Device for punching gypsum used for orthopedic surgery and use method of device for punching gypsum used for orthopedic surgery

Abstract

The invention discloses a device for punching gypsum used for orthopedic surgery and a use method of the device for punching the gypsum used for orthopedic surgery. The device for punching the gypsum used for orthopedic surgery comprises a machine, and is characterized in that the machine is internally provided with a power space, wherein a power mechanism used for providing power for the device is arranged in the power space, two absorbing spaces with downward openings are arranged at the lower side of the power space, the two absorbing spaces are distributed to be bilaterally symmetric about a central line of the power space, each absorbing space is internally provided with a corresponding collection mechanism used for collecting dust generated due to gypsum punching, a punching box is arranged at the lower side of the machine, and the punching box is internally provided with two running-in spaces with outwards openings. By means of the device for punching the gypsum used for orthopedic surgery and the use method of the device for punching the gypsum used for orthopedic surgery, the gypsum used for orthopedic rehabilitation can be effectively punched, thus skin disease caused by air tightness of gypsum can be effectively avoided, and meanwhile, the problem of gypsum strength reduction caused by punching can be avoided, so that the situation that after gypsum is punched, the strength is reduced, and consequently the gypsum is liable to be broken to cause secondary damage to patients is prevented.

Description

technical field [0001] The invention belongs to the field of medical devices, in particular to a plaster drilling device for orthopedic surgery and an application method thereof. Background technique [0002] Plaster bandages are made of starched gauze bandages and plaster of paris powder. After soaking in water, they can harden and set in a short time. They have strong shaping ability and good stability. Used for fixation in orthopedics or orthopedics, molds, auxiliary devices for prosthetics, protective brackets for burns, etc.; [0003] However, in summer, due to the high temperature and the poor air permeability of the gypsum, the parts where the gypsum fixes the human body are not breathable, so that the body sweats, the humidity is high, and the temperature is high, which often induces diseases such as skin diseases, eczema, and skin allergies. Fracture patients therefore abandon plaster fixation treatment, resulting in serious consequences such as fracture displaceme...

AI Technical Summary

Problems solved by technology

[0003] However, in summer, due to the high temperature and the poor air permeability of gypsum, the parts where the gypsum fixes the human body are airtight, so that the body sweats, the humidity is high, and the temperature is high, which often induces diseases such as skin diseases, eczema, and skin allergies. Therefore, many patients with fractures give up plaster fixation, resulting in serious consequences such as fracture displacement and nonunion.

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