CN103239341B - Handstand suspension traction device - Google Patents
Handstand suspension traction device Download PDFInfo
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- CN103239341B CN103239341B CN201310179224.9A CN201310179224A CN103239341B CN 103239341 B CN103239341 B CN 103239341B CN 201310179224 A CN201310179224 A CN 201310179224A CN 103239341 B CN103239341 B CN 103239341B
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- lifting traction
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Abstract
The invention discloses a handstand suspension traction device. The handstand suspension traction device comprises a tubular winch motor which is transversely arranged above a human body, a lifting traction belt is arranged on a rotation housing of the tubular winch motor, one end of the lifting traction belt is fixedly connected with the rotation housing, the other end of the lifting traction belt is connected with a foot sleeve, and the tubular winch motor is electrically connected with a controller which is used for controlling the starting, stopping, up and down of the tubular winch motor. According to the handstand suspension traction device, human bodied of majority people can be upside down easily to achieve health and therapeutic purposes. According to the handstand suspension traction device, the natural traction and stretching of the gravity for the human body is utilized to enhance the flexibility of a spine, to prevent and treat diseases caused by various spinal lesions, to relieve pains, and to improve the quality of life. The blood circulation and the lymph circulation of the human body are promoted comprehensively and the body metabolism is accelerated.
Description
Technical field
The present invention relates to a kind of health care and therapeutic device, particularly relate to a kind of Handstand suspension traction device.
Background technology
The distinctive marks of other animal is different from although upright standing posture is the mankind.But after the mankind are upright, due to the effect of gravitation in ground, cause three disadvantages: one be the circulation of blood by laterally becoming vertical, this just causes the not enough and cardiovascular system overload operation of blood supply in brain.The lighter creates bald, dim eyesight, poliosis, lassitude, fatiguability, geromorphism; Severe one disease of brain and heart disease are burdened with.Two is that heart and the intestines and stomach move down under gravitational effect.Cause many intestines and stomach and the sagging disease of heart organ, abdomen is cutd open and the alluvial of huckle fat, produce waistline and large abdomen obesity.Three is under graviational interaction, causes cervical region, the muscle at the shoulder position such as back and waist bears more load, cause hypertonicity, produce increasing the weight of of the diseases such as muscular strain, neck push away, lumbar vertebra, scapulohumeral periarthritis.Overcome the blemish in an otherwise perfect thing in human evolution, it is not all right for depending medicine alone, can only lean on physical training, and the exercise method of the best is exactly making human body stand on head.
Handstand is commonly called as " handstanding ", and Han dynasty claims " planting ", and the Eastern Jin Dynasty claims " driving in the wrong direction ", and the Tang Dynasty claims " throwing down ", and the Ming Dynasty claims " handstand ", etc., before more than 1,000 years, Ancient Times in China physician Huatuo just once with this method disease curing and body-building, and achieves miraculous effects.Huatuo has created five mimic-animal boxing as a physical fitness exercises, wherein monkey show, is just listed in wherein by posture of handstand.Handstand is a kind of recreation that a lot of ephebe likes, and is also one of best mode of youngster body-building, and it is also a final posture of current west Yoga art.Handstand body-building already in the world and in history by sporting world, Wushu circles, medical circle put into practice and prove.All very popular in the U.S., Japan, Britain, Sweden, Germany etc. at present.But free-hand handstand neither can both be accomplished by most people, and free-hand handstand needs enough arm strengths and enough courage, this is because free-hand handstand has certain danger.Particularly spondylopathy patient, although handstand benefits to treatment spondylopathy, but due to spondylopathy patient because severe disease is burdened with, upright all very difficult, say nothing of free-hand handstand, obviously, concerning most people and patient, the object being reached health care and treatment by free-hand handstand is difficult to accomplish.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of Handstand suspension traction device, can be made the making human body stand on head of most people by this Handstand suspension traction device easily, reaches the object of health care and treatment.
In order to solve the problems of the technologies described above, Handstand suspension traction device of the present invention, comprises the tubulose elevator motor be horizontally placed on above human body; The roll-shell of described tubulose elevator motor is provided with lifting traction belt; One end of described lifting traction belt is fixedly connected with described roll-shell; The other end of described lifting traction belt is connected with footmuff; Described tubulose elevator motor with for control tubulose elevator electric motor starting, stopping, rising, decline controller be electrically connected.
Described lifting traction is with two, be positioned at the same side also horizontal spaced segment distance of described roll-shell, one end of each lifting traction belt is all fixedly connected with described roll-shell, described footmuff has two, and the other end of two described footmuffs lifting traction belt described with two is respectively connected; Or described lifting traction is with one, and a described lifting traction belt is fixedly connected with described roll-shell, and described footmuff has two, the other end of two described footmuffs lifting traction belt described with is symmetrically connected.
Described controller comprises the receiver of remote-control sytem and hand-held remote control emitter that are electrically connected with described tubulose elevator motor.
Described tubulose elevator motor is arranged in cabinet; The two ends of described tubulose elevator motor are connected with the mount pad on two medial walls of described cabinet respectively; Described lifting traction belt is passed by the open-work of described cabinet bottom surface.
The left and right sides on described cabinet top is respectively arranged with fixture; Fixed device is fixedly connected with wall and/or is configured with the suspension rod be connected with roof; The left and right sides bottom described cabinet is respectively arranged with lower fixture; Described lower fixture is configured with dismantled and assembled bracing frame; Described dismantled and assembled bracing frame is formed by connecting by lateral connection bar by two montants.
The other end of described lifting traction belt is connected by safety collar with footmuff.
Described tubulose elevator motor is provided with manual lever; Described manual lever passes from another open-work bottom described cabinet.
Described lifting traction belt is pancake lifting traction belt; In described cabinet, be positioned at above described open-work, each described pancake lifting traction belt corresponding is provided with tensioner directive wheel near described roll-shell.
Described footmuff is inverted sock; Footmuff mouth place flange is sewed up and is formed passage; Described channel setting has passway; Described passway is positioned at the front side of footmuff mouth; Be provided with band in passage, the two ends of described band pass described passway; From the left and right sides of footmuff mouth until the left and right sides at the bottom of footmuff is equipped with suspender belt respectively; Described footmuff is connected by the other end of described suspender belt with described lifting traction belt.
The below of described tubulose elevator motor is provided with sliding-plate bed, and four angles bottom described sliding-plate bed are respectively arranged with castor.
The present invention compared with prior art has following beneficial effect:
1, the technical program is owing to have employed the tubulose elevator motor be horizontally placed on above human body, and the roll-shell of tubulose elevator motor is provided with lifting traction belt, and one end of lifting traction belt is fixedly connected with roll-shell, the other end of lifting traction belt is connected with footmuff, tubulose elevator motor with for controlling tubulose elevator electric motor starting, stop, rise, the technological means of the controller electrical connection declined, so, footmuff only need be fixed on ankle by user, after being powered up, tubulose elevator electric machine rotation is controlled by controller, lifting traction belt is driven to rise, stop, descending motion, be pulled upwardly by the foot of footmuff by user, until human body is in handstand state, then, stop motion a period of time, finally, the foot of user is put down, as can be seen here, user does not need to have enough arm strengths and can realize standing upside down, therefore, the making human body stand on head of most people can be made easily, reach the object of health care and treatment.
Concrete health care and therapeutic effect as follows:
A, the blood comprehensively promoting Whole Body and lymph circulation, accelerate body metabolism.Alleviate the burden of cardio-cerebrovascular, prevent and alleviate generation and the deterioration of all kinds of diseases of cardiovascular and cerebrovascular systems.Improve blood supply in brain, promote brain development, increase refreshing Fructus Alpiniae Oxyphyllae, slow down aging.The generation of prevention and alleviation cerebral ischemia, dizziness, varicosis etc. and deterioration;
B, help internal organs recover normal position, strengthen its function, reduce the chance suffering from the disease such as gastroptosis, uterine prolapse; Prevent the fat of abdominal part, buttocks, huckle from depositing, keep young figure;
C, body and mind relaxing, fatigue alleviating, eliminate pain; Balance is this, helps body self-rehabilitation, improves body immunity.
D, the good bodily form can be kept to teenager, and contribute to increasing, promote brain development, improve memory; Can fatigue alleviating to adult, eliminate pain; Relaxing muscles and tendons to promote blood circulation, body and mind relaxing; Can slow down aging to old people, keep young figure.
The further beneficial effect of the technical program is: when tubulose elevator motor is rotated further; when making the human body of handstand continue to rise; human body (comprising hands, arm and head) can be made to leave ground completely; terrestrial gravitation (gravity) can be utilized traction and the stretching action naturally of human body; loosen long-term hard pressed vertebra; promote intervertebral disc growth and regeneration; it is helped to recover elasticity; strengthen the pliability of vertebra; prevent, treat the disease of all kinds of vertebral disease initiation; alleviating pain, improves the quality of living; Namely handstand position is a high position of low foot, the abnormal positions of the mankind, handstand position deadweight traction treatment is the feature utilizing human body top heavy, the third position (orthostatism and horizontal position are two kinds of positions that the mankind commonly use) of the development and utilization mankind, makes health hang into foot-high horizontal position posture after two lower limb are fixing, utilizes the strength naturally drooped, intervertebral space is broadened, vertebral canal volume increases, and fundamentally alleviates dmm, alleviates the compressing of outstanding intervertebral disc to nerve.Intervertebral disc is a closed system, can make in intervertebral disc to be negative pressure, be conducive to the Hui Na of intervertebral disk hernia part by traction.By traction posterior longitudinal ligament tension force is obviously increased, to outthrust particularly Central protrusion produce lateral pressure, be conducive to outthrust Hui Na.By traction, naturally can also correcting because oppressing the scoliosis that causes, alleviating the lumbar soft tissue because pain causes, spasticity that ligament, fascia cause.By contrast, free-hand handstand, the spinal column still pressurized of human body, does not have the effect of drawing.
2, the technical program is positioned at the same side also horizontal spaced segment distance of roll-shell owing to have employed two lifting traction belts, one end of each lifting traction belt is all fixedly connected with roll-shell, the technological means that two footmuffs are connected with two other ends being elevated traction belt respectively, so, each footmuff can be separately fixed at an ankle of user, after human body is pulled up handstand, not easily carry out the phenomenon of back rotation, be suitable for being afraid of dizzy user.Be fixedly connected with roll-shell when have employed a lifting traction belt, the technological means that two footmuffs are connected with the other end being elevated traction belt symmetrically, after human body is pulled up handstand, easy come the phenomenon of back rotation, can be suitable for not being afraid of dizzy user, to improve the anti-blooming ability of user.
3, the technical program is owing to have employed the technological means of receiver of remote-control sytem and the hand-held remote control emitter be electrically connected with tubulose elevator motor, so, can conveniently by the work of hand-held remote control emitter remote controlled tubular elevator motor.
4, the technical program is arranged in cabinet owing to have employed tubulose elevator motor, and the two ends of tubulose elevator motor are connected with the mount pad on two medial walls of cabinet respectively; The technological means that lifting traction belt is passed by the open-work of cabinet bottom surface, so, be conducive to the safety ensureing tubulose elevator motor, keep the clean of tubulose elevator motor, further improve below being conducive to.
5, the technical program is respectively arranged with upper fixture due to the left and right sides that have employed cabinet top; Upper fixture is fixedly connected with wall and/or is configured with the suspension rod be connected with roof; The left and right sides bottom described cabinet is respectively arranged with lower fixture; Described lower fixture is configured with the technological means of dismantled and assembled bracing frame, so, conveniently by various ways, cabinet can be arranged on the top of human body, can (both can be not only left wall by wall easily, also can be right wall) and ground cabinet is arranged on the top of human body, but also by roof, cabinet can be arranged on the top of human body conveniently by suspension rod.Like this, can manufacturing cost be saved, also help indoor layout.Certainly, conveniently by two of a cabinet left and right sides bracing frame, cabinet can also be arranged on the top of human body.Like this, cabinet can be arranged on more place to use.
6, the technical program is owing to have employed the technological means that is connected by safety collar with footmuff of the other end of lifting traction belt, so, when safety collar rises to the open-work of cabinet bottom surface, rising will be stopped, guaranteeing the safety of human body.
7, the technical program is provided with manual lever owing to have employed tubulose elevator motor; The technological means that manual lever passes from another open-work bottom cabinet, so, after human body is pulled up handstand, when running into power failure, put down by the human body of manual lever by handstand, to avoid making human body stand on head overlong time.
8, the technical program is pancake lifting traction belt owing to have employed lifting traction belt, in cabinet, be positioned near open-work, corresponding each pancake lifting traction belt is provided with the technological means of tensioner directive wheel, so, pancake can be made to be elevated traction belt be fitly wound on roll-shell, the service life of pancake lifting traction belt can be extended.
9, the technical program is inverted sock owing to have employed footmuff; Footmuff mouth place flange is sewed up and is formed passage; Channel setting has passway; Passway is positioned at the front side of footmuff mouth; Be provided with band in passage, the two ends of band pass the technological means of passway, so, to be easy to footmuff to be enclosed within foot and foot is fixed in footmuff.Again owing to have employed the left and right sides from footmuff mouth until the left and right sides at the bottom of footmuff is equipped with suspender belt respectively; The technological means that footmuff is connected with the other end of lifting traction belt by suspender belt, so when human body is sling, suspender belt is to footmuff uniform force application, and footmuff is even to foot force application, and foot is not easily deviate from from footmuff.
10, the technical program is provided with sliding-plate bed due to the below that have employed tubulose elevator motor, four angles bottom sliding-plate bed are respectively arranged with the technological means of castor, so, when human body lies in and sliding-plate bed is lifting, sliding-plate bed correspondingly can move forward and backward with the lifting of human body, like this, human body can be made to feel comfortably cool freely in the process of lifting.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the present invention is further described in detail.
Fig. 1 is the main TV structure schematic diagram of Handstand suspension traction device of the present invention.
Fig. 2 is the right side structure schematic diagram of Handstand suspension traction device of the present invention.
Fig. 3 is the installation site enlarged diagram of tensioner directive wheel in Handstand suspension traction device of the present invention.
Fig. 4 is the structural representation of Handstand suspension traction device middle hanger of the present invention.
Detailed description of the invention
As shown in Figure 1, the Handstand suspension traction device of present embodiment, comprises the tubulose elevator motor 1 be horizontally placed on above human body; The roll-shell 12 of described tubulose elevator motor 1 is provided with lifting traction belt 13; The roll-shell 12 of described tubulose elevator motor 1 is provided with threaded securing bores, threaded securing bores on the roll-shell 12 of the corresponding described tubulose elevator motor 1 in one end of described lifting traction belt 13 is provided with fixing hole, and one end of described lifting traction belt 13 is fixedly connected with by screw with described roll-shell 12; The other end of described lifting traction belt 13 is connected with footmuff 14; Described footmuff 14 can be one for bundling the elongated straps of ankle joint, ankle is fixed on by the mode of knotting, also can be reversed one end of elongated straps 180 ° to form earhole by sewing up, the other end of elongated straps forms footmuff through this earhole.Described tubulose elevator motor 1 with for control tubulose elevator electric motor starting, stopping, rising, decline controller be electrically connected.
Present embodiment, owing to have employed the tubulose elevator motor be horizontally placed on above human body, the roll-shell of tubulose elevator motor is provided with lifting traction belt, and one end of lifting traction belt is fixedly connected with roll-shell; The other end of lifting traction belt is connected with footmuff; Tubulose elevator motor and the technological means that is electrically connected of controller for controlling tubulose elevator electric motor starting, stopping, rising, decline, so footmuff only need be fixed on ankle by user, after being powered up, tubulose elevator electric machine rotation is controlled by controller, drive lifting traction belt to carry out rising, stop, descending motion, be pulled upwardly, until human body is in handstand state by the foot of footmuff by user, then, stop motion a period of time, finally, the foot of user is put down.As can be seen here, user does not need to have enough arm strengths and can realize standing upside down, and therefore, can make the making human body stand on head of most people easily, reach the object of health care and treatment.
Concrete health care and therapeutic effect as follows:
A, the blood comprehensively promoting Whole Body and lymph circulation, accelerate body metabolism.Alleviate the burden of cardio-cerebrovascular, prevent and alleviate generation and the deterioration of all kinds of diseases of cardiovascular and cerebrovascular systems.Improve blood supply in brain, promote brain development, increase refreshing Fructus Alpiniae Oxyphyllae, slow down aging.The generation of prevention and alleviation cerebral ischemia, dizziness, varicosis etc. and deterioration;
B, help internal organs recover normal position, strengthen its function, reduce the chance suffering from the disease such as gastroptosis, uterine prolapse; Prevent the fat of abdominal part, buttocks, huckle from depositing, keep young figure;
C, body and mind relaxing, fatigue alleviating, eliminate pain; Balance is this, helps body self-rehabilitation, improves body immunity.
D, the good bodily form can be kept to teenager, and contribute to increasing, promote brain development, improve memory; Can fatigue alleviating to adult, eliminate pain; Relaxing muscles and tendons to promote blood circulation, body and mind relaxing; Can slow down aging to old people, keep young figure.
The further beneficial effect of the technical program is: when tubulose elevator motor is rotated further, when making the human body of handstand continue to rise, human body (comprising hands, arm and head) can be made to leave ground completely, terrestrial gravitation (gravity) can be utilized traction and the stretching action naturally of human body, loosen long-term hard pressed vertebra, promote intervertebral disc growth and regeneration, it is helped to recover elasticity, strengthen the pliability of vertebra, prevent, treat the disease of all kinds of vertebral disease initiation, alleviating pain, improves the quality of living.Namely handstand position is a high position of low foot, the abnormal positions of the mankind, handstand position deadweight traction treatment is the feature utilizing human body top heavy, the third position (orthostatism and horizontal position are two kinds of positions that the mankind commonly use) of the development and utilization mankind, makes health hang into foot-high horizontal position posture after two lower limb are fixing, utilizes the strength naturally drooped, intervertebral space is broadened, vertebral canal volume increases, and fundamentally alleviates dmm, alleviates the compressing of outstanding intervertebral disc to nerve.Intervertebral disc is a closed system, can make in intervertebral disc to be negative pressure, be conducive to the Hui Na of intervertebral disk hernia part by traction.By traction posterior longitudinal ligament tension force is obviously increased, to outthrust particularly Central protrusion produce lateral pressure, be conducive to outthrust Hui Na.By traction, naturally can also correcting because oppressing the scoliosis that causes, alleviating the lumbar soft tissue because pain causes, spasticity that ligament, fascia cause.By contrast, free-hand handstand, the spinal column still pressurized of human body, does not have the effect of drawing.
One as present embodiment is improved, as shown in Figure 1, described lifting traction belt 13 has two, be positioned at the same side also horizontal spaced segment distance of described roll-shell 12, one end of each lifting traction belt 13 is all fixedly connected with described roll-shell 12, described footmuff 14 has two, and the other end of two described footmuffs 14 lifting traction belt 13 described with two is respectively connected; Certainly, also can be: described lifting traction belt 13 has one that a described lifting traction belt 13 is fixedly connected with described roll-shell 12, and described footmuff 14 has two, the other end of two described footmuffs 14 lifting traction belt 13 described be symmetrically connected.
Present embodiment is positioned at the same side also horizontal spaced segment distance of roll-shell owing to have employed two lifting traction belts, one end of each lifting traction belt is all fixedly connected with roll-shell, the technological means that two footmuffs are connected with two other ends being elevated traction belt respectively, so, each footmuff can be separately fixed at an ankle of user, after human body is pulled up handstand, not easily carry out the phenomenon of back rotation, be suitable for being afraid of dizzy user.Be fixedly connected with roll-shell when have employed a lifting traction belt, the technological means that two footmuffs are connected with the other end being elevated traction belt symmetrically, after human body is pulled up handstand, easy come the phenomenon of back rotation, can be suitable for not being afraid of dizzy user, to improve the anti-blooming ability of user.
Further improve as present embodiment, as shown in Figure 1, described controller comprises the receiver of remote-control sytem 17 and hand-held remote control emitter (not drawing in figure) that are electrically connected with the motor 11 in described tubulose elevator motor 1.Certainly, described controller also can be non-remote controller, and described non-remote controller is positioned at the below of described tubulose elevator motor 1, is convenient to the maneuverable position of user, and is electrically connected with the motor 11 in described tubulose elevator motor 1 by wire.
Present embodiment owing to have employed the technological means of receiver of remote-control sytem and the hand-held remote control emitter be electrically connected with tubulose elevator motor, so, can conveniently by the work of hand-held remote control emitter remote controlled tubular elevator motor.
Further improve as present embodiment, as depicted in figs. 1 and 2, described tubulose elevator motor 1 is arranged in cabinet 2, and described cabinet is cuboid; The two ends of described tubulose elevator motor 1 are connected with the mount pad 21 on two medial walls of described cabinet 2 respectively; Described lifting traction belt 13 is passed by the open-work 22 of described cabinet 2 bottom surface.As can be seen from Fig. 1 and Fig. 3, described cabinet 2 is provided with top cover.
Present embodiment is arranged in cabinet owing to have employed tubulose elevator motor, and the two ends of tubulose elevator motor are connected with the mount pad on two medial walls of cabinet respectively; The technological means that lifting traction belt is passed by the open-work of cabinet bottom surface, so, be conducive to the safety ensureing tubulose elevator motor, keep the clean of tubulose elevator motor, further improve below being conducive to.
Further improve again as present embodiment, as shown in Figure 1, Figure 2 and Figure 4, the left and right sides on described cabinet 2 top is respectively arranged with fixture, and as can be seen from Fig. 1 and Fig. 2, fixed device is the fixed angles 24 welded together with cabinet 2.The left and right sides on described cabinet 2 top welds two fixed angles 24 respectively; Two fixed angles 24 of every side distribute along the fore-and-aft direction of cabinet 2.Described fixed angles 24 is one piece of rectangular steel plates, and a fixing hole is arranged at the top of rectangular steel plates, and the bottom of rectangular steel plates is welded with cabinet 2, and fixing hole is towards left and right directions.Cabinet 2 is fixedly connected with wall by two fixed angles 24 of cabinet 2 side.Certainly, each fixed angles 24 also can be configured with the suspension rod 27 be connected with roof; As can be seen from Figure 4, the dismantled and assembled hanger rod part that described suspension rod 27 comprises montant 271 and is connected with these montant two ends, described montant 271 is pipe steel or square hollow section steel, the side of its upper and lower two ends is respectively arranged with through fixing hole, the mouthpiece cover of described montant 271 lower end to be contained in described fixed angles 24 and to be bolted to connection, the ailhead that the mouthpiece cover of described montant 271 upper end is contained in the hanger rod part 272 of nail-shaped is bolted to connection, and the disc head of a nail of hanger rod part 272 is circumferentially distributed with the fixing hole for being connected with roof.The left and right sides bottom described cabinet 2 is respectively arranged with lower fixture, and every side is distributed with two described lower fixtures along the longitudinal direction; As can be seen from Fig. 1 and Fig. 2, descend fixture to have one to be arranged on cabinet 2 bottom surface described in each and run through logical fixing hole up and down, the top of fixing hole is fixed with in block 26(Fig. 1 of concave and only draws a lower fixture), lower fixture described in every side is configured with a dismantled and assembled bracing frame 25, and described dismantled and assembled bracing frame 25 is connected by lateral connection bar 252 by two montants 251.Preferred as one, described montant 251 also can replace with montant 271.As further preferred, described connecting rod 252 and montant 271 are telescopic montant.
Present embodiment is respectively arranged with upper fixture due to the left and right sides that have employed cabinet top; Upper fixture is fixedly connected with wall and/or is configured with the suspension rod be connected with roof; The left and right sides bottom described cabinet is respectively arranged with lower fixture; Described lower fixture is configured with the technological means of dismantled and assembled bracing frame, so, conveniently by various ways, cabinet can be arranged on the top of human body, can (both can be not only left wall by wall easily, also can be right wall) and ground (or roof) cabinet is arranged on the top of human body, but also by roof, cabinet can be arranged on the top of human body conveniently by suspension rod.Like this, can manufacturing cost be saved, also help indoor layout.Certainly, conveniently by two of a cabinet left and right sides bracing frame, cabinet can also be arranged on the top of human body.Like this, cabinet can be arranged on more place to use.Again owing to have employed the dismantled and assembled hanger rod part that suspension rod comprises montant and is connected with these montant two ends; The technological means that dismantled and assembled bracing frame is formed by connecting by lateral connection bar by montant, so, when increasing cost hardly, can greatly increase the mounting means of cabinet.
Also further improve as present embodiment, as shown in Figure 1, the other end of described lifting traction belt 13 is connected by safety collar 15 with footmuff 14, described safety collar 15 is annular, oval ring, it can be slotted eye that the minimum outer diameter of described safety collar 15 is greater than open-work 22 described in described open-work 22(, also can be rectangular opening) maximum diameter of hole.
The technological means that present embodiment is connected by safety collar with footmuff due to the other end that have employed lifting traction belt, so, when safety collar rises to the open-work of cabinet bottom surface, will be stuck, stop rising, like this, the safety of human body can be guaranteed.
Further improve as present embodiment, as shown in Figure 1, described tubulose elevator motor 1 is type hand tubulose elevator motor, and this type hand tubulose elevator motor can be the TM45RM manual built-in remote-control type tubulose elevator motor that Ningbo Tuotai Industrial Co., Ltd. produces; Described type hand tubulose elevator motor has upper and lower positioner and manual lever 18.The manual lever 18 of described type hand tubulose elevator motor passes from another open-work 23 bottom described cabinet 2.As can be seen from Figure 1, user Self-operating manual lever 18 when standing upside down, close to ground, like this, is convenient in the lower end of manual lever 18.Described upper and lower positioner is for arranging the extreme position of extreme position and decline that type hand tubular roll raises motor rising in advance.Like this, the work of type hand tubulose elevator motor can be controlled more conveniently by remote control transmitter.
Present embodiment is type hand tubulose elevator motor owing to have employed tubulose elevator motor; The technological means that the manual lever of type hand tubulose elevator motor passes from another open-work bottom cabinet, so, after human body is pulled up handstand, when running into power failure, put down by the human body of manual lever by handstand, to avoid making human body stand on head overlong time.
Further improve as present embodiment, as shown in figures 1 and 3, described lifting traction belt 13 is pancake lifting traction belt again; In described cabinet 2, be positioned at above described open-work 22, each described pancake lifting traction belt corresponding is provided with tensioner directive wheel 16 near described roll-shell 12.The axis middle part of described tensioner directive wheel 16 is provided with annular groove, and the width of described annular groove is corresponding to the width that described pancake is elevated traction belt, and the degree of depth of described annular groove is corresponding to the thickness that described pancake is elevated traction belt.Described pancake lifting traction belt is stuck in described groove.
Present embodiment is pancake lifting traction belt owing to have employed lifting traction belt, in cabinet, be positioned near open-work, corresponding each pancake lifting traction belt is provided with the technological means of tensioner directive wheel, so, pancake can be made to be elevated traction belt be fitly wound on roll-shell, avoid producing with open-work 22 rubbing, the service life of pancake lifting traction belt can be extended.
Also further improve as present embodiment, as depicted in figs. 1 and 2, described footmuff 14 is in inverted sock; Footmuff mouth place flange is sewed up and is formed passage; Described channel setting has passway; Described passway is positioned at the front side of footmuff mouth; Be provided with band 141 in passage, the two ends of described band 141 pass described passway; From the left and right sides of footmuff mouth until the left and right sides at the bottom of footmuff is equipped with suspender belt 142 respectively; Described footmuff is connected by the other end of described suspender belt 142 with described lifting traction belt 13.
Present embodiment is inverted sock owing to have employed footmuff; Footmuff mouth place flange is sewed up and is formed passage; Channel setting has passway; Passway is positioned at the front side of footmuff mouth; Be provided with band in passage, the two ends of band pass the technological means of passway, so, to be easy to footmuff to be enclosed within foot and foot is fixed in footmuff.Again owing to have employed the left and right sides from footmuff mouth until the left and right sides at the bottom of footmuff is equipped with suspender belt respectively; The technological means that footmuff is connected with the other end of lifting traction belt by suspender belt, so when human body is sling, suspender belt is to footmuff uniform force application, and footmuff is even to foot force application, and foot is not easily deviate from from footmuff.
Further improve again as present embodiment, as depicted in figs. 1 and 2, the below of described tubulose elevator motor 1 is provided with sliding-plate bed 3, and four angles bottom described sliding-plate bed 3 are respectively arranged with castor 31.
Present embodiment is provided with sliding-plate bed due to the below that have employed tubulose elevator motor, four angles bottom sliding-plate bed are respectively arranged with the technological means of castor, so, when human body lies in and sliding-plate bed is lifting, sliding-plate bed correspondingly can move forward and backward with the lifting of human body, like this, human body can be made to feel comfortably cool freely in the process of lifting.
Suitable population:
Have good health-care effect to following symptom: can not sleep soundly in the evening, spirit can not be concentrated, hypomnesis, exiguous human hair, inappetence, malaise, constipation, internal organs prolapsus etc.; In addition, whole body is had to the effect of obvious blood circulation promoting.
To following disease, there is good therapeutical effect: prolapse of lumbar intervertebral disc, sciatica, lumbar vertebra hyperosteogeny, spinal canal stenosis, lumbar muscle strain, rachiocamposis etc. suffer from lumbago and skelalgia disease patient.
Using method:
One, preparation: the basic condition first understanding machine, grasps using method: Measure blood pressure, heart rate.
Two, handstand suspention: be sitting on sliding-plate bed, two footmuffs are separately fixed at double-legged ankle, check and get dorsal position after confirming fixation, start the switch on remote controller, make the footmuff fixed slowly increase, close when reaching 45 ° and shake control switch, continue to rise without starting remote controller during any discomfort, slightly stop in a moment when reaching 70 °, according to self-condition and needs until health stands upside down completely, close the switch on remote controller as the seat 10-20cm of the crown from below.
A pull-in time is about 3-10min, 1 time on the one, within 10 days, is a course for the treatment of, carries out next course for the treatment of after interval 2-3 days, general 2-3 course for the treatment of.
Points for attention:
1, hypertension, cardiovascular and cerebrovascular disease, osteoporosis, anemia of pregnant woman, over-65s and suffer from the crowd being not suitable for doing handstand position disease, should not use this therapy;
2, doing when standing upside down preferably has a companion to assist, and should suitably shorten the handstand time time first time does;
3, because of individual variation, should according to feeling as health when using this therapy, incremental, l grasps oneself amount and degree;
4, blood pressure is higher than 90/140mmHgl (l2.0/18.7kPa), and heart rate should not use this method higher than when 100 beats/min;
5, in 2 hours after meal or be unfit to do when drinking water too much;
6, do not have a rest after finishing at once, have a rest again after preferably slightly doing activity.
Claims (7)
1. a Handstand suspension traction device, is characterized in that: comprise the tubulose elevator motor be horizontally placed on above human body; The roll-shell of described tubulose elevator motor is provided with lifting traction belt; One end of described lifting traction belt is fixedly connected with described roll-shell; The other end of described lifting traction belt is connected with footmuff; Described tubulose elevator motor with for control tubulose elevator electric motor starting, stopping, rising, decline controller be electrically connected; Described tubulose elevator motor is arranged in cabinet; The two ends of described tubulose elevator motor are connected with the mount pad on two medial walls of described cabinet respectively; Described lifting traction belt is passed by the open-work of described cabinet bottom surface; The left and right sides on described cabinet top is respectively arranged with fixture; Fixed device is fixedly connected with wall and/or is configured with the suspension rod be connected with roof; The left and right sides bottom described cabinet is respectively arranged with lower fixture; Described lower fixture is configured with dismantled and assembled bracing frame; Described dismantled and assembled bracing frame is formed by connecting by lateral connection bar by two montants; Described footmuff is inverted sock; Footmuff mouth place flange is sewed up and is formed passage; Described channel setting has passway; Described passway is positioned at the front side of footmuff mouth; Be provided with band in passage, the two ends of described band pass described passway; From the left and right sides of footmuff mouth until the left and right sides at the bottom of footmuff is equipped with suspender belt respectively; Described footmuff is connected by the other end of described suspender belt with described lifting traction belt.
2. Handstand suspension traction device according to claim 1, it is characterized in that: described lifting traction is with two, be positioned at the same side also horizontal spaced segment distance of described roll-shell, one end of each lifting traction belt is all fixedly connected with described roll-shell, described footmuff has two, and the other end of two described footmuffs lifting traction belt described with two is respectively connected; Or described lifting traction is with one, and a described lifting traction belt is fixedly connected with described roll-shell, and described footmuff has two, the other end of two described footmuffs lifting traction belt described with is symmetrically connected.
3. Handstand suspension traction device according to claim 1, is characterized in that: described controller comprises the receiver of remote-control sytem and hand-held remote control emitter that are electrically connected with described tubulose elevator motor.
4. Handstand suspension traction device according to claim 1, is characterized in that: the other end of described lifting traction belt is connected by safety collar with footmuff.
5. Handstand suspension traction device according to claim 1, is characterized in that: described tubulose elevator motor is provided with manual lever; Described manual lever passes from another open-work bottom described cabinet.
6. Handstand suspension traction device according to claim 1, is characterized in that: described lifting traction belt is pancake lifting traction belt; In described cabinet, be positioned at above described open-work, each described pancake lifting traction belt corresponding is provided with tensioner directive wheel near described roll-shell.
7. the Handstand suspension traction device according to any one of claim 1 to 6, is characterized in that: the below of described tubulose elevator motor is provided with sliding-plate bed, and four angles bottom described sliding-plate bed are respectively arranged with castor.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310179224.9A CN103239341B (en) | 2013-05-15 | 2013-05-15 | Handstand suspension traction device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310179224.9A CN103239341B (en) | 2013-05-15 | 2013-05-15 | Handstand suspension traction device |
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| CN103239341A CN103239341A (en) | 2013-08-14 |
| CN103239341B true CN103239341B (en) | 2015-03-11 |
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|---|---|---|---|---|
| CN2609522Y (en) * | 2003-04-09 | 2004-04-07 | 李学东 | Multifunction human hanging upside-down body-building apparatus |
| CN2843545Y (en) * | 2005-07-19 | 2006-12-06 | 廖宏 | Human-body inverter |
| CN201067490Y (en) * | 2007-08-17 | 2008-06-04 | 李万山 | 360 DEG remote control program controlled electric rotating handstand body-building physical therapeutic device |
| CN101417173A (en) * | 2008-11-10 | 2009-04-29 | 庞桂花 | Handstand body-building device |
| CN203328991U (en) * | 2013-05-15 | 2013-12-11 | 张景玉 | Handstand suspended tractor |
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2013
- 2013-05-15 CN CN201310179224.9A patent/CN103239341B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2609522Y (en) * | 2003-04-09 | 2004-04-07 | 李学东 | Multifunction human hanging upside-down body-building apparatus |
| CN2843545Y (en) * | 2005-07-19 | 2006-12-06 | 廖宏 | Human-body inverter |
| CN201067490Y (en) * | 2007-08-17 | 2008-06-04 | 李万山 | 360 DEG remote control program controlled electric rotating handstand body-building physical therapeutic device |
| CN101417173A (en) * | 2008-11-10 | 2009-04-29 | 庞桂花 | Handstand body-building device |
| CN203328991U (en) * | 2013-05-15 | 2013-12-11 | 张景玉 | Handstand suspended tractor |
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| CN103239341A (en) | 2013-08-14 |
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