CN115068903A - Ligament spine rehabilitation therapeutic apparatus for sports medicine and use method - Google Patents

Abstract

The invention relates to the field of sports medical equipment, in particular to a ligament spine rehabilitation therapeutic apparatus for sports medicine and a using method thereof, wherein the ligament spine rehabilitation therapeutic apparatus comprises: recovered frame of motion, recovered subassembly of ligament and the recovered subassembly of vertebra are all installed on the recovered frame of motion, and the recovered subassembly of ligament passes through the body frame and installs the one end at the recovered frame of motion, and the recovered subassembly of vertebra passes through the side bearer and installs the other end at the recovered frame of motion, and the recovered subassembly of ligament includes: stretching mechanism and drop rod, the recovered subassembly of vertebra includes: the vertebra traction mechanism and the adjustable vertebra fixed point massage mechanism help the patient to perform targeted treatment through the ligament rehabilitation component and the vertebra rehabilitation component, and effectively treat and train the ligament and the vertebra of the patient by combining the illness state and the demand of the patient.

Description

A kind of ligament and spine rehabilitation treatment instrument for sports medicine and using method

technical field

The invention relates to the field of sports medicine equipment, in particular to a ligament and spine rehabilitation therapy instrument for sports medicine and a method of using the same.

Background technique

Sports medicine is a fringe science that combines medicine and sports, but it is also a discipline of medicine, specializing in the study of medical issues related to sports. The content of sports medicine research is very extensive, among which, injuries such as muscle and spine also belong to the research scope of sports medicine. The treatment of ligament and spinal injuries is mainly carried out in parallel with drugs and rehabilitation training. Rehabilitation training is an active treatment, mainly based on the patient's own movement. However, some patients may not have the ability and willingness to actively exercise or active training in some cases, and are more willing to accept passive training.

The human spine consists of 33 vertebrae (7 cervical vertebrae, 12 thoracic vertebrae, 5 lumbar vertebrae, 9 sacrum and coccyx) connected by ligaments, joints and intervertebral discs. The upper end of the spine supports the skull, lowers the hip bone, attaches to the rib cage, and serves as the back wall of the thoracic, abdominal and pelvic cavities. The spine has the functions of supporting the trunk, protecting the internal organs, protecting the spinal cord, and performing movement. Inside the spine, a longitudinal spinal canal is formed from top to bottom, which contains the spinal cord. The spine is located in the middle of the back, from top to bottom, with the spinal cord inside, like a nerve highway, linking the brain and every tissue in the body. Therefore, the importance of the spine is self-evident. Viewed from the side, the spine has three major curvatures for mobility and stability. However, when viewed from behind, the patient's spine is straight and not curved to either side. Some people are born with a twisted spine, but in many cases, disease, poor posture, and malnutrition are the cause.

Common spine and ligament therapy rehabilitation training equipment has the following problems:

1. The common treatment method is that the patient lies flat on the hard bed and recovers naturally. The disadvantage of this treatment method is that the treatment time is long. Because the spine is not well reset, it is easy to relapse after treatment;

2. Although massage can treat the spine, this kind of treatment generates massage force through hand joints such as fingers or wrists, so after a period of time, the operator is prone to fatigue and fatigue, and joints such as fingers or wrists are prone to soreness and swelling. ;

3. It is not possible to perform fixed-point and multi-angle massage and traction on the injured part of the patient.

SUMMARY OF THE INVENTION

In order to solve the above technical problems.

The present application provides a ligament and spine rehabilitation therapy instrument for sports medicine, including: a sports rehabilitation frame, a ligament rehabilitation component and a spinal rehabilitation component. It is installed on one end of the sports rehabilitation frame, the spine rehabilitation component is installed on the other end of the sports rehabilitation frame through the side frame, the main frame is installed vertically at one end of the length direction of the sports rehabilitation frame, and the side frame is installed vertically in the width and wind direction of the sports rehabilitation frame. On both sides, the ligament rehabilitation components include: a stretching mechanism and a hanging rod, and the spinal rehabilitation components include: a spinal traction mechanism and an adjustable spinal fixed-point massage mechanism. The spine fixed-point massage mechanism is installed on the side frame through the installation seat, and a turntable that can be rotated to facilitate the patient to stand is installed on the sports rehabilitation frame.

Preferably, the stretching mechanism includes a guide rod, a guide rod cover and a pull rope, the guide rod is installed between the main frame and the sports rehabilitation frame through a guide rod seat, the guide rod seat is fixedly installed on the sports rehabilitation frame, and the guide rod is inserted into the sports rehabilitation frame. It is arranged on the guide rod seat, the guide rod sleeve is sleeved on the guide rod, the guide rod sleeve and the guide rod seat are connected by a tension spring, and the two ends of the tension spring are fixedly connected with the guide rod sleeve and the guide rod seat respectively. The lower end of the rope is connected with the guide rod sleeve, and the upper end of the pulling rope is connected with the hanging rod through the upper end of the main frame.

Preferably, the middle part of the guide rod sleeve is inserted with a lifting rod for the patient to perform the lifting-type limb ligament training.

Preferably, the vertebral traction mechanism includes an upper tie sleeve, a lower tie sleeve and a lumbar-crotch fixing sleeve, the upper tie-in sleeve and the lower tie-in sleeve are connected by a cylinder group, and the lower tie-in sleeve and the lumbar-crotch fixing sleeve are detachably connected. The upper and lower ties are respectively tied to the user's chest and abdomen, the waist and crotch fixing sleeves are tied to the user's waist and crotch, and the upper tie and the boom assembly are detachable and hoisted.

Preferably, the waist and crotch fixing sleeve includes an arc-shaped fixed rail plate, a waist belt and an arc-shaped rack, the arc-shaped fixed rail plate is fixedly installed on the mounting seat through a connecting seat, and the waist belt is fixedly installed on the arc-shaped fixed rail On the board, the arc-shaped rack is slidably installed on the arc-shaped fixed rail plate through the chute, the connecting seat is equipped with a driving motor and a driving gear, the driving gear meshes with the arc-shaped rack for transmission, and the upper end of the arc-shaped rack is connected to the lower beam. Set of movable detachable connections.

Preferably, the adjustable spine fixed-point massage mechanism includes an arc-shaped adjusting rail plate, a sliding rail seat, an upper sliding rod, and a sliding rod. and the sliding rail seat are slidably connected to the arc-shaped adjustment rail plate through the adjustment rail groove, the adjustment rail groove is opened on the arc-shaped adjustment rail plate, the sliding rod is vertically installed on the upper end of the adjustment rail seat, and the upper sliding rod is installed through the fixed-point massage seat on the slide bar.

Preferably, the fixed-point massage seat is equipped with an adjustable positioning seat and a fixed positioning seat, and various types of chiropractic instruments such as massage guns can be installed on the adjustable positioning seat and the fixed positioning seat. The massage seat is slidably connected through a positioning groove, and the positioning groove is opened on the back of the fixed-point massage seat along the length direction of the fixed-point massage seat.

Preferably, the adjustable positioning seat is divided into two categories according to the connection method with the fixed-point massage seat, one is a sliding positioning seat, and the other is a pin-connected positioning seat. The sliding positioning seat is slidably connected to the positioning groove and can be Lock arbitrarily in the length direction of the positioning groove, the pin-connected positioning seat and the fixed-point massage seat are pinned through several pin-connecting holes, all the pin-connecting holes are uniformly arrayed along the length direction of the fixed-point massage seat, and the fixed positioning seat is based on the instrument of the seat body. There are many types of installation methods.

Preferably, the adjustable positioning seat is hinged with a hinge ball, a locking bolt is installed on the adjustable positioning seat, the locking bolt is abutted with the hinge ball through a locking screw hole, and the locking screw hole is opened on the adjustable positioning seat , the hinge ball is provided with a connecting hole, the massage gun and other therapeutic instruments are installed on the hinge ball through a positioning rod, and the positioning rod is inserted in the connecting hole.

Preferably, a ligament and spine rehabilitation therapy instrument for sports medicine, comprising the following implementation methods:

S1: First of all, when the patient is undergoing ligament rehabilitation training treatment, the patient can realize the autonomous training and treatment of the limb ligament through the stretching mechanism. Due to the action of the guide rod cover and the tension spring, the movement of the hanging rod is subject to a certain resistance, so as to realize the patient's autonomous training of the limb ligaments, the structure is simple, the operation is convenient, and the exercise treatment effect of the patient can be effectively improved;

S2: In order to meet the various training and treatment requirements of the patient, the lifting limb ligament training and the lifting limb ligament training are combined to train and treat the patient's limb ligament in various aspects. Hold both ends of the lifting rod and pull it upwards, the lifting rod is resisted by the guide rod sleeve and the tension spring, so as to perform strength and multi-angle training on the patient's limb ligaments and spine;

S3: During the spinal rehabilitation training treatment for the patient, the patient's spinal training and treatment process are actively improved through the spinal traction mechanism, and the patient's chest, abdomen and waist are fixed by using the upper band, lower band and lumbar-crotch fixation. The crotch is bound and fixed, and the upper tie sleeve is moved upward through the cylinder group, thereby helping the patient's spine to be pulled, and at the same time, the upper tie sleeve, the lower tie sleeve and the lumbar-crotch fixation sleeve can be used to correct and reset the spine;

S4: Fix the patient's waist through the waist-crotch fixing sleeve, drive the drive gear through the drive motor, and then drive the arc-shaped rack to move along the chute, the arc-shaped rack drives the lower sleeve to twist, and then rotates with the patient's standing turntable to realize the patient The twisting of the lumbar spine, such a reciprocating motion trains the patient;

S5: Massage the patient through the adjustable spine fixed-point massage mechanism, adjust the position and angle of the arc-shaped adjustment rail plate by using the arc-shaped adjustment rail plate and the rotating rail seat, and adjust the fixed-point massage seat through the sliding rail seat, the upper sliding rod and the sliding rod. The position and angle of the device can be adjusted according to the patient's height and other conditions to meet the needs of the patient. The adjustable positioning seat and the fixed positioning seat can be used to locate and orientate the injured part of the patient. How to use various chiropractic instruments such as massage guns to perform recovery treatment;

S6: By setting up a variety of adjustable positioning seat and fixed positioning seat structure, in order to meet the installation of different instruments, it is also beneficial to the appropriate adjustment of the therapeutic instrument, through the cooperation of the hinge ball and the adjustable positioning seat, use the locking bolt to adjust The angle of the hinge ball, and then the angle of the positioning rod and the massage gun can be changed, so as to perform fixed-point and multi-angle massage therapy on the patient's spine.

Compared with the prior art, the present invention has the following beneficial effects:

1. In order to solve the technical problem of autonomous training treatment and passive training treatment in combination with the patient's condition and willingness to train and treat when patients with ligament and spinal injuries are undergoing rehabilitation treatment and training, the present invention uses ligament rehabilitation components and spinal rehabilitation components. To help patients with targeted treatment, combined with the patient's condition and needs, to effectively treat and train the patient's ligaments and spine.

2. The application realizes the patient's autonomous training and treatment of the limb ligaments through the stretching mechanism. The patient pulls the hanging rod downward by holding the hanging rod, and the hanging rod pulls the rope and the guide rod cover. Because the guide rod cover and the tension spring and The movement of the suspension rod is subject to a certain resistance, so as to realize the patient's autonomous training of the limb ligaments, the structure is simple, the operation is convenient, and the exercise treatment effect of the patient can be effectively improved.

3. In order to meet the various training and treatment requirements of the patient, this application combines the lifting-type limb ligament training and the lifting-type limb ligament training to train and treat the patient's limb ligament in various aspects. , The patient holds the two ends of the lift rod and pulls it upwards. The lift rod is resisted by the guide rod sleeve and the tension spring, so as to perform strength and multi-angle training on the patient's limb ligaments and spine.

4. In order to help the patient to pull and stretch his spine, the application will actively improve the patient's spine training and treatment process through the spinal traction mechanism, and use the upper tie sleeve, the lower tie sleeve and the lumbar-crotch fixing sleeve to stretch the patient's chest. , the abdomen and the waist and crotch are tied and fixed, and the upper tie sleeve is moved upward through the cylinder group, thereby helping the patient's spine to be pulled, and at the same time, the upper tie sleeve, the lower tie sleeve and the lumbar-crotch fixation sleeve can be used to correct the spine. .

5. In order to help the patient carry out the twisting training of the lumbar spine, the patient's waist is fixed by the lumbar-crotch fixing sleeve, and the drive gear is driven by the drive motor to drive the arc-shaped rack to move along the chute, and the arc-shaped rack drives the lower beam. The sleeve is twisted, and at the same time, it cooperates with the rotation of the turntable on which the patient stands, thereby realizing the twisting of the patient's lumbar spine, and the reciprocating motion trains the patient.

6. In order to be able to carry out fixed-point massage rehabilitation treatment to the patient's spine and back, the present invention massages the patient through an adjustable spine fixed-point massage mechanism, and uses the arc-shaped adjustment rail plate and the rotating rail seat to adjust the position of the arc-shaped adjustment rail plate. Adjust the position and angle of the fixed-point massage seat through the sliding rail seat, the upper sliding rod and the sliding rod, so that it can be adjusted according to the patient's height and other conditions to meet the needs of the patient. The injured part is fixed and oriented, how to use massage guns and other types of chiropractic instruments for rehabilitation treatment, by setting up a variety of adjustable positioning seat and fixed positioning seat structure, in order to meet the installation of different instruments, it is also beneficial to the appropriate treatment of the treatment equipment. Through the cooperation of the hinge ball and the adjustable positioning seat, the angle of the hinge ball is adjusted by the locking bolt, thereby changing the angle of the positioning rod and the massage gun, so as to perform fixed-point and multi-angle massage therapy on the patient's spine.

Description of drawings

Fig. 1 is three-dimensional structure schematic diagram one of the present invention;

Fig. 2 is the three-dimensional structure schematic diagram two of the present invention;

Fig. 3 is the side view of the present invention;

4 is a three-dimensional schematic diagram of the present invention;

Fig. 5 is the front view of the present invention;

Fig. 6 is the top view of the present invention;

FIG. 7 is a schematic diagram 1 of the three-dimensional structure of the spinal rehabilitation assembly of the present invention;

FIG. 8 is a second schematic diagram of the three-dimensional structure of the spinal rehabilitation assembly of the present invention;

9 is a side view of the spinal rehabilitation assembly of the present invention;

Fig. 10 is the three-dimensional structure schematic diagram 1 of the adjustable spine fixed-point massage mechanism of the present invention;

Fig. 11 is the second three-dimensional structural schematic diagram of the adjustable spine fixed-point massage mechanism of the present invention;

Fig. 12 is a partial exploded view one of the adjustable spine fixed-point massage mechanism of the present invention;

13 is a partially exploded view of the adjustable spine fixed-point massage mechanism of the present invention.

The symbols in the figure are: sports rehabilitation frame 1, ligament rehabilitation component 2, spinal rehabilitation component 3, main frame 4, side frame 5, mounting seat 6, turntable 7, stretching mechanism 2a, hanging rod 2b, guide rod 2a1, guide rod Cover 2a2, pull rope 2a3, guide rod seat 2a4, tension spring 2a5, pull rod 2a6, spine traction mechanism 3a, adjustable spine fixed-point massage mechanism 3b, boom assembly 3c, upper sleeve 3a1, lower sleeve 3a2, waist Hip fixing sleeve 3a3, cylinder group 3a4, fixed rail plate 3a31, waist belt 3a32, arc tooth rail 3a33, connecting seat 3a34, chute 3a35, drive motor 3a36, drive gear 3a37, arc adjustment rail plate 3b1, sliding rail Seat 3b2, upper sliding rod 3b3, sliding rod 3b4, rotating rail seat 3b5, adjusting rail groove 3b6, fixed-point massage seat 3b7, adjustable positioning seat 3b71, fixed positioning seat 3b72, massage gun 3b73, positioning groove 3b74, sliding positioning seat 3b75, pinned positioning seat 3b76, pinned hole 3b77, hinge ball 3b78, locking bolt 3b79, locking screw hole 3b70, connecting hole 3b711, positioning rod 3b712.

Detailed ways

The following description serves to disclose the invention to enable those skilled in the art to practice the invention. The preferred embodiments described below are given by way of example only, and other obvious modifications will occur to those skilled in the art.

As shown in Figure 1 to Figure 4, the following preferred technical solutions are provided:

A ligament and spine rehabilitation treatment instrument for sports medicine, comprising: a sports rehabilitation frame 1, a ligament rehabilitation component 2 and a spinal rehabilitation component 3, the ligament rehabilitation component 2 and the spinal rehabilitation component 3 are both installed on the sports rehabilitation frame 1, and the ligament rehabilitation component 2 The main frame 4 is installed on one end of the sports rehabilitation frame 1, the spinal rehabilitation component 3 is installed on the other end of the sports rehabilitation frame 1 through the side frame 5, the main frame 4 is vertically movable installed on one end of the sports rehabilitation frame 1 in the length direction, and the side frame 5. Vertically installed on both sides of the width and wind direction of the sports rehabilitation frame 1, the ligament rehabilitation component 2 includes: a stretching mechanism 2a and a hanging rod 2b, and the spine rehabilitation component 3 includes: a spinal traction mechanism 3a and an adjustable spine fixed-point massage mechanism 3b, the spine The traction mechanism 3a is detachably mounted on the upper end of the main frame 4 through the boom assembly 3c, and the adjustable spine fixed-point massage mechanism 3b is installed on the side frame 5 through the mounting seat 6. the turntable 7.

Specifically, in order to solve the technical problem that patients with ligament and vertebral injuries can perform self-training treatment and passive training treatment in combination with the patient's condition and willingness to train and treat during rehabilitation treatment and training, the present invention adopts the ligament rehabilitation component 2 and the spinal rehabilitation component. 3. Help patients with targeted treatment, combined with the patient's condition and needs, to effectively treat and train the patient's ligaments and spine.

As shown in Figure 2 and Figure 3, the following preferred technical solutions are provided:

The stretching mechanism 2a includes a guide rod 2a1, a guide rod cover 2a2 and a pull rope 2a3. The guide rod 2a1 is installed between the main frame 4 and the sports rehabilitation frame 1 through the guide rod seat 2a4, and the guide rod seat 2a4 is fixedly installed in the sports rehabilitation frame 1. The guide rod 2a1 is inserted on the guide rod seat 2a4, the guide rod sleeve 2a2 is sleeved on the guide rod 2a1, and the guide rod sleeve 2a2 and the guide rod seat 2a4 are connected by a tension spring 2a5. The ends are fixedly connected to the guide rod sleeve 2a2 and the guide rod base 2a4 respectively, the lower end of the pull rope 2a3 is connected to the guide rod sleeve 2a2, and the upper end of the pull rope 2a3 passes through the upper end of the main frame 4 and is connected to the hanging rod 2b.

Specifically, in order to help patients perform stretching training and treatment of limb ligaments, the present invention realizes the patient's autonomous training and treatment of limb ligaments through the stretching mechanism 2a. The patient pulls the hanging rod 2b downward by holding the hanging rod 2b. 2b Pull the pull rope 2a3 and the guide rod cover 2a2, due to the effect of the guide rod cover 2a2 and the tension spring 2a5, the movement of the hanging rod 2b is subject to a certain resistance, so as to realize the patient's autonomous training of the limb ligaments, the structure is simple, the operation is convenient, It can effectively improve the patient's exercise treatment effect.

As shown in Figure 3, the following preferred technical solutions are provided:

A lifting rod 2a6 for the patient to perform lifting limb ligament training is inserted through the middle of the guide rod cover 2a2.

Specifically, in order to meet the various training and treatment requirements of patients, the lifting-type limb ligament training and the lifting-type limb ligament training are combined to train and treat the patient's limb ligaments in various aspects. The patient holds both ends of the lifting rod 2a6 and pulls it upwards. The lifting rod 2a6 is resisted by the guide rod sleeve 2a2 and the tension spring 2a5, thereby performing strength and multi-angle training on the patient's limb ligaments and spine.

As shown in Figure 7, the following preferred technical solutions are provided:

The spinal traction mechanism 3a includes an upper tie sleeve 3a1, a lower tie sleeve 3a2 and a waist-crotch fixing sleeve 3a3, the upper tie-in sleeve 3a1 and the lower tie-in sleeve 3a2 are connected by a cylinder group 3a4, and the lower tie sleeve 3a2 and the waist-crotch fixing sleeve 3a3 are detachable When connected, in use, the upper corset 3a1 and the lower corset 3a2 are respectively tied to the chest and abdomen of the user, the waist and crotch fixing cover 3a3 is tied to the patient's waist and crotch, and the upper corset 3a1 and the boom assembly 3c are detachable. Hoisting.

Specifically, in order to help the patient to stretch his spine, the present invention actively enhances the patient's spine training and treatment process through the spinal traction mechanism 3a, and uses the upper sleeve 3a1, the lower sleeve 3a2 and the lumbar-crotch fixing sleeve 3a3. , bind and fix the patient's chest, abdomen and lumbar crotch, and realize the upward movement of the upper tie sleeve 3a1 through the cylinder group 3a4, thereby helping the patient's spine to be pulled. The crotch fixation sleeve 3a3 corrects and resets the spine.

As shown in Figure 8 and Figure 9, the following preferred technical solutions are provided:

The waist and crotch fixing sleeve 3a3 includes an arc-shaped fixed rail plate 3a31, a waist belt 3a32 and an arc-shaped toothed rail 3a33. The arc-shaped fixed rail plate 3a31 is fixedly installed on the mounting seat 6 through the connecting seat 3a34, and the waist belt 3a32 is fixedly installed on the arc On the fixed rail plate 3a31, the arc-shaped rack 3a33 is slidably installed on the arc-shaped fixed rail plate 3a31 through the chute 3a35, and the connecting seat 3a34 is mounted with a drive motor 3a36 and a drive gear 3a37, the drive gear 3a37 and the arc-shaped rack 3a33 For meshing transmission, the upper end of the arc-shaped rack 3a33 is movably and detachably connected to the lower sleeve 3a2.

Specifically, in order to help the patient perform the twisting training of the lumbar spine, the present invention fixes the patient's waist through the lumbar crotch fixing sleeve 3a3, and drives the drive gear 3a37 through the drive motor 3a36 to drive the arc-shaped rack 3a33 to move along the chute 3a35. The toothed rail 3a33 drives the lower sleeve 3a2 to twist, and at the same time rotates with the turntable 7 on which the patient stands, thereby realizing the twisting of the patient's lumbar spine, and the reciprocating motion trains the patient.

As shown in Figure 10, the following preferred technical solutions are provided:

The adjustable spine fixed-point massage mechanism 3b includes an arc-shaped adjustment rail plate 3b1, a sliding rail base 3b2, an upper sliding rod 3b3, and a downward sliding rod 3b4. The arc-shaped adjustment rail plate 3b1 can be rotatably installed on the connecting base 3a34 by rotating the rail base 3b5, Both the rotating rail seat 3b5 and the sliding rail seat 3b2 are slidably connected to the arc-shaped adjusting rail plate 3b1 through the adjusting rail groove 3b6. At the upper end, the upper sliding rod 3b3 is installed on the sliding rod 3b4 through the fixed-point massage seat 3b7.

Specifically, in order to perform fixed-point massage rehabilitation therapy on the spine and back of the patient, the present invention massages the patient through the adjustable spine fixed-point massage mechanism 3b, and uses the arc-shaped adjustment rail plate 3b1 and the rotating rail seat 3b5 to adjust the arc-shaped adjustment rail plate The position and angle of 3b1 can be adjusted through the sliding rail seat 3b2, the upper sliding rod 3b3 and the sliding rod 3b4 to adjust the position and angle of the fixed-point massage seat 3b7, so that it can be adjusted according to the patient's height and other conditions to meet the needs of the patient.

As shown in Figure 10 to Figure 13, the following preferred technical solutions are provided:

The fixed-point massage seat 3b7 is equipped with an adjustable positioning seat 3b71 and a fixed positioning seat 3b72. The adjustable positioning seat 3b71 and the fixed positioning seat 3b72 can be installed with various types of chiropractic instruments such as massage gun 3b73, adjustable positioning seat 3b71 and fixed positioning seat 3b72 Both are slidably connected with the fixed-point massage seat 3b7 through the positioning groove 3b74, and the positioning groove 3b74 is opened on the back of the fixed-point massage seat 3b7 along the length direction of the fixed-point massage seat 3b7,

Specifically, in order to further perform directional and fixed-point treatment according to the specific position of the patient's spinal rehabilitation training treatment, the present invention uses the adjustable positioning seat 3b71 and the fixed positioning seat 3b72 to perform the positioning and orientation according to the injured part of the patient, how to use the massage gun 3b73, etc. Various types of chiropractic instruments for rehabilitation.

As shown in Figure 12 and Figure 13, the following preferred technical solutions are provided:

The adjustable positioning seat 3b71 is divided into two categories according to the connection method with the fixed-point massage seat 3b7, one is the sliding positioning seat 3b75, and the other is the pinned positioning seat 3b76, and the sliding positioning seat 3b75 is slidably connected with the positioning groove 3b74. It can be locked arbitrarily in the length direction of the positioning groove 3b74. The pin-connected positioning seat 3b76 and the fixed-point massage seat 3b7 are pinned through several pin-connecting holes 3b77. The positioning base 3b72 is divided into various categories according to the installation method of the base body.

Specifically, in order to solve the problem of positioning and installation of various therapeutic instruments, the present invention provides various structures of adjustable positioning seat 3b71 and fixed positioning seat 3b72 to meet the installation of different instruments, and is also beneficial to the appropriate adjustment of the therapeutic instrument.

As shown in Figure 12, the following preferred technical solutions are provided:

The adjustable positioning seat 3b71 is hinged with a hinge ball 3b78, and a locking bolt 3b79 is installed on the adjustable positioning seat 3b71. On the positioning seat 3b71, the hinge ball 3b78 is provided with a connecting hole 3b711, the massage gun 3b73 and other therapeutic instruments are installed on the hinge ball 3b78 through the positioning rod 3b712, and the positioning rod 3b712 is inserted in the connecting hole 3b711.

Specifically, in order to solve the technical problem of the installation of therapeutic instruments such as the massage gun 3b73, the present invention adjusts the angle of the hinge ball 3b78 with the locking bolt 3b79 through the cooperation of the hinge ball 3b78 and the adjustable positioning seat 3b71, thereby changing the positioning rod 3b712 and the positioning rod 3b712. The angle of massage gun 3b73, in order to perform fixed-point and multi-angle massage treatment on the patient's spine.

As shown in Figure 1 to Figure 13, the following preferred technical solutions are provided:

A ligament and spine rehabilitation treatment instrument for sports medicine, comprising the following implementation methods:

S1: First, when the patient is undergoing ligament rehabilitation training and treatment, the patient's autonomous training and treatment of the ligaments of the limb is realized through the stretching mechanism 2a. The patient pulls the hanging rod 2b downward by holding the hanging rod 2b, and the hanging rod 2b pulls the rope 2a3 And the guide rod cover 2a2, due to the combination of the guide rod cover 2a2 and the tension spring 2a5, the movement of the hanging rod 2b is subject to a certain resistance, so as to realize the patient's autonomous training of the limb ligaments, the structure is simple, the operation is convenient, and can effectively improve the patient's health. The effect of exercise therapy;

S2: In order to meet the various training and treatment requirements of the patient, the lifting limb ligament training and the lifting limb ligament training are combined to train and treat the patient's limb ligament in various aspects. Hold both ends of the lift rod 2a6 and pull it upwards, the lift rod 2a6 receives the resistance of the guide rod sleeve 2a2 and the tension spring 2a5, and then performs strength and multi-angle training on the patient's limb ligaments and spine;

S3: When performing spinal rehabilitation training treatment on the patient, the spinal traction mechanism 3a is used to actively enhance the patient's spinal training and treatment process, and the patient's thorax is moved by using the upper sleeve 3a1, the lower sleeve 3a2 and the lumbar-crotch fixing sleeve 3a3. , the abdomen and the waist and crotch are tied and fixed, and the upper tie sleeve 3a1 is moved upward through the cylinder group 3a4, thereby helping the patient's spine to be pulled. Correction and reduction of the spine;

S4: The waist of the patient is fixed by the waist-crotch fixing sleeve 3a3, the driving gear 3a37 is driven by the driving motor 3a36, and then the arc-shaped rack 3a33 is driven to move along the chute 3a35, and the arc-shaped rack 3a33 drives the lower sleeve 3a2 to twist, and then cooperate with the patient The standing turntable 7 rotates to realize the twisting of the patient's lumbar spine, so that the reciprocating motion trains the patient;

S5: Massage the patient through the adjustable spine fixed-point massage mechanism 3b, adjust the position and angle of the arc-shaped adjustment rail plate 3b1 by using the arc-shaped adjusting rail plate 3b1 and the rotating rail base 3b5, and pass the sliding rail base 3b2, the upper sliding rod 3b3 and The sliding rod 3b4 adjusts the position and angle of the fixed-point massage seat 3b7, so that it can be adjusted according to the patient's height and other conditions to meet the needs of the patient. The adjustable positioning seat 3b71 and the fixed positioning seat 3b72 can be fixed and oriented according to the injured part of the patient. How to Use massage gun 3b73 and other chiropractic instruments for rehabilitation treatment;

S6: By setting up various structures of the adjustable positioning seat 3b71 and the fixed positioning seat 3b72, in order to meet the installation of different instruments, it is also beneficial to the appropriate adjustment of the therapeutic instrument. The locking bolt 3b79 adjusts the angle of the hinge ball 3b78, thereby changing the angle of the positioning rod 3b712 and the massage gun 3b73, so as to perform fixed-point and multi-angle massage therapy on the patient's spine.

The foregoing has shown and described the basic principles, main features and advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited by the above-mentioned embodiments. The above-mentioned embodiments and descriptions describe only the principles of the present invention. Without departing from the spirit and scope of the present invention, there are various Variations and improvements are intended to fall within the scope of the claimed invention. The scope of protection claimed by the present invention is defined by the appended claims and their equivalents.

Claims (10)

1. A ligament vertebra rehabilitation therapeutic instrument for sports medicine is characterized by comprising: recovered frame of motion (1), recovered subassembly of ligament (2) and recovered subassembly of vertebra (3) are all installed on recovered frame of motion (1), the recovered subassembly of ligament (2) is installed the one end in recovered frame of motion (1) through body frame (4), the recovered subassembly of vertebra (3) is installed the other end in recovered frame of motion (1) through side bearer (5), the vertical movable mounting of body frame (4) is in the recovered one end of frame of motion (1) length direction, the vertical both sides of installing in recovered frame of motion (1) width wind direction of side bearer (5), recovered subassembly of ligament (2) includes: stretching mechanism (2a) and suspension and pull rod (2b), vertebra rehabilitation subassembly (3) include: the device comprises a spine traction mechanism (3a) and an adjustable spine fixed-point massage mechanism (3b), wherein the spine traction mechanism (3a) can be detachably hung at the upper end of a main frame (4) through a suspension arm component (3c), the adjustable spine fixed-point massage mechanism (3b) is installed on a side frame (5) through an installation seat (6), and a rotary table (7) which can rotate and is convenient for a patient to stand is installed on a sports rehabilitation frame (1).

2. The ligament spinal rehabilitation instrument for sports medicine according to claim 1, wherein, the stretching mechanism (2a) comprises a guide rod (2a1), a guide rod sleeve (2a2) and a pull rope (2a3), the guide rod (2a1) is installed between a main frame (4) and a sports rehabilitation frame (1) through a guide rod seat (2a4), the guide rod seat (2a4) is fixedly installed on the sports rehabilitation frame (1), the guide rod (2a1) is inserted on the guide rod seat (2a4), the guide rod sleeve (2a2) is sleeved on the guide rod (2a1), the guide rod sleeve (2a2) is connected with the guide rod seat (2a4) through a stretching spring (2a5), two ends of the stretching spring (2a5) are respectively fixedly connected with the guide rod sleeve (2a2) and the guide rod seat (2a4), the lower end of the pull rope (2a3) is connected with the guide rod sleeve (2a2), and the upper end of the pull rope (2a3) penetrates through the upper end of the main frame (2a) and is connected with a pull rod b).

3. The ligamentum spine rehabilitation instrument for sports medicine as claimed in claim 2, wherein a lifting rod (2a6) for the patient to perform the lifting type ligamentum Limb training is inserted through the middle part of the guide rod sleeve (2a 2).

4. A ligamentum spine rehabilitation apparatus for sports medicine as claimed in claim 1, wherein said spine traction mechanism (3a) comprises an upper harness sleeve (3a1), a lower harness sleeve (3a2) and a waist fixing sleeve (3a3), the upper harness sleeve (3a1) and the lower harness sleeve (3a2) are connected by a cylinder block (3a4), the lower harness sleeve (3a2) is detachably connected with the waist fixing sleeve (3a3), when in use, the upper harness sleeve (3a1) and the lower harness sleeve (3a2) are tied to the chest and abdomen of the user, respectively, the waist fixing sleeve (3a3) is tied to the waist of the patient, and the upper harness sleeve (3a1) is detachably hoisted with the boom assembly (3 c).

5. A ligamentum spine rehabilitation apparatus for sports medicine as claimed in claim 4, wherein said hip fixing sleeve (3a3) comprises an arc-shaped fixing rail plate (3a31), a waist-binding belt (3a32) and an arc-shaped toothed rail (3a33), the arc-shaped fixing rail plate (3a31) is fixedly mounted on the mounting base (6) through a connecting base (3a34), the waist-binding belt (3a32) is fixedly mounted on the arc-shaped fixing rail plate (3a31), the arc-shaped toothed rail (3a33) is slidably mounted on the arc-shaped fixing rail plate (3a31) through a sliding slot (3a35), a driving motor (3a36) and a driving gear (3a37) are mounted on the connecting base (3a34), the driving gear (3a37) is engaged with the arc-shaped toothed rail (3a33), and the upper end of the arc-shaped toothed rail (3a33) is movably connected with the lower binding sleeve (3a 2).

6. The ligament spine rehabilitation therapy instrument for sports medicine according to claim 1, wherein the adjustable spine fixation point massage mechanism (3b) comprises an arc-shaped adjusting rail plate (3b1), a sliding rail seat (3b2), an upper sliding rod (3b3) and a lower sliding rod (3b4), the arc-shaped adjusting rail plate (3b1) is rotatably installed on the connecting seat (3a34) through a rotating rail seat (3b5), the rotating rail seat (3b5) and the sliding rail seat (3b2) are both in sliding connection with the arc-shaped adjusting rail plate (3b1) through an adjusting rail groove (3b6), the adjusting rail groove (3b6) is arranged on the arc-shaped adjusting rail plate (3b1), the lower sliding rod (3b4) is vertically installed at the upper end of the adjusting rail seat, and the upper sliding rod (3b3) is installed on the lower sliding rail plate (3b4) through a fixation point massage seat (3b 7).

7. The ligament spine rehabilitation therapy instrument for sports medicine according to claim 6, wherein the fixed point massage seat (3b7) is provided with an adjustable positioning seat (3b71) and a fixed positioning seat (3b72), the adjustable positioning seat (3b71) and the fixed positioning seat (3b72) can be provided with various spine therapy instruments such as a massage gun (3b73), the adjustable positioning seat (3b71) and the fixed positioning seat (3b72) are both connected with the fixed point massage seat (3b7) in a sliding manner through a positioning groove (3b74), and the positioning groove (3b74) is formed in the back of the fixed point massage seat (3b7) along the length direction of the fixed point massage seat (3b 7).

8. The ligamentum spine rehabilitation therapy device according to claim 7, wherein said adjustable positioning seat (3b71) is divided into two types according to the connection manner with the fixed point massage seat (3b7), one type is a sliding type positioning seat (3b75) and the other type is a pin type positioning seat (3b76), the sliding type positioning seat (3b75) is slidably connected with the positioning slot (3b74) and can be locked freely in the length direction of the positioning slot (3b74), the pin type positioning seat (3b76) is pin-connected with the fixed point massage seat (3b7) through a plurality of pin connection holes (3b77), all the pin connection holes (3b77) are uniformly arrayed along the length direction of the fixed point massage seat (3b7), and the fixed positioning seat (3b72) is divided into a plurality of types according to the instrument installation manner of the fixed point massage seat.

9. The ligament spine rehabilitation therapy instrument for sports medicine according to claim 8, wherein the adjustable positioning seat (3b71) is hinged to a hinge ball (3b78), the adjustable positioning seat (3b71) is provided with a locking bolt (3b79), the locking bolt (3b79) abuts against the hinge ball (3b78) through a locking screw hole (3b70), the locking screw hole (3b70) is formed in the adjustable positioning seat (3b71), the hinge ball (3b78) is provided with a connecting hole (3b711), therapeutic instruments such as a massage gun (3b73) are mounted on the hinge ball (3b78) through a positioning rod (3b712), and the positioning rod (3b712) is inserted into the connecting hole (3b 711).

10. A ligament vertebra rehabilitation therapeutic apparatus for sports medicine is characterized by comprising the following implementation methods:

s1: firstly, when a patient carries out ligament rehabilitation training and treatment, the independent training and treatment of the patient on the limb ligament are realized through the stretching mechanism (2a), the patient holds the suspension rod (2b) to pull the suspension rod (2b) downwards, the suspension rod (2b) pulls the pull rope (2a3) and the guide rod sleeve (2a2), and due to the action of the guide rod sleeve (2a2) and the stretching spring (2a5), the suspension rod (2b) moves to bear certain resistance, so that the independent training of the patient on the limb ligament is realized, the structure is simple, the operation is convenient, and the exercise treatment effect of the patient can be effectively improved;

s2, in order to meet the requirements of a patient on various training and treatment, hanging and pulling type limb ligament training and lifting type limb ligament training are combined, the limb ligament of the patient is trained and treated in multiple ways, when the lifting type limb ligament training is carried out, the patient holds two ends of a lifting rod (2a6) and lifts upwards, the lifting rod (2a6) bears the resistance of a guide rod sleeve (2a2) and a stretching spring (2a5), and then the limb ligament and the vertebra of the patient are trained in strength and multiple angles;

s3, when the spine rehabilitation training and treatment is carried out on a patient, the spine training and treatment process of the patient is actively lifted through a spine traction mechanism (3a), the chest, the abdomen and the waist and the crotch of the patient are bound and fixed through an upper binding sleeve (3a1), a lower binding sleeve (3a2) and a waist and crotch fixing sleeve (3a3), the upper binding sleeve (3a1) is moved upwards through a cylinder group (3a4), the traction of the spine of the patient is further assisted, and the spine can be corrected and reset through the upper binding sleeve (3a1), the lower binding sleeve (3a2) and the waist and crotch fixing sleeve (3a 3);

s4: the waist of a patient is fixed through a waist crotch fixing sleeve (3a3), a driving gear (3a37) is driven through a driving motor (3a36) to drive an arc-shaped toothed rail (3a33) to move along a sliding groove (3a35), the arc-shaped toothed rail (3a33) drives a lower binding sleeve (3a2) to twist, and then a rotary table (7) which is used for standing of the patient is matched to rotate, so that the twisting of the spine of the waist of the patient is realized, and the patient is trained through the reciprocating motion;

s5: the adjustable spine fixed-point massage mechanism (3b) is used for massaging a patient, the arc-shaped adjusting rail plate (3b1) and the rotating rail seat (3b5) are used for adjusting the position and the angle of the arc-shaped adjusting rail plate (3b1), the position and the angle of the fixed-point massage seat (3b7) are adjusted through the sliding rail seat (3b2), the upper sliding rod (3b3) and the lower sliding rod (3b4), so that the adjustable spine fixed-point massage mechanism can be adjusted according to the height and other conditions of the patient, the requirements of the patient are met, the adjustable positioning seat (3b71) and the fixed positioning seat (3b72) are used for fixed-point and orientation according to the injured part of the patient, and how to perform rehabilitation treatment by using various spine treatment instruments such as a massage gun (3b 73);

s6: through setting up multiple adjustable positioning seat (3b71) and fixed positioning seat (3b72) structure, in order to satisfy the installation of different instruments, also be favorable to carrying out suitable regulation to therapeutic instrument, through hinge ball (3b78) and adjustable positioning seat (3b71) cooperation, utilize locking bolt (3b79) to adjust the angle of hinge ball (3b78), and then change the angle of locating lever (3b712) and massage gun (3b73), so that carry out the massage treatment of fixed point and multi-angle to patient's vertebra.

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