CN201591646U - Medical ecological sterilizing treating apparatus - Google Patents
Medical ecological sterilizing treating apparatus Download PDFInfo
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- CN201591646U CN201591646U CN2009202747521U CN200920274752U CN201591646U CN 201591646 U CN201591646 U CN 201591646U CN 2009202747521 U CN2009202747521 U CN 2009202747521U CN 200920274752 U CN200920274752 U CN 200920274752U CN 201591646 U CN201591646 U CN 201591646U
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Abstract
The utility model relates to a medical ecological sterilizing treating apparatus. The apparatus comprises a machine casing, an ozone generator, a treating unit, a power supply circuit, a control unit, an oxygen generating unit, an oxygen concentration adjusting unit and a residual gas absorbing unit, wherein the oxygen generating unit is connected with the ozone generator; the ozone generator is connected with an ozone outlet; and the ozone outlet is connected with the treating unit. The novel integral medical ecological sterilizing treating apparatus uses the oxygen source as the air source, and has the advantages of adjustable gas concentration and flow quantity, multiple function, multiple purpose, dual purposes of alternating current and direct current, small volume, light weight and convenient carrying. The utility model realizes the synchronous integration of oxygen generation and ozone generation, can control the concentration and flow quantity of the ozone and select different treating heads to treat, and can be widely applied to countryside, town, pasture, basic clinics, families, face beautify shops and the like.
Description
Technical field
This utility model relates to a kind of multipurpose medical therapy equipment of the field of sterilizing, and relates in particular to a kind of sterilization antiinflammatory instrument that can effectively treat bovine mastitis, endometritis.
Background technology
Mastitis, endometritis and vaginitis are the common diseases of milch cow, and these diseases usually cause great economic loss, seriously restrict the development of dairy.At present, treating on such disease still based on traditional antibiotherapy, but owing to antibody and drug residue are grown, thoroughly and easily do not formed to antibiotic therapy expense height, treatment cycle, antibiotherapy more and more is subjected to the resistance of downstream industry and national policy, and this phenomenon makes the raiser in a dilemma.For this reason, rising in recent years with ozone gas sterilize antiinflammatory, disinfectant way, though effect is pretty good, but there are two big defectives in this class technology at present: the one, and be that source of the gas is made ozone with the air, owing to can not isolate the oxynitride in the ozone, not only cause rendeing a service and weaken, what is more important accounts for toxic gas oxynitride most in the ozone mist treatment target has been produced huge toxic and side effects again; The 2nd, the someone adopts source of oxygen to make ozone, but these class methods all are again split-type structurals, and volume is very large, the structure heaviness, and cost is high again, still can not apply.
There are two limitation in such therapeutic equipments that is used for the human body eliminating inflammation and expelling toxin at present: the one, develop at the fixed hospital specially, generally adopt external oxygen source, volume is big, cost is high, be difficult for moving, so can only wait people's treatment to the doorstep, can not take small towns, rural area, pastoral area treatment to, limited its range of application, the 2nd, though small part small portable therapeutic instrument is arranged on the market, but mostly adopt air is source of the gas, with present technical merit, the ozone purity of making like this can not reach the medical standard of medical ozone, does not objectively possess using value.Based on the many disadvantages of above product, a lot of now similar products can not be realized the using value of its expectation.
The utility model content
It is source of the gas with the oxygen source that the purpose of this utility model provides a kind of, and gas concentration, flow scalable are multi-functional, multipurpose, AC/DC, little, in light weight, the portable novel integrated medical ecological sterilization therapeutic equipment of volume.
This utility model purpose is achieved through the following technical solutions:
A kind of medical ecological sterilization therapeutic equipment comprises casing, ozonator, treatment unit, power supply circuits and control unit, also comprises system oxygen unit, oxygen concentration adjusting and residual gas sucking-off unit; Described system oxygen unit is connected with ozonator, and described ozonator is connected with the ozone delivery outlet, and described ozone delivery outlet is connected with the treatment unit.
Described system oxygen unit comprises intake valve, primary filter film, filter, compressor, cooling driers, water strainer, molecular sieve knockout box, check valve, oxygen tank, flow control valve; Described intake valve I and primary filter symphysis connect, described primary filter film is connected with filter, described filter is connected with compressor, described compressor is connected with cooling driers, described cooling driers is connected with water strainer, and described water strainer is connected with the molecular sieve knockout box, and described molecular sieve knockout box is connected with check valve, described check valve is connected with oxygen tank, and described oxygen tank is connected with flow control valve.
Described treatment unit comprises ozone delivery outlet interface, control valve I, ozone outlet tube, cross valve, a treatment exit, treatment head; Described ozone delivery outlet interface is connected with control valve I, and described control valve I is connected with the ozone outlet tube, and described ozone outlet tube is connected with cross valve, and described cross valve is connected with a treatment exit, and described treatment head is installed on the treatment exit.
Described oxygen concentration is regulated with residual gas sucking-off unit and is comprised intake valve II, filter membrane, air pump, blending bin, gas circuit switching valve, oxygen delivery valve, gas discharge outlet, air entry, control valve II, suction nozzle, air-breathing joint.Described intake valve II is connected with filter membrane, described filter membrane is connected with air pump, and described air pump is connected with the gas circuit switching valve, and described gas circuit switching valve one end is connected with gas discharge outlet, the gas circuit switching valve other end is connected with blending bin, and described blending bin is connected with the oxygen delivery valve; Described air entry is connected with control valve II, and described control valve II is connected with suction nozzle, and described suction nozzle is connected with air-breathing joint
Described power supply circuits and control unit comprise charging socket, aneroid battery, alternating-current power supply socket, Switching Power Supply, two-way switch, system oxygen time switch, ozone generation time switch, air pump time switch.Described charging socket is connected with the input interface of aneroid battery, and described alternating-current power supply socket is connected with the input interface of Switching Power Supply, and the outfan of described aneroid battery and the outfan of Switching Power Supply insert two-way switch jointly.
Described treatment head comprises gas injection pin, treatment rod, diffusion tip.
Described cross valve first end is connected with the ozone outlet tube, and cross valve second end is connected with treatment head, and cross valve the 3rd end is equipped with open and close valve, and the 4th section of cross valve is connected with air-breathing joint.
It is integrated synchronously that this utility model has realized that system oxygen and ozone take place, and can pass through control ozone concentration and flow, and select different treatment heads, with the symptomatic treatment of realization to different objects.This utility model can be developed the human medical treatment according to the market application need, animal is used two kinds of types of medical treatment.This utility model volume is little, in light weight, and the satchel of the customization of can packing into is carried away, implements treatment to any old place, and this utility model can be widely used in rural area, small towns, pastoral area, basic unit clinic, family, beauty salon etc.
Description of drawings
Below in conjunction with the drawings and specific embodiments this utility model is described in further detail.Wherein:
Fig. 1 is a structural map of the present utility model.
Fig. 2 is ozone output of the present utility model, suction line figure.
Fig. 3 is treatment header structure figure.
Wherein: the 1-casing 2-charging socket 3-dry cell 4-alternating-current power supply socket 5-Switching Power Supply 6-two-way switch 7-oxygen time switch processed 8-ozone generation time switch 9-air pump time switch 10-intake valve I 11-primary filter film 12-filter 13-compressor 14-cooling driers 15-water filter 16-molecular sieve knockout box 17-check valve 18-oxygen tank 19-flow control valve 20-ozone generator 21-ozone delivery outlet 22-intake valve II 23-filter membrane 24-air pump 25-gas circuit switching valve 26-gas discharge outlet 27-oxygen delivery valve 28-blending bin 29-oxygen delivery outlet 30-ozone delivery outlet interface 31-control valve I 32-ozone efferent duct 33-cross valve 34-treatment air-breathing joint 39-of an exit 35-air entry 36-control valve II 37-air intake duct 38-gas injection pin 40-treats excellent 41-diffusion tip 42-cross valve first end 43-cross valve the second end 44-cross valve the 3rd end 45-cross valve the 4th end
The specific embodiment
A kind of medical ecological sterilization therapeutic equipment comprises casing 1, ozonator 20, treatment unit, power supply circuits and control unit, it is characterized in that: also comprise system oxygen unit, oxygen concentration adjusting and residual gas sucking-off unit; Described system oxygen unit is connected with ozonator 20, and described ozonator 20 is connected with ozone delivery outlet 21, and described ozone delivery outlet 21 is connected with the treatment unit.System oxygen unit is delivered to ozonator 20 with an amount of purity oxygen, produces the medical ozone that is suitable for concentration through ozonator 20, and ozone is through catheter directed ozone delivery outlet 21.
System oxygen unit comprises intake valve I 10, primary filter film 11, filter 12, compressor 13, cooling driers 14, water strainer 15, molecular sieve knockout box 16, check valve 17, oxygen tank 18, flow control valve 19.Air enters by intake valve I 10, filter through primary filter film 11, pass through filter 12 again, filter 12 is connected with compressor 13, air-cooler 14, water strainer 15, molecular sieve knockout box 16, check valve 17, oxygen tank 18 successively, air by flow control valve 19, is sent into ozonator 20 by conduit at last.After the high-purity oxygen of the appropriate flow of sending into via system oxygen unit enters ozonator 20, produce suitable concentration of ozone, ozone through conduit by 21 outputs of ozone delivery outlet.
The treatment unit comprises that ozone delivery outlet interface 30, control valve I 31, ozone outlet tube 32, cross valve 33, treatment head pick out 34, treat head.Ozone delivery outlet interface 30 is connected with ozone delivery outlet 21, and ozone is after 21 outputs of ozone delivery outlet, and successively by behind control valve I 31, ozone outlet tube 32, the cross valve 33, by the output of treatment head, the treatment head stretches in the treatment target body and gets final product begin treatment.The treatment head comprises gas injection pin 39, treatment rod 40, diffusion tip 41; The treatment head is installed on the treatment exit 34.When using gas injection pin 39 treatment mastitis in domestic animal, gas injection pin 39 is inserted lightly by papillary foramina, begin to inject ozone gas, when being filled, newborn chamber stops, after a while, open air-breathing air pump, inject the ozone residual gas again by the aperture sucking-off on 39 on the gas injection pin, when the treatment endometritis, select the gas injection pin 39 of long appropriate size; When using treatment rod 40 treatment people, animal vaginitiss, cervicitis, endometritis, will treat rod 40 and insert along vagina, and open ozonator, ozone is finished the focus sterilization process with the aperture diffusion of treatment rod 40, treats 10-35 minute at every turn; Use diffusion tip 41 to carry out the trauma infection contamination sterilization, medical apparatus sterilizing is during environment disinfected, use diffusion tip 41 to disperse ozone gas to certain space, particularly, carry out trauma infection contamination sterilization, place clear water to discharge ozone till the specific concentrations diffusion tip 41 in the preparation Ozone Water.
Oxygen concentration is regulated with residual gas sucking-off unit and is comprised intake valve II 22, filter membrane 23, air pump 24, blending bin 28, gas circuit switching valve 25, oxygen delivery valve 27, gas discharge outlet 26, air entry 35, control valve II 36, suction nozzle 37, air-breathing joint 38.Air enters by intake valve II 22, imports air pump 24 through filter membrane 23.Air pump 24 outfans are connected with gas circuit switching valve 25, a blending bin 28 that inserts on the oxygen output road, and gas discharge outlet 26 is inserted in the other end.When being used to export oxygen enrichment, gas circuit switching valve 25 cuts out the valve of transporting to gas discharge outlet 26 directions, the valve of blending bin 28 directions is transported in unlatching, open oxygen delivery valve 27 simultaneously, turn on air-breathing joint 38, oxygen and air enter blending bin 28 jointly, and the oxygen enrichment of exporting 30% concentration via conduit is to oxygen delivery outlet 29, for people's oxygen uptake again.When be used for people and animals' gas injection treatment, when needing to extract out in the body residual air, gas circuit switching valve 25 cuts out the valve of transporting to blending bin 28 directions, the valve of gas discharge outlet 26 directions is transported in unlatching, air-breathing joint 38 is connected cross valve the 4th end 45, closes cross valve the 3rd end 44, and air pump 24 is started working, residual air is by a treatment sucking-off in the body, import air pump 24 through conduit and intake valve II 22, via behind gas circuit switching valve 25, the gas discharge outlet 26, the ozone residual gas is discharged in the atmosphere afterwards.
What of the intake valve I 10 size decision oxygen making amount by the control air inflow, what of the size decision air influx of intake valve II 22 by the control air inflow, intake valve I 10 and intake valve II 22 in conjunction with decision oxygen output concentration.The flow control valve 19 of oxygen tank 18 is by the size decision ozone production of control oxygen output flow and the concentration of output.The ozone concentration scope of this utility model output is at 60-200ug/ml.
Power supply circuits and control unit comprise charging socket (2), aneroid battery (3), alternating-current power supply socket (4), Switching Power Supply (5), two-way switch (6), system oxygen time switch (7), ozone generation time switch (8), air pump time switch (9).The unidirectional current part: charging socket 2 is connected with the input interface of aneroid battery 3; The alternating current part: alternating-current power supply socket 4 is connected with the input interface of Switching Power Supply 5.Two-way switch 6 of the common access of the outfan of the outfan of aneroid battery 3 and Switching Power Supply 5, when using aneroid battery 3 power supplies, two-way switch 6 is connected aneroid battery 3 outfans, and the outfan of Switching Power Supply 5 disconnects; When using AC-powered, two-way switch 6 is connected Switching Power Supply 5, and the outfan of aneroid battery 3 disconnects.
Cross valve first end (42) is connected with ozone outlet tube (32), and cross valve second end (43) is connected with the treatment head, and cross valve the 3rd end (44) is equipped with open and close valve, and cross valve the 4th end (45) is connected with air-breathing joint (38).Cross valve first end 42 receives from the ozone of ozonator (20) output; Cross valve second end 43 can select to install additional different treatment heads; Open and close valve on cross valve the 3rd end 44 is in order to discharge effusive milk in the animal's mammary gland; Cross valve the 4th end 45 is connected with air-breathing joint 38, is used for the intravital residual gas of sucking-off treatment target.
Both relatively independent between each unit of this utility model, interknit again.Each unit is switch respectively, opens according to the treatment needs.1. system oxygen: each electrical appliance of the direct connecting system of power supply output negative pole, positive source insert system oxygen time switch 7, and system oxygen time switch 7 outfans are connected compressor 13 each electrical appliances such as native system such as grade respectively, determine the oxygen generation system working time as required.2. ozone takes place: the power supply output negative pole directly inserts ozonator 20, and positive source inserts ozone generation time switch 8, and ozone generation time switch 8 outfans are connected ozonator 20 positive poles, need to determine the working time of ozonator 20 according to treatment.3. concentration adjustment and the sucking-off of ozone residual gas: the power supply output negative pole directly inserts air pump 24, positive source inserts air pump time switch 9, air pump time switch 9 outfans are connected air pump 24 positive poles, need to determine the working time of air pump 24 according to treatment.
Claims (7)
1. a medical ecological sterilization therapeutic equipment comprises casing (1), ozonator (20), treatment unit, power supply circuits and control unit, it is characterized in that: also comprise system oxygen unit, oxygen concentration adjusting and residual gas sucking-off unit; Described system oxygen unit is connected with ozonator (20), and described ozonator (20) is connected with ozone delivery outlet (21), and described ozone delivery outlet (21) is connected with the treatment unit.
2. medical ecological sterilization therapeutic equipment according to claim 1 is characterized in that: described system oxygen unit comprises intake valve I (10), primary filter film (11), filter (12), compressor (13), cooling driers (14), water strainer (15), molecular sieve knockout box (16), check valve (17), oxygen tank (18), flow control valve (19); Described intake valve I (10) is connected with primary filter film (11), described primary filter film (11) is connected with filter (12), described filter (12) is connected with compressor (13), described compressor (13) is connected with cooling driers (14), described cooling driers (14) is connected with water strainer (15), described water strainer (15) is connected with molecular sieve knockout box (16), described molecular sieve knockout box (16) is connected with check valve (17), described check valve (17) is connected with oxygen tank (18), and described oxygen tank (18) is connected with flow control valve (19).
3. medical ecological sterilization therapeutic equipment according to claim 1 is characterized in that: described treatment unit comprises ozone delivery outlet interface (30), control valve I (31), ozone outlet tube (32), cross valve (33), a treatment exit (34), treatment head; Described ozone delivery outlet interface (30) is connected with control valve I (31), described control valve I (31) is connected with ozone outlet tube (32), described ozone outlet tube (32) is connected with cross valve (33), described cross valve (33) is connected with a treatment exit (34), and described treatment head is installed on the treatment exit (34).
4. medical ecological sterilization therapeutic equipment according to claim 1 is characterized in that: described oxygen concentration is regulated with residual gas sucking-off unit and is comprised intake valve II (22), filter membrane (23), air pump (24), blending bin (28), gas circuit switching valve (25), oxygen delivery valve (27), gas discharge outlet (26), air entry (35), control valve II (36), suction nozzle (37), air-breathing joint (38); Described intake valve II (22) is connected with filter membrane (23), described filter membrane (23) is connected with air pump (24), described air pump (24) is connected with gas circuit switching valve (25), described gas circuit switching valve (25) one ends are connected with gas discharge outlet (26), gas circuit switching valve (25) other end is connected with blending bin (28), and described blending bin (28) is connected with oxygen delivery valve (27); Described air entry (35) is connected with control valve II (36), and described control valve II (36) is connected with suction nozzle (37), and described suction nozzle (37) is connected with air-breathing joint (38).
5. medical ecological sterilization therapeutic equipment according to claim 1 is characterized in that: described power supply circuits and control unit comprise charging socket (2), aneroid battery (3), alternating-current power supply socket (4), Switching Power Supply (5), two-way switch (6), system oxygen time switch (7), ozone generation time switch (8), air pump time switch (9); Described charging socket (2) is connected with the input interface of aneroid battery (3), described alternating-current power supply socket (4) is connected with the input interface of Switching Power Supply (5), and the outfan of the outfan of described aneroid battery (3) and Switching Power Supply (5) inserts two-way switch (6) jointly.
6. medical ecological sterilization therapeutic equipment according to claim 3 is characterized in that: described treatment head comprises gas injection pin (39), treatment rod (40), diffusion tip (41).
7. medical ecological sterilization therapeutic equipment according to claim 3, it is characterized in that: cross valve first end (42) of described cross valve (33) is connected with ozone outlet tube (32), cross valve second end (43) is connected with the treatment head, cross valve the 3rd end (44) is equipped with open and close valve, and cross valve the 4th end (45) is connected with air-breathing joint (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202747521U CN201591646U (en) | 2009-12-17 | 2009-12-17 | Medical ecological sterilizing treating apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009202747521U CN201591646U (en) | 2009-12-17 | 2009-12-17 | Medical ecological sterilizing treating apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201591646U true CN201591646U (en) | 2010-09-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009202747521U Expired - Fee Related CN201591646U (en) | 2009-12-17 | 2009-12-17 | Medical ecological sterilizing treating apparatus |
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| CN (1) | CN201591646U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112829A (en) * | 2013-03-01 | 2013-05-22 | 丹阳市巨贸康健器材有限公司 | Energy-saving control system of molecular sieve oxygenerator |
-
2009
- 2009-12-17 CN CN2009202747521U patent/CN201591646U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112829A (en) * | 2013-03-01 | 2013-05-22 | 丹阳市巨贸康健器材有限公司 | Energy-saving control system of molecular sieve oxygenerator |
| CN103112829B (en) * | 2013-03-01 | 2015-06-17 | 丹阳市巨贸康健器材有限公司 | Energy-saving control system of molecular sieve oxygenerator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100929 Termination date: 20101217 |