Implants for Medical Devices

Abstract

The invention discloses an implantation device suitable for a medical device. The implantation device comprises a shaft piece, a rod piece, a bolt and a clamping mechanism, wherein the shaft piece comprises a shaft body and a connector part arranged at one end of the shaft body, and one end of the rod piece is adjacent to an inner side of the connector part; the bolt is arranged at the end of therod piece and penetrates through the connector part to be connected with the medical device; the clamping mechanism is movably arranged at the other end of the shaft body and is far away from the connector part; the clamping mechanism selectively limits or allows the angular displacement of the rod piece relative to the shaft body. When the rod piece is stressed and bent relative to the shaft body, the end of the rod piece pries the bolt, so that the medical device is driven by the bolt to abut against an outer side of the connector part. The implantation device can be stably connected with the medical device, and is simple in structure and easy to clean.

Description

Technical field [0001] The invention relates to a surgical tool, in particular to an implanter suitable for medical devices. Background technique [0002] In surgical operations, some surgical tools are usually used to connect medical devices (such as implants, implant specimens or surgical instruments) to help users operate the medical devices more flexibly. The rooms are connected in a detachable manner. Therefore, in order to avoid accidental loosening during surgical operations, a common method is to use auxiliary mechanisms to ensure a stable combination of medical devices and surgical tools. [0003] The existing auxiliary mechanism is composed of a complex linkage mechanism, and this structure has many connecting joints, small components, deep holes and internal grooves, so the cleaning and sterilization of surgical tools becomes very difficult, due to these components In the process of each operation, it will frequently come into contact with blood, soft tissue or bone. If...

AI Technical Summary

Problems solved by technology

[0003] The existing auxiliary mechanism is composed of a complex linkage mechanism, and this structure has many connecting joints, small components, deep holes and internal grooves, so it is very difficult to clean and sterilize surgical tools, because these components Frequent contact with blood, soft tissue or bone during each surgical operation, if not thoroughly cleaned and sterilized, will greatly increase the risk of postoperative infection for patients

[0004] Although some surgical tools are designed to be partially disassembled for cleaning, the structure of this design is more complicated and easily damaged. Not only may it cause accidents and delays in the surgical process, but the complicated cleaning procedures also increase the burden on medical staff and hospital operations. cost

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