CN202478132U - Guide type ozone gynecological therapeutic apparatus - Google Patents
Guide type ozone gynecological therapeutic apparatus Download PDFInfo
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- CN202478132U CN202478132U CN201120525178XU CN201120525178U CN202478132U CN 202478132 U CN202478132 U CN 202478132U CN 201120525178X U CN201120525178X U CN 201120525178XU CN 201120525178 U CN201120525178 U CN 201120525178U CN 202478132 U CN202478132 U CN 202478132U
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- control circuit
- ozone
- vibration motor
- housing
- procapsid
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Abstract
The utility model relates to a guide type ozone gynecological therapeutic apparatus, comprising a guide device and a control circuit, wherein the guide device comprises a vibration motor, an ozone channel, a housing and silicon rubber, the vibration motor is disposed in the housing, a vibration head is disposed in a front end of the housing, an air outlet of the ozone channel is disposed at the front end of the housing, an air inlet is disposed at a rear end of the housing, and is abutted with an air outlet of an ozone generator through a pipeline, and the ozone generator is equipped with an air pump; and the control circuit comprises a power-switching circuit, a CPU, a circuit for controlling the start and stop of the air pump and the working condition of the ozone generator, a circuit for controlling the vibration mode and the vibration strength of the vibration motor, a display control circuit, and an operation button or knob, a rear end of the housing is provided with a lead interface, and a control line of the control circuit is abutted with the guide device through the lead interface.
Description
Technical field
This utility model relates to a kind of medical apparatus and instruments, especially a kind of guiding ozone Gynecoiatry apparatus.
Background technology
A lot of women are perplexed by gynaecopathia, because women's physiological property, intravaginal has a lot of antibacterials, fungus, and at present, it is relatively deficienter because of the treatment of diseases appearance that antibacterial, fungus cause to be used to treat intravaginal, can not satisfy patient's actual needs.The CN2403441Y patent documentation discloses a kind of " the multi-functional vaginal treatment appearance of pistol type "; It is through air pump, liquid medicine atomizer and medicated powder nebulizer medicinal liquid or medicated powder to be imported the vagina affected part; This therapeutic instrument is complex structure not only; Pharmacology knowledge is told us, and general medicinal liquid or medicated powder can only be directed against specific pathogenic bacteria, and most of medicinal liquid or medicated powder all have potential side effect.
Ozone is one of people's the strongest available oxidant of generally acknowledging; The molecule of ozone is extremely unstable; Can decompose extremely strong antozone (O) and the hydroxyl (OH) of generation oxidability, antibacterial, mycete, virus had the intensive property killed, even can destroy Botulinum toxin.Ozone at first is to destroy cell membrane to action of microorganisms such as antibacterial, mycetes, and behind the damaged membrane, metabolism generation obstacle also suppresses its growth; Then in cell membrane, permeate, destroy its interior tissue, until they death; This killing action not only speed is fast; And thoroughly, it can make the protein coat oxidative deformation of thalline such as antibacterial, fungus, but kill vegetative forms of bacteria and tooth born of the same parents, virus, fungus etc.Ozone is that other medicines are unrivaled to the killing action of antibacterial, mycete, virus; No matter be escherichia coli; Or staphylococcus aureus, Salmonella typhimurium, shigella flexneri, bacillus subtilis black variety gemma; Even SARS virus and HIV etc., pathogenic bacteria just can't survive in the finite concentration ozone liquid at all.According to bibliographical information, ozone sterilization speed is faster more than 200～3000 times than chlorine.Common escherichia coli, streptococcus faecalis, staphylococcus aureus etc., killing rate is more than 99%.
Ozone is used to treat women's intravaginal antibacterial, the disease that fungus causes, does not still have report mutually at present.
The utility model content
The purpose of this utility model is: the scarcity to present Gynecoiatry apparatus provides a kind of bactericidal effect good guiding ozone Gynecoiatry apparatus.
The purpose of this utility model is achieved in that a kind of guiding ozone Gynecoiatry apparatus, comprises guide and control circuit, it is characterized in that:
A) guide comprises vibration motor, ozone passage and housing, and housing outer surface is a silicone rubber, and vibration motor places housing, and the vibrations head of vibration motor places the housing front end;
B) the ozone passage contains a gas outlet at least, and they are distributed in the front end of housing, and the air inlet of ozone passage is located at shell ends, and docks with the gas outlet of ozonator through pipeline, and ozonator is furnished with air pump;
C) control circuit comprises: vibrating mode and shockproofness control circuit, display control circuit, action button or the knob of power-switching circuit, central processing unit, air pump start and stop and ozonator operating mode control circuit, vibration motor;
D) the housing rear end is provided with the lead-in wire interface, and the control line of control circuit is docked with guide by the lead-in wire interface.
In this utility model: the housing of said guide comprises procapsid and back casing, and procapsid length is 105mm ± 5mm, and the procapsid outer surface is a silicone rubber, and the vibrations head of vibration motor places procapsid, and procapsid is connected through connecting ring with back casing; The air inlet of ozone passage is located at back casing, and the ozone passage passes connecting ring and gets into procapsid, and the gas outlet of ozone passage is located on the procapsid; The control line of control circuit gets into guide by back casing.
In this utility model: described vibration motor is located in the procapsid, and the control power line of vibration motor passes connecting ring and gets into procapsid.
In this utility model: described vibration motor is located in the back casing, and the vibrations head of vibration motor passes connecting ring and gets into procapsid.
In this utility model: be furnished with disposable gum cover outside the silicone rubber of guide, the gum cover front end is the one-way ventilating film.
In this utility model: described vibration motor is furnished with dc supply, and dc supply is located in the back casing, and the gauge tap of vibration motor is located on the shell of back casing.
In this utility model: described silicone rubber is embedded with the far infrared heating silk in the shallow top layer, and described control circuit also comprises the thermoregulation control circuit, thermoregulation control circuit and far infrared heating silk formation work loop.
In this utility model: described far infrared heating silk is wound in the shallow top layer of silicone rubber in the shape of a spiral by guide rear end forward end.
In this utility model: the direct current output of described power-switching circuit is respectively 3 volts, 5 volts and 12 volts; The working power of far infrared heating silk and vibration motor is 3 volts; The working power of each control circuit is 5 volts, and the working power of air pump and ozonator is 12 volts; Described central processing unit is the C8051F310 single-chip microcomputer; The vibrating mode of described vibration motor and shockproofness control circuit, thermoregulation control circuit adopt control circuit conventional in the physiotherapy equipment; Described display control circuit is made up of Liquid Crystal Module and the two BCD-7 section liquid crystal display decoding/drivers that show 3 bit digital and arithmetic point; Described air pump start and stop and ozonator operating mode control circuit are made up of on-off circuit and relay; After on-off circuit at first starts ozonator; Relay makes the air pump discontinuous operation again under on-off circuit control, get into the ozone amount of ozone passage through effective opening time control of air pump in the unit interval.
The advantage of this utility model is: utilize the germ-resistant characteristics of ozone high-efficiency broad spectrum, be used to treat female gynecological disease, bactericidal effect is good; 2) the therapeutic equipments external packets of this utility model is wrapped with silica gel, in the process of treatment, can not damage women's vaginal walls; 3) the therapeutic apparatus set inside far-infrared heater of this utility model can make the temperature of instrument raise, and in the process of treatment, can not seem too cool; 4) this utility model utilize ozone efficient, fast, the broad-spectrum sterilization idiocratic; Pathogenic microorganism such as bacterial propagule, bacterial spore, virus, fungus in patient's the body there is extremely strong killing action, thereby can treats reproduction systemic disease outside the gynecological that various pathogenic microorganism cause; Active component can promote the healing of epithelial cell growth and wound face, and then thoroughly treats various gynaecopathias.
Description of drawings
Fig. 1 is the concrete structure sketch map of the guide embodiment that relates to of this utility model.
Fig. 2 is the electric theory diagram sketch map that this utility model relates to.
Fig. 3 is a kind of schematic diagram of ozonator on-off circuit.
Fig. 4 is a kind of vibrating mode of vibration motor and the schematic diagram of shockproofness control circuit.
Fig. 5 is a kind of schematic diagram of thermoregulation control circuit.
Among the figure: 1, connecting ring, 2, the gas outlet, 3, silicone rubber, 4, vibration motor, 5, procapsid, 6, air inlet, 7, the ozone passage, 8, dc supply, 9, gauge tap, 10, back casing, 11, the lead-in wire interface.
The specific embodiment
Accompanying drawing discloses the concrete structure and basic electrical schematic diagram of this utility model embodiment without limitation, below in conjunction with accompanying drawing this utility model is done further to describe.
Visible by Fig. 1, the guide among the present invention is drawn together vibration motor 4, ozone passage 7 and housing, and housing outer surface is a silicone rubber 3, and vibration motor 4 places housing, and the vibrations head of vibration motor 4 places the housing front end; Ozone passage 7 contains a gas outlet 2 at least, and they are distributed in the front end of housing, and the air inlet 6 of ozone passage 7 is located at shell end, and the housing rear end is provided with lead-in wire interface 11, and the control line of control circuit is by docking for device in lead-in wire interface 11 and the guide.
In the present embodiment, the housing of said guide comprises procapsid 5 and back casing 10, and procapsid 5 length are 105mm ± 5mm, and procapsid 5 outer surfaces are silicone rubber 3, and vibration motor 4 places procapsid 5, and procapsid 5 is connected through connecting ring 1 with back casing 10; The air inlet 6 of ozone passage 7 is located at back casing 10, and ozone passage 7 passes connecting ring 1 and gets into procapsid 5, and the gas outlet 2 of ozone passage 7 is located on the procapsid 5; Vibration motor 4 is furnished with dc supply 8, and dc supply 8 is located in the back casing 10, and the gauge tap 9 of vibration motor 4 is located on the shell of back casing 10.
The guide that Fig. 1 provides not is the concrete restriction to this utility model, and during practical implementation, guide can have numerous embodiments, for example:
Described vibration motor 4 also can be unworthy of dc supply 8, and the control power line of vibration motor 4 gets into guide through the lead-in wire interface on the back casing 10 11.
Described vibration motor 4 also can be located in the back casing, and the vibrations head of vibration motor 4 passes connecting ring 1 and gets into procapsid 5.
Said guide also can adopt all-in-one-piece housing, and all-in-one-piece housing outer surface is a silicone rubber 3, and vibration motor 4 and ozone passage 7 are set in the housing, and the vibrations head of vibration motor 4 is positioned at the front end of housing.
Can be embedded with far infrared heating silk (not shown) in the shallow top layer of described silicone rubber 3, described far infrared heating silk is wound in the shallow top layer of silicone rubber in the shape of a spiral by guide rear end forward end.
For the guide that prevents therapeutic instrument in use forms cross infection; Should be furnished with disposable gum cover (not shown) outside the silicone rubber 3 of guide; Described gum cover front end should be the one-way ventilating film, guarantees that the gas outlet 2 of guide can make the ozone discharging in the ozone passage 7 unimpeded.
Visible by Fig. 2, control circuit comprises: the vibrating mode of power-switching circuit, central processing unit, air pump start and stop and ozonator operating mode control circuit (being called for short the ozonator control circuit), vibration motor and shockproofness control circuit (being called for short the vibration motor control circuit), thermoregulation control circuit, display control circuit, action button or knob.
In the present embodiment, power-switching circuit provides 5 volts dc supply with civil power conversion back for system; Central processing unit adopts the C8051F310 single-chip microcomputer.In the use; Energized after the complete machine preheating, places vagina with guide; Then through action button or knob; Under the control of central processing unit,, select the vibrating mode and the shockproofness of vibration motor through the vibrating mode and the shockproofness control circuit of action button or knob adjusting vibration motor; After starting ozonator simultaneously, under the control of air pump starting or stopping control circuit, make the air pump discontinuous operation again, get into the ozone amount of ozone passage through effective opening time control of air pump in the unit interval; And the temperature of regulating the guide surface as required through the thermoregulation control circuit.
During practical implementation, the vibrating mode of described power-switching circuit, vibration motor and shockproofness control circuit, thermoregulation control circuit all can adopt the custom circuit in the physiotherapy equipment.
Air pump start and stop and ozonator operating mode control circuit are made up of on-off circuit and relay; After on-off circuit at first starts ozonator; Relay makes the air pump discontinuous operation again under on-off circuit control, get into the ozone amount of ozone passage through effective opening time control of air pump in the unit interval.Fig. 3 is a kind of ozonator on-off circuit in air pump start and stop and the ozonator operating mode control circuit; The gauge tap circuit that it is made up of FET Q7; FET Q7 is SI2302, and in the work, ozonator is driven by 12 volts of dc sources; FET conducting when CYS is high level, ozonator is started working.
Visible by Fig. 4; In the vibrating mode and shockproofness control circuit of vibration motor; Vibration motor adopts the 3.0V power supply, and D2 is a light emitting diode, judges vibrating mode through the flicker frequency of diode; Vibration motor adopts FET to drive, and the square-wave signal that 2 feet of Q1 can be imported various patterns among the figure drives vibrating motor.
Visible by Fig. 5; In the thermoregulation control circuit; Single-chip microcomputer detects far infrared heating silk P6 temperature on every side through U14, and compares with the temperature of setting, if detected temperature is higher than design temperature; Control circuit will turn-off far infrared heating silk P6 through FET Q8, if will open far infrared heating silk P6 through FET Q8 than design temperature is low.
Display control circuit is made up of Liquid Crystal Module and the two BCD-7 section liquid crystal display decoding/drivers that show 3 bit digital and arithmetic point.In the present embodiment; Three cloudy altogether charactrons that dynamically show are adopted in described display part; Controller adopt dynamic scan mode logarithmic code pipe everybody circulate and send data, as long as bits per inch sign indicating number Guan Zaiyi is sent the number of times of data above 24 times within second, naked eyes are not just seen flicker.
The circuit that Fig. 3 ~ Fig. 5 provides not is the concrete restriction to this utility model; During practical implementation; The vibrating mode of described power-switching circuit, vibration motor and shockproofness control circuit, thermoregulation control circuit all can adopt the custom circuit in the physiotherapy equipment; Basic circuit can selected or use to described air pump start and stop and ozonator operating mode control circuit, display control circuit, or according to general knowledge basic circuit is made up.
Claims (9)
1. a guiding ozone Gynecoiatry apparatus comprises guide and control circuit, it is characterized in that:
A) guide comprises vibration motor, ozone passage and housing, and housing outer surface is a silicone rubber, and vibration motor places housing, and the vibrations head of vibration motor places the housing front end;
B) the ozone passage contains a gas outlet at least, and they are distributed in the front end of housing, and the air inlet of ozone passage is located at shell end, and docks with the gas outlet of ozonator through pipeline, and ozonator is furnished with air pump;
C) control circuit comprises: vibrating mode and shockproofness control circuit, display control circuit, action button or the knob of power-switching circuit, central processing unit, air pump start and stop and ozonator operating mode control circuit, vibration motor;
D) the housing rear end is provided with the lead-in wire interface, and the control line of control circuit is docked with guide by the lead-in wire interface.
2. guiding ozone Gynecoiatry apparatus according to claim 1; It is characterized in that: the housing of said guide comprises procapsid and back casing; Procapsid length is 105mm ± 5mm; The procapsid outer surface is a silicone rubber, and the vibrations head of vibration motor places procapsid, and procapsid is connected through connecting ring with back casing; The air inlet of ozone passage is located at the back casing end, and the ozone passage passes connecting ring and gets into procapsid, and the gas outlet of ozone passage is located on the procapsid; The control line of control circuit gets into guide by back casing.
3. guiding ozone Gynecoiatry apparatus according to claim 2, it is characterized in that: described vibration motor is located in the procapsid, and the control power line of vibration motor passes connecting ring and gets into procapsid.
4. guiding ozone Gynecoiatry apparatus according to claim 2, it is characterized in that: described vibration motor is located in the back casing, and the vibrations head of vibration motor passes connecting ring and gets into procapsid.
5. according to the described guiding ozone of one of claim 1～4 Gynecoiatry apparatus, it is characterized in that: the silicone rubber of guide is furnished with disposable gum cover outward, and the gum cover front end is the one-way ventilating film.
6. according to the described guiding ozone of one of claim 2～4 Gynecoiatry apparatus, it is characterized in that: described vibration motor is furnished with dc supply, and dc supply is located in the back casing, and the gauge tap of vibration motor is located on the shell of back casing.
7. according to the described guiding ozone of one of claim 1～4 Gynecoiatry apparatus; It is characterized in that: described silicone rubber is embedded with the far infrared heating silk in the shallow top layer; Described control circuit also comprises the thermoregulation control circuit, thermoregulation control circuit and far infrared heating silk formation work loop.
8. guiding ozone Gynecoiatry apparatus according to claim 7 is characterized in that: described far infrared heating silk is wound in the shallow top layer of silicone rubber in the shape of a spiral by guide rear end forward end.
9. according to guiding ozone Gynecoiatry apparatus according to claim 7; It is characterized in that: the direct current output of described power-switching circuit is respectively 3 volts, 5 volts and 12 volts; The working power of far infrared heating silk and vibration motor is 3 volts; The working power of each control circuit is 5 volts, and the working power of air pump and ozonator is 12 volts;
Described central processing unit is the C8051F310 single-chip microcomputer; The vibrating mode of described vibration motor and shockproofness control circuit, thermoregulation control circuit all adopt control circuit conventional in the physiotherapy equipment; Described display control circuit is made up of Liquid Crystal Module and the two BCD-7 section liquid crystal display decoding/drivers that show 3 bit digital and arithmetic point; Described air pump start and stop and ozonator operating mode control circuit are made up of on-off circuit and relay; After on-off circuit at first starts ozonator; Relay makes the air pump discontinuous operation again under on-off circuit control, get into the ozone amount of ozone passage through effective opening time control of air pump in the unit interval.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120525178XU CN202478132U (en) | 2011-12-15 | 2011-12-15 | Guide type ozone gynecological therapeutic apparatus |
| PCT/CN2012/084940 WO2013086922A1 (en) | 2011-12-15 | 2012-11-21 | Guide type ozone gynecological therapeutic apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120525178XU CN202478132U (en) | 2011-12-15 | 2011-12-15 | Guide type ozone gynecological therapeutic apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202478132U true CN202478132U (en) | 2012-10-10 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120525178XU Withdrawn - After Issue CN202478132U (en) | 2011-12-15 | 2011-12-15 | Guide type ozone gynecological therapeutic apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202478132U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013086922A1 (en) * | 2011-12-15 | 2013-06-20 | 南京中脉保健品有限公司 | Guide type ozone gynecological therapeutic apparatus |
-
2011
- 2011-12-15 CN CN201120525178XU patent/CN202478132U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013086922A1 (en) * | 2011-12-15 | 2013-06-20 | 南京中脉保健品有限公司 | Guide type ozone gynecological therapeutic apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121010 Effective date of abandoning: 20131218 |
|
| RGAV | Abandon patent right to avoid regrant |