CN103948495A - Synchronous air pressure wave therapeutic apparatus and use method thereof - Google Patents
Synchronous air pressure wave therapeutic apparatus and use method thereof Download PDFInfo
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Abstract
The invention discloses a synchronous air pressure wave therapeutic apparatus which is characterized by comprising a host unit, an electrocardio acquisition wire, an air bag, a connection pipeline and a wire controller, wherein a main control board, a wire controller socket and an electrocardio wire socket are arranged on the host unit; a wiring insertion opening and an electrocardio signal connection wire are arranged on the electrocardio acquisition wire; a pneumoelectric output interface board is arranged on the host unit and is provided with three air outlets; the wiring insertion opening of the electrocardio acquisition wire is connected to the electrocardio wire socket of the main control board of the host unit; the electrocardio signal connection wire is in contact with the skin of a human body and is used for synchronously acquiring the heart rate of the human body; due to program processing of the main control board, the air filling and discharging rhythm is controlled; the wire controller is connected to the wire controller socket of the main control board of the host unit; the air bag is connected to the three air outlets in the pneumoelectric output interface board of the host unit through the connection pipeline. Furthermore, the invention also discloses a use method of the synchronous air pressure wave therapeutic apparatus. The synchronous air pressure wave therapeutic apparatus is small in size, low in noise and convenient to carry.
Description
Technical field
The invention belongs to medical instruments field, relate in particular to a kind of synchronous air pressure wave therapeutic instrument and using method thereof.
Background technology
Enter after 21st century, cardiovascular disease climbing is 4.9%, ischemic-type cerebrovascular disease sickness rate 128-180/10 ten thousand, and cerebrovascular disease accounts for first of mortality rate.Overtired, the insomnia that caused by disturbance of blood circulation, the sub-health status such as weak, this not only affects work, affects quality of life, and constant greatly to bringing orthobiosis.
Synchronous air pressure wave therapeutic instrument is synchronous according to human heart rate, at diastole, to being wrapped in shank, the air bag of thigh and arm carries out pneumatic compression, impel the blood reflux of artery of lower extremity to aorta, improve aortic diastolic pressure, increase coronary artery and Carotid perfusion pressure, to increase heart and brain blood supply, at systolic period, make the rapid aerofluxus of air bag, remove gasbag pressure, impel aorta blood Rapid Flow to far-end, at next cardiac cycle, relaxing period is fast aeration again, reciprocal successively, improve vascular function thereby reach, improve the object such as blood circulation and metabolism.
Liu Xiaona discloses a kind of air pressure wave therapeutic instrument (two class medical apparatus and instruments) in the clinical practice of the vapour-pressure type extremity blood circulator of Yantai, Yantai City hospital, employing is wrapped in limbs multi-cavity gasbag, carry out successively various forms of inflations, expand, aerofluxus, and there is directivity, gradual, promote the venous blood of alluvial and the backflow of lymph fluid, strengthen arterial perfusion, improve the blood circulation of diseased region, dilution pain and inflammatory factor, promote the absorption of exudate, reach elimination edema, promote healing, prevent amyotrophy, improve peripheral vessels function equivalent fruit.Su Peng is in the routine clinical analysis of periodicity inflating pressure prevention deep venous thrombosis of lower limbs 92 of Chinese Chinese journals of practical medicine the 3rd the 14th phase of volume of July in 2003, a kind of therapeutic instrument is disclosed, generally fill the release at several seconds to a few minutes, the inflation persistent period to tens second, when this can make therapeutic instrument gas pressure continue to exert pressure from limbs end to heart extreme direction, can reversely encounter the numerous paradoxical expansion of human body, at paradoxical expansion, heart opening of aortic valve, heart point to far-end of limb, by arteries to limbs blood supply.Two strength oppositely liquidate, and this has increased the afterload of heart undoubtedly.
Summary of the invention
The object of the invention is: not only volume is little, noise is low for synchronous air pressure wave therapeutic instrument, be easy to carry, can enter the various places such as average family, community, hospital, and synchronize with human heart rate, taking human body electrocardio figure R ripple as triggering signal, at diastole to the air bag that is wrapped in shank, thigh and arm by far to nearly sequential inflating pressure, compressing limb artery, make the blood reflux in limb artery flow to aorta, to increase aortic diastolic pressure; To systole, the rapid aerofluxus of air bag, pressurized extremity vascular is decontroled suddenly, and Peripheral resistance is reduced, and improves vascular function, improves blood circulation and metabolism etc.
In order to achieve the above object, technical scheme of the present invention is: a kind of synchronous air pressure wave therapeutic instrument, is characterized in that: comprise main frame, electrocardiogram acquisition line, air bag, link pipeline and line control machine, on wherein said main frame, there is master control borad, line control machine socket and electrocardio line socket, on described electrocardiogram acquisition line, there is jack-plug socket, electrocardiosignal connecting line, on described main frame, there is pneumoelectric output interface plate, on described pneumoelectric output interface plate, there are three gas outlets, the jack-plug socket of described electrocardiogram acquisition line is connected on the electrocardio line socket of main frame master control borad, electrocardiosignal connecting line contacts with human body skin, synchronous acquisition human heart rate, by master control borad routine processes, that controls air fills aerofluxus rhythm, described line control machine is received on the line control machine socket of main frame master control borad, described air bag is connected on three gas outlets on main frame pneumoelectric output interface plate by linking pipeline.
Described line control machine can carry out host switch and the decompression that adds to air bag.
Described main frame comprises master control borad, line control machine socket, electrocardio line socket, connecting line, converter, isolating transformer, regulated power supply, forced air cooler, air switch, the pump housing, air-capacitor, on and off switch, wave filter, each assembly passes through connection, cabinet front surface has master control display screen, and with cabinet inside connection.
Described synchronous air pressure wave therapeutic instrument, also can connect a pulse pressure sensor on the pulse pressure combination hub on master control borad.
A using method for synchronous air pressure wave therapeutic instrument, comprises the steps:
(1) start: in main frame bottom behind, find main power switch, and upwards open switch, now hear the startup sound of forced air cooler in cabinet, then find master control on and off switch at the positive basifacial of main frame, upwards open master control on and off switch.
(2) display screen initial state: opening after master control on and off switch, display screen can enter original state.
(3) set treatment time: when pressing after start/stop key, picture can convert to sets treatment time, now, patient can be according to own needs, by added-time/pressurization key or subtract time/decompression key, can set treatment time, final treatment time is presented at the below of screen, and this main frame has memory function, after each start, key adjustment when needing only without added-time key or subtracting, the time of setting before will always remembering.
(4) preparation: patient, before treatment, preferably wears smooth soft underwear, before each treatment, urine once, is drunk water less, and to prevent producing urgent micturition in treatment, people lies on a bed, and Air sac cover is wrapped in respectively to shank, thigh and arm.
(5) open signal: side is seen display, the open/signal key of pressing signal, now sees that display becomes scanning picture by timing picture conversion, and Article 1 scanning line on picture, just there will be EGC pattern ripple.
(6) treatment: see on display and have stable ecg wave form, stable heart rate numerical value shows and stable valve body switch holding wire, now just can press treatment/Pause key, patient just can feel the rhythmical increase of gasbag pressure, until stable state, patient can or subtract time/decompression key by added-time/pressurization key, adjusts the pressure that gasbag pressure feels comfortably cool to patient oneself.For convenience of view screen, press and freeze/thaw key, can make sweep waveform static, press fast/slow key, can change and change second to 50mm/ scanning speed 25mm/ second.In therapeutic process, patient can regulate prone position voluntarily, is as the criterion so that individual is comfortable.Patient, also can be by treatment/Pause key in therapeutic process, and treatment is suspended, as receive calls etc., then by treatment/Pause key, therapeutic instrument can recover again normal work.
(7) shutdown: in therapeutic process, control the timing of computer meeting automatic pouring, in the time that the treatment time of setting counts up to 0, therapeutic instrument can quit work automatically, compressor can progressively reduce rotating speed, by Pressure Drop to 0, and send buzzerphone, display screen also can proceed to screen initial state after 10 seconds, now, patient can unload the air bag of electrocardiosignal connecting line and parcel voluntarily, gets off from bedding, has so just completed seance.
As immediately there being next bit patient to treat, can start to carry out from step 3, as no longer include patient treatment, can shut down, the order of shutdown is the master control on and off switch first closing before cabinet, after about 10 minutes, then close cabinet main power switch below, be beneficial to the cooling of main frame inner compressor.
Described inflation and the pressure of aerofluxus, at 0.02～0.05mpa, are pressurizeed or are reduced pressure by user Self-operating, and to reaching the most comfortable degree of user self-induction, as pressure exceedes 0.05mpa, air pressure wave treatment can quit work automatically.
The present invention compared with prior art, its remarkable advantage: not only volume is little, noise is low for synchronous air pressure wave therapeutic instrument, be easy to carry, can enter the various places such as average family, community, hospital, and synchronize with human heart rate, taking human body electrocardio figure R ripple as triggering signal, at diastole to the air bag that is wrapped in shank, thigh and arm by far to nearly sequential inflating pressure, compressing limb artery, makes the blood reflux in limb artery flow to aorta, to increase aortic diastolic pressure; To systole, the rapid aerofluxus of air bag, pressurized extremity vascular is decontroled suddenly, and Peripheral resistance is reduced, and improves vascular function, improves blood circulation and metabolism etc.
Brief description of the drawings
Fig. 1 is the structural representation of a kind of synchronous air pressure wave therapeutic instrument of the present invention.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
As shown in Figure 1, a kind of synchronous air pressure wave therapeutic instrument, is characterized in that: comprise main frame, electrocardiogram acquisition line, air bag, link pipeline and line control machine, on wherein said main frame, there is master control borad, line control machine socket and electrocardio line socket, on described electrocardiogram acquisition line, there is jack-plug socket, electrocardiosignal connecting line, on described main frame, there is pneumoelectric output interface plate, on described pneumoelectric output interface plate, there are three gas outlets, the jack-plug socket of described electrocardiogram acquisition line is connected on the electrocardio line socket of main frame master control borad, electrocardiosignal connecting line contacts with human body skin, synchronous acquisition human heart rate, by master control borad routine processes, that controls air fills aerofluxus rhythm, described line control machine is received on the line control machine socket of main frame master control borad, described air bag is connected on three gas outlets on main frame pneumoelectric output interface plate by linking pipeline.
Described line control machine can carry out host switch and the decompression that adds to air bag.
Described main frame comprises master control borad, line control machine socket, electrocardio line socket, connecting line, converter, isolating transformer, regulated power supply, forced air cooler, air switch, the pump housing, air-capacitor, on and off switch, wave filter, each assembly passes through connection, cabinet front surface has master control display screen, and with cabinet inside connection.
Described synchronous air pressure wave therapeutic instrument, also can connect a pulse pressure sensor on the pulse pressure combination hub on master control borad.
A using method for synchronous air pressure wave therapeutic instrument, comprises the steps:
(1) start: in main frame bottom behind, find main power switch, and upwards open switch, now hear the startup sound of forced air cooler in cabinet, then find master control on and off switch at the positive basifacial of main frame, upwards open master control on and off switch.
(2) display screen initial state: opening after master control on and off switch, display screen can enter original state.
(3) set treatment time: when pressing after start/stop key, picture can convert to sets treatment time, now, patient can be according to own needs, by added-time/pressurization key or subtract time/decompression key, can set treatment time, final treatment time is presented at the below of screen, and this main frame has memory function, after each start, key adjustment when needing only without added-time key or subtracting, the time of setting before will always remembering.
(4) preparation: patient, before treatment, preferably wears smooth soft underwear, before each treatment, urine once, is drunk water less, and to prevent producing urgent micturition in treatment, people lies on a bed, and Air sac cover is wrapped in respectively to shank, thigh and arm.
(5) open signal: side is seen display, the open/signal key of pressing signal, now sees that display becomes scanning picture by timing picture conversion, and Article 1 scanning line on picture, just there will be EGC pattern ripple.
(6) treatment: see on display and have stable ecg wave form, stable heart rate numerical value shows and stable valve body switch holding wire, now just can press treatment/Pause key, patient just can feel the rhythmical increase of gasbag pressure, until stable state, patient can or subtract time/decompression key by added-time/pressurization key, adjusts the pressure that gasbag pressure feels comfortably cool to patient oneself.For convenience of view screen, press and freeze/thaw key, can make sweep waveform static, press fast/slow key, can change and change second to 50mm/ scanning speed 25mm/ second.In therapeutic process, patient can regulate prone position voluntarily, is as the criterion so that individual is comfortable.Patient, also can be by treatment/Pause key in therapeutic process, and treatment is suspended, as receive calls etc., then by treatment/Pause key, therapeutic instrument can recover again normal work.
(7) shutdown: in therapeutic process, control the timing of computer meeting automatic pouring, in the time that the treatment time of setting counts up to 0, therapeutic instrument can quit work automatically, compressor can progressively reduce rotating speed, by Pressure Drop to 0, and send buzzerphone, display screen also can proceed to screen initial state after 10 seconds, now, patient can unload the air bag of electrocardiosignal connecting line and parcel voluntarily, gets off from bedding, has so just completed seance.
As immediately there being next bit patient to treat, can start to carry out from step 3, as no longer include patient treatment, can shut down, the order of shutdown is the master control on and off switch first closing before cabinet, after about 10 minutes, then close cabinet main power switch below, be beneficial to the cooling of main frame inner compressor.
Described inflation and the pressure of aerofluxus, at 0.02～0.05mpa, are pressurizeed or are reduced pressure by user Self-operating, and to reaching the most comfortable degree of user self-induction, as pressure exceedes 0.05mpa, air pressure wave treatment can quit work automatically.
More than the description of this invention and non-limiting, based on other embodiment of inventive concept, also all among protection scope of the present invention.
Claims (7)
1. a synchronous air pressure wave therapeutic instrument, is characterized in that: comprise main frame, electrocardiogram acquisition line, air bag, link pipeline and line control machine, on wherein said main frame, there is master control borad, line control machine socket and electrocardio line socket, on described electrocardiogram acquisition line, there is jack-plug socket, electrocardiosignal connecting line, on described main frame, there is pneumoelectric output interface plate, on described pneumoelectric output interface plate, there are three gas outlets, the jack-plug socket of described electrocardiogram acquisition line is connected on the electrocardio line socket of main frame master control borad, electrocardiosignal connecting line contacts with human body skin, synchronous acquisition human heart rate, by master control borad routine processes, that controls air fills aerofluxus rhythm, described line control machine is received on the line control machine socket of main frame master control borad, described air bag is connected on three gas outlets on main frame pneumoelectric output interface plate by linking pipeline.
2. the synchronous air pressure wave therapeutic instrument of one according to claim 1, is characterized in that: described line control machine can carry out host switch and the decompression that adds to air bag.
3. the synchronous air pressure wave therapeutic instrument of one according to claim 1, it is characterized in that: described main frame comprises master control borad, line control machine socket, electrocardio line socket, connecting line, converter, isolating transformer, regulated power supply, forced air cooler, air switch, the pump housing, air-capacitor, on and off switch, wave filter, each assembly passes through connection, cabinet front surface has master control display screen, and with cabinet inside connection.
4. the synchronous air pressure wave therapeutic instrument of one according to claim 1, is characterized in that: described synchronous air pressure wave therapeutic instrument, also can connect a pulse pressure sensor on the pulse pressure combination hub on master control borad.
5. a using method for synchronous air pressure wave therapeutic instrument, comprises the steps:
(1) start: in main frame bottom behind, find main power switch, and upwards open switch, now hear the startup sound of forced air cooler in cabinet, then find master control on and off switch at the positive basifacial of main frame, upwards open master control on and off switch;
(2) display screen initial state: opening after master control on and off switch, display screen can enter original state;
(3) set treatment time: when pressing after start/stop key, picture can convert to sets treatment time, now, patient can be according to own needs, by added-time/pressurization key or subtract time/decompression key, can set treatment time, final treatment time is presented at the below of screen, and this main frame has memory function, after each start, key adjustment when needing only without added-time key or subtracting, the time of setting before will always remembering;
(4) preparation: patient, before treatment, preferably wears smooth soft underwear, before each treatment, urine once, is drunk water less, and to prevent producing urgent micturition in treatment, people lies on a bed, and Air sac cover is wrapped in respectively to shank, thigh and arm;
(5) open signal: side is seen display, the open/signal key of pressing signal, now sees that display becomes scanning picture by timing picture conversion, and Article 1 scanning line on picture, just there will be EGC pattern ripple;
(6) treatment: see on display and have stable ecg wave form, stable heart rate numerical value shows and stable valve body switch holding wire, now just can press treatment/Pause key, patient just can feel the rhythmical increase of gasbag pressure, until stable state, patient can or subtract time/decompression key by added-time/pressurization key, adjusts the pressure that gasbag pressure feels comfortably cool to patient oneself; For convenience of view screen, press and freeze/thaw key, can make sweep waveform static, press fast/slow key, can change and change second to 50mm/ scanning speed 25mm/ second; In therapeutic process, patient can regulate prone position voluntarily, is as the criterion so that individual is comfortable; Patient, also can be by treatment/Pause key in therapeutic process, and treatment is suspended, as receive calls etc., then by treatment/Pause key, therapeutic instrument can recover again normal work;
(7) shutdown: in therapeutic process, control the timing of computer meeting automatic pouring, in the time that the treatment time of setting counts up to 0, therapeutic instrument can quit work automatically, compressor can progressively reduce rotating speed, by Pressure Drop to 0, and send buzzerphone, display screen also can proceed to screen initial state after 10 seconds, now, patient can unload the air bag of electrocardiosignal connecting line and parcel voluntarily, gets off from bedding, has so just completed seance.
6. the using method of a kind of synchronous air pressure wave therapeutic instrument according to claim 5, it is characterized in that: as immediately there being next bit patient to treat, can start to carry out from step 3, as no longer include patient treatment, can shut down, the order of shutdown is the master control on and off switch first closing before cabinet, about 10 minutes after, close again cabinet main power switch below, be beneficial to the cooling of main frame inner compressor.
7. the using method of a kind of synchronous air pressure wave therapeutic instrument according to claim 5, it is characterized in that: described inflation and the pressure of aerofluxus are at 0.02～0.05mpa, pressurize or reduce pressure by user Self-operating, to reaching the most comfortable degree of user self-induction, as pressure exceedes 0.05mpa, air pressure wave treatment can quit work automatically.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111249129A (en) * | 2020-03-10 | 2020-06-09 | 中科美美医疗设备有限公司 | Shock wave treatment probe and shock wave treatment handle |
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| CN86101234A (en) * | 1986-03-03 | 1988-06-08 | 中山医科大学生物医学工程开发中心 | The combined unit of microcomputer enhanced external counterpulsation device and outer chest heart pressing device |
| WO2003024315A2 (en) * | 2001-09-20 | 2003-03-27 | Living Data Technology Corporation | External counter pulsation apparatus |
| CN201279257Y (en) * | 2008-08-25 | 2009-07-29 | 天津市联大医用设备有限公司 | Air wave pressure therapeutic device |
| CN202637426U (en) * | 2011-12-12 | 2013-01-02 | 周金红 | Air wave pressure therapeutic instrument |
| CN202637374U (en) * | 2012-04-20 | 2013-01-02 | 上海金等玻璃钢有限公司 | Anti-corrosive shell for cremation urn |
| CN203749821U (en) * | 2014-03-28 | 2014-08-06 | 吴江市搏华医疗器械有限公司 | Synchronous air pressure wave therapeutic instrument |
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2014
- 2014-03-28 CN CN201410121798.5A patent/CN103948495A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN86101234A (en) * | 1986-03-03 | 1988-06-08 | 中山医科大学生物医学工程开发中心 | The combined unit of microcomputer enhanced external counterpulsation device and outer chest heart pressing device |
| WO2003024315A2 (en) * | 2001-09-20 | 2003-03-27 | Living Data Technology Corporation | External counter pulsation apparatus |
| CN201279257Y (en) * | 2008-08-25 | 2009-07-29 | 天津市联大医用设备有限公司 | Air wave pressure therapeutic device |
| CN202637426U (en) * | 2011-12-12 | 2013-01-02 | 周金红 | Air wave pressure therapeutic instrument |
| CN202637374U (en) * | 2012-04-20 | 2013-01-02 | 上海金等玻璃钢有限公司 | Anti-corrosive shell for cremation urn |
| CN203749821U (en) * | 2014-03-28 | 2014-08-06 | 吴江市搏华医疗器械有限公司 | Synchronous air pressure wave therapeutic instrument |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111249129A (en) * | 2020-03-10 | 2020-06-09 | 中科美美医疗设备有限公司 | Shock wave treatment probe and shock wave treatment handle |
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