Driving power supply system for rotation of curvature aperture lens of pulse laser

Abstract

The invention discloses a driving power supply system for rotation of a curvature aperture lens of a pulse laser. The driving power supply system structurally comprises a bottom base plate, a pulse disc seat, a bolt rod piece, a buckle plate, a top cover plate, an integrated circuit board and a laser lens square groove. According to the invention, the pulse disc seat is matched with the square groove of the laser lens to form a rotary focusing effect of combining a transverse irradiation path with a lens valving groove is formed, an aperture capturing effect of a corner is formed through multi-position light sensation curvature refraction of the rotary mirror plate frame, the trigger switch angle of the equipment for the driving power supply system is matched, an adjustable lifting refraction operation and an adjustable descending refraction operation are formed, lens sectioning grooves form aperture displacement and traction movement effects, it is guaranteed that conventional directlaser rays form multi-angle adjustable angular torque division points through the rotary mirror plate frame, the transverse breakdown efficiency of the pulse current is improved, the laser initiativeis improved, and stable butt joint and regulation and control effects on a driving power supply of a circuit in equipment are achieved.

Description

technical field [0001] The invention relates to a driving power system for the rotation of a curvature aperture lens of a pulse laser, belonging to the field of power systems. Background technique [0002] The driving power system is the main core power supply of transmission processing equipment. When the driving power system stops suddenly, it is necessary to call the pulse laser to form a trigger switch feedback circuit, so as to restart the driving power supply and restore the stable working effect of the entire circuit system. Both photoconductivity and potential triggering are extremely sensitive and meticulous matching operations. The shortcomings of the current technology to be optimized are: [0003] The photoconductivity of the pulsed laser is often transmitted in a single straight line, forming a feedback electronic control effect of a contactor or trigger. The efficiency of the active adjustment and detection operation is low, and the refractive index of the puls...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide a driving power system for the rotation of the curvature aperture lens of the pulsed laser, so as to solve the problem that the optical conductivity of the pulsed laser is often transmitted in a single straight line, forming a feedback of a contactor or a trigger. Electric control effect, low efficiency for active adjustment and detection operation, and low refractive index of pulsed laser, resulting in the phenomenon of isolated transmission in the process of light guide feedback, so that the trigger switch cannot get effective potential feedback and misses the final drive power system When the power supply is insufficient, the internal circuit will be paralyzed, so that the operator needs to manually guide the laser beam line to improve this situation. Installing will cause the problem of loose effect

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