A tiny device that acts on target cells

Abstract

The invention discloses a micro therapy apparatus acting on target cells. The micro therapy apparatus comprises a casing, a killing chamber, killing chamber props, front steering fine-tuning drive pieces, a heat release needle, a sealing gasket, a heat releaser telescopic rod and extension power springs. The casing is of a pentagonal pyramid, and the killing chamber is arranged at the front end of the casing. The lower portion of the killing chamber is separated from the lower portion of the casing by a partition plate. The two killing chamber props are used for controlling open and close of the killing chamber, one ends of the killing chamber props are hinged to the partition plate, and the other ends thereof are fixed to slopes of two sides of the killing chamber. The front steering fine-tuning drive pieces are arranged on a regulating rotation shaft, the regulating rotation shaft is connected with front steering fine-tuning drive rods through fixing pins, and the front steering fine-tuning drive rods indirectly control folding and unfolding of the front steering fine-tuning drive pieces through the regulating rotation shaft. One end of the heat release needle is locked on the partition plate under the killing chamber and the other end of the heat release needle is fixed to the upper side of a heat release needle tube. Therapy suiting the remedy to the disease and having no side effects is realized by the aid of the micro therapy apparatus, the problem about the driving power in use of nano-robots is solved, and the micro therapy apparatus has great significance in development of medical treatment.

Description

technical field [0001] The invention relates to a micro-device, in particular to a micro-device capable of acting on target cells, and belongs to the technical field of medical micro-treatment instruments. Background technique [0002] When the local infection of the human body is usually treated by taking or injecting drugs, however, these drugs are gradually diluted with the flow of blood, and the drugs that finally reach the lesion may not have a good effect. If the intake is increased, it will increase the The use of nano-robots can directly deliver small doses of drugs to the site of infection, which reduces side effects and improves the therapeutic effect; however, because no nano-level driving device can be found as the engine of nano-robots, nano-robots are Medical applications are still in the experimental stage of research and development. [0003] Therefore, there is a need for a micro-device that acts on target cells, which can replace traditional drug treatment...

AI Technical Summary

Problems solved by technology

[0002] When the local infection of the human body is usually treated by taking or injecting drugs, however, these drugs are gradually diluted with the flow of blood, and the drugs that finally reach the lesion may not have a good effect. If the intake is increased, it will increase the The use of nano-robots can directly deliver small doses of drugs to the site of infection, which reduces side effects and improves the therapeutic effect; however, because no nano-level driving device can be found as the engine of nano-robots, nano-robots are Medical applications are still in the experimental stage of research and development

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