SU867386A1 - Device for shooting games - Google Patents

Description

(54) DEVICE FOR FIPOBIAUiHHl SHOOTING GAMES

Claims (1)

The invention relates to gaming devices and may be used as a device for conducting shooting games. A device for conducting shooting games is known, which contains a control and display unit for points, connected to an emitter interrogation unit and a game situation change unit, which is directly and through the emitter interrogation unit connected to a target imitation unit and a weapon imitation unit. entertaining game. The purpose of the invention is to increase the fun of the game. The goal is achieved by the fact that the device has a code comparison circuit, the target simulation block is equipped with vertical and horizontal rows of emitters, and a diaphragm with an L-shaped slit is located in front of the photo-receiver of the weapon simulation block, the first input of the code comparison circuit is connected to the output of the weapon simulation block its second input is connected to one of the outputs of the polling unit of the emitters, and the output of the code comparison circuit is connected to the input of the control and display unit of the glasses. FIG. 1 shows a block diagram of the operation; FIG. 2 structures of target imitation block; in fig. 3 - the same, imitation gun unit. The device contains a weapon simulation block 1, a photo sensor, a target simulation block 2, a control block 3, a glasses display block 4, a game situation change block 5, a radiator interrogation block 6, a code comparison circuit 7, a horizontal row of rays 8, vertical p d emitters 9, a photodetector 10 block 1 simulate weapons, the diaphragm 11 with L-shaped slit. The control and display unit for points comprises a control unit 3 and a display unit for points 4. The device works as follows. Blesis 5 of the game situation change sets the game situation in the target simulation block 2, which controls the occurrence, is lost to the targets. At the same time, the unit 5 for changing the game situation controls {the operation of the polling unit of the emitters 6, which generates a specific polling code of the horizontal 8 and vertical (Fig. 3) rows of emitters of the imitation unit 2. When aiming playing with a pistol, which is a weapon imitation unit 1, which is made in the form of a photosensor, at a selected target of the imitation unit 2, and pressing the Start button, which is a pistol trigger (not shown), the control unit 3 issues a command to the unit 6 poll emitters. The emitter polling unit 6 generates short pulses of a certain sequence for polling the horizontal 8 and vertical 9 rows of emitters. The pulses of a similar sequence are fed to the input of the circuit 7 for comparing codes. Short pulses from the output of the polling unit 6 of the emitters arrive in a defined sequence at the input of the emitters of the horizontal 8 and vertical 9 rows and cause short pulses of radiation. The radiation pulses through the slit diaphragm; we 11 are fed to the input of the photodetector 10 of the block 1 imitated weapons. In this case, the vertical to the part of the slit in the diaphragm 11 determines the coordinate of the aiming point on the horizontal axis X (Fig. 2), and the horizontal part of the slit - on the vertical axis Y. The height of the vertical part of the slit is chosen so that the radiation from the horizontal row emitters with proper aiming at the lowest point of aiming entered the input of the photodetector 10. The width of the slit is selected on the basis that radiation from the single receiver only radiates from one (Fig. 2). The dimensions of the horizontal part of the aperture of the aperture 11 are determined During the interrogation of the emitters, when correctly aiming at the input of the photodeflection unit 10 of block 1, radiation pulses come from one of the emitters of the horizontal row 8 and from one of the emitters of the vertical row 9. These pulses are converted into electrical signals, amplified by the amplifier of the unit 1 and arrive at the input of the code comparison circuit 7, to the second input of which pulses are received from the radiator interrogation unit 6. Diagram 7 compares the interrogation pulses of the polling unit 6 of the radiators with pulses with the output of the weapon imitation block I and thus the output of the comparison circuit produces pulses determining the coordinates of the aiming point and arriving at the input of the block 3) Refraction, which, depending on the aiming accuracy, gives a command to the glasses display unit 4 to indicate the required number of points. In addition, the control unit 3 gives the command to the unit 5 the game situation variation, which changes the game situation depending on the accuracy of the target of the target simulation unit 2. The use of the present invention will increase the fun of the game. Claims An apparatus for conducting shooting games comprising a goggles control and indication unit connected to a transmitter polling unit and a game situation changing unit, which is directly and via the emitter polling unit connected to a target imitation unit and a weapon imitation unit, characterized in that In order to increase the playability of the game, it has a code comparison scheme, the simulation block has a vertical and horizontal rows of emitters, and a diaphragm is located in front of the photo-receiver of the weapon simulation block. A ragma with an L-shaped slit, in this case the first input of the code comparison circuit is connected to the output of the weapon simulation unit, its second input is connected to the data from the outputs of the emitter polling unit, and the output of the code comparison circuit is connected to the input of the control and display unit. Sources of information taken into account in the examination of 1 Radao. 1978, N “8, p. 17-20. 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