KR20100064461A - The adjustable spine brace - Google Patents

Abstract

The vertebral braces, which have been distributed so far, measure a person's body shape, apply heat to the plastic to the most similar plaster model, soften it, and then shape it as a human body.

However, the cost of the product was high due to the addition of cost as fit to each patient's body type, and the patient was unstable because of the unstable dimensions when the patient's body shape changed. However, the designed orthosis can be easily worn by anyone alone, and it is not a customized brace for the body shape, but it has a basic human body shape and adds the function to automatically fit the body shape. The Adjustable Spine Brace.

Description

Adjustable Spine Brace {The Adjustable Spine Brace}

The present invention is easily resized and fixed by using a device that can be pulled and fixed by connecting the strap to the side adjustment loop so that anyone can easily use it to their size by removing from the custom form of the waist brace. The present invention relates to a medical assistive device that binds tightly so as not to escape.

The back buckwheat bone protector was sized to fit the patient's body and used a custom brace designed and worn in a separate form, resulting in significant loss of time and money. In addition, even the off-the-shelf product was inconvenient to wear and undressing due to the complex fastening device of the front and rear plates. In particular, the brace is very inconvenient to wear itself because it is often used for surgical patients or disabled people.

Existing products require time due to the post-production process, and the size and shape of the patient must be drawn or visited in advance in order to fit the patient's body. In addition, the products that come as ready-made products had to be prepared in very many sizes, and also the work needed to be transformed into a shape that fits the human body by putting the inner plastic on the hot plate.

The design of the present invention is that the human bone shape is not very different, and the basic size also differs from person to person in the upper body, and there is a difference in weight and weight in the body. Judging from the mass production of the product, it is possible to come up with a convenient product that can be worn by anyone in several sizes instead of complex sizes.

The present invention is made of plastic by dividing the back part of the back part and the front part of the belly part into three parts and making plastic by putting on the cloth of cotton material on it. The direction of force is distributed to the front and back side by pulling by using, and the direction of the force is distributed to the left and right by separating the front part. Therefore, it is adjusted to the human body by moving it in 4 directions before and after left and right, and can be worn with only 3 simple connection sockets on the front part when it is worn again after dismounting.

The present invention eliminates the hassle of having to measure the dimensions in the manufacturing process before the wearer can be easily removable without the help of other patients or disabled people. In addition, the structure of the auxiliary mechanism is simple, there is an effect that can improve the productivity.

Hereinafter, with reference to the accompanying drawings will be described the present invention in more detail.

The present invention uses three ergonomically curved plastics (50, 51, 52) to insert and insert the Jacquard (40) to facilitate the removal and insertion of the cotton fabric (20, 21, 22) for other reasons, such as washing Open and insert).

The plastics (50, 51, 52) utilized in the present invention are the back plastic (50) and the front two plastics (51, 52) expressing the posterior curvature of the spine in the shape of the waist so that it is easy to adhere to the chest abdomen and flanks. Make it easy to fix.

 In Figure 1, the connecting cross band 33 is connected to the connecting sockets 30 and 31 from the side to the inside in a transverse direction, and stitched and sewed by a sewing machine. It is connected to the (13) and connected to the ventral outer shell (20, 21) and sewed by the sewing machine and fixed.

In Figure 2, the back portion is sewn by connecting the shoulder holder (11) to the back outer shell (22) so that it can be made in a vest shape using the connecting ring (13). In addition, by connecting the binding barb adjustment ring 34 to the left and right, sewn on both sides and put in aesthetic appearance to finish clean.

3 connects the binding band band 33 with the binding band adjusting ring 34 on the back and fixes the binding band band 33 by pulling it from the bottom with both hands in turn to find each size.

4 is a fastening strap adjustment band (34) and the front binding strap band (33) in the back fixed in combination to adjust the height up and down through the shoulder adjustment (11, 13)) to adjust for a tall or small person Do it.

      1 is a plan view of the outer vest as the front portion of the present invention

      2 is a plan view of the outer vest as the rear portion of the present invention

      3 is a front view illustrating the present invention coated on the patient

      Figure 4 is an illustration of the back portion coated on the subject of the present invention

      Figure 5 is a plan view of the rear plastic plate inserted into the outer vest of the present invention Figure 6 is a plan view of the front plastic plate inserted into the outer vest of the present invention

  [Description of Symbols for Main Parts of Drawing]

   11: shoulder holder 12: shoulder connecting band

   13: shoulder ring 20: left side of the abdomen

   22: right side of the outer shell 30: front connection socket (male)

   31: front connection socket (female) 33: binding cross band

   34: binding band adjustment ring 40: the inner insertion jack

   50: rear plastic 51: front plastic (left)

   52: plastic front (right)

Claims (2)

The present invention is a spinal brace divided into three parts by combining one rear part (22) of the back part and two front parts (20, 21) of the belly part. Orthosis can be adjusted according to the human body by moving in the front and rear, left and right four directions by pulling with a constant force by connecting the binding cross band 33 to the connecting ring 34 to the front portion (20, 21) of the belly portion

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