CN215273653U

CN215273653U - Split type cantilever heavy burden correction balancing stand

Info

Publication number: CN215273653U
Application number: CN202120604809.0U
Authority: CN
Inventors: 张少林; 王明
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-25
Filing date: 2021-03-25
Publication date: 2021-12-24
Anticipated expiration: 2031-03-25

Abstract

The utility model aims at providing a split type cantilever heavy burden correction balancing stand, its characterized in that: the device comprises a correction adjusting frame, a correction fixing device, shoulder straps, two correction telescopic adjusting rods, an adjusting sliding correction device, a balance weight adjusting frame, a balance weight hanging ring, a balance weight piece and a vibration device, wherein a correction appliance is arranged in the middle of the correction fixing device, and the vibration device is provided with an air bag and a vibration manipulator; wholly adopt split type structural design, can carry out the apparatus of pertinence to change according to patient's correction position, can also stretch out and draw back the adjustment according to the size that the patient is different, the flexibility of group is joined in marriage to the correction utensil has been strengthened, vibrating device and the gasbag that is furnished with can increase the unbalanced sense of backbone, it forms a new balance to make brain and backbone both sides maintain the proprioception of posture, be favorable to the backbone to maintain the posture after correcting for a long time, prevent the effect of the nervous system anomaly to scoliosis development that probably exists, overall structure is systematized more, rationalization, it is more convenient to dismantle and assemble.

Description

Split type cantilever heavy burden correction balancing stand

Technical Field

The utility model relates to the field of medical equipment, especially, relate to a split type cantilever heavy burden correction balancing stand.

Background

Spinal curvature, also known as scoliosis, generally refers to a deformity of the spine where one or more segments of the spine are bent laterally with rotation of the vertebral body and an increase or decrease in kyphosis or lordosis in the sagittal plane, and patients with scoliosis are clinically identified as having a Cobb angle of 10 ° or greater. Spinal curvature is one of the most common deformities of the spine, which occur to alter the normal spinal morphology of the human body, and such alterations may include: the left and right directions of the spine on the coronal plane are deviated, the physiological curvature of the thoracolumbar on the sagittal plane is increased or reduced, the rotating spinous process of the vertebral body on the horizontal plane is deviated to one side, and the pathology is a spatial three-dimensional deformity. The traditional medical appliances for correcting the spinal curvature all adopt cantilever weight-bearing correction braces, the braces basically adopt a wearing mode structure to fix the affected part of a patient, the structures are simplified, the braces basically act on the independent pathological positions of the patient, if the braces need to correct different pathological positions, other aids or braces with different structures need to be used for correcting, the rationality of systematicness and free matching is lacked, the use is more complicated, the correction treatment is limited, and the correction quality cannot be improved; the existing correction brace is not matched with vibration assistance to help a patient to apply a controllable balance sense to a nervous system while maintaining the posture of the patient, so that the correction effect is improved; accordingly, there is a need for an improved construction for an existing cantilevered weight correction brace that addresses and circumvents the above-mentioned problems.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide an adopt split type structural design, can carry out targeted utensil change according to the correction position of the patient, is suitable for right chest bending correction, right chest left waist bending correction, lumbar curvature disappearance back convex front and back correction, lumbar curvature basin skew and thoracic scoliosis confrontation correction, can also carry out telescopic adjustment according to different body types of the patient, enhances the flexibility of the correction utensil matching, and cooperates with a counterweight utensil to carry out the traction of the correction position, so as to achieve the effect of regional emphasis shaping, under maintaining the correction posture, the matched vibrating device and the air bag can increase the spinal unbalance feeling, lead the brain to remember the posture after correction, lead the proprioception of the posture maintained at the brain and the both sides of the spinal column to form a new balance, thereby being beneficial to the spinal column to maintain the posture after correction for a long time, prevent the possible nervous system abnormity from developing the scoliosis, the cantilever load correction balancing stand has a systematic and reasonable overall structure and is more convenient to disassemble and assemble.

The technical scheme of the utility model is that: the utility model provides a balancing stand is corrected to split type cantilever heavy burden which characterized in that: the device consists of a correction adjusting frame, a correction fixing device, a shoulder strap, two correction telescopic adjusting rods, an adjusting sliding correction device, a balance weight adjusting frame, a balance weight hanging ring, a balance weight piece and a vibration device, wherein the correction fixing device is positioned at the middle position of the correction adjusting frame, the correction fixing device is detachably connected with the correction adjusting frame, the correction fixing device is also provided with a correction appliance, the correction appliance is positioned at the middle part of the correction fixing device, the correction appliance is detachably connected with the correction fixing device, the shoulder strap is positioned at the position close to the two correction telescopic adjusting rods at one side of the correction fixing device, the shoulder strap is fixedly connected with the correction adjusting frame, the two correction telescopic adjusting rods are horizontally and parallelly positioned at the position between the correction adjusting frame and the balance weight adjusting frame, the same ends of the two correction telescopic adjusting rods are detachably connected with the correction adjusting frame, the other one end of two correction telescopic adjusting rods is connected for dismantling with the counter weight alignment jig, it is located two position departments of correcting between the telescopic adjusting rod to adjust slip orthotic devices, the one end of adjusting slip orthotic devices is connected for dismantling with one of them correction telescopic adjusting rod, the other end of adjusting slip orthotic devices is connected for dismantling with another correction telescopic adjusting rod, the counter weight link is located the middle part position department of keeping away from the counter weight alignment jig of adjusting slip orthotic devices, counter weight link and counter weight alignment jig are fixed connection, the counterweight is located the position department under the counter weight link, the counterweight utilizes string and counter weight link for dismantling the connection, vibrating device is located correction alignment jig, correction fixing device, baldric, two correction telescopic adjusting rods, adjusts slip orthotic devices, counter weight alignment jig, The next one-level of counter weight link and counterweight, vibrating device with correct alignment jig, correct fixing device, baldric, two correct telescopic adjustment pole, adjust slip orthotic devices, counter weight alignment jig, counter weight link and counterweight and be swing joint, the last gasbag and the vibration controller of still being equipped with of vibrating device, the gasbag is located the central point on vibrating device upper portion and puts the department, the gasbag is connected for dismantling with vibrating device, the vibration controller is located one side of vibrating device, the vibration controller utilizes the circuit cable to be connected with vibrating device.

Further, the correction adjusting frame is an L-shaped screwing fastening type hollow hard plastic pipe structure frame.

Further, the correcting and fixing device is of an assembled structure.

Further, the correcting device is an oxter cylinder structural rod with a cushion layer, a thoracic vertebra adjusting shaft structural rod with a cushion layer, an arc lumbar kyphosis correcting rod with a cushion layer, a lumbar lateral bending correcting shaft structural rod with a cushion layer or an oxter resisting shaft structural rod with a cushion layer.

Further, the shoulder straps are buckle retractable canvas belts with cushion layers.

Further, the accommodating slip correction device is a twist-fastened lateral curvature correction rod with a cushion layer, a twist-fastened lumbar adjustment shaft structure rod with a cushion layer, a twist-fastened arcuately shaped pubic symphysis correction rod with a cushion layer, a twist-fastened hip correction rod assembly with a hip counterband, a twist-fastened thoracic spine correction band with a cushion layer, and a twist-fastened shoulder strap assembly with a cushion layer.

Further, the counterweight adjusting frame is a screwing fastening type hollow hard plastic pipe structure frame.

Further, the counterweight hanging ring is of an hourglass-shaped structure.

The beneficial effects of the utility model reside in that: the split type structural design is adopted, the targeted appliance replacement can be carried out according to the correction part of a patient, the device is suitable for right chest bending correction, right chest left waist bending correction, front and back correction of lumbar curvature disappearance and kyphosis, skewed lumbar pelvis and thoracic scoliosis resistance correction, the stretching adjustment can be carried out according to different body types of the patient, the flexibility of the matching of the correction appliance is enhanced, the traction of the correction position is carried out by matching with a counterweight appliance so as to achieve the effect of region accentuation shaping, under the condition of maintaining the correction posture, the unbalanced feeling of the spine can be increased by matching with a vibrating device and an air bag, the brain remembers the corrected posture, the proprioception of the posture maintaining of the brain and the two sides of the spine forms a new balance, thereby being beneficial to maintaining the corrected posture of the spine for a long time and preventing the possible abnormal nervous system from developing the scoliosis, the whole structure is more systematized and rationalized, and the assembly and disassembly are more convenient.

Drawings

Fig. 1 is a front view of the present invention.

Fig. 2 is a schematic diagram of the overall separation adjustment state of the present invention.

Fig. 3 is a schematic view of the second embodiment of the present invention, showing a right chest and left waist bending correction structure.

Fig. 4 is a schematic view of a third embodiment of the present invention, which is suitable for a front and back correction structure of the lumbar curvature after the disappearance of the kyphosis.

Fig. 5 is a schematic view of a skew structure of a pelvis with a waist bend according to the fourth embodiment of the present invention.

Fig. 6 is a schematic view of a thoracic convex structure according to a fifth embodiment of the present invention.

Wherein: 1. correction adjusting frame 2, correction fixing device 3 and correction appliance

4. Shoulder belt 5, correction telescopic adjusting rod 6 and adjustment sliding correction device

7. Balance weight adjusting bracket 8, balance weight hanging ring 9 and balance weight part

10. Vibration device 11, air bag 12 and vibration manipulator

Detailed Description

The following provides a brief description of the embodiments of the present invention with reference to the accompanying drawings.

Example 1:

as shown in fig. 1 and 2, the split type cantilever load-bearing correcting balance frame is characterized in that: the correcting and adjusting device consists of a correcting and adjusting frame 1, a correcting and fixing device 2, a shoulder strap 4, two correcting telescopic adjusting rods 5, an adjusting sliding correcting device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight piece 9 and a vibrating device 10, wherein the correcting and fixing device 2 is positioned at the middle position of the correcting and adjusting frame 1, the correcting and fixing device 2 is detachably connected with the correcting and adjusting frame 1, a correcting appliance 3 is also arranged on the correcting and fixing device 2, the correcting appliance 3 is positioned at the middle part of the correcting and fixing device 2, the correcting appliance 3 is detachably connected with the correcting and fixing device 2, the shoulder strap 4 is positioned at the position close to the two correcting telescopic adjusting rods 5 at one side of the correcting and fixing device 2, the shoulder strap 4 is fixedly connected with the correcting and adjusting frame 1, the two correcting telescopic adjusting rods 5 are horizontally and parallelly positioned at the position between the correcting and adjusting frame 1 and the balance weight adjusting frame 7, the same end of the two correcting telescopic adjusting rods 5 is detachably connected with the correcting adjusting frame 1, the other end of the two correcting telescopic adjusting rods 5 is detachably connected with the counterweight adjusting frame 7, the adjusting sliding correcting device 6 is positioned at the position between the two correcting telescopic adjusting rods 5, one end of the adjusting sliding correcting device 6 is detachably connected with one of the correcting telescopic adjusting rods 5, the other end of the adjusting sliding correcting device 6 is detachably connected with the other correcting telescopic adjusting rod 5, the counterweight hanging ring 8 is positioned at the middle position of the counterweight adjusting frame 7 far away from the adjusting sliding correcting device 6, the counterweight hanging ring 8 is fixedly connected with the counterweight adjusting frame 7, the counterweight piece 9 is positioned at the position under the counterweight hanging ring 8, and the counterweight piece 9 is detachably connected with the counterweight hanging ring 8 by using a hanging rope, the utility model discloses a vibration device 10, including vibrating device 10, correcting adjusting frame 1, correcting fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust the next stage of slip orthotic device 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9, vibrating device 10 with correct adjusting frame 1, correct fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust slip orthotic devices 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9 and be swing joint, still be equipped with gasbag 11 and vibration controller 12 on vibrating device 10, the central point that gasbag 11 is located vibrating device 10 upper portion puts the department, gasbag 11 and vibrating device 10 are for dismantling and are connected, vibration controller 12 is located one side of vibrating device 10, vibration controller 12 utilizes the circuit cable to be connected with vibrating device 10. The correcting and adjusting frame 1 is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode. The correcting and fixing device 2 is of an assembled structure. The correcting appliance 3 is an oxter cylinder structure rod with a cushion layer. The shoulder straps 4 are snap-fit retractable canvas belts with cushion layers. The adjusting sliding correcting device 6 is a screwing fastening type lateral bending correcting rod with a cushion layer. The counterweight adjusting frame 7 is a screwing fastening type hollow hard plastic pipe structure frame. The counterweight hanging ring 8 is of an hourglass-shaped structure.

The working mode is as follows: the cantilever load correction balance frame mainly comprises a correction adjusting frame 1, a correction fixing device 2, shoulder straps 4, two correction telescopic adjusting rods 5, an adjustment sliding correction device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight part 9 and a vibration device 10, wherein the correction adjusting frame 1, the correction fixing device 2, the two correction telescopic adjusting rods 5, the adjustment sliding correction device 6 and the balance weight adjusting frame 7 adopt detachable connection structures, so that the whole assembly, disassembly and storage are convenient, the replacement of a correction appliance 3 and the adjustment sliding correction device 6 is also convenient, so as to better act on different pathological positions of a patient, the correction fixing device 2 adopts an assembled structure, the disassembly is convenient, the assembly and the carrying of the correction appliance 3 are also convenient, the correction appliance 3 is carried in the middle of the correction fixing device 2, the correction appliance 3 adopts an underarm cylinder structure rod with a cushion layer, the adjusting sliding correcting device 6 adopts a screwing fastening type lateral bending correcting rod with a cushion layer, and is installed between two correcting telescopic adjusting rods 5, when in use, firstly, a patient wears the whole correcting balance frame to enable the whole correcting balance frame to be sleeved on the outer side of the body, and utilizes a correcting appliance 3 on one side of the correcting adjusting frame 1 to be clamped under the armpit, the correcting adjusting frame 1 adopts an L-shaped screwing fastening type hollow hard plastic pipe structure frame, the L shape of the L-shaped screwing fastening type hollow hard plastic pipe structure frame can reduce the clamping force of the armpit of the patient, the tiltability and stress point of the whole correcting balance frame crossing the outer side of the body are smaller, and the cylindrical structure of the correcting appliance 3 is matched to further enhance the use comfort of the patient; then, the shoulder of a patient is locked and fixed by using the shoulder strap 4, the shoulder strap 4 adopts a buckle retractable canvas belt with a cushion layer, the shoulder strap 4 can be retracted and fixed according to the body shape of the patient, in addition, the counterweight adjusting frame 7 adopts a twist fastening type hollow hard plastic pipe structure frame, the two correction retractable adjusting rods 5 are clamped between the correction adjusting frame 1 and the counterweight adjusting frame 7, the correction adjusting frame 1 and the counterweight adjusting frame 7 can be retracted at the two ends of the two correction retractable adjusting rods 5 by using the hollow structure, the retraction and extension control can be carried out according to the body shape of the patient, and the position fixing can be carried out by using twist fastening pieces of the correction adjusting frame 1 and the counterweight adjusting frame 7; then, the wearing patient can adjust the movement of the adjusting sliding correction device 6 between the two correcting telescopic adjusting rods 5 according to the body shape of the wearing patient, so that the adjusting sliding correction device 6 is attached to the pathological affected part of the wearing patient, the confrontation correction among the correcting appliance 3, the shoulder belt 4 and the adjusting sliding correction device 6 is realized, and the device is suitable for the correction treatment of the patient with right chest curvature; in addition, a counterweight hanging ring 8 is arranged at the middle position of a counterweight adjusting frame 7 far away from the adjusting sliding correcting device 6, a counterweight 9 is positioned right below the counterweight hanging ring 8, the counterweight 9 is connected with the counterweight hanging ring 8 by using a hanging rope, the counterweight hanging ring 8 adopts an hourglass-shaped structure, so that the hanging rope of the counterweight 9 can be clamped at the central position of the counterweight hanging ring 8, the movement of the hanging rope of the counterweight 9 in the counterweight hanging ring 8 during wearing is prevented, the traction force of a patient in the thoracic cavity is enhanced, the correcting posture of the patient is more accurate and in place, the coordination and the comfort degree of body adjustment are improved, and the therapeutic effect is also realized on common back pain caused by clinical cervical spondylosis and poor posture; the whole body adopts a split structure design, can change appliances in a targeted manner according to the correction parts of patients, can be adjusted in a telescopic manner according to different body types of the patients, enhances the flexibility of the matching of the correction appliances, and is matched with a counterweight appliance to pull the correction positions so as to achieve the effect of emphasizing the shaping in areas; in addition, under maintaining and correcting the gesture, the vibrating device 10 and the gasbag 11 that are furnished with can increase the unbalanced sense of backbone, and the patient can utilize vibration controller 12 to control vibrating device 10 when wearing, lets the brain remember the posture after correcting, makes brain and backbone both sides maintain the proprioception of posture and form a new balance to be favorable to the backbone to maintain the posture after correcting for a long time, prevent the effect that the nervous system anomaly that probably exists develops scoliosis, overall structure is systematized more, rationalization, the dismouting is more convenient.

Example 2:

as shown in fig. 3, the split type cantilever weight-bearing correcting balance frame is characterized in that: the correcting and adjusting device consists of a correcting and adjusting frame 1, a correcting and fixing device 2, a shoulder strap 4, two correcting telescopic adjusting rods 5, an adjusting sliding correcting device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight piece 9 and a vibrating device 10, wherein the correcting and fixing device 2 is positioned at the middle position of the correcting and adjusting frame 1, the correcting and fixing device 2 is detachably connected with the correcting and adjusting frame 1, a correcting appliance 3 is also arranged on the correcting and fixing device 2, the correcting appliance 3 is positioned at the middle part of the correcting and fixing device 2, the correcting appliance 3 is detachably connected with the correcting and fixing device 2, the shoulder strap 4 is positioned at the position close to the two correcting telescopic adjusting rods 5 at one side of the correcting and fixing device 2, the shoulder strap 4 is fixedly connected with the correcting and adjusting frame 1, the two correcting telescopic adjusting rods 5 are horizontally and parallelly positioned at the position between the correcting and adjusting frame 1 and the balance weight adjusting frame 7, the same end of the two correcting telescopic adjusting rods 5 is detachably connected with the correcting adjusting frame 1, the other end of the two correcting telescopic adjusting rods 5 is detachably connected with the counterweight adjusting frame 7, the adjusting sliding correcting device 6 is positioned at the position between the two correcting telescopic adjusting rods 5, one end of the adjusting sliding correcting device 6 is detachably connected with one of the correcting telescopic adjusting rods 5, the other end of the adjusting sliding correcting device 6 is detachably connected with the other correcting telescopic adjusting rod 5, the counterweight hanging ring 8 is positioned at the middle position of the counterweight adjusting frame 7 far away from the adjusting sliding correcting device 6, the counterweight hanging ring 8 is fixedly connected with the counterweight adjusting frame 7, the counterweight piece 9 is positioned at the position under the counterweight hanging ring 8, and the counterweight piece 9 is detachably connected with the counterweight hanging ring 8 by using a hanging rope, the utility model discloses a vibration device 10, including vibrating device 10, correcting adjusting frame 1, correcting fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust the next stage of slip orthotic device 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9, vibrating device 10 with correct adjusting frame 1, correct fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust slip orthotic devices 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9 and be swing joint, still be equipped with gasbag 11 and vibration controller 12 on vibrating device 10, the central point that gasbag 11 is located vibrating device 10 upper portion puts the department, gasbag 11 and vibrating device 10 are for dismantling and are connected, vibration controller 12 is located one side of vibrating device 10, vibration controller 12 utilizes the circuit cable to be connected with vibrating device 10. The correcting and adjusting frame 1 is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode. The correcting and fixing device 2 is of an assembled structure. The correcting appliance 3 is a thoracic vertebra adjusting shaft structural rod with a cushion layer. The shoulder straps 4 are snap-fit retractable canvas belts with cushion layers. The adjusting sliding correcting device 6 is a screwing fastening type waist adjusting shaft structure rod with a cushion layer. The counterweight adjusting frame 7 is a screwing fastening type hollow hard plastic pipe structure frame. The counterweight hanging ring 8 is of an hourglass-shaped structure.

The working mode is that the correcting appliance 3 is replaced by a thoracic vertebra adjusting shaft structural rod with a cushion layer, the adjusting sliding correcting device 6 is replaced by a screwing fastening type waist adjusting shaft structural rod with the cushion layer, the wearing mode and the fixing mode are the same as those of the first embodiment, the size specification and the diameter width of the replaced correcting appliance 3 and the adjusting sliding correcting device 6 are larger, and the correcting appliance is suitable for correcting and treating patients with right chest and left waist bending.

Example 3:

as shown in fig. 4, the split type cantilever weight-bearing correcting balance frame is characterized in that: the correcting and adjusting device consists of a correcting and adjusting frame 1, a correcting and fixing device 2, a shoulder strap 4, two correcting telescopic adjusting rods 5, an adjusting sliding correcting device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight piece 9 and a vibrating device 10, wherein the correcting and fixing device 2 is positioned at the middle position of the correcting and adjusting frame 1, the correcting and fixing device 2 is detachably connected with the correcting and adjusting frame 1, a correcting appliance 3 is also arranged on the correcting and fixing device 2, the correcting appliance 3 is positioned at the middle part of the correcting and fixing device 2, the correcting appliance 3 is detachably connected with the correcting and fixing device 2, the shoulder strap 4 is positioned at the position close to the two correcting telescopic adjusting rods 5 at one side of the correcting and fixing device 2, the shoulder strap 4 is fixedly connected with the correcting and adjusting frame 1, the two correcting telescopic adjusting rods 5 are horizontally and parallelly positioned at the position between the correcting and adjusting frame 1 and the balance weight adjusting frame 7, the same end of the two correcting telescopic adjusting rods 5 is detachably connected with the correcting adjusting frame 1, the other end of the two correcting telescopic adjusting rods 5 is detachably connected with the counterweight adjusting frame 7, the adjusting sliding correcting device 6 is positioned at the position between the two correcting telescopic adjusting rods 5, one end of the adjusting sliding correcting device 6 is detachably connected with one of the correcting telescopic adjusting rods 5, the other end of the adjusting sliding correcting device 6 is detachably connected with the other correcting telescopic adjusting rod 5, the counterweight hanging ring 8 is positioned at the middle position of the counterweight adjusting frame 7 far away from the adjusting sliding correcting device 6, the counterweight hanging ring 8 is fixedly connected with the counterweight adjusting frame 7, the counterweight piece 9 is positioned at the position under the counterweight hanging ring 8, and the counterweight piece 9 is detachably connected with the counterweight hanging ring 8 by using a hanging rope, the utility model discloses a vibration device 10, including vibrating device 10, correcting adjusting frame 1, correcting fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust the next stage of slip orthotic device 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9, vibrating device 10 with correct adjusting frame 1, correct fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust slip orthotic devices 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9 and be swing joint, still be equipped with gasbag 11 and vibration controller 12 on vibrating device 10, the central point that gasbag 11 is located vibrating device 10 upper portion puts the department, gasbag 11 and vibrating device 10 are for dismantling and are connected, vibration controller 12 is located one side of vibrating device 10, vibration controller 12 utilizes the circuit cable to be connected with vibrating device 10. The correcting and adjusting frame 1 is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode. The correcting and fixing device 2 is of an assembled structure. The correcting appliance 3 is an arc lumbar kyphosis correcting rod with a cushion layer. The shoulder straps 4 are snap-fit retractable canvas belts with cushion layers. The adjusting sliding correcting device 6 is a screwing fastening type arc-shaped pubis combined counter correcting rod with a cushion layer. The counterweight adjusting frame 7 is a screwing fastening type hollow hard plastic pipe structure frame. The counterweight hanging ring 8 is of an hourglass-shaped structure.

The operating mode is that the correcting appliance 3 is replaced by an arc lumbar kyphosis correcting rod with a cushion layer, the adjusting sliding correcting device 6 is replaced by a screwing fastening arc pubis combined confrontation correcting rod with the cushion layer, the wearing mode and the fixing mode are the same as those of the first embodiment and the second embodiment, the replaced correcting appliance 3 and the adjusting sliding correcting device 6 are placed in mirror image structures, and the device is suitable for front and back correction treatment of a kyphosis patient with lost lumbar curvature.

Example 4:

as shown in fig. 5, the split type cantilever weight-bearing correcting balance frame is characterized in that: the correcting and adjusting device consists of a correcting and adjusting frame 1, a correcting and fixing device 2, a shoulder strap 4, two correcting telescopic adjusting rods 5, an adjusting sliding correcting device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight piece 9 and a vibrating device 10, wherein the correcting and fixing device 2 is positioned at the middle position of the correcting and adjusting frame 1, the correcting and fixing device 2 is detachably connected with the correcting and adjusting frame 1, a correcting appliance 3 is also arranged on the correcting and fixing device 2, the correcting appliance 3 is positioned at the middle part of the correcting and fixing device 2, the correcting appliance 3 is detachably connected with the correcting and fixing device 2, the shoulder strap 4 is positioned at the position close to the two correcting telescopic adjusting rods 5 at one side of the correcting and fixing device 2, the shoulder strap 4 is fixedly connected with the correcting and adjusting frame 1, the two correcting telescopic adjusting rods 5 are horizontally and parallelly positioned at the position between the correcting and adjusting frame 1 and the balance weight adjusting frame 7, the same end of the two correcting telescopic adjusting rods 5 is detachably connected with the correcting adjusting frame 1, the other end of the two correcting telescopic adjusting rods 5 is detachably connected with the counterweight adjusting frame 7, the adjusting sliding correcting device 6 is positioned at the position between the two correcting telescopic adjusting rods 5, one end of the adjusting sliding correcting device 6 is detachably connected with one of the correcting telescopic adjusting rods 5, the other end of the adjusting sliding correcting device 6 is detachably connected with the other correcting telescopic adjusting rod 5, the counterweight hanging ring 8 is positioned at the middle position of the counterweight adjusting frame 7 far away from the adjusting sliding correcting device 6, the counterweight hanging ring 8 is fixedly connected with the counterweight adjusting frame 7, the counterweight piece 9 is positioned at the position under the counterweight hanging ring 8, and the counterweight piece 9 is detachably connected with the counterweight hanging ring 8 by using a hanging rope, the utility model discloses a vibration device 10, including vibrating device 10, correcting adjusting frame 1, correcting fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust the next stage of slip orthotic device 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9, vibrating device 10 with correct adjusting frame 1, correct fixing device 2, baldric 4, two and correct telescopic adjusting rod 5, adjust slip orthotic devices 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9 and be swing joint, still be equipped with gasbag 11 and vibration controller 12 on vibrating device 10, the central point that gasbag 11 is located vibrating device 10 upper portion puts the department, gasbag 11 and vibrating device 10 are for dismantling and are connected, vibration controller 12 is located one side of vibrating device 10, vibration controller 12 utilizes the circuit cable to be connected with vibrating device 10. The correcting and adjusting frame 1 is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode. The correcting and fixing device 2 is of an assembled structure. The correcting appliance 3 is a lumbar lateral bending correcting shaft structural rod with a cushion layer. The shoulder straps 4 are snap-fit retractable canvas belts with cushion layers. The adjusting slide orthosis 6 is a screw-fastened hip orthosis assembly with a hip counter strap. The counterweight adjusting frame 7 is a screwing fastening type hollow hard plastic pipe structure frame. The counterweight hanging ring 8 is of an hourglass-shaped structure.

The operation mode is that the correcting appliance 3 is replaced by a rod with a lumbar lateral bending correcting shaft structure with a cushion layer, the adjusting sliding correcting device 6 is replaced by a screw fastening type hip correcting rod component with a hip resisting belt, the wearing mode and the fixing mode are the same as the mode of the first embodiment, the second embodiment and the third embodiment, the hip resisting belt in the replaced adjusting sliding correcting device 6 can act on the pelvis of a patient, and the adjusting sliding correcting device is suitable for correcting treatment of the patient with the bent pelvis.

Example 5:

as shown in fig. 6, the split type cantilever weight-bearing correcting balance frame is characterized in that: the device consists of a correction adjusting frame 1, a correction fixing device 2, two correction telescopic adjusting rods 5, an adjusting sliding correction device 6, a balance weight adjusting frame 7, a balance weight hanging ring 8, a balance weight part 9 and a vibration device 10, wherein the correction fixing device 2 is positioned at the middle position of the correction adjusting frame 1, the correction fixing device 2 is detachably connected with the correction adjusting frame 1, a correction appliance 3 is further arranged on the correction fixing device 2, the correction appliance 3 is positioned at the middle part of the correction fixing device 2, the correction appliance 3 is detachably connected with the correction fixing device 2, the two correction telescopic adjusting rods 5 are horizontally and parallelly positioned at the position between the correction adjusting frame 1 and the balance weight adjusting frame 7, the same ends of the two correction telescopic adjusting rods 5 are detachably connected with the correction adjusting frame 1, and the other ends of the two correction telescopic adjusting rods 5 are detachably connected with the balance weight adjusting frame 7, the adjusting sliding correcting device 6 is positioned at a position between two correcting telescopic adjusting rods 5, one end of the adjusting sliding correcting device 6 is detachably connected with one correcting telescopic adjusting rod 5, the other end of the adjusting sliding correcting device 6 is detachably connected with the other correcting telescopic adjusting rod 5, the balance weight hanging ring 8 is positioned at the middle position of the balance weight adjusting frame 7 far away from the adjusting sliding correcting device 6, the balance weight hanging ring 8 is fixedly connected with the balance weight adjusting frame 7, the balance weight part 9 is positioned at the position right below the balance weight hanging ring 8, the balance weight part 9 is detachably connected with the balance weight hanging ring 8 by using a hanging rope, the vibrating device 10 is positioned at the next stage of the correcting adjusting frame 1, the correcting fixing device 2, the two correcting telescopic adjusting rods 5, the adjusting sliding correcting device 6, the balance weight adjusting frame 7, the balance weight hanging ring 8 and the balance weight part 9, the utility model discloses a vibration device, including vibrating device 10, correcting adjusting frame 1, correcting fixing device 2, two correction telescopic adjusting rods 5, regulation slip orthotic devices 6, counter weight adjusting frame 7, counter weight link 8 and counterweight 9, still be equipped with gasbag 11 and vibration controller 12 on the vibrating device 10, gasbag 11 is located the central point on vibrating device 10 upper portion and puts the department, gasbag 11 is for dismantling with vibrating device 10 and be connected, vibration controller 12 is located one side of vibrating device 10, vibration controller 12 utilizes the circuit cable to be connected with vibrating device 10. The correcting and adjusting frame 1 is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode. The correcting and fixing device 2 is of an assembled structure. The orthotic device 3 is an underarm counter-axis structural rod with a cushion. The adjusting slide correction device 6 is a twist-fastened thoracic correction band with a cushion layer and a twist-fastened shoulder belt assembly with a cushion layer. The counterweight adjusting frame 7 is a screwing fastening type hollow hard plastic pipe structure frame. The counterweight hanging ring 8 is of an hourglass-shaped structure.

The operation mode is that the correcting appliance 3 is replaced by an armpit counter shaft structural rod with a cushion layer, the adjusting sliding correcting device 6 is replaced by a screwing fastening type thoracic vertebra correcting belt with a cushion layer and a screwing fastening type shoulder belt assembly with a cushion layer, the wearing mode and the fixing mode are the same as those of the first embodiment, the second embodiment, the third embodiment and the fourth embodiment, and the adjusting sliding correcting device 6 after replacement is provided with the screwing fastening type shoulder belt assembly with the cushion layer, so that the shoulder fixing can be adjusted automatically, and the correcting appliance is suitable for correcting and treating a patient with the lateral curvature of the thoracic vertebra.

In the description of the present invention, it should be noted that the terms "center", "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "inner", "outer", "top", "bottom", "end", etc. indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and are only for convenience of description and simplification of the description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

While one embodiment of the present invention has been described in detail, the description is only a preferred embodiment of the present invention, and should not be considered as limiting the scope of the present invention. All the equivalent changes and improvements made according to the application scope of the present invention should still fall within the patent coverage of the present invention.

Claims

1. The utility model provides a balancing stand is corrected to split type cantilever heavy burden which characterized in that: the device consists of a correction adjusting frame, a correction fixing device, a shoulder strap, two correction telescopic adjusting rods, an adjusting sliding correction device, a balance weight adjusting frame, a balance weight hanging ring, a balance weight piece and a vibration device, wherein the correction fixing device is positioned at the middle position of the correction adjusting frame, the correction fixing device is detachably connected with the correction adjusting frame, the correction fixing device is also provided with a correction appliance, the correction appliance is positioned at the middle part of the correction fixing device, the correction appliance is detachably connected with the correction fixing device, the shoulder strap is positioned at the position close to the two correction telescopic adjusting rods at one side of the correction fixing device, the shoulder strap is fixedly connected with the correction adjusting frame, the two correction telescopic adjusting rods are horizontally and parallelly positioned at the position between the correction adjusting frame and the balance weight adjusting frame, the same ends of the two correction telescopic adjusting rods are detachably connected with the correction adjusting frame, the other one end of two correction telescopic adjusting rods is connected for dismantling with the counter weight alignment jig, it is located two position departments of correcting between the telescopic adjusting rod to adjust slip orthotic devices, the one end of adjusting slip orthotic devices is connected for dismantling with one of them correction telescopic adjusting rod, the other end of adjusting slip orthotic devices is connected for dismantling with another correction telescopic adjusting rod, the counter weight link is located the middle part position department of keeping away from the counter weight alignment jig of adjusting slip orthotic devices, counter weight link and counter weight alignment jig are fixed connection, the counterweight is located the position department under the counter weight link, the counterweight utilizes string and counter weight link for dismantling the connection, vibrating device is located correction alignment jig, correction fixing device, baldric, two correction telescopic adjusting rods, adjusts slip orthotic devices, counter weight alignment jig, The next one-level of counter weight link and counterweight, vibrating device with correct alignment jig, correct fixing device, baldric, two correct telescopic adjustment pole, adjust slip orthotic devices, counter weight alignment jig, counter weight link and counterweight and be swing joint, the last gasbag and the vibration controller of still being equipped with of vibrating device, the gasbag is located the central point on vibrating device upper portion and puts the department, the gasbag is connected for dismantling with vibrating device, the vibration controller is located one side of vibrating device, the vibration controller utilizes the circuit cable to be connected with vibrating device.

2. The split cantilever weight-correction gimbal of claim 1, wherein: the correcting and adjusting frame is an L-shaped hollow hard plastic pipe structure frame in a screwing and fastening mode.

3. The split cantilever weight-correction gimbal of claim 1, wherein: the correcting and fixing device is of an assembled structure.

4. The split cantilever weight-correction gimbal of claim 1, wherein: the correcting device is an oxter cylinder structural rod with a cushion layer, a thoracic vertebra adjusting shaft structural rod with a cushion layer, an arc lumbar kyphosis correcting rod with a cushion layer, a lumbar lateral bending correcting shaft structural rod with a cushion layer or an oxter counter shaft structural rod with a cushion layer.

5. The split cantilever weight-correction gimbal of claim 1, wherein: the shoulder straps are buckle retractable canvas belts with cushion layers.

6. The split cantilever weight-correction gimbal of claim 1, wherein: the adjusting and sliding correcting device is a screwing and fastening type lateral bending correcting rod with a cushion layer, a screwing and fastening type waist adjusting shaft structure rod with the cushion layer, a screwing and fastening type arc-shaped pubic symphysis correcting rod with the cushion layer, a screwing and fastening type hip correcting rod component with a hip countermark belt, a screwing and fastening type thoracic vertebra correcting belt with the cushion layer and a screwing and fastening type shoulder belt component with the cushion layer.

7. The split cantilever weight-correction gimbal of claim 1, wherein: the counterweight adjusting frame is a screwing fastening type hollow hard plastic pipe structure frame.

8. The split cantilever weight-correction gimbal of claim 1, wherein: the counterweight suspension ring is of an hourglass-shaped structure.