TH31373B - Elevator control system - Google Patents

Abstract

DC60 (30/04/53) elevator control system, which consists of a number of cabin controllers. which controls the work corresponding of many passenger elevators. and at least one vertical of the hall destination. Each vertical of the hall end of the hallway will control the inbound/outbound functions in relation to the unit. Displays currently running results for passenger elevator cabinets, hall call button units. and the unit notified of the arrival which are arranged on the floor of the building relative to the destination called the hall The communication relay system will broadcast the Communicates between multiple carriage controllers and multiple hall terminals. communication relay system It consists of a large number of communication-based units. where each unit corresponds to the vertical end of the hall and It will send/receive data from/to the vertical of the corresponding hall destination. The main communication unit sends/receives data from/to the carriage controller and the corresponding communication unit in bulk. An elevator control system, which consists of a number of cabin controllers. which controls the work corresponding of many passenger elevators. and at least one vertical of the hall destination. Each vertical of the hall end of the hallway will control the inbound/outbound functions in relation to the unit. Displays the current running results for the passenger elevator cabinet, hall smooth button unit. and the unit notified of the arrival which are arranged on the floor of the building relative to the end of the hall The communication relay system will broadcast the Communicates between multiple carriage controllers and multiple hall terminals. communication relay system It consists of a large number of communication-based units. where each unit corresponds to the vertical end of the hall and will receive/send data from /to the vertical of the corresponding hall destination The main communication unit sends/receives data from/to the carriage controller and the corresponding communication unit in bulk.

Claims (5)

1. The herbal ball contains many cabin controls. Which controls the corresponding operation of the elevator cabinet A large number of passengers At least one vertically of the destination hall Each destination was the hall. Fixed on the first floor of the building And control work with the input / output of at least one unit of class button, hall at the floor of the building. Each vertical of the destination hall Pertaining to at least one vertical of the hall-sorted button units. Communication relay system for relaying communication between car controllers. Many and destination halls Communication relay system consists of Distributed communication as it corresponds to each of the vertical of the destination hall and the receiving / sending of data from / to the vertical of the destination corresponding hall and the main communication unit for receiving / sending data from. / To the car controller Numerous and individual communication units are followed. 2. System according to claim 1, where each destination hall contains information In matters that match the level of the building And the main communication unit stores information about the verticality of Hall button unit for controlling each communication unit sequentially, comparing the collected data with the hallway destination data, transmitting data out of the corresponding communication unit and deciding which hall destination received the data from the hall destination data. Holds the 1st right, where each destination hall contains information. About the corresponding floor of the building And the main communication unit sends information about the vertical of The hall button unit to the communication-based unit. And each based communication unit will send information For the corresponding vertical of the hall button unit to the corresponding vertical of the destination hall 4. The system according to claim 1 also consists of Power supply for the main utility power of the building. And power distribution at Requirements related to the corresponding operation of the terminal, hall, and power converter for the receiving power from the power supply and the supply. The required working power to the relevant parts of the communication relay system 5. The system according to claim 1 also includes The serial communication line of the hall is associated with each of the vertical halls of the destination. And connect the correlated hall end to the communication unit as the relative The serial communication cable joins the communication relay system and the control cabinet. Many passengers and where the communication relay also consists of Internal serial communication cable is connected Each communication unit corresponds to the main communication unit 6. System according to claim 1, where the main communication unit consists of The first communication unit and the second communication unit, and where the number one communication unit generated the first bit stream. Getting the bit stream Second place from the second communication unit. Compare the currently received part of Second-order stream versus the preceding portion of the debt of second-order stream decides that the second-order communication unit. Is it in the normal state? Compare with comparison and send Number one fault signal When the second communication unit does not operate under normal conditions and the second communication unit produces a second bit stream. Getting the bit stream Number one from the number one communication unit Compare the current received part of Bit flow cut off one. With the part received earlier Of the number one bit stream decides whether the number one communication unit is normal or not Compare with comparison and send Second fault signal When the number one communication unit does not operate under normal conditions 7. System according to claim 6, where the communication relay consists of The indicator looks at to receive the first and second error signals, the number one reset signal. In order to reset the second-order communication unit when the first-order fault signal is received and transmitted, the second-order reset signal. To set New value, number one communication unit When receiving the second error signal 8. System according to claim 7 where the communication relay consists of The selected switch also communicates with one of the first and second communication units. Communication unit in accordance with 9. System according to claim 8, where the number one media unit collects All wrong Number one predefined Count the number of times the number one error signaled and the third error signal. First value Equal to the first predetermined total error value. The second communication unit stores all the predefined errors, the second counts the second number. That sends a second error signal and a fourth error signal when the number of times the second value. Equals the error value of all that The second predefined and supervisor will make the communication unit the first priority switch with the corresponding communication unit in response to the fourth fault signal. And make the switch Communicate the second communication unit with the corresponding communication unit in response to the signal. Third mistake 1 0. System according to claim 1 where the main communication unit consists of First and second communication unit, and where at least one first and second communication unit. Will receive the bit stream From the communication unit according to And compare the current received part of the bit stream with the previously received part of the bit stream Decide if the communication unit is in normal condition compared to the analogy. And send an error signal When the communication unit According to not in the normal state 1 1. System according to claim 10, where the communication transmission system consists of Supervise to make the reception of the error signal And send a reset signal out In order to reset the communication unit according to 1 2. System according to claim 11, where the communication unit Number one and number two At least one unit stores all predefined error values, counting the number of fault signals. And interrupt communication with the communication unit accordingly when The number of times is equal to the predetermined total error value 1. 3. System according to claim 1, where the communication unit According to receive the bit stream from Main communication unit Compare the current received part of the bit stream with the part. Get the previous bit stream And decide how to communicate with the main communication unit Or not compared with comparison 1 4. System according to claim 1 where each communication unit According to receive the bit stream From the relative verticality of the destination hall Compare the current inheritance portion of the bit stream to the previous receiver of the bit stream. And judge in how to communicate with The relative verticality of the destination-hall or not versus comparison 1. 5. System according to the claim that Also contains The power supply for the main power of the building and the power distribution. The required locations involved in each operation of the respective hall destination and the converter for power supply and power distribution. Do the job To match the part in the communication relay system