SU809302A1 - Information receiving and processing device - Google Patents

Description

t

The device relates to the means of operational dispatch control and can be used to control water consumption regimes in residential, administrative and industrial buildings and industrial enterprises.

A device for collecting and receiving information about a water consumption mode is known, which is a remote registration system 1i. The system includes a water flow sensor, a transducer of sensor readings into an electrical signal, a signal transmission unit, a remote receiving device, a recording device and its visual indication 1.

However, this system has the disadvantage that it has low efficiency of the incoming information and causes considerable labor costs for its processing. In order to detect a consumer with significant leaks, the operator must find indications relating to the "full time of the day (01 to)" and manually perform the necessary calculations.

The closest in technical essence to the present invention is a device for receiving and processing information, containing in each

information channel sensors whose outputs through primary transducers are connected to the receiver input, time sensor and recorder

Information 2.

A disadvantage of the known device is the lack of on-line information processing facilities, which limits its functionality.

The purpose of the invention is the dispersal of the functionality of the device.

The goal is achieved by inserting a block into the device.

control unit, a readout unit and a memory unit, a dividing unit and an address shaper, receiver output are entered into each information key; connected to the first inputs of the memory blocks whose outputs are connected to the corresponding first inputs of the divider, time sensor output connected to , the first outputs of which are connected to the corresponding second inputs of the memory blocks, the second outputs of the control unit are connected to the second inputs of the corresponding division blocks of each information channel, the outputs of which are below The third outputs of the control unit are connected to the second inputs of the reader unit, the outputs of the first memory blocks of each information channel are connected to the corresponding third inputs of the reader unit, the output of which is connected to the information recorder input.

The drawing shows a diagram of the device.

The device contains sensors 1, a control unit 2, a read unit 3, a time sensor 4, an information recorder 5, an information converting unit b-6j, primary converters 7 -..., in each information converting unit a receiver 8, first and second memory blocks 9 and 10, a division block 11 and an address driver 12.

The device works as follows.

The signals produced by the sensors l, (- lj ,, and transducers, enter at the receiver input, and then at the input of memory block 9, where information on water consumption per day is accumulated. To the input of memory block 10, where information is accumulated water at night (from 01 °° to 05 °), the signals from the output of the receiver 8 of the device are received by a command from the control unit 2. The control commands are generated using the time sensor 4 (type F-260). Memories 9 and 10 are connected to the input of dividing unit 11 that performs dividing operation. data accumulated in blocks, memory 9 and 10. In this case, dividing unit 11 generates data on the magnitude of the leakage rate of some extremely small amount due to the number of inhabitants consuming water through controlled input and the normative value of the nightly useful water flow time per person (0.2 l / h).

The command received from control unit 2 at 05hrs reads the data accumulated in blocks 9 and 10 alternately for each channel, as well as reads the address information of the monitored water input recorded permanently in the address generator 12. Data reading and entering them into information registrar 5 {of the type RI-7501U is carried out using the block 3 Readings. Upon completion of the reading from the reading unit 3 to the control unit 2, receive a command to set the blocks 9-11 to the initial state (zeroing).

The message received on the recording and display unit 5, for example, is printed on the document and plotted on punched tape indicating the current time of receiving the information message, its sequence number, the value of the coefficient and the leakage K, and the absolute value

 daily water consumption Q, CVT-.

Thus, the use of the proposed device allows for the collection and reception of information about the state of water consumption

5 residential buildings, with a dispatcher

Receives. To each monitored tap input data on the absolute value of water consumption for the past day, as well as

0 leakage coefficient QHQMH / icv-operatively allowing to quantify but assess the state of the water consumption mode.

Claims (2)

1. American Waters Works, Assotiation, 1975, No. 10, V 67, p.581-584. 2. Tsapenko M.P., Measuring information systems. M., Energie, 5 1974, p. 108, fig. 8-4 (prototype).