Household magnetic cervical vertebra and lumbar vertebra tractor

Abstract

The invention relates to the technical field of spine traction, in particular to a household magnetic cervical vertebra and lumbar vertebra tractor. Comprising a fixing plate, the fixing plate is arranged on a fixing plate supporting frame, a traction device is installed at the bottom of the fixing plate, the fixed end of the traction device is fixedly installed on the fixing plate, a traction plate is further installed at the movable end of the traction device, and the fixing plate and the traction plate are both arranged on a bed body; adjusting devices are further installed at the positions, close to the two sides, of the bottom of the traction plate, the adjusting devices can drive the traction plate to rotate, a magnetic therapy device is arranged at the position, close to the waist of the human body, of the traction plate, and a neck traction device is further arranged at the position, close to the neck of the human body, of the traction plate; the traction plate of the tractor can enable the lumbar vertebra to do traction activity and twisting activity at the same time, the intervertebral space can be adjusted from different directions, the position of the lumbar vertebra facet joint can be adjusted, and therefore the effect of improving the spine function is achieved.

Description

Technical Field

[0001] The present invention relates to the technical field of spinal traction, and more particularly to a household magnetic cervical and lumbar traction device. Background Art

[0002] The treatment methods for cervical and lumbar spondylosis are generally divided into non-surgical treatment and surgical treatment. Traction is the main means to relieve symptoms in non-surgical treatment. By applying traction force to the neck or waist of the human body, tissues such as bones, muscles, and nerves are stretched, the intervertebral space is increased, the compression of the intervertebral disc on surrounding nerves, blood vessels and other tissues is reduced, thereby relieving the pain caused by compression. At the same time, the muscles can be stretched and relaxed, muscle spasms can be relieved, dislocations of lumbar facet joints can be corrected, etc., the normal physiological curvature of the spine and the normal anatomical relationship of joints can be restored, the activity function of joints can be improved, local edema and inflammation can be eliminated, tissue repair and regeneration can be promoted, and further damage and lesions of the spine can be prevented.

[0003] At present, most traction devices adopt a single traction mode such as continuous traction or intermittent traction. However, the needs of different users for the traction mode are different. Since most users of traction equipment are middle-aged and elderly people, the proportion of this group suffering from cardiovascular diseases is relatively high. A single traction mode cannot meet the treatment needs of this group. During the traction process, it may have an impact on the blood vessels and nerves of the intervertebral appendages. Especially for users suffering from cardiovascular diseases, hypertension or carotid artery stenosis, a single traction method is likely to aggravate the condition, causing adverse reactions such as dizziness, palpitation, and elevated blood pressure, and may even lead to serious cardiovascular events. Summary of the Invention

[0004] The purpose of the present invention is to solve the problems in the background art and provide a household magnetic cervical and lumbar traction device.

[0005] The above technical object of the present invention is achieved by the following technical solutions: A household magnetic cervical and lumbar traction device, including a fixing plate. It is characterized in that the fixing plate is arranged on a fixing plate support frame. A traction device is installed at the bottom position of the fixing plate. The fixed end of the traction device is fixedly installed on the fixing plate. A traction plate is also installed on the movable end of the traction device. Both the fixing plate and the traction plate are arranged on a bed body. Adjusting devices are also installed at positions near both sides at the bottom of the traction plate. The adjusting devices can drive the traction plate to rotate. A magnetic therapy device is arranged at a position of the traction plate close to the human waist. A neck traction device is also arranged at a position of the traction plate close to the human neck.

[0006] Preferably, the traction device includes a traction motor, a traction screw, and a traction fixing block. The traction motor is fixedly installed at the bottom of the fixing plate, and the traction fixing block is fixedly installed at the bottom of the traction plate. The traction motor can adjust the movement of the traction screw. When the traction screw is moving, the fixing plate remains stationary, and the traction plate will move together with the traction screw to achieve the traction action. The traction motor of the traction device is fixedly installed at the bottom of the fixing plate. When the traction device is moving, the fixing plate does not move and serves as a fixed end. The traction motor of the traction device can drive the traction screw to extend or contract. The traction screw is connected to the traction fixing block, and the movement of the screw will drive the traction fixing block to move together. The traction fixing block is fixedly installed on the traction plate. Therefore, the movement of the traction device will cause the traction plate to extend or contract together, realizing the traction movement of the user's lumbar spine.

[0007] Preferably, a traction bearing is installed in the traction fixing block. The traction bearing is fixedly connected to the traction fixing block through hole-shaft fit. The traction bearing is fixedly installed and connected to the traction screw. The movement of the traction screw can drive the traction fixing block and the traction bearing to move together. The design of the traction bearing enables the traction plate to simultaneously achieve traction movement and torsional movement. The traction bearing is installed inside the traction fixing block through hole-shaft fit. The traction screw is fixedly connected to the traction bearing. The traction bearing allows the traction plate fixedly connected to the traction fixing block to perform circumferential torsional movement, enabling the traction to not only perform a single traction action but also achieve circumferential torsional movement. Combining with slight torsional movement, the intervertebral space can be adjusted from different directions, further increasing the width of the intervertebral space.

[0008] Preferably, the adjustment device includes a left adjustment device and a right adjustment device. The left adjustment device includes a left adjustment motor, a left adjustment screw, and a left adjustment mounting block. The right adjustment device includes a right adjustment motor, a right adjustment screw, and a right adjustment mounting block. Among them, the adjustment motor can control the telescopic movement of the adjustment screw. The left adjustment device and the right adjustment device work together to enable the traction plate to perform torsional movement. The adjustment device can adjust the traction plate to perform torsional movement. Among them, the left adjustment device and the right adjustment device respectively control the traction plate to twist left or right, and the left adjustment device and the right adjustment device work together during the twisting process. The torsional movement of the lumbar spine can help adjust the position of the lumbar facet joints, correct joint disorders and dislocations, enable the facet joints to return to a more normal anatomical position, reduce abnormal pressure between the joints, thereby improving the function and pain symptoms of the waist, creating better conditions for the reduction of the intervertebral disc, and more effectively reducing the compression on structures such as nerve roots and spinal cord.

[0009] Preferably, a universal structure is used to connect the left adjusting screw rod and the left adjusting mounting block, and a universal structure is also used to connect the right adjusting screw rod and the right adjusting mounting block. The left adjusting mounting block and the right adjusting mounting block are respectively installed on the left and right sides of the bottom of the traction plate. When the left adjusting device extends upward while the right adjusting device contracts, the traction plate will twist to the left. When the left adjusting device contracts upward while the right adjusting device extends, the traction plate will twist to the right. The adjusting screw rod and the adjusting mounting block are connected through a universal structure. When the adjusting screw rod moves upward or downward, the connection between the two will be automatically adjusted according to the telescopic angle, enabling the traction plate to perform a torsional movement with an inclined angle. When a leftward twist is required, the left adjusting device extends upward and the right adjusting device cooperates to contract downward, allowing the traction plate to twist to the left. When a rightward twist is required, the right adjusting device extends upward and the left adjusting device cooperates to contract downward, and the traction plate will twist to the right. After resetting the adjusting motors on both sides, the traction plate will return to the horizontal position and be fixed.

[0010] Preferably, both the left adjusting motor and the right adjusting motor are fixedly installed on the adjusting support frame. A number of traction wheels are provided on the adjusting support frame, and a traction track is also provided on the bed body. The traction wheels are installed in the traction track. The left adjusting motor and the right adjusting motor of the adjusting device are both installed on the adjusting support frame, enabling the adjusting device to provide sufficient supporting force for the traction plate when a person lies on it. Traction wheels are installed on the adjusting support frame and are installed in the traction track of the bed body. When the traction device drives the traction plate to perform a traction activity, the traction wheels will move in the traction track. At the same time, the design of the traction wheels and the traction track is not directly connected to the traction plate, enabling the traction plate to perform complex torsional activities without interference.

[0011] Preferably, cushions are provided on both the fixed plate and the traction plate. The cushion on the fixed plate is installed with a traction fixing strap near the waist. The cushions installed on the fixed plate and the traction plate can improve the comfort of the user during traction. The traction fixing strap on the fixed plate can fix the user on the traction device, preventing the body from moving or shaking, ensuring that the traction force can accurately and stably act on the lumbar spine, and guaranteeing the accuracy and safety of traction.

[0012] Preferably, the magnetic therapy device is arranged at a position of the traction plate close to the waist. Magnetic therapy instruments are arranged on both the left and right positions of the waist, and a spine fitting part that fits the human spine is also arranged at the central position. Magnetic therapy blocks are arranged on the spine fitting part; two magnetic therapy instruments are arranged at positions close to the left and right sides of the human waist, and a number of magnetic therapy blocks are also arranged on the spine fitting part arranged at the position of the human spine. The magnetic therapy device can work together with the traction device, which can improve blood circulation in the lumbar and spine regions, relieve pain, promote tissue repair, help reduce local inflammation and edema. Compared with single traction treatment, the combined treatment of the two can reduce the muscle tension and discomfort that may occur during traction, making it easier for users to accept and adhere to the treatment.

[0013] Preferably, the neck traction device includes a neck pillow. A neck support position and a head support position are arranged on the neck pillow. The neck support position is higher than the head support position, and two side support positions are arranged on both sides of the neck support position. The height of the two side support positions is higher than the height of the neck support position; the neck support position on the neck pillow is higher than the head support position, enabling the user's neck to be well supported, and better traction can be applied to the cervical vertebrae. The two side support positions on both sides of the neck support position can prevent the user's head from turning easily during traction, improving the effectiveness of traction on the cervical vertebrae.

[0014] Preferably, a neck adjustment airbag is arranged on the neck support position, and the neck adjustment airbag conducts traction activities on the neck by adjusting its own height; an arc-shaped neck traction airbag is also arranged on the two side support positions, and the neck traction airbag works together with the neck adjustment airbag to achieve traction on the neck; a neck adjustment airbag is arranged on the neck support position, and a neck traction airbag is arranged on the two side support positions. When the two work together, they can conduct traction activities on the user's cervical vertebrae; traction on the cervical vertebrae can help adjust the physiological curvature of the cervical vertebrae, correct abnormal curvature, reduce the pressure between the vertebral bodies of the cervical vertebrae, relieve neck pain, dizziness and other symptoms caused thereby, and can also continuously stretch the neck muscles, relieve muscle spasm, improve muscle fatigue and pain, and prevent neck muscle strain and cervical spondylosis.

[0015] In summary, the beneficial effects of the present invention are as follows: 1. For the household magnetic cervical and lumbar traction device of the present invention, the traction plate of the traction device can simultaneously make the lumbar vertebra do traction activities and torsional activities, which can adjust the intervertebral space from different directions, help adjust the position of the lumbar facet joints, correct joint disorders and dislocations, enable the facet joints to return to a more normal anatomical position, reduce abnormal pressure between the joints, thereby improving the function and pain symptoms of the waist, creating better conditions for the reduction of the intervertebral disc, and more effectively reducing the compression on structures such as nerve roots and spinal cord; 2. A household magnetic cervical and lumbar traction device according to the present invention, wherein a cervical traction device is provided on the traction plate of the traction device. The neck adjustment airbag and the neck traction airbag on the cervical traction device cooperate with each other to perform traction activities on the cervical spine of the user; Traction on the cervical spine can help adjust the physiological curvature of the cervical spine, correct abnormal curvature, reduce the pressure between the cervical vertebrae, relieve symptoms such as neck pain and dizziness caused thereby, and also enable the neck muscles to be continuously stretched, relieve muscle spasms, improve muscle fatigue and pain, and prevent neck muscle strain and cervical spondylosis; 3. A household magnetic cervical and lumbar traction device according to the present invention, wherein a magnetic therapy device is provided on the traction plate near the lumbar spine of the human body. The magnetic therapy device can work together with the traction device, can improve blood circulation in the lumbar spine and spinal column areas, relieve pain, promote tissue repair, help reduce local inflammation and edema. Compared with single traction treatment, the combined treatment of the two can reduce the muscle tension and discomfort that may occur during traction, making it easier for users to accept and adhere to the treatment. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 is the overall structural schematic diagram of the traction device of the present invention; Figure 2 is the structural schematic diagram of the traction device of the present invention; Figure 3 is the structural schematic diagram of the adjustment device of the present invention; Figure 4 is the structural schematic diagram of the adjustment support frame of the present invention; Figure 5 is the structural schematic diagram of the magnetic therapy device of the present invention; Figure 6 is the structural schematic diagram of the neck traction device of the present invention.

[0017] Reference numerals in the figures: 1 - fixed plate, 11 - fixed plate support frame, 12 - cushion, 13 - traction fixing strap, 2 - traction device, 21 - traction motor, 22 - traction screw, 23 - traction fixing block, 24 - traction bearing, 3 - traction plate, 4 - adjustment device, 41 - left adjustment device, 411 - left adjustment motor, 412 - left adjustment screw, 413 - left adjustment mounting block, 42 - right adjustment device, 421 - right adjustment motor, 422 - right adjustment screw, 423 - right adjustment mounting block, 43 - adjustment support frame, 44 - traction wheel, 5 - magnetic therapy device, 51 - magnetic therapy instrument, 52 - spinal column fitting part, 53 - magnetic therapy block, 6 - neck traction device, 61 - neck pillow, 611 - neck support position, 612 - head support position, 613 - two-side support positions, 62 - neck adjustment airbag, 63 - neck traction airbag, 7 - bed body, 71 - traction track. DETAILED DESCRIPTION OF THE INVENTION

[0018] The following specific embodiments are only explanations of the present invention and do not limit the present invention. After reading this specification, those skilled in the art can make modifications to these embodiments without creative contributions as needed, but as long as they are within the scope of the claims of the present invention, they are protected by the patent law.

[0019] The present invention will be described in detail below with reference to the accompanying drawings by way of embodiments.

[0020] Embodiment

[0021] According to Figures 1 to 3 As shown in the figure, a household magnetic cervical and lumbar traction device includes a fixing plate 1 disposed on a fixing plate support frame 11. A traction device 2 is installed at the bottom position of the fixing plate 1. The fixed end of the traction device 2 is fixedly installed on the fixing plate 1. A traction plate 3 is further installed on the movable end of the traction device 2. Both the fixing plate 1 and the traction plate 3 are disposed on a bed body 7. Adjusting devices 4 are further installed at positions near both sides at the bottom of the traction plate 3. The adjusting devices 4 can drive the traction plate 3 to rotate. A magnetic therapy device 5 is disposed at a position of the traction plate 3 near the human waist, and a neck traction device 6 is further disposed at a position of the traction plate 3 near the human neck.

[0022] According to Figure 2 As shown in the figure, the traction device 2 includes a traction motor 21, a traction screw 22, and a traction fixing block 23. The traction motor 21 is fixedly installed at the bottom of the fixing plate 1. The traction fixing block 23 is fixedly installed at the bottom of the traction plate 3. The traction motor 21 can adjust the movement of the traction screw 22. When the traction screw 22 is moving, the fixing plate 1 remains stationary, and the traction plate 3 will move together with the traction screw 22 to achieve the traction action. The traction motor 21 of the traction device 2 is fixedly installed at the bottom of the fixing plate 1. When the traction device 2 is moving, the fixing plate 1 does not move as the fixed end. The traction motor 21 of the traction device 2 can drive the traction screw 22 to extend or contract. The traction screw 22 is connected to the traction fixing block 23, and the movement of the screw will drive the traction fixing block 23 to move together. The traction fixing block 23 is fixedly installed on the traction plate 3. Therefore, the movement of the traction device 2 will cause the traction plate 3 to extend or contract together, realizing the traction movement of the user's lumbar spine.

[0023] According to Figure 2As shown, a traction bearing 24 is installed inside the traction fixing block 23. The traction bearing 24 is fixedly connected to the traction fixing block 23 through hole-shaft fit. The traction bearing 24 is fixedly installed and connected to the traction screw 22. The movement of the traction screw 22 can drive the traction fixing block 23 and the traction bearing 24 to move together. The design of the traction bearing 24 enables the traction plate 3 to achieve traction movement and torsional movement simultaneously; inside the traction fixing block 23, a traction bearing 24 is installed through hole-shaft fit. The traction screw 22 is fixedly connected to the traction bearing 24. The traction bearing 24 allows the traction plate 3 fixedly connected to the traction fixing block 23 to perform circumferential torsional movement, enabling the traction plate 3 to not only perform a single traction action but also achieve circumferential torsional movement. Combining slight torsional movement, the intervertebral space can be adjusted from different directions, further increasing the width of the intervertebral space.

[0024] As shown in Figure 3 the adjusting device 4 includes a left adjusting device 41 and a right adjusting device 42. The left adjusting device 41 includes a left adjusting motor 411, a left adjusting screw 412, and a left adjusting mounting block 413. The right adjusting device 42 includes a right adjusting motor 421, a right adjusting screw 422, and a right adjusting mounting block 423; among them, the adjusting motor can control the telescopic movement of the adjusting screw. The left adjusting device 41 and the right adjusting device 42 cooperate to enable the traction plate 3 to perform torsional movement; the adjusting device 4 can adjust the traction plate 3 to perform torsional movement. Among them, the left adjusting device 41 and the right adjusting device 42 respectively control the traction plate 3 to twist left or right. During the twisting process, the left adjusting device 41 and the right adjusting device 42 cooperate; the torsional movement of the lumbar spine can help adjust the position of the lumbar facet joints, correct joint disorders and dislocations, enable the facet joints to return to a more normal anatomical position, reduce abnormal pressure between the joints, thereby improving the function and pain symptoms of the waist, creating better conditions for the reduction of the intervertebral disc, and more effectively reducing the compression on structures such as nerve roots and spinal cord.

[0025] As shown in Figure 3As shown in the figure, a universal structure is used to connect the left adjusting screw rod 412 and the left adjusting mounting block 413, and a universal structure is also used to connect the right adjusting screw rod 422 and the right adjusting mounting block 423. The left adjusting mounting block 413 and the right adjusting mounting block 423 are respectively installed on the left and right sides at the bottom of the traction plate 3. When the left adjusting device 41 extends upward while the right adjusting device 42 contracts, the traction plate 3 will twist to the left. When the left adjusting device 41 contracts upward while the right adjusting device 42 extends, the traction plate 3 will twist to the right; the adjusting screw rod and the adjusting mounting block are connected through a universal structure. When the adjusting screw rod moves upward or downward, the connection between the two will be adjusted automatically according to the telescopic angle, enabling the traction plate 3 to perform a twisting activity with an inclined angle. When a left twist is required, the left adjusting device 41 extends upward and the right adjusting device 42 cooperates to contract downward, allowing the traction plate 3 to twist to the left. When a right twist is required, the right adjusting device 42 extends upward and the left adjusting device 41 cooperates to contract downward, and the traction plate 3 will twist to the right. After resetting the adjusting motors on both sides, the traction plate 3 will return to the horizontal position and be fixed.

[0026] According to Figure 3 、 Figure 4 As shown in the figure, both the left adjusting motor 411 and the right adjusting motor 421 are fixedly installed on the adjusting support frame 43. A number of traction wheels 44 are provided on the adjusting support frame 43, and a traction track 71 is also provided on the bed body 7. The traction wheels 44 are installed in the traction track 71; both the left adjusting motor 411 and the right adjusting motor 421 of the adjusting device 4 are installed on the adjusting support frame 43, enabling the adjusting device 4 to provide sufficient support force for the traction plate 3 when a person lies on it. The traction wheels 44 are installed on the adjusting support frame 43, and the traction wheels 44 are installed in the traction track 71 of the bed body 7. When the traction device 2 drives the traction plate 3 to perform a traction activity, the traction wheels 44 will move in the traction track 71. At the same time, the design of the traction wheels 44 and the traction track 71 is not directly connected to the traction plate 3, enabling the traction plate 3 to perform complex twisting activities without interference.

[0027] According to Figure 1 As shown in the figure, cushions 12 are provided on both the fixed plate 1 and the traction plate 3. The cushion 12 on the fixed plate 1 is installed with a traction fixing strap 13 at the position close to the waist; the cushions 12 installed on the fixed plate 1 and the traction plate 3 can improve the comfort of the user during traction. The traction fixing strap 13 on the fixed plate 1 can fix the user on the traction device to prevent the body from moving or shaking, ensuring that the traction force can act accurately and stably on the lumbar spine, guaranteeing the accuracy and safety of traction.

[0028] According to Figure 5As shown in the figure, the magnetic therapy device 5 is arranged at the position of the traction plate 3 close to the waist. Magnetic therapy instruments 51 are arranged on both the left and right positions of the waist of the magnetic therapy device 5, and a spine fitting part 52 that fits the human spine is also arranged at the central position. Magnetic therapy blocks 53 are arranged on the spine fitting part 52; two magnetic therapy instruments 51 are arranged at the positions close to the left and right sides of the human waist, and a number of magnetic therapy blocks 53 are also arranged on the spine fitting part 52 arranged at the position of the human spine. The magnetic therapy device 5 can work together with the traction device, which can improve blood circulation in the lumbar and spinal regions, relieve pain, promote tissue repair, help reduce local inflammation and edema. Compared with single traction treatment, the combined treatment of the two can reduce the muscle tension and discomfort that may occur during traction, making it easier for users to accept and adhere to the treatment.

[0029] According to Figure 1 、 Figure 6 As shown in the figure, the neck traction device 6 includes a neck pillow 61. A neck support position 611 and a head support position 612 are arranged on the neck pillow 61. The neck support position 611 is higher than the head support position 612. Two side support positions 613 are also arranged on both sides of the neck support position 611, and the height of the two side support positions 613 is higher than the height of the neck support position 611; the neck support position 611 on the neck pillow 61 is higher than the head support position 612, enabling the user's neck to be well supported and better traction on the cervical vertebrae. The two side support positions 613 on both sides of the neck support position 611 can prevent the user's head from turning easily during traction, improving the effectiveness of traction on the cervical vertebrae.

[0030] According to Figure 6 As shown in the figure, a neck adjustment airbag 62 is arranged on the neck support position 611. The neck adjustment airbag 62 conducts traction activities on the neck by adjusting its own height; an arc-shaped neck traction airbag 63 is also arranged on the two side support positions 613. The neck traction airbag 63 works together with the neck adjustment airbag 62 to achieve traction on the neck; a neck adjustment airbag 62 is arranged on the neck support position 611, and a neck traction airbag 63 is arranged on the two side support positions 613. When they work together, they can conduct traction activities on the user's cervical vertebrae; traction on the cervical vertebrae can help adjust the physiological curvature of the cervical vertebrae, correct abnormal curvature, reduce the pressure between the vertebral bodies of the cervical vertebrae, relieve neck pain, dizziness and other symptoms caused thereby, and also enable the neck muscles to be continuously stretched, relieve muscle spasm, improve muscle fatigue and pain, and prevent neck muscle strain and cervical spondylosis.

Claims

1. A household magnetic cervical and lumbar traction device, comprising a fixing plate (1), characterized in that, The fixed plate (1) is arranged on the fixed plate support frame (11). A traction device (2) is installed at the bottom of the fixed plate (1). The fixed end of the traction device (2) is fixedly installed on the fixed plate (1). A traction plate (3) is also installed on the movable end of the traction device (2). Both the fixed plate (1) and the traction plate (3) are arranged on the bed body (7). At the positions near both sides of the bottom of the traction plate (3), an adjusting device (4) is installed. The adjusting device (4) can drive the traction plate (3) to rotate. A magnetic therapy device (5) is arranged at the position of the traction plate (3) near the human waist. A neck traction device (6) is also arranged at the position of the traction plate (3) near the human neck.

2. The household magnetic cervical and lumbar traction device according to claim 1, characterized in that, The traction device (2) includes a traction motor (21), a traction screw (22), and a traction fixing block (23). The traction motor (21) is fixedly installed at the bottom of the fixed plate (1). The traction fixing block (23) is fixedly installed at the bottom of the traction plate (3). The traction motor (21) can adjust the movement of the traction screw (22). When the traction screw (22) is moving, the fixed plate (1) remains stationary, and the traction plate (3) will move together with the traction screw (22) to achieve the traction action.

3. The household magnetic cervical and lumbar traction device according to claim 2, characterized in that, A traction bearing (24) is installed in the traction fixing block (23). The traction bearing (24) is fixedly connected with the traction fixing block (23) through hole-shaft fit. The traction bearing (24) is fixedly installed and connected with the traction screw (22). The movement of the traction screw (22) can drive the traction fixing block (23) and the traction bearing (24) to move together. The design of the traction bearing (24) enables the traction plate (3) to simultaneously achieve traction movement and torsional movement.

4. A household magnetic cervical and lumbar traction device according to claim 1, characterized in that, The adjusting device (4) includes a left adjusting device (41) and a right adjusting device (42). The left adjusting device (41) includes a left adjusting motor (411), a left adjusting screw (412), and a left adjusting mounting block (413). The right adjusting device (42) includes a right adjusting motor (421), a right adjusting screw (422), and a right adjusting mounting block (423). Among them, the adjusting motor can control the telescopic movement of the adjusting screw. The left adjusting device (41) and the right adjusting device (42) cooperate to enable the traction plate (3) to perform torsional movement.

5. The household magnetic cervical and lumbar traction device according to claim 4, characterized in that, The left adjusting screw rod (412) is connected to the left adjusting mounting block (413) by a universal structure, and the right adjusting screw rod (422) is also connected to the right adjusting mounting block (423) by a universal structure. The left adjusting mounting block (413) and the right adjusting mounting block (423) are respectively installed on the left and right sides of the bottom of the traction plate (3). When the left adjusting device (41) extends upward while the right adjusting device (42) contracts, the traction plate (3) will twist to the left. When the left adjusting device (41) contracts upward while the right adjusting device (42) extends, the traction plate (3) will twist to the right.

6. The household magnetic cervical and lumbar traction device according to claim 5, wherein The left adjusting motor (411) and the right adjusting motor (421) are both fixedly installed on the adjusting support frame (43). A number of traction wheels (44) are provided on the adjusting support frame (43), and a traction track (71) is also provided on the bed body (7). The traction wheels (44) are installed in the traction track (71).

7. A household magnetic cervical and lumbar traction device according to claim 1, wherein, Cushions (12) are provided on both the fixed plate (1) and the traction plate (3). The cushion (12) on the fixed plate (1) is provided with a traction fixing strap (13) at a position close to the waist.

8. A household magnetic cervical and lumbar traction device according to claim 1, wherein, The magnetic therapy device (5) is provided at a position on the traction plate (3) close to the waist. Magnetotherapy instruments (51) are provided on both the left and right positions of the waist, and a spine fitting part (52) that fits the human spine is also provided at the central position. Magnetotherapy blocks (53) are provided on the spine fitting part (52).

9. The household magnetic cervical and lumbar traction device according to claim 1, characterized in that, The neck traction device (6) includes a neck pillow (61). The neck pillow (61) is provided with a neck support position (611) and a head support position (612). The neck support position (611) is higher than the head support position (612). Both sides of the neck support position (611) are also provided with two-side support positions (613), and the height of the two-side support positions (613) is higher than the height of the neck support position (611).

10. A household magnetic cervical and lumbar traction device according to claim 9, characterized in that, A neck adjusting airbag (62) is provided on the neck support position (611). The neck adjusting airbag (62) performs traction activities on the neck by adjusting its own height. An arc-shaped neck traction airbag (63) is also provided on the two-side support positions (613). The neck traction airbag (63) works together with the neck adjusting airbag (62) to achieve traction on the neck.

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