewall, temperature sensor and liquid heating pipe all link to each other with fluid temperature control device in the control device, the fluid temperature control device is used for comparing according to the current fluid temperature of temperature sensor collection and the target fluid temperature of setting, according to comparison result liquid heating pipe is regulated.Thereby can make Chinese medicinal liquor in the medicine storing pot keep stationary temperature, temperature controlled range is room temperature to 80 ℃, no matter in winter or summer, ultrasound atomizer all can be operated under the best temperature conditions.
In medical field, described ultrasonic atomizing device comprises liquid-level switch, aerochamber, aerator, blast hood, ultrasound atomizer and take out the mist cover, ultrasonic atomizing device is connected electromagnetic valve with medicine storing pot and connects, electromagnetic valve links to each other with liquid-level switch, liquid-level switch and ultrasound atomizer all are arranged on aerochamber inside, aerator is installed in aerochamber one side, blast hood is installed in aerator outlet air end top, the blast hood upper side has an air outlet, link to each other with aerochamber side air inlet mouth, take out the mist cover and be arranged on aerochamber top, link to each other by corrugated tube with cartridge heater entrance in the far infrared carbon fibre heating device; The piezoelectric ceramic atomizer patch of ultrasound atomizer separates with the sonic oscillation circuit, and piezoelectric ceramic atomizer patch places in the medicinal liquid of aerochamber, and the sonic oscillation circuit places outside the aerochamber.Pour medicinal liquid into medicine storing pot before using, medicinal liquid in the medicine storing pot flows into aerochamber through electromagnetic valve, the closure of electromagnetic valve is controlled by liquid-level switch, and when liquid level in the aerochamber was lower than liquid level, electromagnetic valve left, medicinal liquid injects aerochamber from medicine storing pot, when liquid level reached high liquid level in the aerochamber, solenoid closure stopped to inject medicinal liquid to aerochamber, thereby ultrasound atomizer is always worked under the best operating fluid level state, reach best atomizing effect.
Preferably, centre position, described cartridge heater bottom is provided with heating cylinder base ear, is provided with the cartridge heater bearing on the box cover plate, and cartridge heater is fixed on the cartridge heater bearing by heating cylinder base ear.Thereby cartridge heater can be done pitching to a certain degree in the vertical direction, changes eject position.
A kind of operative installations based on above-mentioned ultrasonic atomizatio Far-infrared Heating fumigation instrument, this device is a go-cart, and a liftable mechanism is set in the go-cart, and liftable mechanism top is provided with a rotatable platform, in use, ultrasonic atomizatio Far-infrared Heating fumigation instrument is placed on this platform.Overall structure can make fumigation instrument realize easily oscilaltion and Plane Rotation, no matter be seated or recumbency all can be adjusted to fumigation instrument best height and angle and fumigates.
This utility model compared with prior art has following advantage and beneficial effect:
1, this utility model ultrasonic atomizatio Far-infrared Heating fumigation instrument is that By Chinese Medicines is atomized into the nanoscale aerosol, easier being absorbed by the skin.And the hot mist of preference temperature helps the opening of capillary of skin, make medicinal liquid better infiltrate subcutaneous tissue, improve therapeutic effect, avoided simultaneously medicinal liquid to be repeated the pharmaceutical compositions destruction that the superhigh temperature heating causes, the diseases such as lumbar vertebra, prolapse of cervical intervertebral disc and scapulohumeral periarthritis, lumbocrural pain have been reached good therapeutic effect by Chinese medicine fumigation.
2, this utility model is divided into domestic and medical two kinds, and medical equipment is provided with special medicine storing pot, dosage large (1000mL/H), and a dosing can be treated ten multidigit patients continuously.
3, this utility model is provided with thermocouple in the far infrared carbon fibre heating device, can guarantee that the fog of spout has stable temperature and carries out simultaneously the far ir ray treatment.
4, medicine storing pot is provided with the fluid temperature control device in this utility model, this device can make the Chinese medicinal liquor in the medicine storing pot keep stationary temperature, the temperature controlled range is room temperature to 80 ℃, because the stickiness of Chinese medicine becomes with temperature, adopt this device can make the medicinal liquid that enters aerochamber be in best atomization temperature.
5, the operative installations in this utility model can needn't be faced upward in use and lies on a bed, and reduces the restriction to the user action, and therapeutic instrument is placed on the operative installations rotatable, and height lifting is furnished with the lorry conveniently moving.
6, the piezoelectric ceramic atomizer patch of ultrasound atomizer separates with the sonic oscillation circuit in this utility model, and piezoelectric ceramic atomizer patch places in the medicinal liquid of aerochamber, and the sonic oscillation circuit places outside the aerochamber.Thereby ultrasound atomizer can fully atomize denseer medicinal liquid under up to 80 ℃.
Description of drawings
Fig. 1 is the schematic appearance of this utility model embodiment 1;
Fig. 2 is the profile of this utility model embodiment 1;
Fig. 3 is the structural representation of this utility model embodiment 1 far infrared carbon fibre heating device;
Fig. 4 is the sectional view of cartridge heater in this utility model embodiment 1 far infrared carbon fibre heating device;
Fig. 5 is the structural representation of this utility model embodiment 1 ultrasonic atomizing device;
Fig. 6 is the structural representation of this utility model embodiment 1 medicine storing pot;
Fig. 7 is the schematic appearance of operative installations among this utility model embodiment 1;
Fig. 8 is the schematic appearance of this utility model embodiment 2.
Wherein among Fig. 1-8: 1-casing; 2-medicine storing pot; 3-take out the mist cover; 4-corrugated tube; 5-cartridge heater; 6-intelligent temperature control table; 7-intervalometer; 8-heating cylinder base ear; 9-cartridge heater bearing; 10-blast hood; 11-aerator; 12-aerochamber; 13-electromagnetic valve; 14-temperature sensor; 15-ultrasound atomizer; 16-liquid-level switch; 17-pressure fan; 18-conical nozzle; 19-cartridge heater cylindrical shell; 20-nanoscale insulation quilt; 21-quartz glass tube; 22-far infrared carbon fibre heating pipe; 23-medicine storing pot cylindrical shell; 24-drug storage cover; 25-liftable mechanism; 26-rotatable platform; 27-support column.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing this utility model is described in further detail, but embodiment of the present utility model is not limited to this.
The described ultrasonic atomizatio Far-infrared Heating of present embodiment fumigation instrument is medical type fumigation instrument, concrete structure as illustrated in fig. 1 and 2, comprise casing 1, ultrasonic atomizing device, far infrared carbon fibre heating device and control device, specifically comprise casing 1, medicine storing pot 2, aerochamber 12, corrugated tube 4, cartridge heater 5, aerator 11, blast hood 10.Casing 1 comprises intelligent temperature control table 6, intervalometer 7, upper cover plate and the cartridge heater bearing 9 for displays temperature and input temp setting value, intelligent temperature control table 6 and intervalometer 7 are installed in casing 1 front end, and be connected with control device respectively, be provided with cartridge heater bearing 9 on the upper cover plate.Cartridge heater 5 is fixed on the cartridge heater bearing 9 by heating cylinder base ear 8.Aerochamber 12, aerator 11 and blast hood 10 are installed in casing 1 inside; Casing 1 bottom is equipped with feet, makes casing 1 and supporting surface that one fixed gap be arranged.Blast hood 10 is installed in aerator 11 outlet air ends top, and blast hood 10 upper side have an air outlet, link to each other with aerochamber 12 side air inlet mouths.Taking out mist cover 3 links to each other with cartridge heater 5 entrances through corrugated tube 4, the fog that ultrasound atomizer 15 produces is under the blasting action of aerator 11, enter into cartridge heater 5 inside through corrugated tube 4, pressure fan 17 is sent to fog toward conical nozzle 18 directions, at last from conical nozzle 18 ejections.Medicine storing pot 2 is used for depositing medicinal liquid, be installed in aerochamber 12 1 sides, link together by an electromagnetic valve 13, the break-make of electromagnetic valve 13 is controlled by the two position switch 16 in the aerochamber 12, thereby ultrasound atomizer 15 is always worked under the best operating fluid level state.
Shown in Fig. 3 and 4, the far infrared carbon fibre heating device comprises pressure fan 17, cartridge heater 5, thermocouple and conical nozzle 18, pressure fan 17 and conical nozzle 18 are separately positioned on the two ends of cartridge heater 5, cartridge heater 5 is socketed to form according to order from the inside to the outside by far infrared carbon fibre heating pipe 22, quartz glass tube 21, nanoscale insulation quilt 20, cartridge heater cylindrical shell 19, as shown in Figure 4, the installation of TC is at conical nozzle 18 inwalls, be connected with spout fog temperature control equipment, the spout fog temperature control equipment other end also connects far infrared carbon fibre heating pipe 22.The far red light wavelength that described far infrared carbon fibre heating pipe 22 sends is in the 0.76-25 mu m range.Described spout fog temperature control equipment is by the SSR(solid-state relay) control far infrared carbon fibre heating pipe 22 "on" positions.Pressure fan 17 will be delivered to cartridge heater conical nozzle 18 from the fog that aerochamber 12 enters cartridge heater 5, and when fog was inner by cartridge heater cylindrical shell 19, through 22 heating of far infrared carbon fibre heating pipe, fog had certain temperature when arriving conical nozzle 18.The thermocouple of conical outlet inwall passes to control device in the casing 1 in real time with the fog temperature at conical nozzle 18 places, spout fog temperature control equipment in the control device is according to the difference of the target temperature that receives the input of temperature and intelligent temperature control table, output control SSR(solid-state relay) duty, again by the SSR(solid-state relay) duty of control far infrared carbon fibre heating pipe 22, finally make the fog temperature at conical nozzle 18 places maintain the temperature of setting.The optimum temperature span of control of spout fog temperature control equipment is 40-70 ℃.Cartridge heater 5 inside also are equipped with a guiding lamp (sending the HONGGUANG that wavelength is 650nm), the fog that is used for observing from conical nozzle 18 ejections flows to, better make fog spray to stifling position, this lamp center and cartridge heater cylindrical shell 19 central axes, directive conical nozzle 18.
As shown in Figure 5, ultrasonic atomizing device comprise aerochamber 12, take out mist cover 3, aerator 11, blast hood 10, ultrasound atomizer 15, liquid-level switch 16.Medicinal liquid liquid level in the liquid-level switch 16 control aerochambers 12 is operated under the best operating fluid level state ultrasound atomizer 15, thereby reaches best atomizing effect.Be installed in the aerator 11 of aerochamber 12 1 sides, by blast hood 10, be blown into air to the aerochamber inner barrel continuously, the fog that aerochamber inside is produced by ultrasound atomizer 15 under the effect of this air through above mist cover 3 outlets of taking out enter cartridge heater 5 entrances.
As shown in Figure 6, medicine storing pot 2 comprises medicine storing pot cylindrical shell 23, drug storage cover 24, liquid heating pipe and temperature sensor 14, liquid heating pipe is placed in the medicine storing pot cylindrical shell 23, temperature sensor 14 is installed in the medicine storing pot sidewall, temperature sensor 14 and liquid heating pipe all link to each other with fluid temperature control device in the control device, the fluid temperature control device is used for comparing according to the current fluid temperature of temperature sensor 14 collections and the target fluid temperature of setting, according to comparison result liquid heating pipe is regulated.Making Chinese medicinal liquor in the medicine storing pot keep stationary temperature, temperature controlled range is room temperature to 80 ℃, no matter in winter or summer, ultrasound atomizer 15 all can be operated under the best temperature conditions.Pour medicinal liquid into medicine storing pot before using, medicinal liquid in the medicine storing pot flows into aerochamber 12 through electromagnetic valve 13, the closure of electromagnetic valve 13 is by liquid-level switch 16 controls, when aerochamber 12 interior liquid levels are lower than liquid level, electromagnetic valve 13 leaves, and medicinal liquid injects aerochamber 12 from medicine storing pot, when aerochamber 12 interior liquid levels are higher than high liquid level, electromagnetic valve 13 closures stop to inject medicinal liquid to aerochamber 12.
As shown in Figure 7, ultrasonic atomizatio Far-infrared Heating fumigation instrument is placed on the operative installations, this device is a go-cart, a liftable mechanism 25 is set in the go-cart, liftable mechanism 25 tops are provided with a rotatable platform 26, this platform can rotate, and in use, ultrasonic atomizatio Far-infrared Heating fumigation instrument is placed on this platform.Overall structure can make fumigation instrument realize easily oscilaltion and Plane Rotation, no matter be seated or recumbency all can be adjusted to fumigation instrument best height and angle and fumigates.
Present embodiment except following characteristics other structures with embodiment 1:
The described ultrasonic atomizatio Far-infrared Heating of present embodiment fumigation instrument is the household type fumigation instrument, and concrete structure comprises casing 1, aerochamber 12, cartridge heater 5, aerator 11, blast hood 10 as shown in Figure 8.Compare with embodiment 1, the fumigation instrument in the present embodiment mainly is not have fluid reservoir, does not also have liquid-level switch in the ultrasonic atomizing device.Cartridge heater 5 is installed in casing 1 top, cartridge heater 5 front ends are equipped with a support column 27, and support column 27 other ends are connected with casing 1 upper cover plate, cartridge heater 5, support column 27, take out mist cover 3 threes and are installed as one, and can integral body lift and take away, can in aerochamber 12, pour medicinal liquid into after taking away.The fog that ultrasound atomizer 15 in the aerochamber 12 produces enters into cartridge heater 5 inside through taking out mist cover 3 under the blasting action of aerator 11, then by pressure fan 17 fog is sent to toward conical nozzle 18 directions, at last from conical nozzle 18 ejections.The fumigation instrument structure of household type and medical type structure are roughly the same, have just saved the parts such as medicine storing pot and have made volume-diminished.
Above-described embodiment is the better embodiment of this utility model; but embodiment of the present utility model is not restricted to the described embodiments; other any do not deviate from change, the modification done under spirit of the present utility model and the principle, substitutes, combination, simplify; all should be the substitute mode of equivalence, be included within the protection domain of the present utility model.
Claims (10)
1. ultrasonic atomizatio Far-infrared Heating fumigation instrument, it is characterized in that, comprise casing, ultrasonic atomizing device, far infrared carbon fibre heating device and control device, described ultrasonic atomizing device links to each other successively with the far infrared carbon fibre heating device, ultrasonic atomizing device is used for medicinal liquid is atomized, then the fog after will atomizing is delivered to the far infrared carbon fibre heating device, the far infrared carbon fibre heating device comprises the far infrared carbon fibre heating pipe, fog after being used for atomizing further heats, then spray from conical nozzle, and send simultaneously far red light; Described control device comprises spout fog temperature control equipment, and this device links to each other with the far infrared carbon fibre heating device, and the fog temperature that is used for the ejection of control far infrared carbon fibre heating device maintains uniform temperature.
2. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 1, it is characterized in that, described far infrared carbon fibre heating device comprises pressure fan, cartridge heater, thermocouple and conical nozzle, pressure fan and conical nozzle are separately positioned on the two ends of cartridge heater, cartridge heater links to each other with ultrasonic atomizing device, cartridge heater is by the far infrared carbon fibre heating pipe, quartz glass tube, the nanoscale insulation quilt, the cartridge heater cylindrical shell is socketed to form according to order from the inside to the outside, the installation of TC is at the conical nozzle inwall, be connected with spout fog temperature control equipment, the spout fog temperature control equipment other end also connects the far infrared carbon fibre heating pipe;
Described spout fog temperature control equipment is by SSR control far infrared carbon fibre heating pipe "on" position.
3. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 2 is characterized in that, a guiding lamp, lamp center and cartridge heater cylindrical shell central axes, directive conical nozzle are also installed in described cartridge heater inside; The guiding lamp sends the HONGGUANG that wavelength is 650nm;
The far red light wavelength that described far infrared carbon fibre heating pipe sends is in the 0.76-25 mu m range.
4. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 2, it is characterized in that, described casing comprises intelligent temperature control table, intervalometer and the upper cover plate for displays temperature and input temp setting value, intelligent temperature control harmony in the exterior intervalometer is installed in the casing front end, and is connected with control device respectively; Box bottom is equipped with feet.
5. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 4, it is characterized in that, described ultrasonic atomizing device comprises aerochamber, aerator, blast hood, ultrasound atomizer and takes out the mist cover, aerator and blast hood are installed in aerochamber one side, blast hood is installed in aerator outlet air end top, and the blast hood upper side has an air outlet, links to each other with aerochamber side air inlet mouth, take out the mist cover and be arranged on aerochamber top, link to each other with cartridge heater entrance in the far infrared carbon fibre heating device; The piezoelectric ceramic atomizer patch of ultrasound atomizer separates with the sonic oscillation circuit, and piezoelectric ceramic atomizer patch places in the medicinal liquid of aerochamber, and the sonic oscillation circuit places outside the aerochamber.
6. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 5, it is characterized in that described cartridge heater front end is equipped with a support column, the support column other end is connected with the box cover plate, cartridge heater, support column, take out mist cover three and be installed as one, can integral body lift and take away.
7. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 4, it is characterized in that, described fumigation instrument also comprises medicine storing pot, medicine storing pot is arranged on the casing outside, comprise the medicine storing pot cylindrical shell, the drug storage cover, liquid heating pipe and temperature sensor, liquid heating pipe is placed in the medicine storing pot cylindrical shell, temperature sensor is installed in the medicine storing pot sidewall, temperature sensor and liquid heating pipe all link to each other with fluid temperature control device in the control device, the fluid temperature control device is used for comparing according to the current fluid temperature of temperature sensor collection and the target fluid temperature of setting, according to comparison result liquid heating pipe is regulated.
8. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 7, it is characterized in that, described ultrasonic atomizing device comprises liquid-level switch, aerochamber, aerator, blast hood, ultrasound atomizer and take out the mist cover, ultrasonic atomizing device is connected electromagnetic valve with medicine storing pot and connects, electromagnetic valve links to each other with liquid-level switch, liquid-level switch and ultrasound atomizer all are arranged on aerochamber inside, aerator is installed in aerochamber one side, blast hood is installed in aerator outlet air end top, the blast hood upper side has an air outlet, link to each other with aerochamber side air inlet mouth, take out the mist cover and be arranged on aerochamber top, link to each other by corrugated tube with cartridge heater entrance in the far infrared carbon fibre heating device; The piezoelectric ceramic atomizer patch of ultrasound atomizer separates with the sonic oscillation circuit, and piezoelectric ceramic atomizer patch places in the medicinal liquid of aerochamber, and the sonic oscillation circuit places outside the aerochamber.
9. ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 8, it is characterized in that, centre position, described cartridge heater bottom is provided with heating cylinder base ear, is provided with the cartridge heater bearing on the box cover plate, and cartridge heater is fixed on the cartridge heater bearing by heating cylinder base ear.
10. the operative installations of each described ultrasonic atomizatio Far-infrared Heating fumigation instrument according to claim 1-9, it is characterized in that, this device is a go-cart, a liftable mechanism is set in the go-cart, liftable mechanism top is provided with a platform, this platform can rotate, and in use, ultrasonic atomizatio Far-infrared Heating fumigation instrument is placed on this platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220432849 CN202751578U (en) | 2012-08-28 | 2012-08-28 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220432849 CN202751578U (en) | 2012-08-28 | 2012-08-28 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
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| CN202751578U true CN202751578U (en) | 2013-02-27 |
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| CN 201220432849 Withdrawn - After Issue CN202751578U (en) | 2012-08-28 | 2012-08-28 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102805706A (en) * | 2012-08-28 | 2012-12-05 | 广州市昆德科技有限公司 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
| CN104758157A (en) * | 2015-04-16 | 2015-07-08 | 何艳 | Ultrasonic fumigation device for gynecology |
| CN108211060A (en) * | 2017-12-28 | 2018-06-29 | 张莹 | A kind of multifunctional breath internal medicine atomizer |
| CN112704822A (en) * | 2021-02-07 | 2021-04-27 | 河南省中医院（河南中医药大学第二附属医院） | Ultrasonic thermotherapy equipment for gynecology |
-
2012
- 2012-08-28 CN CN 201220432849 patent/CN202751578U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102805706A (en) * | 2012-08-28 | 2012-12-05 | 广州市昆德科技有限公司 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
| CN102805706B (en) * | 2012-08-28 | 2014-07-09 | 广州市昆德科技有限公司 | Ultrasonic atomization far-infrared heating fumigating device and using device for same |
| CN104758157A (en) * | 2015-04-16 | 2015-07-08 | 何艳 | Ultrasonic fumigation device for gynecology |
| CN108211060A (en) * | 2017-12-28 | 2018-06-29 | 张莹 | A kind of multifunctional breath internal medicine atomizer |
| CN112704822A (en) * | 2021-02-07 | 2021-04-27 | 河南省中医院（河南中医药大学第二附属医院） | Ultrasonic thermotherapy equipment for gynecology |
| CN112704822B (en) * | 2021-02-07 | 2022-05-31 | 河南省中医院（河南中医药大学第二附属医院） | Ultrasonic thermotherapy equipment for gynecology |
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