CN211300548U

CN211300548U - Humpback correction frame with cervical vertebra traction mechanism

Info

Publication number: CN211300548U
Application number: CN201922422892.5U
Authority: CN
Inventors: 葛铁岭; 葛宇航; 田园园
Original assignee: Lishui Fast Feed Technology Co ltd
Current assignee: Lishui Fast Feed Technology Co ltd
Priority date: 2019-12-26
Filing date: 2019-12-26
Publication date: 2020-08-21
Anticipated expiration: 2029-12-26

Abstract

A humpback correction frame with a cervical vertebra traction mechanism relates to a cervical vertebra traction humpback correction device, wherein the rear lower ends of a semicircular rod (12) at one side and a semicircular rod (41) at the other side are respectively arranged at two sides of the upper end of a back rod, the lower part of the back rod is connected with the middle part of a waistband (29), the lower end of a support rod (9) is connected with the upper end of the back rod, the upper end of the support rod is connected with the middle part of an inclined plate (4), two ends of the inclined plate are respectively arranged at the upper part of a belt (46), and the lower part of the belt is provided with a; the utility model discloses a two halves pole catches on both shoulders front portion or chest and acquires the correction appeal of hunchback, utilizes the belt on the bracing piece swash plate to make the chin lift and acquire the towed efficiency of cervical vertebra simultaneously.

Description

Humpback correction frame with cervical vertebra traction mechanism

[ technical field ] A method for producing a semiconductor device

The utility model relates to a cervical vertebra pulls bow-backed orthotic devices, especially relates to a bow-backed orthotic devices with cervical vertebra drive mechanism with myopia prevention function.

[ background of the invention ]

It is known that kyphosis is caused by long-term sitting posture or incorrect standing posture, and is one of the main causes of myopia of students in middle and primary schools, the backbone of the kyphosis between the abdomen and the chest is bent or deeply bent for a long time, and the spine is bent for a long time, which not only affects the standing posture or the sitting posture, but also affects the height and the waist discomfort, and is the main reason that the current myopia incidence rate of teenagers reaches 70%, the myopia prevention or body beautification products of the teenagers are Chinese patents CN206961296U, CN206414375U, CN304114646S, CN305233438S and the like, and the myopia prevention or body beautification products slow down the myopia incidence or correct the body beautification of the spine to a certain extent, but generally have the discomfort that the limb sockets are pressed by elastic objects, so that many used products cannot be insisted; because the pathogen myopia rate of the popularization of the current smart phone to enlist the service is very high, the army also needs to practice military postures frequently, the known military posture practicing method has the advantages that the back uses cross correction, wall-mounted standing and the like, when the cross correction is used, the guy ropes of the shoulders can enable the armpit to be pressed by the guy ropes to be uncomfortable, and the wall-mounted standing method has slow and discontinuous effect; the scapulohumeral periarthritis caused by the decline of the body function of the middle-aged and old people, the long-time playing of mobile phones, the long-time sitting of mahjong and the like is also very serious, and the middle-aged and old people who work over a desk for a long time also have the problems of waist and leg discomfort, shoulder pain and the like.

To overcome the above problems, the present company has devised a humpback correction cage "patent application No. 201921982498.0; the application date, 2019, 11 and 15 ", the use process can better correct the humpback, the use effect in a short time is better, but after the device is worn for a long time, the waist is more sore due to the fact that the device cannot bend down, so that the upright rods at the rear part need to be adjusted so that the waist can be bent within a certain range and the straight waist can be recovered; through the experiment of the technology, some children and adults can feel uncomfortable when the head is lowered for a long time, and particularly, the cervical spondylosis of the middle-aged and the old are more, so that the cervical vertebra needs to be lifted and pulled to be combined with the correction of the humpback to realize synchronous correction; in addition, the aforementioned application is also directed to improvements in head straightening for army and student standing exercises.

[ summary of the invention ]

In order to overcome the not enough among the background art, the utility model discloses a humpback correction frame with cervical vertebra drive mechanism, two halves round bar hook the anterior portion of both shoulders or chest obtain the correction appeal of humpback, utilize the belt on the bracing piece swash plate to make the chin lift the efficiency of obtaining the cervical vertebra traction simultaneously.

In order to realize the purpose of the utility model, the utility model adopts the following technical scheme:

the utility model provides a humpback correction frame with cervical vertebra drive mechanism, includes one side semicircle pole, opposite side semicircle pole, back pole, waistband, bracing piece, swash plate and belt, and the back lower extreme of one side semicircle pole and opposite side semicircle pole sets up respectively in the upper end both sides of back pole, the middle part of back pole sub-unit connection waistband, the upper end of bracing piece lower extreme connection back pole, the upper end of bracing piece is connected with the middle part of swash plate, the upper portion of belt is taken respectively at the swash plate both ends, is equipped with chin strap in the lower part of belt.

The humpback correction frame with the cervical vertebra traction mechanism is characterized in that the back rod comprises an upper block body and an elastic body, the rear lower ends of the semicircular rod at one side and the semicircular rod at the other side are respectively arranged at two sides of the upper block body, the upper end of the elastic body is connected with the upper block body, a through hole formed by a bending plate is arranged at the lower end of the elastic body, and the middle part of the waistband is penetrated in the through hole; or the lower end of the elastic body is provided with a lower block body, and the middle part of the waistband is connected with the lower block body.

The humpback correction frame with the cervical traction mechanism is characterized in that a corner depression at one side and a corner depression at the other side are respectively arranged at two sides of an upper block body, a connecting plate at one side arranged at the rear lower end of a semicircular rod at one side is attached to the corner depression at one side, and two locking screws B penetrate through two through holes B of the upper block body and are fixedly connected with two screw holes B of the connecting plate at one side to obtain the fixation of the semicircular rod at one side of the upper block body; the other side connecting plate arranged at the rear lower end of the semicircular rod at the other side is attached to the corner depression at the other side, and the other side semicircular rod is fixed at the other side of the upper block body by two locking screws A which pass through two through holes A of the upper block body and are fixedly connected with two screw holes D of the connecting plate at the other side; a horn-shaped bulge A is arranged on the semi-circular rod at one side close to the connecting plate at one side; the horn-shaped bulge B is arranged on the semicircular rod on the other side close to the connecting plate on the other side.

The humpback correction frame with the cervical vertebra traction mechanism is characterized in that a concave groove is formed in the lower front portion or the rear portion of an upper block body, the upper end of an elastic body is attached to the concave groove, two fixing screws B penetrate through two unthreaded holes B formed in the upper end of the elastic body and then are connected with screw holes F formed in the concave groove, a bending plate arranged at the lower end of the elastic body is located at the rear portion of the elastic body, the upper end of the bending plate is connected with the elastic body through welding, and a through hole is formed between the bending plate and the lower end of the.

The humpback correcting frame with the cervical vertebra traction mechanism is characterized in that a plurality of unthreaded holes C arranged from top to bottom are formed in the lower portion of an elastic body, an upper end face hole is formed in the upper end face of a lower block body, the lower portion of the elastic body is inserted into the upper end face hole, and two fixing screws C penetrate through two screw holes E of the lower block body and then enter any two unthreaded holes C of the elastic body.

The lower block body is provided with a through hole which is communicated from left to right; or the rear surface of the lower block body is provided with a C-shaped plate, and a through hole is formed between the C-shaped plate and the lower block body.

The humpback correction frame with the cervical vertebra traction mechanism is characterized in that a connecting sheet is arranged between the middle part of a C-shaped plate and a lower block body, and an upper through hole is formed between the C-shaped plate at the upper part of the connecting sheet and the lower block body; a lower through hole is formed between the C-shaped plate at the lower part of the connecting sheet and the lower block body; the lower end surface of the lower block body is provided with an elliptical surface, wherein an arc-shaped inclined surface is arranged between the elliptical surface of the lower block body and the front surface of the lower block body.

The humpback correction frame with the cervical vertebra traction mechanism is characterized in that one end of the waistband is provided with a waistband buckle, and the other end of the waistband, which is close to the other end, is provided with a plurality of buttonholes; the waistband can be replaced by any one of a belt, a belt for doing exercises, an elastic band and a rope.

The lower end of the supporting rod is inserted on an upper block body at the upper end of the back rod; or a round hole is arranged at the lower end of the supporting rod, a pit is arranged at the upper part of the upper block body of the back rod, and two fixing screws A pass through the two round holes at the lower end of the supporting rod and then are connected with a screw hole C in the pit of the upper block body; the upper end of the supporting rod is provided with an inclined block, the upper surface of the inclined block is provided with a clamping groove, the middle part of the inclined plate is positioned in the clamping groove, and two fixing screws D are connected with screw holes A of the clamping groove after penetrating through two unthreaded holes A in the middle part of the inclined plate.

The humpback correction frame with the cervical vertebra traction mechanism is characterized in that two ends, close to the inclined plate, of the inclined plate are respectively provided with a strip hole, a rubber chin rest is arranged at one end, close to one end, of a belt after the belt penetrates through the two strip holes of the inclined plate, an inserting buckle is arranged at one end of the belt, an inserting lock is arranged at the other end, close to the other end, of the belt, and the inserting buckle is connected with the inserting lock.

Due to the adoption of the technical scheme, the utility model discloses following beneficial effect has:

the utility model discloses a humpback correction frame with cervical vertebra drive mechanism, utilize the back pole as the strong point, through the fixed connection or the grafting with the bracing piece by the last block body of back pole upper end, acquire the stable support of bracing piece, the usable eye-splice of buckle and mortise lock adjustment length of rubber chin rest on the bracing piece upper end swash plate band acquires lifting of chin, simultaneously afterbrain spoon top acquires the traction of cervical vertebra on the bracing piece, especially the standing posture exercise when soldier or student military training of army, can acquire the correction of humpback and the same upright line of head afterbrain spoon and back in step; the elastic body is arranged on the back rod as an improvement, the lower block body at the lower end of the elastic body of the back rod or the lower end of the elastic body of the back rod is pulled to the front part of the waist by utilizing the waist belt between the waists, so that the lower block body at the lower end of the elastic body of the back rod or the lower end of the elastic body is close to the back waist, and the upper block body at the upper end of the elastic body of the back rod enables the semicircular rod at one side and the semicircular rod at the other side to respectively hook the front parts of the shoulders or; the discomfort after the long-time wearing of the elastic body is eliminated by utilizing the elasticity of the elastic body, the original designed hard shoulder backward pull is changed by the arrangement of the elastic body, and the elastic body obtains the flexible shoulder backward pull; the problem of occupied space of transportation and boxing is further considered, and the semicircular rod on one side, the semicircular rod on the other side and the upper block body are designed in a split mode, so that a large amount of space can be reduced; the utility model is suitable for a posture adjustment that middle and primary school student's hunchback was corrected and was prevented myopia, army soldier's physical and attitude exercise, middle aged and old people's scapulohumeral periarthritis were taked care of and were put on desk official working for a long time.

[ description of the drawings ]

Fig. 1 is a schematic view of a three-dimensional assembly structure of the present invention;

fig. 2 is a schematic perspective view of the present invention;

fig. 3 is a schematic perspective view of the rear surface of the lower block body of the present invention;

fig. 4 is a schematic perspective view of the front surface of the lower block body of the present invention;

fig. 5 is a schematic perspective view of the rear surface of the upper block body of the present invention;

fig. 6 is a schematic perspective view of the front surface of the upper block body of the present invention;

FIG. 7 is a schematic view of the other side semi-circular rod of the present invention;

FIG. 8 is a schematic view of a side semi-circular rod of the present invention;

FIG. 9 is a schematic perspective view of the belt of the present invention;

fig. 10 is a schematic perspective view of the sloping plate of the present invention;

fig. 11 is a schematic perspective view of the support rod of the present invention;

fig. 12 is a schematic perspective view of the elastomer of the present invention;

FIG. 13 is a schematic perspective view of another embodiment of the elastic body of the present invention;

in the figure: 1. a raised edge; 2. a light hole A; 3. a strip hole; 4. a sloping plate; 5. an upper bulge; 6. a screw hole A; 7. a sloping block; 8. a lower bulge; 9. a support bar; 10. a fixing screw A; 11. a circular hole; 12. a side semi-circular rod; 13. a horn-shaped bulge A; 14. a screw hole B; 15. one side is connected with the board; 16. one side corner is sunken; 17. a beveled concave surface; 18. a fixing screw B; 19. a light hole B; 20. an elastomer; 21. a set screw C; 22. a light hole C; 23. a lower block body; 24. a C-shaped plate; 25. perforating; 26. a belt buckle; 27. connecting sheets; 28. lower punching; 29. a waistband; 30. a buttonhole; 31. an upper end face hole; 32. a screw hole C; 33. a pit; 34. an upper block body; 35. a through hole A; 36. locking the screw A; 37. the corner part on the other side is sunken; 38. the other side is connected with a board; 39. a screw hole D; 40. a horn-shaped bulge B; 41. a semicircular rod at the other side; 42. a fixing screw D; 43. a rubber chin bar; 44. inserting and buckling; 45. a mortise lock; 46. a belt; 47. a locking screw B; 48. an ellipsoid; 49. a screw hole E; 50. a through hole B; 51. a V-shaped lower face; 52. a recessed groove; 53. a screw hole F; 54. bending the belt; 55. a weight-reducing groove; 56. a card slot; 57. welding connection; 58. perforating; 59. and (7) bending the plate.

[ detailed description ] embodiments

The present invention will be explained in more detail by the following examples, which are intended to protect all the changes and improvements within the scope of the present invention, and are not limited to the following examples;

the humpback correction frame with the cervical traction mechanism described with reference to fig. 1 to 12 comprises a side semi-circular rod 12, another side semi-circular rod 41, a back rod, a waist belt 29, a support rod 9, an inclined plate 4 and a belt 46, wherein the back rod comprises an upper block 34 and an elastic body 20, the rear lower ends of the side semi-circular rod 12 and the other side semi-circular rod 41 are respectively arranged at two sides of the upper block 34, the upper end of the elastic body 20 is connected with the upper block 34, the lower end of the elastic body 20 is provided with a through hole 58 formed by a bending plate, and the middle part of the waist belt 29 is penetrated; or the lower end of the elastic body 20 is provided with a lower block 23, the middle part of the waistband 29 is connected with the lower block 23, the lower end of the supporting rod 9 is connected with the upper end of the back rod, the upper end of the supporting rod 9 is connected with the middle part of the inclined plate 4, the two ends of the inclined plate 4 are respectively provided with the upper part of the belt 46, and the lower part of the belt 46 is provided with the chin rest.

With reference to fig. 1, 2, 9, 10 or 11, since the support rod 9 can be used according to the actual use time requirement, no other person is needed to assist in installation during use, the upper block 34 at the upper end of the back rod is provided with a slot, the lower end of the support rod 9 is inserted into the slot of the upper block 34 at the upper end of the back rod to form a self-help belt 46 for stretching the cervical vertebra or enabling the back of the head and the back to form a straight line; or the lower end of the supporting rod 9 is provided with a round hole 11, the upper part of the upper block body 34 of the back rod is provided with a pit 33, and two fixing screws A10 pass through the two round holes 11 at the lower end of the supporting rod 9 and then are connected with screw holes C32 in the pit 33 of the upper block body 34; the upper end of the supporting rod 9 is provided with an inclined block 7, the upper surface of the inclined block 7 is provided with a clamping groove 56, the middle part of the inclined plate 4 is positioned in the clamping groove 56, namely the middle part of the inclined plate 4 is positioned in the clamping groove 56 formed between the upper bulge 5 and the lower bulge 8 of the inclined block 7, the clamping groove 56 is utilized to obtain the stability or the non-self rotation of the inclined plate 4 in the using process, two fixing screws D42 penetrate through two unthreaded holes A2 in the middle part of the inclined plate 4 and then are connected with a screw hole A6 of the clamping groove 56, in consideration of the fact that the weight and the strength are both obtained, two edge parts of the inclined plate 4 can be respectively provided with a convex edge 1, and; the weight reducing grooves 55 close to two ends of the inclined plate 4 are respectively provided with a strip hole 3, two ends of the belt 46 respectively penetrate through the two strip holes 3 in the weight reducing grooves 55 of the inclined plate 4, then the rubber chin rest 43 is penetrated through one end close to the belt 46, the rubber chin rest 43 can use the structure or installation mode of the rubber chin rest 43 of the military helmet, one end of the belt 46 is provided with a plug buckle 44, the other end of the belt 46 is provided with a plug lock 45, the plug buckle 44 is connected with the plug lock 45, the plug buckle 44 and the plug lock 45 can also use the structures of the plug buckle 44 and the plug lock 45 of the military helmet, and in order to adapt to the use of people with different head sizes, one end of the belt 46 is reserved with a strip bending 54 which is a section after being penetrated through the plug buckle 44 and is inserted into the plug hole of the rubber chin rest 43 so as to adjust the length.

With reference to fig. 1, 2, 3, 4, 7 or 8, considering the safety in use and the occurrence of corners as little as possible, two sides of the upper block 34 are respectively provided with a side corner recess 16 and a side corner recess 37, a side connecting plate 15 arranged at the rear lower end of the side half-rod 12 is attached to the side corner recess 16 to just fill up the side corner recess 16, a side connecting plate 38 arranged at the rear lower end of the side half-rod 41 is attached to the side corner recess 37 to just fill up the side corner recess 37, a side connecting plate 15 arranged at the rear lower end of the side half-rod 12 is attached to the side corner recess 16, two locking screws B47 are fixedly connected with two screw holes B14 of the side connecting plate 15 through two through holes B50 of the upper block to fix the side half-rod 12 to the upper block 34, a corner projection a13 is arranged on the side half-rod 12 adjacent to the side connecting plate 15, the angular bulge A13 removes the corner between the side semi-circular rod 12 and the upper block 34; the other side connecting plate 38 arranged at the rear lower end of the other side half-round rod 41 is attached to the other side corner depression 37, two locking screws A36 pass through two through holes A35 of the upper block body 34 to be fixedly connected with two screw holes D39 of the other side connecting plate 38 to obtain the fixation of the other side half-round rod 41 on the other side of the upper block body 34, an angular protrusion B40 is arranged on the other side half-round rod 41 close to the other side connecting plate 38, and an angular protrusion B40 removes an angular corner between the other side half-round rod 41 and the upper block body 34; the edges and corners of the structural members during connection can be reduced through the arrangement.

With reference to fig. 1, 2, 5, 6, 12 or 13, a recessed groove 52 is formed on the lower front or rear surface of the upper block 34 after the elastic body 20 is placed in the recessed groove 52, the upper end of the elastic body 20 is attached to the recessed groove 52, two fixing screws B18 pass through two unthreaded holes B19 formed on the upper end of the elastic body 20 and then are connected with a screw hole F53 formed in the recessed groove 52, in order to reduce the corner angle, a V-shaped lower surface 51 can be formed on the lower end of the upper block 34, an inclined concave surface 17 can be formed on the front or rear portion of the V-shaped lower surface 51, and the V-shaped lower surface 51 and the inclined concave surface 17 make the lower surface of the upper block 34 have no corner angle; with reference to fig. 13, another embodiment of the elastic body according to the present application is provided as a simple embodiment, when the lower block 23 is not used, the lower portion of the elastic body 20 made of a spring steel plate may be provided with an outward bend or an inward bend, and if the bending plate 59 provided at the lower end of the elastic body 20 is located at the rear portion of the elastic body 20 in the manner of fig. 13, the upper end of the bending plate 59 is connected 57 to the elastic body 20 by welding; or the lower part of the elastic body 20 is bent backwards, then a vertical plate is arranged downwards, the lower end of the vertical plate is bent forwards to form a front vertical plate, and the upper end of the front vertical plate and the backward bent part at the lower part of the elastic body 20 are welded to obtain a through hole 58; as for other ways, various relatively complicated alternatives such as a vertical plate welded to the elastic body 20 at the other two ends of the lower part of the elastic body 20 up and down, and a through hole 58 obtained by bending back the upper part and the lower part of the vertical plate are all the protection scope of the present application.

Alternatively, a plurality of unthreaded holes C22 arranged from top to bottom are formed in the lower portion of the elastic body 20, an upper end surface hole 31 is formed in the upper end surface of the lower block body 23, the lower portion of the elastic body 20 is inserted into the upper end surface hole 31, and two fixing screws C21 penetrate through two screw holes E49 of the lower block body 23 and then enter any two unthreaded holes C22 of the elastic body 20; the plurality of light holes C22 arranged from top to bottom of the elastic body 20 are formed based on the rapid growth of teenagers, the upper end surface hole 31 of the lower block 23 can be formed deeper, and the length of the elastic body 20 can be adjusted by the light holes C22 of the elastic body 20.

With reference to fig. 1, 2, 3 or 4, the lower block 23 is provided with a through hole penetrating from left to right; or the rear surface of the lower block body 23 is provided with a C-shaped plate 24, and a through hole is formed between the C-shaped plate 24 and the lower block body 23; or a connecting piece 27 is arranged between the middle part of the C-shaped plate 24 and the lower block body 23, and an upper through hole 25 is formed between the C-shaped plate 24 and the lower block body 23 on the upper part of the connecting piece 27; a lower through hole 28 is formed between the C-shaped plate 24 and the lower block body 23 at the lower part of the connecting piece 27, and the upper through hole 25 and the lower through hole 28 are simultaneously arranged to be beneficial to the adjustment of a height grower; the lower end surface of the lower block body 23 is provided with an elliptical surface 48, wherein an arc-shaped inclined surface is arranged between the elliptical surface 48 of the lower block body 23 and the front surface of the lower block body 23, and the discomfort to the waist is reduced when the lower block body 23 is used due to the arrangement of the elliptical surface 48 and the arc-shaped inclined surface.

A belt buckle 26 is arranged at one end of the belt 29, and a plurality of button holes 30 are arranged at the other end of the belt 29; the waistband 29 can be replaced by any one of a belt, a belt for doing exercises, an elastic band and a rope; with reference to fig. 1 or 2, a belt buckle 26 is provided at one end of the belt 29, and a plurality of buttonholes 30 are provided near the other end of the belt 29; the waist belt 29 can use leather belt, weaving belt or artificial leather belt, the middle of the waist belt 29 is penetrated in the perforation of the lower block 23; or one end of the waistband 29 is provided with the roller type waistband buckle 26, and the other end of the waistband 29 is not provided with a button hole.

When the waist belt 29 is replaced by a power practice belt, the middle part of the power practice belt is connected with the through hole of the lower block body 23; or the middle part of the exercise belt is fixed at the rear part of the lower block body 23 through a rivet; or the middle part of the power practice belt is broken into two sections, and the broken part of the power practice belt is fixed on the lower block body 23 through a rivet; the two ends of the exercise belt are connected by binding; similarly, the broken portion of the power band may be fixed to the lower end of the elastic body 20 by a rivet, that is, the bent plate 59 is not provided at the lower portion of the elastic body 20.

When the waistband 29 is replaced by an elastic band, the middle part of the elastic band is connected on the lower block body 23, namely, the lower part of the lower block body 23 is provided with a through hole which is penetrated left and right for the elastic band to pass through; or the middle part of the elastic band is fixed on the lower block body 23 through rivets; or the middle part of the elastic band is broken into two sections, and the broken part of the elastic band is fixed on the lower block body 23 through a rivet; two ends of the elastic band are connected with the nylon plush ring through button holes, hidden buttons, hooks or nylon bonding hooks; similarly, the broken portion of the elastic band may be fixed to the lower end of the elastic body 20 by a rivet, that is, the bending plate 59 is not provided at the lower portion of the elastic body 20.

When the waistband 29 is replaced by a rope; the middle part of the rope is connected on the lower block 23, namely, the lower part of the lower block 23 is provided with a through hole which is penetrated left and right and is used for the rope to pass through; or the middle part of the rope is bound on the lower block body 23; or the middle part of the rope is broken into two sections, the broken part of the rope is fixed on the lower block body 23 by binding, and the two ends of the rope are connected by binding; similarly, the broken portion of the string may be fixed to the lower end of the elastic body 20 by a rivet, that is, the bending plate 59 is not disposed at the lower portion of the elastic body 20.

Furthermore, the support rod 9, the inclined plate 4, the semicircular rod 12 on one side, the semicircular rod 41 on the other side, the upper block body 34 and the lower block body 23 can be made of plastics, nylon or metal, and lightening process holes or process recesses can be locally arranged on the premise of ensuring the design strength; the front ends of the semicircular rod 12 on one side and the semicircular rod 41 on the other side can obtain the comfort of being close to the chest or shoulders by widening and installing angle-adjustable widening plates, and the like, and the length and the width can be adjusted by partially using hinged connection under the condition of not changing the framework of the application and adding other structures, and any one of the structures formed by splicing connection or combination of multiple materials belongs to the protection range of the application; the designations of the rods of the semicircular rod 12 at one side and the semicircular rod 41 at the other side are not limited uniquely, and the rods can also be called plates, sheets, pipes, bars or bodies, the semicircle can also be called as a door shape, that is, the semicircular rod 12 at one side and the semicircular rod 41 at the other side only need to be provided with the front parts to press the chest or shoulders, the rear parts are connected with the upper block body 34, and the middle parts can be in any overhead mode; the designation of upper block 34 and lower block 23 is also the reason that upper block 34 and lower block 23 may also be referred to as plates, sheets or separate blocks, or separate bodies.

The elastic body 20 may be any elastic body such as a spring steel plate, elastic plastic, bamboo, etc., or may be a complex structure in which a return spring is added at the middle hinged joint, the plate-shaped structure is connected to the upper block 34 and the lower block 23 in a hinged connection manner near both ends, and then the spring is pressed against both ends of the plate-shaped structure to cause the upper block 34 and the lower block 23 to have a return function with respect to the plate-shaped structure, all belonging to the equivalent alternatives of the present application.

When the humpback correcting frame with the cervical vertebra traction mechanism of the utility model is implemented and is used, the lower end of the supporting rod 9 is inserted into the slot of the upper block body 34 at the upper end of the back rod in combination with the attached drawings 1 to 12; or the lower end of the supporting rod 9 is inserted into the concave pit 33 of the block body 34 at the upper end of the back rod, and the lower end of the supporting rod 9 is fixed by using a fixing screw A10; the application is lifted by holding the one side half-round bar 12 or the other side half-round bar 41, due to the space formed between the one side half-round bar 12 and the other side half-round bar 41, the head can directly drill through between the one side half-round bar 12 and the other side half-round bar 41, the one side half-round bar 12 and the other side half-round bar 41 are placed on the shoulders, the front ends of the one side half-round bar 12 and the other side half-round bar 41 are positioned at the chest part close to both sides, the elastic body 20 and the lower block body 34 are tilted back at the back waist part, the user respectively holds the two ends of the waist belt 29 with both hands and places the two ends at the front part of the waist belt 29, the waist belt buckle 26 at one end of the waist belt 29 is connected with the buttonhole 30 at the other end of the waist belt 29, the back lower ends of the one side half-round bar 12 and the other side half-round bar 41, the upper block body 34, obtaining correction of humpback, wherein a user puts a rubber chin support 43 at the lower part of a chin and connects the rubber chin support with a latch 45 by using a buckle 44, the back head of the user clings to a support rod 9 to obtain stretching of cervical vertebra, the back head and the back are in the same vertical plane, and the humpback correction and the stretching of the cervical vertebra are synchronously performed; in view of the elastic body 20, after the elastic body 20 is used for a period of time, a user can bend the waist forwards, the elastic action of the elastic body 20 is utilized to relax or exercise the waist, the elastic action of the elastic body 20 is always kept to enable the user to recover the straightening of the waist, and a hidden type humpback preventing structure can be formed by wearing clothes outside after the user wears the elastic body; the application does not affect working, class or doing other things while sitting on the chair; the user can also walk, stand or do simple housework.

The present application can simplify the arrangement with reference to fig. 1, 2 and 13, that is, the one side semicircular rod 12 and the other side semicircular rod 41 are installed on the upper block 34, or the one side semicircular rod 12, the other side semicircular rod 41 and the upper block 34 are integrally arranged, and the elastic body 20 uses the structure shown in fig. 13, that is, the elastic body 20 shown in fig. 13 is installed on the lower portion of the upper block 34; inserting the lower end of the support rod 9 into the slot of the block 34 on the upper end of the back rod; or the lower end of the supporting rod 9 is inserted into the concave pit 33 of the block body 34 at the upper end of the back rod, and the lower end of the supporting rod 9 is fixed by using a fixing screw A10; when the waist belt is used, the one side semicircular rod 12 or the other side semicircular rod 41 is held by hand to lift the waist belt, the head part can directly drill between the one side semicircular rod 12 and the other side semicircular rod 41 due to the interval formed between the one side semicircular rod 12 and the other side semicircular rod 41, the one side semicircular rod 12 and the other side semicircular rod 41 are placed on the shoulders, the front end parts of the one side semicircular rod 12 and the other side semicircular rod 41 are positioned at the chest part close to two sides, the elastic body 20 is positioned at the back waist part and is tilted backwards, the user respectively grasps the two ends of the waist belt 29 by two hands and places the two ends at the front part of the waist, the waist belt buckle 26 at one end of the waist belt 29 is connected with the button hole 30 at the other end of the waist belt 29, the back lower ends of the one side semicircular rod 12 and the other side semicircular rod 41, the upper block body 34 and the elastic body 20 are dragged by the waist, then the rubber chin rest 43 is placed at the lower part of the chin, the inserted buckle 44 is connected with the inserted lock 45, at the moment, the back head spoon of the user clings to the supporting rod 9 to obtain the stretching of the cervical vertebra, the back head spoon and the back are in the same vertical plane, and the synchronous implementation of the humpback correction and the cervical vertebra stretching is obtained, the correction mode is suitable for the training of the standing posture of the army, the training of the standing posture of the student and the recovery of the cervical vertebra pain caused by the long-term head lowering of the adult; by arranging the elastic body 20 in another simple embodiment, after the waist-stretching elastic body is used for a period of time, a user can bend the waist forward, the relaxation or exercise of the waist can be obtained by utilizing the elastic action of the elastic body 20, the elastic action of the elastic body 20 is always kept to enable the user to recover the straightening of the waist, and a hidden type humpback preventing structure can be formed by wearing clothes outside after the user wears the elastic body; the application does not affect working, class or doing other things while sitting on the chair; the user can also walk, stand or do simple housework.

The part of the utility model not detailed is prior art.

Claims

1. The utility model provides a humpback correction frame with cervical vertebra drive mechanism, includes one side semicircle pole (12), opposite side semicircle pole (41), back pole, waistband (29), bracing piece (9), swash plate (4) and belt (46), characterized by: the back lower extreme of one side semicircle pole (12) and opposite side semicircle pole (41) sets up respectively in the upper end both sides of back pole, the middle part of back pole sub-unit connection waistband (29), the upper end of back pole is connected to bracing piece (9) lower extreme, the upper end of bracing piece (9) is connected with the middle part of swash plate (4), the upper portion of band (46) is respectively distinguished at swash plate (4) both ends, is equipped with the chin strap in the lower part of band (46).

2. The humpback correcting rack with the cervical traction mechanism as claimed in claim 1, wherein: the back rod comprises an upper block body (34) and an elastic body (20), the rear lower ends of the semicircular rod (12) on one side and the semicircular rod (41) on the other side are respectively arranged on two sides of the upper block body (34), the upper end of the elastic body (20) is connected with the upper block body (34), a through hole (58) formed by a bending plate is arranged at the lower end of the elastic body (20), and the middle part of the waistband (29) is penetrated in the through hole (58); or the lower end of the elastic body (20) is provided with a lower block body (23), and the middle part of the waistband (29) is connected with the lower block body (23).

3. The humpback correcting rack with the cervical traction mechanism as claimed in claim 2, wherein: two sides of the upper block body (34) are respectively provided with a side corner depression (16) and a side corner depression (37), a side connecting plate (15) arranged at the rear lower end of the side semi-circular rod (12) is attached to the side corner depression (16), and two locking screws B (47) penetrate through two through holes B (50) of the upper block body and are fixedly connected with two screw holes B (14) of the side connecting plate (15) to obtain the fixation of the side semi-circular rod (12) on one side of the upper block body (34); the other side connecting plate (38) arranged at the rear lower end of the other side semi-circular rod (41) is attached to the corner depression (37) at the other side, and two locking screws A (36) penetrate through two through holes A (35) of the upper block body (34) and are fixedly connected with two screw holes D (39) of the other side connecting plate (38) to obtain the fixation of the other side semi-circular rod (41) at the other side of the upper block body (34); a horn-shaped bulge A (13) is arranged on the semicircular rod (12) at one side close to the connecting plate (15) at one side; an angular protrusion B (40) is arranged on the other side semi-circular rod (41) close to the other side connecting plate (38).

4. The humpback correcting rack with the cervical traction mechanism as claimed in claim 2, wherein: be equipped with depressed groove (52) on the lower front portion or the rear portion face of last block (34), elastomer (20) upper end pastes in depressed groove (52), pass two unthreaded holes B (19) that elastomer (20) upper end set up by two set screws B (18) and connect screw F (53) that set up in depressed groove (52) back, the board (59) of bending that set up at the lower extreme of elastomer (20) is in elastomer (20) rear portion, the upper end of board (59) of bending is through welded connection (57) elastomer (20), form perforation (58) between board (59) of bending and elastomer (20) lower extreme.

5. The humpback correcting rack with the cervical traction mechanism as claimed in claim 2, wherein: the lower part of the elastic body (20) is provided with a plurality of unthreaded holes C (22) which are arranged from top to bottom, the upper end face of the lower block body (23) is provided with an upper end face hole (31), the lower part of the elastic body (20) is inserted into the upper end face hole (31), and two fixing screws C (21) penetrate through two screw holes E (49) of the lower block body (23) and then enter any two unthreaded holes C (22) of the elastic body (20).

6. The humpback correcting rack with the cervical traction mechanism as claimed in claim 2, wherein: the lower block body (23) is provided with a through hole which is communicated left and right; or the rear surface of the lower block body (23) is provided with a C-shaped plate (24), and a through hole is formed between the C-shaped plate (24) and the lower block body (23).

7. The humpback correction frame with a cervical traction mechanism as claimed in claim 6, wherein: a connecting piece (27) is arranged between the middle part of the C-shaped plate (24) and the lower block body (23), and an upper through hole (25) is formed between the C-shaped plate (24) at the upper part of the connecting piece (27) and the lower block body (23); a lower through hole (28) is formed between the C-shaped plate (24) at the lower part of the connecting piece (27) and the lower block body (23); the lower end surface of the lower block body (23) is provided with an elliptical surface (48), wherein an arc-shaped inclined surface transition is formed between the elliptical surface (48) of the lower block body (23) and the front surface of the lower block body (23).

8. The humpback correcting rack with the cervical traction mechanism according to claim 1 or 2, characterized in that: one end of the waistband (29) is provided with a waistband buckle (26), and the other end of the waistband (29) close to the waistband is provided with a plurality of buttonholes (30); the waistband (29) can be replaced by any one of a belt, a belt for doing exercises, an elastic band and a rope.

9. The humpback correcting rack with the cervical traction mechanism as claimed in claim 1, wherein: the lower end of the supporting rod (9) is inserted on an upper block body (34) at the upper end of the back rod; or a round hole (11) is arranged at the lower end of the supporting rod (9), a pit (33) is arranged at the upper part of an upper block body (34) of the back rod, and two fixing screws A (10) penetrate through the two round holes (11) at the lower end of the supporting rod (9) and then are connected with a screw hole C (32) in the pit (33) of the upper block body (34); the upper end of the supporting rod (9) is provided with an inclined block (7), the upper surface of the inclined block (7) is provided with a clamping groove (56), the middle part of the inclined plate (4) is positioned in the clamping groove (56), and two fixing screws D (42) penetrate through two unthreaded holes A (2) in the middle part of the inclined plate (4) and then are connected with screw holes A (6) of the clamping groove (56).

10. The humpback correcting rack with the cervical traction mechanism as claimed in claim 1 or 9, wherein: be equipped with rectangular hole (3) respectively near both ends at swash plate (4), wherein be close to one end behind two rectangular hole (3) that band (46) passed swash plate (4) and be equipped with rubber chin strap (43), be equipped with eye-splice (44) in the one end of band (46), the other end that is close to of band (46) is equipped with mortise lock (45), mortise lock (45) are connected in eye-splice (44).