CN105547048A - Light infrared gun sigh - Google Patents
Light infrared gun sigh Download PDFInfo
- Publication number
- CN105547048A CN105547048A CN201510863194.2A CN201510863194A CN105547048A CN 105547048 A CN105547048 A CN 105547048A CN 201510863194 A CN201510863194 A CN 201510863194A CN 105547048 A CN105547048 A CN 105547048A
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- assembly
- infrared
- monocular instrumnent
- mount pad
- screw
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- 230000003287 optical effect Effects 0.000 claims abstract description 8
- 238000009434 installation Methods 0.000 claims abstract description 7
- 125000006850 spacer group Chemical group 0.000 claims description 23
- 238000012545 processing Methods 0.000 claims description 22
- 230000002093 peripheral effect Effects 0.000 claims description 14
- 125000003003 spiro group Chemical group 0.000 claims description 9
- 238000012546 transfer Methods 0.000 claims description 7
- 230000004888 barrier function Effects 0.000 claims description 6
- 230000000694 effects Effects 0.000 claims description 6
- 230000009471 action Effects 0.000 claims description 4
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- 239000013536 elastomeric material Substances 0.000 claims description 3
- 239000000463 material Substances 0.000 claims description 3
- 238000005192 partition Methods 0.000 claims description 3
- 230000007704 transition Effects 0.000 claims description 3
- 238000004804 winding Methods 0.000 claims description 3
- 238000012937 correction Methods 0.000 abstract description 3
- 210000001503 joint Anatomy 0.000 abstract 1
- 239000000203 mixture Substances 0.000 description 8
- 238000010586 diagram Methods 0.000 description 6
- 238000012946 outsourcing Methods 0.000 description 4
- 230000005540 biological transmission Effects 0.000 description 3
- 230000015572 biosynthetic process Effects 0.000 description 3
- 239000011521 glass Substances 0.000 description 3
- 210000003168 insulating cell Anatomy 0.000 description 3
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 210000004027 cell Anatomy 0.000 description 1
- 238000013016 damping Methods 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 238000010304 firing Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000003116 impacting effect Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 208000020442 loss of weight Diseases 0.000 description 1
Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41G—WEAPON SIGHTS; AIMING
- F41G1/00—Sighting devices
- F41G1/32—Night sights, e.g. luminescent
- F41G1/34—Night sights, e.g. luminescent combined with light source, e.g. spot light
- F41G1/36—Night sights, e.g. luminescent combined with light source, e.g. spot light with infrared light source
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F41—WEAPONS
- F41G—WEAPON SIGHTS; AIMING
- F41G1/00—Sighting devices
- F41G1/46—Sighting devices for particular applications
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- Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Telescopes (AREA)
- Photometry And Measurement Of Optical Pulse Characteristics (AREA)
Abstract
The invention discloses a light infrared gun sight and belongs to the technical field of optical instruments. The light infrared gun sight comprises a simple ocular assembly, an infrared detector assembly, a sight-gun connecting base assembly, an athermalization infrared lens assembly, a battery assembly, an installation base, a switch/correction button, an organic light emitting diode (OLED) display and a shell assembly. One end of the sight-gun connecting base assembly is installed on a rifle, and the other end of the sight-gun connecting base assembly is connected with the bottom of the installation base. The top of the installation base is in butt joint with the battery assembly. The athermalization infrared lens assembly and the shell assembly are installed at the two ends of the installation base respectively. The infrared detector assembly is fixed in the shell assembly. The simple ocular assembly is connected with the shell assembly. The OLED display is fixed between the infrared detector assembly and the simple ocular assembly. The switch/correction button is installed on the top surface of the installation base and electrically connected with the battery assembly and the infrared detector assembly. A single personnel target which is about 500 m away can be observed and sighted through the light infrared gun sight, and the light infrared gun sight can work around the clock in all weathers.
Description
Technical field
The invention belongs to technical field of optical instrument, be specifically related to a kind of light-duty infrared gun aiming device.
Background technology
Current infrared gun aiming device parts peculiar is on the market more, some outfit range finder using lasers, thus causes weight comparatively large, and cost is very high;
The firearms that existing infrared gun aiming device is suitable for are less, and firing table is very simple, and fire accuracy is not high;
Conventional infrared gun aiming device Connection Block locking operation complexity effort, repeatedly need pull spanner, spanner likely skids, and installs inconvenient; And it is lower to repeat being installed property precision, thus affect the fire accuracy of infrared gun aiming device;
Conventional infrared gun aiming device is without glissando, and when infrared gun aiming device is subject to repeatedly shooting impact, the eyeglass first in infrared objective and eyepiece there will be glass and collapses limit, even glass breaking; Secondly domestic non-refrigerated infrared detector is when being subject to impacting, and there will be bad unit, thus affect image viewing, that fixed position first then can be caused to occur is loosening, thus causes infrared acquisition to be moved or tilt, and causes serious zero drift.And occur loosen after also can damage Infrared Detectors and treatment circuit.
Summary of the invention
In view of this, the object of this invention is to provide a kind of light-duty infrared gun aiming device, support the use with 95 Shi Qiang races, the observation to the single personnel targets of about 500m and aiming can be completed, can all weather operations in 24 hours.
Complete the observation to the single personnel targets of about 500m and aiming, can all weather operations in 24 hours; This light-duty infrared gun aiming device adopts domestic detector, lightweight, handled easily.
The present invention is achieved through the following technical solutions:
A kind of light-duty infrared gun aiming device, comprising: monocular instrumnent assembly, infrared detector module, mirror rifle connecting seat assembly, without thermalization infrared lens assembly, battery case assembly, mount pad, switch/correcting button, OLED display, casing assembly and transitional frame;
Described infrared detector module by realizing the collection to IR without thermalization infrared lens assembly, and transfers optical signal to the signal of telecommunication, is delivered in OLED display, is observed for operating personnel by monocular instrumnent assembly after Electric signal processing;
Described battery case assembly provides power supply for infrared detector module and OLED display;
Described switch/correcting button realize gun aiming device open shutdown and the infrared image of infrared detector module collection carry out the by-pass cock that corrects;
Its annexation is as follows: one end of mirror rifle connecting seat assembly is arranged on rifle, and the other end is connected with the bottom of mount pad, and the rear installation cavity forming battery is docked at the top of mount pad with battery case assembly; The two ends of mount pad are arranged on respectively without thermalization infrared lens assembly and casing assembly; Infrared detector module is fixed in casing assembly, and monocular instrumnent assembly is connected with casing assembly by transitional frame, and OLED display is fixed between infrared detector module and monocular instrumnent assembly; Wherein, be centrally located on same straight line without thermalization infrared lens assembly, infrared detector module, OLED display and monocular instrumnent assembly; Switch/correcting button is arranged on mount pad end face, and is electrically connected with battery case assembly and infrared detector module.
Further, also comprise: eye-shade and lens cap; Described eye-shade is funnel-form, and material adopts rubber, and at the diameter of funnel-shaped structure, minimum place is provided with light barrier, and when axial compression funnel-shaped structure, light barrier is opened automatically; Described lens cap is the plectane adopting elastomeric material; One end that eye-shade does not install transitional frame with monocular instrumnent assembly is connected; Lens cap is connected to after on mount pad by light rope, mounts cover without on the end face of thermalization infrared lens assembly away from battery case assembly, during work, removed by lens cap when not working.
Further, described monocular instrumnent assembly comprises: eyeshade interface, the first eyepiece, the second eyepiece, monocular instrumnent inner core, monocular instrumnent trim ring, monocular instrumnent inside casing, monocular instrumnent hand frame and monocular instrumnent spacer ring;
The inner peripheral surface of described monocular instrumnent inner core is provided with positive stop lug boss, and outer circumference surface is provided with connection boss;
Described monocular instrumnent inside casing by the cylinder of both ends open and flange one-body molded, flange is positioned at the end face of cylinder, and the center of flange has rectangular through-hole;
Monocular instrumnent inner core is sleeved in monocular instrumnent inside casing, and is flexibly connected by screw thread, and then adjusts the end face of flange of monocular instrumnent inside casing and the distance of monocular instrumnent inner core end face; Monocular instrumnent hand frame is sleeved on the outer circumference surface of monocular instrumnent inside casing, and is fixedly connected with the connection boss of monocular instrumnent inner core; Eyeshade interface is connected monocular instrumnent hand frame end face with monocular instrumnent inner core docks; First eyepiece and the second eyepiece are installed in monocular instrumnent inner core, spacing by monocular instrumnent spacer ring between first eyepiece and the second eyepiece, first eyepiece is undertaken spacing by the positive stop lug boss of monocular instrumnent inner core, and the second eyepiece is undertaken spacing by the monocular instrumnent trim ring be fixed on monocular instrumnent inner core.
Further, described infrared detector module comprises: detector, detector panel, image acquisition board, signal-processing board, power supply and communicating circuit plate, long spiro nail and partition cover;
Described detector for gathering IR, and transfers optical signal to electrical signal transfer to image acquisition board;
Described image acquisition board is for gathering the signal of telecommunication of detector transmission and passing to signal-processing board;
The telecommunications breath that described signal-processing board is used for receiving processes, and output digital video signal;
Digital video signal is delivered in OLED display by described power supply and communicating circuit plate;
Detector panel, image acquisition board, signal-processing board and power supply and communicating circuit plate are arranged on long spiro nail successively side by side, are undertaken spacing between detector panel, image acquisition board, signal-processing board and power supply and communicating circuit plate by cutting off cover; Detector is fixed on detector panel.
Further, described casing assembly comprises: shell, knob, encoder, encoder mount pad, adapter, connector mount pad, connector and tarpaulin;
Described shell is the square casing that open one end, one end is closed, and the blind end of square casing has rectangular through-hole, two opposite flanks of square casing has mutually corresponding circular hole;
Described knob is used for rotating or pressing encoder;
Two adapters connect with two relative circular holes of shell respectively, and encoder is fixed in adapter by encoder mount pad, and connector is fixed in another adapter by connector mount pad; Knob is arranged on the axle of encoder, and the end face of knob and the end face of encoder mount pad leave gap; Tarpaulin is arranged on the end face of connector.
Further, describedly to comprise without thermalization infrared lens assembly: body tube, the first object lens, the first trim ring, the first spacer ring, the second trim ring, the second spacer ring, the second object lens and the 3rd object lens;
The inner peripheral surface of described body tube is processed with more than two positive stop lug boss;
The inner peripheral surface of described first trim ring is provided with annular boss;
First object lens, the second object lens and the 3rd object lens are separately fixed at body tube inside, and wherein, conflicted on the positive stop lug boss of body tube by the first spacer ring in one end of the first object lens, the other end is undertaken spacing by the first trim ring being arranged on body tube outer circumference surface; Carry out axial limiting by the second spacer ring between second object lens and the 3rd object lens, the 3rd object lens are conflicted on the positive stop lug boss of body tube, and the second object lens carry out axial limiting by the second trim ring being arranged on body tube inner peripheral surface.
Further, described mount pad is provided with two cylindrical cavities arranged side by side, has circular port between two cylindrical cavities; Described battery case assembly comprises: battery cover housing, screw handwheel, tightening screw, spring and turriform spring;
Described battery cover housing is provided with two cylindrical cavities arranged side by side, is processed with manhole between two cylindrical cavities, and the middle part of manhole is processed with annular stop boss, and annular stop boss is processed with internal thread;
One end of described tightening screw is processed with annular boss, and annular boss is processed with external screw thread, and the other end is provided with positive stop lug boss;
Two cylindrical cavities of battery cover housing dock the cylinder chamber of the closed at both ends formed with the cylindrical cavity of mount pad, tightening screw is through after the manhole of battery cover housing, the positive stop lug boss of tightening screw is conflicted on the end face of battery cover housing, tightening screw is threaded in the circular port of mount pad by it, carries out battery cover housing to be fixedly connected with mount pad; Wherein, the outer circumference surface of tightening screw and the manhole of battery cover housing keep gap, spring fitting is in described gap, and conflict on the annular stop boss of battery cover housing manhole in one end of spring, the other end is conflicted on the positive stop lug boss of tightening screw;
Screw one end that handwheel is arranged on tightening screw band positive stop lug boss; When tightening screw near screw handwheel move the circular port of tightening screw and mount pad is outwarded winding time, tightening screw moves near screwing handwheel under the action of the spring, the annular boss of tightening screw is conflicted on the annular stop boss of battery cover housing, when further rotating tightening screw, the screw-internal thread fit on tightening screw and battery cover housing;
Four turriform springs are separately fixed on two described cylinder chamber two ends, and wherein, two the turriform springs being positioned at battery cover housing are connected by wire.
Further, described mirror rifle connecting seat assembly comprises: rifle Connection Block, spring-loaded plunger, backing-up screw, stop nut, spanner and retainer;
Described rifle Connection Block is Z-type support, and Z-type support is made up of upper flat plate, lower flat board and swash plate; The angle of swash plate place plane and upper flat plate and lower dull and stereotyped place plane is 77 ° ~ 79 °; The intersection of swash plate and upper flat plate and lower flat board is all processed as round-corner transition; The upper flat plate of Z-type support has the installing hole be connected with mount pad; The swash plate of Z-type support is processed with screwed hole, and described screwed hole axis being parallel is in upper plane place plane; The lower planar bottom surface of Z-type support has the dovetail groove be connected with rifle;
Described spanner by semi-cylindrical in configuration and rod-like structure one-body molded; Described retainer is semi-cylindrical in configuration; The semi-cylindrical in configuration of spanner is docked with retainer and is formed a hollow cylinder afterwards;
Described backing-up screw is notch cuttype cylinder, and notch cuttype cylinder is divided into smooth section, circumferential tooth section and thread segment successively; Cylinder and spanner and the retainer of smooth section dock the rear hollow cylinder formed and match, the uniform circumferential tooth in cylindrical outer circumference face of circumferential tooth section, and the cylinder of thread segment is provided with external screw thread;
Described stop nut is respectively equipped with internal thread and external screw thread;
Described spring-loaded plunger is made up of ball, spring and stud, ball under the action of the spring, realize along stud shaft to flexible;
Stop nut is fixed on the lower flat board of rifle Connection Block; The thread segment of backing-up screw is threaded connection in stop nut, and the outer circumference surface of backing-up screw circumference tooth section and the swash plate of rifle Connection Block leave gap; The hollow cylinder formed after spanner docks with retainer is sleeved on the outer circumference surface of backing-up screw smooth section, and spanner and retainer is locked; Spring-loaded plunger is fixed in the screwed hole of rifle Connection Block swash plate, and the ball of spring-loaded plunger is conflicted on the circumferential tooth of backing-up screw.
Beneficial effect: (1) the present invention is by determining the dimension scale of battery cover housing and mount pad, adjust the topology layout of each inter-module, the object of adjustment center of gravity can be reached, and then reach good damping effect, and the structure of each assembly of this infrared gun aiming device is simple, reliability is high, and special purpose parts quantity is few, weight is less than 520g, more infrared gun aiming device weight saving about the 300g of identical performance.
(2) mirror rifle connecting seat assembly of the present invention is suitable for multiple firearms, fast demountable; And rifle Connection Block has cushioning effect, the lens that can reduce monocular instrumnent assembly and the impact be subject to without the objective lenses of thermalization infrared lens assembly, prevent glass for lenses from collapsing limit or breaking; And reducing the impact that infrared detector module is subject to, the zero position walking momentum of infrared detector module is within 0.5mil; When rifle is shot, bad first number sharply reduces, and only occurs 2-3.
(3) backing-up screw of the present invention has certain anti-loosing effect, and backing-up screw is processed with circumferential tooth, and spring-loaded plunger is conflicted on the circumferential tooth of backing-up screw, further enhancing anti-loosing effect.
(4) the present invention passes through the cooperation pitch of appropriate design backing-up screw and stop nut, only pulls spanner about 1/4th circle and can lock gun sight, convenient, fast.
Accompanying drawing explanation
Fig. 1 is the front view of structure of the present invention composition.
Fig. 2 is the top view of structure of the present invention composition.
Fig. 3 is the structure composition diagram of infrared detector module.
Fig. 4 is the structure composition diagram of infrared detector module.
Fig. 5 is the structure composition diagram of casing assembly.
Fig. 6 is the structure composition diagram without thermalization infrared lens assembly.
Fig. 7-8 is the structure composition diagram of battery case assembly.
Fig. 9-10 is the structural representation of mount pad.
Figure 11 is the structural representation of battery cover housing.
Figure 12 be mirror rifle connecting seat assembly structure composition diagram,
Figure 13 is the structural representation of rifle Connection Block.
Wherein, 1-eye-shade, 2-monocular instrumnent assembly, 3-infrared detector module, 4-mirror rifle connecting seat assembly, 5-is without thermalization infrared lens assembly, 6-battery case assembly, 7-switch/correcting button, 8-OLED display, 9-casing assembly, 10-transitional frame, 11-lens cap, 21-eyeshade interface, 22-second eyepiece, 23-first eyepiece, 24-monocular instrumnent inner core, 25-monocular instrumnent trim ring, 26-monocular instrumnent inside casing, 27-monocular instrumnent hand frame, 28-monocular instrumnent spacer ring, 31-detector, 32-detector panel, 33-image acquisition board, 34-signal-processing board, 35-power supply and communicating circuit plate, 36-long spiro nail, 37-cuts off cover, 41-rifle Connection Block, 42-spring-loaded plunger, 43-backing-up screw, 44-stop nut, 45-spanner, 46-retainer, 51-body tube, 52-first object lens, 53-first trim ring, 54-first spacer ring, 55-second trim ring, 56-second spacer ring, 57-second object lens, 58-the 3rd object lens, 61-battery cover housing, 62-screws handwheel, 63-tightening screw, 64-spring, 65-mount pad, 66-insulating cell, 67-turriform spring, 68-insulating sleeve, 69-boss II, 70-keyway, 71-boss I, 91-shell, 92-knob, 93-encoder, 94-encoder mount pad, 95-adapter, 96-connector mount pad, 97-connector, 98-tarpaulin.
Detailed description of the invention
To develop simultaneously embodiment below in conjunction with accompanying drawing, describe the present invention.
The invention provides a kind of light-duty infrared gun aiming device, see accompanying drawing 1,2, comprising: eye-shade 1, monocular instrumnent assembly 2, infrared detector module 3, mirror rifle connecting seat assembly 4, without thermalization infrared lens assembly 5, battery case assembly 6, mount pad 65, switch/correcting button 7, OLED display 8, casing assembly 9, transitional frame 10 and lens cap 11;
Described eye-shade 1 is funnelform outsourcing piece, and material adopts rubber, and at the diameter of funnel-shaped structure, minimum place is provided with light barrier, and when axial compression funnel-shaped structure, light barrier is opened automatically;
See accompanying drawing 3, described monocular instrumnent assembly 2 comprises: eyeshade interface 21, first eyepiece 23, second eyepiece 22, monocular instrumnent inner core 24, monocular instrumnent trim ring 25, monocular instrumnent inside casing 26, monocular instrumnent hand frame 27 and monocular instrumnent spacer ring 28;
Described eyeshade interface 21 is the circular cone tubular structure of both ends open, and the outer surface of the large end of circular cone tubular structure has annular groove for connecting eye-shade 1;
The inner peripheral surface of described monocular instrumnent inner core 24 one end is provided with positive stop lug boss, and outer circumference surface is provided with connection boss; The other end of monocular instrumnent inner core 24 is processed with internal and external screw thread respectively;
Described monocular instrumnent trim ring 25 is the externally threaded circular ring of band;
Described monocular instrumnent inside casing 26 by the cylinder of both ends open and flange one-body molded, flange is positioned at the end face of cylinder, and the center of flange has rectangular through-hole, and cylinder is processed with internal thread;
Described monocular instrumnent hand frame 27 is cylinder-like structure, and the outer circumference surface of cylinder-like structure is processed with uniform groove, for increasing frictional force, is convenient to adjust diopter;
The external screw thread of monocular instrumnent inner core 24 is flexibly connected with the internal thread of monocular instrumnent inside casing 26, and then adjusts the end face of flange of monocular instrumnent inside casing 26 and the distance of monocular instrumnent inner core 24 end face; Monocular instrumnent hand frame 27 is sleeved on the outer circumference surface of monocular instrumnent inside casing 26, and is fixed by screws on the connection boss of monocular instrumnent inner core 24, and the inner peripheral surface of monocular instrumnent hand frame 27 and the outer circumference surface of monocular instrumnent inside casing 26 leave gap, and are sealed by O RunddichtringO; Eyeshade interface 21 is connected monocular instrumnent hand frame 27 end face with monocular instrumnent inner core 24 is fixedly connected with by screw; First eyepiece 23 and the second eyepiece 22 are installed in monocular instrumnent inner core 24, spacing by monocular instrumnent spacer ring 28 between first eyepiece 23 and the second eyepiece 22, first eyepiece 23 is undertaken spacing by the positive stop lug boss of monocular instrumnent inner core 24, and the second eyepiece 22 is undertaken spacing by the monocular instrumnent trim ring 25 be fixed on monocular instrumnent inner core 24;
See accompanying drawing 4, described infrared detector module 3 comprises: detector 31, detector panel 32, image acquisition board 33, signal-processing board 34, power supply and communicating circuit plate 35, long spiro nail 36 and partition cover 37;
Optical signal for gathering IR, and is transferred to electrical signal transfer to image acquisition board 33 by described detector 31;
Described image acquisition board 33 is for gathering the signal of telecommunication of detector 31 transmission and passing to signal-processing board 34;
Described signal-processing board 34 is for processing the signal of telecommunication received, and output digital video signal;
Digital video signal is delivered in OLED display 8 by described power supply and communicating circuit plate 35;
Detector panel 32, image acquisition board 33, signal-processing board 34 and power supply and communicating circuit plate 35 are arranged on long spiro nail 36 successively side by side, are undertaken spacing between detector panel 32, image acquisition board 33, signal-processing board 34 and power supply and communicating circuit plate 35 by cutting off cover 37; Detector 31 is fixed on detector panel 32;
See accompanying drawing 5, described casing assembly 9 comprises: shell 91, knob 92, encoder 93, encoder mount pad 94, adapter 95, connector mount pad 96, connector 97 and tarpaulin 98;
The square casing that described shell 91 is closed for open one end, one end, the blind end of square casing has rectangular through-hole, two opposite flanks of square casing has mutually corresponding circular hole;
Described adapter 95 is circle sleeve-like structure;
Described encoder 93 is outsourcing piece;
Described encoder mount pad 94 is flanged (FLGD) cylindrical sleeve;
Described knob 92 rotates or pressing encoder 93 for convenient;
Described connector mount pad 96 is for opening female notch cuttype cylinder;
Two adapters 95 are fixed on two relative circular holes of shell 91 respectively by screw, and encoder mount pad 94 and connector mount pad 96 are separately fixed on two adapters 95; Wherein, the axle of encoder 93 is through after the endoporus of encoder mount pad 94, and be adhesively fixed with encoder mount pad 94, knob 92 is arranged on the axle of encoder 93 by screw, the end face of knob 92 and the end face of encoder mount pad 94 keep gap, rotate and pressing to facilitate; Connector 97 is fixed on connector mount pad 96 by screw thread, and tarpaulin 98 is arranged on the end face of connector 97;
See accompanying drawing 6, describedly to comprise without thermalization infrared lens assembly 5: body tube 51, first object lens 52, first trim ring 53, first spacer ring 54, second trim ring 55, second spacer ring 56, second object lens 57 and the 3rd object lens 58;
The two ends of described body tube 51 are all processed with external screw thread, and the inner peripheral surface of body tube 51 is processed with more than two positive stop lug boss, is processed with internal thread in the middle part of body tube 51;
Described first trim ring 53 is processed with internal thread, and the inner peripheral surface of the first trim ring 53 is provided with annular boss for spacing;
Described first spacer ring 54 and the second spacer ring 56 are circular ring, for adjusting objective lenses interval;
Described second trim ring 55 is processed with external screw thread;
It is inner that first object lens 52, second object lens 57 and the 3rd object lens 58 are adhesively fixed on body tube 51 respectively, wherein, one end of first object lens 52 is conflicted on the positive stop lug boss of body tube 51 by the first spacer ring 54, and the other end carries out axial limiting by the first trim ring 53 being screwed in body tube 51 outer circumference surface; Undertaken spacing by the second spacer ring 56 between second object lens 57 and the 3rd object lens 58, the 3rd object lens 58 are conflicted on the positive stop lug boss of body tube 51, and the second object lens 57 carry out axial limiting by the second trim ring 55 being screwed in body tube 51 inner peripheral surface;
See accompanying drawing 9-10, described mount pad 65 forms after being arranged in a triangle by three cylindrical housings, two cylindrical housings A arranged side by side, B diameter are less than the diameter of another cylindrical housings C, and two arranged side by side is processed with circular port D between cylindrical housings A, B, and circular port D is processed with internal thread, cylindrical housings A, B is one end and closes, the housing that one end is open, its open end is docked with two cylindrical cavities of battery cover housing 61 respectively, the both ends open of cylindrical housings C, and end face is connected with square connecting plate, the end face of square connecting plate is provided with two boss I71 arranged side by side, two boss I71 are positioned at away from cylindrical housings A, one end of B, boss I71 has the screwed hole axially vertical with cylindrical housings C, be provided with along two of cylindrical housings C radial direction boss II69 arranged side by side in the side of square connecting plate, two boss II69 are positioned at away from cylindrical housings A, one end of B, boss II69 has the counterbore axially consistent with cylindrical housings C, gap between two boss II69 forms keyway 70, boss II69 and boss I71 are all for being connected mirror rifle connecting seat assembly 4,
See accompanying drawing 7-8, described battery case assembly 6 comprises: battery cover housing 61, screw handwheel 62, tightening screw 63, spring 64, insulating cell 66, turriform spring 67, insulating sleeve 68 and battery;
See accompanying drawing 11, described battery cover housing 61 is provided with two cylindrical cavities arranged side by side, is processed with manhole between two cylindrical cavities, and the middle part of manhole is processed with annular stop boss, and annular stop boss is processed with internal thread;
The described uniform multiple groove of outer surface screwing handwheel 62, is convenient to the rotation screwing handwheel 62;
One end of described tightening screw 63 is processed with annular boss, and annular boss is processed with external screw thread, and the other end is provided with positive stop lug boss;
Two cylindrical cavities of battery cover housing 61 dock the cylinder chamber of the closed at both ends formed for installing two pieces of batteries with cylindrical housings A, the B of mount pad 65, tightening screw 63 is through after the manhole of battery cover housing 61, the positive stop lug boss of tightening screw 63 is conflicted on the end face of battery cover housing 61, tightening screw 63 is threaded in the circular port D of mount pad 65 by it, carries out battery cover housing 61 to be fixedly connected with mount pad 65; Wherein, the outer circumference surface of tightening screw 63 and the manhole of battery cover housing 61 keep gap, spring 64 is arranged in described gap, and conflict on the annular stop boss of battery cover housing 61 manhole in one end of spring 64, the other end is conflicted on the positive stop lug boss of tightening screw 63; Screw handwheel 62 and be arranged on tightening screw 63 one end near positive stop lug boss; When tightening screw 63 near screw handwheel 62 move tightening screw 63 is outwarded winding with the circular port D of mount pad 65 time, tightening screw 63 moves near screwing handwheel 62 under the effect of spring 64, the annular boss of tightening screw 63 is conflicted on the annular stop boss of battery cover housing 61, when further rotating tightening screw 63, tightening screw 63 and the screw-internal thread fit on battery cover housing 61; Insulating cell 66 is fixed on the bottom surface of the cylindrical cavity of battery cover housing 61, insulating sleeve 68 is sleeved on the cylindrical housings A of mount pad 65, the inner peripheral surface of B, four turriform springs 67 are fixed on insulating cell 66 and insulating sleeve 68 respectively by screw, wherein, two the turriform springs 67 being positioned at battery cover housing 61 are connected by wire;
See accompanying drawing 12, described mirror rifle connecting seat assembly 4 comprises: rifle Connection Block 41, spring-loaded plunger 42, backing-up screw 43, stop nut 44, spanner 45 and retainer 46;
See accompanying drawing 13, described rifle Connection Block 41 is Z-type support, and Z-type support is made up of upper flat plate, lower flat board and swash plate; The angle of swash plate and upper flat plate and lower flat board is 77 ° ~ 79 °; The intersection of swash plate and upper flat plate and lower flat board is all processed as round-corner transition; The upper flat plate of Z-type support has the installing hole be connected with the boss II69 of mount pad 65 and boss I71, between installing hole, be provided with key, coordinate with the keyway 70 of mount pad 65; The swash plate of Z-type support is processed with screwed hole, and described screwed hole axis being parallel is in upper plane place plane; The lower planar bottom surface of Z-type support has the dovetail groove be connected with rifle, and the position of the adjacent swash plate of lower flat board has notch cuttype screwed hole, notch cuttype screwed hole and dovetail groove through, notch cuttype screwed hole is vertical with the screwed hole axis direction on swash plate; Lower flat board has the mounting hole for loss of weight;
Described spanner 45 by semi-cylindrical in configuration and rod-like structure one-body molded; Described retainer 46 is semi-cylindrical in configuration; The semi-cylindrical in configuration of spanner 45 docks rear formation hollow cylinder with retainer 46;
Described backing-up screw 43 is notch cuttype cylinder, and notch cuttype cylinder is divided into smooth section, circumferential tooth section and thread segment successively; The hollow cylinder that cylinder and spanner 45 and the retainer 46 of smooth section dock rear formation matches, the largest diameter of circumferential tooth section, the uniform circumferential tooth in cylindrical outer circumference face of circumferential tooth section, and the cylinder of thread segment is provided with external screw thread;
The outer circumference surface of described stop nut 44 is provided with annular table terrace, stop nut 44 is respectively equipped with internal thread and external screw thread;
Described spring-loaded plunger 42 is outsourcing piece, is made up of ball, spring and stud, ball under the action of the spring, realize along stud shaft to flexible;
Stop nut 44 is fixed in the dull and stereotyped notch cuttype screwed hole of rifle Connection Block 41 times, and by the step surface axial limiting of screwed hole; The thread segment of backing-up screw 43 is threaded connection in stop nut 44, and the outer circumference surface of the circumferential tooth section of backing-up screw 43 and the swash plate of rifle Connection Block 41 leave gap; Spanner 45 docks rear formation hollow cylinder with retainer 46 is sleeved on the outer circumference surface of backing-up screw 43 smooth section, and spanner 45 and retainer 46 is locked by screw; Spring-loaded plunger 42 is fixed in the screwed hole of rifle Connection Block 41 swash plate, and the ball of spring-loaded plunger 42 is conflicted on the circumferential tooth of backing-up screw 43;
Described switch/correcting button 7 realize gun aiming device open the infrared image that gathers of shutdown and infrared detector module 3 carry out the by-pass cock of Nonuniformity Correction;
OLED display 8 is outsourcing piece;
Described lens cap 11 is the discoideus structure adopting elastomeric material;
Its annexation is as follows: the boss II69 of mount pad 65 and boss I71 is all fixedly connected with by screw with the installing hole of rifle Connection Block 41 upper flat plate of mirror rifle connecting seat assembly 4, and the key of rifle Connection Block 41 coordinates with the keyway 70 of mount pad 65, prevent battery case assembly 6 in shooting course from beat occurring; Do not connected one end of square connecting plate by the cylindrical housings C that its external screw thread is fixed on mount pad 65 without the body tube 51 of thermalization infrared lens assembly 5, lens cap 11 is connected to after on mount pad 65 by light rope, mount cover without on the end face of thermalization infrared lens assembly 5 away from battery case assembly 6 when not working, during work, lens cap 11 is removed; The long spiro nail 36 of infrared detector module 3 near detector 31 one end is fixed on the square connecting plate of the cylindrical housings C of mount pad 65; The blind end of the shell 91 of casing assembly 9 is fixed on infrared detector module 3 on the long spiro nail 36 of power supply and communicating circuit plate 35 one end, conflicts on the square connecting plate of the cylindrical housings C of mount pad 65 in the open end of shell 91;
Eye-shade 1 is arranged on one end of monocular instrumnent assembly 2 by eyeshade interface 21; OLED display 8 is fixed on the flange of the monocular instrumnent inside casing 26 of monocular instrumnent assembly 2 other end by support; Monocular instrumnent assembly 2 is arranged on the blind end of the shell 91 of casing assembly 9 by transitional frame 10 near one end of OLED display 8, and the rectangular through-hole of shell 91 is corresponding with OLED display 8;
Switch/correcting button 7 is arranged on the top of mount pad 65, and is electrically connected with battery case assembly 6 and infrared detector module 3;
Operation principle: by without thermalization infrared lens assembly 5 by Infrared Targets light collection in each responsive unit being positioned at infrared detector module 3, detector 31 gathers IR, and optical signal is transferred to electrical signal transfer to image acquisition board 33; Image acquisition board 33 gathers the signal of telecommunication of detector 31 transmission and passes to signal-processing board 34; Signal-processing board 34 processes the signal of telecommunication received, and output digital video signal; Digital video signal is delivered in OLED display 8 by power supply and communicating circuit plate 35; Display image is observed target and is aimed at after monocular instrumnent assembly 2 amplifies; Operating personnel carry out optimum configurations, control and the adjustment of sight line position by the manipulation button on casing assembly 9.
In sum, these are only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a light-duty infrared gun aiming device, it is characterized in that, comprising: monocular instrumnent assembly (2), infrared detector module (3), mirror rifle connecting seat assembly (4), without thermalization infrared lens assembly (5), battery case assembly (6), mount pad (65), switch/correcting button (7), OLED display (8), casing assembly (9) and transitional frame (10);
Described infrared detector module (3) is by realizing the collection to IR without thermalization infrared lens assembly (5), and transfer optical signal to the signal of telecommunication, be delivered in OLED display (8) after Electric signal processing, for operating personnel by monocular instrumnent assembly (2) observation;
Battery in described battery case assembly (6) is that infrared detector module (3) and OLED display (8) provide power supply;
Described switch/correcting button (7) realize gun aiming device open shutdown and the infrared image that gathers of infrared detector module (3) carry out the by-pass cock that corrects;
Its annexation is as follows: one end of mirror rifle connecting seat assembly (4) is arranged on rifle, the other end is connected with the bottom of mount pad (65), and the rear installation cavity forming battery is docked at the top of mount pad (65) with battery case assembly (6); The two ends of mount pad (65) are arranged on respectively without thermalization infrared lens assembly (5) and casing assembly (9); Infrared detector module (3) is fixed in casing assembly (9), monocular instrumnent assembly (2) is connected with casing assembly (9) by transitional frame (10), and OLED display (8) is fixed between infrared detector module (3) and monocular instrumnent assembly (2); Wherein, be centrally located on same straight line without thermalization infrared lens assembly (5), infrared detector module (3), OLED display (8) and monocular instrumnent assembly (2); Switch/correcting button (7) is arranged on mount pad (65) end face, and is electrically connected with battery case assembly (6) and infrared detector module (3).
2. a kind of light-duty infrared gun aiming device as claimed in claim 1, is characterized in that, also comprise: eye-shade (1) and lens cap (11); Described eye-shade (1) is funnel-form, and material adopts rubber, and at the diameter of funnel-shaped structure, minimum place is provided with light barrier, and when axial compression funnel-shaped structure, light barrier is opened automatically; Described lens cap (11) is the plectane adopting elastomeric material; One end that eye-shade (1) does not install transitional frame (10) with monocular instrumnent assembly (2) is connected; Lens cap (11) is connected to after on mount pad (65) by light rope, mount cover without on the end face of thermalization infrared lens assembly (5) away from battery case assembly (6) when not working, during work, lens cap (11) is removed.
3. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, described monocular instrumnent assembly (2) comprising: eyeshade interface (21), the first eyepiece (23), the second eyepiece (22), monocular instrumnent inner core (24), monocular instrumnent trim ring (25), monocular instrumnent inside casing (26), monocular instrumnent hand frame (27) and monocular instrumnent spacer ring (28);
The inner peripheral surface of described monocular instrumnent inner core (24) is provided with positive stop lug boss, and outer circumference surface is provided with connection boss;
Described monocular instrumnent inside casing (26) by the cylinder of both ends open and flange one-body molded, flange is positioned at the end face of cylinder, and the center of flange has rectangular through-hole;
Monocular instrumnent inner core (24) is sleeved in monocular instrumnent inside casing (26), and is flexibly connected by screw thread, and then adjusts the end face of flange of monocular instrumnent inside casing (26) and the distance of monocular instrumnent inner core (24) end face; Monocular instrumnent hand frame (27) is sleeved on the outer circumference surface of monocular instrumnent inside casing (26), and is fixedly connected with the connection boss of monocular instrumnent inner core (24); The end face that eyeshade interface (21) is connected monocular instrumnent hand frame (27) with monocular instrumnent inner core (24) docks; First eyepiece (23) and the second eyepiece (22) are installed in monocular instrumnent inner core (24), spacing by monocular instrumnent spacer ring (28) between first eyepiece (23) and the second eyepiece (22), first eyepiece (23) is undertaken spacing by the positive stop lug boss of monocular instrumnent inner core (24), and the second eyepiece (22) is undertaken spacing by the monocular instrumnent trim ring (25) be fixed on monocular instrumnent inner core (24).
4. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, described infrared detector module (3) comprising: detector (31), detector panel (32), image acquisition board (33), signal-processing board (34), power supply and communicating circuit plate (35), long spiro nail (36) and partition cover (37);
Optical signal for gathering IR, and is transferred to electrical signal transfer to image acquisition board (33) by described detector (31);
Described image acquisition board (33) is for the signal of telecommunication that gathers detector (31) and transmit and pass to signal-processing board (34);
Described signal-processing board (34) is for processing the telecommunications breath received, and output digital video signal;
Digital video signal is delivered in OLED display (8) by described power supply and communicating circuit plate (35);
Detector panel (32), image acquisition board (33), signal-processing board (34) and power supply and communicating circuit plate (35) are arranged on long spiro nail (36) successively side by side, are undertaken spacing between detector panel (32), image acquisition board (33), signal-processing board (34) and power supply and communicating circuit plate (35) by cutting off cover (37); Detector (31) is fixed on detector panel (32).
5. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, described casing assembly (9) comprising: shell (91), knob (92), encoder (93), encoder mount pad (94), adapter (95), connector mount pad (96), connector (97) and tarpaulin (98);
The square casing that described shell (91) is closed for open one end, one end, the blind end of square casing has rectangular through-hole, two opposite flanks of square casing has mutually corresponding circular hole;
Described knob (92) is for rotating or pressing encoder (93);
Two adapters (95) connect with two relative circular holes of shell (91) respectively, encoder (93) is fixed in adapter (95) by encoder mount pad (94), and connector (97) is fixed in another adapter (95) by connector mount pad (96); Knob (92) is arranged on the axle of encoder (93), and the end face of knob (92) and the end face of encoder mount pad (94) leave gap; Tarpaulin (98) is arranged on the end face of connector (97).
6. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, describedly to comprise without thermalization infrared lens assembly (5): body tube (51), the first object lens (52), the first trim ring (53), the first spacer ring (54), the second trim ring (55), the second spacer ring (56), the second object lens (57) and the 3rd object lens (58);
The inner peripheral surface of described body tube (51) is processed with more than two positive stop lug boss;
The inner peripheral surface of described first trim ring (53) is provided with annular boss;
It is inner that first object lens (52), the second object lens (57) and the 3rd object lens (58) are separately fixed at body tube (51), wherein, conflicted on the positive stop lug boss of body tube (51) by the first spacer ring (54) in one end of first object lens (52), the other end is undertaken spacing by the first trim ring (53) being arranged on body tube (51) outer circumference surface; Axial limiting is carried out by the second spacer ring (56) between second object lens (57) and the 3rd object lens (58), 3rd object lens (58) are conflicted on the positive stop lug boss of body tube (51), and the second object lens (57) carry out axial limiting by the second trim ring (55) being arranged on body tube (51) inner peripheral surface.
7. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, described mount pad (65) is provided with two cylindrical cavities arranged side by side, has circular port between two cylindrical cavities; Described battery case assembly (6) comprising: battery cover housing (61), screw handwheel (62), tightening screw (63), spring (64) and turriform spring (67);
Described battery cover housing (61) is provided with two cylindrical cavities arranged side by side, and be processed with manhole between two cylindrical cavities, the middle part of manhole is processed with annular stop boss, and annular stop boss is processed with internal thread;
One end of described tightening screw (63) is processed with annular boss, and annular boss is processed with external screw thread, and the other end is provided with positive stop lug boss;
Two cylindrical cavities of battery cover housing (61) dock the cylinder chamber of the closed at both ends formed for installing two pieces of batteries with the cylindrical cavity of mount pad (65), after the manhole of tightening screw (63) through battery cover housing (61), the positive stop lug boss of tightening screw (63) is conflicted on the end face of battery cover housing (61), tightening screw (63) is threaded in the circular port of mount pad (65) by it, carries out battery cover housing (61) to be fixedly connected with mount pad (65); Wherein, the outer circumference surface of tightening screw (63) and the manhole of battery cover housing (61) keep gap, spring (64) is arranged in described gap, conflict on the annular stop boss of battery cover housing (61) manhole in one end of spring (64), the other end is conflicted on the positive stop lug boss of tightening screw (63);
Screw one end that handwheel (62) is arranged on tightening screw (63) band positive stop lug boss; When tightening screw (63) is in time screwing that handwheel (62) is mobile makes tightening screw (63) outward winding with the circular port of mount pad (65), tightening screw (63) moves near screwing handwheel (62) under the effect of spring (64), the annular boss of tightening screw (63) is conflicted on the annular stop boss of battery cover housing (61), when further rotating tightening screw (63), tightening screw (63) and the screw-internal thread fit on battery cover housing (61);
Four turriform springs (67) are separately fixed on two described cylinder chamber two ends, and wherein, two the turriform springs (67) being positioned at battery cover housing (61) are connected by wire.
8. a kind of light-duty infrared gun aiming device as claimed in claim 1, it is characterized in that, described mirror rifle connecting seat assembly (4) comprising: rifle Connection Block (41), spring-loaded plunger (42), backing-up screw (43), stop nut (44), spanner (45) and retainer (46);
Described rifle Connection Block (41) is Z-type support, and Z-type support is made up of upper flat plate, lower flat board and swash plate; The angle of swash plate place plane and upper flat plate and lower dull and stereotyped place plane is 77 ° ~ 79 °; The intersection of swash plate and upper flat plate and lower flat board is all processed as round-corner transition; The upper flat plate of Z-type support has the installing hole be connected with mount pad (65); The swash plate of Z-type support is processed with screwed hole, and described screwed hole axis being parallel is in upper plane place plane; The lower planar bottom surface of Z-type support has the dovetail groove be connected with rifle;
Described spanner (45) by semi-cylindrical in configuration and rod-like structure one-body molded; Described retainer (46) is semi-cylindrical in configuration; The semi-cylindrical in configuration of spanner (45) is docked with retainer (46) and is formed a hollow cylinder afterwards;
Described backing-up screw (43) is notch cuttype cylinder, and notch cuttype cylinder is divided into smooth section, circumferential tooth section and thread segment successively; Cylinder and spanner (45) and the retainer (46) of smooth section dock the rear hollow cylinder formed and match, the uniform circumferential tooth in cylindrical outer circumference face of circumferential tooth section, and the cylinder of thread segment is provided with external screw thread;
(44) are respectively equipped with internal thread and external screw thread to described stop nut;
Described spring-loaded plunger (42) is made up of ball, spring and stud, ball under the action of the spring, realize along stud shaft to flexible;
Stop nut (44) is fixed on the lower flat board of rifle Connection Block (41); The thread segment of backing-up screw (43) is threaded connection in stop nut (44), and the outer circumference surface of the circumferential tooth section of backing-up screw (43) and the swash plate of rifle Connection Block (41) leave gap; The hollow cylinder formed after spanner (45) docks with retainer (46) is sleeved on the outer circumference surface of backing-up screw (43) smooth section, and spanner (45) and retainer (46) is locked; Spring-loaded plunger (42) is fixed in the screwed hole of rifle Connection Block (41) swash plate, and the ball of spring-loaded plunger (42) is conflicted on the circumferential tooth of backing-up screw (43).
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| CN201510863194.2A CN105547048B (en) | 2015-12-01 | 2015-12-01 | A kind of light-duty infrared gun aiming device |
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| CN201510863194.2A CN105547048B (en) | 2015-12-01 | 2015-12-01 | A kind of light-duty infrared gun aiming device |
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| CN105547048B CN105547048B (en) | 2017-08-11 |
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| CN106842545A (en) * | 2017-03-30 | 2017-06-13 | 北京索斯克科技开发有限公司 | A kind of electronics low-light monotubular is seen and takes aim at telescope |
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| CN110139079A (en) * | 2019-06-13 | 2019-08-16 | 深圳市朗高特科技发展有限公司 | A kind of Multifunction night-vision switching gun sight |
| CN112805075A (en) * | 2018-06-15 | 2021-05-14 | 伊瓦·阿尔布佐夫 | Advanced game visualization system |
| US11209243B1 (en) | 2020-02-19 | 2021-12-28 | Maztech Industries, LLC | Weapon system with multi-function single-view scope |
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| US11209243B1 (en) | 2020-02-19 | 2021-12-28 | Maztech Industries, LLC | Weapon system with multi-function single-view scope |
| US11473874B2 (en) | 2020-02-19 | 2022-10-18 | Maztech Industries, LLC | Weapon system with multi-function single-view scope |
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