SU1193717A1 - Device for checking mutual operation of operator group - Google Patents

Abstract

JOINT OPERATION CONTROL DEVICE CONTROL DEVICE, containing the first register, connected to the first information input of the encoder, the group readiness indicator and the operator's L consoles, consisting of an information input unit and an information board, characterized in that, in order to extend its functionality, entered the second and third registers, a block of pulse generators, first, second and third pulse counters, decyfrater, switch consoles, block readiness alarm, and in each console oper Ator entered a block of matches, connected by the first input to the corresponding output of the console switches, output to the information board input, the input of the corresponding second counter and the group readiness indicator input, and the second input to the output of the information input unit connected to the first outputs of the pulse generator unit connected by inputs to the outputs of the second register, and the second outputs to the inputs of the third register connected by an output to the counting input of the first pulse counter connected by the first the output with the third input of its pulse counter, and the second outputs - with the inputs of the de-embedder connected (Listed by the outputs to the second information inputs of the tweeter connected by the outputs with the inputs of the console switches, and the output of the third counter is connected to the input of the readiness alarm unit. from 05

Description

The invention relates to the control devices of a group of operators and can be used for control. the readiness of operators of automated control systems to jointly work out discrete control algorithms, and in addition, to complete the groups of operators of management type of activity.

The purpose of the invention is to expand the functionality of the device.

The drawing shows a structural diagram of the proposed device.

The device contains the first register 1 and the second 2 registers, the pulse generator unit 3, the third register 4, the first counter of 5 pulses, the decoder 6, the encoder 7, the switch 8 of the consoles, the third counter 9, the readiness alarm unit 10, the operator consoles 11, the coincidence block 12, information board 13, information input unit 14, indicator 15 group readiness, second counters 16.

Structurally, the device consists of a .a) central control panel, containing the second register 2, made in the push-button register, unit 3 of the impulse-B generators, first register 1, performed :: o: ns1y in the form of a button-type register, per-mG: counter 5, decoder 6, the encoder 7,;) SP) th register 4, switch 8 remotes, the third counter 9, block 10 signaling the readiness, the second counters 16; ) operator sultas (each of the bullets ;; i 11 operators contains a block 12 of the same iOiiKH, and a formation board 13 and a block 14 for entering information, made in the form of a switching panel; c) indicator 15 by the readiness group.

The third counter 9 consists of sequentially connected to the actual counter, decoder and element. AND.

Indicator 15 by the readiness group represents several series of indicators. The number of rows is determined by the number of operator workplaces, and the number of indicugors in a series by the number of operations in the algorithm.

The encoder 7 is implemented on the elements AND -. Each algorithm has its own set of elements AND-OR-NOT. The number of elements in the set is determined by the number of possible operations in the algorithm. The first .cTj) contains the same number by the register. The output of one register is connected to 15 of the first inputs of the AND elements, the second inputs of which commute with the corresponding outputs of the degrader 6. For example, if the algorithm consists of operation 3, 5, 1, 6, 2.8, then in the first set of elements AND-OR- NOT the third element is connected with the first output of the decoder, the fifth with the second, the first with the third, the sixth with the fourth, the second with the fifth, and the eighth with the sixth.

The device works as follows.

When voltage is applied to block 3 of the pulse generators, the generators start 5 to generate pulses of a certain frequency specified by register 2. When the teacher presses the button (not shown) of register 4, a sequence of pulses with a given tempo goes to the counter 5 with a Q pulse, which counts a given set of clock pulses , skip them sequentially onto the decoder 6 and zero it with the next pulse, creating a clock pause between the cycles of the operator presenting the information.

5 The encoder 7 commutes a certain sequence of pulses, which is given on register 1.

When one of the buttons of the register 1 is pressed, a high level is formed, which goes to the first inputs of elements 0 AND-OR-NOT of the encoder 7, to the second inputs of which high levels come from the decoder 6.

A sequence of pulses specified in this way through the switch 8 of the consoles is passed to the first inputs of blocks 12, the matches of all operators' remote controls, the second inputs of which receive pulses from the outputs of information input blocks.

The output of the coincidence block. When signals arrive from the switches, Q appears, a signal that determines the lighting of the information board showing the element of a given algorithm on the indicator.

When the operator answers correctly, i.e., if the signals from the switch 8 of the consoles and the information input unit coincide, the corresponding cell of the information board 13 goes out, and the signal from the coincidence unit 12 goes to one of the inputs of the group 15 indicator 15 and the input of the corresponding counter 16, which fixes the number of correct answers of this О operator.

The readiness signaling unit 10 highlights the readiness level that has been received for the group of operators if, in a given cycle, the algorithm has been correctly executed by all operators. In this case, the control of the signaling unit 10 is performed by the counter 9, which adds one to its contents each time the counter 5 is zeroed.

This establishes three levels of readiness of the group of operators for joint activities, characterized by different numbers of correct execution of the algorithms by all operators. Thus, the proposed device allows the control of the readiness of operators to jointly work out discrete algorithms, to carry out a complex j1193717

management teams and to evaluate

In particular, to rank the grouping of the level of uncertainty of information technicians among themselves by quantitation for the period of joint work on tasks

their readiness to co-manage. ,

Claims (1)

DEVICE FOR CONTROL OF JOINT OPERATION OF THE OPERATOR GROUP, containing the first register connected to the first information input of the encoder by an output, a group readiness indicator and N operator panels, consisting of an information input unit and an information board, characterized in that, in order to expand the functionality, they are introduced into it second and third registers, a block of pulse generators, first, second and third pulse counters, a decoder, a remote control switch, a readiness alarm unit, and in each operator console the coincidence unit is connected, connected to the first input with the corresponding output of the remote control switch, the output to the information board input, the corresponding second counter input and the group readiness indicator input, and the second input to the information input unit output connected to the first outputs of the pulse generator block connected the inputs with the outputs of the second register, and the second outputs with the inputs of the third register connected by the output to the counting input of the first pulse counter associated with the first output with input third pulse counter house, and the second output - with an input of decoder connected to the outputs of the second data inputs of the encoder, the outputs connected to the inputs of the switch panels, the third counter output is connected to the input of readiness alarm unit. SU „„ 1193717