Mounting structure for short wave correction source and power dividing switch component

Abstract

The invention discloses a mounting structure for a short wave correction source and power dividing switch component, which includes a CPCI J4 interface, a CPCI J1 interface, screws, input interfaces, and a backboard, and also includes tapered ends, buckles, lock rods, springs, and lock slots. The screws are arranged on the backboard. At least one input interface is arranged in the front surface of the backboard. The CPCI J4 interface and the CPCI J1 interface are installed at the back surface of the backboard. The lock slots are installed at both sides of the backboard. The buckles are arranged out of the lock slots. The lock rods are arranged in internal cavities of the luck slots. The buckles lock the lock rods through latches so as to fix the lock rods in an axial direction. Each tapered end is connected to one end of each lock rod close to the back surface of the backboard, and the other end of each lock rod is connected with one spring. When a switch is locked in a cabinet, a cabinet frame makes buckles compress inwardly. The buckles release the lock rods. The lock rods pop up under the action of the springs. The tapered ends enter lock holes arranged in the cabinet, and the purpose of fixation of the switch on the cabinet is reached. The mounting structure for the short wave correction source and power dividing switch component has the advantages that the installation is simple, the fixation is reliable, the separation or movement is not easy, and interface management and line laying are convenient.

Description

technical field [0001] The invention relates to a short-wave correction source and a power sub-switch, in particular to a short-wave correction source and a power sub-switch assembly installation structure. Background technique [0002] The photoelectric switch is a modulated pulse generated by the oscillating circuit, after the reflection circuit, the light pulse is radiated by the light emitting tube GL. When the measured object enters the range of the light receiver, the reflected light pulse enters the phototransistor DU. In the receiving circuit, the optical pulse is demodulated into an electrical pulse signal, and then amplified by the amplifier and shaped by synchronous gating, and then the interference is eliminated by digital integration or RC integration, and finally the photoelectric switch control signal is output by the delay trigger driver. Photoelectric switches generally have good hysteresis characteristics, so even if the detected object shakes in a small r...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is that when the traditional short-wave correction source and power sub-switch are installed, a mechanical structure connection is used to avoid mechanical damage to the module and electrical damage. It is not firm, and the vibration is easy to affect the equipment, causing the equipment to fall out or cause other dangerous situations

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