CN202173772U - Simulated field-operation laser countering system with single-soldier remote sound effect - Google Patents
Simulated field-operation laser countering system with single-soldier remote sound effect Download PDFInfo
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Abstract
The utility model discloses a simulated field-operation laser countering system with single-soldier remote sound effect, comprising a simulated gun, an electronic shoulder bag and a helmet, wherein the simulated gun is connected with the electronic shoulder bag, the electronic shoulder bag is connected with the helmet; the simulated gun comprises a single-soldier remote sound unit, a sound-effect category mark wireless electric signal transmitting module, a receiving module, a wireless electric intensity judging module, a sound effect storing module, a sound effect processing module and a speaker module, so as to simulate the sound effect such as the remote gun sound and eliminate the defect that: the gun-loaded horn sound is small and difficult to be remotely transmitted; the simulated gun also comprises a weight adjusting module to simulate the weight of the real gun; a remote double transmitting tube capable of increasing the omni-range shooting accuracy; a single-shoulder electronic shoulder bag type body receiver is portable and easy to use and the electronic shoulder bag is also integrated with a simulated gun calibrating and shooting module. The system has features of excellent single-soldier remote sound effect, high integration, humanized portable design and no field and no limitation by field and user group and especially suitable for being as a personnel equipment and being used in the field-operation exercise for popularizing the health.
Description
Technical field
The utility model relates to true man CS simulation field operations laser countermeasure (s) field, is the simulation field operations LASER COUNTERMEASURE SYSTEM of the long-range audio of a kind of individual soldier of having.
Background technology
China's utility model patent (patent No.: ZL200820013897.1, Granted publication number: CN201211429Y, patent documentation 1) discloses a kind of many many formation of people true man CS simulation field operations LASER COUNTERMEASURE SYSTEMs; Comprising model gun, the helmet, electronics vest and cuff formula receiver; Be provided with local audio unit (containing individual soldier system small-power loudspeaker), the effect of said local audio unit is: when shooting, in the system of shooting, send synchronous shot; If hit the mark; Then can receive feedback signal, and send the prompt tone that hits that is similar to " ticking ", and the audio that in the quilt system of hitting, utters a heartrending cry.
Chinese invention patent (application number: 201010010125.4; Publication number: CN101773731.A; Patent documentation 2) and the Chinese utility model patent (patent No.: ZL200620036955.3; Granted publication number: CN201012275Y, patent documentation 3) each discloses a kind of true man CS field operations LASER COUNTERMEASURE SYSTEM, is provided with the on-the-spot high power acoustics module that is connected with computer server; Be used to play wind, rain, thunder, electricity, abominable battlefield surroundings audio such as mountains collapse and the earth crack up, battlebus goes and bombard, also comprise the sound of the instant shooting of player.
Chinese invention patent (application number: 200780050906.6; Publication number: CN101600483A, patent documentation 4) a kind of toy that is used to fight shooting is disclosed, this kind toy uses the power of radio signal to judge the distance of relative distance; Let single hit damage value and Distance Matching then; Distance is near more, and to hit the damage value big more at every turn, thereby makes the player experience the closely stimulation of fight.
Existing true man CS simulation field operations LASER COUNTERMEASURE SYSTEM originates from military exercises, and aspect audio, the military exercise equipment uses the blank cartridge sounding; With pressing close to very much under battle conditions; The general welding bell that uses of civilian version is sent out sound, and effect is relatively poor, mainly be because rifle to carry loudspeaker power small voice little; Take up space and too power consumption and improve power, the influence equipment continues service time.Existing true man CS LASER COUNTERMEASURE SYSTEM is mainly towards users of collective such as field operations club and expansion companies, and they have relative fixed and less place, uses the local audio unit or the on-the-spot high power acoustics of individual soldier system can satisfy instructions for use basically.Problem is again:
World's main flow rifle effective range is generally above 400 meters; Sniping gun is above 800 meters even 1000 meters; Model gun generally can both reach this effective range; Above-mentioned this length and width have only the small stationary place of 100 meters even tens meters to be difficult to put to good use the normal usefulness of antagonism equipment, and wide natural place is not suitable for furnishing high-power place sound equipment, only tens meters of effective propagation distances of the local audio unit small-power speaker sound of individual soldier system; Obviously can not satisfy instructions for use, have a strong impact on field operations and experience.And for the non-user of club (like individual or war team), the place sound system that equipment is heavy and expensive is also unrealistic, and bad result is: one, war game is limited by the place, and it is poor to experience; Two, countermeasure system is unfavorable for personal equipment, hinders popularizing of field operations campaign.
Existing true man CS simulation field operations LASER COUNTERMEASURE SYSTEM also has some minor defectives, as: use ABS resin to do shell the model gun, gently more many than true rifle, it is too easy to operate, and does not have the sense of reality; The electronics vest is not inconsistent with daily wearing custom, is unfavorable for using with the mode of leisure, and also poor to the adjusting adaptability that size is individual, probe quantity and position are limited; Adopt independently calibrator (-ter) unit or electronic laser target, cost is high; The general close range shooting precision of single tube laser analog rifle is relatively poor.
Patent documentation 2, and Chinese invention patent (application number: 201010010125.4, publication number: CN101773731.A);
The utility model content
The purpose of the utility model is to provide the simulation field operations LASER COUNTERMEASURE SYSTEM of the long-range audio of a kind of individual soldier of having; Too small to solve individual soldier's PC Speaker power; Sound is difficult to teletransmission, and the battlefield audio is poor, and high-power on-the-spot sound equipment receives the technical problem of place and cost restriction.
For realizing above-mentioned purpose, the utility model adopts following technical scheme:
A kind of simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged; Comprise: infrared laser model gun, body receiver and head receiver; Model gun links to each other with the body receiver; Body receiver fall portion receiver links to each other; Said model gun and body receiver respectively are provided with a central processing module, and these two central processing modules interconnect, and said simulation field operations LASER COUNTERMEASURE SYSTEM also is provided with local audio unit and the long-range audio of the individual soldier unit that is used for the distant place audios such as shot that the simulation other system sends in the individual soldier system; The long-range audio of said individual soldier unit comprises: radio signal transmitter module, the local instant audio corresponding class sign radio signal of its emission native system; The radio signal receiver module, it receives the local audio corresponding class sign radio signal that other player systems send; The audio memory module, the audio frag info is respectively simulated in its storage; The audio processing module, it takes out corresponding audio fragment and broadcast according to the radio signal information that above-mentioned radio signal receiver module receives from above-mentioned audio memory module; Loudspeaker module, its simulation send volume and the distant place sound that adapts of distance; The submodule of the long-range audio of above-mentioned individual soldier unit can be selected respectively to be located in model gun or the body receiver according to the space situation of model gun; Wherein radio signal transmitter module, radio signal receiver module and audio processing module link to each other with the central processing module of present position, and the audio memory module links to each other with the audio processing module with loudspeaker module.
The utility model has also further improved the long-range audio of individual soldier system, and scheme is following:
The long-range audio of said individual soldier unit also comprises the radio strength judge module; Link to each other with said radio signal receiver module and corresponding central processing module thereof; It judges the intensity of the radio signal that said radio signal receiver module receives, and confirms the size of relative distance and controls long-range audio analog volume heel distance from coupling with this.
The utility model is also further simplified audio and is handled especially volume control, and scheme is following:
The simulation audio frag info that said audio memory module is stored has reflected distance difference, is provided with the corresponding different gauged distance of audio fragment of different original sound volume.
The utility model is also further integrated to simplify circuit design, and scheme is distinguished as follows:
Said audio memory module and audio processing module are integrated in the speech chip.
The utility model is also further optimized guaranteeing that long-range audio does not have conflict and obviously time-delay, scheme respectively as follows:
Said audio processing module is provided with audio fragment combiner circuit, inserts new selected audio fragment and broadcast together in the time of in fact.
The utility model has also further solved the problem that model gun does not too gently have the sense of reality, and scheme is following:
Said model gun also is provided with at least 1 weight adjustment module, is used to load onto corresponding correction weight and fixing, and is approaching with various armies standard gun with this weight of regulating model gun as required, increases the difficulty and the sense of reality of operation.
The utility model has also further solved the awkward problem of electronics vest, and scheme is following:
Said body receiver module is the electronics shoulder bag of a single shoulder; Link to each other with said model gun; Electronics shoulder bag is provided with single shoulder shoulder belt, bag, shoulder bag central processing module and signal amplification module, and shoulder belt is provided with probe with wrapping, and probe links to each other with the signal amplification module; The signal amplification module links to each other with shoulder bag central processing module, and said electronics shoulder bag tiltedly is worn on player's the shoulder when using.
The utility model is also further perfect said electronics shoulder bag, scheme is following:
Said electronics shoulder bag also is provided with a waistband and at least one expanding probe interface, and the expanding probe interface links to each other with the signal amplification module of said electronics shoulder bag, and the shoulder belt of said electronics shoulder bag is tightened through said waistband.
The utility model has also further solved the problem of personal equipment school rifle with the inconvenience of practicing shooting, and scheme is following:
Said model gun is provided with main battery; Electronics shoulder bag also is provided with reserve battery and model gun calibration module; The model gun of individual soldier system and electronics shoulder bag can separate independent startup; Be used to realize model gun calibration and simple target practice function, said model gun calibration module comprises calibration mode switch, alarm audio-frequency generator and indicator lamp, links to each other with shoulder bag central processing module.
The utility model has also further solved the not good problem of single tube infrared laser gun close range shooting precision, and scheme is following:
Said model gun is provided with nearly long-range two generating lasers, links to each other with the Laser emission driver module, and the Laser emission driver module links to each other with the model gun central processing module; Wherein, the spot diameter of remote laser transmitter is less, but intensity is stronger; Be used to guarantee the medium-long range fire accuracy, the spot diameter of short range generating laser is bigger, but intensity a little less than; Be used to guarantee in-plant fire accuracy; Model gun also is provided with the range selector switch, links to each other with the model gun central processing module, leaves corresponding LASER Discharge Tube and controls emissive porwer through central processing module selection heel distance.
The beneficial effect of the utility model is
1, the utility model is provided with the long-range audio of individual soldier unit; Each individual soldier system also sends the corresponding radio signal of local audio classification with broadcast mode, after other individual soldier systems receive this signal when sending local audio; This distant place sound is sent in simulation again; Thereby it is too small to eliminate individual soldier's PC Speaker power, and the drawback that sound can't teletransmission increases under battle conditions audio and experiences and place adaptability;
2, the strong and weak judge module of radio signal is set up in the long-range audio of the individual soldier of the utility model unit, can discern the distance of player's relative distance, and controls long-range audio heel distance from coupling with this, and audio is better;
3, the utility model can adopt the pronounciation processing chip of difference in functionality integrated horizontal, and simplified design is optimized circuit layout, satisfies the long-range audio demand of each level;
4, the model gun of the utility model is provided with the weight correcting module, makes the weight of model gun approaching with the true rifle of required imitation, and operation more has the sense of reality;
5, the utility model adopts single shoulder electronics shoulder packet mode receiver, tiltedly carry on the arm piggyback during use, and with respect to the conditional electronic vest, light and beautiful more, individual size adaptation property is stronger;
6, the electronics of the utility model shoulder bag also is provided with the expanding probe interface, but area is hit in the expanding probe increase, also is provided with waistband, is used for fixing shoulder belt, makes the reception orientation more reliable and more stable;
7, electronics shoulder bag also is provided with the model gun calibration module, and model gun and electronics shoulder bag can divide open shop, and the individual soldier system can realize the school rifle, also can simply practice shooting, and level of integrated system is high, and cost is low, especially satisfies personal equipment calibration and solitary play demand;
8, the utility model adopts nearly long-range two infrared laser transmitting tubes; Corresponding spot diameter is set respectively; And through range range selector switch and best transmitting tube and the laser intensity of central processing module selection; Take into account omnidistance fire accuracy, make shooting experience and actual combat conform to greatest extent, and can prolong the service life of laser instrument;
Description of drawings
Below in conjunction with accompanying drawing and instance the utility model is further specified.
Fig. 1: the utility model overall structure sketch map;
Fig. 2: the structural representation of the utility model laser analog rifle;
Fig. 3: the utility model laser analog rifle workflow diagram;
Fig. 4: the workflow diagram one of the long-range audio of the utility model individual soldier unit;
Fig. 5: the structural representation of the utility model electronics shoulder bag;
Fig. 6: the utility model calibration/target practice module workflow diagram;
Fig. 7: the utility model head receiver (helmet receiver) structural representation;
Fig. 8: the structural representation of the utility model fibula formula receiver;
Fig. 9: the utility model is lifted the structural representation that Manchu attire is put;
Figure 10: the workflow diagram two of the long-range audio of the utility model individual soldier unit;
Figure 11: the workflow diagram three of the long-range audio of the utility model individual soldier unit.
[drawing reference numeral] 1, laser analog rifle, 11, central processing module, 12, probe, 13, the warning lamp of falling in battle, 14, the percussion mode switch, 15, on flick the pass; 16, the long-range audio of individual soldier unit, 17, display, 18, tri-colour LED, 19, memory module, 110, local audio unit, 111, battery; 112, start key, 113, the power data line interface, 114, charging inlet, 115, the stand-by power supply interface, 116, the antagonism mode switch; 117, night fighting switch, 118, bullet counts selector switch, 119, starting switch, 120, the weight correcting module, 121, the vibration alarming module; 122, trigger, 123, the range switch, 124, the normal bright switch of flash lamp, 125, simulated gunnery flame flash lamp, 126, the short range generating laser; 127, remote laser transmitter, 128, the Laser emission driver module, 129, audio output interface, 130, the signal amplification module, 2, electronics shoulder bag (body receiver); 21, shoulder belt, 22, waistband, 23, shoulder bag central processing module, 24, the expanding probe interface, 25, the stand-by power supply output interface; 26, audio input interface, 27, helmet power data line interface, 28, rifle power data line interface, 29, the signal amplification module, 210, reserve battery; 211, alarm audio-frequency generator, 212, the calibration mode switch, 213, indicator lamp, 214, memory module, 3, fibula formula receiver; 31, fibula, 32, probe base, 33, the data power line, 4, lift Manchu attire and put, 41, penoncel, 42, the tooth bar flagpole; 43, secondary gear, 44, the one-level gear, 45, direct current generator, 46, power interface, 47, travel switch; 48, guide rail, 49, shell, 5, the helmet (head receiver), 51, helmet receiver overcoat, 52, the data electric source line interface.
The specific embodiment
As shown in Figure 1, the utility model comprises model gun, electronics shoulder bag and the helmet, and model gun 1, electronics shoulder bag 2 and the helmet 5 are provided with probe 12; Model gun is an infrared laser model gun 1, is connected with electronics shoulder bag 2, and the electronics shoulder wraps 2 and is connected with the helmet 5; Fibula formula receiver 3 is used for expanding probe, links to each other with the expanding probe interface 24 of electronics shoulder bag, wherein; Electronics shoulder bag belongs to the body receiver; The helmet belongs to the head receiver, and the also imitative army cap replacement of available other materials of the helmet can be wired electrical connection or wireless connections between model gun 1, electronics shoulder bag 2 and the helmet 5.
Like Fig. 2, shown in 3; Laser analog rifle 1 is provided with weight correcting module 120, charging inlet 114, stand-by power supply interface 115, audio output interface 129; Central processing module 11 and probe 12, the warning lamp 13 of falling in battle, percussion mode switch 14, on flick and close 15, the long-range audio of individual soldier unit 16, display 17, tri-colour LED 18, memory module 19, local audio unit 110, battery 111, start key 112, power data line interface 113, antagonism mode switch 116, switch night fighting switch 117, bullet and count the normal bright switch of selector switch 118, starting switch 119, vibration alarming module 121, trigger 122, range switch 123, flash lamp 124, simulated gunnery flame flash lamp 125, Laser emission driver module 128 etc. and partly link to each other, Laser emission driver module 128 links to each other with short range generating laser 126, remote laser transmitter 127.
Like Fig. 4, shown in 10, the long-range audio of individual soldier unit 16 integral body are located on the model gun 1, and this is a kind of standard implementation mode; Also can integral body be located on the electronics shoulder bag 2 in fact, even, because model gun 1 all is provided with central processing module with electronics shoulder bag 2 and can intercoms mutually; Several sub-module that the long-range audio module 16 of individual soldier is comprised are relatively independent again; It still is that the electronics shoulder wraps on 2 that each submodule can select to be located at model gun 1 according to the space situation, and the combination of this arrangement has many kinds, but mainly is the difference on the space; Do not influence the allomeric function of the long-range audio of individual soldier unit, can be considered same technical scheme or embodiment.
In this example; Local audio unit 110 is separate with the long-range audio of individual soldier unit 16; This is the best mode of audio; But the convenience factor of considering space, cost, manufacture and design and safeguarding, said two units can also unite two into one, and lets the long-range audio module 16 of individual soldier realize the function of local audio 110 simultaneously; Said two units can also partial common, like shared audio memory module and/or loudspeaker module.
In this example, model gun is provided with parameter setting and system's start button, and this is in order to alleviate the dependence of external equipments such as big or small remote controller and to reduce cost; Be beneficial to personal equipment,, also can increase the remote control set-up mode for collective's user version; The latter is a technique known, skips at this.
In this example, percussion mode switch 14 is used to control the percussion pattern, according to the rifle type of being simulated; Can comprise single-shot, running fire and time-delay percussion; Wherein it is characterized in that of time-delay percussion, to eliminate the jitter error that cocking causes with this through just shooting after a while behind the cocking switch 122; Improve accuracy at target, before actual exciting, will continue aiming certainly; Antagonism mode switch 116 is used to select the antagonism pattern; Like standard antagonism, simply resist and do not have an antagonism; Wherein model gun, electronics shoulder bag and the helmet are used in the standard antagonism; The model gun antagonism that carries a gun and carry probe 12 is only used in simple antagonism, and no antagonism pattern is only sent audio and do not launched laser, to satisfy various recreation demands; When battery 111 electric weight of laser analog rifle 1 are not enough, can use the reserve battery 210 on the electronics knapsack 2, the battery charge that also can give model gun through charging inlet 114.
As shown in Figure 2, laser analog rifle 1 is provided with one or more weight correcting modules 120, is used to load onto corresponding correction weight and fixing, and is approaching with various armies standard gun with this weight of regulating model gun as required, increases the difficulty and the sense of reality of operation.The fixed form of weight can be permanent fixing, only simulates a kind of weight of rifle, also can be removable fixing, so that change weight as required, can simulate more rifle and weigh.For to the not high crowd of the heavy experience requirements of rifle, like children and Ms, also can not fit up positive weight, even can cancel the weight adjustment module, all do not influence basic use.
As shown in Figure 2; Laser analog rifle 1 is provided with short range generating laser 126, remote laser transmitter 127 and range switch 123, and the spot diameter of remote laser transmitter is less, but intensity is stronger; Be used to guarantee the medium-long range fire accuracy; The spot diameter of short range generating laser is bigger, but intensity a little less than, be used to guarantee in-plant fire accuracy.Because the diversity of infrared laser, closely hot spot is little, and remote hot spot is big, and the single tube generating laser is difficult to take into account omnidistance fire accuracy, generally stress to guarantee long-range shooting experience, so the close range shooting effect is relatively poor.Two LASER Discharge Tubes that native system adopts; Can overcome the problems referred to above; Its workflow is: select required range with the range selector switch, as near, in, far away, handle the mould central processing module through model gun central authorities then and select heel distance from corresponding LASER Discharge Tube and control emissive porwer; Experience thereby improve shooting, and prolong the service life of LASER Discharge Tube.
In this example, adopt above-mentioned standard configuration, but also can cancel range switch 123, get more moderate laser intensity, two-tube all luminous; Certainly as plaintext, also can be only with a LASER Discharge Tube, emphasis is considered the shooting experience of medium-long range; Nearly long-range transmitting tube all is infrared laser transmitters, but for the short range transmitting tube, requires the distance of its covering shorter, is generally less than 30 meters, thus also can use common infrared transmitter to replace, to practice thrift cost.
Like Fig. 3, shown in 4, the workflow of laser analog rifle 1: select the antagonism pattern with antagonism mode switch 116 earlier, select whether to fight at night with night fighting switch 117; Count selector switch 118 with bullet the bullet number is set, use starting switch 119 start-up systems then, cocking switch 122; Through model gun central processing module 11 control Laser emission driver modules 128, short range generating laser 126 with (or) laser of remote laser transmitter 127 emission bands coding, can select LASER Discharge Tube and laser intensity thereof through range switch 123; Can select one of single-shot, running fire and time-delay percussion pattern through percussion mode switch 14, night fighting switch 117 is opened, and then the flash lamp 125 of simulated gunnery flame can flash with shooting synchronously; Can control flash lamp 125 Chang Ming whether under the night fighting pattern through the normal bright switch 124 of flash lamp, local audio unit 110 can send corresponding simulation audio, simultaneously through the local audio corresponding sound effect classification wireless signal of the long-range audio of individual soldier unit 16 emissions; The long-range audio of the individual soldier of other individual soldier systems unit 16 receives this signal and simulates this distant place sound with this, and display 17 can show that residue bullet numbers are consuming time with accumulative total, tri-colour LED 18 respectively with three kinds of various colors represent native system normally, do not have bullet and the state of falling in battle; When being in normal condition; Can then shoot, when no ammunition, use earlier to flick and close 15 and load; If hit; The warning lamp 13 of then falling in battle lights, and vibration alarming module 121 is vibrated, and system is in the lock state; Laser analog rifle 1 can not be launched laser again, and the probe 12 of each position is also no longer hit.
In this example; The long-range audio of individual soldier unit 16 comprises the radio signal strength judge module; Order of magnitude through radio signal strength judge module identification relative distance; Can segment out the audio of more gauged distances, even can accomplish electrodeless adjusting, the volume heel distance that makes long-range audio is from coupling; The sound of local audio unit and/or the long-range audio of individual soldier unit all can output to earphone or portable high power active audio amplifier through audio output interface 129; To obtain better auditory effect, wherein the portable high power active audio amplifier can be placed in the electronics shoulder bag 2.As simple version, the long-range audio of individual soldier unit 16 does not comprise the radio signal strength judge module, and unified volume with low one-level is represented long-range audio, as adopts 400 meters distances as long-range audio benchmark.
In this example, display 17 is three LED charactrons, and when shared, Alternation Display residue bullet number is consuming time with accumulative total; Also can be LCD, wherein, accumulate the means that prevent to practise fraud and restart that can be used as consuming time; Because the meeting consuming time of the accumulative total after restarting is obviously on the low side, pluggable startup key 112 also can be used as prevents one of means that cheating is restarted, further; Can also restart audio through setting, the long-range audio of other individual soldiers unit can receive restarting information, thereby the prevention cheating is restarted.
As shown in Figure 4; This is the workflow diagram of the long-range audio of individual soldier unit 16; Its workflow is: when having the individual soldier system to send local audio, on the one hand, under the control of the model gun of this individual soldier system (or shoulder bag) central processing module 11 (or 23); Radio transmission module with the long-range audio of its individual soldier unit is sent corresponding audio classification logotype radio signal; On the other hand, other individual soldier systems pass through this signal of radio reception module reception of the long-range audio of individual soldier unit separately, through the size of radio strength judge module identification relative distance; Send relevant information to the corresponding central processing module then; And under the control of central processing module, the audio processing module of the long-range audio of individual soldier unit is taken out corresponding audio fragment and broadcast from the audio memory module, sends the distant place audio of heel distance from coupling from the loudspeaker module simulation at last.
The volume of simulating long-range audio can have multiple mode to realize: first kind; The simulation audio frag info that the audio memory module is stored directly reflects distance difference, is provided with the corresponding different gauged distance of audio fragment of different original sound volume, directly takes out corresponding sound effect according to radio signal and strength grade thereof and plays and can simulate long-range audio; Special; Have only a kind of standard analog distance for simple version,, do not need the radio strength judge module as 400 meters; Second kind; The simulation audio frag info that the audio memory module is stored does not reflect distance difference, has only a kind of normal audio, and then the audio processing module possesses volume adjusting function; Under the control of central processing module, select the audio classification and control its volume heel distance from coupling.In this example, adopt first kind.
As shown in Figure 4, though obviously distinguish audio memory module and audio processing module, the chip that also can adopt both to integrate; Like API8208, API840 and PM50SS50 speech chip, but simplified design, and general chip incorporated amplifier; Chip itself can satisfy general volume requirement, if bigger volume can be set up amplification module; As amplify chip LM386, LM4861; This amplification module can be incorporated loudspeaker module into, and the use of these chips belongs to known technology, does not carefully state.Audio information generally is kept in the audio memory module of the long-range audio of individual soldier unit; But; These information also can be kept in the memory module that is connected with model gun (or shoulder bag) central processing module; And select required audio fragment to give the audio processing unit through central processing module, and also realize speech simulation function at a distance, right in this case certainly is other one type of pronounciation processing chip.This example adopts PM50SS50 speech chip+LM4861 amplification module.
In this example, adopt common audio processing module, when having a plurality of long-range audios to simulate in the short period of time; Time-delay might occur,, can adopt following technical finesse: when conflict for avoiding delaying time; Stop in progress audio, begin to play up-to-date audio at once; Perhaps, play that maximum audio of nearest volume just,, wherein consider time migration when playing when finishing the less audio of broadcast sound volume again; Certainly, also can directly adopt more senior process chip, it can insert new audio in real time and play together.
Like Fig. 4,10, shown in 11, the long-range audio of individual soldier unit 16 is main to be leaned on and is attached thereto model gun (and/or the shoulder bag) central processing module that connects and controls, and this mainly considers to simplify circuit design and sharing module to greatest extent; In fact; The long-range audio of individual soldier unit 16 can have the single chip control module of oneself fully, even the pronounciation processing chip that can adopt the control function not need host computer to support, thereby makes the independent performance of the long-range audio of individual soldier unit better; Be more conducive to modularization standardization manufacturing and use; These chips are of a great variety, and its use all belongs to known technology, does not carefully state.
In this example, the long-range audio of individual soldier unit 16 all places model gun 1 or electronics shoulder bag 2 inside, but for wherein radio transmission and receiver module; Have the independence of certain-length or shared fixed antenna, in order to obtain better transmitting-receiving effect, its antenna also can stretch out model gun 1 or electronics shoulder bag 2 outsides in the part; Even; Be similar to the equally length-adjustable antenna of radio in order to adapt to different places demand, can to adopt, this might influence the intensity of radio signal; The antenna length of all systems will be noted unified when recreation; For the matching relationship of assurance radio strength and distance is accurate, can obtain the relation between radio strength and the antenna length in advance, will convert normal intensity to the radio strength that antenna length changes.
In this example, the radio signal transmitter module and the receiver module of the long-range audio of individual soldier unit all are special-purpose, can certainly be used between the individual soldier system, transmitting other information.And seeing that the data radio station of the general complementization of existing simulation field operations LASER COUNTERMEASURE SYSTEM; Like TDX-2000; The long-range audio of individual soldier unit also can utilize this data radio station to receive and dispatch local audio classification logotype radio signal; For being more suitable for the demand of the long-range audio of individual soldier unit, this data radio station also can suitably improve, as increasing the radio strength judge module.Certainly, specially designed transceiver module is more conducive to model gun integrated.
In this example; The effect of radio strength judge module is an intensity of judging radio signal; Because radio signal range transmission source far away general just more a little less than, measure the relation of distance and intensity in advance, can judge the size of relative distance conversely according to intensity; With this, the long-range audio of individual soldier unit can be used for controlling the audio heel distance of being simulated and leave coupling.The referenced patent document 4 that the operation principle of above-mentioned radio strength judge module is mentioned in can the partial reference technical background.
Like Fig. 5, shown in 6; Electronics shoulder bag 2 is provided with shoulder belt 21, waistband 22, shoulder bag central processing module 23, expanding probe interface 24, stand-by power supply output interface 25, audio input interface 26, helmet power data line interface 27, rifle power data line interface 28, signal amplification module 29, reserve battery 210, alarm audio-frequency generator 211, calibration mode switch 212, indicator lamp 213, memory module 214; Wherein the front and the two sides of shoulder belt 21, waistband 22 and shoulder bag are provided with probe 12; These probes link to each other with signal amplification module 29, and signal amplification module 29 links to each other with shoulder bag central processing module.The method for using of electronics shoulder bag is: during normal game, tiltedly be worn at electronics shoulder bag 2 on player's shoulder, the side that the shoulder belt shoulder wraps and waistband has a probe outwardly; With waistband 22 tighten one's belts 21, guarantee shoulder belt front and back symmetry, connect the helmets 5 through helmet data electric source line interface 27; Connect laser analog rifle 1 through rifle power data line interface 28; Calibration mode switch 212 is set as for the OFF state, when needing expansion, buckles 3 to fibula formula receiver on desired area; Interface inserts expanding probe interface 24, gets final product start-up system; When calibration or target practice pattern, break off electronics shoulder bag, put electronics shoulder bag well with suitable posture with the connection between the laser analog rifle and the helmet; The orientation that emphasis is guaranteed to pop one's head in towards; Calibration mode switch 212 is as for the ON state, and then electronics shoulder bag starts completion, and the probe 12 on electronics shoulder bag 2 is by hitting time; Indicator lamp 213 can be made a response, and is accompanied by the alarm song of alarm audio-frequency generator 211.
In this example, the probe 12 of the school rifle/target practice module of electronics shoulder bag 2 is shared to greatest extent electronics shoulder bag 2 and central processing module 23 etc. can certainly adopt independently probe and processing module.In this example, electronics shoulder bag belongs to standard configuration, also simplification can be arranged; As, elimination of calibrations/target practice module, the probe on the cancellation waistband; Perhaps waistband is not wanted yet; Can also cancel probe expansion interface and fibula formula receiver, can satisfy basic user demand, some performance can be lost certainly.Wherein, it is more humane that electronics shoulder bag can be done, and is used to preserve personal belongings like headspace.
Like Fig. 2,3,4,5,7,8, shown in 9, the probe 12 on laser analog rifle 1 in the recreation, electronics shoulder bag 2, the helmet 5 and the fibula formula receiver 3 is by the workflow after hitting: with electronics shoulder bag be example, hit probe at 12 o'clock as the laser signal of coding; Can become electric energy and through 29 amplifications of signal amplification module, flowed to shoulder bag central processing module 23 then by luminous energy, shoulder bag central processing module be hit information to quilt and is transferred to model gun central processing module 11; The vibration alarming module 121 at the model gun 1 trigger place of holding with a firm grip can be vibrated; The prompting player is hit, and tri-colour LED 15 is shown as the ruddiness of falling in battle simultaneously, and lights the warning lamp 13 of falling in battle; System's locking; Can not launch laser, also cannot be hit again, simultaneously local audio unit and the corresponding audio (detailed process as stated) of the long-range audio unit simulation of each individual soldier; Meanwhile, being put 4 by the person's of hitting act Manchu attire can lift penoncel and fall in battle to show.
In this example, meeting locking system after being hit is in order to increase interest and authenticity; Can further improve, as, hit number of times not limit; Can not launch laser after reaching pre-determined number, representative " falling in battle ", but can also continue to be hit once more; This moment the local audio unit audio that do not utter a heartrending cry, but a kind of comparatively dull special sound effect, the long-range audio module 16 of other individual soldier systems can receive corresponding radio signal and simulate this audio simultaneously; Thereby can continue to confirm " falling in battle " person, stop the dead person and adorn the living person and disturb recreation.
As shown in Figure 9, the act Manchu attire is put 4 and is comprised penoncel 41, tooth bar flagpole 42, secondary gear 43, one-level gear 44, direct current generator 45, power interface 46, travel switch 47, guide rail 48 and shell 49, during its workflow; After the player is hit, can put energising under the control of shoulder bag central processing module 23, for the act Manchu attire, motor 45 rotates; Drive one-level gear 44 and rotate, after secondary gear 43 transmissions, promote the tooth bar flagpole and rise along guide rail 48; After flagpole arrived the top, travel switch 47 was cut off the electricity supply, and little flag is picked up and is fixing; Be used for continuing the expression player at a distance and hit, after locking was hit in system's releasing, penoncel can reset.Wherein, penoncel can use other eye-catching light-weight articles to replace, and as simplification, can be fixed on the electronical line shaft only with a gear, directly promotes the motion of tooth bar flagpole.
Of above-mentioned embodiment; Radio signal transmitter module, receiver module and radio strength judge module through the long-range audio of individual soldier unit; Can obtain the real-time local audio information of each individual soldier system and judge the relative distance that produces ground with local audio; In each individual soldier system, simulate sound at a distance with this, thereby it is too small to eliminate individual soldier's PC Speaker power, sound is difficult to the drawback of teletransmission; Strengthen the place adaptability of true man CS simulation field operations LASER COUNTERMEASURE SYSTEM greatly, experience sense is more true to nature under battle conditions.
Capable of using in the industry:, transmit the local instant audio information of individual soldier system and judge that the relative distance size is with the sound at a distance of simulation in the individual soldier system with radio according to the utility model.The result: the dependence to high-power place sound equipment has been broken away from the recreation of simulation field operations laser countermeasure (s), listens fartherly, and place adaptability is stronger, and recreation more meets situation under battle conditions.
Claims (10)
1. simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged; Comprise: infrared laser model gun, body receiver and head receiver, model gun links to each other with the body receiver, and body receiver fall portion receiver links to each other; Said model gun and body receiver respectively are provided with a central processing module; These two central processing modules interconnect, and said simulation field operations LASER COUNTERMEASURE SYSTEM also is provided with local audio unit, it is characterized in that:
Also be provided with the long-range audio of the individual soldier unit that is used for the distant place audios such as shot that the simulation other system sends in the individual soldier system, it comprises:
The radio signal transmitter module, the local instant audio corresponding class sign radio signal of its emission native system;
The radio signal receiver module, it receives the local audio corresponding class sign radio signal that other player systems send;
The audio memory module, the audio frag info is respectively simulated in its storage;
The audio processing module, it takes out corresponding audio fragment and broadcast according to the radio signal information that above-mentioned radio signal receiver module receives from above-mentioned audio memory module;
Loudspeaker module, its simulation send volume and the distant place sound that adapts of distance;
Each submodule of the long-range audio of above-mentioned individual soldier unit is selected respectively to be located in model gun or the body receiver according to the space situation of model gun; Wherein radio signal transmitter module, radio signal receiver module and audio processing module link to each other with the central processing module of present position, and the audio memory module links to each other with the audio processing module with loudspeaker module.
2. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 is characterized in that:
The long-range audio of said individual soldier unit also comprises the radio strength judge module; Link to each other with said radio signal receiver module and corresponding central processing module thereof; It judges the intensity of the radio signal that said radio signal receiver module receives, and confirms the size of relative distance and controls long-range audio analog volume heel distance from coupling with this.
3. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
The simulation audio frag info that said audio memory module is stored has reflected distance difference, is provided with the corresponding different gauged distance of audio fragment of different original sound volume.
4. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
Said audio memory module and audio processing module are integrated in the chip.
5. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
Said audio processing module is provided with audio fragment combiner circuit, inserts new selected audio fragment and broadcast together in the time of in fact.
6. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
Also be provided with at least 1 weight adjustment module in the said model gun, be used to load onto corresponding correction weight and fixing, approaching with this weight of regulating model gun as required with various common army's standard gun, increase the difficulty and the sense of reality of operating.
7. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
Said body receiver module is the electronics shoulder bag of a single shoulder; Link to each other with said model gun; Electronics shoulder bag is provided with single shoulder shoulder belt, bag, shoulder bag central processing module and signal amplification module, and shoulder belt is provided with probe with wrapping, and probe links to each other with the signal amplification module; The signal amplification module links to each other with shoulder bag central processing module, and said electronics shoulder bag tiltedly is worn on player's the shoulder when using.
8. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 7 is characterized in that:
Said electronics shoulder bag also is provided with a waistband and at least one expanding probe interface, and the expanding probe interface links to each other with the signal amplification module of said electronics shoulder bag, and the shoulder belt of said electronics shoulder bag is tightened through said waistband.
9. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 7 is characterized in that:
Said model gun is provided with main battery; Electronics shoulder bag also is provided with reserve battery and model gun calibration/target practice module; The model gun of individual soldier system and electronics shoulder bag can separate independent startup; Said model gun calibration module comprises calibration mode switch, alarm audio-frequency generator and indicator lamp, links to each other with said shoulder bag central processing module.
10. the simulation field operations LASER COUNTERMEASURE SYSTEM that the long-range audio of individual soldier is arranged according to claim 1 and 2 is characterized in that:
Said model gun is provided with nearly long-range two generating lasers, links to each other with the Laser emission driver module, and the Laser emission driver module links to each other with the model gun central processing module, wherein,
The spot diameter of remote laser transmitter is less, but intensity is stronger, is used to guarantee the medium-long range fire accuracy,
The spot diameter of short range generating laser is bigger, but intensity a little less than, be used to guarantee in-plant fire accuracy,
Model gun also is provided with the range selector switch, links to each other with the model gun central processing module, leaves corresponding LASER Discharge Tube and controls emissive porwer through central processing module selection heel distance.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2011202281726U CN202173772U (en) | 2011-06-30 | 2011-06-30 | Simulated field-operation laser countering system with single-soldier remote sound effect |
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| CN2011202281726U CN202173772U (en) | 2011-06-30 | 2011-06-30 | Simulated field-operation laser countering system with single-soldier remote sound effect |
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| CN202173772U true CN202173772U (en) | 2012-03-28 |
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Cited By (8)
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| CN103776298A (en) * | 2014-02-24 | 2014-05-07 | 李响 | Simulation shooting training system |
| CN105783583A (en) * | 2016-03-02 | 2016-07-20 | 北京盈想东方科技发展有限公司 | Laser confrontation simulator |
| CN106110654A (en) * | 2016-06-16 | 2016-11-16 | 联想(北京)有限公司 | A kind of input electronic equipment and electronic equipment |
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| CN103776298A (en) * | 2014-02-24 | 2014-05-07 | 李响 | Simulation shooting training system |
| CN103776298B (en) * | 2014-02-24 | 2015-12-09 | 张臣 | Simulative Shooting Training System |
| CN105783583A (en) * | 2016-03-02 | 2016-07-20 | 北京盈想东方科技发展有限公司 | Laser confrontation simulator |
| CN105783583B (en) * | 2016-03-02 | 2017-07-04 | 北京盈想东方科技股份有限公司 | A kind of laser countermeasure (s) simulator |
| CN106110654A (en) * | 2016-06-16 | 2016-11-16 | 联想(北京)有限公司 | A kind of input electronic equipment and electronic equipment |
| CN106110654B (en) * | 2016-06-16 | 2019-12-24 | 联想(北京)有限公司 | Input electronic equipment and electronic equipment |
| CN107131790A (en) * | 2017-05-27 | 2017-09-05 | 长春师范大学 | individual training simulation system |
| CN107339908A (en) * | 2017-06-26 | 2017-11-10 | 北京盈想东方科技股份有限公司 | A kind of nachinegun fire dot laser simulator |
| CN107238319A (en) * | 2017-07-14 | 2017-10-10 | 北京盈想东方科技股份有限公司 | A kind of adjustable nachinegun fire dot laser simulation trainer of directive |
| CN108211335A (en) * | 2018-01-19 | 2018-06-29 | 南京先进激光技术研究院 | A kind of laser analog fighting system and hit judgment method |
| CN108211335B (en) * | 2018-01-19 | 2023-12-05 | 南京先进激光技术研究院 | Laser simulated combat system and hit judgment method |
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