CN103877653A - Respiratory virus therapeutic apparatus - Google Patents
Respiratory virus therapeutic apparatus Download PDFInfo
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- CN103877653A CN103877653A CN201410098825.1A CN201410098825A CN103877653A CN 103877653 A CN103877653 A CN 103877653A CN 201410098825 A CN201410098825 A CN 201410098825A CN 103877653 A CN103877653 A CN 103877653A
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Abstract
The invention discloses a respiratory virus therapeutic apparatus which comprises a thermos bottle, a mask with a steam inlet and an expiration opening, a constant temperature heater installed at the bottom of the thermos bottle, a bottle pipe ventilation connector installed at the top of the thermos bottle, a mask steam inlet valve installed at the position of the steam inlet of the mask, a mask air outlet valve installed at the position of the expiration opening of the mask, and a steam guiding pipe. The two ends of the steam guiding pipe are connected between the top of the thermos bottle and the steam inlet of the mask respectively through the bottle pipe ventilation connector and the steam inlet of the mask. An electric contact thermometer is connected between the constant temperature heater and the thermos bottle in a matched mode, and the end portion of the electric contact thermometer is inserted into hot water. The steam inlet is formed in the middle of the back of the mask, the expiration opening is formed in the tail end of the back of the mask, and expiration air is directly discharged from the mask air outlet valve during expiration; a temperature remote control sensor device in wireless connection with the constant temperature heater is further installed at the position where the steam guiding pipe is connected with the mask. The respiratory virus therapeutic apparatus has the advantages of being good in stability and use effect and wide in application range.
Description
Technical field
The present invention relates to armarium technical field, particularly, relate to a kind of Respirovirus therapeutic instrument.
Background technology
The temperature and humidity that U.S. virologist peter.palese has reported Cavia porcellus to do in " the plos nosetiology " in October, 2007 affects the experiment of influenza outbreak: research worker is found, infectious rate maximum when humidity lower (about 20-35%); When humidity reaches 80% when above, influenza virus can not propagated.In the time that temperature only has 5 ℃, the spread speed of influenza virus is the fastest; When temperature exceedes 30 ℃, just infect and no longer occur.
The main Causative virus of common cold is rhinovirus and coronavirus, and it is 33-35 ℃ that rhinovirus the best copies temperature; It is 33 ℃ that coronavirus the best copies temperature, and 35 ℃ will be suppressed.Grippal main Causative virus is influenza virus, and it is 33-35 ℃ that its best copies temperature.The cultivation temperature of influenza attenuated vaccine is chosen in based on not only can copying, but also 37.8 ℃ of the attenuation that can suddenly change.Take influenza attenuated vaccine as example, it is take 37.8 ℃ as starting point, and virus starts attenuation.As long as temperature continues to rise, just can make the further attenuation of cold virus, restriction copy the object that even reaches deactivation.
When ambient temperature is 30 ℃ or when above, the temperature on crowd's upper respiratory tract surface generally can be suitable with the temperature of trunk, so cold virus is difficult to invade human body; In the time that ambient temperature is lower, in crowd, drops to as virus provides suitable temperature environment with regard to some people's nasal membrane surface temperature, thereby produce the Susceptible population of catching a cold.
Because virus has the obligatory parasitism to cell, many Respiroviruses are exactly because the biological property of this obligatory parasitism makes them mainly be confined to upper respiratory tract and copies.
Mechanism shortage clear understanding aspect the temperature at present respirovirus being copied at upper respiratory tract, the concept obfuscation to nasal cavity bearing temperature scope, the accurate steam regulation temperature of temperature range that causes existing fumigating device not bear by nasal cavity.
The fumigating device that is used for the treatment of in the market the upper respiratory tract infection such as flu, rhinitis is various in style, but all fumigating device are because lay particular emphasis on medicament fumigating, and temperature is lacked to strict control.The face shield of all fumigating device does not all arrange and independently enters exhalation vents valve, therefore when air-breathing, can, simultaneously by extraneous air intake, when expiration, the gas in body can be exhaled to hot water bottle.Face shield does not arrange into exhalation vents valve, existence cannot guarantee that inspiration arranges the wet-hot steam of steady temperature completely from fumigating device, although the temperature of some fumigating device in stifling heater also can regulate, but because face shield does not arrange into exhalation vents valve, wet-hot steam arrived snout when air-breathing humiture can not stablize, cause when air-breathing or snout too boiling hot, or the steam of inspiration is not warm, only play the effect of medicament fumigating, do not have the stifling effect of temperature of continous-stable.Another problem is, all fumigating device are not all installed the device of the vapor (steam) temperature of strict control arrival snout in the market, not only the heating-up temperature of water is not made to concrete setting, especially the temperature of bearing according to human body to make clearly setting to being about to the temperature of the wet-hot steam that arrives at mouth and nose chamber, cause fumigation temperature height to be regulated voluntarily by patient completely, therefore these fumigating device can only offer adult and larger child that temperature is had to a capacity of self-regulation and provide stifling, cannot be to underage child, the limited patient of old man or ability to express carries out fumigation treatment.Why there is at present multiple fumigating device to emerge though Here it is, can not get two basic reasons of the real approval in market.
Realizing in process of the present invention, inventor finds that in prior art, at least existence and stability is poor, result of use is not good and the defect such as the scope of application is little.
Summary of the invention
The object of the invention is to, for the problems referred to above, propose a kind of Respirovirus therapeutic instrument, to realize good stability, advantage that result of use is good and applied widely.
For achieving the above object, the technical solution used in the present invention is: a kind of Respirovirus therapeutic instrument, comprise the hot water bottle for water storage and insulation, there is match with human body face relative soft and there is elastic arcuate structure, on arcuate structure, be provided with steam inlet and exhalation vents, and enter exhalation vents and can aim at the face shield of human body snout, be arranged on described hot water bottle bottom, and be mainly used in that water to being stored in hot water bottle inside heats and the thermostatic heater of homoiothermic, be arranged on the bottle pipe ventilating joint at described hot water bottle top, be arranged on the face shield air intake valve at described face shield steam inlet place, the face shield that the is arranged on described face shield exhalation vents place valve of giving vent to anger, and the airway that is connected between described hot water bottle top and face shield steam inlet by bottle pipe ventilating joint and shroud inlet suction port respectively of two ends, between described thermostatic heater and hot water bottle, be connected with end and stretch into the electric contact thermometer in hot water bottle internal hot-water,
Described steam inlet is arranged on the centre position place at face shield back, and exhalation vents is arranged on the tail end (air inlet is facing to nose, and exhalation vents is facing to mouth) at face shield back, when expiration, directly goes out from face shield air outlet valve door row.
Further, at the top of described hot water bottle, bottle cap is also installed; Described bottle pipe ventilating joint is arranged on the top of bottle cap, at the sidepiece of described bottle cap, the air inlet for strengthening ventilation inside and outside hot water bottle is also installed.
Further, in the junction of described airway and face shield, also be provided with and can strictly control the temperature remote control sensor device that is about to the wet-hot steam that sucks nasal cavity, to allow patient or nursing staff can easily and accurately regulate stifling preference temperature, temperature remote control sensor device and thermostatic heater wireless connections.Like this, also can control temperature by nursing staff to the patient of impotentia expression temperature sensation and treat, and not merely control voluntarily temperature therapy by patient.
Further, described thermostatic heater, comprise housing, be arranged on energizing key, homoiothermic button and the liquid crystal display of described hull outside, and be arranged on power module, electric heater, temperature sensor receiving system and the special integral control circuit of described enclosure interior; Described power module is connected with special integral control circuit successively with energizing key;
Described homoiothermic button, liquid crystal display, electric contact thermometer, electric heater and temperature sensor receiving system, be connected with special integral control circuit respectively; Temperature sensor receiving system, also with the wireless connections of temperature remote control sensor device.
Further, described homoiothermic button, specifically comprises the intensification button, cooling button and Current Temperatures and the adjusting temperature transition button that are connected with special integral control circuit respectively; And/or described liquid crystal display, specifically comprises the wet-hot steam temperature display and the water temperature display screen that are connected with special integral control circuit respectively.
Further, described special integral control circuit, comprises connected constant temperature control circuit and thermoregulation circuit, and described thermoregulation circuit is connected with homoiothermic button, described constant temperature control circuit, is connected with liquid crystal display, electric contact thermometer, electric heater and temperature sensor receiving system respectively; Described constant temperature control circuit and thermoregulation circuit, be connected with power module by energizing key respectively; The temperature threshold of described constant temperature control circuit is 47-51 ℃.Here, arriving face shield is 47-51 ℃ for the vapor (steam) temperature of nasal cavity suction, but the temperature in hot water bottle will be higher than this temperature, according to the quality of heat-insulating property, generally between 60-85 ℃.
Further, described power module, comprises the 220V alternating current power supply, mains transformer TG and the rectifier bridge stack UR that connect successively, and the first outfan of described rectifier bridge stack is connected with constant temperature control circuit, and the second outfan of described rectifier bridge stack is connected with thermoregulation circuit; 220V alternating current power supply is after mains transformer TG blood pressure lowering and rectifier bridge stack UR rectification, for constant temperature control circuit provides the pulsating direct current running voltage of 12V, for thermoregulation circuit provides 6V pulsating direct current running voltage.
Further, described constant temperature control circuit, comprises relay, the first resistance R 1, the second resistance R 2, the 3rd resistance R 3 and light emitting diode D1, wherein:
The negative electrode of the first link of the coil KA of described relay, the first link of the first resistance R 1, light emitting diode D1, the first link of the 3rd resistance R 1, be connected with the first outfan of rectifier bridge stack respectively; The second link of the first resistance R 1, is connected with the first link of the first link, thermoregulation circuit and the electric contact thermometer temperature upper limit contact of the normally closed interlock KA1 of relay respectively; The second link of the coil KA of relay, is connected with the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of thermoregulation circuit, the second resistance R 2 respectively; The normally closed interlock KA2 of relay is connected between electric heater and 220V alternating current power supply.
Further, described thermoregulation circuit, comprises IGCT SCR, the first capacitor C 1 and the second capacitor C 2, wherein:
The anode of described IGCT SCR, is connected with the second link of the coil KA of relay, the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of the second resistance R 2 respectively; The negative electrode of IGCT SCR with the second link of electric contact thermometer temperature upper limit contact, and is connected with the second link of the normally closed interlock KA1 of relay after electric contact thermometer lowest temperature contact; The control end of IGCT SCR, is connected with the second link of the first resistance R 1, and is connected with the second link of electric contact thermometer temperature upper limit contact after the first capacitor C 1; The second link of the second resistance R 2 is connected with the second link of electric contact thermometer temperature upper limit contact after the second capacitor C 2.
Further, between the second link of the 3rd resistance R 3 and the second link of electric contact thermometer temperature upper limit contact, be also connected with K switch 2; And/or, between the normally closed interlock KA2 and 220V alternating current power supply of described relay, be also connected with on and off switch K1.
The Respirovirus therapeutic instrument of various embodiments of the present invention, owing to comprising hot water bottle, there is the face shield of steam inlet and exhalation vents, be arranged on the thermostatic heater of described hot water bottle bottom, be arranged on the bottle pipe ventilating joint at hot water bottle top, be arranged on the face shield air intake valve at face shield steam inlet place, the face shield that the is arranged on face shield exhalation vents place valve of giving vent to anger, and the airway that is connected between hot water bottle top and face shield steam inlet by bottle pipe ventilating joint and shroud inlet suction port respectively of two ends; Between thermostatic heater and hot water bottle, be connected with end and stretch into the electric contact thermometer in hot water bottle internal hot-water; Steam inlet is arranged on the centre position place at face shield back, and exhalation vents is arranged on the tail end at face shield back, when expiration, directly goes out from face shield air outlet valve door row; Can carry out prophylactic treatment to upper respiratory tract infection, can play control ill morning, anosis morning is anti-, the dual function of not only treating but also preventing; Thereby can overcome the defect that poor stability in prior art, result of use are not good and the scope of application is little, to realize good stability, advantage that result of use is good and applied widely.
Other features and advantages of the present invention will be set forth in the following description, and, partly from description, become apparent, or understand by implementing the present invention.
Below by drawings and Examples, technical scheme of the present invention is described in further detail.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for description, for explaining the present invention, is not construed as limiting the invention together with embodiments of the present invention.In the accompanying drawings:
Fig. 1 is the structural representation of Respirovirus therapeutic instrument of the present invention;
Fig. 2 is the operation principle block diagram of thermostatic heater in Respirovirus therapeutic instrument of the present invention;
Fig. 3 is the electrical principle schematic diagram of thermostatic heater in Respirovirus therapeutic instrument of the present invention.
By reference to the accompanying drawings 1, in the embodiment of the present invention, Reference numeral is as follows:
1-hot water bottle; 2-thermostatic heater; 3-energizing key; 4-intensification button; The 5-button of lowering the temperature; 6-Current Temperatures and adjusting temperature transition button; 7-wet-hot steam temperature display and water temperature display screen; 8-air inlet; 9-bottle cap, 10-bottle pipe ventilating joint; 11-airway; 12-shroud ventilating joint; The 13-face shield valve of giving vent to anger; 14-face shield; 15-electric contact thermometer (FT); 16-temperature sensor receiving system; 17-temperature remote control sensor device; The special integral control circuit of 18-; 19-electric heater; 20-power module; 21-face shield air intake valve.
By reference to the accompanying drawings 3, in the embodiment of the present invention, Reference numeral is as follows:
K1-on and off switch; FU-fuse; TG-mains transformer; UR-rectifier bridge stack (the full-bridge rectification bridge being made up of four commutation diodes is piled); FT-electric contact thermometer; R1, R2, R3-resistor; C1, C2-capacitor; SCR-IGCT; D1-light emitting diode; KA-relay coil; K2-switch; KA1-relay normally closed interlock; KA2-relay normally open contact; R4-heater.
The specific embodiment
Below in conjunction with accompanying drawing, the preferred embodiments of the present invention are described, should be appreciated that preferred embodiment described herein, only for description and interpretation the present invention, is not intended to limit the present invention.
According to the embodiment of the present invention, as shown in Figure 1, Figure 2 and Figure 3, provide a kind of Respirovirus therapeutic instrument.
The Respirovirus therapeutic instrument of the present embodiment, mainly comprise can stored hot water hot water bottle 1, be arranged on the bottom of hot water bottle 1, for the hot water of hot water bottle 1 being carried out to the thermostatic heater 2 of heated at constant temperature, be arranged on the bottle cap 9 at hot water bottle 1 top, be arranged on the bottle pipe ventilating joint 10 at bottle cap 9 tops, the airway 11 being communicated with hot water bottle 1 by bottle pipe ventilating joint 10, be arranged on the shroud inlet suction port 12 of airway 11 away from hot water bottle 1 one end, the face shield 14 being communicated with airway 11 by shroud inlet suction port 12; Face shield 14 has the arcuate structure matching with human body face, and the size of face shield 14 is arranged to just in time can aim at human body snout.On face shield 14, be positioned at face shield 14 centre position, back places and be provided with air inlet, at air inlet place, face shield air intake valve 21 is installed, on face shield 14, be positioned at face shield 14 back tail ends and be provided with exhalation vents, the face shield valve 13 of giving vent to anger is installed at exhalation vents place, when expiration, directly discharge from the face shield valve 13 of giving vent to anger.Between thermostatic heater 2 and hot water bottle 1, be connected with end and stretch into the electric contact thermometer (FT) 15 in hot water bottle 1 internal hot-water.For improving the inside and outside ventilatory effect of hot water bottle 1, on the bottle cap 9 of hot water bottle 1, air inlet 8 is also installed.
Wherein, thermostatic heater 2, comprise housing, be arranged on energizing key 3, intensification button 4, cooling button 5, Current Temperatures and adjusting temperature transition button 6 and the liquid crystal display (as wet-hot steam temperature display and water temperature display screen 7) of hull outside, be arranged on electric heater 19, temperature sensor receiving system 16 and the special integral control circuit 18 of enclosure interior, and be arranged on airway 11 with face shield 14 junctions and for facilitating user in use according to the temperature remote control sensor device 17 of reality impression adjusting temperature.Energizing key 3, intensification button 4, cooling button 5, Current Temperatures and adjusting temperature transition button 6, liquid crystal display, electric contact thermometer (FT) 15, electric heater 19 and temperature sensor receiving system 16, be connected with special integral control circuit 18 respectively; Temperature sensor receiving system 16, also with 17 wireless connections of temperature remote control sensor device.This thermostatic heater 2, also comprises the power module 20 being connected with energizing key 3.
When work, open by button 3, electric heater 19 can heat the hot water of hot water bottle 1 inside under the control of special integral control circuit 18.Electric contact thermometer 15 can be by hot water temperature's Real-time Feedback of hot water bottle 1 inside to special integral control circuit 18, special integral control circuit 18 can be according to default hot water temperature's threshold value, control in real time electric heater 19 hot water in hot water bottle 1 is continued heating or stops heating, hot water bottle 1 internal hot-water temperature is adjusted to automatically in default hot water temperature's threshold value.Staff or user also can carry out human intervention to special integral control circuit 18 to the control of electric heater 19 by intensification button 4, cooling button 5, Current Temperatures and adjusting temperature transition button 6, and the Current Temperatures of manual adjustments hot water bottle 1 internal hot-water is to temperature required value.User in use, also can feel by reality, arrives temperature required value by temperature remote control sensor device 17 remote control adjustment hot water bottle 1 internal hot-water temperature; In the time of user's operative temperature remotely monitored sensing apparatus 17, temperature sensor receiving system 16, can receive the homoiothermic signal that temperature remote control sensor device 17 sends, and is transferred to special integral control circuit; Under the control of special integral control circuit, according to this homoiothermic Signal Regulation hot water bottle 1 internal hot-water temperature.
Visible, thermostatic heater 2, under the control of special integral control circuit 18, the temperature prompt that temperature remote control sensor device 17 is sent has reception, in the time of heating, automatically regulates the function of wet-hot steam temperature and displays temperature.Be arranged on the temperature remote control sensor device 17 of airway 11 and face shield 14 junctions, the wet-hot steam temperature by airway 11 produced to thermoinduction, and temperature reading is beamed back to thermostatic heater 2, thermostatic heater 2 is heated by design temperature automatically.
The Respirovirus therapeutic instrument of above-described embodiment, adopt adjustable electric heater 2 heat hot water bottle 1 internal hot-waters of temperature, make hot water produce wet-hot steam, and connect one end of airway 11 by the bottle pipe ventilating joint 10 at hot water bottle 1 top, again the other end of airway 11 is connected to shroud inlet suction port 12, face shield 14 is also provided with the face shield air intake valve 21 that connects shroud inlet suction port 12, and towards the exhalation vents valve in space (be face shield give vent to anger valve 13).When expiration, gas in body is all exhaled to space; At airway 11 places that connect face shield 14, temperature remote control sensor device 17 is installed simultaneously, at 2 li of mounting temperature sensor receiving systems 16 of thermostatic heater, regulate the heating-up temperature of water with this, the temperature of guaranteeing wet-hot steam is accurate, guarantee that with this patient is in 90 minutes even longer setting-up times, can be drawn onto 47-51 ℃ of adjustable, stable wet-hot steams, thereby guarantee therapeutic effect.
For example, while using the Respirovirus therapeutic instrument of above-described embodiment, first open power supply (as power module 20), the water heating-up temperature of thermostatic heater 2 is set in 85 ℃, by wet-hot steam Temperature Setting between 47-51 ℃, child is set between 47-49 ℃, and adult is set between 49-51 ℃.Suppose that wet-hot steam Temperature Setting is at 49 ℃, in the time being arranged on the temperature remote control sensor device 17 of airway 11 tops and sending the signal of 49 ℃ to thermostatic heater 2, the wet-hot steam displays temperature of thermostatic heater 2 is 49 ℃, and thermostatic heater 2 stops heating; When the displays temperature of wet-hot steam is at 48 ℃ or when following, thermostatic heater 2 displays temperatures are 48 ℃, and Automatic-heating simultaneously, keep relative wet-hot steam steady temperature with this.Wet-hot steam is by airway 11 face shield 14 that leads, and while temperature sensor remotely monitored sensing apparatus 17, face shield 14 arranges into exhalation vents movable valve (as shroud air intake valve joint 12 and face shield air outlet valve door 13), make the wet-hot steam that inspiration is derived from insulating thermos completely when air-breathing, be unlikely to again the gas of exhalation to be exhaled to insulating thermos.When operation, face shield is aimed on nasal cavity cover, patient is by the wet-hot steam of airway and 47-51 ℃ of settings of face shield inspiration, and wet-hot steam temperature is by 0.5 ℃ of lift adjustment.
Through actual verification, have some inkling of a cold each air-breathing more than 90 minutes, one day 2 times.Flu fervescence person drink warm water simultaneously as far as possible.After body Warm is normal, then adhere to treating 1-2 days, to guarantee recovery from illness.If once air-breathing more than 4 hours, flu onset patient, majority can once be cured.Rhinitis and chronic bronchitis patient's inspiratory duration can suitably reduce, but needs the course for the treatment of to extend.In order to guarantee curative effect, each fumigation time must not be less than 60 minutes.When treatment, in water, add suitable Chinese herbal medicine, effect is better.For early stage doubtful flu case, use in time the prophylactic treatment that carries out of above-described embodiment Respirovirus therapeutic instrument, can play control ill morning, anosis morning is anti-, the dual function of not only treating but also preventing.
Particularly, referring to Fig. 1 and Fig. 2, the use operation of above-described embodiment Respirovirus therapeutic instrument is as follows: first water is added to 1 approximately 300-600 milliliter of hot water bottle, fumigate and will note adding water for about 60 minutes.Build bottle cap 9, by energizing key 3 switch on power (as power module 20), press Current Temperatures and regulate temperature transition button 6, make wet-hot steam temperature display and water temperature display screen 7 vision-control states, by intensification button 4 or cooling button 5, set the temperature that the water in hot water bottle need heat, the temperature of setting water is the highest must not exceed 85 ℃; Press again Current Temperatures and regulate temperature transition button 6, making wet-hot steam temperature display and water temperature display screen 7 show hot water bottle 1 temperature of water at that time.By electric heater 2, the water of hot water bottle 1 is heated to uniform temperature.The volume of hot water bottle 1 is generally between 0.5-1 liter.The internal diameter of air inlet 8 is set in 15mm, and the internal diameter of airway 11 and bottle pipe ventilating joint 10 and shroud gas valve joint 12 is set in 20mm, and this internal diameter size is enough air-breathing unobstructed.One end of airway 11, is connected with bottle pipe ventilating joint 10, and the other end of airway 11 is connected with shroud gas valve joint 12, makes the wet-hot steam that inspiration is set completely when air-breathing; Face shield 14 also arranges face shield air outlet valve door 13, is unlikely to gas to be exhaled to hot water bottle 1 while making to exhale.When operation, face shield 14 is aimed on nasal cavity cover, the wet-hot steam that patient's inspiration is adjustable, rises upper respiratory tract mucosa surface temperature, plays therapeutical effect.
Referring to Fig. 3, the use operation of above-described embodiment Respirovirus therapeutic instrument is as follows: special integral control circuit 18 is mainly made up of the constant temperature control circuit being connected and thermoregulation circuit.K switch 1 switches on power, the full-bridge rectification bridge that 220V alternating voltage is made up of four commutation diodes through mains transformer TG blood pressure lowering and rectifier bridge stack UR(is piled) after rectification, for constant temperature control circuit provides the pulsating direct current running voltage of 12V, for thermoregulation circuit provides 6V pulsating direct current running voltage.In the interior temperature of hot water bottle 1 that rigidly connects energize and insulation during lower than 0.5 ℃ of design temperature, the lowest temperature contact of electric contact thermometer (FT) 15 is in off-state, IGCT SCR is triggered and conducting, the relay coil KA adhesive of switching on, relay normally closed interlock KA1 disconnects, relay normally open contact KA2 connects, and heater R4 energising starts to heat.Electric contact thermometer (FT) 15 is picked out to extended line, be placed in hot water bottle 1, in the time that design temperature is arrived in temperature rise, the lowest temperature contact of electric contact thermometer (FT) 15 is connected, but because relay normally closed interlock KA1 is in off-state, IGCT SCR still continues to maintain conducting.When temperature rise is when exceeding 0.5 ℃ of design temperature, the temperature upper limit contact of electric contact thermometer (FT) 15 is connected, IGCT SCR is ended in the time of pulsating dc voltage zero passage, relay coil KA power-off discharges, relay normally open contact KA2 disconnects, relay normally closed interlock KA1 connects, and heater R4 stops heating, and light emitting diode D1 extinguishes.The interior temperature of hot water bottle 1 of insulation starts slow decreasing subsequently, when temperature is lower than design temperature below 0.5 ℃ time, the lowest temperature contact of electric contact thermometer (FT) 15 disconnects, IGCT SCR conducting again, the relay coil KA adhesive of switching on, heater R4 switches on and heats again.Above work process is carried out again and again.
Constant temperature control circuit, comprise relay, the first resistance R 1, the second resistance R 2, the 3rd resistance R 3 and light emitting diode D1, wherein: the negative electrode of the first link of the coil KA of relay, the first link of the first resistance R 1, light emitting diode D1, the first link of the 3rd resistance R 1, be connected with the first outfan of rectifier bridge stack respectively; The second link of the first resistance R 1, is connected with the first link of the first link, thermoregulation circuit and the electric contact thermometer temperature upper limit contact of the normally closed interlock KA1 of relay respectively; The second link of the coil KA of relay, is connected with the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of thermoregulation circuit, the second resistance R 2 respectively; The normally closed interlock KA2 of relay is connected between electric heater and 220V alternating current power supply.Thermoregulation circuit, comprise IGCT SCR, the first capacitor C 1 and the second capacitor C 2, wherein: the anode of IGCT SCR, is connected with the second link of the coil KA of relay, the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of the second resistance R 2 respectively; The negative electrode of IGCT SCR with the second link of electric contact thermometer temperature upper limit contact, and is connected with the second link of the normally closed interlock KA1 of relay after electric contact thermometer lowest temperature contact; The control end of IGCT SCR, is connected with the second link of the first resistance R 1, and is connected with the second link of electric contact thermometer temperature upper limit contact after the first capacitor C 1; The second link of the second resistance R 2 is connected with the second link of electric contact thermometer temperature upper limit contact after the second capacitor C 2.Between the second link of the 3rd resistance R 3 and the second link of electric contact thermometer temperature upper limit contact, be also connected with K switch 2; And/or, between the normally closed interlock KA2 and 220V alternating current power supply of relay, be also connected with on and off switch K1.
The Respirovirus therapeutic instrument of above-described embodiment, mainly adopts the strict restriction of face shield valve, temperature wireless remote control, fumigation temperature scope and the technological means of combination thereof, at least has following characteristics:
(1) by thermostatic heater 2, the water heating of hot water bottle 1 is regulated to temperature simultaneously, and guide the wet-hot steam of generation into upper respiratory tract by airway 11, by approaching the remote control of facial temperature remote control sensor device 17 to temperature, make upper respiratory tract suck the wet-hot steam between 47-51 ℃ that set, the optimal treatment temperature range of 47-51 ℃ of setting;
Mainly by thermostatic heater 2, hot water bottle 1, airway 11, be provided with into face shield 14 and the temperature remote control sensor device 17 of exhalation vents valve (as shroud air intake valve joint 12 and face shield air outlet valve door 13) and form, and connect in order.
Empirical tests, the Respirovirus therapeutic instrument of the various embodiments described above of the present invention, has advantages of that rehabilitation is fast, easy and simple to handle, expense is low, the prevention drug side effect of holding concurrently; And owing to being physiotherapy, therapeutic effect is not subject to viral drug resistance, variation and human body to lack the impact of antibody for new Causative virus, can become the first-selected therapy for the treatment of upper respiratory tract infection.This Respirovirus therapeutic instrument, the treatment of the lower respiratory illness to some asthma, chronic bronchitis, particularly old chronic bronchitis has curative effect too.
Finally it should be noted that: the foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, although the present invention is had been described in detail with reference to previous embodiment, for a person skilled in the art, its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.
Claims (6)
1. a Respirovirus therapeutic instrument, it is characterized in that, comprise the hot water bottle for water storage and insulation, there is the arcuate structure matching with human body face, on arcuate structure, be provided with steam inlet and exhalation vents, and enter exhalation vents and can aim at the face shield of human body snout, be arranged on described hot water bottle bottom, and be mainly used in that water to being stored in hot water bottle inside heats and the thermostatic heater of homoiothermic, be arranged on the bottle pipe ventilating joint at described hot water bottle top, be arranged on the face shield air intake valve at described face shield steam inlet place, the face shield that the is arranged on described face shield exhalation vents place valve of giving vent to anger, and the airway that is connected between described hot water bottle top and face shield steam inlet by bottle pipe ventilating joint and shroud inlet suction port respectively of two ends, between described thermostatic heater and hot water bottle, be connected with end and stretch into the electric contact thermometer in hot water bottle internal hot-water,
Described steam inlet is arranged on the centre position place at face shield back, and exhalation vents is arranged on the tail end at face shield back, when expiration, directly goes out from face shield air outlet valve door row;
In the junction of described airway and face shield, be also provided with so that patient and nursing staff can regulate the temperature remote control sensor device of suitable temperature relatively accurately; Described temperature remote control sensor device and thermostatic heater wireless connections;
Described thermostatic heater, comprises housing, is arranged on energizing key, homoiothermic button and the liquid crystal display of described hull outside, and is arranged on power module, electric heater, temperature sensor receiving system and the special integral control circuit of described enclosure interior; Described power module is connected with special integral control circuit successively with energizing key;
Described homoiothermic button, liquid crystal display, electric contact thermometer, electric heater and temperature sensor receiving system, be connected with special integral control circuit respectively; Temperature sensor receiving system, also with the wireless connections of temperature remote control sensor device;
Described special integral control circuit, comprise connected constant temperature control circuit and thermoregulation circuit, described thermoregulation circuit is connected with homoiothermic button, and described constant temperature control circuit is connected with liquid crystal display, electric contact thermometer, electric heater and temperature sensor receiving system respectively; Described constant temperature control circuit and thermoregulation circuit, be connected with power module by energizing key respectively; The temperature threshold of described constant temperature control circuit is 47-51 ℃;
Described power module, comprises the 220V alternating current power supply, mains transformer TG and the rectifier bridge stack UR that connect successively, and the first outfan of described rectifier bridge stack is connected with constant temperature control circuit, and the second outfan of described rectifier bridge stack is connected with thermoregulation circuit; 220V alternating current power supply is after mains transformer TG blood pressure lowering and rectifier bridge stack UR rectification, for constant temperature control circuit provides the pulsating direct current running voltage of 12V, for thermoregulation circuit provides 6V pulsating direct current running voltage.
2. Respirovirus therapeutic instrument according to claim 1, is characterized in that, at the top of described hot water bottle, bottle cap is also installed; Described bottle pipe ventilating joint is arranged on the top of bottle cap, at the sidepiece of described bottle cap, the air inlet for strengthening ventilation inside and outside hot water bottle is also installed.
3. Respirovirus therapeutic instrument according to claim 1, is characterized in that, described homoiothermic button specifically comprises the intensification button, cooling button and Current Temperatures and the adjusting temperature transition button that are connected with special integral control circuit respectively; And/or described liquid crystal display, specifically comprises the wet-hot steam temperature display and the water temperature display screen that are connected with special integral control circuit respectively.
4. Respirovirus therapeutic instrument according to claim 1, is characterized in that, described constant temperature control circuit comprises relay, the first resistance R 1, the second resistance R 2, the 3rd resistance R 3 and light emitting diode D1, wherein:
The negative electrode of the first link of the coil KA of described relay, the first link of the first resistance R 1, light emitting diode D1, the first link of the 3rd resistance R 1, be connected with the first outfan of rectifier bridge stack respectively; The second link of the first resistance R 1, is connected with the first link of the first link, thermoregulation circuit and the electric contact thermometer temperature upper limit contact of the normally closed interlock KA1 of relay respectively; The second link of the coil KA of relay, is connected with the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of thermoregulation circuit, the second resistance R 2 respectively; The normally closed interlock KA2 of relay is connected between electric heater and 220V alternating current power supply.
5. Respirovirus therapeutic instrument according to claim 4, is characterized in that, described thermoregulation circuit comprises IGCT SCR, the first capacitor C 1 and the second capacitor C 2, wherein:
The anode of described IGCT SCR, is connected with the second link of the coil KA of relay, the first link, the anode of light emitting diode D1 and second link of the 3rd resistance R 3 of the second resistance R 2 respectively; The negative electrode of IGCT SCR with the second link of electric contact thermometer temperature upper limit contact, and is connected with the second link of the normally closed interlock KA1 of relay after electric contact thermometer lowest temperature contact; The control end of IGCT SCR, is connected with the second link of the first resistance R 1, and is connected with the second link of electric contact thermometer temperature upper limit contact after the first capacitor C 1; The second link of the second resistance R 2 is connected with the second link of electric contact thermometer temperature upper limit contact after the second capacitor C 2.
6. Respirovirus therapeutic instrument according to claim 5, is characterized in that, between the second link of the 3rd resistance R 3 and the second link of electric contact thermometer temperature upper limit contact, is also connected with K switch 2; And/or, between the normally closed interlock KA2 and 220V alternating current power supply of described relay, be also connected with on and off switch K1.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410098825.1A CN103877653B (en) | 2014-03-18 | 2014-03-18 | A kind of Respirovirus therapeutic instrument |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410098825.1A CN103877653B (en) | 2014-03-18 | 2014-03-18 | A kind of Respirovirus therapeutic instrument |
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| CN103877653A true CN103877653A (en) | 2014-06-25 |
| CN103877653B CN103877653B (en) | 2016-02-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106726442A (en) * | 2016-12-02 | 2017-05-31 | 安徽瑞德医疗设备制造有限公司 | A kind of dry type Water therapy cabin with hand-held remote controller function |
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|---|---|---|---|---|
| CN2211285Y (en) * | 1994-12-01 | 1995-11-01 | 韩志林 | Inhalation type instrument for respiratory diseases |
| WO2006002949A2 (en) * | 2004-06-25 | 2006-01-12 | Produvation Bv | Antiviral heat treatment |
| CN101884820A (en) * | 2009-05-13 | 2010-11-17 | 崇仁(厦门)医疗器械有限公司 | Breathing catheter and moisture breathing medical device |
| CN203736655U (en) * | 2014-03-18 | 2014-07-30 | 叶平 | Respiratory virus therapeutic apparatus |
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2014
- 2014-03-18 CN CN201410098825.1A patent/CN103877653B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2211285Y (en) * | 1994-12-01 | 1995-11-01 | 韩志林 | Inhalation type instrument for respiratory diseases |
| WO2006002949A2 (en) * | 2004-06-25 | 2006-01-12 | Produvation Bv | Antiviral heat treatment |
| CN101884820A (en) * | 2009-05-13 | 2010-11-17 | 崇仁(厦门)医疗器械有限公司 | Breathing catheter and moisture breathing medical device |
| CN203736655U (en) * | 2014-03-18 | 2014-07-30 | 叶平 | Respiratory virus therapeutic apparatus |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106726442A (en) * | 2016-12-02 | 2017-05-31 | 安徽瑞德医疗设备制造有限公司 | A kind of dry type Water therapy cabin with hand-held remote controller function |
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| CN103877653B (en) | 2016-02-10 |
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