Distal radius integrated splint (integrating splints, pressure pads and strapping tapes)

Abstract

The invention relates to a fixing tool used after distal radius fracture reduction in the medical field, in particular to a distal radius integrated splint (integrating splints, pressing pads and strapping tapes). A cotton pressure pad is additionally arranged at the far end of a back side plate, and the angles of the back side plate, a radial side plate and an ulnar side plate are changed into adjustable angles of application pressure pads. Four horizontal holes are formed in the side surface of each splint, cotton strapping tapes penetrate through the splints respectively to connect the splints into a whole, a thin cotton pressing pad with the position capable of being adjusted at will is bonded to the inner side surface of the radial side plate and the inner side surface of the back side plate, and the splints and the pressurizing cotton pads are bonded into a whole. The problems that parts of a traditional splint are scattered and need to be operated by multiple persons, the pressurizing cotton pads and the strapping tapes need to be temporarily manufactured by doctors, an anaphylactic reaction is caused due to the fact that the pressing pads or the strapping tapes stimulate the skin, pressing of the fractured end of a fracture is uneven, and pressing pad movement and fracture displacement are prone to occurring are solved; and the problems that a traditional splint is inconvenient to adjust and dress repeatedly, and is inconvenient to carry and use at any time can be solved.

Description

technical field [0001] The present invention is an integrated splint for the distal end of the radius (integrated splint, pressure pad, and straps) improved on the basis of the traditional four splints, two pressure pads, and four straps for distal radius fractures. Compared with the traditional splint A cotton pressure pad is added to the distal end of the side plate. By changing the angle of the dorsal plate, radial plate and ulnar plate into an adjustable angle of the pressure pad, it can better maintain the 10-15° angle of fracture reduction and fixation. Degree palm inclination, 20-25 degree ruler deviation. [0002] Drill 4 holes horizontally on the side of each splint, and use cotton thread straps to pass through the splint to connect them as a whole. Compression resets the fracture block to prevent fracture displacement), the splint and the pressure cotton pad are pasted together as a whole (the position and size of the cotton pressure pad can be adjusted at will, and...

AI Technical Summary

Problems solved by technology

[0005] At present, the traditional splint for distal radius fractures consists of more than 10 scattered parts, including four splints, two pressure pads (temporary self-made), four straps (temporary self-made), and no connection between the four splints. At the same time, the pressurized cotton pad and the four straps can only be temporarily made by the clinician himself during application. It takes more manpower and time to fix the splint after reset, and the operation process is cumbersome. For multiple splint adjustments and dressing changes It is also very inconvenient, and it will also be unusable due to the lack of pressure pads or straps when used temporarily in non-medical places

[0006] The traditional splint pressure pad is not glued together with the dorsal side plate and the radial side plate. The position cannot be adjusted at will and the cotton pad is easy to shift after being fixed, so it cannot achieve good static compression and reset of the fracture fragment.

At the same time, the thickness, size and position of the radial pressure pad cannot be adjusted randomly, and there is no adjustable pressure pad on the back side, which cannot maintain the angle of palm inclination and ulnar deviation well.

[0007] The strapping of traditional splints often requires clinicians to use four bandages to wrap and tie knots on the splint for pressure and fixation, which cannot achieve uniform pressure. The friction force between the fractures fixes the fracture, and the tightness of the binding cannot be well controlled. The splint cannot completely stabilize and fix the fracture, and the fracture end is prone to displacement after reduction.

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