CN203591364U - Centrum traction bed - Google Patents
Centrum traction bed Download PDFInfo
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- CN203591364U CN203591364U CN201320829772.7U CN201320829772U CN203591364U CN 203591364 U CN203591364 U CN 203591364U CN 201320829772 U CN201320829772 U CN 201320829772U CN 203591364 U CN203591364 U CN 203591364U
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Abstract
The utility model discloses a centrum traction bed. The centrum traction bed overcomes the defects that an existing traction bed for centrum treatment is poor in use comfort, inconvenient to operate and poor in traction effect. The centrum traction bed comprises a bed body and an electric push rod, wherein the electric push rod is installed on the lower side of a bed board, a thrusting support is further arranged at the position, close to the tail of the bed, of the lower side of the bed board, the electric push rod drives the thrusting support to move, a hip cushion is arranged at a position, below the lumbar vertebra, of the bed board, the thrusting support drives the hip cushion to slide outwards on the hip cushion, a person lies on the back on the bed board, and the lumbar vertebra is pulled when the hip cushion slides outwards; or a person lies on the back on the board, the shanks of the person are suspended at the tail end of the bed, the inner sides of the knee joints are in contact with a thrusting cross rod of the thrusting support, when the thrusting support moves, the thrust is exerted on the inner sides of the knee joints, and then the centrum is pulled. According to the e centrum traction bed, the comfort is good when the traction bed is used, operation is convenient, and the traction bed can be popularized and used for households or in work places.
Description
Technical field
This utility model relates to a kind of vertebral body tractive therapeutic equipment, relates in particular to a kind of vertebral body tractive bed.
Background technology
Now, when people work, need to use the time of computer more and more, be sitting in for a long time operating computer on seat, easily make people's lumbar vertebra and cervical vertebra cause fatigue and strain, accumulate over a long period, easily cause serious lumbar spondylosis and cervical spondylosis, bring the puzzlement on live and work to ill people.At present, the patient who suffers from lumbar spondylosis and cervical spondylosis is more and more, and has the trend of rejuvenation, is a social health problem meriting attention.Now vertebral body is carried out to the common method that tractive is treatment lumbar spondylosis and cervical spondylosis, it can alleviate a series of Jiankang problem being produced by the compressing between vertebral body, has good treatment and health-care effect.Vertebral body is carried out to tractive treatment need to be by related medical equipment, at present in the time using tractive bed, need be by above human body lumbar vertebra health tighten on a mobile bed board and on the bed board that below by human body lumbar vertebra, health tighten moves at another, the pulling force producing while movement by two bed boards acts on and on lumbar vertebra, produces traction action, problem is that health while tighten upper and lower lumbar vertebra is often caused to the problems such as comfort is poor, inconvenient operation, tractive weak effect.
Utility model content
Exist comfort poor in order to solve treatment of vertebral bodies tractive bed now, inconvenient operation, the shortcomings such as tractive weak effect, the utility model proposes a kind of vertebral body tractive bed, comprise a body and electric pushrod, bed body is by bed board, bedstead and cabinet base composition, described electric pushrod is arranged on bed board downside, be positioned at tailstock position at bed board downside and be also provided with thrust stand, electric pushrod drives thrust stand to move, on bed board, be positioned at lumbar vertebra is also provided with body wt below support human body waist pad with upper/lower positions, thrust stand band mobile gasket is outwards slippage on bed board, human body is lain on the back on bed board, when the outside slippage of pad, lumbar vertebra is produced to traction action, or human body is lain on the back on bed board, shank is suspended in tailstock end, and knee joint inner side contacts with the thrust cross bar of thrust stand, thereby when thrust stand moves, thrust is produced to traction action in knee joint inner side to vertebral body.The tractive bed that use the utility model proposes carries out tractive treatment to lumbar vertebra, does not need the health simultaneously tighten upper and lower to lumbar vertebra, and comfort is good, easy to operate, can in family or office space, apply.
This utility model adopted technical scheme of dealing with problems is: a kind of vertebral body tractive bed, comprise a body and electric pushrod, bed body is by bed board, bedstead and cabinet base composition, described electric pushrod is arranged on bed board downside, it is characterized in that, be positioned at tailstock position at bed board downside and be provided with thrust stand, thrust stand mainly comprises thrust cross bar, slide bar, slide, on described slide, there is slide opening, also be provided with installing plate at bedstead downside, described slide is fixed on installing plate downside, described slide bar is placed in described slide opening, slide bar coordinates formation line sliding assembly with slide, thrust cross bar is arranged on slide bar front end, also be provided with the front bearing for electric pushrod is installed, rear support, the thrust point of electric pushrod forms and is connected with thrust stand, electric pushrod drives thrust stand longitudinal sliding motion.
One of preferred version of the present utility model, described electric pushrod is slide block type electric pushrod, described front bearing, rear support is arranged on installing plate downside, described thrust stand is two Slide bar structures that left and right is set up in parallel, left slide bar, right slide bar front end is provided with jack, on described thrust cross bar, be correspondingly provided with latch, described thrust cross bar is placed in described slide bar upside and described latch is inserted to described jack and makes thrust cross bar be fixed on slide bar front end, described slide bar rear end is provided with end plate, on end plate, be provided with end plate installing hole, slide bar is connected with the slide block of electric pushrod by end plate installing hole, slide block forms the thrust point that electric pushrod is connected with thrust stand.
Two of preferred version of the present utility model, described electric pushrod is slide block type electric pushrod, described front bearing, rear support are arranged on installing plate downside, described thrust stand is two Slide bar structures that left and right is set up in parallel, on thrust stand, be also provided with act arm, described thrust cross bar is fixed on lifts arm upper end, described act arm lower end is arranged on slide bar front end, described slide bar rear end is provided with end plate, on end plate, be provided with end plate installing hole, slide bar is connected with the slide block of electric pushrod by end plate installing hole, and slide block forms the thrust point that electric pushrod is connected with thrust stand.
On the basis of preferred version two three of preferred version of the present utility model, described act arm is the bathtub construction that metallic plate bending forms, and described act arm bottom land is at upside, and cell wall, at downside, is lifted arm and is fixed on slide bar front end by both sides cell wall.
On the basis of preferred version two four of preferred version of the present utility model, described thrust stand is dismountable structure, described slide bar is circular tube structure, is provided with insert lifting arm lower end, and described insert inserts in the pore of slide bar front end and lifts arm and presses solidly and determine with top, slide bar end.
On the basis of preferred version two five of preferred version of the present utility model, described thrust stand is accordion structure, also be provided with intermediate arm at slide bar front end, described intermediate arm is the bathtub construction that metallic plate bending forms, lifting arm lower end is arranged on intermediate arm by rivet, between act arm and intermediate arm, making to lift arm around rivet toward a direction rotation is superimposed on intermediate arm, lift between arm and intermediate arm in the time that rivet rotates and makes to lift arm and be raised state toward another direction, lift arm and push up and press solidly calmly with slide bar end.
On the basis of preferred version two six of preferred version of the present utility model, described thrust stand is removable and folding structure, described slide bar is circular tube structure, also be provided with intermediate arm, described intermediate arm is the bathtub construction that metallic plate bending forms, lifting arm lower end is arranged on intermediate arm by rivet, between act arm and intermediate arm, making to lift arm around rivet toward a direction rotation is superimposed on intermediate arm, lift between arm and intermediate arm in the time that rivet rotates and makes to lift arm and be raised state toward another direction, it is fixed that act arm and top, slide bar end press solidly, on the cell wall of intermediate arm, be provided with insert, described insert inserts in the pore of slide bar front end and intermediate arm presses solidly calmly with top, slide bar end.
Seven of preferred version of the present utility model, described electric pushrod is telescopic electric push rod, described thrust stand is two Slide bar structures that left and right is set up in parallel, on thrust stand, be also provided with act arm, described thrust cross bar is fixed on lifts arm upper end, described act arm lower end is arranged on slide bar front end, described act arm is the bathtub construction that metallic plate bending forms, described act arm bottom land is at downside, cell wall is at upside, lift arm and be arranged on slide bar front end by both sides cell wall, described front bearing is arranged on lifts arm bottom land upside, described rear support is arranged on installing plate downside, front bearing forms the thrust point that telescopic electric push rod is connected with thrust stand.
On the basis of such scheme one to seven arbitrary technical scheme eight of preferred version of the present utility model, also be provided with head fixture, head fixture mainly comprises stay cord, Tensioning buckle, belt tensioner, head drawstring, stay cord one end is connected with Tensioning buckle and the other end and the head of a bed are connected and fixed, belt tensioner one end is connected on head drawstring and the other end passes from the lacing hole of Tensioning buckle, head drawstring is connected on human body head from chin cup, during with hands tractive belt tensioner, can realize the pretension to head.
On the basis of above-mentioned one to seven arbitrary technical scheme nine of preferred version of the present utility model, also be provided with head fixture, head fixture mainly comprises stay cord, Tensioning buckle, belt tensioner, head drawstring, stay cord one end is connected with Tensioning buckle and the thrust point of other end pile warp head of a bed end and electric pushrod is connected and fixed, belt tensioner one end is connected on head drawstring and the other end passes from the lacing hole of Tensioning buckle, head drawstring is connected on human body head from chin cup, during with hands tractive belt tensioner, can realize the pretension to head.
On the basis of technical scheme nine ten of preferred version of the present utility model, also be provided with pectoral girdle, stay cord one end is connected with Tensioning buckle and the thrust point of other end pile warp head of a bed end and electric pushrod is connected and fixed, belt tensioner one end connects head drawstring and pectoral girdle simultaneously, and the other end passes from the lacing hole of Tensioning buckle, pectoral girdle is socketed in position, human body oxter from chest, during with hands tractive belt tensioner, can realize the pretension to oxter.
On the basis of above-mentioned one to seven arbitrary technical scheme 11 of preferred version of the present utility model, on bed board, be also provided with pad, described pad is arranged on lumbar vertebra and plays carrying human buttock and shank with upper/lower positions, described pad is connected with described thrust cross bar, when electric pushrod drives thrust stand to slide, is with mobile gasket to slide together.
On the basis of above-mentioned one to seven arbitrary technical scheme 12 of preferred version of the present utility model, on bed board, be also provided with pad, described pad is arranged on cervical vertebra and plays the following body wt of carrying human cervical spine with upper/lower positions, described pad is connected with described thrust cross bar, when electric pushrod drives thrust stand to slide, is with mobile gasket to slide together.Human body head is fixed, can be produced traction action to cervical vertebra separately by the slippage of pad.
The beneficial effects of the utility model are: the tractive bed the utility model proposes, due to the thrust stand being driven by electric pushrod in the setting of bed board downside, by the outwards slippage on bed board of thrust stand band mobile gasket; Or human body is lain on the back on bed board, shank is suspended in tailstock end, and knee joint inner side contacts with the thrust cross bar of thrust stand, thereby thrust cross bar produces traction action in knee joint inner side to vertebral body by thrust.Therefore, use the tractive bed the utility model proposes, do not need the health tighten simultaneously upper and lower to lumbar vertebra, comfort is good, easy to operate, can in family or office space, apply.
Accompanying drawing explanation
Fig. 1-Figure 16 is the structural representation of first embodiment of this utility model; Wherein Fig. 1 is overall structure schematic diagram, and Fig. 2 to 16 is partial structurtes schematic diagram, and wherein Fig. 2 is the structural representation of removing after bed board, structural representation when Fig. 3 is use, and Fig. 4 to Figure 16 is partial structurtes enlarged diagram.
Figure 17, Figure 18, Figure 19, Figure 20 are the partial structurtes enlarged diagram of second embodiment of this utility model.
Figure 21, Figure 22, Figure 23, Figure 24 are the partial structurtes schematic diagram of the 3rd embodiment of this utility model, wherein, Figure 21 is overall structure schematic diagram, and Figure 22 is the structural representation of removing after bed board, structural representation when Figure 23 is use, Figure 24 is partial structurtes schematic diagram.
Figure 25, Figure 26, Figure 27 are the partial structurtes schematic diagram of the 4th embodiment of this utility model, and wherein Figure 25 removes bed board structural representation afterwards, and Figure 26 is partial structurtes schematic diagram, and Figure 27 is partial structurtes enlarged diagram.
Figure 28 is the partial structurtes schematic diagram of the 5th embodiment of this utility model.
Figure 29, Figure 30, Figure 31 are the structural representation of the 6th embodiment of this utility model, and wherein Figure 29 is overall structure schematic diagram, and Figure 30 is partial structurtes schematic diagram, structural representation when Figure 31 is use.
Figure 32 is the partial structurtes schematic diagram of the 7th embodiment of this utility model.
Figure 33, Figure 34, Figure 35, Figure 36 are the partial structurtes enlarged diagram of the 8th embodiment of this utility model.
Figure 37, Figure 38, Figure 39 are the partial structurtes enlarged diagram of the 9th embodiment of this utility model.
Figure 40, Figure 41, Figure 42, Figure 43 are the partial structurtes enlarged diagram of the tenth embodiment of this utility model.
Figure 44, Figure 45, Figure 46, Figure 47 are the partial structurtes enlarged diagram of the 11 embodiment of this utility model.
Figure 48 is the partial structurtes schematic diagram of the 12 embodiment of this utility model.
In figure:
1.1 first cabinet bases, 1.2 second cabinet bases, 1.3 the 3rd cabinet bases,
2. bedstead, 2.1,2.2,2.3 crossbearers;
3. bed board,
4. thrust stand, 4.1 cross bar, the left slide bar of 4.2A, the left body of rod of 4.2A1, 4.2A2 first member plate, 4.2A21 first member plate installing hole, the left pore of 4.2A3, 4.2A4 left axle sleeve, 4.2A41 trepanning, 4.2A42 the shaft shoulder, breach after 4.2A51, breach before 4.2A52, the right slide bar of 4.2B, the right body of rod of 4.2B1, 4.2B2 right end plate, the right pore of 4.2B3, the left slide of 4.3A, 4.3A1 slide opening, the right slide of 4.3B, 4.4 lift arm, 4.4A bottom land, 4.4B cell wall, 4.41 top pressure point, the left insert of 4.5A, the right insert of 4.5B, 4.6 intermediate arm, 4.61 second top pressure points, 4.6A bottom land, 4.6B cell wall, 4.7 rivet, the left latch of 4.8A, 4.8B right pin, the left jack of 4.9A, the right jack of 4.9B,
5.1 stay cords, 5.1A Tensioning buckle, 5.2 head drawstrings, 5.3 pectoral girdles, 5.31 pectoral girdle buttons, 5.4 belt tensioners, 5.5 slide block junction points,
6A slide block type electricity push rod, 6A1 slide block, 6B telescopic electric push rod, 6B1 expansion link termination, bearing, 6.1B rear support before 6.1A, install bearing pin after installation bearing pin, 6.2B before 6.2A, 6.2 installing plates,
7U shape conductor rope part,
8 human bodies, 8.1 heads, 8.2 necks, 8.3 shanks, 8.3A knee joint,
9 floors,
10 pads, 10.1 trepannings, 10.2 belts, 10.21 bracelets, 10.3 slide fasteners.
The specific embodiment
Fig. 1-Figure 16 is the structural representation of first embodiment of this utility model; Wherein Fig. 1 is overall structure schematic diagram, and Fig. 2 to 16 is partial structurtes schematic diagram, and wherein Fig. 2 is the structural representation of removing after bed board, structural representation when Fig. 3 is use, and Fig. 4 to Figure 16 is partial structurtes enlarged diagram.
In Fig. 1, Fig. 2, show, in this example, vertebral body tractive bed comprises a body and electric pushrod, and bed body is made up of bed board 3, bedstead 2 and cabinet base 1.1,1.2,1.3, electric pushrod 6A is arranged on bed board 3 downsides, is positioned at tailstock position is provided with thrust stand 4 at bed board 3 downsides; Fig. 5, Fig. 6 show, thrust stand 4 mainly comprises thrust cross bar 4.1, slide bar, slide, on slide, there is slide opening, also be provided with installing plate 6.2 at bedstead 2 downsides, described slide is fixed on installing plate 6.2 downsides, and described slide bar is placed in described slide opening, slide bar coordinates formation line sliding assembly with slide, also be provided with front bearing, rear support for electric pushrod is installed, the thrust point of electric pushrod forms and is connected with thrust stand, and electric pushrod drives thrust stand longitudinal sliding motion.
Fig. 4 is the structural representation of thrust stand 4 while regaining, Fig. 5 is that thrust stand slides the structural representation after a segment distance, Fig. 6 is that Fig. 4 removes the structural representation after installing plate 6.2, Fig. 4, Fig. 5, Fig. 6, Fig. 7 show, in this example, installing plate 6.2 is arranged on cross bar 2.1,2.2, is also provided with front bearing 6.1A, the rear support 6.1B for electric pushrod 6A is installed at installing plate 6.2 downsides.
Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11 show, in this example, described electric pushrod 6A is slide block type electric pushrod, and described thrust stand 4 is two Slide bar structures, and thrust stand 4 mainly comprises thrust cross bar 4.1, left slide bar 4.2A, right slide bar 4.2B, left slide 4.3A, right slide 4.3B.Figure 12 shows, on left slide 4.3A, has slide opening 4.3A1.In figure, show, left slide bar 4.2A, right slide bar 4.2B are arranged in juxtaposition.In this example, described left slide bar 4.2A, right slide bar 4.2B front end are respectively arranged with left jack 4.9A, right jack 4.9B, on described thrust cross bar 4.1, be correspondingly provided with left latch 4.8A, right pin 4.8B, described thrust cross bar 4.1 is placed in described left slide bar 4.2A, and right slide bar 4.2B upside also inserts described left latch 4.8A, right pin 4.8B respectively in described left jack 4.9A, right jack 4.9B and makes thrust cross bar be fixed on slide bar front end.
Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 12, Figure 13, Figure 14, Figure 15, Figure 16 demonstration, left slide bar 4.2A is made up of body of rod 4.2A1, end plate 4.2A2, and described end plate 4.2A2 is arranged on left slide bar 4.2A rear end, and end plate 4.2A2 is provided with installing hole 4.2A21.Body of rod 4.2A1 rear end is cut with rear breach 4.2A51, after end plate 4.2A2 inserts, in breach 4.2A51, is welded and fixed.Left slide bar 4.2A is connected with the slide block 6A1 of electric pushrod 6A by end plate installing hole 4.2A21.
Fig. 6, Figure 16 show, end plate installing hole 4.2A21 place at left slide bar 4.2A is provided with left axle sleeve 4.2A4, left axle sleeve 4.2A4 has trepanning 4.2A41, left axle sleeve 4.2A4 also has shaft shoulder 4.2A42, in trepanning 4.2A41, penetrate bolt and axle sleeve 4.2A4 can be installed and be connected with sliding fast 6A1 being bolted in the installation screw of sliding fast 6A1, make left slide bar 4.2A be arranged on left axle sleeve 4.2A4 upper, left slide bar 4.2A can rotate and shaft shoulder 4.2A42 can prevent from getting loose around left axle sleeve 4.2A4.Electric pushrod 6A drives slide block 6A1 to slide, and slide block 6A1 drives left slide bar 4.2A, right slide bar 4.2B to move along slide opening slip the final band dynamicthrust cross bar 4.1 of left slide, right slide respectively while slip.
Structural representation when Fig. 3 is use, in figure, show, when use, human body 8 is lain on the back on bed board 3, shank 8.3 is suspended in tailstock end, knee joint 8.3A inner side is contacted with the thrust cross bar 4.1 of thrust stand 4, operation electric pushrod 6A operation, thus when the slide block 6A1 of electric pushrod 6A slides, be with dynamicthrust cross bar 4.1 to move and thrust is produced to traction action in knee joint 8.3A inner side to lumbar vertebra.The tractive bed that use the utility model proposes treatment when lumbar vertebra without by health tighten, it utilizes the hook of human body knee joint 8.3A inner side to draw effect, thereby produces traction action by applied thrust inside knee joint.When it can effectively solve now tractive bed and uses need by health tighten, often to user bring uncomfortable, use the problems such as inconvenience, tractive weak effect, the tractive bed structure the utility model proposes is simple, easy to use, can in family or office space, apply.
In this example, bedstead adopts accordion structure, this utility model prompting, and in other embodiments, bedstead also can adopt non-folding structure.
In this example, bedstead is made up of pipe, this utility model prompting, and in other embodiments, bedstead also can adopt non-pipe section bar, in the time adopting non-pipe section bar, need pulley assembly be set so that rope can slide smoothly in the position of stay cord pile warp head of a bed end.
In this example, thrust cross bar 4.1 is dismountable structures, left latch 4.8A, right pin 4.8B are fixed on thrust cross bar 4.1 (can adopt interference fit, welding or other known mode to be fixed), in the time that needs carry out tractive treatment, thrust cross bar 4.1 is placed in to left slide bar 4.2A, and right slide bar 4.2B upside also inserts described left latch 4.8A, right pin 4.8B respectively in described left jack 4.9A, right jack 4.9B and makes thrust cross bar be arranged on slide bar front end; In the time not needing to carry out tractive, latch can be extracted from jack.This utility model prompting, in other embodiments, thrust cross bar 4.1 also can adopt non-dismountable structure, and left latch 4.8A, right pin 4.8B are welded and fixed after inserting respectively left jack 4.9A, right jack 4.9B.
In this example, for a kind of mode that front bearing, the rear support of electric pushrod is public technology is installed, no longer describe in detail herein.
Figure 17, Figure 18, Figure 19, Figure 20 are the partial structurtes enlarged diagram of second embodiment of this utility model.Different from first embodiment, in figure, show, in this example, be also provided with and lift arm 4.4, lift the bathtub construction that arm 4.4 forms for metallic plate bending.In this example, lift arm 4.4 bottom land 4.4A at upside, cell wall 4.4B is at downside, lift arm 4.4 and be fixed on left slide bar 4.2A, right slide bar 4.2B front end by both sides cell wall, left slide bar 4.2A, right slide bar 4.2B front cutting have front breach, and the both sides cell wall of lifting arm 4.4 inserts in front breach 4.2A52 and is welded and fixed.
Figure 21, Figure 22, Figure 23, Figure 24 are the partial structurtes schematic diagram of the 3rd embodiment of this utility model, wherein, Figure 21 is overall structure schematic diagram, and Figure 22 is the structural representation of removing after bed board, structural representation when Figure 23 is use, Figure 24 is partial structurtes schematic diagram.This example is improved plan in addition on the basis of first embodiment, in figure, show, from different in first embodiment be, in this example, also be provided with head fixture, head fixture mainly comprises stay cord 5.1, Tensioning buckle 5.1A, belt tensioner 5.4, head drawstring 5.2, and stay cord 5.1 one end are connected with Tensioning buckle 5.1A and the other end and head of a bed cross bar 2.3 are connected and fixed, and belt tensioner one end is connected on head drawstring 5.2 and the other end passes from the lacing hole of Tensioning buckle 5.1A.Figure 23 shows, when use, human body 8 is lain on the back on bed board 3, shank 8.3 is suspended in tailstock end, knee joint 8.3A inner side is contacted with the thrust cross bar 4.1 of thrust stand 4, head drawstring 5.2 is connected on human body head 8.1 from chin cup, during with hands tractive belt tensioner 5.4, can realizes the pretension to head.Drive the thrust cross bar 4.1 of thrust stand 4 to move by electric pushrod 6A, can produce traction action to lumbar vertebra and cervical vertebra simultaneously.This utility model prompting, arranges the length that Tensioning buckle can accommodation zone and uses to adapt to the different people of health height.
In this example, lumbar vertebra carries out tractive separately, also can carry out tractive to cervical vertebra and lumbar vertebra simultaneously.In the time that needs carry out tractive to lumbar vertebra separately, human body 8 is lain on the back on bed board 3, and shank 8.3 is suspended in tailstock end, and knee joint 8.3A inner side is contacted with the thrust cross bar 4.1 of thrust stand 4, and operation electric pushrod 6A operation can produce traction action to lumbar vertebra separately;
In the time that needs carry out tractive to cervical vertebra and lumbar vertebra simultaneously, human body 8 is lain on the back on bed board 3, shank 8.3 is suspended in tailstock end, knee joint 8.3A inner side is contacted with the thrust cross bar 4.1 of thrust stand 4, head drawstring 5.2 is connected on human body head 8.1 from chin cup, head is carried out to pretension with hands tractive belt tensioner 5.4.Operation electric pushrod 6A operation can produce traction action to cervical vertebra and lumbar vertebra simultaneously.
Figure 25, Figure 26, Figure 27 are the partial structurtes schematic diagram of the 4th embodiment of this utility model, and wherein Figure 25 removes bed board structural representation afterwards, and Figure 26 is partial structurtes schematic diagram, and Figure 27 is partial structurtes enlarged diagram.This example is improved plan in addition on the basis of first embodiment, in figure, show, from different in first embodiment be, in this example, also be provided with head fixture, head fixture mainly comprises stay cord 5.1, Tensioning buckle 5.1A, belt tensioner 5.4, head drawstring 5.2, stay cord 5.1 one end are connected with Tensioning buckle 5.1A and are connected and fixed with the slide block 6A1 of electric pushrod 6A by slide block junction point 5.5 after other end pile warp head of a bed end cross bar 2.3, belt tensioner 5.4 one end are connected on head drawstring 5.2 and the other end passes from the lacing hole of Tensioning buckle 5.1A, head drawstring is connected on human body head from chin cup, during with hands tractive belt tensioner, can realize the pretension to head.In figure, show, in this example, be also provided with U-shaped conductor rope part 7, U-shaped conductor rope part 7 is arranged on the position of stay cord 5.1 pile warp cross bars 2.3, can on cross bar 2.3, jack be set, and U-shaped conductor rope part 7 is inserted in jack and is welded and fixed.U-shaped conductor rope part 7 plays guiding and hangs stay cord 5.1.
In the 4th embodiment, electric pushrod can drive head drawstring 5.2 to move to the head of a bed, therefore,, compared with the 3rd embodiment, this example can also be carried out tractive to cervical vertebra separately, in the time that needs carry out tractive to cervical vertebra separately, the whole health of human body 8 is lain on the back on bed board 3, (shank 8.3 does not need to be suspended in tailstock end, does not need to use thrust stand 4 to implement thrust to shank), head drawstring 5.2 is connected on human body head 8.1 from chin cup, head is carried out to pretension with hands tractive belt tensioner 5.4.Operation electric pushrod 6A operation, produces traction action thereby drive head drawstring 5.2 to move up by stay cord 5.1 when slide block 6A1 slides to cervical vertebra.
Figure 28 is the partial structurtes schematic diagram of the 5th embodiment of this utility model.This example is improved plan in addition on the basis of the 4th embodiment, in figure, show, from different in the 4th embodiment be, in this example, belt tensioner 5.4 one end are connected with head drawstring 5.2 and pectoral girdle 5.3 simultaneously, and belt tensioner 5.4 other ends pass from the lacing hole of Tensioning buckle 5.1A, pectoral girdle 5.3 terminations are provided with bracelet 5.31 (pectoral girdle 5.3 can adopt the belt using on daily trousers), can fast pectoral girdle 5.3 be fixed on to position, chest oxter by bracelet 5.31.Stay cord 5.1 one end are connected with Tensioning buckle 5.1A and are connected and fixed with the slide block 6A1 of electric pushrod 6A by slide block junction point 5.5 after other end pile warp head of a bed end cross bar 2.3.Pectoral girdle 5.3 is placed in position, oxter by chest, during with hands tractive belt tensioner, can realize the pretension to human body oxter.In this example, can carry out tractive to cervical vertebra, lumbar vertebra separately, also can carry out tractive to cervical vertebra and lumbar vertebra simultaneously, in the time that needs carry out tractive to thoracic vertebra separately, pectoral girdle 5.3 can be fixed on position, chest oxter.
Figure 29, Figure 30, Figure 31 are the structural representation of the 6th embodiment of this utility model, and wherein Figure 29 is overall structure schematic diagram, and Figure 30 is partial structurtes schematic diagram, structural representation when Figure 31 is use.This example is improved plan in addition on the basis of the 5th embodiment, in figure, show, different from the 5th embodiment is, in this example, on bed board 3, be also provided with pad 10, on pad 10, be provided with pad trepanning 10.1, pad 10 is arranged on lumbar vertebra with upper/lower positions, play carrying human buttock and shank, the trepanning of pad 10 10.1 is socketed on thrust cross bar 4.1 and can makes pad form and be connected with thrust cross bar 4.1, and electric pushrod 6A is with mobile gasket 10 to slide together while driving thrust stand 4 to slide.This utility model prompting, pad 10 can adopt cloth to make.This utility model prompting, in other embodiments, for the adhesive force between reinforced gasket and human body, can arrange nonskid coating in the upper side of pad (with people's contact level).
Figure 31 shows, when use, first thrust cross bar 4.1 is regained, pad 10 is paved on bed board, open slide fastener 10.3, the trepanning of pad 10 10.1 is socketed on thrust cross bar 4.1 and makes pad 10 form and be connected with thrust cross bar 4.1, and then by slide fastener closure, the whole health of human body 8 is lain on the back on bed board 3, and waist is placed on pad 10 with upper/lower positions, head drawstring 5.2 is connected on human body head 8.1 from chin cup, head is carried out to pretension with hands tractive belt tensioner 5.4.Operation electric pushrod 6A operation, slide block 6A1 is with the outside slippage of mobile gasket 10 while driving thrust cross bar 4.1 to move laterally, and moves up by stay cord 5.1 drive head drawstrings 5.2 simultaneously, and human body lumbar vertebra and cervical vertebra are produced to traction action simultaneously.In this example, the following health of human body waist, by pad 10 supports, produces pulling force by moving down of pad 10 to lumbar vertebra.
Figure 32 is the partial structurtes schematic diagram of the 7th embodiment of this utility model.Different from the 6th embodiment, in this example, at the other end of pad 10, belt 10.2 is also set, the termination of belt 10.2 is provided with bracelet 10.21, belt 10.2 can tighten on waist location.
Figure 33, Figure 34, Figure 35, Figure 36 are the partial structurtes enlarged diagram of the 8th embodiment of this utility model.In figure, show, different from second embodiment is, in this example, electric pushrod is telescopic electric push rod 6B, described thrust stand 4 is two Slide bar structures, left slide bar 4.2A, right slide bar 4.2B are arranged in juxtaposition, the bathtub construction that described act arm 4.4 forms for metallic plate bending, described act arm 4.4 bottom land 4.4A are at downside, cell wall 4.4B is at upside, lift arm 4.4 and be arranged on left slide bar 4.2A, right slide bar 4.2B front end by both sides cell wall 4.4B, described front bearing 6.1A is arranged on and lifts arm 4.4 bottom land 4.4A upper sides, and described rear support 6.1B is arranged on installing plate 6.2 downsides.In this example, breach before the front cutting of left slide bar 4.2A, right slide bar 4.2B has, the both sides cell wall of lifting arm 4.4 inserts in front breach and is welded and fixed.
Figure 37, Figure 38, Figure 39 are the partial structurtes enlarged diagram of the 9th embodiment of this utility model.This example is improved plan in addition on the basis of second embodiment, in figure, show, different from second embodiment is, in this example, described thrust stand 4 is dismountable structure, left slide bar 4.2A, right slide bar 4.2B are circular tube structure, be provided with left insert 4.5A, right insert 4.5B in act arm 4.4 lower ends, described left insert 4.5A, right insert 4.5B insert respectively in the pore 4.2A3 of left slide bar 4.2A, right slide bar 4.2B front end, right slide bar 4.2B3 and lift arm 4.4 and press solidly and determine with top, slide bar end at top pressure point 4.41.In this example, on left insert 4.5A, right insert 4.5B, be cut with respectively breach, lift in arm 4.4 both sides cell walls insertion breach and be welded and fixed, thus, thrust cross bar 4.1, act arm 4.4 and left insert 4.5A, right insert 4.5B form a molectron.In the time not needing to carry out tractive treatment at ordinary times, this molectron can be taken apart from tractive bed, and be loaded onto again in the time that needs are treated.
Figure 40, Figure 41, Figure 42, Figure 43 are the partial structurtes enlarged diagram of the tenth embodiment of this utility model.This example is improved plan in addition on the basis of second embodiment, in figure, show, different from second embodiment is, in this example, described thrust stand 4 is accordion structure, left slide bar 4.2A, right slide bar 4.2B is circular tube structure, at left slide bar 4.2A, right slide bar 4.2B front end is also provided with intermediate arm 4.6, the bathtub construction that described intermediate arm 4.6 forms for metallic plate bending, lifting arm 4.4 lower ends is arranged on intermediate arm 4.6 by rivet 4.7, between act arm 4.4 and intermediate arm 4.6, making to lift arm 4.4 around rivet 4.7 toward a direction rotation is superimposed on intermediate arm 4.6, lift between arm 4.4 and intermediate arm 4.6 in the time that rivet 4.7 rotates and makes to lift arm 4.4 and be raised state toward another direction, lifting arm 4.4 presses solidly and determines with top, slide bar end at top pressure point 4.41.
Figure 44, Figure 45, Figure 46, Figure 47 are the partial structurtes enlarged diagram of the 11 embodiment of this utility model.This example is improved plan in addition on the basis of second embodiment, in figure, show, different from second embodiment is, in this example, described thrust stand 4 is removable and folding structure, left slide bar 4.2A, right slide bar 4.2B is circular tube structure, also be provided with intermediate arm 4.6, the bathtub construction that described intermediate arm 4.6 forms for metallic plate bending, lifting arm 4.4 lower ends is arranged on intermediate arm 4.6 by rivet 4.7, between act arm 4.4 and intermediate arm 4.6, making to lift arm 4.4 around rivet 4.7 toward a direction rotation is superimposed on intermediate arm 4.6, lift between arm 4.4 and intermediate arm 4.6 in the time that rivet 4.7 rotates and makes to lift arm 4.4 and be raised state toward another direction, lifting arm 4.4 presses solidly and determines with top, slide bar end at top pressure point 4.41.On the cell wall 4.6B of intermediate arm 4.6, be provided with left insert 4.5A, right insert 4.5B, described left insert 4.5A, right insert 4.5B insert respectively in pore 4.2A3, the 4.2B3 of left slide bar 4.2A, right slide bar 4.2B front end and intermediate arm 4.6 press solidly on the second top pressure point 4.61 and top, slide bar end fixed.In this example, on left insert 4.5A, right insert 4.5B, be cut with breach, the cell wall of intermediate arm 4.6 inserts in described breach and is welded and fixed.In this example, thrust cross bar 4.1, act arm 4.4, intermediate arm 4.6 and left insert 4.5A, right insert 4.5B form a molectron.In the time not needing to carry out tractive treatment at ordinary times, this molectron can be taken apart from tractive bed, and be loaded onto again in the time that needs are treated; And molectron can also fold, instant packed depositing.
Figure 48 is the partial structurtes schematic diagram of the 12 embodiment of this utility model.This example is the another kind of fixed form of stay cord, different from the 3rd embodiment is, in figure, show, stay cord 5.1 one end are fixed on cross bar 2.3 and the other end and Tensioning buckle 5.1A are connected and fixed, and belt tensioner 5.4 one end are also connected and fixed with cross bar 2.3 and the other end passes from the lacing hole of Tensioning buckle 5.1A.When use, belt tensioner 5.4 is socketed in to human body head chin position tractive belt tensioner 5.4, can be by human body head pretension.In like manner, when needs are during by human body oxter pretension, need belt tensioner 5.4 to be socketed in position, human body oxter.
Claims (10)
1. a vertebral body tractive bed, comprise a body and electric pushrod, bed body is by bed board, bedstead and cabinet base composition, described electric pushrod is arranged on bed board downside, it is characterized in that, be positioned at tailstock position at bed board downside and be provided with thrust stand, thrust stand mainly comprises thrust cross bar, slide bar, slide, on described slide, there is slide opening, also be provided with installing plate at bedstead downside, described slide is fixed on installing plate downside, described slide bar is placed in described slide opening, slide bar coordinates formation line sliding assembly with slide, thrust cross bar is arranged on slide bar front end, also be provided with the front bearing for electric pushrod is installed, rear support, the thrust point of electric pushrod forms and is connected with thrust stand, electric pushrod drives thrust stand longitudinal sliding motion.
2. vertebral body tractive bed according to claim 1, it is characterized in that, described electric pushrod is slide block type electric pushrod, described front bearing, rear support is arranged on installing plate downside, described thrust stand is two Slide bar structures that left and right is set up in parallel, left slide bar, right slide bar front end is provided with jack, on described thrust cross bar, be correspondingly provided with latch, described thrust cross bar is placed in described slide bar upside and described latch is inserted to described jack and makes thrust cross bar be fixed on slide bar front end, described slide bar rear end is provided with end plate, on end plate, be provided with end plate installing hole, slide bar is connected with the slide block of electric pushrod by end plate installing hole, slide block forms the thrust point that electric pushrod is connected with thrust stand.
3. vertebral body tractive bed according to claim 1, it is characterized in that, described electric pushrod is slide block type electric pushrod, described front bearing, rear support is arranged on installing plate downside, described thrust stand is two Slide bar structures that left and right is set up in parallel, on thrust stand, be also provided with act arm, described thrust cross bar is fixed on lifts arm upper end, described act arm lower end is arranged on slide bar front end, described slide bar rear end is provided with end plate, on end plate, be provided with end plate installing hole, slide bar is connected with the slide block of electric pushrod by end plate installing hole, slide block forms the thrust point that electric pushrod is connected with thrust stand.
4. vertebral body tractive bed according to claim 3, is characterized in that, described act arm is the bathtub construction that metallic plate bending forms, and described act arm bottom land is at upside, and cell wall, at downside, is lifted arm and is fixed on slide bar front end by both sides cell wall.
5. vertebral body tractive bed according to claim 3, it is characterized in that, described thrust stand is removable and folding structure, described slide bar is circular tube structure, also be provided with intermediate arm, described intermediate arm is the bathtub construction that metallic plate bending forms, lifting arm lower end is arranged on intermediate arm by rivet, between act arm and intermediate arm, making to lift arm around rivet toward a direction rotation is superimposed on intermediate arm, lift between arm and intermediate arm in the time that rivet rotates and makes to lift arm and be raised state toward another direction, it is fixed that act arm and top, slide bar end press solidly, on the cell wall of intermediate arm, be provided with insert, described insert inserts in the pore of slide bar front end and intermediate arm presses solidly calmly with top, slide bar end.
6. vertebral body tractive bed according to claim 1, it is characterized in that, described electric pushrod is telescopic electric push rod, described thrust stand is two Slide bar structures that left and right is set up in parallel, on thrust stand, be also provided with act arm, described thrust cross bar is fixed on lifts arm upper end, described act arm lower end is arranged on slide bar front end, described act arm is the bathtub construction that metallic plate bending forms, described act arm bottom land is at downside, cell wall is at upside, lift arm and be arranged on slide bar front end by both sides cell wall, described front bearing is arranged on lifts arm bottom land upside, described rear support is arranged on installing plate downside, front bearing forms the thrust point that telescopic electric push rod is connected with thrust stand.
7. according to the vertebral body tractive bed described in the arbitrary claim of claim 1-6, it is characterized in that, also be provided with head fixture, head fixture mainly comprises stay cord, Tensioning buckle, belt tensioner, head drawstring, stay cord one end is connected with Tensioning buckle and the other end and the head of a bed are connected and fixed, belt tensioner one end is connected on head drawstring and the other end passes from the lacing hole of Tensioning buckle, and head drawstring is connected on human body head from chin cup, during with hands tractive belt tensioner, can realize the pretension to head.
8. according to the vertebral body tractive bed described in the arbitrary claim of claim 1-6, it is characterized in that, also be provided with head fixture, head fixture mainly comprises stay cord, Tensioning buckle, belt tensioner, head drawstring, stay cord one end is connected with Tensioning buckle and the thrust point of other end pile warp head of a bed end and electric pushrod is connected and fixed, belt tensioner one end is connected on head drawstring and the other end passes from the lacing hole of Tensioning buckle, head drawstring is connected on human body head from chin cup, during with hands tractive belt tensioner, can realize the pretension to head.
9. vertebral body tractive bed according to claim 8, it is characterized in that, also be provided with pectoral girdle, stay cord one end is connected with Tensioning buckle and the thrust point of other end pile warp head of a bed end and electric pushrod is connected and fixed, belt tensioner one end connects head drawstring and pectoral girdle simultaneously, and the other end passes from the lacing hole of Tensioning buckle, pectoral girdle is socketed in position, human body oxter from chest, during with hands tractive belt tensioner, can realize the pretension to oxter.
10. according to the vertebral body tractive bed described in the arbitrary claim of claim 1-6, it is characterized in that, on bed board, be also provided with pad, described pad is arranged on lumbar vertebra and plays carrying human buttock and shank with upper/lower positions, described pad is connected with described thrust cross bar, when electric pushrod drives thrust stand to slide, is with mobile gasket to slide together.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320829772.7U CN203591364U (en) | 2013-12-13 | 2013-12-13 | Centrum traction bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320829772.7U CN203591364U (en) | 2013-12-13 | 2013-12-13 | Centrum traction bed |
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| CN203591364U true CN203591364U (en) | 2014-05-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320829772.7U Withdrawn - After Issue CN203591364U (en) | 2013-12-13 | 2013-12-13 | Centrum traction bed |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104706500A (en) * | 2013-12-13 | 2015-06-17 | 何少敦 | Vertebral body traction bed |
| CN104758105A (en) * | 2015-04-25 | 2015-07-08 | 哈尔滨工业大学 | Treatment device for lumbar disc herniation |
| WO2016074428A1 (en) * | 2014-11-14 | 2016-05-19 | 何少敦 | Soft sliding mattress of vertebra traction bed, and vertebra traction bed manufactured with same |
| CN105596133A (en) * | 2014-11-14 | 2016-05-25 | 何少敦 | Soft slide cloth pad for vertebral body traction bed and vertebral body traction bed with soft slide cloth pad |
| WO2016141620A1 (en) * | 2015-03-12 | 2016-09-15 | 何少敦 | Folding bed having t-shaped leg and mounted with push bracket |
| LT6465B (en) | 2017-02-27 | 2017-10-10 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
| LT6491B (en) | 2017-02-27 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
| LT6489B (en) | 2017-02-24 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
| LT6490B (en) | 2017-02-24 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A wrapped sliding fabric mat of centrum pulling bed |
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2013
- 2013-12-13 CN CN201320829772.7U patent/CN203591364U/en not_active Withdrawn - After Issue
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104706500A (en) * | 2013-12-13 | 2015-06-17 | 何少敦 | Vertebral body traction bed |
| WO2015085676A1 (en) * | 2013-12-13 | 2015-06-18 | 何少敦 | A vertebral traction bed |
| WO2016074428A1 (en) * | 2014-11-14 | 2016-05-19 | 何少敦 | Soft sliding mattress of vertebra traction bed, and vertebra traction bed manufactured with same |
| CN105596133A (en) * | 2014-11-14 | 2016-05-25 | 何少敦 | Soft slide cloth pad for vertebral body traction bed and vertebral body traction bed with soft slide cloth pad |
| WO2016141620A1 (en) * | 2015-03-12 | 2016-09-15 | 何少敦 | Folding bed having t-shaped leg and mounted with push bracket |
| CN104758105A (en) * | 2015-04-25 | 2015-07-08 | 哈尔滨工业大学 | Treatment device for lumbar disc herniation |
| LT6489B (en) | 2017-02-24 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
| LT6490B (en) | 2017-02-24 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A wrapped sliding fabric mat of centrum pulling bed |
| LT6465B (en) | 2017-02-27 | 2017-10-10 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
| LT6491B (en) | 2017-02-27 | 2018-01-25 | Guangzhou Guiqiao Technology Co., Ltd | A sliding fabric mat of centrum pulling bed |
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| C14 | Grant of patent or utility model | ||
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| AV01 | Patent right actively abandoned |
Granted publication date: 20140514 Effective date of abandoning: 20160525 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |