CN204814361U - Novel medicine atomizing hot compress appearance - Google Patents
Novel medicine atomizing hot compress appearance Download PDFInfo
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- CN204814361U CN204814361U CN201520494228.0U CN201520494228U CN204814361U CN 204814361 U CN204814361 U CN 204814361U CN 201520494228 U CN201520494228 U CN 201520494228U CN 204814361 U CN204814361 U CN 204814361U
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Abstract
The utility model discloses a novel medicine atomizing hot compress appearance, including pipe (3), hot compress pad (4) and have atomizing heater (1) of hot blast blowpipe apparatus (8), atomizing heater (1) links to each other with hot compress pad (4) through pipe (3), be provided with central control module (5) that are used for receipt and process information on the atomizing heater (1), central control module (5) link to each other with hot compress pad (4) and atomizing heater (1) through electric wire (19), the liquid outlet department of atomizing heater (1) is provided with heating pipe (6) that are used for going on heating to hot compress liquid (10), atomizing heater (1) exit is provided with liquid outlet seal valve (9). This medicine atomizing hot compress appearance, when the perfection took into account traditional cartridge bag hot compress, novelty ground had replaced traditional cartridge bag with the hot compress pad, let the hot compress become safe, intelligent, controllable, can be portable, easy to use has in addition strengthened the effect of hot compress, has also realized facilitating the use fast in different occasions.
Description
Technical field
This utility model relates to a kind of hot compress instrument, particularly relates to a kind of newtype drug atomization hot compress instrument.
Background technology
Medicine hot compress is a kind of ancient Therapeutic Method, and its principle is that medicine is sewn on Bu Baonei, sprinkles wine and do introduction before using, and is put in steaming on food steamer, then medicated bag is placed on affected part.For maintaining the temperature of medicated bag, need to change new medicated bag every a few minutes.After hot compress is complete, medicated bag must be positioned over ventilation drying, prevent medicine from going bad.Therefore, medicine hot compress has following shortcoming:
1, temperature cannot maintain, and within every five minutes, needs change a medicine.
2, dose is little, and often bag medicine can only be used 5-6 time;
3, temperature cannot fine adjustment, thus may scalded skin or Yin Wendu low and reduce drug effect.
4, apt to deteriorate at the environment Chinese medicine of hectic fever, therefore use at every turn and all want aeration-drying.
5, medicated bag makes loaded down with trivial details.
6, medicated bag cannot conformal, much locally badly to apply.Such as, hot compress can treat mouse hand, but medicated bag obviously cannot make the shape of glove.
7, all to spread wine at every turn, and be difficult to the ratio controlling wine and medicine.
8, not portable, medicine hot compress cannot be used in driving limit, limit.
9, the water level in pot is too high, or pot cover improper use, makes water directly contact medicated bag, and medicine and the property of medicine can be caused to run off.
10, while hot compress, cannot diathermy.
Meanwhile, diathermy therapy, adopts infra-red light irradiation.Diathermy therapy, for cervical spondylosis, lumbar spondylosis, muscular strain etc., also has good effect.But shortcoming is also very outstanding:
1, diathermy is exposed to the sun just as under the sun, and dry roasting flavour can not be felt better.
2, diathermy must be undressed, very awkward.If you need roasting buttocks, you must take off trousers, also cumbersome.
3, cannot accurate diathermy position.Such as: if just hope roasting cervical vertebra, but your whole head all must be exposed in infrared ray.
At present, number of patent application is the patent of 201210311453.7, disclose a kind of ultrasonic atomizatio Far-infrared Heating fumigation instrument and operative installations thereof, but fumigation instrument is not hot compress instrument after all, is not for hot compress designs.Its shortcoming has:
1, fumigation instrument cannot keep high temperature in local.Fumigation instrument, to reach the temperature of hot compress, needs very large power, and just as washing high temperature Saunas when using, can make the perspire that people is excessive, and excessive perspire, not only do not have the effect for the treatment of, human body can also be caused to dewater.
2, cannot, at topical, can do whole body is damp.Also can waste medicine greatly simultaneously.
3, infrared ray and heat cannot regulate respectively.And excessive infrared radiation, also can bring certain injury to human body.
4, cannot use at the volley.
5, steam and infrared ray share a pipeline, and medicine can be attached on inner-walls of duct and fluorescent tube, affects infrared ray work, and cleaning is also very hard.
6, can only fumigate in a single direction.Such as, when being used for the treatment of tennis elbow, fumigation instrument can only smoke a face, therefore can not evenly comprehensively treat.
7 is roasting the same with electricity, and some position is very awkward, also limits use occasion simultaneously.
8, a fumigation instrument can only fumigate a position, or a people.
9, fumigation instrument does not have the place of holding medicine at steam (vapor) outlet.
10, the fumigation instrument valve that do not have holding medicine to volatilize, is not easy to longer-term storage.
11, do not add air-intake device, when nebulizer power is very little, medicine mist body is difficult to out.Especially, when using concentrated medicine, needing few dose, now just cannot meet patient demand.
12, there is no medicine cold storage plant, thus cause medicine easily to lose efficacy.
13, there is no wireless receiving and discharger, wireless connections and controlled in wireless cannot be realized.
14, there is no network remote control module, cannot remote assistance and control be carried out.
15, there is no temperature, humidity sensor, the temperature and humidity of human body surface cannot be learnt.
16, do not have human body to monitor induction apparatus, occur dangerous alarm people.
17, when there is no medicine, medicated bag hot compress cannot be used.
Utility model content
This utility model is in order to solve the problems of the technologies described above, provide a kind of practical newtype drug atomization hot compress instrument, while perfection takes into account traditional drugs hot compress, traditional medicated bag is instead of innovatively with hot compress pad, allow hot compress become safe, intelligent, controlled, can be portable, and be easy to use, enhance the effect of hot compress, also achieve the quick and convenient practicality in different occasion simultaneously.
This utility model is achieved through the following technical solutions:
A kind of newtype drug atomization hot compress instrument, comprise conduit, hot compress pad and the atomizing heater with air-intake device, atomizing heater is connected with hot compress pad by conduit, atomizing heater is provided with for receiving the central control module with process information, central control module is connected with atomizing heater with hot compress pad by electric wire, the liquid outlet of atomizing heater is provided with the heating tube for heating hot compress liquid, and atomizing heater exit is provided with liquid outlet sealed valve.
Described atomizing heater comprises housing, atomising device, conductive walls, lid and air-intake device, conductive walls is provided with in housing cavity, conductive walls upper end is provided with the lid with atomizing heater mouthpiece, transmitting medium cavity is formed between housing and conductive walls, transmitting medium and atomising device is provided with in transmitting medium cavity, conductive walls inside is hot compress sap cavity body, in hot compress sap cavity body cavity body, hot compress liquid is housed, covered body wall is provided with air-intake device, air-intake device front end is provided with air-intake device sealed valve, lid is also provided with the detector liquid stretched in hot compress liquid, heating tube is provided with in atomizing heater mouthpiece, liquid outlet sealed valve is provided with below heating tube, atomizing heater mouthpiece is connected with hot compress pad by conduit, housing is provided with central control module, central control module is connected with atomizing heater with hot compress pad by electric wire.
Described hull outside is provided with heat-insulation layer, is provided with insulating tube in transmitting medium.
Described atomizing heater comprises housing, atomising device, water absorber, air-intake device and the lid with atomizing heater mouthpiece, water absorber is provided with in described housing, hot compress sap cavity body is formed between water absorber both sides and housing, hot compress liquid is provided with in hot compress sap cavity body, water absorber is provided with and exports corresponding atomising device with atomizing heater, housing sidewall is provided with the detector liquid stretched in hot compress liquid, housing upper end is provided with lid, covered body wall is provided with air-intake device, air-intake device front end is provided with air-intake device sealed valve, heating tube is provided with in atomizing heater mouthpiece, liquid outlet sealed valve is provided with below heating tube, atomizing heater mouthpiece is connected with hot compress pad by conduit, housing is provided with central control module, central control module is connected with atomizing heater with hot compress pad by electric wire.
Described hull outside is provided with heat-insulation layer, is provided with insulating tube in hot compress liquid.
Described housing bottom is provided with battery module.
Described water absorber is absorbent cotton or water pump.
Described central control module comprises control panel and central control circuit, and described central control circuit is connected with atomizing heater with hot compress pad by electric wire.
Described central control module also comprises networking module and wireless transmit and receiver module.
Described hot compress pad comprises hot compress pad core body and hot compress pad shell, it is outside that described hot compress pad shell is coated on hot compress pad core body, hot compress pad core body is concave structure, be provided with the sensor for collecting temperature, humidity, human body information in hot compress pad core body spill cavity, sensor is connected with central control module by electric wire.
Described hot compress pad core body comprises can prevent crimp and the core body shell with certain toughness, core body shell is provided with sensor and projection.
Described hot compress pad core body comprises core body shell and interlayer; Core body shell is provided with interlayer, and core body shell is divided into outer chamber and open inner chamber body by interlayer, is provided with projection, is provided with sensor inside interlayer, interlayer is provided with pore outside described interlayer in inner chamber body.
Also projection is provided with on inside described interlayer;
Or, be provided with support inside interlayer and between core body shell, between supporting and supporting, form steam channel.
Described core body shell is inflating rubber core body shell, is supported for inflating rubber and supports.
Described core body shell is also provided with heat-insulation layer outward.
Described atomizing heater upper end is provided with adapter, and hot compress pad is connected with adapter by conduit.
Described adapter comprises atomizing heater interface and at least one catheter interface, atomizing heater interface is connected with atomizing heater, catheter interface is connected with conduit, valve is provided with in catheter interface, catheter interface intracavity sidewall place is provided with circuit path interface, electric wire below circuit path interface is all connected with central control module with the valve on circuit path interface side, and the electric wire above circuit path interface is connected with hot compress pad through conduit.
Described atomizing heater is also provided with emitting light energy source, described interlayer offers placed cavity, in placed cavity, is placed with luminous energy wire, luminous energy wire offers light-transmissive mouth, light-transmissive mouth is provided with light pipe, and luminous energy wire connects with emitting light energy source through circuit path interface.
Described emitting light energy source is arranged on the lid of atomizing heater.
Be provided with the circuit path and steam channel that dock with circuit path interface in described conduit cavity, can supply lines and luminous energy wire pass in circuit path.
Multiple conduit support conduit being divided into multiple passage are provided with in the middle of described conduit; Or pipe inner wall is provided with multiple projection; Or be provided with the multiple conduit support replaced in length and breadth in conduit.
Conduit receiver is also provided with between described conduit.
The conduit receiver with rotating shaft is also provided with between described conduit.
Described hot compress pad core body concave-shaped openings place is provided with the obstruct net for cartridging, intercepts and is also provided with elastic webbing on the net.
The shape of described hot compress pad core body comprises rectangular sheet structure, circle, half arc, N-type, inverted L shape, footwear type, shoulder type, clothing type, Y type, I shape, irregular shape.
Described hot compress pad shell is provided with fixture.
Described housing is provided with fixture.
Compared with prior art, this utility model has following useful technique effect:
1, replace medicated bag with liquid medicine, do not need frequently to change medicated bag.But meanwhile, medicated bag also can be used to carry out hot compress.
2, adopt electronization to control, accurately can control the parameter such as dose, temperature, time of each hot compress pad.
3, atomizing heater can play effect that is airtight and cold preservation medicine, keep liquid medicine non-volatile, never degenerate.
4, all need to spread wine when traditional hot compress uses.And in novel hot compress instrument, medicine and ethanol deployed according to the ratio of the best, does not need to spread wine again when using at every turn.
5, hot compress pad can make various different size and shape, does hot compress at different positions.
6, can simultaneously to the hot compress of multiple positions, or many people use.
7, portable version can be made into, hot compress at any time in work, driving even motion.
8, have support in hot compress pad, the distortion that is squeezed still can normally use.Can use any posture, comfily hot compress, even sleep limit in limit is applied.
9, steam-heated mode, can by water generation chemical reaction between medicine, can reduce traditional hot compress principle to greatest extent, ensures the therapeutic effect of hot compress.
10, can install optical channel additional, the diathermy of hot compress limit, limit is treated.
11, hot compress pad can install human body sensor additional, monitors at any time by the body temperature of hot compress people, blood pressure, heart beating, breathing etc.
12, greatly power consumption is reduced.Tradition hot compress is the steam heating medicine with 100 degree, then is cooled to suitable temperature to use.Excessive steam and heat, waste huge energy.And liquid medicine only need be heated to suitable temperature by novel hot compress instrument, add that medicine post liquefaction water content is few, greatly reduce power consumption.
13, concentrated liquid medicine is used, more durable than medicated bag.Add a medicine, even can use one month.
14, the use of air-intake device in nebulizer, even if the medicine mist making trace again, also can be delivered to affected part by wind.
15, built-in wireless reception and transmitter module, can realize wireless connections and control.
16, built-in networking module, can realize Long-distance Control.
17, hot compress instrument does not need two bag medicine rotations to use, and improves drug use rate more than 100%.
18, can heating tube be closed, use insulating tube refrigeration even simultaneously, realize cold compress.
Accompanying drawing explanation
The newtype drug atomization hot compress instrument structural representation one that Fig. 1 provides for this utility model;
The newtype drug atomization hot compress instrument structural representation two that Fig. 2 provides for this utility model;
The newtype drug atomization hot compress instrument structural representation three that Fig. 3 provides for this utility model;
A type atomizing heater structural representation one in the newtype drug atomization hot compress instrument that Fig. 4 provides for this utility model;
A type atomizing heater structural representation two in the newtype drug atomization hot compress instrument that Fig. 5 provides for this utility model;
Type B atomizing heater structural representation one in the newtype drug atomization hot compress instrument that Fig. 6 provides for this utility model;
Type B atomizing heater structural representation two in the newtype drug atomization hot compress instrument that Fig. 7 provides for this utility model;
C type atomizing heater structural representation one in the newtype drug atomization hot compress instrument that Fig. 8 provides for this utility model;
C type atomizing heater structural representation two in the newtype drug atomization hot compress instrument that Fig. 9 provides for this utility model;
Control panel structural representation one in the newtype drug atomization hot compress instrument that Figure 10 provides for this utility model;
Control panel structural representation two in the newtype drug atomization hot compress instrument that Figure 11 provides for this utility model;
Hot compress pad structural representation one in the newtype drug atomization hot compress instrument that Figure 12 provides for this utility model;
Hot compress pad internal structure schematic diagram one in the newtype drug atomization hot compress instrument that Figure 13 provides for this utility model;
Hot compress pad internal structure schematic diagram two in the newtype drug atomization hot compress instrument that Figure 14 provides for this utility model;
Hot compress pad internal structure schematic diagram three in the newtype drug atomization hot compress instrument that Figure 15 provides for this utility model;
Hot compress pad internal structure schematic diagram four in the newtype drug atomization hot compress instrument that Figure 16 provides for this utility model;
Hot compress pad internal structure schematic diagram five in the newtype drug atomization hot compress instrument that Figure 17 provides for this utility model;
Hot compress pad internal structure schematic diagram six in the newtype drug atomization hot compress instrument that Figure 18 provides for this utility model;
Hot compress pad internal structure schematic diagram seven in the newtype drug atomization hot compress instrument that Figure 19 provides for this utility model;
The hot compress pad structural representation one with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 20 provides for this utility model;
The hot compress pad internal structure schematic diagram one with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 21 provides for this utility model;
The hot compress pad internal structure schematic diagram two with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 22 provides for this utility model;
The hot compress pad internal structure schematic diagram three with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 23 provides for this utility model;
The hot compress pad internal structure schematic diagram four with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 24 provides for this utility model;
The hot compress pad internal structure schematic diagram five with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 25 provides for this utility model;
The hot compress pad internal structure schematic diagram six with emitting light energy source in the newtype drug atomization hot compress instrument that Figure 26 provides for this utility model;
The structural representation one of adapter in the newtype drug atomization hot compress instrument that Figure 27 provides for this utility model;
The plan structure schematic diagram one of adapter in the newtype drug atomization hot compress instrument that Figure 28 provides for this utility model;
The connected structure schematic diagram one of adapter and conduit in the newtype drug atomization hot compress instrument that Figure 29 provides for this utility model;
The structural representation one of conduit in the newtype drug atomization hot compress instrument that Figure 30 provides for this utility model;
The structural representation two of conduit in the newtype drug atomization hot compress instrument that Figure 31 provides for this utility model;
The structural representation three of conduit in the newtype drug atomization hot compress instrument that Figure 32 provides for this utility model;
The structural representation four of conduit in the newtype drug atomization hot compress instrument that Figure 33 provides for this utility model;
The structural representation five of conduit in the newtype drug atomization hot compress instrument that Figure 34 provides for this utility model;
The structural representation six of conduit in the newtype drug atomization hot compress instrument that Figure 35 provides for this utility model;
The structural representation seven of conduit in the newtype drug atomization hot compress instrument that Figure 36 provides for this utility model;
With the structural representation one of the conduit of conduit receiver in the newtype drug atomization hot compress instrument that Figure 37 provides for this utility model;
With the structural representation two of the conduit of conduit receiver in the newtype drug atomization hot compress instrument that Figure 38 provides for this utility model;
With the structural representation three of the conduit of conduit receiver in the newtype drug atomization hot compress instrument that Figure 39 provides for this utility model;
With the structural representation one of the hot compress pad of medicated bag in the newtype drug atomization hot compress instrument that Figure 40 provides for this utility model;
With the structural representation of the hot compress pad core body of medicated bag in the newtype drug atomization hot compress instrument that Figure 41 provides for this utility model;
Hot compress pad in the newtype drug atomization hot compress instrument that Figure 42 provides for this utility model is as the structural representation of medicated pillow or waist pillow;
The structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 43 provides for this utility model;
The structural representation of the hot compress pad with medicated bag in the newtype drug atomization hot compress instrument that Figure 44 provides for this utility model;
The structural representation of the hot compress pad with fixture in the newtype drug atomization hot compress instrument that Figure 45 provides for this utility model;
The newtype drug that Figure 46 provides for this utility model is atomized the structural representation increasing the hot compress pad of medicated bag in hot compress instrument in Figure 45;
The structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 47 provides for this utility model;
The newtype drug that Figure 48 provides for this utility model is atomized the structural representation increasing the hot compress pad of medicated bag in hot compress instrument in Figure 47;
The structural representation of the knee joint in the newtype drug atomization hot compress instrument that Figure 49 provides for this utility model or the hot compress pad of elbow joint;
The newtype drug that Figure 50 provides for this utility model is atomized the structural representation increasing the hot compress pad of medicated bag in hot compress instrument in Figure 49;
Knee joint in the newtype drug atomization hot compress instrument that Figure 51 provides for this utility model or elbow joint, and in the structural representation of separated hot compress pad;
The structural representation of the hot compress pad of medicated bag is added in Figure 51 in the newtype drug atomization hot compress instrument that Figure 52 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 53 provides for this utility model;
The structural representation of the hot compress pad of medicated bag is added in Figure 53 in the newtype drug atomization hot compress instrument that Figure 54 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 55 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 56 provides for this utility model;
The structural representation of the hand-type hot compress pad in the newtype drug atomization hot compress instrument that Figure 57 provides for this utility model;
The structural representation of the footwear type hot compress pad in the newtype drug atomization hot compress instrument that Figure 58 provides for this utility model;
The structural representation of the glove type hot compress pad in the newtype drug atomization hot compress instrument that Figure 59 provides for this utility model;
The another structural representation of the glove type hot compress pad in the newtype drug atomization hot compress instrument that Figure 60 provides for this utility model;
The structural representation of the pants type hot compress pad in the newtype drug atomization hot compress instrument that Figure 61 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 62 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 63 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 64 provides for this utility model;
The another structural representation of the hot compress pad in the newtype drug atomization hot compress instrument that Figure 65 provides for this utility model.
Wherein, 1 is atomizing heater; 2 is adapter; 3 is conduit; 4 is hot compress pad; 5 is central control module; 6 is heating tube; 7 is air-intake device sealed valve; 8 is air-intake device; 9 is liquid outlet sealed valve; 10 is hot compress liquid; 11 is detector liquid; 12 is atomizing heater mouthpiece; 13 is atomising device; 14 is transmitting medium cavity; 15 is insulating tube; 16 is heat-insulation layer; 17 is water absorber; 18 is housing; 19 is electric wire; 20 is conductive walls; 21 is hot compress sap cavity body; 22 is lid; 23 is hot compress pad core body; 24 is hot compress pad shell; 25 is atomizing heater interface; 26 is catheter interface; 27 is valve; 28 is sensor; 29 is core body shell; 30 is protruding; 31 is interlayer; 32 for supporting; 33 is pore; 34 is inner chamber body; 35 is outer chamber; 36 is steam channel; 37 is luminous energy wire; 38 is light pipe; 39 is emitting light energy source; 40 is circuit path interface; 41 is heat-insulation layer; 42 is circuit path; 43 is steam channel; 44 is conduit support; 45 is conduit receiver; 46 for intercepting net; 47 is elastic webbing; 48 is battery module; 49 is control panel; 50 is conduit heat-insulation layer; 51 is edge band; 52 is button; 53 is medicated bag.
Detailed description of the invention
Below in conjunction with specific embodiment, this utility model is described in further detail, described in be to explanation of the present utility model instead of restriction.
See Fig. 1 to Figure 65, a kind of newtype drug atomization hot compress instrument, comprise conduit 3, hot compress pad 4 and the atomizing heater 1 with air-intake device 8, atomizing heater 1 is connected with hot compress pad 4 by conduit 3, atomizing heater 1 is provided with for receiving the central control module 5 with process information, central control module 5 is connected with atomizing heater 1 with hot compress pad 4 by electric wire 19, the liquid outlet of atomizing heater 1 is provided with the heating tube 6 for heating hot compress liquid 10, and atomizing heater 1 exit is provided with liquid outlet sealed valve 9.See Fig. 1 to Fig. 3.
Atomizing heater plays medicament storage, atomization, heat effect.Different according to environment for use, there are two kinds to construct A (domestic) type and B (portable) type.
Wherein, see Fig. 4 to Fig. 5, A (domestic) type is: described atomizing heater 1 comprises housing 18, atomising device 13, conductive walls 20, lid 22 and air-intake device 8, conductive walls 20 is provided with in housing 18 inner chamber, conductive walls 20 upper end is provided with the lid 22 with atomizing heater mouthpiece 12, transmitting medium cavity 14 is formed between housing 18 and conductive walls 20, transmitting medium and atomising device 13 is provided with in transmitting medium cavity 14, conductive walls 20 inside is hot compress sap cavity body 21, in hot compress sap cavity body 21 cavity, hot compress liquid is housed, lid 22 sidewall is provided with air-intake device 8, air-intake device 8 front end is provided with air-intake device sealed valve 7, lid 22 is also provided with the detector liquid 11 stretched in hot compress liquid, heating tube 6 is provided with in atomizing heater mouthpiece 12, liquid outlet sealed valve 9 is provided with below heating tube 6, atomizing heater mouthpiece 12 is connected with hot compress pad 4 by conduit 3, housing is provided with central control module 5, central control module 5 is connected with atomizing heater 1 with hot compress pad 4 by electric wire 19.
Further, see Fig. 5, described housing 18 outer setting has heat-insulation layer 16, is provided with insulating tube 15 in transmitting medium.Insulating tube can heat, and also can freeze.Medicine can be allowed to remain on best storage temperature.
Atomising device, by water or other transmitting mediums, makes hot compress liquid be atomized.The promotion that fog is subject to air-intake device enters heating tube, enters adapter finally by by interface.Transmitting medium can avoid atomising device by the risk of hot compress corrosion and damage, extends the service life of atomising device greatly.
Air-intake device and the heating mouth of pipe respectively have a sealed valve, automatically close when machine switched off.On the one hand, can prevent machine from being revealed by hot compress liquid in the process of moving.The more important thing is, preventing hot compress liquid from volatilizing when not using.
In hot compress liquid container, detector liquid is installed, the amount of hot compress liquid is sent to central processing unit.
Or, Type B:
See Fig. 6 to Fig. 7, described atomizing heater 1 comprises housing 18, atomising device 13, water absorber 17, air-intake device 8 and the lid 22 with atomizing heater mouthpiece 12, water absorber 17 is provided with in described housing 18, hot compress sap cavity body 21 is formed between water absorber 17 both sides and housing 18, hot compress liquid is provided with in hot compress sap cavity body 21, water absorber 17 is provided with and exports corresponding atomising device with atomizing heater, housing 18 sidewall is provided with the detector liquid 11 stretched in hot compress liquid, housing 18 upper end is provided with lid 22, lid 22 sidewall is provided with air-intake device 8, air-intake device 8 front end is provided with air-intake device sealed valve 7, heating tube 6 is provided with in atomizing heater mouthpiece 12, liquid outlet sealed valve 9 is provided with below heating tube 6, atomizing heater mouthpiece 12 is connected with hot compress pad 4 by conduit 3, housing is provided with central control module 5, central control module 5 is connected with atomizing heater 1 with hot compress pad 4 by electric wire 19, described housing 18 outer setting has heat-insulation layer 16, insulating tube 15 is provided with in hot compress liquid.Insulating tube can heat, and also can freeze.Medicine can be allowed to remain on best storage temperature.Wherein, described water absorber 17 is absorbent cotton or water pump.
Further, be provided with battery module 48 bottom described housing 18, housing 18 is provided with fixture.Like this when this hot compress instrument is not when having galvanic, power supply use can be carried out to it by installing battery, and when by needs, whole equipment can be made small-sized, portable hot compress instrument, undertaken fixedly wearing accordingly by fixture, routine when realizing limit motion limit hot compress or motion uses.
It should be noted that, atomising device is supersonic atomizer.
Wherein, hot compress liquid is stored in atomizing heater, and hot compress liquid is atomized under the effect of supersonic atomizer, and under the driving of air-intake device, is heated to uniform temperature by heating tube, then by adapter and conduit, enters hot compress pad.
The operation principle of Type B is, hot compress liquid is drawn onto atomising device by water absorber, then is atomized.The advantage of such design is, atomizing heater can jolt, and normally uses in even inverted situation.
In hot compress liquid container, detector liquid is installed, the amount of hot compress liquid is sent to central processing unit.
Further, described atomizing heater can also be C type: two atomization type, see Fig. 8 to Fig. 9.
Hot compress liquid may contain ethanol, and heating can be on fire.The atomizing heater of this twin-tub, ethanol is without heating tube, safer.
Concrete, see Figure 10 to Figure 11, described central control module 5 comprises control panel 49 and central control circuit, and described central control circuit is connected with atomizing heater 1 with hot compress pad 4 by electric wire 19.The control panel of hot compress instrument is placed in the side of atomizing heater, uses the parameters such as Digital Circuit Control time, mist amount, wind speed, luminous energy, temperature.
Further, described central control module 5 also comprises networking module and wireless transmit and receiver module.Networking module is connected with the Internet, like this, by this hot compress instrument networking realization being operated the remote monitoring of hot compress instrument and remote assistance, also can realize the operation of mobile phone simultaneously, facilitating the operation of user.
Concrete, central control circuit is built in atomizing heater, for receiving and process information, as temperature, humidity, atomization quantity, body heath etc., controls and regulate the parameters of hot compress instrument.Meanwhile, wireless transmit and receiver module, make hot compress instrument that control panel both can have been used to regulate hot compress instrument, can carry out controlled in wireless to hot compress instrument.
It should be noted that, described control panel is provided with time, mist amount, wind speed, luminous energy and temperature regulation switch, and on and off switch, on and off switch can be common on and off switch.
In addition, the on and off switch on the control panel of atomizing heater is with fingerprint recognition, and be fingerprint recognition switch, such design can identify end user, carries out parameters personalization adjustment, and records service time and number of times.
It should be noted that, described air-intake device is fan or the device that can provide wind-force, can also be the air-intake device of waterproof.
Concrete, see Figure 12 to Figure 19, described hot compress pad 4 comprises hot compress pad core body 23 and hot compress pad shell 24, it is outside that described hot compress pad shell 24 is coated on hot compress pad core body 23, hot compress pad core body 23 is concave structure, be provided with the sensor 28 for collecting temperature, humidity, human body information in hot compress pad core body 23 spill cavity, sensor 28 is connected with the central control circuit in central control module 5 by electric wire 19.
It should be noted that, described sensor comprises the sensor for collecting temperature and humidity, namely also comprise the place being arranged on hot compress pad and human contact is exactly human body sensor on sensor outer housing simultaneously, the sensor such as such as miniature body temperature, blood pressure, pulse, breathing, concrete also has EGC sensor, blood pressure, blood glucose, respiration pickup etc.
Wherein, see Figure 14, described hot compress pad core body 23 comprises can prevent crimp and the core body shell 29 with certain toughness, core body shell 29 is provided with sensor 28 and protruding 30, this hot compress pad is more easily manufactured, also more easily cleans.
Concrete, see Figure 15, described hot compress pad core body 23 comprises core body shell 29 and interlayer 31; Core body shell 29 is provided with interlayer 31, core body shell 29 is divided into outer chamber 35 and open inner chamber body 34 by interlayer 31, be provided with protruding 30 outside described interlayer 31 in inner chamber body 34, be provided with sensor 28 inside interlayer 31, interlayer 31 be provided with pore 33.
Further, see Figure 16 or 17, on inside described interlayer 31, be also provided with protruding 30; Or, be provided with support 32 inside interlayer 31 and between core body shell 29, support between 32 and support 32 and form steam channel 6.
Further, see Figure 18, described core body shell 29 is inflating rubber core body shell, supports 32 for inflating rubber support.The gas of the inside can be bled off like this when not using, more easily storing.
Further, see Figure 19, described core body shell 29 is outer is also provided with heat-insulation layer 41, can ensure that the temperature of hot compress liquid remains in certain temperature range like this, avoid the unnecessary loss of heat, ensure that fomentation effect, can save power consumption.
During hot compress, inner chamber body is placed on skin, and steam, by the pore in the middle of interlayer, enters inner chamber body from outer chamber, plays the effect of hot compress.Projection on interlayer, make to extrude in any case or be out of shape, pore is still unimpeded.
Further, see 30 to 39, in described conduit 3 inner chamber, be provided with the circuit path 42 and steam channel 43 that dock with circuit path interface 40, can supply lines 19 and luminous energy wire 37 pass in circuit path 42.
Concrete, be provided with the multiple conduit support 44 conduit being divided into multiple passage in the middle of described conduit 3; Or conduit 3 inwall is provided with multiple projection; Or be provided with the multiple conduit support 44 replaced in length and breadth in conduit 3.
In addition, conduit receiver 45 is also provided with between described conduit 3.
In addition, the conduit receiver 45 with rotating shaft is also provided with between described conduit 3.
Further, conduit heat-insulation layer 50 is also provided with outside described conduit 3.
Concrete, electric wire is attached on pipe inner wall, and two of conduit is respectively male and female.Male both can be connected with the female of adapter, also can be connected with the female of other conduits, and any two conduits can be joined end to end.
The shape of conduit can be circular or oblate, and hard material or flexible material can be used to make.But flexible material is made, inside needs to add support, in case be crushed.
Concrete, the conduit of the flexibility of Figure 32, the conduit support in the middle of its conduit, is divided into multiple passage conduit.
The conduit of another flexibility, as described in Figure 33, it is identical with the conduit cross section described in Figure 32, but vertical section is different.Conduit support is got up by conduit support, but leaves space each other, keeps the flexibility of conduit.
Figure 33 conduit is generally oblate, although can only prevent the extruding on a direction, more soft, easier folding storage.
The flexible conduit of Figure 34 and the difference of Figure 33 are that conduit support replaces in length and breadth.The horizontal conduit support of a few row, more a few row erects conduit support.Can prevent conduit from being lost function by extruding on any direction.
The flexible conduit of Figure 35, catheter wall has a lot of kick, and these projections can prevent conduit to be extruded inefficacy.This conduit is the most soft.
The conduit receiver of Figure 37.
Wherein, conduit can be folded in conduit receiver, can be conduit below conduit receiver; Also can be made into catheter interface, be connected with other conduits or adapter.
Shaft type conduit receiver in Figure 38.
Tubes connection is in rotating shaft, and rotary shaft hollow, can rotate around junction.Steam and electric wire through rotating shaft and junction, can arrive interface.This design makes conduit arbitrarily to receive, but does not affect use.
Further, when needs supply multiple people or multiple position use hot compress pad simultaneously time, described atomizing heater 1 upper end is provided with adapter 2, and hot compress pad 4 is connected with adapter 2 by conduit 3.
Concrete, see Figure 27 to 29, described adapter comprises atomizing heater interface 25 and at least one catheter interface 26, atomizing heater interface is connected with atomizing heater 1, catheter interface is connected with conduit, be provided with independently scalable in catheter interface and control the valve 27 of hot compress liquid atomization quantity, catheter interface intracavity sidewall place is provided with circuit path interface 40, electric wire 19 below circuit path interface 40 is all connected with the central control circuit in central control module 5 with the valve 27 on circuit path interface side, electric wire 19 above circuit path interface 40 is connected with hot compress pad 4 through conduit.Wherein, valve 27 can be opened, close and the size of steam regulation, if this catheter interface does not have connecting duct, valve 27 can be closed automatically.The induction apparatus information such as the temperature in hot compress pad, humidity, human body electrocardio, are aggregated into central control circuit by adapter.
It should be noted that, in general adapter can be removed, but also can with atomizing heater, being made of one of conduit.
Further, see Figure 20 to 26, the lid 22 of atomizing heater 1 is also provided with emitting light energy source 39, described interlayer 31 offers placed cavity, luminous energy wire 37 is placed with in placed cavity, luminous energy wire 37 offers light-transmissive mouth, light-transmissive mouth is provided with light pipe 38, luminous energy wire 37 connects with emitting light energy source 39 through circuit path interface 40.
It should be noted that, described luminous energy wire also can be directly installed on not to be had in hot compress pad core body cavity with dissection.
Further, see Figure 40-65, described hot compress pad core body 23 concave-shaped openings place is provided with the obstruct net 46 for cartridging 53, intercepts and is also provided with elastic webbing 47 on the net, intercept net edge and edge band 51 is also installed, intercept on net and hot compress pad and the button 52 cooperatively interacted also is installed.
Concrete, see Figure 40-65, the shape of described hot compress pad core body 23 comprises rectangular sheet structure, circle, half arc, N-type, inverted L shape, footwear type, shoulder type, clothing type, Y type, I shape, irregular shape.
In addition, described hot compress pad shell 24 is provided with fixture.
Further, hot compress pad shell mainly plays fixing hot compress bedding core body, and the form such as thread gluing, belt can be used hot compress pad to be fixed on the position needing hot compress.
According to different positions, hot compress pad can be made into different size and shapes.Such as, apply the picture scarf at cervical vertebra, and apply the picture glove at finger.
Hot compress pad mainly uses softness, and the material that can maintain certain shape is made.Such as sponge, silica gel, inflatable rubber etc.
Hot compress pad is spill, is divided into two parts by interlayer.Skin is connected with pipeline, leaves crisscross, the jet chimney be interconnected between interlayer and skin.Aperture on vapour transmission interlayer arrives skin.
Interlayer and skin form the inner chamber body of semi-hermetic.Interlayer, near skin side, has small embossment around aperture.These small embossments are more lower slightly than the height of cavity.As required, the height of small embossment can be arranged, make the height of applicable human body destructing.Such as, can make according to the radian of cervical vertebra, the radian of cervical vertebra during recumbency hot compress, can be corrected.
The structure of hot compress pad core body, just as layer cloth, can be made into any shape in theory.But also need to take into account medicated bag form.Also traditional medicated bag can be placed in the inner chamber body of hot compress pad.Outside just needs to install one deck additional and intercepts net, prevents medicated bag from dropping out.
Concrete, install obstruct net around hot compress pad core body additional, upper end can be opened.Medicated bag can put into inner chamber body, fixes with button.
Due to the size of medicated bag, can not be the same with cavity large.In order to prevent gas from missing from surrounding, the surrounding intercepting net needs to install edge band 51 additional.Edge band 51 uses soft airtight, has again certain thickness material to make.
Intercept the openable position of net, the elastic webbing that an elastomeric material is made will be installed sidewards additional.(as rubber band).This is also in order to fixing medicated bag.
The hot compress pad form of various band medicated bag, all adopts identical structure below, is designed to difformity to adapt to different positions just in form, strengthens hot compress curative effect.
Concrete, the basic model of hot compress sheet, does not have fixture, can be filled in clothes, trousers, or be layered on medicated pillow.The simplest, but the moulding that purposes is the widest.The both sides being applicable to cervical region are in addition narrow, middle wide shape, or are placed on medicated pillow or waist pillow, and now, hot compress pad core body can be combined with medicated pillow, make medicated pillow or waist pillow.Different from stifling medicated pillow on the market, this is soft, sleeping comfortable.Meanwhile, multiple moulding of waist or abdominal part or knee joint, elbow joint can be also made into; Or, be made into finger-type, just as the glove of finger are exposed in front end, only need thumb and forefinger just passable; Or handbag form, just as hot-water bag.
In addition, the moulding of shoes moulding, slacks pattern, shoulder, both shoulders+shape such as back, back can also be designed to.
Further, the mode that the parameter such as size, time, wind-force of atomization quantity adopts electronics to be combined with controlled in wireless, can use a teleswitch, mobile phone etc. accurately controls nebulizer.Even can formulate different schemes.Such as operational version A, atomization quantity is 8, and wind-force is 9, and the time is 30 minutes (certainly also having other parameter as fomenter); Option b, atomization quantity is 3, wind-force 8,60 minutes time.
Use procedure of the present utility model:
During use, hot compress pad is fixed on the position needing hot compress.Hot compress liquid is stored in atomizing heater, after carrying out being atomized and heating, through adapter and conduit, enters hot compress pad, and then reaches the effect of hot compress.
Newtype drug that this utility model provides atomization hot compress instrument, while perfection takes into account traditional drugs hot compress, instead of traditional medicated bag with hot compress pad innovatively, allows hot compress become safe, intelligent, controlled, can be portable, and is easy to use.This hot compress instrument section is simultaneously for many people simultaneously.
This utility model has following beneficial effect:
1, replace medicated bag with liquid medicine, do not need frequently to change medicated bag.But meanwhile, medicated bag also can be used to carry out hot compress.
2, adopt electronization to control, accurately can control the parameter such as dose, temperature, time of each hot compress pad.
3, atomizing heater can play effect that is airtight and cold preservation medicine, keep liquid medicine non-volatile, never degenerate.
4, all need to spread wine when traditional hot compress uses.And in novel hot compress instrument, medicine and ethanol deployed according to the ratio of the best, does not need to spread wine again when using at every turn.
5, hot compress pad can make various different size and shape, does hot compress at different positions.
6, can simultaneously to the hot compress of multiple positions, or many people use.
7, portable version can be made into, hot compress at any time in work, driving even motion.
8, have support in hot compress pad, the distortion that is squeezed still can normally use.Can use any posture, comfily hot compress, even sleep limit in limit is applied.
9, steam-heated mode, can by water generation chemical reaction between medicine, can reduce traditional hot compress principle to greatest extent, ensures the therapeutic effect of hot compress.
10, can install optical channel additional, the diathermy of hot compress limit, limit is treated.
11, hot compress pad can install human body sensor additional, monitors at any time by the body temperature of hot compress people, blood pressure, heart beating, breathing etc.
12, greatly power consumption is reduced.Tradition hot compress is the steam heating medicine with 100 degree, then is cooled to suitable temperature to use.Excessive steam and heat, waste huge energy.And liquid medicine only need be heated to suitable temperature by novel hot compress instrument, add that medicine post liquefaction water content is few, greatly reduce power consumption.
13, concentrated liquid medicine is used, more durable than medicated bag.Add a medicine, even can use one month.
14, the use of air-intake device in nebulizer, even if the medicine mist making trace again, also can be delivered to affected part by wind.
15, built-in wireless reception and transmitter module, can realize wireless connections and control.
16, built-in networking module, can realize Long-distance Control.
17, hot compress instrument does not need two bag medicine rotations to use, and improves drug use rate more than 100%.
18, can heating tube be closed, use insulating tube refrigeration even simultaneously, realize cold compress.
More than show and describe ultimate principle of the present utility model and principal character and advantage of the present utility model.The technical staff of the industry should understand; this utility model is not restricted to the described embodiments; what describe in above-described embodiment and description just illustrates principle of the present utility model; under the prerequisite not departing from this utility model spirit and scope; this utility model also has various changes and modifications, and these changes and improvements all fall within the scope of claimed this utility model.The claimed scope of this utility model is defined by appending claims and equivalent thereof.
Claims (27)
1. a newtype drug atomization hot compress instrument, it is characterized in that, comprise conduit (3), hot compress pad (4) and the atomizing heater (1) with air-intake device (8), atomizing heater (1) is connected with hot compress pad (4) by conduit (3), atomizing heater (1) is provided with for receiving and the central control module of process information (5), central control module (5) is connected with atomizing heater (1) with hot compress pad (4) by electric wire (19), the liquid outlet of atomizing heater (1) is provided with the heating tube (6) for heating hot compress liquid (10), atomizing heater (1) exit is provided with liquid outlet sealed valve (9).
2. newtype drug atomization hot compress instrument according to claim 1, it is characterized in that, described atomizing heater (1) comprises housing (18), atomising device (13), conductive walls (20), lid (22) and air-intake device (8), conductive walls (20) is provided with in housing (18) inner chamber, conductive walls (20) upper end is provided with the lid (22) with atomizing heater mouthpiece (12), transmitting medium cavity (14) is formed between housing (18) and conductive walls (20), transmitting medium and atomising device (13) is provided with in transmitting medium cavity (14), conductive walls (20) inside is hot compress sap cavity body (21), in hot compress sap cavity body (21) cavity, hot compress liquid is housed, lid (22) sidewall is provided with air-intake device (8), air-intake device (8) front end is provided with air-intake device sealed valve (7), lid (22) is also provided with the detector liquid (11) stretched in hot compress liquid, heating tube (6) is provided with in atomizing heater mouthpiece (12), heating tube (6) below is provided with liquid outlet sealed valve (9), atomizing heater mouthpiece (12) is connected with hot compress pad (4) by conduit (3), housing is provided with central control module (5), central control module (5) is connected with atomizing heater (1) with hot compress pad (4) by electric wire (19).
3. newtype drug atomization hot compress instrument according to claim 2, it is characterized in that, described housing (18) outer setting has heat-insulation layer (16), is provided with insulating tube (15) in transmitting medium.
4. newtype drug atomization hot compress instrument according to claim 1, it is characterized in that, described atomizing heater (1) comprises housing (18), atomising device (13), water absorber (17), air-intake device (8) and the lid (22) with atomizing heater mouthpiece (12), water absorber (17) is provided with in described housing (18), hot compress sap cavity body (21) is formed between water absorber (17) both sides and housing (18), hot compress liquid is provided with in hot compress sap cavity body (21), water absorber (17) is provided with and exports corresponding atomising device with atomizing heater, housing (18) sidewall is provided with the detector liquid (11) stretched in hot compress liquid, housing (18) upper end is provided with lid (22), lid (22) sidewall is provided with air-intake device (8), air-intake device (8) front end is provided with air-intake device sealed valve (7), heating tube (6) is provided with in atomizing heater mouthpiece (12), heating tube (6) below is provided with liquid outlet sealed valve (9), atomizing heater mouthpiece (12) is connected with hot compress pad (4) by conduit (3), housing is provided with central control module (5), central control module (5) is connected with atomizing heater (1) with hot compress pad (4) by electric wire (19).
5. newtype drug atomization hot compress instrument according to claim 4, it is characterized in that, described housing (18) outer setting has heat-insulation layer (16), is provided with insulating tube (15) in hot compress liquid.
6. newtype drug atomization hot compress instrument according to claim 4, is characterized in that, described housing (18) bottom is provided with battery module (48).
7. newtype drug atomization hot compress instrument according to claim 4, it is characterized in that, described water absorber (17) is absorbent cotton or water pump.
8. the newtype drug atomization hot compress instrument according to claim 1 or 2 or 4, it is characterized in that, described central control module (5) comprises control panel (49) and central control circuit, and described central control circuit is connected with atomizing heater (1) with hot compress pad (4) by electric wire (19).
9. newtype drug according to claim 8 atomization hot compress instrument, is characterized in that, described central control module (5) also comprises networking module and wireless transmit and receiver module.
10. the newtype drug atomization hot compress instrument according to claim 1 or 3 or 4 or 5 or 6, it is characterized in that, described hot compress pad (4) comprises hot compress pad core body (23) and hot compress pad shell (24), it is outside that described hot compress pad shell (24) is coated on hot compress pad core body (23), hot compress pad core body (23) is concave structure, be provided with for collecting temperature in hot compress pad core body (23) spill cavity, humidity, the sensor (28) of human body information, sensor (28) is connected with central control module (5) by electric wire (19).
11. newtype drug atomization hot compress instruments according to claim 10, it is characterized in that, described hot compress pad core body (23) comprises can prevent crimp and the core body shell (29) with certain toughness, core body shell (29) is provided with sensor (28) and protruding (30).
12. newtype drug atomization hot compress instruments according to claim 10, it is characterized in that, described hot compress pad core body (23) comprises core body shell (29) and interlayer (31); Core body shell (29) is provided with interlayer (31), core body shell (29) is divided into outer chamber (35) and open inner chamber body (34) by interlayer (31), projection (30) is provided with in described interlayer (31) outside inner chamber body (34), interlayer (31) inner side is provided with sensor (28), interlayer (31) is provided with pore (33).
13. newtype drug atomization hot compress instruments according to claim 12, is characterized in that, described interlayer (31) inner side is also provided with projection (30);
Or, be provided with between interlayer (31) inner side and core body shell (29) and support (32), support between (32) and support (32) and form steam channel (6).
14. newtype drug atomization hot compress instruments according to claim 13, it is characterized in that, described core body shell (29) is inflating rubber core body shell, supports (32) for inflating rubber support.
15. according to claim 11 or 12 newtype drug atomization hot compress instrument, it is characterized in that, described core body shell (29) is also provided with heat-insulation layer (41) outward.
16. according to claim 1 or 2 or 3 or 4 or 12 newtype drug atomization hot compress instrument, it is characterized in that, described atomizing heater (1) upper end is provided with adapter (2), and hot compress pad (4) is connected with adapter (2) by conduit (3).
17. newtype drug atomization hot compress instruments according to claim 16, it is characterized in that, described adapter comprises atomizing heater interface (25) and at least one catheter interface (26), atomizing heater interface is connected with atomizing heater (1), catheter interface is connected with conduit, valve (27) is provided with in catheter interface, catheter interface intracavity sidewall place is provided with circuit path interface (40), the electric wire (19) of circuit path interface (40) below is all connected with central control module (5) with the valve (27) on circuit path interface side, the electric wire (19) of circuit path interface (40) top is connected with hot compress pad (4) through conduit.
18. newtype drug atomization hot compress instruments according to claim 12, it is characterized in that, described atomizing heater (1) is also provided with emitting light energy source (39), described interlayer (31) offers placed cavity, luminous energy wire (37) is placed with in placed cavity, (37) offer light-transmissive mouth with luminous energy wire, light-transmissive mouth is provided with light pipe (38), luminous energy wire (37) connects with emitting light energy source (39) through circuit path interface (40).
19. newtype drug atomization hot compress instruments according to claim 18, it is characterized in that, described emitting light energy source (39) is arranged on the lid of atomizing heater (1).
20. newtype drug atomization hot compress instruments according to claim 1, it is characterized in that, be provided with the circuit path (42) docked with circuit path interface (40) and steam channel (43) in described conduit (3) inner chamber, can supply lines (19) and luminous energy wire (37) pass in circuit path (42).
21. newtype drug atomization hot compress instruments according to claim 1 or 20, is characterized in that, is provided with the multiple conduit support (44) conduit being divided into multiple passage in the middle of described conduit (3); Or conduit (3) inwall is provided with multiple projection; Or be provided with the multiple conduit support (44) replaced in length and breadth in conduit (3).
22. newtype drug atomization hot compress instruments according to claim 21, is characterized in that, be also provided with conduit receiver (45) between described conduit (3).
23. newtype drug atomization hot compress instruments according to claim 21, is characterized in that, be also provided with the conduit receiver (45) with rotating shaft between described conduit (3).
24. newtype drug atomization hot compress instruments according to claim 10, it is characterized in that, described hot compress pad core body (23) concave-shaped openings place is provided with the obstruct net (46) for cartridging, intercepts and is also provided with elastic webbing (47) on the net.
25. newtype drug atomization hot compress instruments according to claim 10, it is characterized in that, the shape of described hot compress pad core body (23) comprises rectangular sheet structure, circle, half arc, N-type, inverted L shape, footwear type, shoulder type, Y type, I shape.
26. newtype drug atomization hot compress instruments according to claim 25, it is characterized in that, described hot compress pad shell (24) is provided with fixture.
27. newtype drug atomization hot compress instruments according to claim 4, is characterized in that, described housing (18) is provided with fixture.
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| CN201520494228.0U CN204814361U (en) | 2015-07-09 | 2015-07-09 | Novel medicine atomizing hot compress appearance |
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| CN201520494228.0U CN204814361U (en) | 2015-07-09 | 2015-07-09 | Novel medicine atomizing hot compress appearance |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078734A (en) * | 2015-07-09 | 2015-11-25 | 曹博 | Novel medicine atomizing hot compress instrument |
| CN105935339A (en) * | 2016-03-28 | 2016-09-14 | 门晓娟 | Pulse-steam breast-nursing instrument |
| CN108743329A (en) * | 2018-06-25 | 2018-11-06 | 匡兆年 | A kind of outer abdomen hot application device of GI Medicine |
| CN111281645A (en) * | 2020-03-12 | 2020-06-16 | 华中科技大学同济医学院附属协和医院 | Wrapping and hot compress device and control method thereof |
| CN113288781A (en) * | 2021-07-05 | 2021-08-24 | 嘉兴市妇幼保健院 | Perineum fumigator for obstetrics and gynecology department |
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2015
- 2015-07-09 CN CN201520494228.0U patent/CN204814361U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078734A (en) * | 2015-07-09 | 2015-11-25 | 曹博 | Novel medicine atomizing hot compress instrument |
| CN105078734B (en) * | 2015-07-09 | 2017-12-08 | 曹博 | A kind of newtype drug is atomized hot compress instrument |
| CN105935339A (en) * | 2016-03-28 | 2016-09-14 | 门晓娟 | Pulse-steam breast-nursing instrument |
| CN108743329A (en) * | 2018-06-25 | 2018-11-06 | 匡兆年 | A kind of outer abdomen hot application device of GI Medicine |
| CN111281645A (en) * | 2020-03-12 | 2020-06-16 | 华中科技大学同济医学院附属协和医院 | Wrapping and hot compress device and control method thereof |
| CN113288781A (en) * | 2021-07-05 | 2021-08-24 | 嘉兴市妇幼保健院 | Perineum fumigator for obstetrics and gynecology department |
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