Organ transplanting and transferring device

Abstract

The invention discloses an organ transplanting and transferring device, and relates to the technical field of medical instruments. The organ transplanting and transferring device comprises a shock absorption protection mechanism and a loading mechanism; the shock absorption protection mechanism comprises a bottom base plate and a top turntable; a servo motor is mounted on a shock absorption machine base; an electromagnet is mounted at the upper part in a through hole; a shock absorption pressure spring is arranged outside a main shaft in a sleeving manner; a radial damping sliding rail is mounted on the rear side of the upper end face of the turntable; an annular pressure plate corresponding to the position of the electromagnet is disposed under the turntable; multiple permanent magnets are mounted on the pressure plate in an embedded manner; a GPS (Global Positioning System) speed measurement module, an acceleration induction module and a processor processing unit are mounted on the base plate; the loading mechanism comprises a heat preservation box mounted on the damping sliding rail; one end of a tension spring is rotatably connected with the main shaft, and the other end of thetension spring is fixedly connected with the front end of the heat preservation box; an organ box is arranged in the heat preservation box. The organ transplanting and transferring device has the beneficial effects that horizontal buffering protection and vertical shock absorption protection are realized by using the shock absorption protection mechanism, and the protection effect is better.

Description

technical field [0001] The invention relates to the technical field of medical instruments. Background technique [0002] In medical treatment, the transfer of transplanted organs is relatively common. During transportation, the vibration will cause damage to the transplanted organs. The general transfer device uses compression springs for shock absorption protection in the horizontal and vertical directions. However, in actual transportation, the main damage comes from the short-distance vibration in the vertical direction and the inertial impact generated by the horizontal plane. The protection in the horizontal direction is very poor, and the generation of inertial impact cannot be eliminated, and the compression spring eventually becomes an obstacle to the impact, causing impact extrusion of the internal transplanted organ. In the process of transportation, when the vehicle brakes or decelerates suddenly, due to inertia, it will form a forward rush, and if the forward ...

AI Technical Summary

Problems solved by technology

In the process of transportation, the vibration will cause damage to the transplanted organs

The general transfer device uses compression springs for shock absorption protection in the horizontal and vertical directions. However, in actual transportation, the main damage comes from the short-distance vibration in the vertical direction and the inertial impact generated by the horizontal plane. The protection in the horizontal direction is very poor, and the generation of inertial impact cannot be eliminated, and the compression spring eventually becomes an obstacle to the impact, resulting in impact extrusion of internal transplanted organs, etc.

In the process of transportation, when the vehicle brakes or decelerates suddenly, due to inertia, it will form a forward rush, and if the forward rush is blocked, it will form a crushing impact inside, causing damage to the organs

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