High-strength material, auxiliary walking device made of high-strength material and production equipment and production method

Abstract

The invention discloses a high-strength material, an auxiliary walking device made of the high-strength material, production equipment and a production method. The high-strength material is prepared from ABS resin, polycarbonate, carbon fiber powder, asphalt resin, a stabilizer and an antioxidant. The auxiliary walking device comprises a pedal plate, wrist supporting rods, shank supporting rods with the adjustable height and thigh supporting rods with the adjustable height. The production equipment comprises a hot melting mechanism, a dust falling mechanism, an injection molding mechanism, a suction mechanism, a batching mechanism, a molding mechanism and a refrigeration water machine. The method is a working method of the production equipment. The auxiliary walking device is flexible to adjust, and a user can selectively adjust the auxiliary walking device according to the thickness of the legs and the use comfort condition. The device realizes integrated production of hot melting, injection molding and molding, is good in cooling effect, and realizes energy conservation and consumption reduction.

Description

technical field [0001] The invention relates to a material, a walking device, a production device and a method, in particular to a high-strength material, an auxiliary walking device made of it, a production device and a method. Background technique [0002] For people with walking difficulties, calf fractures, or lack of physical strength, the lower limb auxiliary walking device is a commonly used assisting device to help them walk and go out, and has the advantage of flexible movement. At present, most of the assistive walking devices for lower limbs on the market are made of metal materials or ordinary plastic materials. Although the assistive walking devices for lower limbs made of metal materials have good strength and wear resistance, there is a problem that the device has a large weight. Defects, after a long time of use, it will hinder the user's walking, and the comfort of use is greatly reduced; for the lower limb auxiliary walking device made of ordinary plastic m...

AI Technical Summary

Problems solved by technology

At present, most of the assistive walking devices for lower limbs on the market are made of metal materials or ordinary plastic materials. Although the assistive walking devices for lower limbs made of metal materials have good strength and wear resistance, there is a problem that the device has a large weight. Defects, after a long time of use, it will hinder the user's walking, and the comfort of use is greatly reduced; for the lower limb auxiliary walking device made of ordinary plastic materials, although the defect of heavy metal material is solved, when the strength is poor, It is difficult to play a good supporting role; therefore, it is urgent to provide a high-strength material under the premise of ensuring light weight for the manufacture of assistive walking devices for lower limbs

[0003] Moreover, in order to avoid poor support, most of the lower limb walking devices currently on the market are equipped with a reduced height adjustment function. Poor performance, difficult to meet the use of more people

At the same time, the existing auxiliary walking devices for lower limbs are not designed in full consideration of the characteristics of the lower limbs of the human body, and the comfort of use still needs to be further improved

[0004] In addition, most of the production equipment used for the lower limb assisted walking device is general-purpose equipment, which cannot be set in conjunction with the actual walking device. If the existing production equipment is applied to the production of the lower limb assisted walking device of the present invention, it is difficult High-efficiency production can be achieved, and good cooling and forming treatment cannot be ensured. Therefore, it is urgent to provide a production equipment and a method

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