CN204562494U - Non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body - Google Patents

Abstract

The utility model provides an intelligent electronically controlled double-layer split bed for non-surgical spinal decompression treatment, which includes a bottom frame, a lower bed and an upper bed, the middle part of the lower bed is hinged on the bottom frame and It can be turned over until the rear end of the lower bed touches the bottom, and the upper bed includes an upper limb bed that can slide back and forth and is installed on the front of the lower bed and an upper limb bed that can slide back and forth and is installed behind the lower bed. The bed body of the lower limbs of the lower body, the front end of the bed body of the upper limbs is equipped with a head traction device, the head traction device includes a headrest and a head fixing belt, a mattress is installed on the bed body of the upper limbs, and the mattress corresponds to the lumbar spine of the human body. An inflatable airbag is installed at the position of the upper limb bed body, and an underarm strut is installed on the armpit part corresponding to the human body on the upper limb bed body, and a human body fixing belt is installed on the upper limb bed body. The electronically controlled double-layer split bed has the advantages of scientific design, the function of imitating weightlessness, the bed can be turned over for easy getting on the bed, the length of the bed can be adjusted, and the position of the human body can be adjusted.

Description

Intelligent electronically controlled double-layer split bed for non-surgical spinal decompression treatment

technical field

The utility model relates to a medical device, in particular to an intelligent electronically controlled double-layer split and combined bed body for non-operative spinal decompression treatment.

Background technique

At present, non-surgical spinal decompression treatment of spinal diseases is a brand-new treatment method. During the treatment process, the human body needs to be fixed and a simulated weightless environment is simulated to completely relax the cervical and lumbar muscles of the human body. The bed consists of a bed body and a mattress. The form is single, and the human body is fixed by simply fixing the belt. It does not have the ability to simulate a weightless environment, and the length is fixed, so it cannot adapt to people with large height differences. High, making it difficult for some people, especially disabled patients, to go to bed.

In order to solve the above existing problems, people have been seeking an ideal technical solution.

Contents of the invention

The purpose of this utility model is to address the deficiencies of the prior art, thereby providing a non-surgical spinal decompression therapy with scientific design, imitation weightlessness function, bed can be turned over for easy going to bed, bed length can be adjusted, and the position of the human body can be adjusted. Intelligent electronically controlled double-layer split bed.

In order to achieve the above purpose, the technical solution adopted by the utility model is: an intelligent electronically controlled double-layer split bed for non-surgical spinal decompression treatment, including a chassis, a lower bed and an upper bed, the lower bed The middle part of the body is hinged on the underframe and can be turned over until the rear end of the lower bed touches the bottom. The upper bed includes an upper limb bed that can slide back and forth and is installed The lower limb bed is slidably installed at the rear of the lower bed, and the front end of the upper limb bed is equipped with a head traction device. The head traction device includes a headrest and a head fixing belt. A mattress, in which an inflatable airbag is installed at a position corresponding to the lumbar spine of a human body, an underarm strut is installed on the armpit part corresponding to the human body on the upper limb bed body, and a human body has a fixing belt installed on the upper limb bed body.

Basically, the upper limb bed and the lower limb bed are slidably installed on the lower bed through slide rails, between the upper limb bed and the underframe and between the lower limb bed and the lower limb bed. An electric push rod is installed between the underframes, and an extension spring that always drives the two closer is installed between the upper limb bed and the lower limb bed.

Based on the above, the headrest includes a headrest nest area and a neck collar area, the headrest nest area has a depression that matches the curve of the head when the human body is lying on its back, and the neck collar area includes a neck collar and a neck collar. The ribs on both sides of the supporting neck are used to block the jaw bone, and the inner ends of the ribs fit the curve of the neck when the human body is lying on its back.

Based on the above, the underarm support rod can be installed on the upper limb bed in a forward and backward translational manner.

Basically, the underarm pole is installed on the upper limb bed through slide rails, and an electric push rod is installed between the underarm pole and the upper limb bed.

As mentioned above, the rear end of the bed for lower limbs is equipped with a foot pedal, and when the rear end of the lower bed body touches the bottom, the upper end surface of the foot pedal is a horizontal end surface.

Based on the above, it also includes a triangular pad, which includes a support that can be placed on the bed body of the lower limbs and a groove that is opened on the support and corresponds to the knee of the human body.

Compared with the prior art, the utility model has substantive characteristics and progress. Specifically, the lower bed of the utility model can be turned over, which is convenient for patients with inconvenient legs and feet to go to bed. The upper and lower limb beds can slide, that is, the bed can Adjust the length to adapt to people of different heights. The head traction device can be used for the treatment of cervical spine and lumbar spine instability. The upper limb bed is equipped with an inflatable air cushion. When needed, the inflatable air cushion can be inflated to support the waist and lower the lumbar spine. It is easy to relax the lumbar spine, and the underarm rod plays the main role of fixing the human body. Among them, the combination of the head traction device and the air cushion simulates the weightlessness of the human body, so that the spine is completely relaxed and achieves therapeutic effects.

Furthermore, the headrest is made according to the curve of the human head in order to let the spine relax more naturally and minimize the pressure on the spine from the human body. The sidewall is clipped to the mandible to protect the temporomandibular part of the head from being stretched. extended damage.

Furthermore, the armpit poles are adjustable, and can be adjusted to different positions according to people of different heights. Combined with the body fixing belt, it can most effectively fix the body on the bed, and protect the head from excessive stress when stretching. pull.

Further, foot pedals are installed on the lower limb bed, and when the lower bed body turns over and touches the bottom, the upper end surface of the foot pedals is horizontal, and the human body can stand on both feet without slipping, which has higher safety and is more convenient to use.

Furthermore, the triangular pad is used to support the knee part, and the legs are placed in the groove. The triangular pad cooperates with the airbag and the headrest, which can better simulate the weightlessness of the human body and achieve the best therapeutic effect.

It has the advantages of scientific design, function of imitating weightlessness, reversible bed body for easy going to bed, adjustable bed length, and adjustable human body position.

Description of drawings

Fig. 1 is one of the structural diagrams of the intelligent electronically controlled double-layer split-combination bed for non-surgical spinal decompression treatment in the utility model.

Fig. 2 is the second schematic diagram of the structure of the intelligent electronically controlled double-layer split-combination bed for non-surgical spinal decompression treatment in the utility model.

In the figure: 1. Underframe; 2. Lower bed body; 3. Pedal board; 4. Upper limb bed body; 5. Lower limb bed body; 6. Inflatable airbag; . Tensioning device.

Detailed ways

The technical solutions of the present invention will be further described in detail through specific implementation methods below.

As shown in Figures 1 and 2, an intelligent electronically controlled double-layer split bed for non-surgical spinal decompression treatment includes a chassis 1, a lower bed 2 and an upper bed, and the middle part of the lower bed 2 is hinged. On the underframe 1 and can be turned over until the rear end of the lower bed body 2 touches the bottom, the rear end of the lower limb bed body 5 is equipped with a pedal 3, when the rear end of the lower bed body 2 touches the bottom At this time, the upper end surface of the pedal 3 is a horizontal end surface, which is convenient for the patient to go to bed, and with the protection of the pedal 3, the human body will not slip during the turning process. The upper limb bed body 4 at the front part of the lower bed body 2 and the lower limb bed body 5 installed at the rear part of the lower bed body 2 which can slide forward and backward, the upper limb bed body 4 and the lower limb bed body 5 all slide through slide rails Installed on the lower bed body 2, electric push rods are installed between the upper limb bed body 4 and the underframe 1 and between the lower limb bed body 5 and the underframe 1, and the upper limb bed body 4 and the lower limb bed 5 are installed with tension springs that always drive the two closer. The upper limb bed 4 and the lower limb bed 5 can be separated or merged to meet the needs of patients of different heights and have wider adaptability. The front end of described upper limb bed body 4 is equipped with head traction device, and this head traction device comprises headrest 8 and head fixing belt, and described headrest 8 comprises headrest 8 nest districts and neck support district, and described headrest 8 The nest area has a depression that matches the curve of the head when the human body is lying on its back. The neck support area includes a neck support and ribs on both sides of the neck support for blocking the jaw bone. The inner end fits the curve of the neck when the human body is lying on its back. The headrest 8 is used to support the head. Partial relaxation, the sidewall is for the purpose of spreading the force to the mandible part when doing stretching treatment, so as to avoid damage to the temporomandibular place due to excessive force. A mattress is installed on the upper limb bed body 4, and the mattress An inflatable airbag 6 is installed at the position corresponding to the lumbar spine of the human body. After inflating, the waist of the human body is supported, and the human body is supported instead of the spine, and the lumbar spine is mainly relaxed. The lower pole 7, the upper limb bed body 4 is equipped with a human body fixing belt, the free end of the fixing belt is connected with a tensioning device 9, so that the fixing belt can be tensioned and relaxed, and the underarm pole 7 is installed on the On the upper limb bed body 4, an electronically controlled push rod is installed between the armpit pole 7 and the upper limb bed body 4, and the armpit pole 7 plays the main role of fixing the human body, which can avoid the separation of the bed body. The stress of the head is too large, and the main stress point is placed on the armpit, which is a relatively pressure-bearing position of the human body. It also includes a triangular pad, which includes a support that can be placed on the lower limb bed The seat and the groove corresponding to the knees of the human body are opened on the support, and the legs are lifted to relax the pressure on the tailbone. The relaxed state of the spine provides good support for non-surgical spinal decompression treatment, and the treatment effect is remarkable.

Steps for use: turn over the lower bed body 2 so that the feet stick to the ground, the healer puts his feet on the ground, and his back sticks to the bed body, and at the same time slightly adjusts the armpit support rod 7 to the proper position, then turns back to the horizontal state, and fixes the head Head to the headrest 8, accurately adjust the position of the underarm pole 7 and the distance between the upper limb bed body 4 and the lower limb bed body 5, so that the position of the human body lying on the bed body reaches the best, and then the inflatable air bag 6 is adjusted. Inflate, support the waist, erect the legs on the triangular pad, and then make fine adjustments to make the muscles of the whole body reach the most relaxed state, and the spine also reaches a relaxed state, completely releasing the pressure on the spine, and finally achieving non-surgical spinal decompression treatment the goal of.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present utility model and not limit it; although the utility model has been described in detail with reference to the preferred embodiment, those of ordinary skill in the art should understand that: still The specific implementation of the utility model can be modified or some technical features can be equivalently replaced; without departing from the spirit of the technical solution of the utility model, all of them should be included in the scope of the technical solution claimed by the utility model.

Claims (8)

1. a non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body, it is characterized in that: it comprises underframe, lower floor's bed body and upper bed body, to be hinged in the middle part of described lower floor bed body on described underframe and the end is touched in the turning rear end to described lower floor bed body, described upper bed body comprise can slide anteroposterior the upper limb bed body being arranged on described lower floor's bed body front portion and can the lower limb bed body that described lower floor's bed body rear portion is arranged on of slide anteroposterior, the front end securement head traction apparatus of described upper limb bed body, this head traction device comprises headrest and head band, described upper limb bed body installs mattress, in this mattress, aerating gasbag is installed in the position of corresponding human body lumbar vertebra, on described upper limb bed body, the underarm region of corresponding human body is provided with oxter pole, described upper limb bed body is provided with human body fixing band.

2. the non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body according to full claim 1, it is characterized in that: described upper limb bed body and described lower limb bed body are all slidably mounted on described lower floor bed body by slide rail, between described upper limb bed body and described underframe and between described lower limb bed body and described underframe, electric pushrod is installed, installs between described upper limb bed body and described lower limb bed body and always order about both close extension springs.

3. the non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body according to full claim 1 or 2, it is characterized in that: described headrest comprises headrest nest district and neck brace district, described headrest nest district has the depression of the curves of head when lying on the back with human body, described neck brace district comprise holder cervical region and be located at these holder cervical region both sides for keeping off the rib establishing jawbone position, the curve of cervical region when the inner of described rib laminating human body is lain on the back.

4. the non-surgical spinal column pressure reduction treatment according to full claim 3 with intelligent electric-controlled bilayer deciliter bed body, is characterized in that: described oxter pole can being arranged on described upper limb bed body of anterior-posterior translation.

5. the non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body according to full claim 4, it is characterized in that: described oxter pole is arranged on described upper limb bed body by slide rail, installs automatically controlled push rod between described oxter pole and described upper limb bed body.

6. the non-surgical spinal column pressure reduction treatment according to full claim 5 is with intelligent electric-controlled bilayer deciliter bed body, and it is characterized in that: the rear end of described lower limb bed body is provided with pedal, when the end is touched in described lower floor's bed body rear end, this pedal upper surface is horizontal end face.

7. the non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body according to full claim 1 or 2 or 4 or 5 or 6, it is characterized in that: it also comprises delta-ring, this delta-ring comprises and can be positioned over bearing on lower limb bed body and be opened on this bearing and the groove at corresponding human knee position.

8. the non-surgical spinal column pressure reduction treatment intelligent electric-controlled bilayer deciliter bed body according to full claim 1, is characterized in that: roller is installed in described underframe lower end.