Recoverable mechatronical clock delay mechanism

Abstract

The invention discloses a recoverable mechatronical clock delay mechanism. The mechanism is characterized by comprising a shell, a safety structure, a touch structure, a timing circuit phase conversion structure, a de-protection circuit phase conversion structure, a clock delay structure and a reset lever; the safety structure is used for limiting the movement of the touch structure; the timing circuit phase conversion structure comprises a first PCB circuit board, a starting switch and a jacking reed; the de-protection circuit phase conversion structure comprises a second PCB circuit board and a de-protection switch; the touch structure is respectively in contact with the timing circuit phase conversion structure and the de-protection circuit phase conversion structure, and controlling atiming circuit and a de-protection circuit; and the touch structure is in contact with the clock delay structure.

Description

Technical field: [0001] The invention belongs to the technical field of clock-type delay electromechanical fuzes, and particularly relates to a recoverable electromechanical integrated clock delay mechanism. Background technique: [0002] The traditional clock-type electromechanical delay fuze, its working principle is that under the action of external force, the limit of the clock is released, and the clock starts to delay. , which is converted into the switching action of the electronic part, and completes actions such as delaying the release of the insurance. However, the traditional clock-type electromechanical delay fuze has the following defects: the clock part and the insurance part are designed separately, occupying a large space, and the design matching degree of the two is high; The switch output cannot give the electronic switch signal at the start of the delay; the recoverability is poor, and it needs to be recovered after more complicated actions such as disass...

AI Technical Summary

Problems solved by technology

However, the traditional watch-type electromechanical time-delay fuze has the following defects: the watch part and the insurance part are designed separately, which takes up a lot of space, and requires a high degree of matching between the two designs; The switch output cannot give the electronic switch signal at the beginning of the delay; the recoverability is poor, and it can only be recovered after complex actions such as disassembling the machine or opening the cover after use, making it difficult to quickly reuse

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