CN2790429Y

CN2790429Y - Spinal 3D stereo and long-short leg correcting appliance

Info

Publication number: CN2790429Y
Application number: CN 200520017055
Authority: CN
Inventors: 廖庆龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-04-20
Filing date: 2005-04-20
Publication date: 2006-06-28
Anticipated expiration: 2015-04-20

Abstract

The utility model relates to a spinal 3D stereo and long-short leg correction device which has the structure that a control device is arranged in a proper position of a bed frame, and a first adjusting device and a second adjusting device are arranged in a presetting position, and a correction device is arranged at the upper end of a frame body of the bed frame, wherein the bed frame is provided with a plurality of pad bodies which are respectively combined and fixed with a fixed outer tube and a movable outer tube of the control device. A fixed tube which is provided with a rotary shaft is arranged in the movable outer tube, and the first adjusting device and the second adjusting device are provided with a guiding rod which is penetrated on fixed seats arranged at both sides of the guiding rod. In addition, the guiding rod is provided with a spiral solid in a proper position and is provided with a rod body which convexly extends into and is contained in a guiding groove of a fixed plate. A correction device is symmetrically provided with a seat tube in presetting positions arranged at both sides of the frame body, the correction device is also provided with a lifting rod which is provided with a plurality of through holes and the lifting rod is contained and fixed in the seat tube. Due to the structure, the first adjusting device and the second adjusting device can be adjusted so as to make the pads be staggered and inclined in an opposite direction according to the situations of patients' spinal distortion and bending deformation, and correction can be realized by means of opposite 3D stereo stretching reverse rotation action. When the utility model is used, the utility model has multiple functions and good effects of medical care and rehabilitation.

Description

Vertebra 3D solid and length foot appliance

Technical field

This utility model is relevant for a kind of vertebra 3D solid and length foot appliance, its adjustment by this first, second adjusting device, control action make pad can be staggered inclination in the other direction, and the situation of visual patient's vertebral disease is carried out the three-dimensional tensile rectification work of 3D.

Background technology

In the rehabilitation of general hospital at vertebral disease now, though the normal Rehabilitation table that uses can carry out the correcting of plane formula vertebra stretching and drawing by the displacement of some mattresses, right its rectification effect is only applicable to general scoliotic patient, when the change that the vertebra as the patient is distorted, distortion etc. is comparatively serious is sick, its common Rehabilitation table can't carry out spatial spinal correction course of treatment, make its use go up functional less and more undesirable on the rehabilitation effect.

The inventor is because above-mentioned known disappearance, satisfies with for many years experience and designed, and through inquiring into and study sampling test in many ways, and repeatedly revise and improve, be to release this utility model.

Summary of the invention

Main purpose of the present utility model, be to provide a kind of vertebra 3D solid and length foot appliance, its Accommodation by first, second adjusting device makes the visual patient's vertebra distortion of pad, diastrophic situation be staggered inclination in the other direction, be under the three-dimensional stretching counter-rotating of the relative 3D effect via this pad and distortion vertebra and can recover normal health state originally through repeatedly correcting, better to reach medical rehabilitation effect.

Another purpose of the present utility model, be to provide a kind of vertebra 3D solid and length foot appliance, the difference of the visual patient's shank of its guide rod length and adjust displacement by the apparatus for correcting both sides, reach the rehabilitation effect and can draw synchronously to be tight shape and will to stretch to rear haulage, and make it use that to go up function more extensive and have more elasticity than short shank to its bonded belt body that matches.

The purpose of this utility model is to realize like this, a kind of vertebra 3D solid and length foot appliance, wherein bedstead is provided with some pads and fixes with the fixedly outer tube of control device and movable outer pipe jointing respectively, establish plurality of support in fixedly outer tube and movable outer tube both sides and be fixedly arranged on below the pad, this activity outer tube is installed with the stationary pipes of a tool turning cylinder, one side of turning cylinder also combines with a sleeve pipe, and sleeve pipe in opposite side with one fixedly the axostylus axostyle of outer tube combine, in the bottom book office and with the supporting seat concrete mutually of support body, and the turning cylinder opposite side of stationary pipes combines with the joint portion of a dwang, and dwang is then established the externally threaded guide rod of a tool in joint portion, lower end one side and is arranged in the loose slot of support body and wears on the fixing head that is fixed in movable outer tube bottom;

Bedstead is provided with first, second adjusting device and combines fixing with some pads of bedstead in the support body appropriate location, thus, the situation of visual patient's vertebral disease and utilize adjustment, the control action of first, second adjusting device to make pad can be staggered in the other direction and tilt, make that the patient twists, diastrophic vertebra is three-dimensional stretching of relative 3D via the staggered pad that tilts and reaches the three-dimensional curative effect of correcting, and is more extensive and have more medical rehabilitation effect to reach function.

First, second adjusting device symmetry is established the support body both sides that a holder is fixedly arranged on bedstead, and the guide rod of establishing a tool external thread section is arranged on the holder of both sides, this guide rod is established a spiral shell solid and symmetry in the stage casing appropriate location and is established a body of rod and just protrude out in the guide groove that is located in fixing head and pressure holding simultaneously supports on the support bar of both sides, in the outside and establish a turn handle and combine with guide rod.

The fixing head of first, second adjusting device is the stationary pipes that is symmetricly set in control device and reaches fixedly outer tube one side.

The support bar symmetry of first, second adjusting device is fixedly arranged on the both sides of holder.

Bedstead is established an apparatus for correcting that carries out the rehabilitation rectification work of length foot.

Apparatus for correcting is located at the tailstock support body upper end of bedstead.

The apparatus for correcting symmetry is established a pipe and is fixedly arranged on bedstead in support body both sides book office, and the elevating lever of establishing the some symmetry perforation of a tool is installed with by a slotting solid and is fixed in the pipe, this elevating lever is established a joint portion and is combined with the guide rod of a tool external thread section in the upper end, its guide rod is established a tool in a side and worn the limit body of the portion of holding and establish a turn handle in opposite side.

Description of drawings

Fig. 1: be three-dimensional combination figure of the present utility model.

Fig. 2: be the local schematic perspective view that amplifies of the present utility model.

Fig. 3: be user mode sketch map one of the present utility model.

Fig. 4: drive the inclined floor map of pad for first adjusting device of the present utility model is the clockwise direction turn.

Fig. 5: drive the inclined floor map of pad for first adjusting device of the present utility model is turn counterclockwise.

Fig. 6: be the deformity of spinal column of the present utility model, distortion floor map.

Fig. 7: be one of user mode sketch map two of the present utility model.

Fig. 8: be two of user mode sketch map two of the present utility model.

Fig. 9: be spinal correction floor map of the present utility model.

Figure 10: be user mode sketch map three of the present utility model.

Drawing reference numeral:

10...... bedstead 101...... tailstock

102...... head of a bed 11...... support body

12,13... pad 14...... supporting seat

15...... loose slot 20...... control device

21...... fixing outer tube 211...... axostylus axostyle

22...... movable outer tube 23...... gripper shoe

24...... stationary pipes 241...... turning cylinder

25...... sleeve pipe 26...... dwang

261...... joint portion 27...... guide rod

271...... external screw thread 28...... fixing head

30...... the first adjusting device 31...... holder

32...... guide rod 321...... external screw thread

33...... the spiral shell solid 331...... body of rod

34...... fixing head 341...... guide groove

35...... support bar 36...... turn handle

40...... the second adjusting device 41...... holder

42...... guide rod 421...... external screw thread

43...... the spiral shell solid 431...... body of rod

44...... fixing head 441...... guide groove

45...... support bar 46...... turn handle

50...... apparatus for correcting 51...... seat pipe

52...... elevating lever 521...... perforation

522...... insert solid 53...... joint portion

54...... guide rod 541...... external screw thread

55...... limit body 551...... wears the portion of holding

56...... turn handle 57...... belt body

60...... patient 61...... vertebra

The 63...... transverse process 62...... ridge is dashed forward

64...... shank 70...... chest positioner

71...... waist buttocks positioner

The specific embodiment

Be illustrated in figure 1 as axonometric chart constitutional diagram of the present utility model, its bedstead 10 is established a control device 20 in tailstock 101 central appropriate locations, and establish first respectively in tailstock 101 and the head of a bed 102 two ends, second adjusting

device

30,40, and establish an apparatus for correcting 50 in tailstock 101 support bodys 11 upper ends of bedstead 10, wherein bedstead 10 is provided with some

pads

12,13 are vertical the combination with the fixedly outer tube 21 of control device 20 and movable outer tube 22 respectively fixes, in fixedly outer tube 21 and movable outer tube 22 both sides and be horizontally set with plurality of support 23 and be fixedly arranged on

pad

12,13 belows, this activity outer tube 22 is installed with the stationary pipes 24 of a tool turning cylinder 241, one side of its turning cylinder 241 combines with a sleeve pipe 25, and sleeve pipe 25 in opposite side with one fixedly the axostylus axostyle 211 of outer tube 21 combine, and in bottom book office and bedstead 10 in supporting seat 14 concrete mutuallies of support body 11, and turning cylinder 241 opposite sides of stationary pipes 24 combine with the joint portion 261 of a dwang 26, dwang 26 is established the guide rod 27 of 271 sections of tool external screw threads in joint portion, lower end 261 1 sides and is arranged in the loose slot 15 of support body 11 and wears on the fixing head 28 that is fixed in movable outer tube 22 bottoms, and first,

second adjusting device

30,40 symmetries are established a

holder

31,41 are fixedly arranged on support body 11 both sides (please also refer to shown in Figure 2) of bedstead 10, and establish a tool external screw thread 321,421

sections guide rod

32,42 are arranged in the holder 31 of both sides, on 41, this

guide rod

32,42 establish a spiral shell solid 33 in the stage casing appropriate location, 43 and symmetry establish a body of rod 331,431 and just protrude out and be located in

fixing head

34,44 guide groove 341, pressure holding simultaneously supports in monosymmetric support bar 35 in 441, on 45, in the outside and establish a

turn handle

36,46 with

guide rod

32,42 combine, wherein fixing

head

34,44 are and are symmetrical arranged and are fixedly arranged on the stationary pipes 24 of control device 20 and fixing outer tube 21 1 sides respectively, and

support bar

35,45 symmetries are fixedly arranged on

holder

31,41 both sides, 50 symmetries of apparatus for correcting are established a pipe 51 and are fixedly arranged on the support body 11 both sides book offices of bedstead 10 in tailstock 101, and the elevating lever 52 of establishing the some symmetry perforation 521 of a tool is installed with by a slotting solid 522 and is fixed in the seat pipe 51, this elevating lever 52 is established a joint portion 53 and is combined with the guide rod 54 of 541 sections of tool external screw threads in the upper end, its guide rod 54 is established a tool in a side and worn the limit body 55 of the portion of holding 551 and establish a turn handle 56 in opposite side.

Be illustrated in figure 3 as user mode sketch map one of the present utility model; when it uses can with the dwang 26 of control device 20 to a sidespin moving make its drive guide rod 27 utilize 271 sections of its external screw threads to reach that spiral shell advances state and synchronously drive activity outer tube 22 and the pad 13 that combines with it to a side displacement start; make some pads 12; 13 are an appropriate folding shape and produce a stretching action; the vertebra 61 that makes patient 60 (please refer to shown in Figure 8) that the lateral bending phenomenon takes place utilizes stretching action and can get a rectification effect; simultaneously; and the

turn handle

36 or 46 of first adjusting device 30 or second adjusting device 40 can be clockwise direction turn (as shown in Figure 4) and drive

guide rod

32 or 42 starts synchronously; order be fixedly arranged on

guide rod

32 or 42

spiral shell solid

33 or 43 by both sides be pressed against that the body of

rod

331 or 431 on

support bar

35 or 45 produces the pushing and pressing effects and in the

guide groove

341 or 441 of

fixing head

34 or 44 in to bottom offset and drive fixing head 34 simultaneously or 44 and the stationary pipes 24 that combines with it reach fixedly that outer tube 21 is suitable gradient and makes pad 13 to a side; 12 are skewed synchronously; when being turn counterclockwise (as shown in Figure 5) as

turn handle

36 or 46 with first adjusting device 30 or the second whole accent device 40;

spiral shell solid

33 or 43 on its

guide rod

32 or 42 utilize the pushing and pressing effect of the both sides body of

rod

331 or 431 and in the

guide groove

341 or 441 of

fixing head

34 or 44, produce to the top offset start and drive fixing head 34 simultaneously or 44 and the stationary pipes 24 that combines with it and fixedly outer tube 21 be the opposite direction inclination and make pad 13; 12 are skewed synchronously; by this first; second adjusting device 30; 40 Accommodation makes pad 13; 12 visual patients 60 produce lateral bending and distortion in the ridge prominent 62 of vertebra 61 with transverse process 63; diastrophic situation (as shown in Figure 6) and be staggered in the other direction tilt (please refer to shown in Figure 7); via this staggered pad 12 that tilts; 13 are under the three-dimensional stretching counter-rotating of the relative 3D effect with the vertebra 61 of patient 60 (as shown in Figure 8) distortion and can recover normal health state (as shown in Figure 9) originally through repeatedly correcting; simultaneously; utilize the positioning and fixing protective effect of chest positioner 70 and waist buttocks positioner 71 to make the anxiety of patient's 60 no landings; thus; distort degree appropriateness of doctor and rehabilitation Shi Keyi patient's 60 vertebra 61 is adjusted pad 12; 13 gradient is carried out solid and is corrected the course of treatment, uses to reach that to go up function more extensive and have more medical rehabilitation effect.

Be user mode sketch map three of the present utility model as shown in figure 10, when it uses, some belt bodies 57 1 ends of apparatus for correcting 50 are arranged in wearing in the portion of holding 551 of limit body 55 reach stationary state, and belt body 57 other ends are incorporated into the book office of waist buttocks positioner 71, and the situation of visual both sides shank 64 length differences and make guide rod 54 reach spiral shell 56 turns of turn handle advancing state and be moved to appropriate location backward by 541 sections of its external screw threads, and draw synchronously to be tight shape and will to stretch to rear haulage and reach the rehabilitation effect than short shank 64 to belt body 57, and visual demand is inserted solids 522 with elevating lever 52 and is taken out to make elevating lever 52 upper and lower displacements be adjusted to wearing behind the appropriate location again and insert solid 522 promptly reach stationary state in the perforation 521 that matches, and guide rod 54 advances in the process and by the appropriateness of limit body 55 with joint portion 53 to stop position-limiting action and do not have the anxiety that comes off in spiral shell.

In sum, this utility model has reached really in breakthrough structure, can reach usability and progressive on the industry simultaneously again.

Though this utility model discloses with specific embodiment; but it is not in order to limit this utility model; any those skilled in the art; the displacement of the equivalent assemblies of under the prerequisite that does not break away from design of the present utility model and scope, having done; or, all should still belong to the category that this patent is contained according to equivalent variations and modification that this utility model scope of patent protection is done.

Claims

1. vertebra 3D solid and length foot appliance, wherein bedstead is provided with some pads and fixes with the fixedly outer tube of control device and movable outer pipe jointing respectively, establish plurality of support in fixedly outer tube and movable outer tube both sides and be fixedly arranged on below the pad, this activity outer tube is installed with the stationary pipes of a tool turning cylinder, one side of turning cylinder also combines with a sleeve pipe, and sleeve pipe in opposite side with one fixedly the axostylus axostyle of outer tube combine, in the bottom book office and with the supporting seat concrete mutually of support body, and the turning cylinder opposite side of stationary pipes combines with the joint portion of a dwang, dwang is then established the externally threaded guide rod of a tool in joint portion, lower end one side and is arranged in the loose slot of support body and wears on the fixing head that is fixed in movable outer tube bottom, it is characterized in that:

Bedstead is provided with first, second adjusting device and combines fixing with some pads of bedstead in the support body appropriate location.

2. vertebra 3D solid as claimed in claim 1 and length foot appliance, it is characterized in that: first, second adjusting device symmetry is established the support body both sides that a holder is fixedly arranged on bedstead, and the guide rod of establishing a tool external thread section is arranged on the holder of both sides, this guide rod is established a spiral shell solid and symmetry in the stage casing appropriate location and is established a body of rod and just protrude out in the guide groove that is located in fixing head and pressure holding simultaneously supports on the support bar of both sides, in the outside and establish a turn handle and combine with guide rod.

3. vertebra 3D solid as claimed in claim 2 and length foot appliance is characterized in that: the fixing head of first, second adjusting device is the stationary pipes that is symmetricly set in control device and reaches fixedly outer tube one side.

4. vertebra 3D solid as claimed in claim 2 and length foot appliance, it is characterized in that: the support bar symmetry of first, second adjusting device is fixedly arranged on the both sides of holder.

5. vertebra 3D solid as claimed in claim 1 and length foot appliance is characterized in that: bedstead is established an apparatus for correcting that carries out the rehabilitation rectification work of length foot.

6. vertebra 3D solid as claimed in claim 5 and length foot appliance is characterized in that: apparatus for correcting is located at the tailstock support body upper end of bedstead.

7. vertebra 3D solid as claimed in claim 6 and length foot appliance, it is characterized in that: the apparatus for correcting symmetry is established a pipe and is fixedly arranged on bedstead in support body both sides book office, and the elevating lever of establishing the some symmetry perforation of a tool is installed with by a slotting solid and is fixed in the pipe, this elevating lever is established a joint portion and is combined with the guide rod of a tool external thread section in the upper end, its guide rod is established a tool in a side and worn the limit body of the portion of holding and establish a turn handle in opposite side.