CN204329726U - A kind of optics dart hidden in the sleeve - Google Patents
A kind of optics dart hidden in the sleeve Download PDFInfo
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- CN204329726U CN204329726U CN201420740108.XU CN201420740108U CN204329726U CN 204329726 U CN204329726 U CN 204329726U CN 201420740108 U CN201420740108 U CN 201420740108U CN 204329726 U CN204329726 U CN 204329726U
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Abstract
The utility model relates to a kind of optical application system, is specifically related to a kind of optics dart hidden in the sleeve for amusement or anti-terrorism.This optics dart hidden in the sleeve, is made up of optics dart hidden in the sleeve transmitter, Air flow radiator, heat insulation layer fixture and on-off controller four part.Described optics dart hidden in the sleeve transmitter comprises light source generator and driving power etc.Described light source generator is LASER Light Source or LED source.Described light source generator is light-pulse generator generator or continuous light source generator in addition.Optical technology and traditional martial art dart hidden in the sleeve technology combine by this optics dart hidden in the sleeve, have compared with traditional dart hidden in the sleeve: the scope of application is wide, far firing range, volume is little, more easily hide, be easier to operation, be easy to directed, lethality can control short in safe range, transmitting cycle, produce the unrivaled superiority such as peculiar entertainment effect, for brand-new chapter opened by dart hidden in the sleeve.
Description
Technical field
The utility model relates to a kind of optical application system, is specifically related to a kind of optics dart hidden in the sleeve for amusement or anti-terrorism field.
Background technology
Dart hidden in the sleeve is a kind of hidden weapon, and projection makes people not as good as the weapons of defence in the dark.The evaluation that ancients have " not being afraid of a zhang lance, small weapon of being only afraid of ", be ensconce in coat-sleeve, the arrow of people is launched, penetrated in the dark to the strength by spring." defense preparations will " is rolled up and one zero two to be drawn " assorted arrow ": " dart hidden in the sleeve person, the short and bunch weight of arrow, neglects from sleeve and send out, and it is far away to drive people 30 step.”
Tradition dart hidden in the sleeve is made up of quiver and dart hidden in the sleeve boomerang body two parts, uses stable system, sometimes ties up subsides notalia, one bows also can penetrate dart, a dart injection, and another hand fills another dart and goes out at once, utilize office's structure in dart hidden in the sleeve cylinder, send out with hand and waist and cut the throat, need constantly dress arrow just can use continuously.
But traditional dart hidden in the sleeve frame for movement is clumsy, launch skill and require high, range is near, and lethality is wayward.It is recreational and defense is all very limited.
Utility model content
In view of this, in order to overcome the deficiencies in the prior art, the utility model provides a kind of optics dart hidden in the sleeve combined with Modern Optics Technology.This optics dart hidden in the sleeve for amusement or anti-terrorism, volume is little more easily to be hidden, and is easier to operation, far firing range, and lethality can be controlled within the person and the safe scope of property.
The utility model optics dart hidden in the sleeve, is made up of optics dart hidden in the sleeve transmitter, Air flow radiator, heat insulation layer fixture and on-off controller four part.
Described optics dart hidden in the sleeve transmitter is the optical launcher of transmitted beam.This optics dart hidden in the sleeve can be made into as wrist-watch or TV remote controller size, is worn over wrist or is affixed on arm.Be easy to hide and firing operation, due to the straightline propagation of light beam, can penetrate in unlimited distance in theory.Lethality is controlled to safe range by the transmitting power of optics dart hidden in the sleeve transmitter.
Further, described optics dart hidden in the sleeve transmitter is controlled module, beam shaping output module, optical window module, emission control and interface module seven parts formed by light source generator, driving power, beam propagation and transformation module, optical attenuator.
Light source generator and the rear output light source of driving power link, average-power-range is 1 milliwatt-100 watts, average energy scope is 0.1 millijoule-100 joules, spot size size is 1 micron-10 millimeters, wave-length coverage is 0.193 micron-10.6 microns, is any one or several combination of all band such as visible ray and black light light beam.
Further, described beam propagation and transformation module is optical mirror slip coupled system or fiber coupling system.
Further, described beam propagation and transformation module by rotating adjustable gradual change type optical attenuator and optical mirror slip coupled system forms, or is made up of the adjustable gradual change type optical attenuator of rotation and fiber coupling system.
The transformation parameter such as the beam diameter that described beam propagation and transformation module produces light source, the angle of divergence, transmitting sensing carries out coupling transform, and efficiency of transmission scope is 1%-99%.
Further, described optical attenuator control module by fixed efficiency optical attenuator, rotate adjustable gradual change type optical attenuator, electric rotating machine, light splitting piece, polarizer and optical gate and form.
It is 1%-99% that optical attenuator controls module decay behind efficiency scope, and the light beam power after the coupling of beam propagation and transformation module and energy parameter are decayed to safe range, and the outbound course of regulable control light beam and energy proportion.Can launch in X, Y, Z tri-mutually perpendicular directions simultaneously, also can launch in any one or two directions wherein, can accurately control lethality to safe range, accurately control transmit direction.
Further, beam shaping exports module and is made up of the field stop of optical lens combination, prism arrangement, grating combination, optical fiber and customization.
Beam shaping exports module and collimates the light beam after decay, assemble, spreads, regulates directive property, the shaping operation such as beam shape customization, meeting forming energy block, energy post, energy lines, power array, energy group or the visual field effect customized are launched, and produce peculiar entertainment effect.
Further, optical window module comprises optical mirror slip output window and mechanical diaphragms.
Optical window module is the light beam output window after shaping.Mechanical diaphragms (or customization diaphragm) manually gauge tap state, realizes safety protection function and light beam output function.
Emission control and interface module comprise Local Control Module and remote control module.In local control model, by Local Control Module in interface module link on-off controller, control the duty of electric rotating machine in light source generator and driving power, control both optical adjustable attenuation module, select the emission state of light beam.In remote control mode, by the remote control module of interface module, in the mode of wired or wireless communication, be connected to on-off controller, control the duty of electric rotating machine in light source generator and driving power, control both optical adjustable attenuation module, select the emission state of light beam.
Further, light source generator is LASER Light Source or LED source.
Further, light source generator is light-pulse generator generator or continuous light source generator.
Further, described Air flow radiator directly contacts with optics dart hidden in the sleeve transmitter, and the metal good by heat-conductive characteristic is made.
Described Air flow radiator is made up of common metal such as metallic aluminium, metallic copper, metal red coppers.Its first surface and optics dart hidden in the sleeve transmitter are directly installed and to be contacted and integrally mounted, the heat produced is dissipated by the air transmitted type of cooling of self, guarantee that optics dart hidden in the sleeve transmitter stable working state is reliable in the optics dart hidden in the sleeve transmitter course of work.Its second surface directly to contact and integrally mounted in heat insulation layer device.
Further, described heat insulation layer fixture is made up of the heat-insulating material of environment-protecting asepsis.
Described environment-protecting asepsis heat-insulating material is resin, nylon or polytetrafluoroethylene (PTFE).First surface and the Air flow radiator of heat insulation layer fixture are integrally fixed, and second surface is designed to ergonomic structure, can be fixed on arm easily.
Further, described on-off controller, by wired or wireless communication, links with emission control and interface module, with the on off state of control both optical dart hidden in the sleeve transmitter.
The beneficial effects of the utility model are:
The utility model optics dart hidden in the sleeve a kind of optical technology and traditional martial art dart hidden in the sleeve technology to be combined, for the novel dart hidden in the sleeve of amusement or anti-terrorism.It has following unrivaled superiority compared with traditional dart hidden in the sleeve, for brand-new chapter opened by dart hidden in the sleeve:
1. the controllability of lethality, can control in safe range, has expanded the scope of application of optics dart hidden in the sleeve:
In the danger due to dart hidden in the sleeve among the people, most people inspires awe even from distance, the trained people of minority is only had to use, and optics dart hidden in the sleeve is due to the controllability of its lethality, it is made to be formed a series of from without killing and wounding gradual change, and the product that can control in safe range, to meet from folk entertainment, the self-defence comprehensive demand to military field;
2. far firing range and controlled, has expanded the area of fire of dart hidden in the sleeve;
3. volume little, more easily hide;
4. be easier to operation, control simple;
5. be easy to directed;
6. launch rapidly, can launch in X, Y, Z tri-mutually perpendicular directions simultaneously, also can any one, both direction launch wherein, and almost do not have traditional dart hidden in the sleeve to shoot off time, transmitting cycle very short, reach nanosecond rank;
7. long service life, maintaining simple, folk entertainment, anti-terrorism or military field can be widely used in; Adopt the light beam dart hidden in the sleeve that light source generator and driving power thereof produce, single service time and bulk life time can both reach thousands of hours even tens thousand of hours;
8. adopt beam shaping to export module, light beam is collimated, assemble, spread, regulate directive property, the operations such as beam shape customization, the visual field effect transmitting that also can form light energy lines, array, energy block, energy group or customize, produces peculiar entertainment effect.
Accompanying drawing explanation
Fig. 1 is that one of the present utility model implements structure chart
A kind of structure (X-direction transmitting) of Fig. 2 optics dart hidden in the sleeve transmitter
The another kind of structure (X, Y-direction is launched) of Fig. 3 optics dart hidden in the sleeve transmitter
A kind of structure of Fig. 4 light splitting piece and optical shutter component
The third structure (X-direction transmitting) of Fig. 5 optics dart hidden in the sleeve transmitter
The 4th kind of structure (X-direction transmitting) of Fig. 6 optics dart hidden in the sleeve transmitter
The 5th kind of structure (X-direction transmitting) of Fig. 7 optics dart hidden in the sleeve transmitter
The 6th kind of structure (X-direction transmitting) of Fig. 8 optics dart hidden in the sleeve transmitter
The 7th kind of structure (X-direction transmitting) of Fig. 9 optics dart hidden in the sleeve transmitter
Wherein: 1-optics dart hidden in the sleeve transmitter, 2-Air flow radiator, 3-heat insulation layer fixture, 4-on-off controller, 11-light source generator, 12-driving power, 13-beam propagation and transformation module, 14-optical attenuator controls module, and 15-beam shaping exports module, 16-optical window module, 17-emission control and interface module, 18-light splitting piece and optical shutter component, 19-light splitting piece, 20-optical gate.
Detailed description of the invention
Embodiment 1
Refer to shown in Fig. 1, by integrally mounted to optics dart hidden in the sleeve transmitter 1 and Air flow radiator 2, by integrally mounted to Air flow radiator 2 and heat insulation layer fixture 3, heat insulation layer fixture 3 is worn in the wrist of user of service, on-off controller 4 is wirelessly linked with the on off state of control both optical dart hidden in the sleeve transmitter 1 with emission control and interface module 17.
Refer to shown in Fig. 2, light source generator 11 and driving power 12 link the mean power 10 watts of rear output sequential filming, and spot size is 2 millimeters, the green laser (visible ray) that wavelength is 0.532 micron.Be incident to by rotating the beam propagation and transformation module 13 that adjustable gradual change type optical attenuator and optical mirror slip coupled system forms, efficiency of transmission is adjusted to 50%, then optical attenuator, the 1%-100% through by fixed efficiency being 1% rotates the optical attenuator control module 14 that adjustable gradual change type optical attenuator and electric rotating machine assembly form.Light beam power after the optical attenuator that fixed efficiency is 1% is 50 milliwatts, decay to safe range, then input instruction to emission control and interface module 17 by on-off controller 4, regulate the rotational angle (1-360 degree is adjustable) rotating the electric rotating machine that adjustable gradual change type optical attenuator is installed together with 1%-100%, the decay behind efficiency (1%-100% is adjustable) of gradual change type optical attenuator is regulated to control the energy 0.05-50 milliwatt of light beam, obtain the energy range of different lethality, and all in safe range.
Through the light beam of overdamping, be the optical lens combination of 20 times by multiplication factor, and the cross section length of side is the customization square field stop of 20 millimeters, the beam shaping of composition exports module 15, and beam shape is customized to the visible ray green energy post of 20 millimeters.Again by size 30 millimeters of optical mirror slip output windows and manual unlocking mechanical diaphragms composition optical window module 16, launch visible ray green beam energy post.
Manually gauge tap closes mechanical diaphragms, or controls emission control by on-off controller 4 and interface module 17 is closure state, achieves safety protection function.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 2
Substantially the same manner as Example 1, institute's difference is, light source generator 11 changes the infrared laser (black light) of wavelength 10.6 microns into, is suitable for hidden transmitting, as anti-terrorism weapon.
Embodiment 3
Substantially the same manner as Example 1, institute's difference is, light source generator 11 changes the Ultra-Violet Laser (black light) of wavelength 0.193 micron into, is suitable for hidden transmitting, as anti-terrorism weapon.
Embodiment 4
Substantially the same manner as Example 1, institute's difference is, light source generator 11 changes 3 kinds of combination of light sources into, the Ultra-Violet Laser (black light) of the green laser (visible ray) that wavelength is 0.532 micron, the infrared laser (black light) of wavelength 10.6 microns, wavelength 0.193 micron, respectively by beam propagation and transformation module 13.This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 5
Substantially the same manner as Example 1, institute's difference is, light source generator 11 changes the light source of 1 milliwatt into.This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 6
Substantially the same manner as Example 1, institute's difference is, the light source that light source generator 11 changes 1 millijoule into, frequency range is 1Hz to 25Hz, pulse mode is launched, the final light beam launched is become the energy block of impulse ejection by energy post during sequential filming.
This optics dart hidden in the sleeve can be used for entertainment field.
Embodiment 7
Substantially the same manner as Example 1, institute's difference is, light source generator 11 LASER Light Source changes LED source into.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 8
Substantially the same manner as Example 1, institute's difference is, beam propagation and transformation module 13 rotates adjustable gradual change type optical attenuator by regulating, and realizes efficiency of transmission 1%-99% adjustable.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 9
Substantially the same manner as Example 1, institute's difference is, the optical mirror slip coupled system in beam propagation and transformation module 13 is changed to fiber coupling system.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 10
Substantially the same manner as Example 1, institute's difference is, the fixed efficiency optical attenuator decay behind efficiency that optical attenuator controls in module 14 is 99%.
This optics dart hidden in the sleeve can be used for as anti-terrorism weapon.
Embodiment 11
Substantially the same manner as Example 1, institute's difference is, optical attenuator controls module 14 except optical attenuator, the 1%-100% that fixed efficiency is 1% and rotates adjustable gradual change type optical attenuator and electric rotating machine assembly, also comprise a set of light splitting piece and optical shutter component 18, to be the light splitting piece 19 of 45 degree with X and Y-direction angle by being placed on and forming perpendicular to the optical gate 20 that X and Y-direction place.
Light splitting piece 19 is divided into light beam the two-beam propagated along X and Y both direction, then respectively through perpendicular to X-direction and the optical gate 20 perpendicular to Y-direction.By controlling the on off state of each optical gate 20 in X-direction and Y-direction, select light beam to launch in the either direction of X, Y or 2 directions simultaneously.Please refer to Fig. 4.This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 12
Substantially the same manner as Example 11.Institute's difference is, optical attenuator controls module 14 and also comprises another set of light splitting piece and optical shutter component, is the light splitting piece of 45 degree by with X and Z-direction, and respectively perpendicular to the optical gate composition that X, Z place.After being positioned over light splitting piece described in embodiment 11 and optical shutter component 18 X-direction light path on, realize at X and Z-direction output beam.
By controlling perpendicular to X, Y, the on off state of three optical gates of Z-direction, selects light beam to launch in the either direction of X, Y, Z or three directions simultaneously.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 13
Substantially the same manner as Example 11, institute's difference is, light splitting piece and optical shutter component 18, being fix the light splitting piece of 45 degree with X-Y angular separation, replaces with the light splitting piece that on the electric rotating machine that is arranged on, angle is adjustable.The angle rotating range of described electric rotating machine is 0-45 degree.Regulate the anglec of rotation of electric rotating machine, the angle of light splitting piece and X-direction is changed from 0-45 degree along with electric rotating machine, light beam just can from the launched in arbitrary direction of 0-90 degree between X and Y, thus acquisition accurate delivery direction.Accelerate electric rotating machine rotary speed, also can form sector light beam and export.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 14
Substantially the same manner as Example 1, institute's difference is, the optical lens combination multiplication factor that beam shaping exports module 15 replaces with 1 times by 20 times, and the beam sizes of output changes into 2 millimeters, final transmitting green light energy lines.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 15
Substantially the same manner as Example 1, institute's difference is, the optical lens combination that beam shaping exports module 15 replaces with grating, and the final light beam launched changes into green light power array.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 16
Substantially the same manner as Example 14, institute's difference is, the optical lens combination that beam shaping exports module 15 replaces with optical fiber, and the final light beam launched changes into green light energy group.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 17
Substantially the same manner as Example 1, institute's difference is, the cross section that size 20 millimeters of field stops that beam shaping exports module 15 replace with perpendicular to light beam is the field stop customizing arbitrarily pattern, and the final light beam launched will change into any green energy visual field effect consistent with customizing field stop cross section pattern.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 18
Substantially the same manner as Example 13, institute's difference is, 30 millimeters of optical mirror slip output windows in optical window module 16 change into the glass bar placed from X to Y-direction, mechanical diaphragms also respective change is the customization mechanical diaphragms consistent with glass bar, and light beam can arbitrarily angled along X to Y-direction be emitted.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 19
In above-described embodiment 1-18, the control mode of on-off controller 4 changes wired mode into by wireless mode.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 20
Substantially the same manner as Example 1, institute's difference is, light source generator 11 changes the light source of 100 watts into.
This optics dart hidden in the sleeve can be used for anti-terrorism field.
Embodiment 21
Substantially the same manner as Example 1, institute's difference is, light source generator 11 change into 100 joules, frequency range is 1Hz to 25Hz, pulse mode is launched light source, the final light beam launched is become the energy block of impulse ejection by energy post during sequential filming.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 22
Substantially the same manner as Example 11.Institute's difference is, optical attenuator controls module 14 and also comprises another set of light splitting piece and optical shutter component, is the light splitting piece of 45 degree by with Y and Z-direction, and respectively perpendicular to the optical gate composition that Y, Z place.After being positioned over light splitting piece described in embodiment 11 and optical shutter component 18 Y-direction light path on, realize at Y and Z-direction output beam.
By controlling perpendicular to X, Y, the on off state of three optical gates of Z-direction, selects light beam to launch in the either direction of X, Y, Z or three directions simultaneously.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 23
Refer to shown in Fig. 1, by integrally mounted to optics dart hidden in the sleeve transmitter 1 and Air flow radiator 2, by integrally mounted to Air flow radiator 2 and heat insulation layer fixture 3, heat insulation layer fixture 3 is worn in the wrist of user of service, by the on off state of on-off controller 4 wirelessly control both optical dart hidden in the sleeve transmitter 1.
Optics dart hidden in the sleeve transmitter 1 is LASER Light Source, and launch mean power 10 milliwatt, spot size is 2 millimeters, the infrared laser that wavelength is 0.808 micron.
Described Air flow radiator 2 directly contacts with optics dart hidden in the sleeve transmitter 1, and the metallic aluminium good by heat-conductive characteristic is made.Its first surface and optics dart hidden in the sleeve transmitter 1 are directly installed and to be contacted and integrally mounted, the heat produced is dissipated by the air transmitted type of cooling of self, guarantee that optics dart hidden in the sleeve transmitter 1 stable working state is reliable in optics dart hidden in the sleeve transmitter 1 course of work.Its second surface directly to contact and integrally mounted in heat insulation layer device 3.
Described heat insulation layer fixture 3 is made up of the heat-insulating material nylon of environment-protecting asepsis.First surface and the Air flow radiator 2 of heat insulation layer fixture 3 are integrally fixed, and second surface is designed to ergonomic structure, can be fixed on arm easily.
Described on-off controller 4 passes through wireless telecommunications, the on off state of control both optical dart hidden in the sleeve transmitter 1.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 24
Substantially the same manner as Example 23, institute's difference is, described optics dart hidden in the sleeve transmitter 1 is made up of light source generator 11 and driving power 12.As shown in Figure 5.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 25
Substantially the same manner as Example 24, institute's difference is, described optics dart hidden in the sleeve transmitter 1, except light source generator 11 and driving power 12, also comprises beam propagation and transformation module 13.As shown in Figure 6.Beam propagation and transformation module 13 is by the adjustable gradual change type optical attenuator of rotation and optical mirror slip coupled system forms, efficiency of transmission is adjusted to 50%.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 26
Substantially the same manner as Example 25, institute's difference is, optics dart hidden in the sleeve transmitter 1 is except light source generator 11 and driving power 12, and beam propagation and transformation module 13, also comprises beam attenuation and control module 14.As shown in Figure 7.Optical attenuator control module 14 by fixed efficiency be 1% optical attenuator, 1%-100% rotates adjustable gradual change type optical attenuator and electric rotating machine assembly forms.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 27
Substantially the same manner as Example 26, institute's difference is, optics dart hidden in the sleeve transmitter 1 is except light source generator 11 and driving power 12, and beam propagation and transformation module 13, beam attenuation controls module 14, also comprises beam shaping and exports module 15.As shown in Figure 8.Beam shaping exports the optical lens that module 15 is 20 times by multiplication factor and combines, and the cross section length of side is the customization square field stop composition of 20 millimeters.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Embodiment 28
Substantially the same manner as Example 27, institute's difference is, optics dart hidden in the sleeve transmitter 1 is except light source generator 11 and driving power 12, and beam propagation and transformation module 13, beam attenuation controls module 14, and beam shaping exports module 15, also comprises optical window module 16.As shown in Figure 9.Optical window module 16 is made up of the mechanical diaphragms of size 30 millimeters of optical mirror slip output windows and hand control switch state.
This optics dart hidden in the sleeve all can use in amusement and anti-terrorism field.
Finally should be noted that: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit; Although by referring to some preferred embodiment of utility model, utility model is described, but those of ordinary skill in the art is to be understood that, various change can be made to it in the form and details, and not depart from the spirit and scope of the present utility model that appended claims limits.
Claims (9)
1. an optics dart hidden in the sleeve, it is characterized in that, be made up of optics dart hidden in the sleeve transmitter (1), Air flow radiator (2), heat insulation layer fixture (3) and on-off controller (4) four part, described Air flow radiator (2) directly contacts with optics dart hidden in the sleeve transmitter (1), be made of metal, described heat insulation layer fixture (3) is made up of heat-insulating material.
2. according to optics dart hidden in the sleeve according to claim 1, it is characterized in that, described optics dart hidden in the sleeve transmitter (1) is controlled module (14), beam shaping output module (15), optical window module (16), emission control and interface module (17) seven part formed by light source generator (11), driving power (12), beam propagation and transformation module (13), optical attenuator.
3. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described beam propagation and transformation module (13) is optical mirror slip coupled system or fiber coupling system.
4. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described beam propagation and transformation module (13) is made up of the adjustable gradual change type optical attenuator of rotation and optical mirror slip coupled system, or is made up of the adjustable gradual change type optical attenuator of rotation and fiber coupling system.
5. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described optical attenuator control module (14) by fixed attenuation efficiency optical attenuator, rotate adjustable gradual change type optical attenuator, electric rotating machine, light splitting piece, polarizer and optical gate and form.
6. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described beam shaping exports module (15) and is made up of the field stop of optical lens combination, prism arrangement, grating combination, optical fiber and customization.
7. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described optical window module (16) comprises optical mirror slip output window and mechanical diaphragms.
8. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described light source generator (11) is LASER Light Source or LED source.
9. according to optics dart hidden in the sleeve according to claim 2, it is characterized in that, described light source generator (11) is light-pulse generator generator or continuous light source generator.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420740108.XU CN204329726U (en) | 2014-07-08 | 2014-12-02 | A kind of optics dart hidden in the sleeve |
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| CN2014203720724 | 2014-07-08 | ||
| CN201420372072 | 2014-07-08 | ||
| CN201420740108.XU CN204329726U (en) | 2014-07-08 | 2014-12-02 | A kind of optics dart hidden in the sleeve |
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| CN204329726U true CN204329726U (en) | 2015-05-13 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105277048A (en) * | 2014-07-08 | 2016-01-27 | 魏剑维 | Optical chain attacker |
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2014
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105277048A (en) * | 2014-07-08 | 2016-01-27 | 魏剑维 | Optical chain attacker |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP02 | Change in the address of a patent holder |
Address after: 100081, Beijing, Haidian District sorghum Bridge oblique Street No. 7, building 28, 109 Patentee after: Wei Jianwei Address before: 100082. Room 3, unit 6, Building 102, Mingguang Village, Haidian District, Beijing Patentee before: Wei Jianwei |