CN2744384Y

CN2744384Y - Laser electronic gunfight emulated game apparatus

Info

Publication number: CN2744384Y
Application number: CN 200420098591
Authority: CN
Inventors: 李健; 蒋永健; 何伟; 李翠; 高涛; 吴玉冰; 巩丽媛; 孙文
Original assignee: 李明
Priority date: 2004-12-01
Filing date: 2004-12-01
Publication date: 2005-12-07
Anticipated expiration: 2014-12-01

Abstract

The utility model provides a laser electronic gunfight emulated game apparatus, which comprises an electronic simulation gun, a combat uniform and a helmet. The inner of a gun case of the laser electronic gunfight emulated game apparatus is provided with an infrared light-emitting apparatus and an electronic control apparatus, and the electronic control apparatus is connected to a main controller of the combat uniform by data wires and plugs. The combat uniform is composed of a front and a rear two slices, and both the front slice and the rear slice are provided with signal receiving apparatuses. A shoulder part is provided with plugs and horns, and an apparatus bag of a rear waist part is provided with batteries and the main controller. Each of the signal receiving apparatuses, the plugs and the horns are connected with the main controller through the data wires. The helmet is provided with the signal receiving apparatuses, and each of the signal receiving apparatuses are connected by the data wires; the data wires are connected with the combat uniforms by plugs. The utility model makes players can engage in the gunfight game personally to know the happiness of a game, and the goal of body building is achieved; the game is more interesting and competitive.

Description

Emulation electronic laser gunbattle game device

(1) technical field

The utility model relates to a kind of recreation device, is a kind of emulation position electronic laser gunbattle game device specifically.

(2) background technology

Existing photoelectricity gunbattle recreation, normally the ejaculator aims at the receiving target shooting, does not simulate the effect of position gunbattle, can not be resisted with the ejaculator by goal, method for gaming dullness, interesting poor, but property of participation is poor.The recreation of many network electronics is arranged at present,, make the player on the spot in person seemingly, obtained that many recreation fans are especially teen-age to be liked in imitation position gunbattle outdoor scene.But be crazy about electronic game for a long time, not only can not increase teen-age intelligence, also can influence teen-age growing up healthy and sound on the contrary, even the tendency that yields huge returns.

(3) summary of the invention

The utility model provides a kind of emulation electronic laser gunbattle game device with gymnastics, interest and athletics of health at the deficiency that existing gunbattle recreation exists.

The technical solution of the utility model is:

Emulation electronic laser gunbattle game device comprises electronic laser emulation rifle, fighting uniform and the helmet, in the rifle shell of electronic laser emulation rifle infrared laser light-emitting device and electronic-controlled installation are installed, electronic-controlled installation is connected with the master controller of fighting uniform by data wire and plug; Fighting uniform is made up of two of front and back, both sew up at shoulder, the front and back sheet is provided with signal receiving device, shoulder is provided with plug and loudspeaker, the low back position is provided with equipment bag, be provided with battery and master controller in the equipment bag, each signal receiving device, plug and loudspeaker are connected with master controller by data wire; The helmet is that the common helmet is provided with signal receiving device, and each signal receiving device is connected by data wire, and data wire is connected with fighting uniform by plug.

It is photoelastic to penetrate far infrared when pulling plate and hit, and sends the gunslinging sound simultaneously, and when the pulling rifle was fastened, bullet can be full of cartridge clip automatically, and shows the current bullet quantity of taking in bullet amount and the cartridge clip on cartridge clip, for next gunslinging is prepared.Forward and backward of fighting uniform is provided with two nylon adherent buckle bundling belts at waist and following correspondence respectively, is used for fixing the clothes upper garment.

The circuit of the electronic-controlled installation of whole device is divided into power supply power supply subsystem, asset control subsystem, the laser bullet receives and judge subsystem, gun shoot-simulating subsystem, back-end data processing subsystem, except that the back-end data processing subsystem, carry out being electrically connected between other each system; Carry out wireless signal between asset control subsystem and the back-end data processing subsystem and is connected, the power supply subsystem of powering provides working power for electronic laser emulation gunbattle device.

The utility model is by electronic laser emulation rifle, and the combination of the fighting uniform and the helmet can participate in the gunbattle recreation player in person, knows from experience the happy of recreation, thereby reaches the purpose of body-building, also makes recreation have more interest and athletics simultaneously.

(4) description of drawings

Fig. 1 is the structural representation of electronic laser emulation rifle in the utility model.

Fig. 2 be in the utility model electronic laser emulation rifle respectively install connection diagram.

Fig. 3 is the structural representation of fighting uniform in the utility model.

Fig. 4 be in the utility model fighting uniform respectively install schematic diagram.

Fig. 5 is the structural representation of the helmet in the utility model.

Fig. 6 is the signal receiving device schematic diagram of the helmet in the utility model.

Fig. 7 is each the signal receiving device connection diagram in the utility model.

Fig. 8 is that each electronic equipment in the utility model connects block diagram.

Fig. 9 be in the utility model fighting uniform and the helmet circuit connecting figure.

Figure 10 is the circuit connecting figure of laser gun in the utility model.

Wherein: 1, electronic laser emulation tommy gun, 11, electronic-controlled installation, 12, control module, 13, driver module, 14, memory module, 15, the muzzle photophore, 16, far infrared laser code transmitter module, 17, rifle bolt triggers, 18, trigger triggers, 19, the audio module, 110, display module, 111, oscillator, 112, the aviation plug, 2, fighting uniform, 21, signal receiving device, 22, loudspeaker, 23, the aviation plug, 24, main control unit, 25, the main control module, 26, data memory module, 27, the audio module, 28, wireless module, 29, battery, 210, the nylon adherent buckle bundling belt, 211, docking apparatus; 3, the data wire of the helmet, 31, helmet fixed band, 32, the helmet and aviation plug; 41, receiver module, 42, light emitting module, 43, driver module, 51, power supply power supply subsystem, 52, asset control subsystem, 53, gun shoot-simulating subsystem, 54, the laser bullet receives and the judgement subsystem, 55, the back-end data processing subsystem, 521, the wireless transmission/reception circuit, 522, the marking light light control circuit, 523, the speech simulation circuit of being hit by a bullet, 524, data storage circuitry I, 531, the laser code radiating circuit, 532, the Laser emission drive circuit, 533, display circuit, 534, the trigger circuits for triggering, 535, the rifle bolt circuits for triggering, 541, the laser pick-off circuit, 542, the signal conversion driving circuit, 543, signal location/property determine circuit, 536, the vibrations analog circuit, 537, data storage circuitry II, 538, the muzzle flasher circuit, 539, the speech simulation circuit.

(5) specific embodiment

The utility model comprises electronic laser emulation rifle 1, fighting uniform 2 and the helmet 3.

What Fig. 1 provided is a kind of electronic laser emulation tommy gun 1.In its rifle shell, far infrared laser code transmitter module 16 and electronic-controlled installation 11 are installed, hit to trigger and penetrated infrared ray at 18 o'clock pulling plate, audio module 19 is sent the gunslinging sound simultaneously, the pulling rifle is fastened and is triggered 17 when a shuttle bullet has been beaten, bullet can be filled cartridge clip automatically, and shows the current bullet quantity of taking in bullet amount and the cartridge clip on the display module 110 of cartridge clip, and prepares for next gunslinging.Detailed process is after the recreation beginning, pull the pulling when hitting of plinker, pull to hit and to touch travel switch, at this moment, electronic-controlled installation 11 sends the gunslinging signal to far infrared laser emitting module 16, audio module 19 and oscillator 111, and far infrared laser beam emitting device 16 sends photoreceptor signal, white light when muzzle photophore 15 sends shooting, audio module 19 is then sent real gunshot, meanwhile, and the vibrations that oscillator 111 produces the simulation recoil.Can demonstrate the remainder of bullet on the cartridge clip display module 110 of the rifle of emulation simultaneously, to remind the bullet number of this rifle of recreation participant.To be electronic laser emulation tommy gun 1 be connected with docking apparatus 211 in the fighting uniform 2 aviation plug 112.As the electronic laser emulation tommy gun 1 in the whole devices of electronic laser gunbattle recreation, only when connecting, can use with fighting uniform 2.Fighting uniform 2 is a vest that does not have the neck sleeveless in Fig. 3, and the anter and the rear panel of its vest are sewed up at shoulder, and the left and right sides is an open by design.Forward and backward at vest respectively is symmetrical arranged 9 signal receiving devices 21, when signal receiving module device 21 receives the far infrared signal that the other side's electronic laser emulation tommy gun 1 mid and far infrared laser code transmitter module 16 sends, pass the signal to main control unit 24 by data wire.Main control unit 24 (referring to Fig. 4) mainly is made of: main control module 25, data memory module 26, audio module 27, wireless module 28 and docking apparatus 211.Docking apparatus 211 is connected with aviation plug 112, opens battery 29 and connects power supply, and whole game device is started working.When signal receiving module device 21 receives the far infrared signal that far infrared laser code transmitter module 16 sends, carry out analyzing and processing by main control module 25, then signal is passed to signal receiving device 21 respectively and closed receiving system, data memory module 26 storage data, and drive audio module 27 and send by the loudspeaker 22 that are installed in vest and hit the sound, at last, beam back related data by wireless module 28 to the backstage processing center.Vest rear panel waist is provided with two equipment bags, is respectively applied for to place main control unit 24 and battery 29.Each signal receiving device 21, aviation plug 23 and loudspeaker 22 are connected with main control unit 24 by data wire.Forward and backward of vest is provided with two nylon adherent buckle bundling belts 210 at waist and lower limb correspondence respectively, and the player can be fat or thin according to the height of this person, on one's body vest is fixed on.The shoulder of vest is provided with an aviation plug 23, is used to connect the data wire and the aviation plug 32 of the helmet on the electronic laser emulation gunbattle helmet 3.The electronic laser emulation gunbattle helmet 3 only uses when connecting with electronic laser emulation gunbattle vest 2.The electronic laser emulation gunbattle helmet 3 is on the common helmet in Fig. 5, and 4 signal receiving devices 21 equidistantly are installed, and the data wire by the helmet and aviation connection-peg 32 are connected with aviation plug 23 on the electronic laser emulation gunbattle vest 2.And in Fig. 6 signal receiving device 21, main describe be mounted in signal receiving device on the electronic laser emulation gunbattle vest 2 and the electronic laser emulation gunbattle helmet 3.This receiving system is installed in the hole, mainly be on the electronics clothes and the helmet, to stamp several circular holes, form with rule is arranged, and on circular hole bookbinding steel loop button, the sensitization acceptance point is installed in the steel loop button, all be provided with signal receiving module 41, driver module 43 and colored identification light 42 on each signal receiving device, and be connected with main control unit 24 by data wire.Concrete enforcement is the receiver module on the signal receiving device 21 41 in Fig. 7; in receiving electronic laser emulation rifle 1; during far infrared laser code signal that far infrared laser code transmitter module 16 sends; send received signal by driver module 43 to main control unit 24; main control unit 24 is after handling through data; pass stopping signal back; and close light emitting module 42; the lampion of light emitting module 42 extinguishes; show that the player is hit, send refusal by driver module 43 to receiver module 41 and accept infrared signal once more.

Other rifle types and upper garment, trousers or the suit of leading sleeve identical with said structure also belong to the scope of the utility model protection.

As shown in Figure 8, the utility model is by power supply power supply subsystem 51, asset control subsystem 52, the reception of laser bullet and judge that subsystem 54, gun shoot-simulating subsystem 53, back-end data processing subsystem 55 constitute electronic laser emulation gunbattle device, as shown in Figure 1, except that back-end data processing subsystem 55, carry out being electrically connected between other each system; Carry out wireless signal between asset control subsystem 52 and the back-end data processing subsystem 55 and is connected, the power supply subsystem 51 of powering provides working power for electronic laser emulation gunbattle device.

As Fig. 9, shown in Figure 10, wherein power supply power supply subsystem 51 is formed by battery or battery pack and by the power-switching circuit that integrated circuit U1, U2, Q4, capacitor P C1, PC2, PC3, PC4, PC5, C25, C26, resistance PR1, PR2, R15 form.Wherein 2 pin of integrated circuit Q4 connect battery (or battery pack) by resistance R 15, simultaneously by capacitor C 26 ground connection; 3 pin 5 of integrated circuit Q4 connect the pin of connecting plug-in element J4, simultaneously capacitor C 25 ground connection; The 1 pin ground connection of integrated circuit Q4; The 1 pin ground connection of connecting plug-in element J1; 2 pin of connecting plug-in element J1 connect battery (or battery pack), connect 1 pin of integrated circuit U1 and 1 pin of integrated circuit U2 simultaneously, and by capacitor P C3 and PC5 ground connection in parallel; 2 pin of integrated circuit U1 connect the 2 pin ground connection of integrated circuit U2; 3 pin of integrated circuit U1 are by capacitor P C2 and resistance PR1 ground connection in parallel; 3 pin of integrated circuit U2 are by capacitor P C4 and resistance PR2 ground connection in parallel.Integrated circuit U1, U2 all can select one: 78L05,78L05M, CJ78L05 for use from following model integrated circuit; Voltage-reg-ulator tube Q4 can select HT1015 for use; The resistance value of resistance PR1, PR2, R15 is respectively: 4 Ω-8 Ω, 4 Ω-8 Ω, 82 Ω-110 Ω; The capacitance of capacitor P C2, PC3, PC4, PC5 all can be selected for use: 0.01uF-0.47uF; The capacitance of electrochemical capacitor C25, C26 all can be selected for use: 4.7uF-22uF.

Described asset control subsystem 52 forms 524 by wireless transmission/reception circuit 521, marking light light control circuit 522, the speech simulation circuit 523 of being hit by a bullet, data storage circuitry I.

Described wireless transmission/reception circuit 521 is made up of connecting plug-in element J4, radio receiving transmitting module, triode Q3, resistance R 14, R13; Marking light light control circuit 522 is made up of IC 12, triode Q1, Q2, resistance R 9, R10, R11, R12 and three-color LED; The speech simulation circuit 523 of being hit by a bullet is made up of IC 13, IC14, resistance SR1, SR2, SR3, SR4, SR5, SR6, SR7, SR8, SR9, SR10, SR11, electric capacity SC1, SC2, SC3, SC4, SC5, SC6, SC7, loudspeaker; Data storage circuitry I524 is made up of IC 9, capacitor C 21.

Wireless module is connected with the control mainboard by connecting plug-in unit J4 in wireless transmission/reception circuit 521, wireless module receives behind the wireless data signal that wireless receiving/radiating circuit sends in the back-end data processing subsystem 55 through demodulation and sends into the 5th pin of IC 10 by the 2nd pin of connecting plug-in element J4, and 1 pin of connecting plug-in element J4 connects power supply power supply subsystem 1; 3 pin of J4 connect 8 pin of IC10; 4 pin of J4 connect the colelctor electrode of triode Q3; The emitter stage of triode Q3 connects power supply power supply subsystem, and connects the base stage of Q3 by resistance R 14; The base stage of Q3 connects 28 pin of

IC

1 and 13 pin of IC 11 by resistance R 13; 6 pin of J4 connect 11 pin of IC11; 7,8 pin of the J4 ground connection that links to each other; 1 pin of IC10 connects 3 pin of IC 2; 2 pin of IC10 connect 3 pin of IC 3; 3 pin of IC10 connect 4 pin of IC4; 9 pin of IC10 connect 14 pin of IC4; 10 pin of IC10 connect 15 pin of IC3; 12 pin of IC10 connect 15 pin of IC2; 13 pin of IC10 connect 3 pin of IC1.Wireless module receives behind the wireless data signal that wireless receiving/radiating circuit sends in the back-end data processing subsystem 55 through demodulation and sends into the 5th pin of IC10 by the 2nd pin of J4, and the 10th pin of sending into single-chip microcomputer IC1 by the 6th pin carries out data command and resolves then; The 8th pin of IC10 provides reception strobe interrupt signal by the 3rd pin of J4 to wireless module, interrupts the wireless data reception when the laser bullet receives and judge that subsystem 54 and asset control subsystem 52 carry out data interaction or carry out wireless data transmission; Wireless data sends start signal and inserts the base stage of Q3 by R13, provides the emission working power when need carry out opening when wireless data sends the 4th pin of Q3 by J4 to wireless module, makes transmitter module enter the emission readiness.The 12nd pin of sending into IC11 after wireless data signal is sent by main control singlechip 1C1 the 11st pin is sent through the 6th pin of J4 by the 11st of IC11 after with its gating and is sent into wireless module when wireless data sends the 13rd pin of start signal by IC11, carries out wireless data and sends; J4 provides the wireless receiving working power by its 1st pin to wireless module; Wireless module is by the 7th, the 8 pin ground connection of J4.

The marking light light control circuit 522 of device RACS 52 is made up of IC 12, triode Q1, Q2, resistance R 9, R10, R11, R12 and three-color LED.Wherein 1 pin of IC12 connects 4 pin of connecting plug-in element J2, simultaneously by resistance R 6 ground connection; 2 pin of IC12 connect 2 pin of IC 15; 3 pin of IC12 connect 9 pin of J2, simultaneously by resistance R 7 ground connection; 4 pin of IC12 connect 5 pin of IC15; 5 pin of IC12 connect 14 pin of J2, simultaneously by resistance R 8 ground connection; 6 pin of IC12 connect 9 pin of IC15; 8 pin of IC12 connect base stage and the resistance R 10 of triode Q1 by resistance R 9; 9 pin of IC12 connect 6 pin of IC1, meet tri-color tube D1 by resistance R 20 simultaneously; The emitter stage connecting resistance R10 ground connection of triode Q1; The colelctor electrode of triode Q1 connects 12 pin of J2; 10 pin of IC12 connect base stage and the resistance R 12 of triode Q2 by resistance R 11; 11 pin of IC12 connect 5 pin of IC1, meet tri-color tube D1 by resistance R 21 simultaneously; Tri-color tube D1 connects the Laser emission drive circuit; The emitter stage connecting resistance R12 ground connection of triode Q2; The colelctor electrode of Q2 connects 13 pin of J2.After control command decision showed red/green/orange sign look, main control singlechip IC1 was sent control signal by the 6/5/6+5 pin and sends into Q1/Q2/Q1+Q2 base drive Tricolor LED by R9/R11/R9+R11 send red/green/orange light after IC12 carries out oppositely.

The speech simulation circuit 523 of being hit by a bullet of assembling RACS 52 is made up of IC 13, IC14, resistance SR1, SR2, SR3, SR4, SR5, SR6, SR7, SR8, SR9, SR10, SR11, electric capacity SC1, SC2, SC3, SC4, SC5, SC6, SC7, loudspeaker.7 pin of IC13 pass through the series connection of electric capacity SC2 and SC3 and the back in parallel ground connection of resistance SR9 again by resistance SR8; 8 pin of IC13 connect 12 pin and electric capacity SC1 and the power supply power supply subsystem of IC13 by resistance SR7; Electric capacity SC1 ground connection; 10 pin of IC13 are by resistance SR3 ground connection; 11 pin of IC13 are by resistance SR4 ground connection; 13 pin of IC13 are by resistance SR5 ground connection; 14 pin of IC13 are by resistance SR6 ground connection; 15 pin of IC13 meet 23 pin and the resistance SR1 of IC1; The 4 pin connecting resistance SR1 ground connection of IC13; 2,3 pin of the IC14 ground connection that links to each other; 7 pin of IC14 are by electric capacity SC5 ground connection and electric capacity SC6; 6 pin of IC14 connect electric capacity SC6 and power supply power supply subsystem; 5 pin of IC14 meet electric capacity SC7 and resistance SR11; Electric capacity SC7 connects 11 pin of J2, and resistance SR11 is by electric capacity SC4 ground connection.By system judge be hit by a bullet after, 15 pin that the cue of being hit by a bullet is sent into IC13 by the output of 23 pin of IC1 its 7th pin are then sent analog voice signal, after SR8, SR9, SC2, SC3 shaping, after the SR10 volume regulates resistance to send into audio frequency amplification circuit IC14 amplification, send the driving loudspeaker and send the voice prompt of being hit by a bullet (horrible cry sound) by 5 pin.

Assembling RACS 52 data storage circuitry I524 are made up of IC 9, capacitor C 21.Wherein, the continuous ground connection of 1 of IC9,2,3,4,7 pin; 5 pin of IC9 connect 1 pin of IC1; 6 pin of IC9 connect 2 pin of IC1; 8 pin of IC9 connect capacitor C 21 and power supply power supply subsystem; Capacitor C 21 ground connection.5,6 pin of IC9 link to each other with 1,2 pin of IC1 and are used to store various states and command signal.

Described laser bullet receives and judgement subsystem 54 is made up of laser pick-off circuit 541, signal conversion driving circuit 542, signal location/property determine circuit 543.

Wherein laser pick-off circuit 541 is made up of IC 1, resistance R 1, capacitor C 2; Be used for received code laser.

Signal conversion driving circuit 542 is made up of triode Q5 resistance R 16, R17, R18; Be used to improve the signal driving force.

Signal location/property determine circuit 543 is made up of IC 2, IC3, IC4/ resistance R 2, R3, R4, capacitor C 2, C3, C4, C7, C8, C9, C10, C11, C12, C18, C19, C20, crystal oscillator Y2, Y3, Y4.Be used for judging be hit by a bullet position, bullet attribute (enemy/we).

Described gun shoot-simulating subsystem 53 is made up of control module U1, laser code radiating circuit 531, Laser emission drive circuit 532, display circuit 533, trigger circuits for triggering 534, rifle bolt circuits for triggering 535, vibrations analog circuit 536, data storage circuitry II537, muzzle flasher circuit 538, speech simulation circuit 539.

In the laser code radiating circuit 531 of gun shoot-simulating subsystem 53, be connected 12 pin of U1 of 1,13 pin of integrated circuit U8; Be connected 3 pin of integrated circuit U1 of 2,5 pin of U8; 12 pin of U8 connect power supply power supply subsystem 1 by resistance R 28; 3 pin of U8 connect 12,13 pin of U5, and connect power supply power supply subsystem by resistance R 30; 4,11 pin of the U8 resistance R 29 that is connected; Resistance R 29 ground connection; 6 pin of U8 connect 1 pin of J3; 1 pin of U5 connects 11 pin of U5; 2 pin of U5 are by resistance R 11 connecting resistance R10 and capacitor C 7; 3,4,5 pin of U5 link to each other, and by resistance R 9 connecting resistance R10; 6 pin of U5 connect capacitor C 7 and Laser emission drive circuit 532; Be connected 9 pin of U1 of 9,10 pin of integrated circuit U5; 8 pin of U5 connect base stage and the resistance R 5 of triode Q1 by resistance R 4; The emitter stage of Q1 connects R5 ground connection; The colelctor electrode of Q1 is by the series connection power supply power supply subsystem of D1 and R6.In the laser code radiating circuit 531, be connected 12 pin of U1 of 1,13 pin of integrated circuit U8; Be connected 3 pin of U1 of 2,5 pin of U8; 12 pin of U8 connect power supply power supply subsystem by resistance R 28; 3 pin of U8 connect 12,13 pin of U5, and connect power supply power supply subsystem by resistance R 30; 4,11 pin of the U8 resistance R 29 that is connected; Resistance R 29 ground connection; 6 pin of U8 connect 1 pin of J3; 1 pin of U5 connects 11 pin of U5; 2 pin of U5 are by resistance R 11 connecting resistance R10 and capacitor C 7; 3,4,5 pin of U5 link to each other, and by resistance R 9 connecting resistance R10; 6 pin of U5 connect capacitor C 7 and Laser emission drive circuit 532; Be connected 9 pin of U1 of 9,10 pin of U5; 8 pin of U5 connect base stage and the resistance R 5 of triode Q1 by resistance R 4; The emitter stage of Q1 connects R5 ground connection; The colelctor electrode of Q1 is by the series connection power supply power supply subsystem of D1 and R6.After receiving the trigger triggering signal, provide code signal to the Laser emission drive circuit.

In the Laser emission drive circuit 532 of gun shoot-simulating subsystem 53, the base stage connecting resistance R12 of triode Q2 and laser code radiating circuit 531; The colelctor electrode of Q2 connects power supply power supply subsystem by laser tube D2; The emitter stage of Q2 connects R12 ground connection.In the circuit, the base stage connecting resistance R12 of triode Q2 and laser code radiating circuit 531; The colelctor electrode of Q2 connects power supply power supply subsystem by laser tube D2; The emitter stage of Q2 connects R12 ground connection, is used to launch the code signal that the laser code radiating circuit provides.

In gun shoot-simulating subsystem 53

display circuits

533,6 pin of J1 connect 3 pin and 3 pin of integrated circuit LU2 and 3 pin of integrated circuit LU3 of integrated circuit LU1; 5 pin of J1 connect 2 pin of LU1; 4 pin of J1 connect 1 pin and 1 pin of LU2 and 1 pin of LU3 of LU1; 3 pin of J3 connect 15 pin of several LU3 of 15 pin of 15 pin of LU1 and LU2; 1 pin of J1 connects power supply power supply subsystem; 2 pin of J1 connect power supply power supply subsystem; 4,5,6,7,14,13,12 of LU1 connects 1,2,3,4,5,6,7 pin of XS1 respectively respectively by resistance LR1, LR2, LR3, LR4, LR5, LR6, LR7; 4,5,6,7,14,13,12 of LU2 connects 1,2,3,4,5,6,7 pin of XS2 respectively respectively by resistance LR8, LR9, LR10, LR11, LR12, LR13, LR14; 4,5,6,7,14,13,12 of LU3 connects 1,2,3,4,5,6,7 pin of XS3 respectively respectively by resistance LR15, LR16, LR17, LR18, LR19, LR20, LR21; 10 pin of LU1 connect 2 pin of LU2; 10 pin of LU2 connect 2 pin of LU3.In the circuit, 6 pin of J1 connect 3 pin and 3 pin of integrated circuit LU2 and 3 pin of integrated circuit LU3 of integrated circuit LU1; 5 pin of J1 connect 2 pin of LU1; 4 pin of J1 connect 1 pin and 1 pin of LU2 and 1 pin of LU3 of LU1; 3 pin of J3 connect 15 pin of several LU3 of 15 pin of 15 pin of LU1 and LU2; 1 pin of J1 connects power supply power supply subsystem; 2 pin of J1 connect power supply power supply subsystem; 4,5,6,7,14,13,12 of LU1 connects 1,2,3,4,5,6,7 pin of XS1 respectively respectively by resistance LR1, LR2, LR3, LR4, LR5, LR6, LR7; 4,5,6,7,14,13,12 of LU2 connects 1,2,3,4,5,6,7 pin of XS2 respectively respectively by resistance LR8, LR9, LR10, LR11, LR12, LR13, LR14; 4,5,6,7,14,13,12 of LU3 connects 1,2,3,4,5,6,7 pin of XS3 respectively respectively by resistance LR15, LR16, LR17, LR18, LR19, LR20, LR21; 10 pin of LU1 connect 2 pin of LU2; 10 pin of LU2 connect 2 pin of LU3.Show residue bullet amount in the cartridge clip at ordinary times, show bullet total surplus amount during the pulling rifle bolt.

In the gun shoot-simulating subsystem 53 trigger circuits for triggering 534, an end ground connection of

switch S

2,10 pin of a terminating resistor R3 and U8; Resistance R 3 connects control module.When cocking, S2 provides the trigger triggering signal by R3 to U1.

In the gun shoot-simulating subsystem 53 rifle bolt circuits for triggering 535, an end ground connection of switch S 1, an end connects control module by resistance R 2.When the pulling rifle bolt, S1 provides the rifle bolt triggering signal by R2 to U1.

In the gun shoot-simulating subsystem 53 vibrations analog circuits 536, the 7 boundary motors of U6.7 pin of U6 connect the positive pole of motor; Be used to simulate the recoil that the bullet explosion time produces.

Among the gun shoot-simulating subsystem 53 data storage circuitry II537,1,2,3,4,7 pin of the integrated circuit U3 ground connection that links to each other; 5 pin of U3 connect 14 pin and the resistance R 8 of U1; 6 pin of U3 connect 15 pin and the resistance R 7 of U1; 8 pin of U3 connect capacitor C 5 and resistance R 7 and R8 and power supply power supply subsystem; Capacitor C 5 ground connection.In the circuit, 1,2,3,4,7 pin of the integrated circuit U3 ground connection that links to each other; 5 pin of U3 connect 14 pin and the resistance R 8 of U1; 6 pin of U3 connect 15 pin and the resistance R 7 of U1; 8 pin of U3 connect capacitor C 5 and resistance R 7 and R8 and power supply power supply subsystem; Capacitor C 5 ground connection.Be used to store user ID, carry the bullet amount, data such as gun type.

In the gun shoot-simulating subsystem 53

muzzle flasher circuits

538,3 pin of integrated circuit U6 are by the series connection ground connection of resistance R 31 and light emitting diode D3.In the circuit, 3 pin of integrated circuit U6 are by the series connection ground connection of resistance R 31 and light emitting diode D3.Be used to simulate the flame of ammunition explosion time.

In the gun shoot-simulating subsystem 53 speech simulation circuit 539, the 10 pin connecting resistance R13 of integrated circuit U8, the 9 pin connecting resistance R26 of U8; 8 pin of U8 connect capacitor C 15 and resistance R 27; The 4 pin connecting resistance R27 of integrated circuit U6 and R14 and R15 and ground; 15 pin of U6 connect capacitor C 15 and resistance R 14; 16 pin of U6 connect capacitor C 16 and resistance R 15; Capacitor C 16 connects switch S 3 by resistance R 25; 10 pin of U6 are by resistance R 16 ground connection; 11 pin of U6 are by R17 ground connection; 13 pin of U6 are by resistance R 18 ground connection; 14 pin of U6 are by resistance R 19 ground connection; The 8 pin connecting resistance R20 of U6; 2 pin of U6 are by capacitor C 9 and the series connection resistance R 22 of

resistance R

24 and 3 pin of R23 and integrated circuit U7; Resistance R 22 connects capacitor C 10; 2,4 pin of U7 resistance R 23 ground connection that are connected; 12 pin of resistance R 26, R13, R20 and switch S 3 and capacitor C 8, C10 and the U6 power supply power supply subsystem that is connected; 1 pin of integrated circuit U7 connects 8 pin of U7 by capacitor C 11; 6 pin of U7 connect power supply power supply subsystem simultaneously by capacitor C 13 and C14 ground connection in parallel; 5 pin of U7 are by the series connection ground connection of capacitor C 12 and loudspeaker LS1.Be used to simulate the sound of bullet explosion time.

Back-end data processing subsystem 55 is made of wireless transmission/reception circuit and PC, and wherein the wireless transmission/reception circuit is present known wireless transmission/reception circuit, does not provide its concrete circuit diagram in the drawings.

In the power supply power supply subsystem 51, integrated circuit U1, U2 model can adopt a kind of among 78L05,78L05M, the CJ78L05; Voltage-reg-ulator tube Q4 can select HT1015 for use; The resistance value of resistance PR1, PR2, R15 is respectively: 4 Ω-8 Ω, 4 Ω-8 Ω, 82 Ω-110 Ω; The capacitance of capacitor P C2, PC3, PC4, PC5 all can be selected for use: 0.01uF-0.47uF; The capacitance of electrochemical capacitor C25, C26 all can be selected for use: 4.7uF-22uF;

In the assembling RACS 52, but a kind of among the IC 10 model 74LS21 of wireless transmission/reception circuit 521,74ALS21,74AS21,74HC21; Triode Q3 can select one for use from following model triode: 8550, HA8550, HA8550S; The resistance value of resistance R 13, R14 is respectively: 4.7K Ω-5.6K Ω, 43K Ω-50K Ω;

In the marking light light control circuit 522, IC 12 can be selected one: 74HC04,74LS04,74S04,74AS04 for use from following model; Triode Q1, Q2 all can select one for use from following model triode: 8050 and all middle low power NPN pipe; Tri-color tube D1 can select the variable color light emitting diode (tripod) of rubescent, green, orange three looks of all energy for use; The resistance value of resistance R 9, R11 is all available: 4.7K Ω-5.6K Ω; The resistance value of resistance R 10, R12 is all available: 43K Ω-50K Ω;

Be hit by a bullet in the speech simulation circuit 523, IC 13 can be selected one: API8008, API8208, API8408, API8808 for use from following model; IC 14 can be selected one: LM386, LM386MM, LM386N for use from following model; The resistance value of resistance SR1, SR2, SR13, SR14, SR5, SR6 all can be: 43K Ω-50K Ω; The resistance value of resistance SR7, SR8, SR9, SR11 is respectively: 63K Ω-91K Ω, 62 Ω-150 Ω, 220 Ω-330 Ω, 5.2 Ω-12 Ω; The capacitance of electric capacity SC1, SC2, SC3, SC4, SC5 is all available: 0.01uF-0.15uF; The capacitance of electrochemical capacitor SC6, SC7 is all available: 47UuF-220uF;

Among the data storage circuitry I524, IC 9 can be selected one: AT24C16, AT24C164, AT24C16A for use from following model; The capacitance of capacitor C 21 can be used: 0.01uF-0.15uF;

Gun shoot-simulating subsystem 53, control module U1 can select for use one: AT89C2051 to reach the single-chip microcomputer of 20 compatible with it pin from following model;

In the laser code radiating circuit 531, integrated circuit U5 can select one for use from following model; 7400,74LS00,74S00,74ALS00; Integrated circuit U8 can select one: 74LS125,74125,74HC125 for use from following model; The resistance value of resistance R 11, R28, R29, R30 is respectively: 96K Ω-110K Ω, 9.1K Ω-15K Ω, 4.7K Ω-5.6K Ω, 43K Ω-50K Ω; The capacitance of capacitor C 7 is selected 100PF for use;

In the Laser emission drive circuit 532, triode Ω 2 can select one for use from following model triode: 8050 and all middle low power NPN pipe; The resistance value of resistance R 12 is: 43K Ω-50K Ω;

In the display circuit 533, integrated circuit LU1, LU2, LU3 can select one: 74HC4094, CD4094 for use from following model; All available 470 Ω-620 of the resistance value of resistance LR1-LR21 Ω; Display tube XS1, XS2, XS3 select seven segment digital tubes for use;

Among the data storage circuitry II537, integrated circuit U3 can select one: AT24C16, AT24C164, AT24C16A for use from following model; The resistance value of resistance R 7, R8 all can be selected for use: 9.1K Ω-15K Ω;

In the speech simulation circuit 539, integrated circuit U6 can select one: API8008, API8208, API8408, API8808 for use from following model; Integrated circuit U7 can select one: LM386, LM386M, LM386MM, LM386N for use from following model; Resistance R 14-R19 resistance value is all available: 43K Ω-50K Ω; The resistance value of resistance R 20, R21, R22, R23, R24 is respectively: 50K Ω-100K Ω, 470 Ω-620 Ω, 9.1K Ω-15K Ω, 330 Ω-470 Ω, 4.7K Ω-5.6K Ω; The capacitance of capacitor C 8, C9, C10, C14, C15, C16 is all available: 0.01uF-0.22uF; The capacitance of electrochemical capacitor C12, C13 is all available: 47uF-220uF; The capacitance of electrochemical capacitor C11 is: 4.7uF-22uF;

The laser bullet receives and judges subsystem 54, in the laser pick-off circuit 541, IC 1 can from following model, select for use one: AT89C52 and all have 8KFLASH and with the compatible single-chip microcomputers of 51 series; IC 5 can be selected one: MAX813L, MAX705, MAX706 for use from following model; The frequency of oscillation of crystal oscillator Y1 is selected for use: 11.0592MHZ; The resistance value of resistance R 1 is: 4.7K Ω-5.6K Ω; The capacitance of electrochemical capacitor C1 is selected 2.2UF for use; In the signal conversion driving circuit 542, triode Q5 can select one for use from following model triode: 8550, HA8550, HA8550S; The resistance value of resistance R 16, R17, R18 is respectively: 43K Ω-50K Ω, 4.7K Ω-5.6K Ω, 4.7K Ω-5.6K Ω;

In signal location/property determine circuit 543, IC 2, IC3, IC4 all can select for use one: AT89C2051 to reach the single-chip microcomputer of 20 compatible with it pin from following model; IC 6, IC7, IC8 all can select one: MAX813L, MAX705, MAX706 for use from following model; The resistance value of resistance R 2, R3, R4 is all available: 4.7K Ω-5.6K Ω; The capacitance of electrochemical capacitor C2, C3, C4 is all selected 2.2uF for use; The capacitance of capacitor C 7-C12 all can be selected for use: 15PF-30PF; The capacitance of capacitor C 19, C20 all can be selected for use: 0.01uF-0.15uF; The frequency of oscillation of crystal oscillator Y2, Y3, Y4 is all selected for use: 11.0592MHZ.

Each control module in emulation laser gun, fighting uniform and the helmet in the utility model be with the entire circuit system in each functional circuit corresponding, all not specifically described circuit are existing known circuits in circuit, belong to those skilled in the art's general knowledge scope.Circuit structure of the present utility model includes but not limited to the physical circuit that provides among the embodiment, everyly can realize that according to structured flowchart of the present utility model various known circuits of the object of the invention and combination thereof are protection domain of the present utility model.

Claims

1. emulation electronic laser gunbattle game device, comprise electronic laser emulation rifle, fighting uniform and the helmet, it is characterized in that: in the rifle shell of electronic laser emulation rifle infrared laser light-emitting device and electronic-controlled installation are installed, electronic-controlled installation is connected with the master controller of fighting uniform by data wire and plug; Fighting uniform is made up of two of front and back, both sew up at shoulder, the front and back sheet is provided with signal receiving device, shoulder is provided with plug and loudspeaker, the low back position is provided with equipment bag, be provided with battery and master controller in the equipment bag, each signal receiving device, plug and loudspeaker are connected with master controller by data wire; The helmet is that the common helmet is provided with signal receiving device, and each signal receiving device is connected by data wire, and data wire is connected with fighting uniform by plug.

2. emulation electronic laser gunbattle game device according to claim 1 is characterized in that: sheet is provided with two nylon adherent buckle bundling belts at waist and following correspondence respectively before and after the described fighting uniform.

3. emulation electronic laser gunbattle game device according to claim 1 and 2, it is characterized in that: the circuit of the electronic-controlled installation of whole device is divided into power supply power supply subsystem, asset control subsystem, the laser bullet receives and judge subsystem, gun shoot-simulating subsystem, back-end data processing subsystem, wherein carry out wireless signal between back-end data processing subsystem and the asset control subsystem and is connected, carry out electrical connection between other each system; Power supply power supply subsystem provides working power for electronic laser emulation gunbattle device.

4. emulation electronic laser gunbattle game device according to claim 3 is characterized in that: described power supply power supply subsystem reaches the power-switching circuit of being made up of integrated circuit U1, U2, voltage-reg-ulator tube Q4, capacitor P C1, PC2, PC3, PC4, PC5, C25, C26, resistance PR1, PR2, R15 by battery or battery pack and forms.

5. emulation electronic laser gunbattle game device according to claim 3 is characterized in that: described asset control subsystem is made up of wireless transmission/reception circuit, marking light light control circuit, the speech simulation circuit of being hit by a bullet, data storage circuitry I.

6. emulation electronic laser gunbattle game device according to claim 3 is characterized in that: described laser bullet receives and the judgement subsystem is made up of laser pick-off circuit, signal conversion driving circuit, signal location/property determine circuit.

7. emulation electronic laser gunbattle game device according to claim 3 is characterized in that: described gun shoot-simulating subsystem is made up of control module U1, laser code radiating circuit, Laser emission drive circuit, display circuit, trigger circuits for triggering, rifle bolt circuits for triggering, vibrations analog circuit, data storage circuitry II, muzzle flasher circuit, speech simulation circuit.

8. emulation electronic laser gunbattle game device according to claim 3 is characterized in that: described back-end data processing subsystem is made of the wireless transmission/reception circuit and the PC that match with the device RACS.