Stroke detection structure and control method thereof, electric anastomat and medical equipment

Abstract

The invention provides a stroke detection structure and a control method thereof, an electric anastomat and medical equipment. The stroke detection structure is applied to percussion action detection of the medical equipment and comprises a supporting part, a transmission part and a detection part; the supporting part serves as a supporting structure of the stroke detection structure; the transmission part is arranged in the supporting part in a penetrating mode and can move in the supporting body in the axial direction; the detection part is fixed on the supporting part and is in contact with the transmission part through the supporting part, wherein one end of the transmission part is connected with the operation end of the medical equipment, and when the transmission part moves in the supporting part in the axial direction, the transmission part makes contact with different detection positions on the detection part in sequence to complete stroke detection of the transmission part relative to the supporting part, so that the operation end executes the percussion action according to the stroke detection. Therefore, the problem of excessive squeezing can be completely avoided through stroke detection, and detection of different detection positions such as secondary percussion lock detection with a nail bin can be achieved.

Description

technical field [0001] The present disclosure relates to the technical field of medical devices, in particular to a stroke detection structure and a control method thereof, an electric stapler, and medical equipment. Background technique [0002] At present, electric staplers in the prior art are mainly divided into two types: semi-automatic and full-automatic. The problems in the specific operation process of existing electric staplers include: (1) the target tissue needs to be cleaned before stapling and cutting. Squeeze, when the anvil of the electric stapler closes and squeezes the target tissue, the anvil may have too much pressing force, and the target tissue that is too thick may be squeezed too much, and a low-height staple magazine is used to anastomose the thick tissue, resulting in burst nails, resulting in failure of the anastomosis and failure of the target tissue. Tissues are prone to massive bleeding; (2) The staple cartridge is a one-time-use device that need...

AI Technical Summary

Problems solved by technology

[0002] At present, electric staplers in the prior art are mainly divided into two types: semi-automatic and full-automatic. The problems in the specific operation process of existing electric staplers include: (1) the target tissue needs to be cleaned before stapling and cutting. Squeeze, when the anvil of the electric stapler closes and squeezes the target tissue, the anvil may have too much pressing force, and the target tissue that is too thick may be squeezed too much,

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