CN105664269A - Negative-pressure cupping device - Google Patents
Negative-pressure cupping device Download PDFInfo
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- CN105664269A CN105664269A CN201610011074.4A CN201610011074A CN105664269A CN 105664269 A CN105664269 A CN 105664269A CN 201610011074 A CN201610011074 A CN 201610011074A CN 105664269 A CN105664269 A CN 105664269A
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- tank body
- endocyclic tube
- main tank
- transformation
- cartridge case
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Classifications
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- A61M1/0003—
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H23/00—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms
- A61H23/02—Percussion or vibration massage, e.g. using supersonic vibration; Suction-vibration massage; Massage with moving diaphragms with electric or magnetic drive
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H9/00—Pneumatic or hydraulic massage
- A61H9/005—Pneumatic massage
- A61H9/0057—Suction
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M1/00—Suction or pumping devices for medical purposes; Devices for carrying-off, for treatment of, or for carrying-over, body-liquids; Drainage systems
- A61M1/80—Suction pumps
- A61M1/81—Piston pumps, e.g. syringes
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M37/00—Other apparatus for introducing media into the body; Percutany, i.e. introducing medicines into the body by diffusion through the skin
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/02—Characteristics of apparatus not provided for in the preceding codes heated or cooled
- A61H2201/0207—Characteristics of apparatus not provided for in the preceding codes heated or cooled heated
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/10—Characteristics of apparatus not provided for in the preceding codes with further special therapeutic means, e.g. electrotherapy, magneto therapy or radiation therapy, chromo therapy, infrared or ultraviolet therapy
- A61H2201/105—Characteristics of apparatus not provided for in the preceding codes with further special therapeutic means, e.g. electrotherapy, magneto therapy or radiation therapy, chromo therapy, infrared or ultraviolet therapy with means for delivering media, e.g. drugs or cosmetics
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M37/00—Other apparatus for introducing media into the body; Percutany, i.e. introducing medicines into the body by diffusion through the skin
- A61M2037/0007—Other apparatus for introducing media into the body; Percutany, i.e. introducing medicines into the body by diffusion through the skin having means for enhancing the permeation of substances through the epidermis, e.g. using suction or depression, electric or magnetic fields, sound waves or chemical agents
-
- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61M—DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY; DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROM THE BODY; DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
- A61M2205/00—General characteristics of the apparatus
- A61M2205/07—General characteristics of the apparatus having air pumping means
- A61M2205/071—General characteristics of the apparatus having air pumping means hand operated
- A61M2205/073—Syringe, piston type
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- Health & Medical Sciences (AREA)
- Animal Behavior & Ethology (AREA)
- Veterinary Medicine (AREA)
- Public Health (AREA)
- General Health & Medical Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Heart & Thoracic Surgery (AREA)
- Rehabilitation Therapy (AREA)
- Physical Education & Sports Medicine (AREA)
- Pain & Pain Management (AREA)
- Epidemiology (AREA)
- Anesthesiology (AREA)
- Biomedical Technology (AREA)
- Hematology (AREA)
- Vascular Medicine (AREA)
- Dermatology (AREA)
- Medical Informatics (AREA)
- Massaging Devices (AREA)
Abstract
The invention discloses a negative-pressure cupping device which comprises a main cup body with one open end. The main cup body comprises an outer side wall cylinder and an outer top wall plate, wherein an inner annular cylinder is arranged in the main cup body, one end of the inner annular cylinder is in sealed connection with the outer top wall plate, the other end of the inner annular cylinder is provided with an opening, an outer sealing ring is arranged at the open end of the main cup body, an inner sealing ring is arranged at the open end of the inner annular cylinder, the internal space of the inner annular cylinder is an inner cup cavity, the space between the inner annular cylinder and the main cup body is an outer cup cavity, an inner exhaust pipe and an outer exhaust pipe are arranged on the main cup body, sucking pump connectors are arranged the other end of the inner exhaust pipe and the other end of the outer exhaust pipe, and one-way exhaust valves are arranged in the inner exhaust pipe and the outer exhaust pipe. The negative-pressure cupping device has the advantages that when skin diabrosis or other restraining factors exist at the part needed to be cupped, the hurt skin part can be reasonably avoided, and quick cupping is achieved; the negative-pressure cupping device further has an automatic medicine supply capacity, can achieve 'medicine supply in proper sequence', and meanwhile further has a 'pneumatic massaging' effect, high medicine powder utilization rate, a good medicine applying effect and strong comprehensive performance.
Description
Technical field
The invention belongs to technical field of medical instruments, particularly relate to a kind of negative-pressure cupping device.
Background technology
It is with tank for instrument that cup (is commonly called as cupping), utilizes the methods such as combustion is fiery, bleed to produce negative pressure, so as to be adsorbed in body surface, causes local stasis of blood, to reach the therapy of the effects such as dredge the meridian passage, promoting flow of QI and blood, reducing swelling and alleviating pain, expelling wind and cold. Cupping therapy has long history in China, and as far back as becoming book in connection with in the record of " horn cupping " in the book copied on silk " 52 Bingfang " in Western Han Dynastry's period, horn cupping is similar to the cupping therapy of later age. And external ancient Greek, ancient rome era also once cupping therapy prevailing. The cure mechanism of cup is more complicated, it utilizes negative pressure to act on a period of time on skin, local pore is made to expand gradually, and simultaneously tractive nerve, muscle, blood vessel and subcutaneous body of gland, a series of neuroendocrine response can be caused, regulate blood vessel to relax, the permeability of contracting function and blood vessel, improving local blood circulation, thus playing the effect treating affected part. In addition. The suction function of cup makes local congested, congestion rapidly, and little blood capillary even breaks, hematoclasis, and haemolysis occurs. In erythrocyte, body is a kind of optimal stimulation by the release of hemoglobin, the function of histoorgan can be carried out two-ways regulation by nervous system by it, simultaneously facilitate the phagocytosis of leukocyte, improve sensitivity and tolerance that skin changes to external world, thus the immunity of enhancing body. Secondly, the powerful power of pulling of negative pressure can make fine hair hole fully open, and the function of sweat gland and sebaceous gland is upset and strengthens, and skin surface senile cell comes off, so that internal toxin, refuse Accelerating Removal. But, cup is also limited in, when skin surface has some inflammation or the impaired situations such as diabrosis occurs, such illing skin can not carry out cup, otherwise will increase the weight of the breakage of skin, and now, if wanting to carry out the cupping for treatment near affected part, very big restriction will be subject to.
Summary of the invention
The present invention is to overcome deficiency of the prior art, provide a kind of rational in infrastructure, can apply to common cupping for treatment, and when needing cup place to have the restraining factors such as skin diabrosis to exist, also can rationally avoid such skin damage place, utilize the least possible tank body to realize cup quickly and smoothly, and possess vibration massaging function, treat effective, the cupping device of complete function.
To achieve these goals, the present invention is by the following technical solutions:
A kind of negative-pressure cupping device, main tank body including one end open, described main tank body includes lateral wall cylinder, outer top walls panels, it is provided with an endocyclic tube in described main tank body, it is tightly connected between endocyclic tube one end and outer top walls panels, the endocyclic tube other end has opening, the opening of endocyclic tube towards with the opening of main tank body towards consistent, the end face of main tank body opening is provided with exterior seal ring, the end face of endocyclic tube opening is provided with inner seal ring, exterior seal ring, inner seal ring, main tank body is all coaxial with endocyclic tube, endocyclic tube inner space is inner canister chamber, space between endocyclic tube and main tank body is outer tank chamber, main tank body is provided with the inside exhaust pipe that one end connects with inner canister chamber, the inside exhaust pipe other end is provided with air pump joint, main tank body is provided with the outer exhaustor that one end connects with outer tank chamber, the outer exhaustor other end is provided with air pump joint, in inside exhaust pipe, outer exhaustor is equipped with exhaust check valve, described main tank body is provided with motor, described motor is by fixing between fixed support and main tank body, the output shaft of motor connects the power intake of a reductor, the clutch end of reductor is an output shaft, output shaft is coaxial with endocyclic tube, output shaft is provided with some shake bars vertical with output shaft, play shake bar the inner to be connected with output shaft, play shake bar outer end to be provided with and draw shake bar, it is described that to draw shake rod axis parallel with output shaft axis, the described shake bar that rises is provided with even club, even club one end has connected shake bar, even the club other end is provided with the sliding ball of the support contacting outer top walls panels, support and be slidably matched between sliding ball and outer top walls panels, described lateral wall cylinder is provided with all presses exit orifice, endocyclic tube is provided with all presses endoporus, all press exit orifice and all press female coaxial, all pressure exit orifice is provided with and blocks the outer stopple all pressing exit orifice, all pressure endoporus is provided with and blocks the bore plug all pressing endoporus, outer stopple, bore plug all by one eradicate bar traverse, outer stopple, bore plug is all fixing with dead man to be connected, dead man with all press female coaxial, dead man outer end is in outside main tank body, described exterior seal ring, inner seal ring is the gas-flow closure circle of boring, balance trachea it is provided with between exterior seal ring and inner seal ring, balance trachea one end is internal with exterior seal ring to be connected, the balance trachea other end is internal with inner seal ring to be connected.
Exterior seal ring, inner seal ring are used for and contact skin, thus in inner canister chamber, outer tank intracavity is when taking out negative pressure (evacuation), play the effect of isolation inner canister intracavity outer air, outer tank intracavity outer air so that main tank body can be adsorbed on the body surface (skin) at cup place. Inner canister chamber, outer tank chamber separate, when needing cup place skin to have diabrosis, the situation such as impaired, can by endocyclic tube facing to skin damage place, make skin damage place be housed within the scope of endocyclic tube, then only outer tank chamber is carried out evacuation, thus, only need a tank body, just can be well on cup for an affected part, not only avoid skin damage place during cup, and around skin damage place, provide cup scope big as far as possible. And according to general tanks of the prior art, then need multiple tank body around skin damage place, not only complicated operation, efficiency are low, and " occupation rate " of skin is relatively low (having many and space between tank body and tank body, unlike directly constituting an annular cup space in this programme) near affected part. Wherein, during evacuation, utilizing air pump to be directly connected on air pump joint and carry out evacuation, it is desirable to take out the air of which intracavity, air pump is just connected to the air pump joint on the exhaustor in that chamber corresponding. Air pump joint herein, it is possible to be the nipple of any conventional, noose joint etc., as long as function can be achieved a butt joint.
After main tank body is adsorbed on body surface (skin), motor can be opened, driven by motor plays shake bar and rotates, and starts to provide vibrations power, draws shake bar and expands vibrations and involve scope and relative amplitude, main tank body entirety vibrating effect is good, such that it is able to play the effect of local vibrations massage, it is similar to " walking tank " therapy in cup, namely applies certain external force, improve the stimulation of skin near cup place, promote cup curative effect. After cup terminates, it is possible to directly extract dead man, driving outer stopple, bore plug to be also pulled out, outer tank chamber, inner canister intracavity no longer have negative pressure, it is possible to taken off by main tank body easily, it is not necessary to use and take tank energetically. Exterior seal ring, inner seal ring be hollow gas-flow closure circle, it is to avoid the easy temperature influence of conventional seals circle, much higher hard (when such as temperature is low), elastic not good problem occurs. And a lot of position of body surface is not uniform, it is those fluctuatings, uneven body surface that cup position is also likely to, when main tank body opening is facing to cup position, cup portion faces is different everywhere from exterior seal ring spacing, relative inner seal ring is also such, if adopting common sealing ring, it is easy to occur that sealing ring is tight with body surface localized contact, the situation that localized contact is very loose. But have employed gas-flow closure circle, and autonomous gas exchange between exterior seal ring, inner seal ring, can be carried out, then deform degree of freedom between sealing ring and body surface bigger, and the gas of the more severe part of sealing ring pressurized can also be adjusted in other position of sealing ring itself or another sealing ring and go (by balancing trachea), thus, just can ensure that the part that exterior seal ring, inner seal ring contact with body surface can compare closely, and contact pressure is comparatively uniform, can effective guarantee sealing effectiveness, maintain cup process stability.
As preferably, described main tank body is provided with some cartridge cases, each cartridge case is uniform annular distribution centered by endocyclic tube axis, the cartridge case outer top walls panels of traverse, cartridge case the inner is stretched in outer tank chamber, cartridge case outer end is in outside main tank body, cartridge case is inner, outer end is respectively provided with opening, cartridge case outer end is provided with the outer end cap sealing cartridge case outer end opening, outer end cap is provided with dispensing mouth, cover the dispensing lid of dispensing mouth, dispensing lid and outer end cap clamping, cartridge case is provided with down-pressed pole, down-pressed pole traverse outer end cap, down-pressed pole the inner is provided with the inner end cap being in outer tank chamber, inner end cap covers end opening in cartridge case, described outer top walls panels is vertical with output shaft, down-pressed pole outer end is provided with top spring block, for being played the pressure ball of uncapping that shake bar presses, top spring block is in uncap between pressure ball with cartridge case and push up spring block and is connected with down-pressed pole, spring is pushed up outside being provided with at least one between top spring block and cartridge case, outer top spring one end connects top spring block, the outer top spring other end connects the outer end cap of cartridge case, the spacing being smaller than shake bar and outer top walls panels of the pressure ball centre of sphere and the outer top walls panels of uncapping.And define " for being played the pressure ball of uncapping that shake bar presses ", then it is equal to and also defines: the spacing of uncap the pressure ball centre of sphere and outer top walls panels is plus the total length of the radius gained of pressure ball of uncapping, more than the spacing playing shake bar and outer top walls panels. During cup, it is possible to auxiliary uses medicine (mostly being external application medicated powder etc.), promotes therapeutic effect. Dispensing lid on outer end cap can be opened, and then medicated powder puts into cartridge case, then covers dispensing lid. In motor work process, each shake bar of rotation, can by pressure ball of uncapping to intrinsic pressure a small distance when through uncapping pressure ball, the pressure ball that makes to uncap drives down-pressed pole, inner end cap to move, end opening in inner end cap cartridge case away from keyboard, medicated powder is trickled down to outer tank chamber, it is possible to fall on the skin at cup place. And down-pressed pole is when being pressed, outer top spring is pressurized, when rise a shake bar leave uncap pressure ball time, outer top spring drives down-pressed pole, inner end cap to reset. It may be noted that time, during " medicinal cupping " therapy, the best axis vertical of main tank body or not the deviation too many angle of vertical direction, and ensure that main tank body opening is down (or being similar to down), so could ensure that medicated powder can drop on as much as possible, rest on skin. In this programme, play shake bar and often rotate through pressure ball of once uncapping, will marginally spill subsequent point medicated powder, such that it is able to realize one in proper order for the effect of medicine. During due to cup, cup place skin can't at once " pore is opened greatly ", " blood circulation be accelerated rapidly ", but As time goes on (general 10 to 30 minutes of cup time), pore is expanded gradually, blood circulation improves gradually, so, too many medicated powder is provided at the very start it is not necessary that, can not absorb preferably and utilize first, second on the contrary it is possible that problems such as the clogging of pores providing too much due to medicated powder and causing, the interim permeability variation of skin quickly. Further, also compare waste dose, because medicated powder is once provide and having arrived body surface, be just not suitable for recycling, but retain the medicated powder of (this programme middle finger cartridge case) in a reservoir, then after or can be continuing with, do not result in waste.
As preferably, described inner end cap includes interior surface, exterior surface, lid lateral margin, and described interior surface and the spacing of outer end cap are by close down-pressed pole being gradually increased to the direction away from down-pressed pole. As previously mentioned, during " medicinal cupping " therapy, main tank body opening is down (or being similar to down), so the interior surface of inner end cap and the spacing of outer end cap are by close down-pressed pole being gradually increased to the direction away from down-pressed pole, mean that medicine successfully along the interior surface landing of inner end cap, can drop in outer tank chamber relatively more equably.
As preferably, described lateral wall cylinder is provided with some transformation holes, it is provided with transformation piston in described transformation hole, between transformation piston with transformation hole, slipper seal coordinates, transformation piston outer end is provided with for being drawn the shake sphere that presses of bar by pressure head, sphere is stretched out outside the cylinder of lateral wall by the compression face of pressure head, described transformation piston is provided with some transformation springs, transformation spring one end is connected with transformation piston the inner, the transformation spring other end is connected with endocyclic tube, some limited blocks departing from transformation hole for limiting transformation piston it are provided with in described transformation hole, described limited block is connected with lateral wall cylinder. it is conventional cooperation mechanically that slipper seal coordinates, for instance between oil cylinder and its piston, it is simply that can relative sliding, keep again between piston side wall and cylinder wall sealing.Electric machine rotation can rotate together with drawing shake bar, when drawing shake bar and turning to sphere by ram position, can be intrinsic pressure by pressure head by sphere, sphere pressurized headband transformation piston and is moved inward together, the interior shifting of each transformation piston result in the outer tank cavity space short time significantly to be reduced, and after drawing shake bar leaving, transformation spring drives again transformation piston Rapid reset, cause significantly increasing in the outer tank cavity space short time, move in circles, result in the air pressure intermittence change of outer tank intracavity, thus the effect of " gas-pressure massaging " body surface can be realized, strengthen the resultant stimulus to cup place skin, promote curative effect.
As preferably, described cartridge case number is 6 to 12, and the described shake bar number that draws is 4 to 12.
As preferably, described endocyclic tube is provided with inner via hole, and described inner via hole all connects with inner canister chamber, outer tank chamber, and described endocyclic tube is provided with the plug valve plug for blocking inner via hole. Plug valve plug is when clogging inner via hole, and inner canister chamber, outer tank do not connect between chamber, now inner canister chamber, air pressure onrelevant between outer tank chamber, it is possible to be independent. When if desired carrying out the cup of illing skin periphery, it is possible to allow plug valve plug clog inner via hole, only negative pressure is taken out in outer tank chamber. And during to carry out health somewhere entirety cup (not having the illing skin needing to avoid), then can taking off plug valve plug, such air pump is when bleeding, and inner canister chamber, outer tank intracavity collectively form negative pressure, negative pressure value is consistent, and has only to carry out a vacuum pumping.
As preferably, described outer tank intracavity is provided with has elastic annular adjustment sheet, it is tightly connected between inner edge and the endocyclic tube of annular adjustment sheet, it is tightly connected between outer rim and the lateral wall cylinder of annular adjustment sheet, described annular adjustment sheet is provided with multiple through-hole, described through-hole is coniform, and through-hole is away from the bore of outer top walls panels one end more than the through-hole bore near outer top walls panels one end, and the axis of through-hole is parallel with output shaft axis. Annular adjustment sheet can strengthen the effect of aforementioned " pneumatic massage ", as previously mentioned, outer tank intracavity air pressure increases and decreases repeatedly, after having had annular adjustment sheet, air pressure increase and decrease will drive annular adjustment sheet epirelief repeatedly, under convex, thus the air pressed between annular adjustment sheet and body surface, owing to the volume of the air between annular adjustment sheet and body surface is little, so it is higher to press effect. Furthermore, annular adjustment sheet has multiple cone shape through-hole, and through-hole away from the bore of outer top walls panels one end more than the through-hole bore near outer top walls panels one end, so annular adjustment sheet remain stationary or under convex time, elastic extruding (annular adjustment sheet be have elastic) due to annular adjustment sheet itself, through-hole is completely or nearly " not penetrating ", and during annular adjustment sheet epirelief, cone top part (near the outer top walls panels one end) bore of through-hole can expand, and now then can pass through gas and medicated powder. Therefore, annular adjustment sheet is without influence on outer tank chamber evacuation (during the evacuation of outer tank chamber, between outer tank intracavity annular adjustment sheet and outer top walls panels, air pressure is relatively smaller, annular adjustment sheet meeting epirelief). And along with the intermittence of cartridge case spreads pesticides (foregoing cartridge case is for medicine form), medicated powder can not fall directly on skin surface again, but first fall on annular adjustment sheet, then along with outer tank intracavity air pressure increases and decreases repeatedly, medicated powder can be driven by the annular adjustment sheet of repeated deformation and upspring, then fall again, thus playing the effect of " homogenizing medicated powder ", medicated powder is driven upsprings, and along with air pressure change moves freely, can start evenly by ratio when again falling on annular adjustment sheet, and if only undertaken for medicine by aforesaid cartridge case, then uniformity is still not as this programme. And, along with vibrations " homogenizing medicated powder " each time, medicated powder also can pass through through-hole and reach again and again body surface, realize " drug of topical application " and " in proper order for medicine " that be more uniformly distributed, also dose (the function because of this " homogenizing medicated powder " is saved in another way, can relatively reducing for dose, because more uniform when using, waste is less).
As preferably, described endocyclic tube is provided with heat insulation inner cap, heat insulation inner cap is cylindrical and coaxial with endocyclic tube, described heat insulation inner cap and outer top walls panels are affixed, between heat insulation inner cap sidewall and endocyclic tube, slipper seal coordinates, and covers and be provided with dop in heat insulation, and outer top walls panels is provided with the draw-in groove coordinated with dop, dop is stuck in draw-in groove, and described heat insulation inner cap surface, endocyclic tube surface are equipped with heat insulating coat.When needs carry out " hot drawing tank ", if to treat near skin damage place, then dop can be utilized to fix heat insulation inner cap, by opening up for main tank body, steam heats for a moment, be then pressed onto affected part (skin damage place is within the scope of endocyclic tube), then carry out the vacuum pumping in outer tank chamber, now due in endocyclic tube air be isolated thermal source, so the air touching breakage skin when the time comes will not be warmmer; If when the lossless place of skin carries out normal cup, heat insulation inner cap can not needed, directly main tank body is being heated on steam, now owing to there is no heat insulation inner cap, beyond top walls panels heat can be also passed to the air in endocyclic tube, heating is realized such that it is able to overall, can be adsorbed onto body surface subsequently, carry out " hot drawing tank ".
The invention has the beneficial effects as follows: can apply to common cupping for treatment, and when needing cup place to have the restraining factors such as skin diabrosis to exist, also can rationally avoid such skin damage place, utilize the least possible tank body to realize cup quickly and smoothly, can ensure that user integrated operation is comparatively convenient; Also having automatic drug supplying ability, and can realize " in proper order for medicine ", be also equipped with the effect of " pneumatic massage " simultaneously, medicated powder utilization rate is good, and the drug of topical application is effective, and comprehensive function is strong.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention;
Fig. 2 is a top view of the present invention;
Fig. 3 is the structural representation at cartridge case place of the present invention;
Fig. 4 is the structural representation at transformation piston place of the present invention;
Fig. 5 is the structural representation at annular adjustment sheet place of the present invention;
Fig. 6 is structural representation during annular adjustment sheet epirelief of the present invention;
Fig. 7 is the partial enlarged drawing of Fig. 1.
In figure: main tank body 1, lateral wall cylinder 2, outer top walls panels 3, endocyclic tube 4, exterior seal ring 5, inner seal ring 6, inner canister chamber 7, outer tank chamber 8, inside exhaust pipe 9, air pump joint 10, outer exhaustor 11, motor 12, reductor 13, output shaft 14, play shake bar 15, draw shake bar 16, cartridge case 17, outer end cap 18, down-pressed pole 19, inner end cap 20, top spring block 21, uncap pressure ball 22, outer top spring 23, transformation piston 24, sphere is subject to pressure head 25, transformation spring 26, limited block 27, plug valve plug 28, annular adjustment sheet 29, through-hole 30, heat insulation inner cap 31, even club 32, support sliding ball 33, , outer stopple 34, bore plug 35, dead man 36.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described.
In embodiment as shown in Figures 1 to 7, a kind of negative-pressure cupping device, main tank body 1 including one end open, described main tank body includes lateral wall cylinder 2, outer top walls panels 3, an endocyclic tube 4 it is provided with in described main tank body, it is tightly connected between endocyclic tube one end and outer top walls panels, the endocyclic tube other end has opening, the opening of endocyclic tube towards with the opening of main tank body towards consistent, the end face of main tank body opening is provided with exterior seal ring 5, the end face of endocyclic tube opening is provided with inner seal ring 6, exterior seal ring, inner seal ring, main tank body is all coaxial with endocyclic tube, endocyclic tube inner space is inner canister chamber 7, space between endocyclic tube and main tank body is outer tank chamber 8, main tank body is provided with the inside exhaust pipe 9 that one end connects with inner canister chamber, the inside exhaust pipe other end is provided with air pump joint 10, main tank body is provided with the outer exhaustor 11 that one end connects with outer tank chamber, the outer exhaustor other end is provided with air pump joint, in inside exhaust pipe, outer exhaustor is equipped with exhaust check valve, described main tank body is provided with motor 12, described motor is by fixing between fixed support and main tank body, the output shaft of motor connects the power intake of a reductor 13, the clutch end of reductor is an output shaft 14, output shaft is coaxial with endocyclic tube, output shaft is provided with some shake bars 15 vertical with output shaft, play shake bar the inner to be connected with output shaft, rise shake bar outer end be provided with draw shake bar 16, it is described that to draw shake rod axis parallel with output shaft axis, the described shake bar that rises is provided with even club 32, even club one end has connected shake bar, even the club other end is provided with the sliding ball 33 of the support contacting outer top walls panels, support and be slidably matched between sliding ball and outer top walls panels, described lateral wall cylinder is provided with all presses exit orifice, endocyclic tube is provided with all presses endoporus, all press exit orifice and all press female coaxial, all pressure exit orifice is provided with and blocks the outer stopple 34 all pressing exit orifice, all pressure endoporus is provided with and blocks the bore plug 35 all pressing endoporus, outer stopple, bore plug is all passed by a bar 36 of eradicating, outer stopple, bore plug is all fixing with dead man to be connected, dead man with all press female coaxial, dead man outer end is in outside main tank body, described exterior seal ring, inner seal ring is the gas-flow closure circle of boring, balance trachea it is provided with between exterior seal ring and inner seal ring, balance trachea one end is internal with exterior seal ring to be connected, the balance trachea other end is internal with inner seal ring to be connected.
Exterior seal ring, inner seal ring are used for and contact skin, thus in inner canister chamber, outer tank intracavity is when taking out negative pressure (evacuation), play the effect of isolation inner canister intracavity outer air, outer tank intracavity outer air so that main tank body can be adsorbed on the body surface (skin) at cup place. Inner canister chamber, outer tank chamber separate, when needing cup place skin to have diabrosis, the situation such as impaired, can by endocyclic tube facing to skin damage place, make skin damage place be housed within the scope of endocyclic tube, then only outer tank chamber is carried out evacuation, thus, only need a tank body, just can be well on cup for an affected part, not only avoid skin damage place during cup, and around skin damage place, provide cup scope big as far as possible. And according to general tanks of the prior art, then need multiple tank body around skin damage place, not only complicated operation, efficiency are low, and " occupation rate " of skin is relatively low (having many and space between tank body and tank body, unlike directly constituting an annular cup space in this programme) near affected part. Wherein, during evacuation, utilizing air pump to be directly connected on air pump joint and carry out evacuation, it is desirable to take out the air of which intracavity, air pump is just connected to the air pump joint on the exhaustor in that chamber corresponding. Air pump joint herein, it is possible to be the nipple of any conventional, noose joint etc., as long as function can be achieved a butt joint. After main tank body is adsorbed on body surface (skin), motor can be opened, driven by motor plays shake bar and rotates, and starts to provide vibrations power, draws shake bar and expands vibrations and involve scope and relative amplitude, main tank body entirety vibrating effect is good, such that it is able to play the effect of local vibrations massage, it is similar to " walking tank " therapy in cup, namely applies certain external force, improve the stimulation of skin near cup place, promote cup curative effect.
Described main tank body is provided with some cartridge cases 17, each cartridge case is uniform annular distribution centered by endocyclic tube axis, the cartridge case outer top walls panels of traverse, cartridge case the inner is stretched in outer tank chamber, cartridge case outer end is in outside main tank body, cartridge case is inner, outer end is respectively provided with opening, cartridge case outer end is provided with the outer end cap 18 sealing cartridge case outer end opening, outer end cap is provided with dispensing mouth, cover the dispensing lid of dispensing mouth, dispensing lid and outer end cap clamping, cartridge case is provided with down-pressed pole 19, down-pressed pole traverse outer end cap, down-pressed pole the inner is provided with the inner end cap 20 being in outer tank chamber, inner end cap covers end opening in cartridge case, described outer top walls panels is vertical with output shaft, down-pressed pole outer end is provided with top spring block 21, for being played the pressure ball 22 of uncapping that shake bar presses, top spring block is in uncap between pressure ball with cartridge case and push up spring block and is connected with down-pressed pole, top spring 23 outside being provided with at least one between top spring block and cartridge case, outer top spring one end connects top spring block, the outer top spring other end connects the outer end cap of cartridge case, the spacing being smaller than shake bar and outer top walls panels of the pressure ball centre of sphere and the outer top walls panels of uncapping. and define " for being played the pressure ball of uncapping that shake bar presses ", then it is equal to and also defines: the spacing of uncap the pressure ball centre of sphere and outer top walls panels is plus the total length of the radius gained of pressure ball of uncapping, more than the spacing playing shake bar and outer top walls panels. during cup, it is possible to auxiliary uses medicine (mostly being external application medicated powder etc.), promotes therapeutic effect. dispensing lid on outer end cap can be opened, and then medicated powder puts into cartridge case, then covers dispensing lid. in motor work process, each shake bar of rotation, can by pressure ball of uncapping to intrinsic pressure a small distance when through uncapping pressure ball, the pressure ball that makes to uncap drives down-pressed pole, inner end cap to move, end opening in inner end cap cartridge case away from keyboard, medicated powder is trickled down to outer tank chamber, it is possible to fall on the skin at cup place. and down-pressed pole is when being pressed, outer top spring is pressurized, when rise a shake bar leave uncap pressure ball time, outer top spring drives down-pressed pole, inner end cap to reset. it may be noted that time, during " medicinal cupping " therapy, the best axis vertical of main tank body or not the deviation too many angle of vertical direction, and ensure that main tank body opening is down (or being similar to down), so could ensure that medicated powder can drop on as much as possible, rest on skin. in this programme, play shake bar and often rotate through pressure ball of once uncapping, will marginally spill subsequent point medicated powder, such that it is able to realize one in proper order for the effect of medicine. during due to cup, cup place skin can't at once " pore is opened greatly ", " blood circulation be accelerated rapidly ", but As time goes on (general 10 to 30 minutes of cup time), pore is expanded gradually, blood circulation improves gradually, so, too many medicated powder is provided at the very start it is not necessary that, can not absorb preferably and utilize first, second on the contrary it is possible that problems such as the clogging of pores providing too much due to medicated powder and causing, the interim permeability variation of skin quickly.Further, also compare waste dose, because medicated powder is once provide and having arrived body surface, be just not suitable for recycling, but retain the medicated powder of (this programme middle finger cartridge case) in a reservoir, then after or can be continuing with, do not result in waste.
Described inner end cap includes interior surface, exterior surface, lid lateral margin, and described interior surface and the spacing of outer end cap are by close down-pressed pole being gradually increased to the direction away from down-pressed pole. As previously mentioned, during " medicinal cupping " therapy, main tank body opening is down (or being similar to down), so the interior surface of inner end cap and the spacing of outer end cap are by close down-pressed pole being gradually increased to the direction away from down-pressed pole, mean that medicine successfully along the interior surface landing of inner end cap, can drop in outer tank chamber relatively more equably.
Described lateral wall cylinder is provided with some transformation holes, it is provided with transformation piston 24 in described transformation hole, between transformation piston with transformation hole, slipper seal coordinates, transformation piston outer end is provided with for being drawn the shake sphere that presses of bar by pressure head 25, sphere is stretched out outside the cylinder of lateral wall by the compression face of pressure head, described transformation piston is provided with some transformation springs 26, transformation spring one end is connected with transformation piston the inner, the transformation spring other end is connected with endocyclic tube, some limited blocks 27 departing from transformation hole for limiting transformation piston it are provided with in described transformation hole, described limited block is connected with lateral wall cylinder. it is conventional cooperation mechanically that slipper seal coordinates, for instance between oil cylinder and its piston, it is simply that can relative sliding, keep again between piston side wall and cylinder wall sealing. electric machine rotation can rotate together with drawing shake bar, when drawing shake bar and turning to sphere by ram position, can be intrinsic pressure by pressure head by sphere, sphere pressurized headband transformation piston and is moved inward together, the interior shifting of each transformation piston result in the outer tank cavity space short time significantly to be reduced, and after drawing shake bar leaving, transformation spring drives again transformation piston Rapid reset, cause significantly increasing in the outer tank cavity space short time, move in circles, result in the air pressure intermittence change of outer tank intracavity, thus the effect of " gas-pressure massaging " body surface can be realized, strengthen the resultant stimulus to cup place skin, promote curative effect. wherein, limited block is arranged in transformation hole, it is possible to limit the extreme position that transformation piston is displaced outwardly so that it is cannot be lifted off open transformation hole by outside transformation spring.
Described cartridge case number is 6 to 12, and the described shake bar number that draws is 4 to 12.
Described endocyclic tube is provided with inner via hole, and described inner via hole all connects with inner canister chamber, outer tank chamber, and described endocyclic tube is provided with the plug valve plug 28 for blocking inner via hole. Plug valve plug is when clogging inner via hole, and inner canister chamber, outer tank do not connect between chamber, now inner canister chamber, air pressure onrelevant between outer tank chamber, it is possible to be independent. When if desired carrying out the cup of illing skin periphery, it is possible to allow plug valve plug clog inner via hole, only negative pressure is taken out in outer tank chamber. And during to carry out health somewhere entirety cup (not having the illing skin needing to avoid), then can taking off plug valve plug, such air pump is when bleeding, and inner canister chamber, outer tank intracavity collectively form negative pressure, negative pressure value is consistent, and has only to carry out a vacuum pumping.
Described outer tank intracavity is provided with has elastic annular adjustment sheet 29, it is tightly connected between inner edge and the endocyclic tube of annular adjustment sheet, it is tightly connected between outer rim and the lateral wall cylinder of annular adjustment sheet, described annular adjustment sheet is provided with multiple through-hole 30, described through-hole is coniform, through-hole is away from the bore of outer top walls panels one end more than the through-hole bore near outer top walls panels one end, and the axis of through-hole is parallel with output shaft axis.Annular adjustment sheet can strengthen the effect of aforementioned " pneumatic massage ", as previously mentioned, outer tank intracavity air pressure increases and decreases repeatedly, after having had annular adjustment sheet, air pressure increase and decrease will drive annular adjustment sheet epirelief repeatedly, under convex (epirelief be just directed towards outer top walls panels protruding), thus the air pressed between annular adjustment sheet and body surface, owing to the volume of the air between annular adjustment sheet and body surface is little, so it is higher to press effect. Furthermore, annular adjustment sheet has multiple cone shape through-hole, and through-hole away from the bore of outer top walls panels one end more than the through-hole bore near outer top walls panels one end, so annular adjustment sheet remain stationary or under convex time, elastic extruding (annular adjustment sheet be have elastic) due to annular adjustment sheet itself, through-hole is completely or nearly " not penetrating ", and during annular adjustment sheet epirelief, cone top part (near the outer top walls panels one end) bore of through-hole can expand (as shown in Figure 6), now then can pass through gas and medicated powder. Therefore, annular adjustment sheet is without influence on outer tank chamber evacuation (during the evacuation of outer tank chamber, between outer tank intracavity annular adjustment sheet and outer top walls panels, air pressure is relatively smaller, annular adjustment sheet meeting epirelief). And along with the intermittence of cartridge case spreads pesticides (foregoing cartridge case is for medicine form), medicated powder can not fall directly on skin surface again, but first fall on annular adjustment sheet, then along with outer tank intracavity air pressure increases and decreases repeatedly, medicated powder can be driven by the annular adjustment sheet of repeated deformation and upspring, then fall again, thus playing the effect of " homogenizing medicated powder ", medicated powder is driven upsprings, and along with air pressure change moves freely, can start evenly by ratio when again falling on annular adjustment sheet, and if only undertaken for medicine by aforesaid cartridge case, then uniformity is still not as this programme. And, along with vibrations " homogenizing medicated powder " each time, medicated powder also can pass through through-hole and reach again and again body surface, realize " drug of topical application " and " in proper order for medicine " that be more uniformly distributed, also dose (the function because of this " homogenizing medicated powder " is saved in another way, can relatively reducing for dose, because more uniform when using, waste is less).
Described endocyclic tube is provided with heat insulation inner cap 31, heat insulation inner cap is cylindrical and coaxial with endocyclic tube, described heat insulation inner cap and outer top walls panels are affixed, between heat insulation inner cap sidewall and endocyclic tube, slipper seal coordinates, cover in heat insulation and be provided with dop, outer top walls panels is provided with the draw-in groove coordinated with dop, and dop is stuck in draw-in groove, and described heat insulation inner cap surface, endocyclic tube surface are equipped with heat insulating coat. When needs carry out " hot drawing tank ", if to treat near skin damage place, then dop can be utilized to fix heat insulation inner cap, by opening up for main tank body, steam heats for a moment, be then pressed onto affected part (skin damage place is within the scope of endocyclic tube), then carry out the vacuum pumping in outer tank chamber, now due in endocyclic tube air be isolated thermal source, so the air touching breakage skin when the time comes will not be warmmer; If when the lossless place of skin carries out normal cup, heat insulation inner cap can not needed, directly main tank body is being heated on steam, now owing to there is no heat insulation inner cap, beyond top walls panels heat can be also passed to the air in endocyclic tube, heating is realized such that it is able to overall, can be adsorbed onto body surface subsequently, carry out " hot drawing tank ".
Claims (8)
1. a negative-pressure cupping device, main tank body including one end open, described main tank body includes lateral wall cylinder, outer top walls panels, it is characterized in that, it is provided with an endocyclic tube in described main tank body, it is tightly connected between endocyclic tube one end and outer top walls panels, the endocyclic tube other end has opening, the opening of endocyclic tube towards with the opening of main tank body towards consistent, the end face of main tank body opening is provided with exterior seal ring, the end face of endocyclic tube opening is provided with inner seal ring, exterior seal ring, inner seal ring, main tank body is all coaxial with endocyclic tube, endocyclic tube inner space is inner canister chamber, space between endocyclic tube and main tank body is outer tank chamber, main tank body is provided with the inside exhaust pipe that one end connects with inner canister chamber, the inside exhaust pipe other end is provided with air pump joint, main tank body is provided with the outer exhaustor that one end connects with outer tank chamber, the outer exhaustor other end is provided with air pump joint, in inside exhaust pipe, outer exhaustor is equipped with exhaust check valve, described main tank body is provided with motor, described motor is by fixing between fixed support and main tank body, the output shaft of motor connects the power intake of a reductor, the clutch end of reductor is an output shaft, output shaft is coaxial with endocyclic tube, output shaft is provided with some shake bars vertical with output shaft, play shake bar the inner to be connected with output shaft, play shake bar outer end to be provided with and draw shake bar, it is described that to draw shake rod axis parallel with output shaft axis, the described shake bar that rises is provided with even club, even club one end has connected shake bar, even the club other end is provided with the sliding ball of the support contacting outer top walls panels, support and be slidably matched between sliding ball and outer top walls panels, described lateral wall cylinder is provided with all presses exit orifice, endocyclic tube is provided with all presses endoporus, all press exit orifice and all press female coaxial, all pressure exit orifice is provided with and blocks the outer stopple all pressing exit orifice, all pressure endoporus is provided with and blocks the bore plug all pressing endoporus, outer stopple, bore plug all by one eradicate bar traverse, outer stopple, bore plug is all fixing with dead man to be connected, dead man with all press female coaxial, dead man outer end is in outside main tank body, described exterior seal ring, inner seal ring is the gas-flow closure circle of boring, balance trachea it is provided with between exterior seal ring and inner seal ring, balance trachea one end is internal with exterior seal ring to be connected, the balance trachea other end is internal with inner seal ring to be connected.
2. a kind of negative-pressure cupping device according to claim 1, it is characterized in that, described main tank body is provided with some cartridge cases, each cartridge case is uniform annular distribution centered by endocyclic tube axis, the cartridge case outer top walls panels of traverse, cartridge case the inner is stretched in outer tank chamber, cartridge case outer end is in outside main tank body, cartridge case is inner, outer end is respectively provided with opening, cartridge case outer end is provided with the outer end cap sealing cartridge case outer end opening, outer end cap is provided with dispensing mouth, cover the dispensing lid of dispensing mouth, dispensing lid and outer end cap clamping, cartridge case is provided with down-pressed pole, down-pressed pole traverse outer end cap, down-pressed pole the inner is provided with the inner end cap being in outer tank chamber, inner end cap covers end opening in cartridge case, described outer top walls panels is vertical with output shaft, down-pressed pole outer end is provided with top spring block, for being played the pressure ball of uncapping that shake bar presses, top spring block is in uncap between pressure ball with cartridge case and push up spring block and is connected with down-pressed pole, spring is pushed up outside being provided with at least one between top spring block and cartridge case, outer top spring one end connects top spring block, the outer top spring other end connects the outer end cap of cartridge case, the spacing being smaller than shake bar and outer top walls panels of the pressure ball centre of sphere and the outer top walls panels of uncapping.
3. a kind of negative-pressure cupping device according to claim 2, it is characterized in that, described inner end cap includes interior surface, exterior surface, lid lateral margin, and described interior surface and the spacing of outer end cap are by close down-pressed pole being gradually increased to the direction away from down-pressed pole.
4. a kind of negative-pressure cupping device according to Claims 2 or 3, it is characterized in that, described lateral wall cylinder is provided with some transformation holes, it is provided with transformation piston in described transformation hole, between transformation piston with transformation hole, slipper seal coordinates, transformation piston outer end is provided with for being drawn the shake sphere that presses of bar by pressure head, sphere is stretched out outside the cylinder of lateral wall by the compression face of pressure head, described transformation piston is provided with some transformation springs, transformation spring one end is connected with transformation piston the inner, the transformation spring other end is connected with endocyclic tube, some limited blocks departing from transformation hole for limiting transformation piston it are provided with in described transformation hole, described limited block is connected with lateral wall cylinder.
5. a kind of negative-pressure cupping device according to claim 1 or 2 or 3, is characterized in that, described cartridge case number is 6 to 12, and the described shake bar number that draws is 4 to 12.
6. a kind of negative-pressure cupping device according to claim 1, is characterized in that, described endocyclic tube is provided with inner via hole, and described inner via hole all connects with inner canister chamber, outer tank chamber, and described endocyclic tube is provided with the plug valve plug for blocking inner via hole.
7. a kind of negative-pressure cupping device according to claim 3, it is characterized in that, described outer tank intracavity is provided with has elastic annular adjustment sheet, it is tightly connected between inner edge and the endocyclic tube of annular adjustment sheet, it is tightly connected between outer rim and the lateral wall cylinder of annular adjustment sheet, described annular adjustment sheet is provided with multiple through-hole, described through-hole is coniform, through-hole is away from the bore of outer top walls panels one end more than the through-hole bore near outer top walls panels one end, and the axis of through-hole is parallel with output shaft axis.
8. a kind of negative-pressure cupping device according to claim 7, it is characterized in that, described endocyclic tube is provided with heat insulation inner cap, heat insulation inner cap is cylindrical and coaxial with endocyclic tube, and described heat insulation inner cap and outer top walls panels are affixed, and between heat insulation inner cap sidewall and endocyclic tube, slipper seal coordinates, cover in heat insulation and be provided with dop, outer top walls panels is provided with the draw-in groove coordinated with dop, and dop is stuck in draw-in groove, and described heat insulation inner cap surface, endocyclic tube surface are equipped with heat insulating coat.
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| CN201610011074.4A CN105664269A (en) | 2016-01-10 | 2016-01-10 | Negative-pressure cupping device |
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| CN2390610Y (en) * | 1999-06-03 | 2000-08-09 | 林介昌 | Multifunction combined cupping device |
| CN201668765U (en) * | 2010-02-20 | 2010-12-15 | 程爱军 | Electric heating type acupuncture device |
| CN103140247A (en) * | 2010-07-13 | 2013-06-05 | 约瑟夫·傅立叶大学 | Device for controlling a blood flow produced in a hemorrhagic area |
| CN104307062A (en) * | 2014-11-20 | 2015-01-28 | 李为松 | Anti-falling cupping device |
| CN204815022U (en) * | 2015-07-30 | 2015-12-02 | 赵爱丽 | Novel cup massager |
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|---|---|---|---|---|
| CN2390610Y (en) * | 1999-06-03 | 2000-08-09 | 林介昌 | Multifunction combined cupping device |
| CN201668765U (en) * | 2010-02-20 | 2010-12-15 | 程爱军 | Electric heating type acupuncture device |
| CN103140247A (en) * | 2010-07-13 | 2013-06-05 | 约瑟夫·傅立叶大学 | Device for controlling a blood flow produced in a hemorrhagic area |
| CN104307062A (en) * | 2014-11-20 | 2015-01-28 | 李为松 | Anti-falling cupping device |
| CN204815022U (en) * | 2015-07-30 | 2015-12-02 | 赵爱丽 | Novel cup massager |
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