Seamless kneepad structure

Abstract

A seamless kneepad structure is composed of a sheath, adjusting bands, and support pieces, wherein the sheath is in a shape of a sleeve made by an elastic fabric, a protection part is located at a front face of an exterior surface of the sheath, and a plurality of connection parts and stick parts for fixing the adjusting bands are located two sides of the sheath respectively. An extension hole is located at an opposite surface of the protection part, the adjusting band is constituted by a main body, a fixing piece, and an adjusting piece, and the support piece is made by connecting two iron pieces to a connection part whose back surface is provided with a stick piece.

Description

BACKGROUND OF THE INVENTION [0001] (a) Field of the Invention [0002] The present invention relates to a seamless kneepad structure, and more particularly to a kneepad structure made completely by adhering with a high frequency or a hot melt adhesive film. The structure is primarily used in fixing for rehabilitation and a remedy, which can lessen an inferior quality of a conventional sewing method and facilitate assembling and implementing. [0003] (b) Description of the Prior Art [0004] It is known that a joint structure of a human is very complicated; therefore, a sprain, an arthroncus, a phlebectasia, and a pain will usually occur in the joint part of limbs by a careless rotation of limbs due to an exercise, a long standing and sitting, or moving and carrying at work, in a daily life, thereby bringing a lot of inconvenience in life and relying on a medicine, a surgery, or a long-term rehabilitation frequently. To prevent the diseased part from spreading again and to adjust a surfac...

AI Technical Summary

Benefits of technology

[0005] The primary object of the present invention is to provide a kneepad structure made by adhering with a high frequency or a hot melt adhesive film, which will reduce a waste in manpower of a conventional sewing work, and can facilitate assembling and a fine tuning in usage.

[0007] Upon assembling according to the aforementioned structure, the two adjusting bands are first installed at proper positions of an upper and a lower side of the sheath. The end of the main body having the fixing piece is fixed on the connection part without the ring, and the main body is surrounded the entire sheath, followed by passing through the ring at the other end of the connection part. Next, the hook layer which is exposed at one end of the adjusting piece is pasted on a surface of the main body, followed by installing two ends of the two support pieces in a bag structure formed with the connection part whose two sides are opposite to each other, along with pasting the stick pieces at the back surfaces of the connection parts of support pieces on the stick parts at two sides of the sheath. In usage, a position having one end of the adjusting piece of the adjusting band can be moved freely on demand, so as to adjust a tightness of the sheath. Moreover, other support piece can be added to enhance a supporting force of the kneepad structure, which is fixed on three points with a surface of the sheath. Therefore, other than to provide an enough supporting force, there will be no fall-off upon moving by a user. Accordingly, the present invention can reduce a waste in manpower of a conventional sewing method and cost, and can facilitate assembling and a fine tuning in usage

Problems solved by technology

It is known that a joint structure of a human is very complicated; therefore, a sprain, an arthroncus, a phlebectasia, and a pain will usually occur in the joint part of limbs by a careless rotation of limbs due to an exercise, a long standing and sitting, or moving and carrying at work, in a daily life, thereby bringing a lot of inconvenience in life and relying on a medicine, a surgery, or a long-term rehabilitation frequently.

During the course of treatment to arthritis or an injury to ligaments with a conventional medical science, a diseased part of a patient will be spreading or difficult to be cured successfully, due to a motion linked to a joint.

Accordingly, the manufacturing procedure will be even more complicated, thereby increasing the manufacturing cost.

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