CN102145203A - Hand-held palm electrical pulse therapentic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia - Google Patents
Hand-held palm electrical pulse therapentic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia Download PDFInfo
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- CN102145203A CN102145203A CN2010101082922A CN201010108292A CN102145203A CN 102145203 A CN102145203 A CN 102145203A CN 2010101082922 A CN2010101082922 A CN 2010101082922A CN 201010108292 A CN201010108292 A CN 201010108292A CN 102145203 A CN102145203 A CN 102145203A
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Abstract
The invention discloses hand-held palm electrical pulse therapentic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia, comprising a hand-held electrode carrier which is an elliptical cylindrical bag-shaped plastic body, a treatment electrode arranged on the hand-held electrode carrier, an electrical pulse generator and the like, wherein the treatment electrode comprises a palm area electrode and an interphalangeal electrode; the palm area electrode comprises a palm center diaphragm electrode, a large fish diaphragm electrode and a small fish diaphragm electrode; and the interphalangeal electrode comprises a thumb and forefinger electrode, a forefinger and middle finger electrode, a middle finger and ring finger electrode and a ring finger and little finger electrode. Various palm areas and the interphalangeal electrodes form a plurality of pairs and are connected with an output circuit of the electrical pulse generator and are connected with an electrical switch in series for controlling. The electrical switch is triggered and controlled by a time-sequence pulse circuit to be on or off. A small permanent magnet and a miniature LED can be embedded into each electrode to apply compound action. The palm area, interphalangeal acupuncture points, channels and collaterals, nerves, cell tissues and the like can be stimulated, regulated and controlled by using electrical pulse, magnetism and light in various crossed circulating modes so as to improve the physiological activity. The hand-held palm electrical pulse therapentic equipment is an electronic medical instrument which is used for mainly treating hypertension, hyperglycemia and hyperlipemia as well as cardiovascular and cerebrovascular diseases and has curative effects for other diseases.
Description
Technical field
The present invention relates to electronic medical equipment, particularly a kind ofly mainly palm area is comprised that the palm back of the body, the palm refer to, refer to that an acupuncture point applies the electric pulse effect, based on treatment hypertension, hyperglycemia, hyperlipidemia and the heart, cerebrovascular disease and to all medicable three-hypers treatment for diseases of other multiple disease hand held palm point electric impulse therapeutic device with therapeutic electrode.
Background technology:
The Chinese patent communique discloses title: " the comprehensive acupoint stimulation device of palm ", application number: the patent application of 02829659.1, publication number: CN1705467.It is when utilizing both hands to pat the symmetric soft or hard difference in both sides, granular size difference, shape difference, rugged elastic protrusion granular materials simultaneously, the comprehensive stimulator of a kind of palm that makes the acupuncture point in the palm obtain stimulating.Following defective is arranged: 1) pat to rely on certain mechanical forces and skill with palm, to physical weakness, worn with age, the person of being short of physical strength is inapplicable; 2) the mechanicalness massage stimulus modelity of beating palm is single, and function is few, poor selectivity; 3) to single palm performance difficulty; When 4) no water source provides, implement limited, very inconvenient; 5) do not have initiatively or stimulate output function automatically; 6) bigger to acupoint stimulation randomness in the palm, the location, acupuncture point is difficult to accurate assurance, effect instability.
Summary of the invention:
In order to overcome existing palm acupoint stimulation device to single, the deficiencies such as function is few, poor selectivity of palm acupuncture point mechanicalness massage stimulus modelity, the invention provides a kind of three-hypers treatment for diseases hand held palm point electric impulse therapeutic device, it can apply the electric pulse stimulation and the regulation and control of various ways in palm area, significantly improve physiologically active, through the cave accurate positioning, curative effect is reliable rapidly, in the recent period and late result good; And it is portable.
The present invention solves the problems of the technologies described above the technical scheme that is adopted to be:
The three-hypers treatment for diseases is made up of therapeutic electrode, connection cable, electric pulse generator etc. with hand held palm point electric impulse therapeutic device.Its therapeutic electrode is fixed on the oval goalpost scrotiform palm of a hand held electrode holder----district's insulation plastic body; These therapeutic electrodes comprise palm region electrode and refer to an electrode.
A. slap region electrode: be the membrance electrode that is pasted on the electrode holder; Comprise:
A. centre of the palm membrance electrode: the centre of the palm district that contacts with position, the palm centre of the palm when being positioned at the grasping handle electrode carrier;
B. big fish membrance electrode: the Da Yu district that contacts with the big thenar of palm position when being positioned at the grasping handle electrode carrier;
C. small fish membrance electrode: the small fish district that contacts with position, palm hypothenar when being positioned at the grasping handle electrode carrier;
B. refer to an electrode: be fixed in the upright electrode on the electrode holder; Comprise:
A. thumb is eaten electrode: the thumb food district when the grasping handle electrode carrier between thumb and the forefinger;
B. electrode in eating: distinguish in the food when the grasping handle electrode carrier between forefinger and the middle finger;
C. electrodeless in: the middle no district when the grasping handle electrode carrier between the middle finger and the third finger;
D. there is not small electrode: the no sub-district when the grasping handle electrode carrier between the third finger and the little finger of toe.
Electrode in centre of the palm membrance electrode and thumb food electrode, the food, in electrodeless, no small electrode, six counter electrode formed respectively of fish membrance electrode, small fish membrance electrode greatly, and in thumb food electrode and the food in electrode, the food electrode with in electrodeless, in electrodeless and no small electrode, no small electrode and thumb eat four counter electrode of electrode composition, be connected with the treatment control of A group electric pulse generator and two outfans of output circuit respectively, electrical switch is arranged in the link circuit; Electrical switch is connected with the circuits for triggering of its break-make of control.The circuits for triggering of electrical switch are sequence timers.The electrical switch sequencing contro circuits for triggering of the treatment control of the electric pulse generator (A group) in each is slapped region electrode and the connection cable that refers to the electrode cyst wall through hole by electrode holder and is fixed on the electrode holder balloon cavity and output circuit, sequence timer (B group) are connected.
The present invention solves the problems of the technologies described above the technical scheme that is adopted can also be:
The three-hypers treatment for diseases respectively has at least one LED fixing hole with centre of the palm district, Da Yu district, small fish district on the electrode holder of hand held palm point electric impulse therapeutic device, is inlaid with miniature infrared LED or laser LED in the hole; Corresponding with it, LED irradiation hole is arranged on centre of the palm membrance electrode, big fish membrance electrode, the small fish membrance electrode.
Electrode between palm respectively refers to: electrode in thumb food electrode, the food, in electrodeless, no small electrode, they with point two sides that contact and respectively have at least one LED to shine hole, be inlaid with miniature infrared LED or laser LED in the hole; Miniature infrared LED or laser LED are connected with the 3rd group pulse generator infrared ray output circuit.
Centre of the palm district, Da Yu district, small fish district at electrode holder have at least one permanent magnet fixing hole respectively, and the hole internal fixation has minitype permanent-magnet; These minitype permanent-magnets constitute the compound film sheet electrode with corresponding centre of the palm membrance electrode, big fish membrance electrode, small fish membrance electrode.Magnets N-S extreme direction is perpendicular to membrance electrode.
Electrode between respectively referring to: electrode in thumb food electrode, the food, in electrodeless, no small electrode, they all have minitype permanent-magnet, formation compound film sheet electrode.Minitype permanent-magnet is fixed on and refers on the electrode thread seat, and its N utmost point-S extreme direction is consistent with finger electrode outer wall.
The invention has the beneficial effects as follows:
1. utilize special electrode to apply electric pulse stimulation, and infrared ray or laser pulses irradiate, the effect in magnetic field, make the Quan Zhang district of the singlehanded palm or the both hands palm, palm back of the body district, each the finger and interdigital area from skin surface to each inner many cells tissue, before and after obtaining, about, the depth, the electric pulse and the infrared ray of intersection sequential circulating type, the formed palm palm in back that excites jointly of the compound field wave in magnetic field is distinguished the complex stimulus effect, can directly or indirectly regulate and activate whole blood circulation, hormonal system, immune system, through cave venation system, the bio-resonance of multisystems such as nervous system and QI and blood material and make it active, can effectively control and treat hypertension, hyperlipidemia, hyperglycemia--three-hypers disease and to suffering from the heart, cerebrovascular disease etc., have good therapeutical effect, simultaneously sub-health population is had hypnosis, fat-reducing, beauty treatment and life lengthening effect.
2. need not any medicine and other utensils, just can directly activate each and unite through, vein system--end source point, the QI and blood of promotion whole body is unobstructed, vital essence is vigorous, body is healthy and strong, inhibition aging and pathology damage active procedure.
3. determined curative effect is simple to operate, and is easy to carry, safe and reliable, has no side effect, with low cost.
4. can use by single hands, but also both hands together use, convenient all kinds of crowds use fast track rehabilitation.
Description of drawings
Fig. 1 is the composition block diagram of three-hypers treatment for diseases of the present invention with hand held palm point electric impulse therapeutic device.
Fig. 2 is the structural representation axonometric drawing of therapeutic apparatus electrode holder of the present invention and each therapeutic electrode.
Fig. 3 is the structural representation axonometric drawing of big fish diaphragm combination electrode in the electrode holder palm district.
Fig. 4 is the distribution schematic diagram in each therapeutic electrode zone of living on the electrode holder.
Fig. 5 is three membrance electrodes and the permanent magnet and the infrared LED fixed position sketch map of electrode holder.
Fig. 6 is the cyst wall through hole of electrode and the sketch map of sacculus inwall between four fingers on the electrode holder.
Fig. 7 is oval torus shaped of electrode holder centre of the palm district sacculus outer wall and sacculus inwall empty pocket chamber sketch map.
Fig. 8 is meant the structural representation exploded view of a combination electrode.
Fig. 9 be centre of the palm electrode between electrical switch and each refer to electrode and large and small fish electrode conduction sequential chart.
Figure 10 is the conducting sequential sketch map of respectively controlling through electrical switch between the electrode between finger.
Figure 11 be between compound centre of the palm electrode and each compound finger between respectively the referring to of electrode through the conducting sequential sketch map of sequential electrical switch control.
Figure 12,13, the 14th, respectively slap region electrode, respectively refer between the sketch map that is connected with electrical switch of electrode.
Figure 15 sketch map that to be centre of the palm electrode be connected with pulse output end through electrical switch with electrode between each refers to and large and small fish electrode.
Figure 16 is the sketch map that respectively electrode is connected with pulse output end through electrical switch between finger.
Figure 17 is the circuit diagram of the electrical switch of the electric pulse generator (A group), sequence timer (B group) of therapeutic electrode and control thereof.
Figure 18 is the circuit diagram of this therapeutic apparatus infrared LED pulse driving circuit (C group).
Among the figure: 1-electrode holder, 2-thumb food electrode (Z
2), electrode (Z in the 3-food
3), electrodeless (Z among the 4-
4), 5-do not have small electrode (Z
5), 6-small fish membrance electrode (M
7), the big fish membrance electrode of 7-(M
6), 8-centre of the palm membrance electrode (M
8), 9-LED shines the hole, 10-compound film sheet electrode, the big fish membrance electrode of 11-carrier district is the Da Yu district, the cyst wall through hole of the fixing big fish membrance electrode of 12-, 13-membrance electrode cable hole, 14-small magnet fixing hole, the 15-LED fixing hole, the 16-minitype permanent-magnet, the miniature infrared LED of 17-, 18-electrode holder adhering layer, 19-thumb food electrode district is thumb food district, the instant middle district of electrode district in the 20-food, electrodeless district does not have the district promptly among the 21-, 22-does not have the small electrode district and does not promptly have the sub-district, 23-small fish membrance electrode carrier district is the small fish district, membrance electrode carrier district, the 24-centre of the palm is centre of the palm district, 25-membrance electrode cable through hole, 26-is the cyst wall through hole of small fish membrance electrode fixedly, 27-small magnet fixing hole, the 28-LED fixing hole, 29-membrance electrode cable hole, 30-small magnet fixing hole, the 31-LED fixing hole, 32-is the cyst wall through hole of centre of the palm membrance electrode fixedly, the 33-minitype permanent-magnet, the miniature infrared LED of 34-, the 35-minitype permanent-magnet, the miniature infrared LED of 36-, 37-thumb food electrode cyst wall installing hole, electrode cyst wall fixing hole in the 38-food, electrodeless cyst wall fixing hole among the 39-, 40-does not have small electrode cyst wall fixing hole, the oval torus shaped structure of 41-, 42-goalpost bodily form empty pocket chamber, 43-refers to that a combination electrode promptly refers to electrode or refers to an electrode, 44-refers to electrode cap, 45-electrode outer wall, 46-refers to the electrode thread seat, 47-refers to the electrode cable hole, 48-LED irradiation hole (promptly 9), the 49-minitype permanent-magnet, the miniature infrared LED of 50-.
The specific embodiment
The invention will be further described below in conjunction with drawings and Examples:
Three-hypers treatment for diseases of the present invention shown in Figure 1 is formed with the circuit of hand held palm point electric impulse therapeutic device.Bidirectional triode thyristor electronic switching circuit, infrared LED, palm palm district's membrance electrode and the finger that it triggers control by three groups of electric pulse generators, ten road time sequential pulse output circuits, ten road time sequential pulses refers to that an electrode, power pack and each electrode connecting line cable etc. form.Three groups of electric pulse generators (or claiming pulse generating circuit) are A group, B group, C group.The output electric pulse of A group electric pulse generation circuit is through power amplification circuit, treatment control output circuit, boost and become high electric field pulse, trigger control bidirectional triode thyristor electrical switch through time sequential pulse respectively by pulse output end D1, D2, be connected with each therapeutic electrode, this comprises: connect centre of the palm membrance electrode and the large and small fish membrance electrode in palm district, the centre of the palm of membrance electrode refers to being connected and interelectrode connection between finger respectively between the electrode with each.Electric pulse generator B group and decimal scale counting/distribution control circuit are formed sequence circuit and are exported ten road time sequential pulses, as electrical switch (bidirectional triode thyristor) sequencing contro circuits for triggering.The sequencing contro circuits for triggering are exported ten tunnel pulses chronologically and are triggered ten groups (14) corresponding bidirectional triode thyristor, the break-make of control electrical switch successively.The sequential of ten road trigger impulses and be: 1.: touch 1 → K with the corresponding relation of ten groups of electrical switches
12.: touch 2 → K
23.: touch 3 → K
36.: touch 6 → K
67.: touch 7 → K
7-1And K
7-28.: touch 8 → K
8-1And K
8-29.: touch 9 → K
9-1And K
9-210.: touch 10 → K
10-1And K
10-2(annotate: " touching " promptly triggers) like this, corresponding ten groups of (14) electrical switch K
1To K
10-1And K
10-2Be bidirectional triode thyristor, by ten road time sequential pulses of B group circuit triggering and conducting successively, ten road electric impulse signals of having realized the output of A group electric pulse generator are by the circulation sequential, through line be delivered to palm respectively slap region electrode and refer between electrode, act on the corresponding site of palm district and finger.Electric pulse generator C group, the pulse signal of output amplifies through the infrared ray output circuit, by outfan H
1, H
2Slap corresponding connection of infrared LED on the electrode between region electrode and finger by cable and each.Two outfan H
1, H
2The infrared LED of output pulsed drive each electrode, intermittently luminous by the pulse cycle, make infrared ray pulsation ground act on corresponding site between palm district and finger.
The primary structure of therapeutic apparatus of the present invention shown in Figure 2.It is by forming with the lower part: electrode 3 in electrode holder 1, thumb food electrode 2, the food, in electrodeless 4, no small electrode 5, small fish membrance electrode 6, big fish membrance electrode 7, centre of the palm membrance electrode 8 and LED shine hole 9.Electrode holder 1 is an insulating plastic body in oval goalpost scrotiform palm district that is suitable for holding, or the analog that is suitable for holding.Big fish membrance electrode 7, centre of the palm membrance electrode 8,6 three palms of small fish membrance electrode region electrode, the corresponding site that is positioned on the electrode holder 1 from top to bottom, contacts with palm during grasping handle electrode carrier 1.
Electrode 3 in thumb food electrode 2, the food, in electrode between electrodeless 4,5 four cylindrical fingers of no small electrode, uprightly be fixed on the electrode holder 1, distinguish 20 in the food between thumb when laying respectively at grasping handle electrode carrier 1 between thumb and forefinger food district 19, forefinger and the middle finger, the no sub-district 22 between middle no district 21, the third finger and the little finger of toe between middle finger and the third finger.
The structure of the big fish membrance electrode in the palm district of electrode holder shown in Figure 3.Big fish membrance electrode 7 is compound film sheet electrodes.The structure of compound film sheet electrode 10: big fish membrance electrode 7 is an example, and it is in electrode holder 1 lip-deep big fish membrance electrode carrier district 11, is covered with electrode holder adhering layer 18, has one deck software conductive rubber layer to make electrode on the electrode holder adhering layer 18.So-called compound film sheet electrode is meant except conductive electrode is arranged, membrance electrode cable through hole 13, minitype permanent-magnet 16, miniature infrared LED (17), the fixing cyst wall through hole 12 of membrance electrode in addition it on.Fixedly the cyst wall through hole 12 of membrance electrode is to use for the dop that embeds the mushroom head on the membrance electrode software conductive rubber layer.
Have in the big fish membrance electrode carrier district 11 of electrode holder 1: fixing diaphragm-operated cyst wall through hole area 12, membrance electrode cable through hole 13, minitype permanent-magnet fixing hole 14, LED shine hole 15.
Centre of the palm membrance electrode 8, small fish membrance electrode 6 also are the compound film sheet electrodes, and be identical with compound film sheet electrode 10 structures of big fish membrance electrode 7.
The distributing position of respectively slapping electrode between region electrode and finger on the electrode holder 1 shown in Figure 4.
The big fish membrance electrode carrier district 11 (abbreviation Da Yu district) that big fish membrance electrode 7 is positioned on the electrode holder 1, contact with the big thenar of palm position during grasping handle electrode carrier 1.There are membrance electrode cable hole 13, small magnet fixing hole 14, LED fixing hole 15, the fixing cyst wall through hole 12 of membrance electrode in Da Yu district 11.
The membrance electrode carrier district, the centre of the palm 24 that centre of the palm membrance electrode 8 is positioned on the electrode holder 1, contact with position, the palm centre of the palm during grasping handle electrode carrier 1 (being called for short centre of the palm district).There are membrance electrode cable hole 29, small magnet fixing hole 30, LED fixing hole 31, the fixing cyst wall through hole 32 of membrance electrode in centre of the palm district 24.
The small fish membrance electrode carrier district 23 that small fish membrance electrode 6 is positioned on the electrode holder 1, contact with position, palm hypothenar during grasping handle electrode carrier 1 (being called for short the small fish district).There are membrance electrode cable hole 25, fixedly cyst wall through hole 26, small magnet fixing hole 27, the LED fixing hole 28 of membrance electrode in small fish district 23.
At least one fixing diaphragm-operated cyst wall through hole is all arranged in each membrance electrode carrier district: 12,32,26, be used for fixing compound film sheet electrode 10 usefulness.
Electrode 3 in thumb food electrode 2, the food, in electrode between electrodeless 4,5 four fingers of no small electrode, lay respectively at that the thumb food between the thumb and forefinger when holding electrode holder 1 on the electrode holder 1 distinguishes 19, distinguish 20 in the food between forefinger and the middle finger, the no sub-district 22 between middle no district 21, the third finger and the little finger of toe between middle finger and the third finger.Above-mentioned four districts have the fixing hole of electrode between four corresponding with it fingers respectively.
Permanent magnet and infrared LED fixed position on three membrance electrodes on the electrode holder shown in Figure 5.
On the big fish membrance electrode 7 minitype permanent-magnet 16, miniature infrared LED (17) are arranged.Minitype permanent-magnet 33, miniature infrared LED (34) are arranged on the centre of the palm membrance electrode 8.Minitype permanent-magnet 35, miniature infrared LED (36) are arranged on the small fish membrance electrode 6.Three minitype permanent- magnets 16,33,35 are inlayed respectively on the small magnet fixing hole that is fixed on three membrance electrodes and electrode holder, the direction of its N-S utmost point is perpendicular to membrance electrode, make the magnetic line of force vertical with the sense of current of electrode as far as possible, to increase the influence of paired pulses conduction of current.Three miniature infrared LEDs (17,34,36) are also inlayed respectively on the LED fixing hole that is fixed on three electrode holder districts, by the irradiation of the LED on three electrode holder district cinclides and three membrance electrodes hole, shine on palm district and the interdigital area.
The structure of cyst wall through hole on electrode holder 1 cyst wall of the cyst wall through hole of electrode and three palm region electrodes between four fingers shown in Figure 6.Have on electrode holder 1 cyst wall electrode cyst wall fixing hole 38 in thumb food electrode cyst wall fixing hole 37, the food, in electrodeless cyst wall fixing hole 39, no small electrode cyst wall fixing hole 40 and fix the cyst wall through hole 12 of big fish membrance electrode, fixedly centre of the palm membrance electrode cyst wall through hole 32, fixing small fish membrance electrode cyst wall through hole 26.These electrode holder cyst wall through holes are mainly used in fixed each compound film sheet electrode and electrical equipment wiring on electrode holder 1 outer surface, are connected by the electric pulse generator in these cyst wall through holes and the blister cavities, the outfan of infrared ray electric pulse generator.
Oval protuberantia shape structure on the cyst wall in electrode holder centre of the palm district 24 shown in Figure 7.At electrode holder 1 is that the oval goalpost scrotiform palm is distinguished the centre of the palm district 24 on the insulation plastic body, is the outer oval protuberantia shape structure 41 of cyst wall, corresponding with the centre of the palm dissection concave surface of palm.And oval goalpost scrotiform palm district's insulation plastic cement electrode holder inwall is a spherocylinder shape empty pocket chamber 42; The empty pocket intracavity is electric pulse generator, sequence timer, infrared ray electric pulse generator and output cable etc. fixedly.The cyst wall through hole of electric pulse generator output cable by electrode holder, diaphragm cable hole etc. are connected with outer each therapeutic electrode of wall.
Combination electrode promptly refers to the formation of electrode 43 between finger shown in Figure 8.Between finger combination electrode 43 by electrode cap 44, electrode cap 44, refer to electrode outer wall 45, refer to electrode thread seat 46, electrode cable hole 47, LED irradiation hole 48, minitype permanent-magnet 49 and miniature infrared LED (50) constitute.
Refer to electrode cap 44: the spherical plastic body of semicircle; Refer to electrode outer wall 45: plastic cement tubular body, tube wall both sides respectively have the LED irradiation hole 48 of 2 millimeters of 3 diameters, and its pipe outer wall surface is coated with conductive metal film; Refer to electrode thread seat 46: cylindrical plastic body, band external screw thread; Minitype permanent-magnet 49: the little permanent magnet of rectangle, be fixed on the finger electrode thread seat 46, its N utmost point-S extreme direction, consistent with finger electrode outer wall 45, make magnet magnetic line of force direction vertical as far as possible with the sense of current of electrode.Refer to electrode cable through hole 47; Miniature infrared LED or laser LED (50): be embedded in respectively on the LED irradiation hole 48 that refers to electrode tube wall both sides.
Refer to apply between electrode and the large and small fish electrode palm district of electric pulse effect and the sequencing contro process of conduction at centre of the palm membrance electrode shown in Fig. 9,11 and each.Centre of the palm membrance electrode M
8Be positioned at position, the centre of the palm, the thumb food electrode Z of palm
2Thumb and the thumb between the forefinger at palm are eaten electrode Z in district, the food
3Food Zhong Qu between palm forefinger and middle finger, in electrodeless Z
4Middle Wu Qu between the palm middle finger and the third finger, no small electrode Z
5No sub-district between the palm third finger and little finger of toe, big fish electrode M
6Be positioned at thenar area, small fish electrode M
7Be positioned at hypothenar region.Electric pulse generator output chronologically 1. → 2. → ... → 6. control corresponding electrical switch conducting successively, apply electric pulse by therapeutic electrode and act on palm district and interdigital area.Conducting control sequential is as follows:
Sequential is 1.: centre of the palm membrance electrode M
8→ thumb food electrode Z
2, electric pulse active region: centre of the palm district → thumb food district;
Sequential is 2.: centre of the palm membrance electrode M
8Electrode Z in the → food
3, electric pulse active region: district in centre of the palm district → food;
Sequential is 3.: centre of the palm membrance electrode M
8→ in electrodeless Z
4, electric pulse active region: centre of the palm district → middle no district;
Sequential is 4.: centre of the palm membrance electrode M
8→ no small electrode Z
5, electric pulse active region: centre of the palm district → no sub-district;
Sequential is 5.: centre of the palm membrance electrode M
8→ big fish electrode M
6, electric pulse active region: centre of the palm district → Da Yu district;
Sequential is 6.: centre of the palm membrance electrode M
8→ small fish electrode M
7, electric pulse active region: centre of the palm district → small fish district.
Between respectively referring to shown in Figure 10,11, apply the interdigital area of electric pulse effect and the sequencing contro process of conduction between the electrode.Conducting control sequential is as follows:
Sequential is 7.: thumb food electrode Z
2Electrode Z in the → food
3, electric pulse active region: district in the thumb food district → food;
Sequential is 8.: electrode Z in the food
3→ in electrodeless Z
4, electric pulse active region: district → middle no district in the food;
Sequential is 9.: in electrodeless Z
4→ no small electrode Z
5, electric pulse active region: middle no district → no sub-district;
Sequential is 10.: no small electrode Z
5→ thumb food electrode Z
2, electric pulse active region: no sub-district → thumb food district.
In Figure 12,13,14, illustrate respectively respectively slap region electrode, respectively refer between electrode and electrical switch and pulse output loop two ends D
1, D
2Connection.
Six counter electrode that centre of the palm membrance electrode M8 and all the other six electrodes are formed respectively, and electrode four counter electrode formed of order in twos between four fingers are with the treatment control of electric pulse generator A group and two pulse output end D of output circuit
1, D
2Connect.The concrete connection is: centre of the palm membrance electrode M
8Directly with the first end D of first pulse output end
1Connect thumb food electrode Z
2, electrode Z in the food
3, in electrodeless Z
4, no small electrode Z
5, big fish membrance electrode M
6, the small fish membrance electrode
M7 respectively through the electrical switch of correspondence: K
1, K
2, K
3, K
4, K
5, K
6The second end D with pulse output end
2Connect.Thumb food electrode Z
2, electrode Z in the food
3, in electrodeless Z
4, no small electrode Z
5Not through electrical switch K
X10-2, K
7-2, K
8-2, K
9-2The first end D with pulse output end
1Connect; These four electrodes are also respectively through electrical switch K
7-1, K
8-1, K
9-1, K
10-1With the pulse output end second end D
2Connect.The triggering and conducting of each electrical switch is annular circulation sequential: K in proper order
1→ K
2→ K
3→ ... → K
6→ K
7-1And K
7-2→ K
8-1And K
8-2→ K
9-1And K
9-2→ K
10-1And K
10-2Wherein, back four pairs of electrical switches are every pair and are connected with the same outfan of circuits for triggering.
The circuit that the centre of the palm shown in Figure 15 electrode and electrode between each refers to and large and small fish electrode are connected with the outfan of pulse therapy control and output through electrical switch.The electric pulse of electric pulse generator output is after booster transformer boosts, by outfan D
1, D
2Output is regulated by potentiometer, is added to through electrical switch and respectively slaps region electrode, refers to an electrode, act on palm district and refer between constitute the loop.The loop that constitutes is as follows: (for simplifying narration " outfan D
1Connect through potentiometer, conductor cable " slightly)
1. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district to nurse food district is first web part → thumb food utmost point Z
2→ electrical switch K
1→ outfan D
2, constitute the loop;
2. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district is to eating electrode Z in Zhong Qu position → food
3→ electrical switch K
2→ outfan D
2, constitute the loop;
3. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district to middle Wu Qu position → in electrodeless Z
4→ electrical switch K
3→ outfan D
2, constitute the loop;
4. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district is to there not being position, sub-district → no small electrode Z
5→ electrical switch K
4→ outfan D
2, constitute the loop;
5. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district to thenar area position → big fish electrode M
6→ electrical switch K
5→ outfan D
2, constitute the loop;
6. outfan D
1→ centre of the palm membrance electrode M
8→ centre of the palm district to hypothenar region position → small fish electrode M
7→ electrical switch K
6→ outfan D
2, constitute the loop.
Shown in Figure 16 respectively refer between electrode through loop that electrical switch and pulse output end connect and compose.
7. outfan D
1→ electrical switch K
7-1→ thumb food electrode Z
2→ thumb food district is to eating electrode Z in Zhong Qu position → food
3→ electrical switch K
7-2→ outfan D
2, formation refers to a loop;
8. outfan D
1→ electrical switch K
8-1Electrode Z in the → food
3In → the food district to middle Wu Qu position → in electrodeless Z
4→ electrical switch K
8-2→ outfan D
2, formation refers to a loop;
9. outfan D
1→ electrical switch K
9-1→ in electrodeless Z
4→ middle no district is to there not being position, sub-district → no small electrode Z
5→ electrical switch K
9-2→ outfan D
2, formation refers to a loop;
10. outfan D
1→ electrical switch K
10-1→ no small electrode Z
5→ no sub-district to position, thumb food district → thumb food electrode Z
2→ electrical switch K
10-2→ outfan D
2, formation refers to a loop;
The three-hypers treatment for diseases shown in Figure 17 circuit theory of the electrical switch that the electric pulse generator A of hand held palm point electric impulse therapeutic device organizes, sequence timer B organizes and control.The circuit of A group electric pulse generator is by agitator, waveform modulated, and power amplification is boosted and output control circuit is formed.Physical circuit is made of integrated circuit NE556 and peripheral cell thereof.Circuit constitutes with operation principle as follows:
The circuit of electric pulse generator A group: by dual time base circuit IC
1: NE556 forms.Two 555 time base circuits in the NE556 are formed two separate multivibrators respectively, first time base circuit and peripheral resistance R
2, R
3, R
4And capacitor C
1, K switch
02Be connected into the multivibrator of frequency adjustable, promptly by K switch
1The dual timer of control.Work as K
02During disconnection, C
1The time of discharging and recharging be 0.5 second, frequency of oscillation is 120 times/S, when K1 was closed, the time of discharging and recharging of C1 was 0.25 second, frequency of oscillation is 240 times/S, IC
1Pin 5 be the pulse output of first time base circuit.Second time base circuit and peripheral resistance R
6, R
7And capacitor C
4Form multivibrator.The pulse output of first time base circuit is through R
5, C
3Deliver to IC
1Pin 8, Quito harmonic oscillator when modulating second.The pulse output pin 9 of the multivibrator that second time base circuit of NE556 formed is through resistance R
8Be added to audion VT
1Base stage, work as VT
1During conducting, booster transformer T
1Elementary being short-circuit ground, T
1There is not electric current to flow through, capacitor C
5At VT
1By the time through T
1Elementary charging, VT
1During conducting again through VT
1Discharge, capacitor C like this
5Along with T
1Energising and cut-out discharge and recharge, charge cycle makes the rising edge of pulse and trailing edge not have obviously precipitous and become slowly to rise and descend, increased from VT again simultaneously
1The pulse persistance cycle of sending, the waveform that makes output is near half sine wave.
The circuit of electric pulse generator B group: by audion VT
2, VT
3Pulse oscillation circuit and the IC formed
2: decimal scale counting/frequency dividing circuit CD4017, form sequence timer.The C of pulse oscillation circuit
6, W
1, R
9Form the output Shaping circuit, potentiometer W
1The regulating impulse amplitude, the pulse persistance cycle is about 2mA, total not super 10mA of power consumption.The clock pulses of pulse oscillation circuit output is by IC
213 inputs of clock pulse input terminal (CP end), pin, at IC
2Outfan CH
1～CH
10The output timing pulse.
Electronic switching circuit: IC
2Outfan CH
1～CH
10On respectively with ten groups of (14) bidirectional triode thyristor element K
1～K
6, K
7-1～K
10-1, K
7-2～K
10-2The control utmost point connect.Bidirectional triode thyristor BT131-600 is as 14 high-pressure electronic switches, and ten groups of therapeutic electrodes are conducted electricity between control palm district, interdigital area.As outfan CH
1～CH
10During a certain end output trigger impulse, the conducting that is triggered of corresponding bidirectional triode thyristor element.K
1～K
6For being switched on successively chronologically, and K
7-1～K
10-1, K
7-2～K
10-2Each two bidirectional triode thyristor element of all serving as reasons constitute the electrical switch of four combinations, accept to trigger synchronously, conducting synchronously successively, make booster transformer T simultaneously
1Two outfan D
1, D
2The electric pulse that boosts be applied on the corresponding treatment electrode, produce therapeutical effect to palm district and interdigital area.Because decimal scale counting/frequency dividing circuit is controlled circulation sequential counting, therefore, bidirectional triode thyristor K
1～K
6, K
7-1～K
10-1, K
7-2～K
10-2By conducting successively, thus the work that forms the sequential circulation and go round and begin again.Again because bidirectional triode thyristor K
1～K
6, K
7-1～K
10-1, K
7-2～K
10-2Can form different switching sequences and combination, therefore to the electric pulse of palm district, interdigital area can occur the circulation of various ways, intersection and around.Power supply is that direct current selects 6V～9V, optional accumulator.
Infrared LED emission shown in Figure 18 is the circuit theory of C group with electric pulse generator.C group electric pulse generator circuit: by time base circuit IC
3: NE555, and peripheral cell: resistance R
21And R
22, capacitor C
21And diode VD
1Form blocking oscillator, the pulse frequency of generation is 1.5kHz.By the pulse of pulse oscillator output through audion VT
4After the amplification, drive seven paths of LEDs by emitter-base bandgap grading output
1～LED
7Infrared LED emission infrared ray.Because of VT
4What import is pulse signal, makes LED
1～LED
7The infrared ray that sends is that 1.5kHz also is an infrared pulse, so what act on palm district, interdigital area is infrared pulse.R
25～R
31Be respectively LED
1～LED
7Current-limiting resistance, LED
1～LED
7Lay respectively at therapeutic electrode M
8, Z
2～Z
5, M
6, M
7On.Dutycycle=the R of this infrared emission circuit output infrared pulse signal
21/ (R
21+ R
22), approximate 0.33.This dutycycle can make radiating circuit under identical transmitting power, improves the signal emission effciency effectively.Power supply is selected direct current 6V～9V, is advisable with accumulator.
The element model:
Among Figure 17: IC
1: NE556; IC
2: CD4017; VT
1: 1N4401; VT
2: 9012; VT
3: 9013; R
1: 100 Ω; R
2: 720K; R
3: 730K; R
4: 380 Ω; R
5: 15K; R
6: 10K; R
7: 47K; R
8: 150 Ω; R
9: 510 Ω; R
10: 1K; R
11: 47K; C
1Electrochemical capacitor: 1 μ F:C
2Ceramic disc capacitor: 0.1 μ F; C
3Ceramic disc capacitor: 0.01 μ F:C
4Leaded multilayer ceramic capacitor 0.22 μ F:C
5Electric capacity: 1M f; C
6, C
7Electrochemical capacitor: 4.7 μ F; W
1: the 100K linear potentiometer; W
2: the 47K potentiometer; K switch
01, K
02T
1: pulse transformer, turns ratio 80: 1120; K
1～K
6, K
7-1～K
10-1, K
7-2～K
10-2: bidirectional triode thyristor BT131-600.
Among Figure 18: IC
3: NE555; VT
4: 9013; R
21: 51K; R
22: 100K; R
23: 1K; R
24: 10 Ω; R
25～R
31: 1K; C
21Electrochemical capacitor: 0.01 μ F; C
22Ceramic disc capacitor: 0.01 μ F; VD
1: 1N4148; Infrared LED: SE303; Switch: K
03Power supply: direct current 6V～9V, accumulator.
Explanation to above-mentioned embodiment:
1. above-mentioned electrode holder 1 is not limited to the shape of oval goalpost scrotiform palm district's insulation plastic body, is fit to hold get final product.Illustrated electrode holder 1 is held for the right hand.Hold with left hand, structure becomes left-right symmetric with it.
2. the pulse-generator circuit of electric pulse generator, sequence timer, infrared LED all can adopt the oscillating circuit of other various ways.Sequencing contro also can adopt multiple combination, sequential form: by clockwise or counterclockwise or other controls of combining form output arbitrarily, make each membrance electrode and refer to that electrode applies the electric pulse effect by different sequential, palm district, interdigital area are formed multiple sequential and intersect the electric pulse interactively.If adopt PLC or MCU control, can pass through hardware or software programming I/O interface, realize different programme-control.
3. infrared LED can substitute with laser LED.When using laser LED, will there be certain depth in LED irradiation hole, prevents that laser from leaking, hindering eye.Drive infrared LED or the luminous infrared ray electric pulse generator of laser LED, the pulse that its output pulse and A group electric pulse generator are exported can synchronously also can be asynchronous.
4. electrical switch also can adopt the miniaturized solid-state relay.
5. this therapeutic apparatus can be made into integral type, and accumulator is drawn by cable also can to make split type----, places in the battery case, is placed in the pocket.
Using method:
1. stretch the five fingers and palm, the three-hypers treatment for diseases is aimed at patient's the palm centre of the palm with the centre of the palm membrance electrode in the hand held palm point electric impulse therapeutic device palm district, all the other large and small thenar membrance electrodes, aim at the big thenar and the hypothenar region of patient's hand successively, then its five finger is suitably drawn in, when it draws in, between it is respectively referred to electrode by the title and the order of finger, be respectively put into respectively refer between between the district promptly: thumb food electrode Z2 is put to the first web part of nurse forefinger root and is contacted; And the like, when whole combination electrodes and each palm, when respectively the regional location even contact between referring to is good, after suitably slightly firmly holding this therapeutic instrument then, just can turn on the power switch the sequential of carrying out palm area, interdigital area territory treats around intersection and corresponding various modes, according to the tolerance degree of patient to the treatment stimulation, can carry out determining of form of therapy and dosage by frequency inverted, amplitude adjusted etc., 2. to the each treatment of period of disease 20～40 minutes, every day 2～3 times, during use, do not influence and walk, ride etc.3. the medical history to chronic delay is longer, more or the unmanageable patient of medicine of complication, can be worn on palmar hand by additional fixedly handbag uses in order to the seriality of long period, also can in sleep, use, also can respectively wear a therapeutic instrument and carry out the symmetry treatment, can obviously improve curative effect by the both hands palm.4. the crowd to subhealth state if can long periods of wear use, and preventable disease is short healthy, strong physique, and energy defying age and life lengthening, and simple to operate, easy to carry, curative effect is reliable, and is safe and practical, is beneficial to universal.
Claims (8)
1. a three-hypers treatment for diseases is with hand held palm point electric impulse therapeutic device, comprise therapeutic electrode, connection cable, electric pulse generator, it is characterized in that: it is on oval goalpost scrotiform palm district's insulation plastic body that said therapeutic electrode is fixed on a hand held electrode holder (1); These therapeutic electrodes comprise palm region electrode and refer to an electrode;
A. slap region electrode: be the membrance electrode that is pasted on the electrode holder (1); Comprise:
A. (8 is M to centre of the palm membrance electrode
8): the centre of the palm district (24) that contacts with position, the palm centre of the palm when being positioned at grasping handle electrode carrier (1);
B. (7 is M to big fish membrance electrode
6): the Da Yu district (11) that contacts with the big thenar of palm position when being positioned at grasping handle electrode carrier (1);
C. (6 is M to the small fish membrance electrode
7): the small fish district (23) that contacts with position, palm hypothenar when being positioned at grasping handle electrode carrier (1);
B. refer to an electrode: be fixed in the upright electrode on the electrode holder (1); Comprise:
A. (2 is Z to thumb food electrode
2): the thumb food district (19) when being positioned at grasping handle electrode carrier (1) between thumb and the forefinger;
B. (3 is Z to electrode in eating
3): the food district (20) when being arranged in grasping handle electrode carrier (1) between forefinger and the middle finger;
It is c. electrodeless in that (4 is Z
4): the no district (21) when being arranged in grasping handle electrode carrier (1) between the middle finger and the third finger;
D. (5 is Z not have small electrode
5): the no sub-district (22) when being positioned at grasping handle electrode carrier (1) between the third finger and the little finger of toe;
(8 is M to centre of the palm membrance electrode
8) (2 is Z with thumb food electrode
2), the food in electrode (3 is Z
3), in electrodeless (4 is Z
4), (5 is Z to no small electrode
5), (7 is M to big fish membrance electrode
6), (6 is M to the small fish membrance electrode
7) six counter electrode formed respectively, and thumb food electrode (2, be Z
2) with the food in electrode (3 is Z
3), the food in electrode (3 is Z
3) with in electrodeless (4 is Z
4), in electrodeless (4 is Z
4) (5 is Z with no small electrode
5), (5 is Z to no small electrode
5) (2 is Z with thumb food electrode
2) four counter electrode formed, respectively with the treatment control of electric pulse generator (A group) and two outfan (D of output circuit
1, D
2) connect, electrical switch is arranged in the link circuit; Electrical switch is connected with the circuits for triggering of its break-make of control; The circuits for triggering of electrical switch are sequence timer (B groups); The electrical switch sequencing contro circuits for triggering of the treatment control of the electric pulse generator (A group) in each is slapped region electrode and the connection cable that refers to the electrode cyst wall through hole by electrode holder and is fixed on the electrode holder balloon cavity and output circuit, sequence timer (B group) are connected.
2. three-hypers treatment for diseases according to claim 1 hand held palm point electric impulse therapeutic device, it is characterized in that: said centre of the palm district (24), Da Yu district (11), small fish district (23) at electrode holder (1), at least one LED fixing hole (15,31,28) is respectively arranged, be inlaid with miniature infrared LED or laser LED (17,34,36) in the hole; Corresponding with it, LED irradiation hole is arranged on centre of the palm membrance electrode, big fish membrance electrode, the small fish membrance electrode;
Electrode between said palm respectively refers to: electrode in thumb food electrode, the food, in electrodeless, no small electrode, they with point two sides that contact and respectively have at least one LED to shine hole (48), be inlaid with miniature infrared LED or laser LED (50) in the hole; Miniature infrared LED or laser LED (17,34,36,50) are connected with the infrared ray output circuit of the 3rd group pulse generator (C group).
3. three-hypers treatment for diseases according to claim 1 and 2 hand held palm point electric impulse therapeutic device, it is characterized in that: said centre of the palm district (24), Da Yu district (11), small fish district (23) at electrode holder (1), at least one permanent magnet fixing hole (14,30,27) is arranged respectively, and the hole internal fixation has minitype permanent-magnet (16,33,35); These minitype permanent-magnets constitute the compound film sheet electrode with corresponding centre of the palm membrance electrode, big fish membrance electrode, small fish membrance electrode; Magnets N-S extreme direction is perpendicular to membrance electrode;
Said respectively refer between electrode: electrode in thumb food electrode, the food, in electrodeless, no small electrode, they all have minitype permanent-magnet (49), formation compound film sheet electrode; Minitype permanent-magnet (49) is fixed on and refers on the electrode thread seat (46), and its N utmost point-S extreme direction is consistent with finger electrode outer wall (45).
4. three-hypers treatment for diseases according to claim 1 hand held palm point electric impulse therapeutic device, it is characterized in that: the said region electrode of respectively slapping is the compound film sheet electrode: centre of the palm membrance electrode (8), big fish membrance electrode (7), small fish membrance electrode (6); Comprise the electrode holder adhering layer (18) and the membrance electrode software conductive rubber layer of adhesion with it on the electrode holder (1), the mushroom head dop of this layer embeds in the cyst wall through hole.
5. three-hypers treatment for diseases according to claim 1 hand held palm point electric impulse therapeutic device, it is characterized in that: said respectively refer between electrode: electrode (3) in thumb food electrode (2), the food, in electrodeless (4), no small electrode (5), be compound finger electrode (43); Each compound finger electrode (43) is made of seven parts: refer to electrode cap (44), refer to electrode outer wall (45), refer to electrode thread seat (46), refer to electrode cable through hole (47), LED irradiation hole (48), minitype permanent-magnet (49), mini type infrared ray LED or laser LED (50); They are on the cylindric cyst wall through hole that uprightly is fixed in electrode holder by screw thread.
6. three-hypers treatment for diseases according to claim 1 hand held palm point electric impulse therapeutic device is characterized in that: the centre of the palm district (24) of said electrode holder is the outer oval protuberantia shape structure (41) of cyst wall, and is corresponding with centre of the palm dissection concave surface; Electrode holder (1) inwall is a spherocylinder shape empty pocket chamber (42), and the empty pocket intracavity is fixed with electric pulse generator, infrared ray electric pulse generator, battery and cable, constitutes integral structure.
7. three-hypers treatment for diseases according to claim 1 is characterized in that: said centre of the palm membrance electrode (M with hand held palm point electric impulse therapeutic device
8) six counter electrode formed respectively with all the other six electrodes, and four counter electrode that electrode is formed in twos successively between four fingers, with the treatment control of electric pulse generator (A group) and two pulse output end (D of output circuit
1, D
2) connection be: centre of the palm membrance electrode (M
8) directly with the first end (D of first pulse output end
1) connect thumb food electrode (Z
2), the food in electrode (Z
3), in electrodeless (Z
4), no small electrode (Z
5), big fish membrance electrode (M
6), small fish membrance electrode (M
7) respectively through electrical switch K
1～K
6Second end (the D with pulse output end
2) connect; Thumb food electrode (Z
2), the food in electrode (Z
3), in electrodeless (Z
5), no small electrode (Z
5) respectively through electrical switch K
10-2, K
7-2, K
8-2, K
9-2First end (the D with pulse output end
1) connect, these four electrodes are also respectively through electrical switch K
7-1, K
8-1, K
9-1, K
10-1With the pulse output end second end (D
2) connect; The triggering and conducting of each electrical switch is annular sequential: K in proper order
1→ K
2→ K
3→ ... → K
6→ K
7-1And K
7-2→ K
8-1And K
8-2→ K
9-1And K
9-2→ K
10-1And K
10-2Wherein, back four pairs of electrical switches are every pair and are connected with the same outfan of circuits for triggering.
8. three-hypers treatment for diseases according to claim 1 hand held palm point electric impulse therapeutic device, it is characterized in that: said electrical switch is bidirectional triode thyristor or miniaturized solid-state relay.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010108292.2A CN102145203B (en) | 2010-02-10 | 2010-02-10 | Hand-held palm electrical pulse therapeutic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010108292.2A CN102145203B (en) | 2010-02-10 | 2010-02-10 | Hand-held palm electrical pulse therapeutic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102145203A true CN102145203A (en) | 2011-08-10 |
| CN102145203B CN102145203B (en) | 2015-01-14 |
Family
ID=44419800
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010108292.2A Expired - Fee Related CN102145203B (en) | 2010-02-10 | 2010-02-10 | Hand-held palm electrical pulse therapeutic equipment for treating symptoms of hypertension, hyperglycemia and hyperlipemia |
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| Country | Link |
|---|---|
| CN (1) | CN102145203B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102488972A (en) * | 2011-12-06 | 2012-06-13 | 杜金波 | Dermovascular disease therapeutic instrument adopting dye conversion |
| CN106687175A (en) * | 2014-02-14 | 2017-05-17 | 生旭生物科技有限公司 | Sinusoidal drive system and method for phototherapy |
| CN107551403A (en) * | 2017-10-09 | 2018-01-09 | 徐格林 | A kind of Neural stem cell physical therapy device through carotid sinus |
| WO2022045051A1 (en) * | 2020-08-24 | 2022-03-03 | 株式会社Mtg | Electrostimulation device |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5330516A (en) * | 1991-03-28 | 1994-07-19 | Ben-Gurion University Of The Negev Research & Development Authority | Device for generating hand function |
| CN1562404A (en) * | 2004-03-29 | 2005-01-12 | 石乃金 | Acupuncture first-aid therapeutic apparatus of cardio-pulmponary-cerebral resuscitation |
| CN2732019Y (en) * | 2004-06-21 | 2005-10-12 | 陈华鸿 | Electric massaging health gloves |
-
2010
- 2010-02-10 CN CN201010108292.2A patent/CN102145203B/en not_active Expired - Fee Related
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5330516A (en) * | 1991-03-28 | 1994-07-19 | Ben-Gurion University Of The Negev Research & Development Authority | Device for generating hand function |
| CN1562404A (en) * | 2004-03-29 | 2005-01-12 | 石乃金 | Acupuncture first-aid therapeutic apparatus of cardio-pulmponary-cerebral resuscitation |
| CN2732019Y (en) * | 2004-06-21 | 2005-10-12 | 陈华鸿 | Electric massaging health gloves |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102488972A (en) * | 2011-12-06 | 2012-06-13 | 杜金波 | Dermovascular disease therapeutic instrument adopting dye conversion |
| CN102488972B (en) * | 2011-12-06 | 2014-10-29 | 杜金波 | Dermovascular disease therapeutic instrument adopting dye conversion |
| CN106687175A (en) * | 2014-02-14 | 2017-05-17 | 生旭生物科技有限公司 | Sinusoidal drive system and method for phototherapy |
| CN107551403A (en) * | 2017-10-09 | 2018-01-09 | 徐格林 | A kind of Neural stem cell physical therapy device through carotid sinus |
| WO2022045051A1 (en) * | 2020-08-24 | 2022-03-03 | 株式会社Mtg | Electrostimulation device |
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| Publication number | Publication date |
|---|---|
| CN102145203B (en) | 2015-01-14 |
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