Minimally invasive bone plate device capable of achieving positional regulation of pressure

Abstract

The invention discloses a minimally invasive bone plate device which can be positioned, adjusted and pressurized. It comprises a bone plate unit. There are bone mounting holes, and the two ends of the bone plate unit are respectively provided with a C-shaped cage, and two sets of adjustment blocks are provided on the C-shaped cage, and the first docking block is provided on the top of the fastening surface, and the first docking block is provided with Through holes, the first docking block is provided with a docking groove on the side close to the bone-synthetic surface, the second docking block is provided below the bone-synthetic surface, the second docking block is provided with threaded holes, and the second docking block is on the side close to the fastening surface Butt bumps are provided. The invention reduces the size of the surgical incision, improves the healing speed after operation, protects the health of the patient, prevents the bone plate from being too long or too short, avoids material waste, increases the strength of the bone plate, improves the osteosynthesis effect of the bone plate, and adjusts the bone plate The pressure between the bone and the bone can improve the bone setting effect and ensure the comfort of the patient.

Description

technical field [0001] The invention relates to the technical field of medical instruments, in particular to a minimally invasive bone plate device capable of positioning, adjusting and pressurizing. Background technique [0002] Bone plate fixation is a common method for orthopedics to treat fractures. After nearly a hundred years of development, implantable bone plates have made unprecedented progress in terms of materials and types. The traditional integrated design of bone plates can meet the needs of osteosynthesis , but due to the different nature of the patient's fracture, the size and thickness of the bone, the shape of the fracture, etc., it is difficult for the traditional bone plate to meet the needs of bone setting. Most of the current bone plates are specially designed according to the patient's bone, so the cycle is long and the cost is high. High, poor applicability, and the traditional bone plate needs to open an operation port according to the length of the ...

AI Technical Summary

Problems solved by technology

[0002] Bone plate fixation is a common method for orthopedics to treat fractures. After nearly a hundred years of development, implantable bone plates have made unprecedented progress in terms of materials and types. The traditional integrated design of bone plates can meet the needs of osteosynthesis , but due to the different nature of the patient's fracture, the size and thickness of the bone, the shape of the fracture, etc., it is difficult for the traditional bone plate to meet the needs of bone setting. Most of the current bone plates are specially designed according to the patient's bone, so the cycle is long and the cost is high. High, poor applicability, and the traditional bone plate needs to open an operation port according to the length of the bone plate during surgery. The large opening will take a long time to heal later, which will have a great impact on the recovery of the patient’s body. Therefore, an adjustable reduction surgery is needed. Minimally invasive bone plate device with positionable adjustable compression for post-recovery time

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