JP3125191U - Insole mat for spine correction and back pain prevention - Google Patents

Abstract

[PROBLEMS] The bending of the spine is caused by a lifestyle, and even if it is temporarily resolved, if the lifestyle does not change, the situation becomes the same again. Provided in everyday life habits, provide insole mats for spinal correction and back pain prevention.
The thoracic vertebra (2) of the present invention has a weight of the head (6) above the thoracic vertebra due to a step difference from the thoracic vertebra when lying on its back on the insole mat with the thoracic rib ribs raised. The cervical spine is bent backwards. Below the thoracic vertebra, due to the weight of the lumbar part (8), bending force acts on the lumbar vertebra part, and the spine is corrected. Also, when the weight is concentrated on the lumbar sacrum (5), by raising the thoracic vertebrae and thoracic ribs, the center of gravity moves to the thoracic vertebra, reducing the bending pressure on the sacrum and reducing or preventing low back pain. .
[Selection] Figure 7

Description

Detailed description of the invention

When lying on a mattress or bed, the weight varies depending on the body part. The weight is in the order of waist (8), chest (7), head (6), and lower limb (9). In the case of a hard futon or bed, since the weight is the highest on the lumbar region, pressure is applied between the lumbar sacrum and the lumbar spine, causing back pain. Also, soft, futons and beds cannot bend the spine. The spine is made up of small bones rather than a single stick-like bone. Each of them is called a vertebra, and the neck is read as cervical vertebra (1), the chest as thoracic vertebra (2), and the lumbar as lumbar (3). Below that is the pelvis containing the sacrum (5). The spine has a structure like vertebrae stacked vertically. When looking at the spine from the side of the body, an S-shaped curve is drawn so that it is convenient to stand upright while supporting the weight applied to the front of the body. The upper cervical vertebra is gently rolled forward, the middle thoracic vertebra is backward, and the lower lumbar vertebra is gently rolled forward. This structure makes the spine supple and durable, so it can move back and forth and right and left like a spring across the entire spine.

Conventionally, there have been cases in which a pad is used for the lumbar portion to correct the spine, or a portion where the lumbar portion of the mattress is indented is used to prevent back pain.

Problems that the device tries to solve

The spine bends have become a lifestyle habit, such as bending for a long time, muscle weakness due to lack of exercise, etc. Even if temporarily resolved, if the lifestyle does not change, it will be the same state. Provided in daily life habits, spine correction and back pain prevention.

Means for solving the problem

Insole mat with raised sternum (2) and sternum ribs in Fig. 3. When lying on its back, the cervical vertebra (1) above the thoracic vertebra is behind the thoracic vertebra with the weight of the head (6) To be bent. Below the thoracic vertebrae, due to the weight of the lumbar part, bending force acts on the lumbar part at the level difference from the thoracic vertebrae, and the spine is corrected. In addition, when the thoracic vertebra is raised, the center of gravity moves to the thoracic vertebra, and the bending pressure applied to the sacrum is reduced, thereby reducing and preventing low back pain.

The present invention has a shape in which the insole futon Fig. 3 and the rib portion of the thoracic vertebra (2) and the rib portion of the thoracic vertebra are raised. When lying on the back, the cervical vertebra (1) above the thoracic vertebra It is bent back with the weight of (6). Below the thoracic vertebra, due to the weight of the lumbar part (8), the bending force acts on the lumbar part at the level difference from the thoracic vertebra, and the spine is corrected. Also, when the thoracic vertebrae are raised, the center of gravity moves to the thoracic vertebrae by increasing the thoracic vertebrae so that the weight concentrates on the lumbar sacrum (5), and the bending pressure applied to the sacrum is reduced to reduce or prevent back pain.

In normal use, a futon, mat, etc. are used on the insole mat FIG. 3 of the present invention.

Effect of device

By adding the insole mat shown in Fig. 3 in daily activities such as sleeping on a futon and a bed, there is an effect of reducing or preventing low back pain by correcting the bending of the spine without the effort of rehabilitation.

It is a top view of the insole mat of the present invention. It is a side view of an insole mat of the present invention. It is a perspective view of an insole mat of the present invention. FIG. 3 is a side view of a normal shaped spine. FIG. 6 is a side view of a spine having a bent shape. It is use explanatory drawing of the insole mat | matte of this invention. It is a use explanatory view in which the spine was corrected with the insole mat of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cervical vertebra 2 Thoracic vertebra 3 Lumbar vertebra 4 Sacrum 5 Coccyx 6 Head 7 Chest 8 Lumbar 9 Lower limb 10 Pillow 11 Mattress 12 Insole mat

Claims (1)

The thoracic vertebra (2), the ribbed portion of the thoracic vertebra, with the raised insole mat in Fig. 3, when lying on its back, the cervical vertebra (1) above the thoracic vertebra is at the level of the thoracic vertebra with the weight of the head (6) , Correct the cervical spine. In the step below the thoracic vertebra, the bent spine is corrected by the weight of the lumbar region (8). Also, when the weight is concentrated on the lumbar sacrum (5), by raising the thoracic vertebrae, the center of gravity moves to the thoracic vertebra, reducing the bending pressure on the sacrum and preventing back pain. Thoracic vertebra (2) Insole mat with rib ribs of the thoracic vertebra raised in FIG. 3, insole mat for the purpose of correcting the spine and preventing back pain.

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