TH7161B - The system provides information for terminal units in the commander and remote control systems that use multiplexed transmission. - Google Patents

Abstract

A system for determining data for terminal units by means of the optical fiber radio signal included in each terminal unit, the data acquisition path and the receiving path for the optical fiber radio signal. and in the device carries data that is separate from the terminal unit. Data assignment for each terminal unit used in multiplex transmission remote control and control systems is possible at a remote location from the terminal unit. through optical fiber radio signals

Claims (4)

1. A system for setting up data for endpoints in the supervision and remote control system. Consists of a central control unit And a group of the aforementioned terminal units connected to the aforementioned central control unit via two conductors, and each of them has an address number of settings to allow transmission of multiplexing data. A time-division plax between the aforementioned central control unit and the previous terminal for achieving the transmission signal from one endpoint to the central control unit and vice versa. Here, each such endpoint contains a memory for preserving various data, an optical receiver to receive a wireless optical signal generated by a device operating at a distant location. Which contains the said information to be saved in the aforementioned memory The connected device is between the above memory and the aforementioned optical receiver. To process the said contract And a device that is connected to the above signal processing equipment and connected to the aforementioned cable of the system to transmit and receive the signal. The signal will be connected through the signaling device and for receiving the signal as mentioned above to the aforementioned cable. 2. System for setting the data. In accordance with Claim 1 here, each such endpoint consists of a device for transmitting the aforementioned data stored in the aforementioned memory back to the aforementioned operating device. 3. The system for adjusting the data according to Clause 1 herein, that information has been stored in the aforementioned memory of the wireless optical signal received. The aforementioned destination unit, at least, contains the information of the address 4. System for adjusting the data according to Clause 2 herein. Such information is stored in the aforementioned memory. Of the aforementioned destination unit, at a minimum, contains the information of the address 5. System for adjusting the data according to Claim No. 1, here the following memory contains a non-volatile memory that is EEPROM 6. System for reconfiguration according to claim No. 2, herein the following memory consists of a non-volatile memory that is EEPROM 7. Wireless optical transmission contains data Duty Each of the aforementioned terminal units contains a signal processing device that processes such signals received in order to change the functions of the endpoint on the basis of functional information stored in the aforementioned memory. And the function data for the aforementioned received signals. 8. The system for adjusting the data according to Clause 5. Here, the wireless optical signal consists of functional information. Each of the aforementioned terminal units contains a signal processing device that processes such signals received in order to change the functions of the endpoint on the basis of functional information stored in the aforementioned memory. 9. The system for adjusting the data according to Claim 1. Here, the terminal unit consists of a wall switch which acts as the destination unit of claim. Supervise And the relay, which serves as the control destination unit 1 0. The system for adjusting the data according to Clause 7 herein, the terminal consists of a wall-mounted switch that acts as the control destination unit. And relays, which act as the terminal unit of control 1 1. System for adjusting the data according to Clause 7. Herein, the aforementioned functions of the aforementioned terminal units have been determined in accordance with the parameters. So at least one according to the type, each type of the terminal unit, the input terminal. Method for maintaining the input state, time of inward sampling. Outside polarity Outside mode Outside time, the mode of feedback signal Mode for the light Led lighting Delayed lighting and delay 1 2. System for adjusting the data according to Clause 1. Here, the terminal unit consists of fire and safety detectors 1 3. System for adjustment. Set up the information according to claim number 7 here, the terminal unit consists of fire and safety detectors 1 4. A system for adjusting the data according to claim 13. The minimum consists of modifying the detection sensitivity 1 5. System for adjusting the data according to Clause 13 herein. The functions at least include the adjustment of the detection area 1 6. Systems for Adjust the data according to claim 13. Here at least the functions include setting the table of sensitivity 1 7. The system for adjusting the data according to claim 16. The aforementioned call contains condition information and a timer 1. 8. System for adjusting the data according to Claim 1. Here, the aforementioned memory stores a special type of code specific to that system. Each system for identification of protection of the aforementioned wireless optical signals with the aforementioned special code 9. System for setting up the data according to claim No. 1 here, the control unit. The medium will store a special type of code specific to the aforementioned systems. And place the system in a configuration mode based on the synchronization of the received signal data at the central control unit with the aforementioned special code to allow the data to be calibrated and verified. 2 0. Data Calibration System according to Claim 1. Here, the wireless optical signal contains an action code for selecting a mode for configuring one of the types of data stored in memory. Remember the foregoing And the confirmation mode of reading data from memory The target code for defining the member of a function that is assigned to any type of function that can be configured with each of the aforementioned destination units. And the settings data code to define the contents of the settings of the functions mentioned above 2 1. The destination unit in the monitoring and control system, in which the system consists of a central control unit and a group of endpoints connected to the aforementioned central control unit via two conductors, and each unit has an address of Setting To transmit the multiplexing data The timing between the aforementioned central control unit and the aforementioned terminal was achieved with the transmission signal sent from the terminal unit. One to the central control unit and vice versa, here the end unit contains a memory for storing various data, a wireless optical receiving device built with an operating device that Far away location A signal consisting of the aforementioned data to be saved in the aforementioned memory.The connected device is between the memory and the aforementioned optical receiver to process the signal. say And devices connected to the said processing equipment and connected to the aforementioned cables of the aforementioned regulatory and control systems to transmit and receive the above signals via The device for sending and receiving signals as mentioned above 2 2. The destination unit according to claim 21 herein contains an EEPROM for storing the information of the aforementioned address number recorded at the beginning. 3. End Unit according to claim 21 Here, the destination unit consists of the regulatory end unit including wall switch 2. 4. Ending Unit according to claim 21. Here, the destination unit consists of the control terminal unit, which includes the relay.