DE2510536C3 - Arrangement for the acquisition, transmission, processing and display of gymnastics competition data - Google Patents

Description

2. Arrangement according to claim 1, characterized in that each digital data station (25) one for the time of the exercise can be switched off and via intercom lines (24) with the referee's desks (1) and the referee desk (2) connected intercom (22) (Fig. 1).

3. Arrangement according to claim 2, characterized in that the associated with floor exercise Digital data station (25) additionally two with the processor (12) and the intercom (22) in Connected line judges' desks (40) for entering the point deduction for exceeding the limit the floor exercise area.

2 ", The invention relates to an arrangement for detecting Transmission, processing and display of gymnastics competition data.

The supervision of world gymnastics competitions is divided into an organizational activity and the activity of the judge.

jo As for the latter, the judge must be his Issue a grade of a maximum of 10 points with an accuracy of 0.1 points. To the arbitrariness of the evaluation if possible to leave it out of the game, the same will not be judged by a single judge, but by a 4 to 5 judge

r> Man made strong referee team under the direction of a referee. That of the individual Judges given ratings are averaged.

Observing the exercise and constantly checking it against his idea of the norm, he stops

4Ii judge every deviation from his intellectual Ideally, it estimates the size of the error and calculates the corresponding point deductions. Simultaneously the judge must also determine the degree of difficulty of the individual exercises, taking into account the

4 "i assess genes in which these occur, as well as the exercise connection itself, by determining whether everything that the rule requires has been fulfilled or whether the gymnast has not done anything that this rule prohibits, such as the whole exercise went, whether or not the mistakes,

ι »with which the training connection may be afflicted require additional point deductions.

Note that the judge will give his grade to within a tenth of the point immediately after the exercise must indicate that the competitors every 1 to 2 minutes

j ¹ ) take turns in gymnastics and that the judge is not allowed to leave his place for several hours in a row;).

In order to make the judge's work easier, part of the judge’s duty was transferred to the

wi auxiliary staff. It is about the control compliance with the gymnastics floor area during floor exercise, the switching on of the stopwatches, the control of the Place where the support takes place during the horse jump, the evaluation of the process and connection of the freestyle exercise,

tr. a second referee during the finals takes over.

But there are also special devices for the judge, e.g. B. a manually operated counter,

became known to the latter of the need to calculate and keep the deducting point tenths, exempt. The device draws a tenth of the Point each time a lever is depressed. Such counters take over the summation of the point deductions because of mistakes.

It is particularly difficult for the referee because, in addition to his duty as a judge, he is responsible for the activities of the Directs teams of judges and calculates the final score

In the UJSSR there are special facilities for the transmission of data from combat to arbitration and enforced to the main referee (for control)

The devices used here are referee-referee desks, main referee desks, Light signaling devices, stop watches for the gym time (with two devices of the six-fighters, namely balance beam and floor exercise) and main referee control desks. From the judges' desk, the ratings are made more appropriate by actuating them Button switch passed on to display devices of the referee and the main referee suite. The order includes display boards as reporting devices for the competitors and spectators. They are used for Display of the grade for each gymnastics area. The scoreboards are operated manually and have none Connection to the desks of the individual judges.

Electric stop watches have also been used, also with display panels

The calculation of the mean and final grade requires some arithmetic operations. That Arithmetic distracts the referee and engages him, while the other judges have a short time Have respite. When averaging the four ratings given by the judges are the highest and lowest notes are omitted. The remaining two scores then become the arithmetic mean, which is also the mean and final grade.

If during gymnastics on the balance beam, floor, pommel horse the demand for compliance with the The gymnastics area and the gymnastics time have not been met, d. H. the floor exercise area is exceeded during floor exercise, Failure to adhere to the timing of floor or balance beam gymnastics or propping up your hands was not in the grip zone when jumping over the horse, the referee draws from the averaged mark Points off. The result is then the final score.

All grades issued by the individual judges, the averaged and the final grade are given by the Referee separately for the record. The referee also has the competitors called and gives the gymnastics area free for gymnastics and locks it, notices the duration of the inevitable interruption of the competition when a gymnast falls, gives the command to specify the final evaluation number and holds consultations with the judges, should a note be given by one or more judges Getting corrected.

In this way, the referee is burdened with a multitude of tasks.

Orders for acquisition, transmission, processing and display of competition data, in particular for the automated exchange of competition data between different stations, for the machine processing of competition data as well as for output and display of competition data, specifically in large-scale competitions, have been in use since Olympic Games 1972 in Sapporo and Munich basically known (see Datapraxis, Datenverarbei- -. at the XX. 1972 Olympic Games in Munich 3-30; | AEU, No. 2, 1972, pages 12-18). The operation of these known arrangements can, however, in not yet satisfy its degree of automation.

In particular, to support Turnwett-K) fighting at the Olympic Games (and at World Championships):

Judges' desks, a referee's desk, a light signaling device, in addition, in two devices of the six-fight, namely the balance beam and ι ϊ floor exercise, but also a stopwatch for the gym time with display of the point deduction for non-compliance with the gymnastics time, as well as one with the electronic calculator related coupling device.

The electronic computer is here also in connection with the in display board.

Furthermore, the electronic calculator comes with a

Printer connected. The input of data from the referee's desk via the coupling device into the electronic computer is done manually in the known arrangement.

With this arrangement, the score entered by the referee is transmitted to the referee's desk from self. The referee calculates the amount on the basis of the displays on the display devices ίο medium grade. Upon receipt of the form filled out by the individual referees, the referee checks whether the middle grade was calculated correctly.

The line judges and stopwatch keepers doing floor exercises and the balance beam (balance beam i'i only the latter) put the referee dated Notification of the mistake made, this deducts additional points and records the result. the The final grade is passed by hand to the light signaling device for the given gymnastics discipline -tu is intended. The final one is also made by hand Note entered into the electronic calculator. The processing of the data, all the necessary calculations as well as the output of information on the display board and for printing is done by the electronic 4> calculator.

In the known arrangement, not even the simplest actions of the judges were automated. So had the assistant to the arbitrator - the secretary - to facilitate the calculation of the in the middle ranking at the referee's desk with special Fiddling with umbrellas with which he covered the largest and smallest notes.

The data is eventually put on the scoreboard for the competitors and spectators and for printing i'i issued. The use of an electronic one is known Calculator for this purpose. At the Olympic Games in Munich, for example, the The telegraph operator who was in the vicinity of the referee sent the necessary information to the data center, there mi they were evaluated and the allocation of places for the individual athletes and teams determined. The final results were posted on the scoreboard in the auditorium and issued for reproduction on printing machines. The output was hampered in many ways, so that ti ", the international gymnastics club decided to continue the Duplicate computers, d. H. carry out all calculations again in parallel to this.

That the information comes from the judges' devices

not directly on the computer and not automatically, but through the intermediary of a telegraph operator given can lead to errors in the original entry of data into the calculator. Of the The fact that the electronic computer is located in a place far away from the place of the competition, combines the quick output of the results for printing.

So there is a great need for an arrangement that allows all of the individual Referees, data received from stopwatches and line judges into one directly at the gym Enter the electronic calculator located there directly.

Such an automated arrangement should be with all original as well as later Allow logs to output data on the display board and for printing. You should do the whole too Take care of the competition and ensure that it runs smoothly.

It is therefore the object of the invention to create an arrangement of the type mentioned at the outset which, with regard to Transfer, processing and display of gymnastics competition data works automatically.

The solution of this object is achieved according to the invention by the teaching according to the characterizing part of the 2 ^r> claim 1.

In connection with the data processing system used, it is known (see J. Martin, Design of Real Time computer systems, New York, 1967, pp. 295-313), in a data processing system κι to provide a wide variety of input and / or output devices at peripheral stations (terminals), with these stations can also have their own memories (e.g. registers) for intermediate storage.

Advantageous refinements of the invention are specified in the subclaims.

The invention is explained in more detail, for example, with the aid of the drawing. It shows

Fig. 1 is the block diagram of an arrangement according to the invention, w

F i g. 2 shows a functional diagram of the referee's desk according to the invention.

F i g. 3 shows a basic circuit diagram of the signal shaper according to the invention,

Fig. 4 is an isometric picture of the mechanical part the log device according to the invention,

Fig. 5 is an electrical circuit diagram of the display device according to the invention,

F i g. 6 is a functional diagram of the referee's desk according to the invention;

7 shows a functional diagram of the secretary's desk according to the invention,

F i g. A functional diagram of the processor according to the invention,

9 shows a functional diagram of the comparator according to the invention.

10 is a functional diagram of the AND gate block according to the invention,

F i g. 11 is a functional circuit diagram of the lamp panel according to the invention.

Fig. 12 is an electrical circuit diagram of the light point according to the invention,

13 is an electrical circuit diagram of the power switch according to the invention,

14 is an electrical circuit diagram of the power supply device according to the invention.

The arrangement according to the invention (hereinafter also referred to as automated signaling system) contains for Each gymnastics discipline Referee desks 1 (Fig.!), a referee desk 2, a lamp panel 3, above In addition, a stopwatch 4 for display on two devices for six-way combat (balance beam and floor exercise) of the point deduction for non-compliance with the specified gymnastics time. The system also includes a coupling device 5 to a central electronic computer 6. The judges will use the coupling device supplied information entered into the computer. The computer controls a display board 7 and transfers its output 8 information for printing. Coupling device, computer, display board are known per se Arrangements.

The arrangement contains a secretary's desk 9 for each gymnastics discipline, which is connected to inputs of the lamp panel via outputs 10i ... 10 ", a digital printer 11 and a processor 12, its outputs 13i ... 13" and its inputs 14, ... 14 "to the corresponding inputs and outputs of the referee desk 1, its outputs 15 | ... 15" and its inputs I61 ... 16 "to the corresponding inputs and outputs of the referee desk 2, its outputs 17i ... 17" and its inputs Ie ₁ ... 18 "to respective inputs and outputs of the secretary console 9, the outputs 19, ... 19" to inputs of the lamp panel 3 and the outputs of the digital printer 2O 2Oi ... 11 _n to control inputs are made.

In the case of two devices used in six-way combat, namely the balance beam and floor exercise, a further group of inputs of the processor 12 (inputs 21]... 2I _n ) is led to the outputs of the stopwatch 4.

The arrangement also contains an exit side for each gymnastics discipline with the entrance 23 on the secretary's desk 9. tig lying intercom 22, which is switched off for the time of the exercise of the gymnast.

Between the referee's desks 1 and the referee's desk 2 on the one hand and the intercom 22 on the other hand, the connection is implemented by means of intercom lines 24.

For each gymnastics discipline there are judges 'desks 1, umpires' desk Z, secretary's desk 9, processor 12, Lamp panel 3, digital printer 11 and intercom 22, possibly also stopwatch 3, its own digital (data) station 25.

Special exits 26i ... 26 “and one entrance each Digital station 25 are led to corresponding inputs and one of the outputs 27 of the coupling device.

The arrangement also includes a main referee's desk 28, which includes a numeric display device 29 and an intercom 30. The chief judge's desk connects to the digital stations 25 via intercom lines 31. With special entrances is the main referees desk 28 at the Outputs 26 | ... 26 "of all digital stations 25.

Finally, the arrangement contains a dispatcher puli 32, which includes a per se known intercom device 33 and command devices 34 with its output 35 the dispatcher desk 32 is located at all digital stations 25.

The connection between the dispatcher desk 3Ά on the one hand and the main referee desk 28, the secretary's desks 9 and the technical service 39 de: Turner on the other hand is realized by means of intercom lines according to 36,37,38

The digital station 25 for a specific gymnastics discipline, namely for floor exercise, contains additional two linesman desks 40, the conditions with special inputs and outputs at corresponding outputsi

411 ... 41 "and inputs 42 |. ..42 "of the processor 12 lie.

The linesman consoles 40 are via intercom lines 43 with the intercom 22 in Link.

The linesmen’s desks 40 are constructed analogously to the judges’s desks 1.

Each judge's desk 1 (Fig. 2) contains a storage register 44. This is made up of flip-flops 45i ... 45 " and AND gates 46 | ... 46 “interconnected, their Outputs 47 | ... 47 "are each switched to one of the inputs of the flip-flops 45 | ... 45", while the other inputs of the flip-flops are combined.

The referee desk 1 always contains a keyboard 48 for manual entry of the number of the Competitor. The input device 48 includes signal formers 49, each of which consists of two to form a type of RS flip-flop interconnected NAND gates 50, 51 are constructed. The one input of such a flip-flop is always an input 52 of the signal shaper 49th its second Input another input 53 of the signal shaper 49, its output the output 54 of the signal shaper.

The inputs 52 and 53 of each signal conditioner 49 (FIG. 2) are connected to a button switch 55.

Each referee puli 1 (Fig. 2) contains one more Bait 56, connected downstream of the input device 48 and located at inputs 57 of the storage register 44 OR gate 58, lying with its inputs 59 at the outputs of the bait 56, another OR gate 60 and a step switch 61 known per se, one input 62 of which is connected to the output of the first-mentioned OR gate 58, but its outputs 63 to the second OR gate 60 and to for selection The inputs 64 of the memory register 44, which serve for the storage parts, are carried out.

The judge's desk 1 always contains a deletion device for the storage register 65th one Includes signal shaper 49, the inputs of which are connected to a button switch 66, and a third OR gate 67, with one input 68 at the output of the eraser 65, with the other input 69, which represents one of the inputs of the judge's desk 1, at one of the outputs 13, ... 13 "(Fig. 1) of the Processor 12 lying down.

Each referee desk 1 (Fig. 2) also contains a AND gate 70. with one input 71 connected to the output of the third OR gate 67, with the Output to delete inputs 72, 73, corresponding to the step switch 61 and the memory register 44 switched. The clear input 73 of the memory register is connected to the common input of the flip-flops 45i ... 45 "connected.

Each judge puit also contains a second AND gate 74, then a log device 75. the one mechanical part 76 has. The log device also has a signal shaper 49, the inputs of which are on a switch 77 are connected. This is a limit switch that works with the engine 76 mechanically connected is.

The mechanical part 76 (Fig. 4) of the logging device comprises a driven roller 78 for transporting a Paper tape 79, a ratchet wheel 80 and a pressure roller 81 on the driven roller, a lever 82 with Ratchet 83, positively connected to ratchet 80 and limit switch 77, a cover 84 with slot 85 and window 86 and a pad 87 covered by a transparent pane.

The output 88 (FIG. 2) of the log device 75 is on

one input of the second AND gate 74 (FIG. 2). The other entrance 89 of the second AND gate is at the output of second OR gate 60.

The other components of a referee's desk 1 are a display device 90 and a third AND gate 91.

The display device 90 (FIG. 5) comprises a signal lamp 92, a transistor 93, in the collector circuit of which the Signal lamp 92 is located, a coupling resistor 94 in the base circuit and a bias resistor in same circuit.

All judges' desks 1 (Fig. 2) also contain each a flip-flop 96 as an independent module, which has one input 97 at the output of the second AND gate 74, with the other input 98, which is also an input of the judges' desk 1, on one of the Outputs 13, ... 13 "(Fig. 1) of the processor 12 is located.

One output 99 (FIG. 2) of the flip-flop 96, which is merged with one of the outputs of the judge's desk works on one of the inputs 14, ... 14 " of the processor 12, the other output 100 (FIG. 2) of the flip-flop% is on the other input of the first said AND gate 70 and one input of the third AND gate 91 switched. The other entrance 101 of the third AND gate 91 (Fig. 2), which also represents an input of the referee desk 1, is to a of the outputs 13i ... 13 "(Fig. 1) of the processor 12, the The output of the third AND gate 91 (FIG. 2) is fed to the input 102 of the display device 90.

The judges' desk 1 is always provided with counters 103, which are known per se, and corresponding ones Input devices 104 provided, each connected downstream of a counter 103.

Each input device 104 has a signal shaper 49, the inputs of which are connected to a button switch 105 are connected.

This part of the referee's desk 1 also includes a deletion device 106 for the counters, which is also a Signaiformer 49 has, the inputs of which are connected to a button switch 107.

A fourth AND gate 108 is inserted into the circuit of each judge's desk 1, one of which Input at the output 109 of the eraser 106, the other input 110 at the output 100 of the flip-flop% lies. A fourth OR gate 11 is also provided, one input 112 of which is at the output of the fourth AND gate 108, the other input 113. which is one with one of the inputs of the judge's desk, at one of the outputs 13i ... l3 "(Fig. 1) of the Processor 12 and its output to reset inputs 114 (Fig. 2) of the counter 103 are connected.

In addition to the specified facilities, all judges' desks 1 each contain a numerical display device known per se 115. one of its inputs 116, of which the outputs of the counters 103 operate whose other inputs are switched from which outputs 117 of the memory register 44, at the same time as such of the referee's desk, led to inputs 14, ... 14 "(Fig. 1) of processor 12, are used.

Finally, each referee desk contains 1 (Fig. 2) Intercom fittings 118. which are known per se. The input for the fittings is the connection point for the intercom line 24 leading from the intercom device 22 (FIG. 1).

The referee's desk 2 (Fig. 6) contains, among other things, a Storage register 120. This is made up of flip-flops 121, ... 121 "and AND gates 122, ... 122"

set, with their outputs 123 | ... 123 "each on one of the inputs of the flip-flops 121, ... 121 "switched while the other inputs of the flip-flops are united.

The referee's desk 2 also includes a keyboard 124 for manual entry of the competitor's number. The input device 124 includes signal formers 49, to the inputs of which button switches 125 are connected are.

The referee's desk 2 also contains a bait 126, connected downstream of the input device 124 and lying down An OR gate 128 with its inputs 129 is present at inputs 127 of the memory register 120 the outputs of the bait 126, another OR gate 130 and a step switch 131 known per se, its one input 132 to the output of the first-mentioned OR gate 128, its outputs 133 but to the second OR gate 130 and to inputs 134 of the Storage register 120 are performed.

The referee's desk 2 also contains an extinguishing device

135 for the storage register which includes a waveform shaper 49, the inputs of which are on a button switch

136 are connected, and a third OR gate 137, with one input 138 at the output of the Extinguishing device 135, with the other input 139, which coincides with one of the inputs of the referee's desk 2, at one of the inputs 15i ... 15 “(Fig. 1) of the Processor 12 lying down.

The referee's desk 2 (FIG. 6) also contains an AND gate 140, with one input 141 connected to the output of the third AND gate 137, with the output connected to clear inputs 142, 143 corresponding to the step switch 131 and the memory register 120. The clear input 143 of the memory register is connected to the other combined inputs of the flip-flops 121, ... 12I _n .

The referee desk 2 also contains a second AND gate 144, then a protocol device 145, the one mechanical part 76 has. The log device also has a signal shaper 49, the inputs of which are on a switch 146 are connected. This is a limit switch that works with the mechanical part 76 of the Signal shaper 49 is positively connected. The output 55 (Fig. 3) of the signal shaper 49 of the Protocol device 145 (FIG. 6) is led to one input of the second AND gate 144. The other The input 147 of the second AND gate is connected to the output of the second OR gate 130.

The referee desk 2 also contains a flip-flop 148 as an independent module, which is connected to one input 149 at the output of the second AND gate 144, iiiii the other input 150, which is also an input of the referee desk 2, at one of the outputs 15, .. IS _n (Fig. 1) of processor 12 is present.

The one output 151 of the flip-flop 148, which coincides with one of the outputs of the referee's desk 2, works on one of the inputs 16i ... 16 "(Fig. 1) des Processor 12, the other output 152 (Fig. 6) the Flip-flops 148 is connected to the other input of the first-mentioned AND gate 140.

The referee's desk 2 is also provided with counters 153, which are known per se, and corresponding input devices 154 provided, each connected downstream of a counter 153.

Each input device 154 has a signal shaper 49, the inputs of which are connected to a button switch 155 are connected.

This part of the referee's desk 2 also includes a deletion device 156 for the counters, which also has a signal shaper 49, the inputs of which are connected to a button switch 157.
A third AND gate 158 is introduced into the circuit of the referee's desk 2, one input of which is at the output 159 of the erasing device 156, the other input 160 of which is at the output 152 of the flip-flop 148. There is also a fourth OR gate 161

ι »provided, one input 162 at the output of the third AND gate 158, whose other input 163, which is connected to one of the inputs of the referee's desk 2 is identical, at one of the outputs 15, ... 15 "(Fig. 1) of processor 12 and its output to reset input

r> went 164 (Fig. 6) the counters 153 are connected.

In addition to the specified facilities, the referee's pull 2 contains a number device known per se 165, in which a group 166 of its inputs works on the outputs of the counters 153, one other group of its inputs are connected to the corresponding outputs 167 of the memory register 120, which coincide with the outputs of the referee's desk 2 that are connected to inputs 16i ... 16 "(Fig. 1) of the processor 12 are performed, and a third group

2) 168 (Fig. 6) of its inputs, which are those of Inputs of the referee's desk 2 is connected to the group 15i ... 15 “of outputs of the processor is. The referee's desk 2 (Fig. 6) also contains a command device 169, which in turn consists of signal conditioners

χι 49 and button switches 170 and 171 is constructed, the are each connected to the inputs of the signal formers 49.

The outputs 172 and 173 of the command device 169, which are connected to the corresponding outputs of the referee

i "> pultes 2 coincide, work on the group 16 | ... 16 "(Fig. 1) of the inputs of the processor 12.

Finally, the referee's desk 2 (Fig. 6) a known intercom faucet 174, the input 175 with the intercom 22 through the Intercom line 24 (Fig. 1) is connected.

The secretary desk 9 (Fig. 7) contains a storage register 176 for the number of the competitor and a another storage register 177 for the final evaluation of the exercise.

The storage register 176 is made up of flip-flops 178 | ... 178 "and AND gates 179i ... 179", whose outputs 18Oi ■ · - 18O _{n are} each connected to one of the inputs of the flip-flop 178] ... 178 ", while the other inputs of the flip-flops

are so united.

The storage register 177 is composed of flip-flops 1811 ... 181 "and AND gates 182 | ... 182", whose outputs 183; ... 183 _{fl are} each connected to one of the inputs of the flip-flops 1811 ... 181 ", while the other inputs of the flip-flops are united.

The secretary desk 9 also contains a keyboard 184, the signal conditioner 49 in itself and at its inputs Recumbent button switch 185 includes a bait 186 which is connected to and at inputs 187 of the Keyboard 184 and 188 the memory register is connected to 176 and 177 respectively

Furthermore, the secretary's desk 9 contains a step switch 189, known per se, and an OR gate 190, lying with its inputs 191 at the outputs of the bait 186, switched with his Output 192 to the corresponding input of the step switch 189. The outputs 193 of the step switch work on to select the memory locations

serving inputs of the storage registers 176,177.

A command device 194, with which the secretary's desk is also provided, comprises signal formers 49 and Button switches 195, 196, 197, 198, 199, each of which is connected upstream of a signal shaper 49. Two exits 200 and 201 of the command device are switched to enable inputs of the storage registers 176, 177.

The secretary desk 9 also contains two AND gates 202 and 203, each of which has one input is common to both AND gates. This input is connected to a third output 204 of the command device 194 guided. The other inputs of the two AND gates 202 and 203 are with the two first mentioned Outputs 200 and 201 of the command device 194 connected. The output 205 of one AND gate

202, which coincides with the output 10 ·, from the group 10. ,,, 10 .. (Fig. 1) of the secretary's desk 9, represents the Connection to light signaling device 3 (Fig. 1), the output 206 (Fig. 7) of the other AND gate

203, which also coincides with the exit of the secretary desk 9, is with the group 18i ... 18 "(Fig. 1) from inputs of processor 12.

The secretary desk 9 (Fig. 7) is also an extinguisher 207 is provided for the storage registers 176, 177. The extinguishing device 207 includes a signal shaper 49 and a button switch 208 connected to its inputs. The secretary desk 9 contains further AND gates 209 and 210, the first inputs of which are combined and connected to the erasing device 207 and which others are combined with the first 200 or second 201 output of the command device 194.

In the circuit of the secretary desk 9 are two more OR gates 211 and 212 inserted, each of which has an input to the output 213 or 214 one of the last-mentioned AND gates 209 and 210, respectively, while their outputs are corresponding to 215 and 216 to the Clear inputs of the memory registers, 176, 177 are each managed individually. Also in the Circuit also contain a flip-flop 217 and a further OR gate 218, one input of which is 219 is connected to the output of the quenching device 207, the other input with the other two Inputs of the last-mentioned OR gates 211 and 212 is combined with the input 220 of the Secretary's desk 9 covers and on the corresponding one of the outputs 17 | ... 17 "(Fig. 1) of the processor 12 is located, whose third input 221 is identical to one of the inputs of the secretary's desk 9 and to one of the Outputs 17 | ... 17 "(Fig. 1) of the processor 12 is in connection, and its output 222 to the Delete input of the step switch 189 is performed and to the group 10i ... 10 "(Fig. 1) of outputs of the Secretary's desk 9 belongs.

Another - the fifth - OR gate 223 of the secretary desk 9 (FIG. 7) is via one of its inputs with the output 222 of the OR gate 218, via another input with a further output 224 of the command device 194 and via the Output 225 is connected to one input of flip-flop 217. The other input of the flip-flop 217 is also connected to an output 226 of the command device 194. The outputs 227, 228 of the flip-flop 217 go into the group 10,... 10 ″ (FIG. 1) of the outputs of the secretary's desk 9. The third input 229 (FIG. 7) of the AND gate 202 is combined with the third input of the fifth OR gate 223, with one of the inputs of the secretary desk 9 and to the group 25 (FIG. 1) of outputs of the dispatcher desk 32 ge ^? leads.

The secretary desk 9 (Fig. 7) also contains a numeric display device 230, which is known per se. Above one group 231 of inputs connects to

■> of group 17 | ... 17 “(Fig. 1) of outputs of the Processor 12, via the other group of inputs to outputs 232 (Fig. 7) of the storage register 176. The last-named group belongs to group 10, ... 10 “(Fig. 1) of exits from the secretary's desk 9

ίο and is with the group 18i ... 18 “of inputs of the Processor 12 connected. The outputs 233 (FIG. 7) of the memory register 177, which are simultaneously those of the Secretarial desks 9 are located at corresponding entrances of the group of entrances 18 | ... 18 "

r> (Fig. 1) of processor 12.

The secretary desk 9 finally complies with intercom fittings 234 known per se (FIG. 7). the The connection from these to the dispatcher desk is carried out by an intercom line 35 (FIG. 1).

2Ii Processor 12 (FIG. 8) initially includes an known binary counter 235, an adder 236 and comparator 237, ... 237 "237 *. 237 “to compare the Status of the binary counter 235 with the output information of the referee desks 1 (Fig. 1) and the

- '■> Display of the stop watch 4 for the gymnastics time of each gymnast, the comparator 237 ,, ... 237 * 237 ;, 237 ,, (Fig. 8) has an AND gate 238 (Fig. 9), the output of which is connected to one of the outputs 239, ... 239 * 239 ;, 239 "the comparator 237, ... or 237.237 *, 237" (Fig. 8)

κι is connected, a NOR gate 240 (F i g. 9), whose Output 241 is switched to one input 242 of the first-mentioned AND gate 238, while the other input of the latter to one of the control inputs 243, ... 243 "243 *, 243" of the comparator

π 237, ... 237 * 237 *. 237 "(FIG. 8), as well as AND gates 244, ... 244" (FIG. 9) and further AND gates 245,. ..7A5n. One of the inputs 246i ... 246,, the AND gate 244, ... 244 "are direct, the one inputs 247, ... 247, the AND gate 245, ... 245"

4 "on the other hand via an inverter 248i ... 248" to one of the Groups 249, ... 249 "249 *. 249 “from inputs of the Comparator 237i ... 237.237 *, 237 "(Fig. 8) connected, namely to those inputs which carry the respective status of the binary counter 235 in coded form. The others

* "· Inputs 250, ... 250" (Fig. 9) of AND gates 244, ... 244 "are always via an inverter 251, ... 25I _n , the other inputs 252, ... 252 "the AND gate 245, ... 245" on the other hand directly to the other inputs 252, ... 253 "253 *, 253" of the comparator 237 to be compared.

■><> ... 237 /, 237 *, 237 _n (Fig. 8) connected, namely to those inputs that have the respective code word, taken from one of the judges' desks 1 (Fig. 1), the stop watch 4 the adder 236 (Fig. 8). The outputs of the second AND gates 244, ... 244 _P

"(Fig. 9) and the third AND gate 245, ... 245" are each led to inputs 254 of the NOR gate 240. The inputs 249, ... 249 ;, 249 *. 249 "(Fig. 8) the comparators 237 _t ... 237" 237 *, 237 "are divided into groups that occupy the individual decimal places.

so which are individually connected to the same groups of outputs of the binary counter 235; the inputs 253, ... 253, the comparator 237, ... 237, each belong to the inputs 14, _, ... 14, _, from the group 14i ... it " (Fig. 1) of inputs of the processor 12 and are at the outputs 117 (Fig. 2) of the memory register 44 of the judges' desks ί (Fig. 1): the inputs 253 * (Fig. 8) of the comparator 237 * coincide with the inputs 21, ... 21 "(Fig. 1) of the

Processor 12 together and are connected on the output side to the stop watch 4 for the competitors; the inputs 253 "(FIG. 8) of the comparator 137" are at the outputs of the adder 236. The inputs of the adder 236 are those 421 and 42 ₂ from the group 42 | ... 42 "(FIG. 1) from the inputs of the processor 12 and are connected to the outputs 117 (FIG. 2) of the storage registers 44 of the line judge's consoles 40 (FIG. 1).

The processor 12 (FIG. 8) also contains a step switch 255, known per se, via an output the control inputs 243, ... 243, all comparators 237 | ... 237a with a different output to the control input 243 * of the comparator 237a and the third output to control input 243; of the comparator 237t and via the third output to the Control input 243 "of the comparator 237" switched on OR gate 256, via its inputs at the outputs 239i ... 239, all comparators 237, ... 237, lying, a second step switch 257, known per se, via which an input 258 with the Output of the OR gate 256 connected, a flip-flop 259, a second flip-flop 260, via the one Input 261 led to an output of the second step switch 257, a pulse generator known per se 262, via the output 263 to an input of the binary counter 235, and the dynamic input of the Working flip-flops 259, a timer 264, via its output 265 to one input of the step switch 255, and a second OR gate 266, connected to the timer 264 via the output 267. A The input of the second OR gate 266 is connected to the output 239a of the comparator 237 ;, a different one The input is connected to the output 239 "of the comparator 237".

The processor 12 also contains a third flip-flop 268, an up-down binary counter known per se 269, whose control input 270 is at the output of the third flip-flop 268, and a Storage register 271, to whose inputs the outputs 272 of the up / down binary counter 269 are carried are. The second output 273 of the second step switch 257 is connected to one input of the third flip-flop 268, with the enable input of the storage register 271 and the third input of the second OR gate 266 connected.

The processor 12 also contains a third OR gate 274. on the output side to the counting input 275 of the Up / down binary counter 269 working, an AND gate 276 and a second AND gate 277. The output 278 of the AND gate 276 and the output 279 of the AND gate 277 are ORed 274 connected on the input side. One input of the first-mentioned AND gate 276 is located at one output 2180 of the second flip-flop 260, which is one input of the last-mentioned AND gate 277 is connected to the other output 281 of the second flip-flop 260, the other input of the first AND gate 276 is connected to the output 263 of the pulse generator 262, the other input of the The second AND gate 277 is led to the output 282 of the flip-flop 259.

The processor 12 also contains a fourth flip-flop 283, the output 284 of which is connected to the control input of the Pulse generator 262 is connected, a known second timing element 285, whose output 286 with the an input of the flip-flop 283 is connected, a fourth OR gate 287, the output of which is connected to the

Input 288 of timer 285 is working. One of the The inputs of the AND circuit 207 mentioned are connected to the output 273 of the step switch 257. The processor 12 also contains a third AND gate 289 and a fourth AND gate 290, on the output side to the others Inputs 291 of the OR gate 287 applied.

Via an input 292 of AND gate 289, the connection is made from the first-mentioned output of step switch 255, but the other inputs of AND gate 289 are connected to inputs 14 ₂ _, ... 14 ₂ _, from group 14, ... 14 “(Fig. 1) of the inputs of the processor 12 are identical and distributed to the individual judges' desks 1 to which they are connected on the output side. The AND gate 290 connects to the third output of the step switch 255 via its one input 293 (FIG. 8), the other inputs coincide with the inputs 423, 42, from the group 42, ... 42 "(F i g. 1) of the inputs of the processor 12 and serve to connect to the outputs 99 (FIG. 2) of the flip-flops 96 (FIG. 2) of the line judge's panels 40 (FIG. 1).

The processor 12 (Fig.8) also contains a fifth OR gate 234, one input of which is used to connect to output 265 of timing element 264, Via its Au output 295 the connection to the other inputs of the flip-flops 260 and 283, as well as the Clear inputs of the binary counter 235 and the step switch 257 happens.

The processor 12 also contains AND gate blocks296,, 296 ₂ , 2963-1 ... 2963-a294 ₄ , 296s, 296b, 296 ₇ _, ..., 296 ₇ - "296 ₈ , 296 ₉ , 296, o, 296 ,, (/ = 4), which are all designed the same and each of which consists of AND gates 297i ... 297a 297a ... 297 “(FIG. 10), one of the inputs of the AND gates being combined and 296i ... 2% ,, (Fig.8) are connected to the control input 298 of the AND gate valve block 296, their other inputs those 299, ... 299 ,, ... 299 "of the AND gate block 2%,. .. 296 ,, are and their rises coincide with those 300, ... 300a 300a ■ ■ ■ 300 ,, of the AND gate block 296, ... 296, i. The inputs 299i.

The processor 12 also contains an OR gate block 301, which consists of OR gates 3011 .. .301, .. .301 a ... 301 ,, with one of the inputs of the OR gates at the outputs 300,. .. 300 "(FIG. 10) of the AND gate block 296 (FIG. 8) are connected. The inputs of the second AND gate block 296 ₂ are identical to the inputs 18i from the group 18, ... 18 "(FIG. 1) of inputs of the processor 12 and are connected to the outputs 233 (FIG. 7). of the memory register 177. The outputs 300, ... 300 "(Fig. 10) of the AND gate block 2962 (Fig. 8) are led to the other inputs of the OR gate block301.

The processor 12 also contains a fifth flip-flop 302, which has an output on the control input 298 (Fig. 10) of the AND gate block 296, (Fig. 8), with the others are switched to input 298 (FIG. 10) of AND gate block 2% 2 (FIG. 8). One entrance of the Flip-flops 302 is applied to the output 239 "of the comparator 237".

The other devices of the processor 12 are a programmer 303, the signal shaper 49 with ar Button switches 304 located at their inputs, eir bait 305 with at the outputs of the programmer 303 of each individually connected input 306, a second pulse generator 307 known per se and a

fifth AND gate 308 with the one input 309 connected downstream of the pulse generator 307 and output which the outputs 13i and outputs 411 from the group 13i ... 13 _{n and} 411 ... 4I _n (FIG. 1) of outputs of the processor 12 and which is thus in each case at the output 101 (FIG. 2) of the AND gate 91 of the judges' desks 1 (FIG. 1) and the linesman's desks 40.

The inputs of the third AND gate blocks 296 ₃ -i ... 2963-, ■ (FIG. 8) fall with the corresponding inputs 14j ... 14, from the group 14i ... 14 "(FIG. 1) of the inputs of the processor 2 and are connected to the outputs 117 (FIG. 2) of the memory register 44 of the judges' desks 1 (FIG. 1). The control inputs 298 (Fig. 10) of all blocks 296 ₃ _, ... 2% 3 _, · are combined into a single input which is interconnected with the other input of AND gate 308 and with that in group 16i .. 16 ″ (FIG. 1) is combined with the input 16i belonging to the inputs of the processor 12, and is connected downstream of the output 151 (FIG. 6) of the flip-flop 148 of the referee's desk 2 (FIG. 1). The outputs of the AND gate block 296i (FIG. 8), those of the storage register 271, those of the individual AND gate blocks 2963-1 ··· 2963-, are from the outputs 15i from the group 15t ·· ■ 15 _n (Fig. 1) represented by outputs of the processor 12, which create the connection to the corresponding groups of the inputs 168 (Fig. 6) of the digit display device 165 of the referee's desk 2 (Fig. 1). The inputs of the fourth AND gate block 2% 4 coincide with the inputs I62 of the group I61 ... 16 "(FIG. 1) of inputs of the processor 12 and are connected to the outputs 167 (FIG. 6) of the memory register 120 of the Referee desk 2 (Fig. 1) connected. The inputs of the fifth AND gate block 296 ₅ (FIG. 8) coincide with those 18 _{2 of} the group I81... 18 "(FIG. 1) of inputs of the processor 12 and are connected to the group 232 (F i 7) forming outputs among those of the memory register 176 of the secretary desk 9 (FIG. 1). The inputs of the AND gate block 286 _b (FIG. 8) are led to the outputs 310 of the bait 305. The inputs of an AND gate block 2% ₇ _i ... 296 ₇ - / each fall with the corresponding inputs 14 ₁ _ _t ... 14 | _ ,, which belong to group 14 | ... 14 "(Fig. 1) from inputs of the processor 12, together and are connected to the outputs 117 (Fig. 2) of the storage register 44 of a judge's desk (Fig. 1). The inputs of the AND gate 296 ₈ (FIG. 8) coincide with the inputs 21 of the group 211. Turners switched. The outputs 311 of the adder 236 are connected to the inputs of the ninth AND gate block 296 (FIG. 8). The outputs 312 of the memory register 271 are connected to the inputs of the tenth AND gate block 296m. The outputs 313i... 313 ,, of the OR gate block 301 are connected to the inputs of the eleventh AND gate block 296n.

The processor 12 also contains a per se known - the third - step switch 314, at the outputs of which the control inputs 298 _{(Fig. 10) of the AND gate blocks 296 4} ... 296 ,, (Fig. 8) are located; a third pulse generator 315 known per se, the output 316 of which works on the corresponding input of the step switch 314 and is combined with the output 20i of the outputs 20i another - the sixth - flip-flop 317, the output 318 of which is at the input of the pulse generator 315; a second OR gate block 3S9, consisting of OR gates 319] ... 319 ", each of which has a binary digit of the individual AND gate blocks 296 ₄ ... 296i, (FIG. 8), ie their

an output 300i or 30O _{n is} assigned;

a code converter 320 known per se, the inputs 321 of which coincide with the outputs of the OR gate block 319, while the outputs of which are those 2O ₂ from the group 20 | ... 2O _n (FIG. 1) are outputs of the processor 12 and lead to the digital printer 11; a seventh 322 and an eighth flip-flop 323, one input of which is connected to the input I63 of the group 16; ... 16 "(Fig. 1) coincides with the inputs of the processor 12 and is thus at the output 172 (FIG. 6) of the command device 169 of the referee's desk 2 (FIG. 1), while one input of the flip-flop 322 (Fig. 8) coincides with the input I64 of the group I61 ... 16 "(Fig. 1) of inputs of the processor 12 and thus at the output 173 (Fig. 6) of the command device 169 of the referee's desk 2 (Fig . 1) lies.

The sixth OR gate 324 (Fig.8), the Processor 12 also still contains, is in connection with one input of the flip-flop 317, namely via its exit 325, exit 26i ... 26 "der respective specialized digital device 25 and leads to coupling device 5. Another - the ninth - Flip-flop 326 is arranged in the circuit of the processor 12 (FIG. 8) in such a way that its first input is at Output 325 of the OR gate 324 is, while its other input 327 with the input 27 (Fig. 1) of the

S3 merged respective specialized digital device 25 and is connected to the coupling device 5 on the output side.

A sixth 328 and a seventh AND gate 329, which are still provided in the processor 12, are included

4 (i the first inputs at output 330 of flip-flop 326 created. The output 331 of the flip-flop 322 and the output 332 of the flip-flop 323 occupy the inputs of the OR gate 324 and two other inputs of AND gate 328 and AND gate 329. One > Output 333 of step switch 314 is at the other input of flip-flop 317 and the third inputs of AND gate 328 and AND gate 329 connected.

The other components of the processor 12 are the seventh - OR gate 334, on the input side Output 335 of AND gate 328 and located at output 336 of AND gate 329, and a third per se known timing element 337, on the input side at the output 338 of the OR gate 334, with the output 339 on other input of the flip-flop 302, at the clear inputs of the memory register 271, of the up-down binary counter 269 and the step switch 255, as well as at the other input of the flip-flop 268 and the other input of the OR gate 294 connected.

The output 339 of the timing element 337 coincides with the outputs 13 ₂ and 411 of the groups corresponding to 13i ... 13 "and 41i ... 41" of outputs of the processor 12 and is thus at the output 98 (FIG. 2) of the Flip-flops% of each referee desk 1 (Fig. 1) and each line judge desk 40. The output 339 of the timer 337 coincides with the output 152 from the group 15i ... 15 "of outputs of the processor 12 and is therefore at the output 150 (Fig. 6) of the flip-flop

148 of the referee's desk 2 (Fig. 1).

In addition to the three above timers, the circuit of the processor 12 also has a fourth timer 340 (FIG. 8), which is known per se, the input side is connected to the output 339 of the timer 337, with the output 341 to the reset input of the step switch 314, connected to the other inputs of the flip-flop 322 and the FhOflop 323, as well as a known fifth timing element 342, on the input side connected to the output 336 of the AND gate 329, to the output 343, which is connected to the outputs 13 ₃ , 4I ₃ , 15 ₃ from groups corresponding to 13i ... 13 "(Fig. 1), 41, ... .4I _n , 15i ... 15" from group 17, ... 17 "(Fig. 1) of outputs of the processor 12 is combined, to the input 69 (Fig. 2) of the OR gate 67, the input 113 of the OR gate 111 of each judge desk 1 (Fig. 1) and each line judge desk 40, with the output 343 of the timer 342 to the input 139 (FIG. 6) of the OR gate 137, the input 163 of the OR gate 61 of the referee desk 2 (Fig. 1) and connected to the input 220 (Fig. 7) of the secretary desk 9 (Fig. 1).

The processor 12 (FIG. 8) finally contains an eighth OR gate 344, one input of which is connected to the input 16 ₃ from the group 16 | Coincides ... 16 "(Fig. 1) of inputs of the processor 12 and to the output 169 (Figure 6) of the command device 172 of the referee console 2 (F i g. 1), the other input connected to the input 18 ₃ ( Fig. 8) from group 18,.. 1) and its output, identical to output 19 (FIG. 8) from group 19, ... 19 "(FIG. 1) of outputs of processor 12, to the corresponding input of light signaling device 3 is.

The light signaling device 3 (Fig. 11) contains a three-sided lamp panel 345 to display the number of the competitor and the final grade for the exercise. The lamp panel consists of light points 346i-i ... 346 | _ "... 346 _m -i ... 346 ,,, _", each of which has a transistor 347 (FIG. 12), resistors 348 and 349, the former between the base of the transistor 347 and the bias voltage source, the latter between the base of the transistor and the input 350 of the light points 346i_i ... 346 | _ "... 346 _m _i ... switched on, a group of green lamps 351, with which information am three-sided lamp panel 345 (Fig. 11) are displayed in green, and a group 352 (Fig. 12) comprises red lamps for displaying the same information in red. One node of the two lamp groups 351 and 352 are each connected to the collector of the transistor 347 via a decoupling diode 353 or 354, the other to the other two inputs 355 and 356 of the light points 346, _, ... 346i - "... 346 _m _ ι ... 346 _ro _ "connected.

The lamp panel 3 (Fig. 11) also contains power switches 357i, 357 ₂ (Fig. 13), each of which has a diode bridge 358, a transistor 359 whose collector is connected to one output 360 of the diode bridge 358, resistors 361, 362, whose the former between the base of the transistor 359 and the bias voltage source, the latter between the base of the transistor and the input 363 of the power switch 357. 357 _{2 is} inserted. The other output 36 of the diode bridge 358 is at the output of each power switch 357, 357 ₂ , while the other two inputs 365 of each power switch 357, 357 _{2 are connected to} the diagonal branch a, b of the diode bridge.

The lamp panel 3 (Fig. 11) also contains two AND gates 366 and 367. One input of the AND gate 366 is connected to the output 227 (FIG. 7) of the Flip-flops 217 of the secretary desk 9 (Fig. 1) connected. One input of the UN D gate 367 (FIG. 11) is with the output 228 (FIG. 7) of the flip-flop 217 of the secretary desk 9 (FIG. 1). Is the output side

ίο the AND gate 366 (Fig. 11) to the input 363 (Fig. 13) of the power switch 357, (Fig. 11), the AND gate 367 to the input 363 (Fig. 13) of the power switch 357 ₂ (F i g. 1) switched The further component of the lamp panel 3 is a power supply device 368 (FIG. 14). This consists of an isolating transformer 369, one secondary winding of which is connected to the inputs 365 (FIG. 13) of the power switch 357 (FIG. 11), the other secondary winding of which is connected to the inputs 365 (FIG. 12) of the power switch 357 ₂ (FIG. 11) is connected. The output 364 (Fig. 13) of the power switch 357, (Fig. U) is connected to the inputs 355 (Fig. 12 of the light points 346, _, ... 346, _ "... 346m-, .. . 346 _m - "of the three-sided lamp panel 345 (Fig. 11), the output 364 (Fig. 13) of the power switch

ters 357 ₂ (Fig. 11) to the inputs 356 (Fig. 12) of the light points 346, -, 346, _ _n ... 346 _m _, ... 346 _m - "of the three-sided lamp panel 345 (F i g. 11) created.

Furthermore, the lamp panel 3 contains an OR gate 370, a flip-flop 371 and a second Flip-flop 372, which both illuminate the contestant's number and the final Cause the number of points for the exercise on the three-sided lamp panel 345. One input of the flip-flop

371 of the lamp panel 3 is at the output 205 J5 (FIG. 7) of the AND gate 202 of the secretary's desk 9

(Fig. 1) One input of flip-flop 372 (Fig. 11) of the lamp panel 3 is at the output 19, (Fig.8) Group of outputs 19, ... 19 "(Fig. 1) of the processor 12 connected. The two others Inputs of flip-flop 371 (Fig. 11) and the flip-flop

372 are combined and the common input is from output 222 (FIG. 7) of OR gate 218 of the Secretary's desk 9 (Fig. 7). The output 373 (Fig. 11) of the flip-flop 371 and the output 374 of the flip-flop 372 occupy the inputs of the OR gate 370, its Output 375 is connected to the other inputs of AND gate 366 and AND gate 367.

The lamp panel 3 also contains two AND gate blocks 375 'and 375 ", carried out analogously to

so AND gate blocks 296, ... 296 "(Fig. 10), where the Inputs 299, ... 299 "(Fig. 10) of the AND gate block 375 '(Fig. 11) at the outputs 232 (Fig. 7) of the memory register 176 of the secretary's desk 9 (Fig. 1), the Inputs 299, ... 299 "(Fig. 10) of the AND gate block

375 "(Fig. 11) at the outputs 313, ... 313" (Fig. 8) of the OR gate block 301, which is connected to the outputs 19 ₂ from the group 19, ... 19 "(Fig. 11) coincide with the outputs of the processor 12. The control input 298 (Fig. 10) of the AND gate

blocks 375 '(Fig. 11) is at the output 373 of the flip-flop 371, the control input 298 (FIG. 10) of the AND gate block 375 "(FIG. 11) at the output 374 of the flip-flop 372 connected.

The light signaling device 3 (Fig. 11) contains

b · »finally code converter 376, ... 376 * their outputs respectively to the inputs 363 (Fig. I) certain light points 346, _, ... 346, "... 346 ,,, ^, ... 346," _ "des three-sided lamp panels 345 (Fig. II) individual

are performed, OR gate blocks 377, ... 377 _Λ consisting of OR gates 377, ₊ 1 ... 377 | _ "... 377 _n -1 ... 377 _η _ _Λ where the outputs 378i ... 378" of the OR gate blocks 377] ... 377 "are switched to the specific code converters 376 | ... 376 *. In contrast, one of the inputs of the OR gate blocks 377] ... 377 "occupies the outputs 300 | ... 30O _n (FIG. 10) of the AND gate block 375 '(FIG. 11), the other inputs of the OR gate blocks 377i ... 377 "correspond to the outputs 30Oi ... 300" (FIG. 10) of the AND gate block 375 "(FIG. 11).

The automated reporting system for the supervision of the betting works as follows for the individual The secretary at the secretary's desk 9 (Fig. 1) of the respective digital station 25 gives devices for the six-fight Enter the number of the competitor you have called and then to the lamp panel 3.

To do this, he actuates the button switch 195 (FIG. 7) of the command device 194, and appears on with the Output 200 (FIG. 7) of command device 194 coincides with output 54 (FIG. 3) of the signal conditioner 49 a signal which enables the storage register 176 for the input of information.

When the button 195 is pressed in, the input 53 (FIG. 3) is given a 0 signal. The N AND gate: ϊ ter 51 blocks and remains in this state because of the return of the with the output of the NAN D gate 51 coinciding output 54 via the NAND gate 50 to an input of the NAN D gate 51.

Upon release of the knob 195 a 0 signal (F i g. 7) wire ¹ to w input 52 (F i g. 3) of the signal conditioner 49 (7 F i g.) Was added, whereby the signal shaper brought back to the starting day 49 will.

By pressing the corresponding buttons 185 of the input device 184 one after the other, the number of the competitor starting with the highest digit is then entered into the memory register 176 by means of signal formers 49 of the input device 184 and bait 186. The signal at the output 192 of the OR gate 190, which arises there every time the individual buttons 185 are pressed, 4 "causes the step switch 189 to advance by one step each time, so that the flip-flops 178i ... 178" of the memory register 176 point to the next Entering the number of the bettor can be selected automatically. The flip-flops 178i ... 178 “receive the write pulses from the outputs I8O1 ... 18O _{n of} the AND gates 179i ... 179 _n whenever release signals from the outputs of the bait 186, which are connected to the inputs 187 of the memory register 176 are identical, the release signals from the outputs 193 of the step switch 189 and from the output 200 of the command device 194 are present.

The coded number of the gymnast comes from the outputs 232t · ■ · 232 "to a group of inputs of the digit display device 230 for the secretary's self-control and via the outputs 10i ... 1O _n (FIG. 1) of the secretary's desk 9 to inputs of the UN D gate block 375 ¹ (Fig. 11) of the lamp panel 3 (Fig. 1). The secretary also depresses the call / command button 197 (FIG. 7) of the command device 194. The generated bo signal comes from the output 204 of the command device 194 to an input of the AND gate 202. If there is no prohibition signal at the input 229 of the AND gate 202 from the output 35 (FIG. 1) of the dispatcher desk 32, the signal from the output 205 (FIG. 7) of the t> i AND gate 202 at an input of the flip-flop 371 (FIG. 11) of the lamp panel 3 (FIG. 1) and implements it. By sending a signal from the output 373 (FIG. 11) of the flip-flop 371 to the control input 298 (FIG. 10) of the UN D gate block 375 (FIG. 11), the coded number of the gymnast is transmitted via the AND gates 297, ... 297 "(FIG. 10) of the AND gate block 375 ¹ (FIG. 11) are forwarded to inputs of the OR gate blocks 377, ... 377".

From the outputs 378, ... 378 "the coded number of the gymnast arrives at the inputs of the code converters 376i ... 376 * which convert the code on the input side into a code whose code words control the lamps on the three-sided lamp panel 345 and the one on the secretary's desk 9 (F i g. 1) can create symbols corresponding to the information introduced. The signal from the output 373 of the flip-flop 371 is switched through by the OR gate 370 to the inputs of the AND gates 366 and 367. 11) fed to the input 363 (FIG. 13) of the power switch 357i (FIG. 11). The AC voltage from the secondary winding of the isolating transformer 359 (FIG. 14) of the power switch 357 is applied to the inputs 365 (FIG. 12) Power supply 368 (Fig. 11). The pulses of the rectified current, which the output 364 of the diode bridge 358 delivers, come via the conductive transistor 359 (Fig. 13) to all light points 346, _, ... 346, _ "... 346 _m _, ... 346 _m _ "(Fig. 11). The transistors 347 (Fig. 12) of those light points 346i_, ... 346, _ "... 346 _m _" (Fig. 12), at whose inputs 350 the code converter 376i ... 376 * (Fig . 11) are placed on 0 potential, are under the influence of the base current from the negative pole of a bias voltage source via resistor 348 (FIG. 12), that is, they are switched on.

The conductive transistors 347 complete the circuit of the rectified current via the decoupling diodes 353 and lamps 351, which light up and on the three-sided lamp panel 345 (Fig. 11) the number highlight the weather in red. The red warns the gymnast that he is about to be called to the gymnastics area.

After completing the above actions, the secretary gives a command, after which the gymnast can now do the Exercise on the given device of the six-way fight. The permission command expresses itself externally in a change in the color of the number of the illuminated on the three-sided panel 345 Wetterurners from red to green and is given by the secretary pressing the permission command button 199 (Fig. 7) of the command device 194 of the secretary desk 9 (Fig. 1). The output 266 (Fig. 7) of the Command device 194 occurring signal switches the flip-flop 217 over.

The signal carried by the output 228 of the flip-flop 217 arrives at the input of the AND gate 367 of the lamp panel 3 (FIG. 1), the release signal acting on the input side at the AND gate 366 (FIG. 11) is canceled, so that the power switch 357 ₂ opens and the power switch 357 blocks. In the light points 346, _, ... 346, _ "... 346 _m _i ... 346 _m _ _n (Fig. 12) the lamps 351 go out and the lamps 352 light up, which show the number of the gymnast in green illuminate. Simultaneously with the command that allows the gymnast to carry out the exercise, an incoming signal arrives at the entrance 23 (Fig. 1) of the intercom device 217 of the secretary's desk 9 (Fig. 1), which switches off the intercom device and thus the conversations between the members of the Makes judges brigade impossible to each other.

The gymnast begins with the appearance of the permission command in the form of the green-lit one Number on the three-sided lamp tableau to do his exercise. The judges at the judges' desks 1 (Fig. 1) evaluate the level of difficulty of the individual exercises and mistakes in their execution. The scoring one as a certain number of agreed scoring units, the up counters 103 (FIG. 2) of the judges' desk 1 held. The rating is entered by the judge pressing the button switch 105 of the input device 104 actuated. So that the referee himself can check the reading of the counter 103, the indicated counter reading on the numeric display device 115.

After the gymnast has performed, the judges evaluate his exercise and save the assigned one Enter the note in the memory register 44 (FIG. 2), bring it to the log device 75 of the judges' desk 4 (Fig. 1) for the record and give to the processor 12 Further.

Saving is done by the judge pressing buttons 55 (FIG. 2) of input device 48 in which Push the button for the number starting at the highest point of the rating number. The code words for the individual digits of the note with which the outputs of the bait 56 are each occupied also carried out by the inputs 57 of the storage register 44 and the inputs 59 of the OR gate 58. When the individual button switch 55 is actuated, the step switch 61 switches each time, so that the flip-flops 451 ... assigned to individual decimal places 45 ″ of the storage register 44 can be controlled automatically when the note is entered in places. the Flip-flops 45i ... 45 "receive the write impulses from the outputs 47i ... 47" the AND gates 46i ... 46 " whenever at the two inputs of the AND gate of the outputs of the bait 56, the with the inputs 57 of the memory register are identical, the enable signal from the outputs 63 of the Step switch 61 is present. The coded evaluation comes from the outputs 117 of the memory register 44 to the inputs of the numeric display device 115 for visual control of the note.

If the grade needs to be corrected, the referee can activate the button switch 66 of the eraser 65. whose signal is switched through by the OR gate 67 and AND gate 70, the Reset memory register 44 to the initial state via input 73 and step switch 61 and then enter the new note.

After entering the grade, the referee writes it in the open window S5 (Fig. 4) of the mechanical part 76 (FIG. 2) of the log device on the paper tape 79 (FIG. 4). After inserting it into the logging device 75 (Fig. 2) the referee pushes the lever 82 (Fig. 4) forward as far as it will go. The lever 82 effects the pawl 83 and the ratchet wheel 80 a Further rotation of the driven elastic roller 78. The paper tape 79, which is on the driven roller 78 is pressed by the pressure roller 81. moves in the gap of the mechanical part 76 between the base 87 and the cover 84 by a specified amount. The inscription on the paper tape 79 moves under the transparent pane that covers the window 86 and so remains for a visual inspection accessible so that the referee can no longer change the grade. Which took place

The fact of logging on the logging device 75 (FIG. 2) is established when the limit switch, actuated by lever 82 (Fig. 4) in its end position, appeals to.

When the limit switch 77 (FIG. 2) is triggered, a appears at the output 88 of the log device 75 Signal that, provided the corresponding signal is at input 89 of AND gate 74, the flip-flop 96 to Overturning brings. The mentioned signal at input 89 of AND gate 74 is present if it is one of the inputs of the OR gate 60 or one of the outputs 63 of the step switch 61 leads, d. H. whenever one Valuation number has been entered. The signal that is now assigned to output 100 of the flip-flop%, arrives at AND gate 70 and blocks the path to memory register 44 and 44 for the clear signal the step switch bi. In addition, said signal prohibits the signal from output 109 of the Eraser 106 for resetting the counters the passage through the AND gate 108 and OR gate 111 to the clearing inputs 114 of the counter 104. The The signal at the output 99 of the flip-flop% is applied to the inputs 142 (FIG. 8) from the group 14 | ... 14 " (Fig. 1) of inputs of the processor 12 effective.

In the case of the individual gymnastic apparatus, the referee performs at the referee's desk 2, while the competitor performs gymnastics, the same actions as the referees: he assesses the degree of difficulty of the The grade saves individual exercises and mistakes made, records them and gives them to Processor 12 next. The evaluation numbers for the degrees of difficulty of the individual exercises and committed Errors are recorded in the counters 153 (FIG. 6) of the referee's desk 2 (FIG. 2), with the Input is carried out by pressing the corresponding buttons 155 (FIG. 6) of the input devices 54. To the The contents of the counters 153 are displayed on the numeric display device 165 by self-monitoring of the counter reading. The referee enters the note by pressing the corresponding button switch 125 of the input device 124, starting with the pressure switch for the number at the highest point of the evaluation number, one after the other made. The code words for the digits with which the individual digits of the evaluation number are occupied are, get from the outputs of the bait 126 to the inputs 127 of the memory register 126 and the inputs 129 of the OR gate 128. Leg impressions of the individual buttons 125 switches the step switch 131 each time, so that the to the individual decimal places arranged flip-flops 121 ... 121 "of the memory register 120 in the place by place Input of the note can be selected automatically. The Füpflcps 121-, ... 12!, - receive the writing impulses from the outputs 123, ... 123 "the AND gate 122 ... 122" always when the two inputs de! AND gate from the inputs 127 of the memory register 120, the release signal from the outputs 133 de! Step switch 131 is present The code of the keyed note is sent via the outputs 167 de: Storage register 120 to the digit display device 165 for visual inspection of the entered note on the input side fed.

Should a correction of the valuation be made the referee can by actuating the button switch 136 of the erasing device 135, desei Signal through the OR gate 137 and AND gate 140 is switched through, the memory register 120 practice the input 143 and the step switch 131 via dei

Reset input 142 to the initial state and enter the new note. After entering the grade the referee performs the same actions on the logging device 145 as the referees on the Log devices 65 (Fig. 2) of the judges' desks 1 ■ -, (Fig. 1). When the limit switch 146 responds (Fig. 6) a signal appears at the output 54 (FIG. 3) of the signal shaper 49 of the protocol device 145 which, if the corresponding signal is present at input 147 of AND gate 144, which causes flip-flop 148 to tip over. ι ο

The mentioned signal at the input 147 of the AND gate 144 is present if one of the inputs of the OR gate 130 or one of the outputs 133 of the step switch 131 leads, ie whenever an evaluation number has been entered. The signal π, which is now assigned to the output 52 of the flip-flop 148, arrives at the AND gate 140 and blocks the path to the storage register 120 and the step switch 131 for the clear signal of the clearing device 156 for resetting the counters the passage via the AND gate 158 and OR gate 161 to the clear inputs 164 the counter the passage via the AND gate 158 and OR gate 161 to the clear inputs 164 of the counter 153. 2 ^r >

The signal at the output 151 of the flip-flop 148 becomes effective at the input I61 (FIG. 8) from the group I61... 16 "(FIG. 1) of inputs of the processor 12. The pulses of the pulse generator 307 (FIG. 8) present at the input 309 of the AND gate 308 now run via the jo AND gate 308 and the inputs 13i and 41, from the group 13i ... 13 "and 411. .. 4I _n of inputs of the processor 12 to the inputs 101 (FIG. 2) of the AND gates 91 of the individual judges' desks 1 (FIG. 1) and the linesman's desks 40. r>

Should a referee fail to record, d. H. supplies the output 100 (Fig. 2) of the Flip-flops 96 the enable signal to an input of the AND gate 91, so the pulses of the Pulse generator 307 (FIG. 8) at input 102 (FIG. 2) of display device 90. The transistor 93 (Fig.5) of the Indicator 90 goes off every time the control signals arrive at the input 102 (FIG. 2) of the display device 90, into a saturated state and leaves that is, the lamp 92 (FIG. 5) light up in time with the signals from the pulse generator 307 (FIG. 8).

The flashing light of lamp 92 (Fig. 5) warns the referee to stop the logging after all Companies.

After the logging, the prohibition signal initiates at the output 100 (FIG. 2) of the flip-flop 96, the AND gate 91, to block, and the lamp 92 (FIG. 5) of the display device 90 (Fig. 2) of the judges' desk 1 (Fig. 1) stops blinking.

At the referee the evaluations of the individual referees, who have already given them to their referee desks 1 (Fig. 1), can only be displayed on the number display device 165 (Fig. 6) of the referee after he has recorded the note issued by him Has. w> The display is made possible by the fact that the signal from output I61 ( _{Fig. 8) from group 16 t} ... 16 "(Fig. 1) from inputs of processor 12 to control inputs 298 (Fig. 10) of the AND Gate blocks 1963-1 ··· 2963-, (Fig. 8), where the t> 5 code words of the notes issued by the individual judges, which are sent to the outputs 117 (Fig. 2) of the memory register 44 of the individual judges' desks 1 (Fig. 1) or at the inputs 14i -1 ... 14, _, from group 14 | ... 14 "(Fig. 1) from inputs of processor 12, via AND gate blocks 296j_i ... 296j -, - (Fig. 8) to inputs of digit display device 165 of referee desk 2 (Fig. 1) be switched through.

The two linesmen, who belong to the judges brigade for the floor exercise, save at their linesmen's desks 40 (Fig. 1) exceeding the floor exercise area during exercise. Every linesman serves two adjacent lines of the floor exercise area.

The gymnasts exceeding the floor exercise area is indicated by pressing button 105 (Fig. 2) of the input device on the linesman's desks 40 (Fig. 1). After the gymnast did gymnastics has, the total number of exceedances, totaled by the counter 103 (FIG. 2), is displayed on the numeric display device 115 displayed. The line judge enters the point for exceeding in memory register 44 the floor gymnastics surface by pressing the corresponding button switches 55 of the input device 48 one after the other actuated.

After keying in the point deduction, the line judge reports it on the recorder 65. the Pulses from the pulse generator 307 (Fig. 8) run after the referee has logged issued note via the AND gate 308 and the

Output 411 from group 411 4I _n (Fig. 1) of

Outputs of the processor 12 to the inputs 101 (FIG. 2) of the AND gates 91 of the line judge's desks 40 (FIG. I). The flashing lamp 62 (Fig. 5) warns the linesman to take the log if he has not done so. The code words for the deduction of points, with which the outputs 117 of the storage register 44 of the two line judges' desks 40 (FIG. 1) are assigned, are at the inputs 42 |, 42 ₂ (FIG. 8) from the group 42 | ... 42 "(FIG. 1) from inputs of processor 12, ie to inputs of adder 236 (FIG. 8), whose outputs 311 carry the code word for the sum of the point deductions given by both line judges.

The group 211 ... 2I _n (Fig. 1) is supplied to an input of the processor 12 of the stopwatch of outputs 4 for the duration of the exercise of Turners delivered code word for the withdrawal points for non-compliance of the specified Turn time.

After all judges have recorded the grades they issued, the average grade is automatically calculated. The average grade is calculated by omitting the lowest and highest grades and calculating the arithmetic mean of the two remaining grades. For this purpose, the coded notes present at the outputs of the judges' desks 1, which are sent via the inputs 14i_i ... 14 | _, (FIG. 8) from the group 14i ... 14 _n from the inputs of the processor 12 to the inputs of the comparators 237i ... 237, (Fig. 8) are compared with each other.

Have everyone supervising a specific gymnastics area Judges finished their protocols, point the exits 99 (Fig. 2) of the flip-flops 96 of the judges' desks 1 (Fig. 1) for the AND gate 289 release signals, which there via the inputs 142-1 · - 142 - / (Fig. 8) from group 14i ... 14 “(Fig. 1) of inputs of the Processor 12 run in on the input side. The enable signal acts at input 292 (FIG. 8) of AND gate 289, which is supplied by one of the outputs of the step switch 255. The output of the AND gate

289 passes through AND gate 287 and the timer 285 to the flip-flop 283, whereupon the latter flips. The signal appearing at the output 284 of the flip-flop 283 hits the pulse generator 262 on. The signals supplied by the output 263 of the pulse generator 262 are stored in the -> Binary counter 235 counted.

1st in the comparators 237 | ... 237, it happens once that one of the code words arriving at the inputs 253i ... 253, (Fig. 8) corresponds to the code word at the inputs 249 | ... 249, incoming is identical, ι ο block all AND gates 244, ... 244 "(Fig. 9) and 245, ... 245" because of either the inputs 246 | ... 246 ,, and 252i ... 252 ,,, or from the via the negator 248 | ... 248 "and 2511 ... 251" switched inputs 247i ... 247 "and 2SOi ... 250" assumed state, ι ^r . Since the AND gates 244, ... 244 ,, and 245, ... 245 "are blocked, 0 signals arrive from the outputs of these gates to the inputs 254 of the NOR gate 240. The 1 signal from the output 241 of the ONLY gate 240 arrives at the input 242 of the AND gate 238 and when the 1 signal appears at one of the control inputs 243, ... or 243, (FIG. 8), one of the comparators 237 | ... 237, it is switched through to one of the outputs 239 _t ... 239, one of the comparators 237, ... 237. 2 '>

If the code words at the inputs 249, ... 249, and the inputs 253, ... 253, each of the Comparator 237, ... 237, and occurrence of a 1 signal at least one of the inputs 254 (FIG. 9) of the NOR gate 240 appears at one of the outputs w 239, ... 237, an O signal.

To the control inputs 243 | ... 243, the comparator 237 | ... 237, is from the first exit of the first Step switch 255 em release signal delivered.

At the moment when the binary counter 235 has an r> the inputs 253, ... 253, the comparator 237, ... 237, has counted the occupying numbers and their code matches the code on the output side of the counter covers its content, at one of the outputs 239ι ... 239, the comparator 237, ... 237, the resulting signal 4 « given to the input 258 of the step switch 257 and transfers it from a stable position - the Zero position - in the other - the first.

The status of the binary counter 235 changes towards higher values from zero. Therefore, the 4-. smallest of the grades given by the judges of the respective gymnastics area. This is So at the first coincidence of one of the inputs 2531 ... 253, one of the comparators 237, ... 237, the present code words with the one at the inputs 249, ... 249, the case.

The signals emitted by the output 274 of the pulse generator 262 also come via the opened AND gate 276 and the OR gate 274 at input 275 of the up / down binary counter 269 at. The AND gate 276 is enabled by a signal coming from the output 280 of the flip-flop 260. Of the Up / down binary counter 269 is prepared with its input 270 for up counting, what caused a signal at the output of flip-flop 268.

If one of the inputs 253] ... 253, one of the Comparator 237] ... 237, standing code words with the from the inputs 249, ... 249, once again identical, this happens when the first of the notes subject to averaging. This transfers the on the corresponding from the Outputs 239i ... 239, of the corresponding signal Step switch 257th given via the OR gate 256 to its input 258, in the second stable position.

The reading of the up / down binary counter 269 at the moment of the second coincidence is the The code words mentioned are the same as the first of the notes subject to the averaging or do they match Code word for the note and the one on the counter. At the same time brings the signal at the output of the Step switch 257 (the one for its second stable state) the flip-flop 260 via its input 261 to tip over. The AND gate 276 is determined by the incoming from the output 280 of the flip-flop 260 O signal blocked. The output 281 of flip-flop 260 gives a 1-signal to one of the inputs of the AND gate 277, which signal from the output 282 of the flip-flop 259 delivered pulses through the AND gate 277.

The flip-flop 259 operates as a dual scaler with a division factor of 2. From the second coincidence, i. H. from the moment when the first of the notes to be averaged enters the up-down binary counter 269 has been counted in, the counter is fed with pulses whose repetition frequency is twice as high is as small as that of the pulses supplied by the pulse generator 262. The one at input 275 of the up / down counter pending pulse train is sent from the output 282 of the flip-flop 259 via the AND gate 277 and OR gate 274 delivered.

On a third coincidence of the outputs 249, ... 249, the comparator 237, ... 237, A code word that has just been used with one of the existing ones on inputs 253, ... 253 brings the am corresponding from the outputs 239ι ... 239, of the corresponding comparator 237i ... 237, by the OR gate 258 via the output 258 occurring signal the step switch 257 in a third stable position. The content of the up / down counter 269 at this moment is the encoded average note.

The formation of the middle note is a summation of the complete number of impulses, their counting results in the code word for the lower note, and half the number of pulses which are used in the counting from the smaller to the larger note are processed, with the summation of the forward-backward binary counter 269 takes over. For example, the grades 9.20 and 9.30 are to be averaged, which is the middle grade then right away

9.20 +

9.30-9.20

= 9.25.

When the step switch 257 is moved to the third position, the signal from the output 273 of the writes Step switch 257, applied to the control input of the memory register 271, the code word for the averaged Note, which is present at the outputs 272 of the up / down counter 269, to the storage register 271 around. The signal from output 273 of step switch 257 is also effective at flip-flop 278, where there is a Caused transition to another stable position. The output of flip-flop 268 comes at the input 270 of the up-down binary counter 269 and prepares it for counting down. In the end runs the signal from the output 273 of the step switch 257 via the OR gate 260 to the input of the Timer 264 or via the OR gate 287 to the input 288 of the timer 285.

The signal arriving at the input 267 of the timing element 264 appears delayed by a certain time its exit 265 and from there arrives at the

Step switch 255th give way to another stable - brings the second position. The same signal comes on the input of the OR gate 294 and further from its output 295 to the inputs of the flip-flop 260, Step switch 257, flip-flops 283, binary counter 235 and resets them to the initial state. The signal from Output 280 of flip-flop 260 opens AND gate 276.

The signal from the output 284 of the flip-flop 283 sets the pulse generator 262 on.

The signal at the input 288 of the timing element 285 is also switched through with a delay of a certain time. This time is longer than that of the timer 264. The signal at the output 286 of the timer 285 arrives at the input of flip-flop 283.

The signal emitted by the flip-flop 283 via its output 284 starts the pulse lifter 262 again. The signal at the corresponding output of the step switch 255 prepares the comparator 237 *, at his Control input 243 * incoming, forward. If the identity of the Code words at the inputs 249 * and the inputs 253 * of the comparator 237 * are the signal from the output 239 * of the comparator 237 * is applied to the input 267 of the timer 264 via the OR gate 266. The on The signal present at input 267 of timing element 264 is delayed accordingly via output 265 of the The timing element is fed to the step switch 255 on the input side, which is why it has a third stable position occupies. The same signal arrives at the inputs of the AND gate 294 and is via its output 295 switched through to the inputs of the flip-flop 283 and of the binary counter 285. The flip-flop 283 and the binary counter 235 come to the initial state. The signal at the output 284 of the flip-flop 2B3 represents the Pulse generator 262 on.

At this time the contents of the up-down binary counter are correct 269 or the code word on it with the middle grade reduced by the point deduction for non-compliance with the prescribed Gym time or the corresponding code word. The signal of the step switch 255 is from corresponding output to the control input 243 "of the comparator 237". which it is preparing, and which Input 293 of AND gate 290 given. The output of AND gate 290 is at a of inputs 291 of OR gate 287 are effective. The output of OR gate 287 comes on Input 288 of the timer 285 and is delayed for a certain time. The signal at output 286 of the Timing element 285 arrives at the corresponding input of flip-flop 283 and hits, at output 284 of the latter occurs, the pulse generator 262 on again.

At the moment, when the code words at the Inputs 249 "and the inputs 253" of the comparator 237 "have become identical, the signal appearing at the output 239" of the comparator 237 "becomes given via the OR gate 266 to the input 267 of the timer 264. The one at entrance 267 of the The signal lying in the timing element 264 is switched through with a predetermined delay and then runs on Output 265 of the latter occurring via the corresponding input of the OR gate 294 and its output 295 to the corresponding inputs of the flip-flop 283 and the binary counter 235. whereupon the former falls back, the latter is deleted. That The signal at the output 284 of the flip-flop 283 stops the pulse generator 262.

At this time the coded version corresponds to the

Forward-backward binary counter 269 of the coded number representing the average grade minus points for the Failure to comply with the prescribed gymnastics time and those for exceeding the prescribed swimming pool gymnastics area.

The signal from output 239 "of the comparator 237" is above the exit 17 | from group 17 | ... 17 “(Fig. 1) of outputs of the processor 12 at the input 221 (Fig. 7) of the OR gate 218. The signal at the output 222 of the OR gate 218 controls via the OR gate 223 to flip-flop 217, which toggles into the initial state. At the same time is from the exit 227 of the flip-flop 217 on the input 23 (Fig. 1) of the intercom device 22 is given a release signal. from now the members of the judges brigade can talk to each other.

The signal at the output 222 (FIG. 7) of the OR gate 218 is also via the group 10i ... 1O _n of inputs of the secretary desk 9 (FIG. 1) at the common input of the flip-flops 371 and 372 (FIG. 11). The signal at the output 373 of the flip-flop 371, which runs via the AND gate 370, causes the AND gates 366 and 367 to block. The power switches 357 _t and 357 ₃ interrupt the circuits, and the three-sided lamp panel 345 goes out.

The signal from the output 239 "(FIG. 8) of the comparator 237" also switches the flip-flop 302 over. The output signal of the flip-flop 302, which is fed to the control input 298 (FIG. 10) of the AND gate block 296, (FIG. 8), opens the latter. The code word pending on the output line at the forward / backward binary counter 269, namely carried by the output 272 for the final evaluation, occupies the inputs 299,... 299 ″ (FIG. 10) of the AND gate block 296, (FIG. 8 ) or the outputs 300, ... 30O _n (FIG. 10) of the block 2%, or the inputs of the OR gate block 301 (FIG. 8). From the outputs 313, ... 313 ,, of the OR gate block 301, the code word for the final note arrives at the inputs of the AND gate block 296ii.

The code typing representing the averaged and the final grade from the outputs 312 of the storage register 271 and the outputs 300 | ... 30O _n (FIG. 10) of the AND gate block 296i (Fig. 8) are performed, on the Aasgänge 15iausderGruppe _t I5 ... 15 ,, (Fig. 1) outputs of the processor 12 to the group 168 ( Fig. 6) from inputs of the numeric display device 165 of the referee's desk 2 (Fig. 1).

The referee checks the numbers on the numeric display device 165 (Fig. 6) of his referee's desk 2 (Fig. 1) given information, namely the scores given by the judges, which are mediated and the final score.

If the referee does not accept the results, he gives a command to record the Results on the digital printer 11 and forwards the results via the coupling device 5 to the electronic Calculator 6 next. This is done as follows.

The referee depresses button 171 (FIG. 6) of command device 169. The signal appearing at the output 173 of the command device 169 arrives at the input 96 ₄ (FIG. 8) from the group 16i ... 16 _n (F t g. 1) of inputs of the processor 12 and sets the flip-flop 322 (FIG .8) around. The signal appearing at the output 331 of the flip-flop 322 arrives at the corresponding inputs of the flip-flops 317 and 326, switched through by the OR gate 324. which it trigger !.

The signal coming from the output 318 of the flip-flop 317 controls the pulse generator 315. The pulses present at the output 316 of the pulse generator 315 are fed in at the step switch 314 on the input side. The step switch 314 asks the AND gate -> blocks 29 & 4 ... 296n (FIG. 8) one after the other ah by giving an a request signal to the control input (FIG. 10). The code word at the outputs 30Oi. .. 30O _n (FIG. 10) of AND gate blocks 296 ₄ ... 296, ι (FIG. 8) is supplied to the individual OR gates of OR gate block 319 representing the same number of binary digits , the code word occupies the inputs 321 of the code converter 320, where it is converted into the code word for the digital printer 11 (FIG. 1). Such words reach the inputs of the digital printer 11 in the course of the line-by-line printout of the results via the outputs 20? (Fig. 8) from the group 2Oi ... 2O _n (Fig. 1) of outputs of the processor 12. Simultaneously with the switching on of the respective AND gate block 296 ₄ ... 296 _n on the digital printer 11 (Fig. 1) a pulse is given from the output 316 of the pulse generator 315 (Fig. 8) via the output 20i from the group 2Oi ... 2O _n (Fig. 1) of outputs of the processor 12 to the corresponding input of the digital printer 11, which the printer for prepares the output of the next line. The signal from the last output 333 of the step switch 314 arrives at the input of the flip-flop 317 and the inputs of the AND gates 328, 329. Upon receipt of such a signal, the flip-flop 317 flips over. The output signal of the flip-flop 317 (output 318) sets the pulse generator 315 stili.

The signal at output 325 of OR gate 324 runs via output 26i from group 26i ... 26 " (Fig. 1) of outputs of the digital station 25 to the call input of the coupling device 5. At the same time, the on the outputs 262 ... 267 (Fig. 8) of the processor 12 (Fig. 1) identical to the corresponding outputs from group 26i ... 26 “(Fig. 1) of outputs from Digital station 25, standing information of a group of inputs of the number pointing device 29 of the Main referee desk 28 and fed to the central electronic computer 6 via the coupling device 51.

Is at the input of the specialized digital station that is merged with input 327 (FIG. 8) of flip-flop 326 25 the feedback signal coming from the outputs of the coupling device 5 via the group 27 is present, the flip-flop goes into another stable state. All inputs of AND gate 328 lead now 1 signals that originate; one from output 331 of flip-flop 322, the other from output 330 of the Flip-flops 326 and the third from the output 333 of the step switch 14. The via the AND gate 328 to The signal switched through to its output 335 controls the Zeitgüed 337 via the OR gate 334.

The signal comes from the output 339 of the timer 337, delayed by a certain time, to the Reset inputs of flip-flops 294 and the corresponding input of step switch 255. The flip-flops 302 and 268, as well as the step switch 255 are reset to the initial state.

The signal appearing at the output 339 of the timing element 337 is via the outputs 132 and 4h from the Groups 13, ... 13 "(Fig. 1) and 41, ... 41" of b5 Outputs also at the inputs 98 (FIG. 2) of the flip-flops 96 of the individual judges' desks I (FIG. 1) and linesman's desks 40. The flip-flops 96 on all desks tilt.

A coming from the output 100 of the flip-flop 96 is applied to the corresponding input of the AND gate 70 corresponding signal effective. From that moment on it is via the OR gate 67 and that AND gate 70 leading to input 73 of storage register 44 for the output signal of the eraser 65 free, d. h, the referee can at any time at the request of the referee the keyed in note delete and enter a new note.

The one at the output 339 (FIG. 8) of the timer 337 Occurring signal appears via the outputs 152 from of group 15] ... 15 "(Fig. 1) of outputs of processor 12 running at input 150 (Fig. 6) of the Flip-flops 148 and causes it to assume another stable state. The at output 339 (Fig. 8) of the Signal present in timing element 337 is also passed on to the input of timing element 340. It stands then at the output 341 of the timing element 340 with a corresponding delay, arrives at the input of the flip-flop 322 and causes flip-flop 322 to transition to another stable state and sets the step switch 314 back to its starting position.

If the referee does not agree to the marks given by each referee has given, he notifies after the results have been recorded on the digital printer 11 (Fig. 1] the appropriate judges of the brigade about the need to change the rating number, whereby ei the intercom 22, the intercom doors 174 (Fig. 6) on the referee's desk 2 (Fig. 1) and the intercom fittings 118 (Fig. 2) on the Judges' desks 1 (Fig. 1) served. Those judges who were told they should correct their assessment, delete the previously keyed in on their judges' desks Note what happens in such a way that the referee presses button switch 66 (Fig.2) de: Input device 65 of the judges' desk 1 (Fig. 1 actuated.

At the output 54 of the erasing device 65 there is then an erasing signal which is sent to the input 68 of the OR gate ters 67 is supplied. Via the OR gate 67 unc via the AND gate 70, which with regard to the inputs! 71 is open, it is still at entrance 73 de! Storage register 44 and the input 72 de; Step switch 61. The storage register 44 and the step switch 61 are reset to zero.

Then the referee touches the referee’s desk, namely via the keyboard 48, the new « Score and record it in the same way as when you entered the original grade.

At the same time, the referee ai leads his referee desk 2 (Fig. 6) Log device 145, the logging again exactly as it was with the original Logging happened. With the renewed logging of the new notes, carried out by the corresponding relevant referees at the referee's desks (Fig. 1), and the logging of the referee The awarded note, which he makes at his referee desk 2 (Fig. 6), begins processing voi new information (ratings, deductions), ai the referee desks 1 (Fig. 1), the linesman pulten 40 and stopwatches 4. The evaluation, d. H. dii automatic calculation of the averaged and de final grade happens exactly as described above.

31 32

The referee judges on the basis of the display of the final grade illuminated in red Digit display device 165 (Fig. 6) the results of the After arrival of the feedback signal, which is from the Evaluation: the group of outputs 27 (Fig. 1) of the coupling device 5 specified by the judges Ratings, middle grade, final grade. comes to the appropriate entrance of the specialized If the referee confirms the results, then digital device 25 connected to input 327 (Fig. 8)

he marks it by actuation ^; If the actuation button of the flip-flop 326 is identical, the AND gate opens

170 (Fig. 6) of command device 169. The output 329. This happens because the inputs of the AND gate

signal of the combando device 169 is assigned 1 signals from output 172 329 are assigned 1 signals, once from output 332

the same via the input 16 ₃ (FIG. 8) from the group of flip-flops 323, to the other from the output 330 of the

16i ... 16 "(FIG. 1) from inputs of processor 12 to io flip-flops 326 and from output 333 of the step switch

acting on the corresponding input of flip-flop 323 (FIG. 8) 314.

given and switches this over. The signal at output Das from output 336 of AND gate 329

332 of the flip-flop 323 arrives via the OR gate. The signal output arrives at the input of the timer

324 in turn to flip-flops 317 and 326 and controls 342. At the output 343 of the timer 324 appear,

them on. 15 it is made via the outputs 133, 4I ₃ , IS ₃ , 17 ₂ from the

The flip-flop 317 puts the pulse generator 315 into operation, groups corresponding to 13i ... 13 _n (Fig. 1), 41i ... 4I _n ,

which, with each pulse, continues the step switch 314 15 ,, 17i ... 17 “from the outputs of the processor 12 am

can switch and the digital printer 11 (FIG. 1) triggers output 69 (FIG. 2) of the OR gate 67; Entrance 113

With this, the AND gate blocks 2964 ... of the OR gate 111 of the individual judges' panels

296), standing information under progressive 20 te 1 (Fig. 1) and linesman's desks 40, input 139

Interrogation of the blocks read out and on the digital print (Fig. 6) of the OR gate 137 and input 163 of the

ker transfers exactly as it did with the logging of referee desk 2 (thereby (Fig. 1) as well as input

the evaluation results in the case of non-confirmation 220 (Fig. 7) of the secretary desk 9 (Fig. 1) effective,

The judges' evaluations are made by the referee. The zero setting is made in the memory register

judge happened. 25 44 (Fi g. 2), step switch 61, at the counters 103 of the

That at output 325 (FIG. 8) of the OR gate 324 judges' desks 1 (FIG. 1) and the linesman's desks

lying signal comes via the output 26i of the 40, at the storage register 120 (Fig. 6), step switch

Processor 12, which is connected to the corresponding output 131 at the counters 153 of the referee's desk 2

from group 26,.

Specialized digital station25 is merged, at 30 step switch 189 of the Secretary 9 (Fig. 1). That

Call input of coupling device 5. At the same time signal from output 222 (FIG. 7) of the OR gate

the information on the outputs 26 ₂ ... 26 ₇ 218 is via the group 10, ... 10 "(Fig. 1) of

(Fig. 8) of the processor 12 (Fig. 1) connected to the outputs of the processor 12 at the common input

corresponding outputs from the group 26, ... 26 "of the flip-flops 371 (FIG. 11) and 372 of the lamp panel

of outputs of the digital station 25 are identical, 35 3 (Fig. 1). When the signal is applied, it causes the

a group of inputs of the numeric display device lamp panel goes out.

29 of the main referee desk 28 and at the same time sets the signal from output 336

the coupling device 5 to the electronic computer 6 (Figure 8) of the AND gate 329, via the AND gate

given. If the umpire is running button 170, 334 and timer 337, flip-flops 268 and

(Fig. 6) of the command device 169 pushes, 40 302 appears, as well as the step switch 265 in the starting position

at its output 172 a signal that is returned via the input. The resetting of flip-flop 96 (FIG. 2) of FIG

16 ₃ (Fig. 8) from group 16, ... 16 “(Fig. 1) from referee desks 1 (Fig. 1) and the linesmen’s desks

Inputs of the processor 12, the OR gate 344 40 and the flip-flop 148 (Fig. 6) of the referee

and output 19i from group 19, ... 19 “(Fig. 1), desk 2 (Fig. 1) is controlled by the timer at output 339

of the outputs of the processor 12 at the corresponding 45 337 existing signal via the outputs 13 ₂ , 4I ₂ , IS ₂

Input of the flip-flop 372 (FIG. 11) of the lamp panel from the groups corresponding to 13, ... 13 "(FIG. 1), 41, ...

The flip-flop 372 (FIG. 11) takes a 4I _n , 15, ... 15 "from the outputs of the processor 12

another stable location. This causes the output 374 of the

Flip-flops 372 carries the signal from the das from output 339 (FIG. 8) of timer 337 Outputs 19 ₂ (FIG. 8) from group 19, ... 19 "50 signal running via timer 340 also represents the

(Fig. 1) flip-flop 323 carried by outputs of processor 12 and step switch 314 back to zero.

Code word for the final note on the one This is the digital station 25 (Fig. 1) in the Inputs to the OR gate blocks 377, ... 377 "initial state reset, and the given

(F i g. 11) incoming OR gate, whereby the judging team supervising the gymnastics discipline can have a

Let the other competitor do gymnastics via the control input 298 (Fig. 10).

AND gate blocks 375 "(Fig. 11). The at digital station 25 is also a possibility for

from the output 374 of the flip-flop 372 the input of the final evaluation number immediately

opens, passed on by the OR gate 370, the bar provided on the secretary desk 9. To do this, the

AND gate 366, the corresponding signal secretary on the secretary desk 9 the button switch 196

emitting, the lighting of the red lamps causes 60 (Fig. 7) of the combondo device 194. The output signal

The code in which the final note has been shown so far comes from the output 201 of the command device 194

is, in the code converters 376, ... 376 * in one for the preparation input of the storage register 177.

implemented the new code in such a way that the code words are now

the lamps of the three-sided lamp panel 345 the buttons 185 of the input device 184 one after the other

steer. The activated light points 346, _, ... 65 are pressed into memory register 177. The single

346. -n ■ ■ · 346 _m _n light up the final evaluation is done in exactly the same way as when entering the

pay off. Number of the bet in memory register 176. The

On the three-sided lamp tableau 345 is the code word representing the final note, which

S3

_{now has the outputs 233 of the memory register 177, -occupies the inputs of the AND gate block 296 2} via the inputs 18i (FIG. 1) from the group 18) ... 18 "(FIG. 1) of inputs of the processor 12 (Fig. 8). If a 1-signal is given from the output of flip-flop 302 to input 298 (FIG. 10) of AND gate block 296 ₂ (FIG. 8), the code word for the final note is sent to outputs 30Oi ... 30O _n (FIG. 10) of the AND gate block 296 _{2 is switched} through and transferred to the other inputs of the OR gate block 301 (FIG. 8). From the outputs 313i Outputs 17 ₃ from the group 17 1.

In order to pass on the final evaluation number to the lamp panel 3, the secretary presses the button 197 (FIG. 7) of the command device 194 of the secretary's desk 9 (FIG. 1). The signal which appears at the output 204 (FIG. 7) of the command device 194 comes via the AND gate 203 and the input 18 ₃ (FIG. 8) from the group 18i ... 18 "(FIG . 1) from the inputs of the processor 12, as well as via the OR gate 344 (FIG. 8) and via the output 19 | from the group 19i ... 19 _n (Fig. 1) continuously outputs of the processor 12, the flip-flop 372 (F i g. 11) on the lamp panel 3 (F i g. 1) on the input side.

The operation of the lamp panel 3, when it is for

Illumination of the final note happens exactly as it does when it is switched on Automatic was when processor 12 (FIG. 1) provided the final score.

Any other digital station 25 operates in a similar manner.

The main referee can make a connection on the intercom 30 of his main referee desk 28 to get via the intercom lines 31 to the intercom device 22 of each digital station 25.

The main referee can connect to the intercom 30 of his main referee desk 28 get via the intercom line 36 to the intercom device ι ϊ 33 of the dispatcher desk 32.

The dispatcher can use his intercom 33 and the intercom line 38 to connect to the have technical service of competition.

The central electronic computer 6 accumulates 2i) current information supplied by the digital stations 25, and evaluates them according to a predetermined program according to certain requirements of the Supervision of the tournament together and controls the output of information in general Character on the display board 7 and via the exit 8 for printing.

For this purpose 10 sheets of drawings

Claims (2)

Patent claims: 1. Arrangement for the acquisition, transmission, processing and display of gymnastics competition data, characterized by the combination of the following features: - 1) There is a separate one for each gymnastics discipline Digital data station (25 in Fig. 1) with a processor (12) provided with each assigned manual input devices on judges' desks (1), a referee's desk (2), linesman's desks (40) and if necessary a stop watch (4) is connected and that after receipt of all gymnasts evaluations the evaluation grade is determined; - 2) It is a tripartite one for each gymnastics discipline Lamp panel (3 in FIG. 1; 345 in FIG. 11) is provided, the light points of which (346 in FIG. 13) are each composed of lamps of a first color (352 red) and a second color (351 green), wherein the connections of all lamps of a light point (346) can be controlled by one of the outputs of one of the character code converters (376), while the other connections of all lamps (352) of the first color with a first power switch (357 ₂ in FIG. 13) and the terminals of all lamps of the second color are connected to a second force switch (357i in Fig. 13); - 3) There is a secretary's desk for every gymnastics discipline (9 in Fig. 1; Fig. 7,9) provided with: - A manual input device (184) for entering the number of the bettor into a storage register (176), - A call command button (197), when actuated a first flip-flop (Fig. 11, 371) can be switched over, in the switched state via first AND circuits (366,367) the switching on of the force switches (357) and the transmission via second AND circuits (375 ') the entered number of the bettor to the assigned character code converter (376) for display in the first color causes - a permission command button (199) with which a second flip-flop (217) is switchable, which in the switched state via the first AND circuits (366, 367) to the force switch (357) The display of the entered number of the bettor switches to the second color, and - A device (221, 222, 223) for resetting the second flip-flop (217) after determining the evaluation grade; - 4)) of each referee's desk (2 in Fig. 1; Fig. 6, 2) is provided with an actuating button (170) with which a third flip-flop (Fig. 11, 372) is switchable, which in the switched state the transmission of the from the processor (12) via third AND circuits (375 ") to the assigned Effects code converter (376); and - 5) It is one with the for all gymnastics disciplines Processors (12) via a coupling device (5) to Data transfer of connected, the gymnastics competition data storing and evaluating central computer (6) is provided, which enables the resetting of a gymnastics discipline associated arrangements giving effect feedback signal.