CN105078734B - A kind of newtype drug is atomized hot compress instrument - Google Patents
A kind of newtype drug is atomized hot compress instrument Download PDFInfo
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- CN105078734B CN105078734B CN201510400266.XA CN201510400266A CN105078734B CN 105078734 B CN105078734 B CN 105078734B CN 201510400266 A CN201510400266 A CN 201510400266A CN 105078734 B CN105078734 B CN 105078734B
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Abstract
The invention discloses a kind of newtype drug to be atomized hot compress instrument, including conduit (3), hot compress pad (4) and the atomizing heater (1) with air-intake device (8), atomizing heater (1) is connected by conduit (3) with hot compress pad (4), it is provided with atomizing heater (1) for receiving the central control module (5) with processing information, central control module (5) is connected by electric wire (19) with hot compress pad (4) and atomizing heater (1), the liquid outlet of atomizing heater (1) is provided with the heating tube (6) for being heated to hot compress liquid (10), atomizing heater (1) exit is provided with liquid outlet sealed valve (9).The medicinal atomized hot compress instrument, while perfection takes into account traditional medicine hot compress, traditional pack is innovatively instead of with hot compress pad, allow hot compress become it is safe, intelligent, controllable, can be portable, and it is easy to use, the effect of hot compress is enhanced, also achieves the quick and convenient practicality in different occasions.
Description
Technical field
The present invention relates to a kind of hot compress instrument, more particularly to a kind of newtype drug atomization hot compress instrument.
Background technology
Medicine hot compress is a kind of ancient treatment method, and its principle is that medicine is sewn in cloth bag, and wine is sprinkled before use and is done
Introduction, steaming on food steamer is put in, pack is then placed on affected part.To maintain the temperature of pack, it is necessary to more renew every few minutes
Pack.After hot compress is complete, it is necessary to pack is positioned over into ventilation and dried, prevents medicine from going bad.Therefore, medicine hot compress has following lack
Point：
1st, temperature is unable to maintain that, needs within every five minutes to change a medicine.
2nd, dose is small so that often bag medicine can only be used 5-6 times；
3rd, temperature can not accurate adjustment, thus skin may be scalded or reduce drug effect because temperature is low.
4th, medicine is apt to deteriorate in the environment of hectic fever, therefore used every time will aeration-drying.
5th, pack makes cumbersome.
6th, pack can not be profile-followed, and many places are bad to be applied.For example, hot compress can treat mouse hand, but pack obviously can not
Make the shape of gloves.
7th, wine is spread every time, and is difficult to the ratio for controlling wine and medicine.
8th, it is not portable, medicine hot compress can not be used in driving.
9th, the water level in pot is too high, or pot cover improper use, water is directly contacted pack, can cause medicine and property of medicine stream
Lose.
10th, can not diathermy while hot compress.
Meanwhile diathermy therapy, using infra-red light irradiation.Diathermy therapy for cervical spondylopathy, lumbar vertebra disease, muscular strain etc.,
Also there is good effect.But shortcoming is also very prominent：
1st, just as being exposed to the sun under the sun, doing roasting flavour can not feel better for diathermy.
2nd, diathermy must undress, very awkward.If you need roasting buttocks, you must take off trousers, also compare
Trouble.
3rd, can not accurate diathermy position.Such as：If roasting cervical vertebra is just hoped, but your whole head must all be exposed to infrared ray
In.
At present, number of patent application is 201210311453.7 patent, discloses a kind of ultrasonic atomizatio Far-infrared Heating and smokes
Instrument and its use device are steamed, but fumigating instrument is not after all hot compress instrument, is not to be designed for hot compress.Its shortcoming has：
1st, fumigating instrument can not locally keep high temperature.Fumigating instrument to reach the temperature of hot compress, it is necessary to very big power, and
And using when just as washing high temperature Saunas, can make one excessive and perspire, and it is excessive perspire, do not have the work for the treatment of not only
With, may further result in human body dehydration.
2nd, can not in local administration, can do whole body is damp.It also can greatly waste medicine simultaneously.
3rd, infrared ray and heat can not be adjusted respectively.And excessive infrared radiation, certain injury is also brought along to human body.
4th, can not use during exercise.
5th, steam and infrared ray share a pipeline, and medicine can be attached on inner-walls of duct and fluorescent tube, influence infrared ray work
Make, and clean also very hard.
6th, can only fumigate in a single direction.For example during for treating tennis elbow, fumigating instrument can only smoke a face, therefore
Uniformly can not comprehensively it treat.
7 as electric bake, and some positions are very awkward, also limit use occasion simultaneously.
8th, a fumigating instrument can only fumigate a position, or a people.
9th, fumigating instrument does not have the place of holding medicine in steam (vapor) outlet.
10th, fumigating instrument does not have the valve that holding medicine volatilizees, and is not easy to store for a long time.
11st, wind apparatus is not added, in atomizer power very little, medicine mist body is difficult to out.Especially when using dense
, it is necessary to which few dose, now can not just meet patient demand during contracting medicine.
12nd, there is no medicine cold storage plant, thus cause medicine easily to fail.
13rd, without wireless receiving and emitter, wireless connection and controlled in wireless can not be realized.
14th, there is no network remote control module, remote assistance and control can not be carried out.
15th, without temperature, humidity sensor, the temperature and humidity of human body surface can not be learnt.
16th, inductor is monitored without human body, dangerous alarm occurs in people.
17th, when not having medicine, pack hot compress can not be used.
The content of the invention
In order to solve the above technical problems, The present invention provides a kind of practical newtype drug is atomized hot compress instrument,
While perfection takes into account traditional medicine hot compress, traditional pack is innovatively instead of with hot compress pad, allows hot compress to become safety, intelligence
Can, it is controllable, can be portable, it is and easy to use, enhance the effect of hot compress, while also achieve in the quick and convenient of different occasions
It is practical.
The present invention is to be achieved through the following technical solutions：
A kind of newtype drug is atomized hot compress instrument, including conduit, hot compress pad and the atomizing heater with air-intake device, atomization
Heater is connected by conduit with hot compress pad, is provided with atomizing heater for receiving the center control mould with processing information
Block, central control module are connected by electric wire with hot compress pad and atomizing heater, and the liquid outlet of atomizing heater is provided with
For the heating tube heated to hot compress liquid, atomizing heater exit is provided with liquid outlet sealed valve.
Described atomizing heater includes housing, atomising device, conductive walls, lid and air-intake device；Set in housing cavity
Conductive walls are equipped with, conductive walls upper end is provided with the lid with atomizing heater mouthpiece, is formed and passed between housing and conductive walls
Medium cavity is led, is provided with transmitting medium and atomising device in transmitting medium cavity, is hot compress liquid cavity inside conductive walls, hot compress liquid
Hot compress liquid is housed in cavity cavity, air-intake device is provided with covered body wall, air-intake device front end is provided with air-intake device sealing
Valve, the detector liquid stretched into hot compress liquid is additionally provided with lid, heating tube is provided with atomizing heater mouthpiece, adds
Liquid outlet sealed valve is provided with below heat pipe, atomizing heater mouthpiece is connected with hot compress pad by conduit, set on housing
Central control module is equipped with, central control module is connected by electric wire with hot compress pad and atomizing heater.
Described hull outside is provided with heat-insulation layer, and insulating tube is provided with transmitting medium.
Described atomizing heater includes housing, atomising device, water absorber, air-intake device and connect with atomizing heater
The lid of mouth pipe；Water absorber is provided with described housing, hot compress liquid cavity, heat are formed between water absorber both sides and housing
Apply in sap cavity body and be provided with hot compress liquid, be provided with water absorber and the corresponding atomising device in atomizing heater outlet, housing sidewall
On be provided with the detector liquid stretched into hot compress liquid, housing upper end is provided with lid, air-intake device is provided with covered body wall,
Air-intake device front end is provided with air-intake device sealed valve, and heating tube, heating tube lower section are provided with atomizing heater mouthpiece
Liquid outlet sealed valve is provided with, atomizing heater mouthpiece is connected by conduit with hot compress pad, and center is provided with housing
Control module, central control module are connected by electric wire with hot compress pad and atomizing heater.
Described hull outside is provided with heat-insulation layer, and insulating tube is provided with hot compress liquid.
Described housing bottom is provided with battery module.
Described water absorber is wash water cotton or water pump.
Described central control module includes control panel and central control circuit, and described central control circuit passes through electricity
Line is connected with hot compress pad and atomizing heater.
Described central control module also includes networking module and wireless transmission and receiving module.
Described hot compress pad includes hot compress pad core body and hot compress pad shell, and described hot compress pad shell is coated on hot compress bedding core
Outside body, hot compress pad core body is concave structure, is provided with hot compress pad core body spill cavity for collecting temperature, humidity, human body
The sensor of information, sensor are connected by electric wire with central control module.
Described hot compress pad core body includes that crimp can be prevented and has the core body shell of certain toughness, on core body shell
It is provided with sensor and projection.
Described hot compress pad core body includes core body shell and interlayer；Interlayer is provided with core body shell, interlayer is by outside core body
Shell is divided into outer chamber and open inner chamber body, is provided with projection in inner chamber body on the outside of described interlayer, is provided with the inside of interlayer
Sensor, stomata is provided with interlayer.
Projection is additionally provided with the inside of described interlayer；
Or support is provided with the inside of interlayer between core body shell, form steam channel between support and support.
Described core body shell is inflating rubber core body shell, supports and is supported for inflating rubber.
Heat-insulation layer is additionally provided with outside described core body shell.
Described atomizing heater upper end is provided with connector, and hot compress pad is connected by conduit with connector.
Described connector includes atomizing heater interface and at least one catheter interface, atomizing heater interface and atomization
Heater is connected, and catheter interface is connected with conduit, and valve is provided with catheter interface, electricity is provided with catheter interface intracavity sidewall
Paths interface, the valve beside electric wire and circuit path interface below circuit path interface with central control module phase
Even, the electric wire above circuit path interface is connected through conduit with hot compress pad.
Luminous energy emission source is additionally provided with described atomizing heater, placed cavity, placed cavity are offered on described interlayer
In be placed with luminous energy wire, light-transmissive mouth is offered on luminous energy wire, light pipe, luminous energy wire are provided with light-transmissive mouth
Connect through circuit path interface with luminous energy emission source.
Described luminous energy emission source is arranged on the lid of atomizing heater.
The circuit path and steam channel docked with circuit path interface, circuit path are provided with described conduit cavity
In can supply lines and luminous energy wire pass through.
The multiple conduit supports for conduit being divided into multiple passages are provided among described conduit；Or on pipe inner wall
It is provided with multiple projections；Or alternate multiple conduit supports in length and breadth are provided with conduit.
Conduit receiver is additionally provided between described conduit.
The conduit receiver with rotating shaft is additionally provided between described conduit.
The barrier net for powder charge bag is provided with described hot compress pad core body concave-shaped openings, barrier is additionally provided with bullet on the net
Property band.
The shape of described hot compress pad core body includes rectangular sheet structure, circle, half arc, N-type, inverted L shape, shoe style, shoulder
Type, clothing type, Y types, I-shaped, irregular shape.
Described hot compress pad shell is provided with fixture.
Fixing device is provided with described housing.
Compared with prior art, the present invention has technique effect beneficial below：
1st, pack is replaced with liquid medicine, it is not necessary to frequently change pack.But it is also possible to use pack carries out hot compress.
2nd, controlled using electronization, can accurately control the parameters such as the dose of each hot compress pad, temperature, time.
3rd, atomizing heater can play a part of closed and refrigeration medicine, and holding liquid medicine is non-volatile, never degenerates.
4th, traditional hot compress using when be required for spreading wine.And in new hot compress instrument, medicine and alcohol according to optimal
Ratio is deployed, it is not necessary to spreads wine again when using every time.
5th, hot compress pad can make a variety of size and shapes, and hot compress is done at different positions.
6th, multiple position hot compresses, or more people can be used simultaneously.
7th, portable version can be fabricated to, the hot compress at any time in work, driving are even moved.
8th, there is support in hot compress pad, being squeezed deformation still can be with normal use.Any posture, comfortable underground heat can be used
Apply, or even applied in sleep.
9th, steam-heated mode, it can be chemically reacted by water between medicine, biography can be reduced to greatest extent
The hot compress principle of system, ensure the therapeutic effect of hot compress.
10th, optical channel can be installed additional, the diathermy treatment in hot compress.
11st, hot compress pad can install human body sensor additional, monitor at any time by the body temperature of hot compress people, blood pressure, heartbeat, breathing etc..
12nd, power consumption is greatly reduced.Traditional hot compress is the steam heating medicine with 100 degree, is cooled back to suitable temperature
Degree uses.Excessive vapor and heat, wastes huge energy.And liquid medicine need to only be heated to suitable temperature by new hot compress instrument
Degree, water content is few after being liquefied plus medicine, greatly reduces power consumption.
13rd, it is more durable than pack using concentration liquid medicine.Add a medicine, it might even be possible to use one month.
14th, in atomizer air-intake device use so that even if micro medicine mist again, also can be sent to affected part by wind.
15th, built-in wireless reception and transmitter module, it is possible to achieve wireless connection and control.
16th, built-in networking module, it is possible to achieve remote control.
17th, hot compress instrument does not need two bag medicine rotations to use, and improves medicine utilization rate more than 100%.
18th, heating tube can be closed, or even is freezed simultaneously using insulating tube, realizes cold compress.
Brief description of the drawings
Fig. 1 is that newtype drug provided by the invention is atomized hot compress instrument structural representation one；
Fig. 2 is that newtype drug provided by the invention is atomized hot compress instrument structural representation two；
Fig. 3 is that newtype drug provided by the invention is atomized hot compress instrument structural representation three；
Fig. 4 is the A type atomizing heaters structural representation one that newtype drug provided by the invention is atomized in hot compress instrument；
Fig. 5 is the A type atomizing heaters structural representation two that newtype drug provided by the invention is atomized in hot compress instrument；
Fig. 6 is the Type B atomizing heater structural representation one that newtype drug provided by the invention is atomized in hot compress instrument；
Fig. 7 is the Type B atomizing heater structural representation two that newtype drug provided by the invention is atomized in hot compress instrument；
Fig. 8 is the c-type atomizing heater structural representation one that newtype drug provided by the invention is atomized in hot compress instrument；
Fig. 9 is the c-type atomizing heater structural representation two that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 10 is the control panel structural representation one that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 11 is the control panel structural representation two that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 12 is the hot compress pad structural representation one that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 13 is the hot compress pad internal structure schematic diagram one that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 14 is the hot compress pad internal structure schematic diagram two that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 15 is the hot compress pad internal structure schematic diagram three that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 16 is the hot compress pad internal structure schematic diagram four that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 17 is the hot compress pad internal structure schematic diagram five that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 18 is the hot compress pad internal structure schematic diagram six that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 19 is the hot compress pad internal structure schematic diagram seven that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 20 is that the hot compress mat structure with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument shows
It is intended to one；
Figure 21 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram one；
Figure 22 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram two；
Figure 23 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram three；
Figure 24 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram four；
Figure 25 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram five；
Figure 26 is the hot compress pad internal junction with luminous energy emission source that newtype drug provided by the invention is atomized in hot compress instrument
Structure schematic diagram six；
Figure 27 is the structural representation one that newtype drug provided by the invention is atomized connector in hot compress instrument；
Figure 28 is the overlooking the structure diagram one that newtype drug provided by the invention is atomized connector in hot compress instrument；
Figure 29 is that newtype drug provided by the invention is atomized the connected structure schematic diagram one of connector and conduit in hot compress instrument；
Figure 30 is the structural representation one that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 31 is the structural representation two that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 32 is the structural representation three that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 33 is the structural representation four that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 34 is the structural representation five that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 35 is the structural representation six that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 36 is the structural representation seven that newtype drug provided by the invention is atomized conduit in hot compress instrument；
Figure 37 is the structural representation that newtype drug provided by the invention is atomized the conduit with conduit receiver in hot compress instrument
Figure one；
Figure 38 is the structural representation that newtype drug provided by the invention is atomized the conduit with conduit receiver in hot compress instrument
Figure two；
Figure 39 is the structural representation that newtype drug provided by the invention is atomized the conduit with conduit receiver in hot compress instrument
Figure three；
Figure 40 is the structural representation one that newtype drug provided by the invention is atomized the hot compress pad with pack in hot compress instrument；
Figure 41 is the structural representation that newtype drug provided by the invention is atomized the hot compress pad core body with pack in hot compress instrument
Figure；
Figure 42 is that the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument shows as the structure that pillow or waist are rested the head on
It is intended to；
Figure 43 is the structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 44 is the structural representation for the hot compress pad with pack that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 45 is that the structure for the hot compress pad with fixing device that newtype drug provided by the invention is atomized in hot compress instrument is shown
It is intended to；
Figure 46 is that the structure for the hot compress pad for increasing pack in Figure 45 in newtype drug provided by the invention atomization hot compress instrument is shown
It is intended to；
Figure 47 is the structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 48 is that the structure for the hot compress pad for increasing pack in Figure 47 in newtype drug provided by the invention atomization hot compress instrument is shown
It is intended to；
Figure 49 is the structure of the hot compress pad of the knee joint that newtype drug provided by the invention is atomized in hot compress instrument or elbow joint
Schematic diagram；
Figure 50 is that the structure for the hot compress pad for increasing pack in Figure 49 in newtype drug provided by the invention atomization hot compress instrument is shown
It is intended to；
Figure 51 is the knee joint or elbow joint that newtype drug provided by the invention is atomized in hot compress instrument, and in separated heat
Apply the structural representation of pad；
Figure 52 is that the structure of the hot compress pad of dosing bag in Figure 51 that newtype drug provided by the invention is atomized in hot compress instrument is shown
It is intended to；
Figure 53 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 54 is that the structure of the hot compress pad of dosing bag in Figure 53 that newtype drug provided by the invention is atomized in hot compress instrument is shown
It is intended to；
Figure 55 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 56 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 57 is the structural representation for the hand-type hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 58 is the structural representation for the shoe style hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 59 is the structural representation for the glove type hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 60 is the another structural representation for the glove type hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 61 is the structural representation for the pants type hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 62 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 63 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 64 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument；
Figure 65 is the another structural representation for the hot compress pad that newtype drug provided by the invention is atomized in hot compress instrument.
Wherein, 1 is atomizing heater；2 be connector；3 be conduit；4 be hot compress pad；5 be central control module；6 be to add
Heat pipe；7 be air-intake device sealed valve；8 be air-intake device；9 be liquid outlet sealed valve；10 be hot compress liquid；11 be liquid
Detector；12 be atomizing heater mouthpiece；13 be atomising device；14 be transmitting medium cavity；15 be insulating tube；16 be insulation
Layer；17 be water absorber；18 be housing；19 be electric wire；20 be conductive walls；21 be hot compress liquid cavity；22 be lid；23 be hot compress
Bedding core body；24 be hot compress pad shell；25 be atomizing heater interface；26 be catheter interface；27 be valve；28 be sensor；29
For core body shell；30 be projection；31 be interlayer；32 be support；33 be stomata；34 be inner chamber body；35 be outer chamber；36 be steam
Passage；37 be luminous energy wire；38 be light pipe；39 be luminous energy emission source；40 be circuit path interface；41 be heat-insulation layer；42 are
Circuit path；43 be steam channel；44 be conduit support；45 be conduit receiver；46 be barrier net；47 be elastic webbing；48 are
Battery module；49 be control panel；50 be conduit heat-insulation layer；51 be edge band；52 be button；53 be pack.
Embodiment
With reference to specific embodiment, the present invention is described in further detail, it is described be explanation of the invention and
It is not to limit.
Referring to Fig. 1 to Figure 65, a kind of newtype drug is atomized hot compress instrument, including conduit 3, hot compress pad 4 and with air-intake device 8
Atomizing heater 1, atomizing heater 1 is connected by conduit 3 with hot compress pad 4, be provided with atomizing heater 1 for receiving and
The central control module 5 of processing information, central control module 5 are connected by electric wire 19 with hot compress pad 4 and atomizing heater 1, mist
The liquid outlet of change heater 1 is provided with the heating tube 6 for being heated to hot compress liquid 10, the exit of atomizing heater 1
It is provided with liquid outlet sealed valve 9.Referring to Fig. 1 to Fig. 3
Atomizing heater plays medicament storage, atomization, heat effect.It is different according to use environment, there are two kinds of structures A (families
With) type and B (portable) type.
Wherein, it is referring to Fig. 4 to Fig. 5, A (family expenses) type：Described atomizing heater 1 include housing 18, atomising device 13,
Conductive walls 20, lid 22 and air-intake device 8；Conductive walls 20 are provided with the inner chamber of housing 18, the upper end of conductive walls 20, which is provided with, to be carried
The lid 22 of atomizing heater mouthpiece 12, transmitting medium cavity 14, transmitting medium chamber are formed between housing 18 and conductive walls 20
It is provided with transmitting medium and atomising device 13 in body 14, the inside of conductive walls 20 is hot compress liquid cavity 21, in the cavity of hot compress liquid cavity 21
Equipped with hot compress liquid, air-intake device 8 is provided with the side wall of lid 22, the front end of air-intake device 8 is provided with air-intake device sealed valve 7,
The detector liquid 11 stretched into hot compress liquid is additionally provided with lid 22, heating tube 6 is provided with atomizing heater mouthpiece 12,
The lower section of heating tube 6 is provided with liquid outlet sealed valve 9, and atomizing heater mouthpiece 12 is connected by conduit 3 with hot compress pad 4,
Central control module 5 is provided with housing, central control module 5 is connected by electric wire 19 with hot compress pad 4 and atomizing heater 1.
Further, referring to Fig. 5, heat-insulation layer 16 is provided with outside described housing 18, insulation is provided with transmitting medium
Pipe 15.Insulating tube can heat, and can also freeze.Medicine can be allowed to be maintained at optimal storage temperature.
Atomising device is atomized hot compress liquid by water or other transmitting mediums.Fog is forced into by air-intake device
Heating tube, finally enter connector via interface.Transmitting medium can avoid atomising device by hot compress corrosion and the wind of damage
Danger, greatly extend the service life of atomising device.
Air-intake device and the heating mouth of pipe respectively have a sealed valve, are closed automatically in machine switched off.On the one hand, can be to prevent
Hot compress liquid is revealed during only machine is moved.Importantly, prevent hot compress liquid from volatilizing when not in use.
Detector liquid is installed in hot compress liquid container, the amount of hot compress liquid is sent to central processing unit.
Or Type B：
Referring to Fig. 6 to Fig. 7, described atomizing heater 1 includes housing 18, atomising device 13, water absorber 17, air intake dress
Put 8 and the lid 22 with atomizing heater mouthpiece 12；Water absorber 17, water absorber 17 are provided with described housing 18
Hot compress liquid cavity 21 is formed between both sides and housing 18, hot compress liquid is provided with hot compress liquid cavity 21, is provided with water absorber 17
With the corresponding atomising device in atomizing heater outlet, the detector liquid 11 stretched into hot compress liquid is provided with the side wall of housing 18,
The upper end of housing 18 is provided with lid 22, and air-intake device 8 is provided with the side wall of lid 22, and the front end of air-intake device 8 is provided with air intake dress
Sealed valve 7 is put, heating tube 6 is provided with atomizing heater mouthpiece 12, the lower section of heating tube 6 is provided with liquid outlet sealing valve
Door 9, atomizing heater mouthpiece 12 is connected by conduit 3 with hot compress pad 4, and central control module 5, center control are provided with housing
Molding block 5 is connected by electric wire 19 with hot compress pad 4 and atomizing heater 1, and heat-insulation layer 16 is provided with outside described housing 18, heat
Apply in liquid and be provided with insulating tube 15.Insulating tube can heat, and can also freeze.Medicine can be allowed to be maintained at optimal storage temperature
Degree.Wherein, described water absorber 17 is wash water cotton or water pump.
Further, the described bottom of housing 18 is provided with battery module 48, and fixing device is provided with housing 18.So
When the hot compress instrument is not having direct current, use can be powered to it by installing battery, and when by needing,
Whole equipment can be made to small-sized, portable hot compress instrument, corresponding fixed wearing is carried out by fixing device, realized
In motion, hot compress or conventional during motion use.
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 in the presence of supersonic atomizer, and
Under the driving of air-intake device, certain temperature is heated to by heating tube, then by connector and conduit, into hot compress pad.
The operation principle of Type B is that hot compress liquid is drawn onto atomising device by water absorber, then is atomized.That so designs is excellent
Point be that atomizing heater can jolt, or even it is inverted in the case of normal use.
Detector liquid is installed in hot compress liquid container, the amount of hot compress liquid is sent to central processing unit.
Further, described atomizing heater can also be c-type：Double atomization types, referring to Fig. 8 to Fig. 9.
Hot compress liquid may contain alcohol, and heating can be on fire.The atomizing heater of this twin-tub, alcohol is without heating
Pipe, it is safer.
Specifically, referring to Figure 10 to Figure 11, described central control module 5 includes control panel 49 and center control electricity
Road, described central control circuit are connected by electric wire 19 with hot compress pad 4 and atomizing heater 1.The control panel of hot compress instrument is put
In the side of atomizing heater, the parameters such as Digital Circuit Control time, mist amount, wind speed, luminous energy, temperature are used.
Further, described central control module 5 also includes networking module and wireless transmission and receiving module.Networking mould
Block is connected with internet, so, the remote monitoring and remote assistance of hot compress instrument can be grasped by the way that hot compress instrument networking is realized
Make, while can also realize the operation of mobile phone, facilitate the operation of user.
Specifically, central control circuit is built in atomizing heater, for receiving and processing information, as temperature, humidity,
The parameters of atomization quantity, body heath etc., control and regulation hot compress instrument.Meanwhile wireless transmission and receiving module so that hot compress
Instrument both can be used control panel that hot compress instrument is adjusted, and can carry out controlled in wireless to hot compress instrument.
It should be noted that having time, mist amount, wind speed, luminous energy and temperature regulation switch are set on described control panel,
And power switch, power switch can be common power switches.
In addition, the power switch on the control panel of atomizing heater carries fingerprint recognition, switched for fingerprint recognition, so
Design can identify user, carry out it is personalized to parameters adjust, and record usage time and number.
It should be noted that described air-intake device is fan or the device that can provide wind-force, can also be waterproof
Air-intake device.
Specifically, referring to Figure 12 to Figure 19, described hot compress pad 4 includes hot compress pad core body 23 and hot compress pad shell 24, institute
The hot compress pad shell 24 stated is coated on outside hot compress pad core body 23, and hot compress pad core body 23 is concave structure, and hot compress pad core body 23 is recessed
Be provided with shape cavity for collecting temperature, humidity, human body information sensor 28, sensor 28 pass through electric wire 19 with center control
Central control circuit in molding block 5 is connected.
It should be noted that described sensor includes the sensor for collecting temperature and humidity, while also include peace
It is exactly human body sensor on sensor outer housing to be mounted in the place of hot compress pad and human contact, for example, miniature body temperature, blood pressure,
The sensors such as pulse, breathing, specifically also EGC sensor, blood pressure, blood glucose, respiration transducer etc..
Wherein, referring to Figure 14, described hot compress pad core body 23 includes that crimp and the core with certain toughness can be prevented
Body case 29, sensor 28 and projection 30 are provided with core body shell 29 so that the hot compress pad is more easily manufactured, and is also easier to clear
Wash.
Specifically, referring to Figure 15, described hot compress pad core body 23 includes core body shell 29 and interlayer 31；On core body shell 29
It is provided with interlayer 31, core body shell 29 is divided into outer chamber 35 and open inner chamber body 34 by interlayer 31, outside described interlayer 31
Projection 30 is provided with side inner chamber body 34, the inner side of interlayer 31 is provided with sensor 28, stomata 33 is provided with interlayer 31.
Further, referring to Figure 16 or 17, projection 30 is additionally provided with the described inner side of interlayer 31；Or in interlayer 31
Support 32 is provided between side and core body shell 29, steam channel 36 is formed between support 32 and support 32.
Further, referring to Figure 18, described core body shell 29 is inflating rubber core body shell, and support 32 is inflating rubber
Support.The gas of the inside can be so bled off when not in use, it is easier to stored.
Further, heat-insulation layer 41 is additionally provided with outside, can so ensure hot compress referring to Figure 19, described core body shell 29
The temperature of liquid is maintained within the scope of certain temperature, is avoided the unnecessary loss of heat, be ensure that fomentation effect, can save electricity
Can consumption.
During hot compress, inner chamber body is placed on skin, and steam is entered inner chamber body from outer chamber, risen by the stomata among interlayer
To the effect of hot compress.Projection on interlayer so that extrude or deform in any case, stomata is still unimpeded.
Further, referring to 30 to 39, the circuit docked with circuit path interface 40 is provided with the described inner chamber of conduit 3
Passage 42 and steam channel 43, in circuit path 42 can supply lines 19 and luminous energy wire 37 pass through.
Specifically, the multiple conduit supports 44 for conduit being divided into multiple passages are provided among described conduit 3；Or
Multiple projections are provided with the inwall of conduit 3；Or alternate multiple conduit supports 44 in length and breadth are provided with conduit 3.
In addition, it is additionally provided with conduit receiver 45 between described conduit 3.
In addition, the conduit receiver 45 with rotating shaft is additionally provided between described conduit 3.
Further, the described outside of conduit 3 is additionally provided with conduit heat-insulation layer 50.
Specifically, electric wire is attached on pipe inner wall, two of conduit is respectively male and female.Male both can and connect
The female for connecing device is connected, and can also be connected with the female of other conduits so that any two conduit can join end to end.
The shape of conduit can be circular or oblate, hard material or flexible material can be used to be made.But soft material
Made of material, inside needs plus support, to prevent being crushed.
Specifically, Figure 32 flexible conduit, the conduit support among its conduit, conduit is divided into multiple passages.
Another flexible conduit, as described in Figure 33, it is identical with the conduit cross section described in Figure 32, but vertical section is different.
Conduit support gets up conduit support, but leaves space each other, keeps the flexibility of conduit.
Figure 33 conduits are generally oblate, more soft, it is easier to fold although the extruding on a direction can only be prevented
Storage.
The difference of Figure 34 flexible conduit and Figure 33 is that conduit support is alternate in length and breadth.A few horizontal conduit supports of row, then it is several
The perpendicular conduit support of row.It can prevent conduit from losing function by extruding on any direction.
Figure 35 flexible conduit, there are many kicks on catheter wall, these projections can prevent conduit to be extruded failure.This
Kind conduit is most soft.
Figure 37 conduit receiver.
Wherein, conduit can be folded in conduit receiver, can be conduit below conduit receiver；It can also be made into
Catheter interface, it is connected with other conduits or connector.
Shaft type conduit receiver in Figure 38.
Conduit is connected in rotating shaft, rotary shaft hollow, can be rotated around junction.Steam and electric wire can pass through rotating shaft and
Junction, reach interface.This design allows conduit arbitrarily to store, but does not influence to use.
Further, when needing supply how personal or multiple positions use hot compress pad simultaneously, described atomizing heater 1
Upper end is provided with connector 2, and hot compress pad 4 is connected by conduit 3 with connector 2.
Specifically, referring to Figure 27 to 29, described connector includes atomizing heater interface 25 and at least one conduit connects
Mouth 26, atomizing heater interface is connected with atomizing heater 1, and catheter interface is connected with conduit, and independence is provided with catheter interface
The valve 27 for being adjustably controlled hot compress liquid atomization quantity, be provided with circuit path interface 40, circuit at catheter interface intracavity sidewall
Valve 27 beside the electric wire 19 and circuit path interface of the lower section of channel interface 40 controls with the center in central control module 5
Circuit is connected, and the electric wire 19 of the top of circuit path interface 40 is connected through conduit with hot compress pad 4.Wherein, valve 27 can open,
The size of steam is closed and adjusts, if the catheter interface does not have connecting conduit, valve 27 can close automatically.Temperature in hot compress pad
The inductor information such as degree, humidity, human body electrocardio, central control circuit is aggregated into by connector.
It should be noted that in general connector can be removed, but can also be done with atomizing heater, conduit
Integralization.
Further, referring to Figure 20 to 26, luminous energy emission source 39 is additionally provided with the lid 22 of atomizing heater 1, it is described
Interlayer 31 on offer placed cavity, luminous energy wire 37 is placed with placed cavity, light-transmissive mouth is offered on luminous energy wire 37,
Light pipe 38 is provided with light-transmissive mouth, luminous energy wire 37 connects through circuit path interface 40 with luminous energy emission source 39.
It should be noted that described luminous energy wire, which can also be directly installed on, does not have hot compress pad core body cavity with dissection
In.
Further, referring to Figure 40-65, it is provided with the described concave-shaped openings of hot compress pad core body 23 for powder charge bag 53
Net 46 is obstructed, barrier is online to be additionally provided with elastic webbing 47, and barrier net edge is also equipped with edge band 51, obstructs net and hot compress pad
On be also equipped with cooperate button 52.
Specifically, referring to Figure 40-65, the shape of described hot compress pad core body 23 includes rectangular sheet structure, circle, half arc
Shape, N-type, inverted L shape, shoe style, shoulder type, clothing type, Y types, I-shaped, irregular shape.
In addition, described hot compress pad shell 24 is provided with fixture.
Further, hot compress pad shell mainly plays fixed hot compress pad core body, can use the forms such as thread gluing, belt
Hot compress pad, which is fixed on, needs the position of hot compress.
According to different positions, hot compress pad can be fabricated to different size and shapes.For example the picture applied in cervical vertebra encloses
Towel, and apply the picture gloves in finger.
Hot compress pad is mainly using softness, and and can maintains the material of certain shape to be made.For example sponge, silica gel, it can fill
Gas rubber etc..
Hot compress pad is spill, and two parts are divided into by interlayer.Outer layer is connected with pipeline, is left between interlayer and outer layer vertical
Traversed by is wrong, interconnected jet chimney.Aperture on vapour transmission interlayer reaches skin.
Interlayer forms the inner chamber body of semi-hermetic with skin.Interlayer has small projection around skin side, aperture.These are small
The height of convexity cavity is lower slightly.As needed, small raised height can be arranged, is adapted to the height of human body destructing
Degree.For example can be made according to the radian of cervical vertebra, the radian of cervical vertebra can be corrected during recumbency hot compress.
The construction of hot compress pad core body can be made into any shape in theory just as layer cloth.It also requires take into account medicine
Packet form.Traditional pack can also be placed in the inner chamber body of hot compress pad.Outside just needs to install one layer of barrier net additional, prevents pack
Drop out.
Specifically, installing barrier net around hot compress pad core body additional, upper end can open.Pack can be put into inner chamber body, use button
It is fixed.
Due to the size of pack, it is impossible to and cavity is the same big.In order to prevent gas from being missed from surrounding, net is obstructed
Surrounding needs to install edge band 51 additional.Edge band 51 is airtight using softness, has certain thickness material to be made again.
Openable position is netted in barrier, to install elastic webbing made of an elastomeric material additional sidewards.(as rubber band).
This is also for fixed pack.
The various hot compress pad forms with pack below, are all constructed using identical, simply different in order to adapt in form
Position and be designed to different shape, to strengthen hot compress curative effect.
Specifically, the basic model of hot compress piece, without fixing device, can be packed into clothes, trousers, or be layered on pillow.
It is most simple, but the moulding that purposes is most wide.It is also narrow suitable for the both sides of neck, middle wide shape, or be placed on pillow or
On waist pillow, now, hot compress pad core body can be combined with pillow, make pillow or waist pillow.It is different from stifling pillow on the market, this
It is individual be it is soft, fall asleep it is comfortable.It is also possible to it is made into waist or belly or knee joint, multiple moulding of elbow joint；Or
Person, finger-type is fabricated to, just as the gloves of finger are exposed in front end, it is only necessary to thumb and forefinger can；Or handbag form, just
As hot-water bag.
Further, it is also possible to it is designed to the moulding of the shapes such as shoes moulding, slacks pattern, shoulder, both shoulders+back, back.
Further, the parameter such as the size of atomization quantity, time, wind-force, can by the way of electronics is combined with controlled in wireless
Accurately to be controlled atomizer using remote control, mobile phone etc..Different schemes even can be formulated.Such as operational version A,
Atomization quantity is 8, wind-force 9, and the time is 30 minutes (also having other parameter as fomenter certainly)；Option b, atomization quantity 3, wind
Power 8,60 minutes time.
The use process of the present invention：
In use, hot compress pad is fixed on the position for needing hot compress.Hot compress liquid is stored in atomizing heater, is atomized
After heating, through connector and conduit, into hot compress pad, and then the effect of hot compress.
Newtype drug provided by the invention is atomized hot compress instrument, while perfection takes into account traditional medicine hot compress, innovatively
Traditional pack is instead of with hot compress pad, allow hot compress become it is safe, intelligent, controllable, can be portable, it is and easy to use.Simultaneously should
Hot compress instrument section uses for more people simultaneously.
The invention has the advantages that：
1st, pack is replaced with liquid medicine, it is not necessary to frequently change pack.But it is also possible to use pack carries out hot compress.
2nd, controlled using electronization, can accurately control the parameters such as the dose of each hot compress pad, temperature, time.
3rd, atomizing heater can play a part of closed and refrigeration medicine, and holding liquid medicine is non-volatile, never degenerates.
4th, traditional hot compress using when be required for spreading wine.And in new hot compress instrument, medicine and alcohol according to optimal
Ratio is deployed, it is not necessary to spreads wine again when using every time.
5th, hot compress pad can make a variety of size and shapes, and hot compress is done at different positions.
6th, multiple position hot compresses, or more people can be used simultaneously.
7th, portable version can be fabricated to, the hot compress at any time in work, driving are even moved.
8th, there is support in hot compress pad, being squeezed deformation still can be with normal use.Any posture, comfortable underground heat can be used
Apply, or even applied in sleep.
9th, steam-heated mode, it can be chemically reacted by water between medicine, biography can be reduced to greatest extent
The hot compress principle of system, ensure the therapeutic effect of hot compress.
10th, optical channel can be installed additional, the diathermy treatment in hot compress.
11st, hot compress pad can install human body sensor additional, monitor at any time by the body temperature of hot compress people, blood pressure, heartbeat, breathing etc..
12nd, power consumption is greatly reduced.Traditional hot compress is the steam heating medicine with 100 degree, is cooled back to suitable temperature
Degree uses.Excessive vapor and heat, wastes huge energy.And liquid medicine need to only be heated to suitable temperature by new hot compress instrument
Degree, water content is few after being liquefied plus medicine, greatly reduces power consumption.
13rd, it is more durable than pack using concentration liquid medicine.Add a medicine, it might even be possible to use one month.
14th, in atomizer air-intake device use so that even if micro medicine mist again, also can be sent to affected part by wind.
15th, built-in wireless reception and transmitter module, it is possible to achieve wireless connection and control.
16th, built-in networking module, it is possible to achieve remote control.
17th, hot compress instrument does not need two bag medicine rotations to use, and improves medicine utilization rate more than 100%.
18th, heating tube can be closed, or even is freezed simultaneously using insulating tube, realizes cold compress.
The general principle and principal character and advantages of the present invention of the present invention has been shown and described above.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the simply explanation described in above-described embodiment and specification is originally
The principle of invention, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, these changes
Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its
Equivalent thereof.
Claims (22)
1. a kind of newtype drug is atomized hot compress instrument, it is characterised in that including conduit (3), hot compress pad (4) and with air-intake device
(8) atomizing heater (1), atomizing heater (1) are connected by conduit (3) with hot compress pad (4), and atomizing heater is set on (1)
It is equipped with for receiving the central control module (5) with processing information, central control module (5) passes through electric wire (19) and hot compress pad
(4) it is connected with atomizing heater (1), the liquid outlet of atomizing heater (1) is provided with for adding to hot compress liquid (10)
The heating tube (6) of heat, atomizing heater (1) exit is provided with liquid outlet sealed valve (9)；Described hot compress pad (4) bag
Hot compress pad core body (23) and hot compress pad shell (24) are included, described hot compress pad shell (24) is coated on hot compress pad core body (23) outside
Portion, hot compress pad core body (23) are concave structure, be provided with hot compress pad core body (23) spill cavity for collecting temperature, humidity,
The sensor (28) of human body information, sensor (28) are connected by electric wire (19) with central control module (5)；Described center control
Molding block (5) includes control panel (49) and central control circuit, and described central control circuit passes through electric wire (19) and hot compress
Pad (4) is connected with atomizing heater (1)；Described central control module (5) also includes networking module and wireless transmission and reception
Module；Described atomizing heater (1) upper end is provided with connector (2), and hot compress pad (4) passes through conduit (3) and connector (2) phase
Even；Described connector includes atomizing heater interface (25) and at least one catheter interface (26), atomizing heater interface with
Atomizing heater (1) is connected, and catheter interface is connected with conduit, and valve (27), catheter interface lumen side are provided with catheter interface
Circuit path interface (40) is provided with wall, beside the electric wire (19) and circuit path interface below circuit path interface (40)
Valve (27) is connected with central control module (5), and the electric wire (19) above circuit path interface (40) passes through conduit and hot compress
(4) are padded to be connected.
2. newtype drug according to claim 1 is atomized hot compress instrument, it is characterised in that described atomizing heater (1) bag
Include housing (18), atomising device (13), conductive walls (20), lid (22) and air-intake device (8)；It is provided with housing (18) inner chamber
Conductive walls (20), conductive walls (20) upper end are provided with the lid (22) with atomizing heater mouthpiece (12), housing (18) with
Transmitting medium cavity (14) is formed between conductive walls (20), transmitting medium and atomising device are provided with transmitting medium cavity (14)
(13) it is hot compress liquid cavity (21) that, conductive walls (20) are internal, and hot compress liquid, lid (22) side are housed in hot compress liquid cavity (21) cavity
Air-intake device (8) is provided with wall, air-intake device (8) front end is provided with air-intake device sealed valve (7), and lid is also set on (22)
The detector liquid (11) stretched into hot compress liquid is equipped with, heating tube (6), heating tube are provided with atomizing heater mouthpiece (12)
(6) lower section is provided with liquid outlet sealed valve (9), and atomizing heater mouthpiece (12) passes through conduit (3) and hot compress pad (4) phase
Even, central control module (5) is provided with housing, central control module (5) is added by electric wire (19) and hot compress pad (4) and atomization
Hot device (1) is connected.
3. newtype drug according to claim 2 is atomized hot compress instrument, it is characterised in that is set outside described housing (18)
There is heat-insulation layer (16), insulating tube (15) is provided with transmitting medium.
4. newtype drug according to claim 1 is atomized hot compress instrument, it is characterised in that described atomizing heater (1) bag
Include housing (18), atomising device (13), water absorber (17), air-intake device (8) and with atomizing heater mouthpiece (12)
Lid (22)；Water absorber (17), shape between water absorber (17) both sides and housing (18) are provided with described housing (18)
Into hot compress liquid cavity (21), hot compress liquid is provided with hot compress liquid cavity (21), is provided with water absorber (17) and atomizing heater
Atomising device corresponding to outlet, the detector liquid (11) stretched into hot compress liquid, housing (18) are provided with housing (18) side wall
Upper end is provided with lid (22), and air-intake device (8) is provided with lid (22) side wall, and air-intake device (8) front end is provided with air intake
Device sealed valve (7), heating tube (6) is provided with atomizing heater mouthpiece (12), liquid is provided with below heating tube (6)
Exit seal valve (9), atomizing heater mouthpiece (12) is connected by conduit (3) with hot compress pad (4), in being provided with housing
Control module (5) is entreated, central control module (5) is connected by electric wire (19) with hot compress pad (4) and atomizing heater (1).
5. newtype drug according to claim 4 is atomized hot compress instrument, it is characterised in that is set outside described housing (18)
There is heat-insulation layer (16), insulating tube (15) is provided with hot compress liquid.
6. newtype drug according to claim 4 is atomized hot compress instrument, it is characterised in that described housing (18) bottom is set
There is battery module (48).
7. newtype drug according to claim 4 is atomized hot compress instrument, it is characterised in that described water absorber (17) is to wash
Water cotton or water pump.
8. newtype drug according to claim 1 is atomized hot compress instrument, it is characterised in that described hot compress pad core body (23) bag
Crimp and the core body shell (29) with certain toughness can be prevented by including, be provided with core body shell (29) sensor (28) and
Raised (30).
9. newtype drug according to claim 1 is atomized hot compress instrument, it is characterised in that described hot compress pad core body (23) bag
Include core body shell (29) and interlayer (31)；It is provided with interlayer (31) on core body shell (29), interlayer (31) is by core body shell (29)
It is divided into the inner chamber body (34) of outer chamber (35) and opening, projection is provided with described interlayer (31) outside inner chamber body (34)
(30) sensor (28), is provided with the inside of interlayer (31), stomata (33) is provided with interlayer (31).
10. newtype drug according to claim 9 is atomized hot compress instrument, it is characterised in that on described interlayer (31) inner side
It is additionally provided with raised (30)；
Or support (32) is provided with the inside of interlayer (31) between core body shell (29), support between (32) and support (32)
Form steam channel (36).
11. newtype drug according to claim 10 is atomized hot compress instrument, it is characterised in that described core body shell (29) is
Inflating rubber core body shell, support (32) support for inflating rubber.
12. newtype drug atomization hot compress instrument according to claim 8 or claim 9, it is characterised in that described core body shell (29)
It is additionally provided with heat-insulation layer (41) outside.
13. newtype drug according to claim 9 is atomized hot compress instrument, it is characterised in that on described atomizing heater (1)
Luminous energy emission source (39) is additionally provided with, placed cavity is offered on described interlayer (31), luminous energy wire is placed with placed cavity
(37) light-transmissive mouth, is offered on luminous energy wire (37), light pipe (38), luminous energy wire (37) are provided with light-transmissive mouth
Connect through circuit path interface (40) with luminous energy emission source (39).
14. newtype drug according to claim 13 is atomized hot compress instrument, it is characterised in that described luminous energy emission source (39)
It is arranged on the lid of atomizing heater (1).
15. newtype drug according to claim 13 is atomized hot compress instrument, it is characterised in that in described conduit (3) inner chamber
The circuit path (42) and steam channel (43) docked with circuit path interface (40) is provided with, circuit path can power in (42)
Line (19) and luminous energy wire (37) pass through.
16. the newtype drug atomization hot compress instrument according to claim 1 or 15, it is characterised in that among described conduit (3)
It is provided with the multiple conduit supports (44) for conduit being divided into multiple passages；Or it is provided with multiple projections on conduit (3) inwall；
Or alternate multiple conduit supports (44) in length and breadth are provided with conduit (3).
17. newtype drug according to claim 16 is atomized hot compress instrument, it is characterised in that between described conduit (3) also
It is provided with conduit receiver (45).
18. newtype drug according to claim 16 is atomized hot compress instrument, it is characterised in that between described conduit (3) also
It is provided with the conduit receiver (45) with rotating shaft.
19. newtype drug according to claim 1 is atomized hot compress instrument, it is characterised in that described hot compress pad core body (23)
The barrier net (46) for powder charge bag is provided with concave-shaped openings, barrier is additionally provided with elastic webbing (47) on the net.
20. the newtype drug atomization hot compress instrument according to claim 1 or 19, it is characterised in that described hot compress pad core body
(23) shape includes rectangular sheet structure, circle, half arc, N-type, inverted L shape, shoe style, shoulder type, clothing type, Y types and I-shaped
Type.
21. newtype drug according to claim 20 is atomized hot compress instrument, it is characterised in that described hot compress pad shell (24)
It is provided with fixture.
22. newtype drug according to claim 4 is atomized hot compress instrument, it is characterised in that is set on described housing (18)
There is fixing device.
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| CN110876657B (en) * | 2019-11-07 | 2021-08-27 | 新乡市中心医院(新乡中原医院管理中心) | Traditional chinese medical science gynaecology's physiotherapy hot compress device |
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| CN203123223U (en) * | 2012-04-10 | 2013-08-14 | 丁澍南 | Portable respiratory tract atomizing medicine-dosing device |
| CN203001680U (en) * | 2012-10-31 | 2013-06-19 | 河南省正骨研究院 | Real-time measuring and control type intelligent heat dosage hot compressing therapeutic instrument |
| CN104162218A (en) * | 2014-06-12 | 2014-11-26 | 兰州汶河医疗器械研制开发有限公司 | Waterbed type ultrasonic atomization conduction device |
| CN204814361U (en) * | 2015-07-09 | 2015-12-02 | 曹博 | Novel medicine atomizing hot compress appearance |
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