Wireless transmission system capable of outputting and inputting coordinates reversely and remotely

Abstract

This invention relates to a transmission system applied to remote control, and specifically relates to a wireless transmission system capable of outputting and inputting coordinates reversely and remotely. The transmission system comprises a control center, a positioning system, a ranging system and a transmission equipment; the transmission equipment is composed of an X / Y axis transmission track, a travel mechanism, an X / Y direction range finder and a terminal displayer; the ranging system comprises an X direction ranging system and a Y direction ranging system, which are the work systems of the X direction range finder and the Y direction range finder; the X direction ranging system is an infrared sensing ranging system; the Y direction ranging system is a wired signal ranging system; the control center remotely transmits data to other components through the communication protocol and starts the work, and is mainly composed of a monitoring terminal, a detecting terminal, a mediation terminal, an instruction sending terminal, a system maintenance terminal, a circuit protection terminal and a server; the positioning system comprises an automatic positioning system and a remote-control positioning system. The wireless transmission system provided by this invention can input the coordinates to achieve positioning transmission, and also can measure and output the coordinate value after the transmission is finished, so that the wireless transmission for reversely outputting or inputting the coordinates can be realized.

Description

technical field [0001] The invention relates to a transmission system applied to remote control, in particular to a wireless transmission system capable of reversing remote coordinate output and input. Background technique [0002] The traditional transmission system generally uses remote control to realize control transmission. The commonly used remote control adopts remote coordinate measurement control mode. However, when remote coordinate measurement is used, the distance can only be measured and output coordinates simply through infrared signals. Infrared band The implementation of communication ranging technology is simpler and more mature, but it can only be used for short-distance linear ranging. In the field of ranging, the infrared ranging scheme based on time, phase measurement and triangulation is very mature, but it is applied to In the field of the remote communication protocol of the present invention, it is still difficult to realize the communication functio...

AI Technical Summary

Problems solved by technology

[0002] The traditional transmission system generally uses remote control to realize control transmission. The commonly used remote control adopts remote coordinate measurement control mode. However, when remote coordinate measurement is used, the distance can only be measured and output coordinates simply through infrared signals. Infrared band The implementation of communication ranging technology is simpler and more mature, but it can only be used for short-distance linear ranging. In the field of ranging, the infrared ranging scheme based on time, phase measurement and triangulation is very mature, but it is applied to In the field of the remote communication protocol of the present invention, it is still difficult to realize the communication function, and the one-way ranging output coordinates cannot reverse positioning, that is, the transmission control of coordinate output and coordinate input cannot be used at the same time to realize wireless transmission, let alone through coordinate output , Coordinate input at the same time to verify the actual accurate data

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