Quantitative loading mobile display wireless operation device

Abstract

The invention aims to provide a quantitative loading mobile display wireless operation device. The quantitative loading mobile display wireless operation device comprises a camera and a control host,wherein the camera is electrically connected with the control host. The quantitative loading mobile display wireless operation device further comprises a mobile control end, wherein the mobile controlend is in signal connection with a controller through a wireless router so as to receive image signals, and the mobile control end can communicate with a PLC through a transmission module so as to transmit switching value signals. The quantitative loading mobile display wireless operation device further comprises a door-shaped frame, wherein the door-shaped frame can slide left and right relativeto a wagon balance, a sliding rod is longitudinally installed in the door-shaped frame in a sliding mode, the camera is transversely installed on the sliding rod in a sliding mode through an electricsliding block, and the door-shaped frame is driven by a second air cylinder to slide. The quantitative loading mobile display wireless operation device further comprises a sliding frame, an installation plate and a cleaning box, wherein the sliding frame is transversely installed on the installation plate in a sliding mode and is driven by a first air cylinder, the cleaning box is longitudinallyinstalled at the front end of the sliding frame in a sliding mode, an opening allowing the camera to stretch into is formed in the top of the cleaning box, and an arc-shaped plate is rotationally installed in the cleaning box.

Description

technical field [0001] The invention relates to a wireless operation device for quantitative loading mobile display. Background technique [0002] The car loading system can have a variety of loading forms, such as belt scales, floor scales or a combination of the two. However, in the traditional loading process, it mainly relies on the operator in the control room to shout through the speaker system and the driver to observe the indicator lights. System, electric bell, walkie-talkie and other forms of interaction, during which the workload of the operator is relatively large. In addition to instructing the driver to move the vehicle according to the control host, he also has to check whether the driver’s vehicle is parked properly according to the monitoring video of the actual loading site. In the process, we can only passively wait for instructions to operate, without fully mobilizing the subjective initiative of personnel, and there is a situation of disconnection. If t...

AI Technical Summary

Problems solved by technology

[0002] The car loading system can have a variety of loading forms, such as belt scales, weighbridges or a combination of the two. However, in the traditional loading process, it mainly relies on the operator in the control room to shout through the speaker system and the driver to observe the indicator lights. System, electric bell, walkie-talkie and other forms of interaction, during which the workload of the operator is relatively large. In addition to instructing the driver to move the vehicle according to the control host, he also has to check whether the driver’s vehicle is parked properly according to the monitoring video of the actual loading site. In the process, we can only passively wait for instructions to operate, without fully mobilizing the subjective initiative of personnel, and there is a situation of disconnection

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