CN107024142A - High precision photoelectric magnetic simulates rifle transmitter - Google Patents
High precision photoelectric magnetic simulates rifle transmitter Download PDFInfo
- Publication number
- CN107024142A CN107024142A CN201710367067.2A CN201710367067A CN107024142A CN 107024142 A CN107024142 A CN 107024142A CN 201710367067 A CN201710367067 A CN 201710367067A CN 107024142 A CN107024142 A CN 107024142A
- Authority
- CN
- China
- Prior art keywords
- laser
- rifle
- simulates
- screw rod
- high precision
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41A—FUNCTIONAL FEATURES OR DETAILS COMMON TO BOTH SMALLARMS AND ORDNANCE, e.g. CANNONS; MOUNTINGS FOR SMALLARMS OR ORDNANCE
- F41A33/00—Adaptations for training; Gun simulators
- F41A33/02—Light- or radiation-emitting guns ; Light- or radiation-sensitive guns; Cartridges carrying light emitting sources, e.g. laser
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41A—FUNCTIONAL FEATURES OR DETAILS COMMON TO BOTH SMALLARMS AND ORDNANCE, e.g. CANNONS; MOUNTINGS FOR SMALLARMS OR ORDNANCE
- F41A33/00—Adaptations for training; Gun simulators
- F41A33/04—Acoustical simulation of gun fire, e.g. by pyrotechnic means
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Aiming, Guidance, Guns With A Light Source, Armor, Camouflage, And Targets (AREA)
Abstract
A kind of high precision photoelectric magnetic simulates rifle transmitter, add guard timber portion integrally lengthen, laser alignment and gun stock stretching make jump pin adjustment, simulate running fire, simulation shot, to a series of reformed AHP content such as shoulder structural adjustment, further enrich and improve the comprehensive service function that photoelectromagnetic simulation riflery adapts to professional gunnery training and amateurish shooting amusement.
Description
【Technical field】
The invention belongs to a kind of electronic training equipment of the high-precision riflery of utilization photoelectromagnetic technical modelling.
【Background technology】
This practicality invention is inventor to conventional " modified photoelectromagnetic howler " (2,016 1 0995647.1)
The patent such as (2,016 2 1237479.1) and " a kind of adjustable rifle device " (2,016 2 1167223.8) declares synthesis
The supplement of implementation and improvement.
【The practical content of the invention】
A kind of high precision photoelectric magnetic simulation rifle transmitter that the present invention is provided, by the simulation rifle body of a gun and simulation rifle rifle
Support composition, the simulation rifle body of a gun includes：Frame tube, liner mounting bracket, trigger gear, induction installation, electromagnetical analogies percussion dress
Put, laser aid, actuator, sighting device, mode switches, Electrocircuit mode equipment, battery pack device, voltage changing module are filled
Put, simulate running fire device, model gun acoustic device, counter weight device, decorative strip；Simulate rifle include guard timber portion, rifle neck,
Gun stock swing rod portion, patch cheek, gun stock extension section, track connecting portion, to shoulder, handle guard ring portion, bracket strap lug, its feature exists
In,
The guard timber portion and the frame tube two ends are isometric concordant；
The foresight pedestal of the sighting device, is the structure that foresight riser jumps pin lifting；
The laser alignment adjustment structure of the laser aid jumps pin spring top power screw rod and left and right short axle rudder plate post for height
The structure type of plug top power screw rod；
The battery pack device is that can carry out the structure of battery altering installation at any time；
The rifle transmitter also includes three transforming circuit modular devices, simulates the device of running fire and simulates the loudspeaker of shot
PA-system；
The patch cheek, the pull bar of gun stock extension section, all set up jump latch structure；
The shoulder that supports is the structure type that split anchor ear adds flexible sliding block；
The butt hook to shoulder is the structure type of universal connection of shipping and reselling on another market；
The bracket and strap lug are a dual-purpose structure type；
The handle is second self general, in the form of sliding block screw rod is fixed on guard timber bottom chute.
It is preferred that, the anterior-posterior length in the guard timber portion and the frame tube for simulating the body of a gun are isometric and two ends are concordant；Guard timber
Portion rear end is directly connected with the rifle neck with spiral shell of shipping and reselling on another market；Middle essential layer after guard timber extends forward turns into before the frame tube
The installation pedestal of end device.
It is preferred that, the foresight base central position, the foresight bed fluctuating orbit provided with a rectangle up/down perforation is opened
Mouthful, in the rear and front end of foresight bed fluctuating orbit opening, pin standing screw is jumped provided with the lifting with spring steel ball；In fluctuating orbit
On the right side wallboard of opening, provided with two lifting riser standing screws；In addition, supporting vertical plate by front sight ring and below is closed
And into a front sight ring lifting riser integrated member, the front/rear end of front sight ring lifting riser is provided with jump cotter way.
It is preferred that, the laser alignment adjustment structure of the laser aid is thickeied and bottom guard timber using the foresight pedestal at top
The essential layer of portion's extension points to adjustment spiral shell as installation pedestal, by the laser height of top and bottom and is modified to jump pin with spring
Power screw form is pushed up, and between the jump pin top power screw rod and laser support at top, interts a top force compresses spring, this compression
Spring pushes up the interspersed positioning in head of power screw rod by top jump pin, and the tail end application to laser support all the time is adjacent to downwards bottom jump pin
Push up the spring pressure of power screw rod；Just on the bottom centre position of laser support rear end, setting one with slotting compared with short cylindrical head
Enter laser of laser support bottom opening or so positioning vertical pivot screw rod, in addition, positioning the lower section of transverse axis in laser height, set one
Individual laser or so rudder plate area, then on the guard timber portion essential layer of this rudder plate area both sides, swashing with spring steel ball is set
On the left of light power screw rod is pushed up on the right side of plunger top power screw rod and a common laser.
It is preferred that, the battery pack device is molded the neck to be formed in the liner mounting bracket, and clamp isolation baffle plate comes
Battery case is constituted, the middle position of battery case two ends plate washer is provided with the copper shell fragment with arc convex that wiring screw rod is fixed,
The back side of the copper each arc convex of shell fragment, is equipped with one and carries spring steel ball top power screw rod, make copper shell fragment all the time with this
Remain the elastic force for holding out against battery；The battery is lowered into battery case from the opening of chute at the top of the frame tube, and puts
Enter the chute opening after battery, then covered with the counterweight slide plate of the counter weight device.
It is preferred that, the simulation running fire device is molded the fixed miniature speed variable electricity of formation one in the liner mounting bracket
The motor box of machine, micromachine is extended downwardly from the rotating shaft of motor box, install one band impeller, impeller with motor rotate produce to
Under crest pressure；In the lower section just to crest pressure, provided with the relay system that tactile switch is pressed with fine motion, relay system screw
It is fixed on the top surface of guard timber portion essential layer；Microswitch push-button stretches out the part of relay system provided with one piece of metal clips shape
Into top cover pressing plate, to protect microswitch push-button not by impeller contact wear.
It is preferred that, it is described to shoulder by it is upper to shoulder device and it is lower to shoulder device take the symmetrical structure shape of same size,
Its front end is the anchor ear of arc opening, rear end be to scapulet and butt hook ship and resell on another market add dynamic spiral shell make setting angle adjustment, it is close
Stage casing is all provided with two hollow sleeve cartridge type sliding blocks that can make flexible adjustment and reordered the combining structure of a spiral shell, and middle part is then united to shoulder device
One is set to front end with anchor ear opening and holds the same dimension combination of spiral shell, rear end with cannulated sleeve sliding block extension adjustment device tightly
Structure；Butt hook each section connection in, add one can make respectively above and below and left-right rotation rotating shaft screw connection fill
Put.
It is preferred that, the bracket strap lug is dual-purpose structure, in the rear end of bracket column, sets up strap lug
Hooking device.
It is preferred that, three circuit voltage changing modules are additionally arranged in the liner mounting bracket, to adapt to the electromagnetical analogies
Percussion lock, simulation running fire device, the power supply transformation of model gun acoustic device need.
It is preferred that, the patch cheek, all pull rod device in gun stock swing rod portion are set on pull bar, with cotter way is jumped, stretch
The jump latch structure of spring steel ball is carried in orbit hole
【Brief description of the drawings】
Fig. 1 is that the high precision photoelectric magnetic of embodiment one simulates rifle transmitter two large divisions's general assembly schematic diagram.
Fig. 2 is the schematic diagram of guard timber portion 17 that the high precision photoelectric magnetic of embodiment one simulates rifle transmitter.
Fig. 3 is the foresight lifting structure schematic diagram of sighting device 8 that the high precision photoelectric magnetic of embodiment one simulates rifle transmitter.
Fig. 4 is that the laser alignment of the laser aid 6 adjustment structure of the high precision photoelectric magnetic of embodiment one simulation rifle transmitter is shown
It is intended to.
The high precision photoelectric magnetic of Fig. 5 embodiments one simulates the structural representation of battery pack device 11 of rifle transmitter.
The structure of simulation automatic rifle running fire device 13 of the high precision photoelectric magnetic of Fig. 6 moulds embodiment one simulation rifle transmitter is shown
It is intended to.
The pull bars such as patch cheek 19, the extension section 21 of the high precision photoelectric magnetic of Fig. 7 embodiments one simulation rifle transmitter jump pin dress
Put structural representation.
The high precision photoelectric magnetic of Fig. 8 embodiments one simulation rifle transmitter support the structural representation of shoulder 23.
The high precision photoelectric magnetic of Fig. 9 embodiments one simulates the structural representation of bracket strap lug 25 of rifle transmitter.
Fig. 1 two large divisions general assembly schematic diagram is noted；1. frame tube；2. liner mounting bracket；3. trigger gear；4. sensing dress
Put；5. electromagnetical analogies percussion lock；6. laser aid；7. actuator；8. sighting device；9. mode switches；10 circuits
Modular device；11. battery pack device；12. voltage changing module device；13. simulate running fire device；14. model gun acoustic device；15. match somebody with somebody
Refitting is put；16. decorative strip；17. guard timber portion；18. rifle neck；19. gun stock swing rod portion；20. paste cheek；21. gun stock extension section；
22. track connecting portion；23. to shoulder；24. handle guard ring portion；25. bracket strap lug.
Illustrate caption in Fig. 2 guard timbers portion 17：1701. middle essential layer；1702. frame tube mounting layer；1703. handle brackets are matched somebody with somebody
Re-mount layer；1704. laser or so point to adjustment right side top power screw；1705. laser or so point to adjustment left side plunger top power
Screw；1706. laser height points to bottom and jumps pin screw；1707. laser height points to bottom top power screw；1708. laser is left
Right sensing vertical pivot positioning screw hole；1709. electromagnetical analogies percussion lock fixing threaded holes；1710. bracket strap lug brake holes；1711.
Simulation running fire microswitch lifts screw；1712. simulation running fire device fixing threaded holes；1713. caliber rifles install standby hole；
1714. guard timber portions and rifle neck connecting screw hole；1715. frame tube installation screw.
The foresight of Fig. 3 sighting devices 8 lifting signal caption：801. foresight pedestals；802. foresight fluctuating orbit openings；803. rise
Drop jumps standing screw before and after pin；804. lifting risers or so standing screw；805. front sight rings lift riser.
Fig. 4 laser aids 6 point to adjustment structural representation caption：601. laser support；602. laser height positioning transverse axis；
Pin top power screw rod is jumped at the top of 603. laser；604. laser power springs；Jump pin top power screw rod in 605. laser bottoms；606. laser are left
Right positioning vertical pivot screw rod；607. laser or so adjustment rudder plate area；Plunger top power screw rod on the left of 608. laser；It is general on the right side of 609. laser
Logical top power screw rod.
The structural representation caption of Fig. 5 battery pack devices 11：1101. liner mounting brackets are molded screens；1102. battery case shelves
Plate；1103. plate washer terminal screw；1104. copper shell fragment；1105. plunger top power screw rods；1106. battery；1107. battery is put into
Opening；1108. battery case top blind flange.
The caption of Fig. 6 simulation running fires device 13：1301. liner supports are molded motor box；Link cover of FIG at the top of 1302. motor box
Plate；1303. miniature speed variable motor；1304. motor impeller；1305. relay mounting bracket；1306. relay supports fix spiral shell；
1307. fine motions pressure touches switch；1308. microswitches lift spiral shell；1309. microswitches protect pressing plate；1310. microswitch wiring
Socket.
Fig. 7 pull bars jump pin 20,21 captions：Pin screw rod is jumped in 2001. patch cheek liftings；2002. patch cheek lifter drawing bars jump cotter way；
Pin screw rod is jumped in the stretching of 2101. lower supports；2102. lower support stretch rods jump cotter way；Pin screw rod is jumped in base body stretching on 2103.；2104.
Upper base body stretch rod jumps cotter way.
Fig. 8 supports the structural representation caption of shoulder 23：Shoulder anchor ear is supported on 2301.；2302. times to shoulder anchor ear；Embraced in 2303. to shoulder
Hoop；Scapulet is supported on 2304；2305. lower butt hook；2306. support the flexible sliding block of shoulder；2307., which support shoulder sliding block, fixes spiral shell；2308. anchor ear
Opening；2309. anchor ear screw rod；Lower rotary shaft Luo on 2310. butt hooks；2311. butt hooks or so rotating shaft spiral shell
The structural representation caption of Fig. 9 brackets strap lug 25：2501. bracket pedestal；2502. bracket column；2503. bracket belt
Hook；2504. strap lug；2505. brackets fix spiral shell.
【Embodiment】
In order that technical scheme and technique effect are clearer, with reference to the accompanying drawings and examples to this patent
Embodiment be described in detail.
Embodiment one：
As shown in figure 1, the high precision photoelectric magnetic simulation rifle transmitter in the present embodiment, by the simulation rifle body of a gun and simulation
Rifle two large divisions constitutes, and includes frame tube 1；Liner mounting bracket 2；Trigger gear 3；Induction installation 4；Electromagnetical analogies
Percussion lock 5；Laser aid 6；Actuator 7；Sighting device 8；Mode switches 9；Electrocircuit mode equipment 10；Battery is box-packed
Put 11；Voltage changing module device 12；Simulate running fire device 13；Model gun acoustic device 14；Counter weight device 15；Decorative strip 16；Guard timber
Portion 17；Rifle neck 18；Gun stock swing rod portion 19；Paste cheek 20；Gun stock extension section 21；Track connecting portion 22；To shoulder 23；Handle is protected
Circle portion 24；Bracket strap lug 25.The embodiment of its overall operation is as follows：
First, shooter can carry out adaptation phase within the alerting time using each portion's adjusting means for simulating rifle
The planform of the firing position of pass and the adjustment of position, including：Base body swing rod portion 19 and gun stock extension section 21 are adjusted, is made
Gun stock reaches most suitable length, and the patch cheek plate for pasting cheek 20 is adjusted to the height and right position of the most comfortable patch cheek.It will take aim at
Standard apparatus 8 adjusts the alignment height of the comfortable patch cheek, supports shoulder shape and angle being adjusted to most suitable to shoulder 23, will hold in the palm
Seat strap lug 25 is adjusted to most steady and sure most firm support rifle holding state.After posture structural adjustment well, Land use models switch dress
Put 9 unlatching transmitters.Laser alignment to laser aid 6 is checked and corrected.And by related gunnery regulations and shooting grade
Target call, advance setting is carried out to the shot pattern program in mode switches 9 and parameter, such as setting percussion institute
It is required that trigger pull, setting match or training data display form；Set shot pattern of single-shot or running fire etc..Pattern
After parameter setting, you can start shooting, the embodiment of its shooting course is as follows：
The trigger gear 3 with electrical connection is pulled, applies the pressure of triggering pulling to induction installation 4 and conducts electric current.Sensing
Device 4 sends the induced signal and electric current of Trigger pull to Electrocircuit mode equipment 10,10 pairs of sensing letters of Electrocircuit mode equipment
Number carry out analysis calculating and make the forwarding of the signal in terms of three, on the one hand, Electrocircuit mode equipment 10 is by the electricity of pre- trigger squeeze
Spread and pass laser aid 6, make laser aid 6 transmitting show gun vibrating locus it is long when laser signal, two aspect, circuit mould
Trigger pull induced signal is converted into the view data of pressure curve change by block assembly 10 again, sends out in the form of radio signals
The tablet personal computer display of outside is given, with this on the shooting grade interface of tablet personal computer screen, the song of Trigger pull is shown
Line image and data.Three aspects, when Trigger pull data reach that mode switches 9 are redefined for the trigger pull mark of percussion
On time, Electrocircuit mode equipment 10 can be filled by the emission mode set in advance of mode switches 9 while being fired to electromagnetical analogies again
Put the firing signal that 5, laser aid 6, model gun acoustic device 14 send single-shot (or running fire).The achievement and sound of target practice are brought with this
Ring vibrating effect.And these indication of shots achievements and sound vibrating effect be all can be with outside electronics hit telling system and software program
Function is supporting, to carry out selecting setting.In addition, the sightless infrared laser of the laser aid 6 of this equipment carrys out launching simulation
Throw-off practice and display gun aim at the laser signal of vibrating locus.Land use models switching device 9, can open laser aid 6
Visible laser spot come assist school rifle and utilize laser red-point aiming.ACK button, the dial-up rotating disk of Land use models switching device 9
And its data display of LED display, two-stage trigger gravitation can be adjusted, the electricity and running status for monitoring this equipment is checked
Change.Actuator 7 is enabled, clip-fed gunnery regulations action request can be simulated.Utilize itself adjustment knot of trigger gear 3
Structure, can adjust the length of one of fiery gravitation size fiery stroke with together with of trigger.Utilize trigger gear 3 and handle guard ring portion 24
Mobile installation site adjustment, can carry out the adjustment of handle triggering pulling positional distance.Utilize the electromagnetism of electromagnetical analogies percussion lock 5
Iron adhesive is apart from adjustment structure, thus it is possible to vary the sound and dynamics of simulation percussion.Using counter weight device 15, gun can be simulated total
The adjustment of weight and total centre of gravity.Using three circuit voltage changing module devices 12, it can connect for electromagnetical analogies percussion lock 5, simulation
Transmitting apparatus 13, model gun acoustic device 14 provide the operating voltage required for appropriate power.Using model gun acoustic device 14, adapt to not
Selection with shooting scene for simulating shot size needs.Height using sighting device 8 or so adjusts structure, can carry out
The adjustment of alignment height and angle and laser target shooting bullet group., can be right using the attachment means of shipping and reselling on another market of rifle neck 18
The relative position of body of a gun axis and gun stock axis carries out moving in parallel adjustment.Other each portions of gun stock, can make foregoing adaptation not
Needed with the shape of firing position and position adjustment.
The high precision photoelectric magnetic of the present embodiment one as shown in Figure 2 simulates the guard timber portion 17 of rifle transmitter, takes and framework
The concordant equal length in the rear and front end of pipe 3, comprising：Middle essential layer 1701；Frame tube mounting layer 1702；Handle bracket counterweight is pacified
Fill layer 1703；Laser or so points to adjustment right side top power screw 1704；Laser or so points to adjustment left side plunger top power screw
1705；Laser height points to bottom and jumps pin screw 1706；Laser height points to bottom top power screw 1707；Laser or so points to perpendicular
Axle positioning screw hole 1708；Electromagnetical analogies percussion lock fixing threaded hole 1709；Bracket strap lug brake hole 1710；Simulate running fire fine motion
Switch lifts screw 1711；Simulate running fire device fixing threaded hole 1712；Caliber rifle installs standby hole 1712；Guard timber portion and rifle neck
Portion's connecting screw hole 1714；The structures such as frame tube installation screw 1715.Its laser or so points to vertical pivot positioning screw hole 1708, for swashing
Electro-optical device 6 makees the installation of the longitudinal axis fulcrum positioning screw of laser or so directive adjustment.Its laser or so points to adjustment right side top power
Screw 1704 and laser or so point to adjustment left side plunger top power screw 1705, for making laser or so directive to laser aid 6
The installation of the top power standing screw of adjustment.Its laser height points to bottom jump pin screw 1706, laser height and points to bottom top power
Screw 1707, for making the installation that laser height points to the bottom top power screw rod and jump pin screw rod of adjustment to laser aid 6.Its electricity
Magnetic simulation percussion lock fixing threaded hole 1709, for the fixed installation to electromagnetical analogies percussion lock 4.Its bracket strap lug is braked
Hole 1710, the installation for bracket strap lug pedestal is braked.It is simulated running fire microswitch and lifts screw 1711 and simulation running fire
Device fixing threaded hole 1712, the positioning screw for simulating running fire relay system and microswitch is installed.Its caliber rifle is installed
Standby hole 1713, is ready for use on the following pedestal fixation spiral shell installation exchanged and install small-bore sporting rifle.Its guard timber portion and rifle neck
Connecting screw hole 1714, the installation of spiral shell is connected for guard timber portion 17 with shipping and reselling on another market for rifle neck 18.Its frame tube installation screw 1715, is used
The installation of spiral shell is fixed in frame tube 3.
The foresight lifting dress of the sighting device 8 of the high precision photoelectric magnetic of the present embodiment one simulation rifle transmitter as shown in Figure 3
Put, include：Foresight pedestal 801；Foresight fluctuating orbit opening 802；Standing screw 803 before and after pin is jumped in lifting；Lift riser left
Right standing screw 804；The structures such as front sight ring lifting riser 805.The center ofthe position of its foresight pedestal 801 is provided with foresight liter
Track opening 802 drops；The rear and front end that the front and rear standing screw 803 of pin is arranged on foresight fluctuating orbit opening 802 is jumped in lifting；Lifting
Riser or so standing screw 804 is arranged on the wallboard on the right side of foresight fluctuating orbit opening 802；Front sight ring lifts riser 805
When insertion foresight fluctuating orbit opening 802 makees lifting moving, the jump cotter way of its riser front/rear end is fixed before and after being sold with lifting jump
The spring steel ball of screw rod 803 mutually produces rolling friction, sends jump pin scale effects,sound.After lift adjustment in place, respectively
Tighten lifting and jump standing screw 803 and lifting riser or so standing screw 804 before and after pin, that is, reach the adjustment of foresight stationary positioned
Effect.
The laser alignment of the laser aid 6 of the high precision photoelectric magnetic of the present embodiment one simulation rifle transmitter as shown in Figure 4 is adjusted
Engagement positions, include laser support 601；Laser height positioning transverse axis 602；Pin top power screw rod 603 is jumped at the top of laser；Laser top power
Spring 604；Jump pin top power screw rod 605 in laser bottom；Laser or so positioning vertical pivot screw rod 606；Laser or so adjustment rudder plate area
607；Plunger top power screw rod 608 on the left of laser；The structure such as common top power screw rod 609 on the right side of laser.About 601 points of its laser support
Two layers, upper strata is provided with infrared black light laser, and lower floor is provided with red color visible light laser；Its laser height positions horizontal
It is major diameter that axle 602, which is traversed before and after laser support 601, be up and down minor axis oval aperture in, laser alignment is adjusted
The horizontal axis effect spacing up and down, left and right is not spacing.Pin top power screw rod 603 and laser power spring 604 are jumped at the top of its laser
All the time the downward pressure for being close to laser bottom jump pin top power screw rod 605 is applied to the rear end of laser support 601；As long as turning laser
Jump pin top power screw rod 605 in bottom, you can reach the effect that adjustment laser height is pointed to.And its laser or so positioning vertical pivot screw rod
606 to be inserted upwardly into before and after the bottom of laser support 601 be major diameter, in the elliptical openings that left and right is minor axis, only to laser alignment
Spacing, not spacing vertical pivot positioning action is up and down adjusted or so.It is high that its laser or so adjustment rudder plate area 607 is placed exactly in laser
The lower section of the installation site of low positioning transverse axis 602；The spring steel ball of plunger top power screw rod 608 is always left to laser on the left of its laser
Right adjustment rudder plate area 607 produces the pressure for being close to common top power screw rod 609 on the right side of laser to the right, as long as to common top on the right side of laser
Power screw rod carries out unilateral turning operation, you can realize the left and right adjustment to laser alignment.And when whole laser alignment is all adjusted
After in place, if shooter feels to be necessary, progress can be selected to tighten pin top power screw rod 603 and a laser left side are jumped at the top of laser
The operation of lateral column plug top power screw rod 608, to reach the laser alignment strong fix effect that screw lock is carried out to laser support 601
Really.But when after locking, such as need to carry out laser alignment adjustment again, then it must first unclamp and pin top power is jumped at the top of the laser of locking
Plunger top power screw rod 608 on the left of screw rod 603 and laser, could jump common on the right side of pin top power screw rod 605 or laser to laser bottom
Top power screw rod 609 makees unilateral laser alignment adjustment operation.
The high precision photoelectric magnetic of the present embodiment one as shown in Figure 5 simulates the battery pack device 11 of rifle transmitter, includes interior
Serve as a contrast mounting bracket injection screens 1101；Battery case plate washer 1102；Plate washer terminal screw 1103；Copper shell fragment 1104；Plunger top power
Screw rod 1105；Battery 1106；Battery is put into opening 1107；The structures such as battery case top blind flange 1108.It will be made with insulating materials
Battery case plate washer 1102, be installed between the injection screens 1101 of liner mounting bracket, plate washer terminal screw 1103 will be copper
Shell fragment 1104 is fixedly mounted on battery case plate washer 1102；Plunger top power screw rod 1105 is arranged on battery case plate washer 1102 and copper bullet
Between the curved rear of piece 1104, to keep copper shell fragment 1104 to the card surging of battery 1106；Battery 1106 is put from battery
Enter opening 1107 to be put into；Battery is put into opening 1107 and covered by battery case top blind flange 1108.
The high precision photoelectric magnetic of the present embodiment one as shown in Figure 6 simulates the simulation running fire device 13 of rifle transmitter, includes
Liner support is molded motor box 1301；Wiring cover plate 1302 at the top of motor box；Miniature speed variable motor 1303；Motor impeller 1304；
Relay mounting bracket 1305；Relay support fixes spiral shell 1306；Fine motion pressure touches switch 1307；Microswitch lifts spiral shell 1308；Fine motion
Switch protection pressing plate 1309；The structures such as microswitch connector socket 1310.When shooting procedure is arranged to connect by mode switches 9
During hair pattern, as long as Trigger pull reaches the gravitation standard of percussion, miniature speed variable motor 1303 i.e. can drive motor impeller work
Continuous to rotate, impeller imposes regular open-close pressure to the button that fine motion pressure touches switch 1307 again to be changed, so as to cause fine motion
The circuit of switch 1307 produces regular switching change, and this current switching variable signal passes through in Electrocircuit mode equipment 10
SCM program is calculated, and is converted into laser aid 6, electromagnetical analogies percussion lock 5, model gun acoustic device 14 and is simulated continuous transmitting electricity
Sub-instructions, produce laser target shooting and acoustics that simulation is continuously launched.In operation debugging, relay mounting bracket will be arranged on
Microswitch on 1305 left surfaces protects the end section of pressing plate 1309, is just covered with to press in fine motion and touches the button for switching 1307
Top, thereby protecting the button of the tactile switch 1307 of fine motion pressure will not be damaged because of the pivoting friction of motor impeller 1304.Again from shield
Wooden bottom up puts in spanner, turns adjustment microswitch and lifts spiral shell 1308 to suitable height, then can adjust fine motion pressure and touch
The button top of switch 1307 bears the stroke length of the crest pressure of motor impeller 1304, so as to reach that one can just realize
The appropriate stress of switch motion.
The pull bar of the high precision photoelectric magnetic of the present embodiment one simulation rifle transmitter as shown in Figure 7 jumps pin 20,21 captions, comprising
There is patch cheek lifting to jump pin screw rod 2001；Paste cheek lifter drawing bar and jump cotter way 2002；Pin screw rod 2101 is jumped in lower support stretching；Lower support is drawn
Boom jumps cotter way 2102；Pin screw rod 2103 is jumped in upper base body stretching；Upper base body stretch rod jumps the structures such as cotter way 2104.It is relevant when unclamping
The anchor ear screw of pull bar, when being stretched to any pull bar, its spring steel ball for jumping pin screw rod is can be with the jump cotter way on pull bar
Produce the jump pin bounce effects,sound of rolling friction.
The as shown in Figure 8 high precision photoelectric magnetic of the present embodiment one simulation rifle transmitter supports the structure of shoulder 23, includes
To shoulder anchor ear 2301；Shoulder anchor ear 2302 is supported down；In support shoulder anchor ear 2303；It is upper to support scapulet 2304；Lower butt hook 2305；It is flexible to shoulder
Sliding block 2306；Spiral shell 2307 is fixed to shoulder sliding block；Anchor ear opening 2308；Anchor ear screw rod 2309；Lower rotary shaft Luo 2310 on butt hook；Support
The grade device of shoulder hook or so rotating shaft spiral shell 2311.Such as unclamp the anchor ear screw rod 2309 of any Split type structure, you can adjust the Split type device
Installation site and setting angle.Such as unclamp any shoulder sliding block that supports and fix spiral shell 2307, you can elastic is made to shoulder sliding block to this
Adjustment.Such as unclamp lower rotary shaft Luo 2310 or butt hook or so rotating shaft spiral shell 2311 on any butt hook, you can to this section support shoulder
It is hooked into the bending adjustment of above and below row or left and right.
The high precision photoelectric magnetic of the present embodiment one as shown in Figure 9 simulates the structure of bracket strap lug 25 of rifle transmitter, comprising
There is bracket pedestal 2501；Bracket column 2502；Bracket hook of waist band 2503；Strap lug 2504；Bracket fixes the grade device of spiral shell 2505.
When shooter needs to be fired from standing position, hand-rest plate is installed on bracket column 2502.And working as needs progress prone position or kneeling position to penetrate
When hitting, then hand-rest plate can be removed, the strap lug 2504 for being installed with shooting belt is hung up on bracket hook of waist band 2503.And bracket
The screw thread that pedestal 2501 fixes daybreak 2505 with bracket stings the mating reaction of hard-pressed bale folder and screw rod latch, then may insure bracket belt
The overall strong fix of ring 25.
The announcement and guiding of book according to the above description, the technical staff of this practical field that the present invention belongs to can also be to above-mentioned reality
The mode of applying carries out appropriate change and modification.Therefore, this practicality invention is not limited to embodiments described above, right
The change of some technology modifications and product style in this practical invention right, it should also fall into this practicality invention
Protection domain.Although in addition, used some specific terms in this specification, these terms merely for convenience of description,
Any limitation is not constituted to this practicality invention.
Claims (10)
1. a kind of high precision photoelectric magnetic simulates rifle transmitter, it is made up of the simulation rifle body of a gun and simulation rifle, simulation step
The rifle body of a gun includes：Frame tube, liner mounting bracket, trigger gear, induction installation, electromagnetical analogies percussion lock, laser aid, treat
Transmitting apparatus, sighting device, mode switches, Electrocircuit mode equipment, battery pack device, voltage changing module device, simulation running fire dress
Put, model gun acoustic device, counter weight device, decorative strip；Simulating rifle includes guard timber portion, rifle neck, gun stock swing rod portion, patch
Cheek, gun stock extension section, track connecting portion, to shoulder, handle guard ring portion, bracket strap lug, it is characterised in that
The guard timber portion and the frame tube two ends are isometric concordant；
The foresight pedestal of the sighting device, is the structure that foresight riser jumps pin lifting；
The laser alignment adjustment structure of the laser aid jumps pin spring top power screw rod and left and right short axle rudder plate plunger top for height
The structure type of power screw rod；
The battery pack device is that can carry out the structure of battery altering installation at any time；
The rifle transmitter also includes three transforming circuit modular devices, simulates the device of running fire and simulates the loudspeaker stereo of shot
Device；
The patch cheek, the pull bar of gun stock extension section, all set up jump latch structure；
The shoulder that supports is the structure type that split anchor ear adds flexible sliding block；
The butt hook to shoulder is the structure type of universal connection of shipping and reselling on another market；
The bracket and strap lug are a dual-purpose structure type；
The handle is second self general, in the form of sliding block screw rod is fixed on guard timber bottom chute.
2. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the guard timber portion it is front and rear
Length and the frame tube for simulating the body of a gun are isometric and two ends are concordant；Guard timber portion rear end is with the rifle neck directly with spiral shell phase of shipping and reselling on another market
Even；Middle essential layer after guard timber extends forward turns into the installation pedestal of the frame tube fore device.
3. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the foresight base central
Position, the foresight bed fluctuating orbit opening provided with a rectangle up/down perforation, two before and after foresight bed fluctuating orbit opening
End, pin standing screw is jumped provided with the lifting with spring steel ball；It is vertical provided with two liftings on the right side wallboard of fluctuating orbit opening
Plate standing screw；In addition, supporting vertical plate by front sight ring and below is merged into an overall structure of front sight ring lifting riser
Part, the front/rear end of front sight ring lifting riser is provided with jump cotter way.
4. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the laser aid swashs
Light points to adjustment structure and thickeies the essential layer extended with bottom guard timber portion as installation pedestal by the use of the foresight pedestal at top, will push up
The laser height of portion and bottom points to the top power screw form that adjustment spiral shell is modified to jump pin with spring, and in the jump pin top power at top
Between screw rod and laser support, intert a top force compresses spring, the head that this compression spring jumps pin top power screw rod by top is worn
Positioning is inserted, the downward spring pressure for being adjacent to bottom jump pin top power screw rod is applied to the tail end of laser support all the time；Just to laser
On back-end support bottom centre position, set the laser to insert laser support bottom opening compared with short cylindrical head or so fixed
Position vertical pivot screw rod, in addition, positioning the lower section of transverse axis in laser height, sets a laser or so rudder plate area, then in this rudder plate
On the guard timber portion essential layer of area both sides, set plunger top power screw rod on the left of the laser with spring steel ball and one it is common
Top power screw rod on the right side of laser.
5. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the battery pack device exists
The liner mounting bracket is molded the neck to be formed, and clamp isolation baffle plate constitutes battery case, the center of battery case two ends plate washer
Position is provided with the copper shell fragment with arc convex that wiring screw rod is fixed, and the back side of the copper each arc convex of shell fragment is all provided with
There is one to carry spring steel ball top power screw rod, remain copper shell fragment with this and hold out against the elastic force of battery；The battery from
Battery case is lowered into the opening of chute at the top of the frame tube, and is put into the chute opening after battery, then uses the counterweight
The counterweight slide plate of device is covered.
6. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the simulation running fire device
Injection forms the motor box of a fixed miniature speed variable motor in the liner mounting bracket, and micromachine extends downwardly from motor
In the rotating shaft of box, a band impeller is installed, impeller rotates with motor and produces downward crest pressure；Just under crest pressure
Side, provided with the relay system that tactile switch is pressed with fine motion, relay system is screwed in the top surface of guard timber portion essential layer；It is micro-
Dynamic shift knob stretches out top cover pressing plate of the part provided with one piece of metal clips formation of relay system, to protect microswitch push-button
Not by impeller contact wear.
7. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that described to be supported to shoulder by
Shoulder device and it is lower take the symmetrical structure shape of same size to shoulder device, its front end is the anchor ear of arc opening, rear end be to
The the shipping and reselling on another market of scapulet and butt hook adds dynamic spiral shell and makees setting angle adjustment, two are all provided with close to stage casing can make the hollow sleeve of flexible adjustment
Cartridge type sliding block is reordered the combining structure of a spiral shell, and middle part to shoulder device is then uniformly set to front end band anchor ear opening and hold tightly spiral shell,
Rear end carries the same dimension combination structure of cannulated sleeve sliding block extension adjustment device；In each section connection of butt hook,
Add one can make respectively above and below and left-right rotation rotating shaft screw connection device.
8. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the bracket strap lug is
One dual-purpose structure, in the rear end of bracket column, sets up the hooking device of a strap lug.
9. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that install branch in the liner
Three circuit voltage changing modules are additionally arranged on frame, to adapt to the electromagnetical analogies percussion lock, simulation running fire device, simulation shot dress
The power supply transformation needs put.
10. high precision photoelectric magnetic as claimed in claim 1 simulates rifle transmitter, it is characterised in that the patch cheek, gun stock
All pull rod device in swing rod portion are set to carry the jump pin knot jumped and carry spring steel ball in cotter way, drawing trajectory hole on pull bar
Structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710367067.2A CN107024142B (en) | 2017-05-23 | 2017-05-23 | High precision photoelectric magnetic simulates rifle transmitter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710367067.2A CN107024142B (en) | 2017-05-23 | 2017-05-23 | High precision photoelectric magnetic simulates rifle transmitter |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107024142A true CN107024142A (en) | 2017-08-08 |
| CN107024142B CN107024142B (en) | 2018-11-27 |
Family
ID=59529368
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710367067.2A Active CN107024142B (en) | 2017-05-23 | 2017-05-23 | High precision photoelectric magnetic simulates rifle transmitter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107024142B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110057239A (en) * | 2019-05-30 | 2019-07-26 | 仇颖 | The transparent no pipe photoelectromagnetic of Split injection simulates rifle marksmanship signalling means |
| CN112146513A (en) * | 2020-09-29 | 2020-12-29 | 张仕霓 | Repeating shooting simulator |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20110207088A1 (en) * | 2010-01-19 | 2011-08-25 | Oren Uhr | Dry fire training device |
| US9163894B1 (en) * | 2011-10-28 | 2015-10-20 | Lockheed Martin Corporation | Laser transmission system for use with a firearm in a battle field training exercise |
| CN105043162A (en) * | 2015-06-25 | 2015-11-11 | 中国人民解放军总参谋部第六十研究所 | Quick-assembly calibration-free laser transmitter for gun shooting training |
| CN106123679A (en) * | 2016-06-30 | 2016-11-16 | 陈凌宇 | High precision photoelectric howler |
| CN106247849A (en) * | 2016-01-29 | 2016-12-21 | 谢朝辉 | Analog laser transmitter |
| CN106352735A (en) * | 2016-11-11 | 2017-01-25 | 仇颖 | Improved photoelectromagnetic shooting annunciator |
-
2017
- 2017-05-23 CN CN201710367067.2A patent/CN107024142B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20110207088A1 (en) * | 2010-01-19 | 2011-08-25 | Oren Uhr | Dry fire training device |
| US9163894B1 (en) * | 2011-10-28 | 2015-10-20 | Lockheed Martin Corporation | Laser transmission system for use with a firearm in a battle field training exercise |
| CN105043162A (en) * | 2015-06-25 | 2015-11-11 | 中国人民解放军总参谋部第六十研究所 | Quick-assembly calibration-free laser transmitter for gun shooting training |
| CN106247849A (en) * | 2016-01-29 | 2016-12-21 | 谢朝辉 | Analog laser transmitter |
| CN106123679A (en) * | 2016-06-30 | 2016-11-16 | 陈凌宇 | High precision photoelectric howler |
| CN106352735A (en) * | 2016-11-11 | 2017-01-25 | 仇颖 | Improved photoelectromagnetic shooting annunciator |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110057239A (en) * | 2019-05-30 | 2019-07-26 | 仇颖 | The transparent no pipe photoelectromagnetic of Split injection simulates rifle marksmanship signalling means |
| CN110057239B (en) * | 2019-05-30 | 2024-05-28 | 仇颖 | Split injection moulding transparent tubeless light electromagnetic analog long gun shooting signal device |
| CN112146513A (en) * | 2020-09-29 | 2020-12-29 | 张仕霓 | Repeating shooting simulator |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107024142B (en) | 2018-11-27 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106123679B (en) | High precision photoelectric howler | |
| CN106352735B (en) | Modified photoelectromagnetic howler | |
| JP2018507490A (en) | Method and apparatus for haptic system | |
| CN208823911U (en) | A kind of interactive boxing training target | |
| CN107024142A (en) | High precision photoelectric magnetic simulates rifle transmitter | |
| CN204637504U (en) | A kind of football training pass device | |
| CN206847471U (en) | High precision photoelectric magnetic simulates rifle transmitter | |
| CN204165449U (en) | Light Electrical Multi-functional analog checker for shooting training | |
| CN104121806B (en) | Light Electrical Multi-functional analog checker for shooting training | |
| CN207456282U (en) | Upgrade version high precision photoelectric magnetic simulates Pistol for military police transmitter | |
| CN206208101U (en) | Modified photoelectromagnetic howler | |
| CA2797151A1 (en) | Interactive modular aerobic training system | |
| CN107024143B (en) | High precision photoelectric magnetic skimulated motion pistol transmitter | |
| CN110507975A (en) | One kind being used for physical education tae kwon do training device | |
| CN208059678U (en) | A kind of energy continuous fire and the aerodynamics simu1ation rifle with recoil | |
| CN202676016U (en) | Laser bullet-free multifunctional simulated sport pistol training detector | |
| CN207280289U (en) | Popular edition high precision photoelectric magnetic simulates Pistol for military police transmitter | |
| CN206847470U (en) | High precision photoelectric magnetic skimulated motion pistol transmitter | |
| CN110327605A (en) | A kind of shooting posture standard practice ancillary equipment | |
| CN110057239B (en) | Split injection moulding transparent tubeless light electromagnetic analog long gun shooting signal device | |
| CN101738138A (en) | Device and method for controlling burst shooting of toy gun | |
| CN204555806U (en) | Novel Light Electrical Multi-functional analog checker for shooting training | |
| CN107970594A (en) | A kind of cue and application method that head is indicated with replaceable intelligence | |
| CN202478565U (en) | Screen-moving-with-gun type shooting simulator | |
| CN207866109U (en) | A kind of projectile and the dual-purpose peashooters of AR |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant |