CN206350091U - One kind monitoring sight device - Google Patents
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- CN206350091U CN206350091U CN201720043537.5U CN201720043537U CN206350091U CN 206350091 U CN206350091 U CN 206350091U CN 201720043537 U CN201720043537 U CN 201720043537U CN 206350091 U CN206350091 U CN 206350091U
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Abstract
Sight device is monitored the utility model discloses one kind, for being monitored and being aimed to target, including the optics that housing, the objective lens unit for being arranged on the eyepiece component of housing rear end and being arranged on housing forward end, the image for information and the objective lens unit observation for being arranged on the information display component for being used for showing aiming information in housing and showing information display component carry out image co-registration and thrown on eyepiece component melts as component.The monitoring sight device that the utility model is provided, melted by optics as component will monitor attitude information, the positional information of destination object, guidance information and the target image progress optical fusion of sight device, and be shown in same visual field, spotter can obtain above-mentioned aiming information in real time, and quickly catch target according to information is aimed at, make aiming information and target image simultaneous display, overcome the loss of extraneous physical message, lossless display to truly monitoring environment, realizes and the target of motion real-time, is accurately monitored and aimed at.
Description
Technical field
The utility model is related to a kind of military or civilian supervision equipment field, and more particularly to one kind can be monitored simultaneously
The monitoring sight device of aiming.
Background technology
In MISSILE LAUNCHING field, monitoring sight device is used to searching for and aiming at monitoring destination object, prison of the prior art
All it is spotter depending on equipment using monitoring that sight device scans for destination object, searches and taken aim at again after destination object
It is accurate.But supervision equipment of the prior art for ground surveillance destination object scan for aim at when, the monitoring target on ground
Translational speed is slow, and closer to the distance, and the demand scanned for destination object can also be met substantially.But for aerial mobile
Monitoring destination object, due to it is of the prior art monitoring sight device to sky observation sight device visual field it is small, the position of target
Put all distant, and movement is very fast, in the case of no goal directed, relies solely on manpower search, aiming movement mesh
Mark is extremely difficult.Night light difference, which was further increased to night, especially to be monitored to the destination object that night overhead is moved
Between the difficulty that scans for of destination object.And monitoring sight device of the prior art all simply can see the profile of target,
Cannot see that the exact position of target, thus to target it is real-time, accurate aim at also relatively difficult.
Utility model content
The utility model is mainly solving the technical problems that provide a kind of exact position that can simultaneously obtain and monitor target
The monitoring sight device of information and contour shape, realizes and the destination object of monitoring real-time, is accurately searched for and aimed at.
In order to solve the above technical problems, the technical solution adopted in the utility model is：
One kind monitoring sight device, including housing, be arranged on the eyepiece component of the enclosure interior rear end and be arranged on this
The objective lens unit of enclosure interior front end, the monitoring sight device also includes being arranged in the housing and is used to show the letter for aiming at information
The image that breath display module and the information for showing the information display component and the objective lens unit are observed carries out image co-registration simultaneously
The optics thrown on the eyepiece component melts as component.
It is further preferred that above-mentioned monitoring sight device also includes being used to gather the image acquisition device being imaged on objective lens unit
And the image display that the image for gathering described image collector electrically connected with the image acquisition device is shown.
It is further preferred that above-mentioned image acquisition device is infrared detector.
It is further preferred that above- mentioned information display module includes aiming at information generator and by the aiming information generator
The information display that the aiming information of output is shown.
It is further preferred that above-mentioned optics, which melts picture component, includes spectroscope, above-mentioned image display is shown with above- mentioned information
Device is arranged in a mutually vertical manner, and the spectroscope is located at the optical axis intersection of the image display and the information display, and above-mentioned image shows
Show that the image shown on device enters the aiming shown on the eyepiece component, above- mentioned information display by the spectroscope transmission or reflection
Information is by the corresponding reflection of the spectroscope or is transmitted into the eyepiece component.
It is further preferred that above-mentioned aiming information generator includes receiving the outside communication interface for aiming at information.
It is further preferred that above-mentioned communication interface uses USB interface.
It is further preferred that above-mentioned image display and above- mentioned information display are OLED display.
It is further preferred that above-mentioned spectroscope is put together by two pieces of 45 ° of equilateral right angle prisms.
It is further preferred that above-mentioned aiming information includes：The positional information of destination object, the position letter for monitoring sight device
Attitude information, direction coordinate diagram and the guidance information of breath, monitoring sight device.
It is further preferred that above-mentioned objective lens unit, above-mentioned infrared detector, above-mentioned image display and above-mentioned eyepiece component
On same level primary optical axis, the optical axis of the information display is vertically arranged with the horizontal primary optical axis, above-mentioned spectroscopical spelling
Set between conjunction face and horizontal primary optical axis in 45 ° of angles clockwise, the image display is fitted with spectroscopical leading flank to be put
Put, the information display is fitted placement with spectroscopical upper side, and the eyepiece component is fitted with spectroscopical trailing flank to be put
Put, the image shown on the image display is transmitted into the eyepiece component by the spectroscope, shown on the information display
Aim at information and the eyepiece component is entered by the dichroic mirror.
The beneficial effects of the utility model are：The monitoring sight device that the utility model is provided, by objective lens unit to mesh
Mark object and carry out IMAQ, obtained by information display component and aim at information, it is preferable that aiming at information includes：Destination object
Positional information, monitor sight device attitude information, direction coordinate diagram and guidance information.Melted by optics as component will be taken aim at
Calibration information and target image carry out optical fusion, and are shown in same visual field, make spotter while obtaining the essence of monitoring target
True positional information and contour shape, and target is quickly caught according to information is aimed at, make aiming information and target image real-time
Simultaneous display, overcomes the loss of extraneous physical message, the lossless display to true monitoring environment, realizes to destination object especially
It is that the faster destination object of aerial sports real-time, is accurately caught and aimed at.
Further, the image acquisition device of setting can convert optical signals into electric signal, be transferred to image display enterprising
Row display, reduces influence of the distance to image definition of observed image, when monitoring remote destination object, makes acquisition
Image is equally more clear.
Further, image acquisition device uses infrared detector, makes monitoring sight device of the present utility model on daytime and night
Evening can use.
Further, optics melts as component is spectroscope, and the fusion of image information is carried out by optical principle, can make aiming
Information and image information are further quickly shown in same visual field, whole to monitor sight device more compact structure.
Further, the aiming information of overall control center is received using USB interface, be reduce further in transmitting procedure to aiming at
The loss of frame.
Further, image display and information display are OLED display, and OLED display small volume is low in energy consumption,
Luminous efficiency is high, and visible angle is bigger, and manufacturing process is simple, with low cost.
Further, spectroscope is put together by two pieces of 45 ° of equilateral right angle prisms, is effectively reduced the ghost image of image.
Brief description of the drawings
Fig. 1 is the structural representation of the embodiment of the utility model monitoring sight device；
Fig. 2 is the optical schematic diagram of the embodiment of the utility model monitoring sight device；
Fig. 3 is embodiment the melting as schematic diagram after optics melts as component of the utility model monitoring sight device.
Embodiment
Embodiment of the present utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein
Same or similar label represents same or similar element or the element with same or like function from beginning to end.Lead to below
It is exemplary to cross the embodiment being described with reference to the drawings, and is only used for explaining the utility model, and can not be construed to this practicality
New limitation.
Those skilled in the art of the present technique are it is understood that the correlation module that is related in the utility model and its realization
Function is that computer software conventional in the prior art is carried in device, device or the system of hardware after improvement and its composition
Program or relevant agreement are achieved that, are not that computer software programs of the prior art or relevant agreement are improved.
For example, the computer hardware system after improving still can realize the hardware system by loading existing operation system of software
Specific function.It is understood, therefore, that innovation of the present utility model is to change hardware module in the prior art
Enter and its connect syntagmatic, rather than be only to realizing changing for the software carried about function or agreement in hardware module
Enter.
Those skilled in the art of the present technique are it is understood that the correlation module mentioned in the utility model is performed for this
One or more of hardware device in step, measure, scheme described in application in operation, method, flow.The hardware is set
Specially design and manufacture for purpose that can be for needed for, or the known device or known in all-purpose computer can also be used
Other hardware devices.The all-purpose computer is activated or reconstructed with having the procedure selection being stored in it.
Those skilled in the art of the present technique are appreciated that unless expressly stated, singulative " one " used herein, " one
It is individual ", " described " and "the" may also comprise plural form.It is to be further understood that being used in specification of the present utility model
Wording " comprising " refer to there is the feature, integer, step, operation, element and/or component, but it is not excluded that in the presence of or
Other one or more features of addition, integer, step, operation, element, component and/or their group.It should be understood that when us
Element is claimed to be " connected " or during " coupled " to another element, it can be directly connected or coupled to other elements, or can also
There is intermediary element.In addition, " connection " used herein or " coupling " can include wireless connection or coupling.It is used herein to arrange
Taking leave "and/or" includes one or more associated any cells for listing item and all combines.
Those skilled in the art of the present technique are appreciated that unless otherwise defined, all terms used herein (including technology art
Language and scientific terminology) with the general understanding identical meaning with the those of ordinary skill in the utility model art.Also
It should be understood that those terms defined in such as general dictionary should be understood that with the context of prior art
The consistent meaning of meaning, and unless defined as here, will not be explained with idealization or excessively formal implication.
The technical solution of the utility model is described in further detail below in conjunction with the accompanying drawings：
A kind of embodiment for monitoring sight device that the utility model is provided, as shown in Figure 1-2, including housing 1, is arranged on
The eyepiece component 2 of the Internal back end of housing 1 and the objective lens unit 3 for being arranged on the interior forward end of housing 1, the monitoring sight device
Also including being arranged in the housing 1 is used to show the information display component 4 for aiming at information and shows the information display component 4
Information and the image observed of the objective lens unit 3 carries out frame fusion and the optics thrown on the eyepiece component 2 melts as group
Part.
It is further preferred that the monitoring sight device of the present utility model of the present embodiment also include collection objective lens unit on into
As image acquisition device and the image for gathering the image acquisition device that electrically connects with the image acquisition device carry out shown in figure
As display 6.
It is further preferred that because most of monitored target is more frequent in nocturnalism, so monitoring aiming is set
It is more frequent for being used at night, but be due to that night is very poor, in order to be able to make monitoring sight device of the present utility model exist
Night equally also can accurately be monitored that the image acquisition device of the present embodiment is infrared detector 5 to the destination object of monitoring.
Infrared detector uses infrared detector equipment of the prior art, and the principle of detection is：The infra-red radiation that destination object is sent,
Through the focal imaging of objective lens unit 3 on infrared detector, infrared detector receives the infrared energy after being imaged through objective lens unit 3
Distribution pattern is measured, the electric signal corresponding with destination object radiation profiles is converted thereof into using photovoltaic effect, then be digitized into
Processing, nonuniformity correction, image procossing, Video Composition, are shown to image display 6, obtain the image of visible destination object.
Infrared detector uses the high-performance un-cooled FPA array device of 340~240 pixels.
Objective lens unit 3, infrared detector 5, image display 6 is applied in combination can obtain the infrared image of destination object,
The embodiment of monitoring sight device of the present utility model is set to carry out monitoring that aiming equally also can be right to destination object on daytime
The destination object at night carries out monitoring aiming.
It is further preferred that information display component 4 includes aiming at information generator 7 and defeated by information generator 7 is aimed at
The information display 8 that the aiming information gone out is shown.
It is further preferred that aiming at information generator 7 includes receiving the outside communication interface for aiming at information.Here outside
It is to include the aiming information that is produced and exported by special sight device to aim at information, such as detection radar equipment to target away from
From the detection information in, orientation；Also include after a variety of sight devices or sensor detection are perceived, then by the information of overall control center
Target information transmitted after fusion etc..
It is preferred that, the communication interface in the present embodiment is USB interface.USB interface being capable of the lossless number that will aim at information
Word signal is shown on information display 8.Certainly can also according to demand, communication interface uses data-interface, data-interface bag
Include computer network interface, serial data interface etc..
It is further preferred that as shown in Fig. 2 above-mentioned optics melts as component includes spectroscope 9, the preferably spectroscope 9
It is put together by two pieces of 45 ° of equilateral right angle prisms, such spectroscope effectively reduces the ghost image of image.Further preferably
A length of 26.5mm, a width of 16mm, a height of 16mm of spectroscope 9, the splitting ratio of the spectroscope 9 is 1:1, the middle cardiac wave of spectroscope 9
A length of 420nm~780nm, such spectroscope 9 can be transmitted to target image and frame simultaneously and be reflected and be projected
Onto eyepiece component 2.Image display 6 is arranged in a mutually vertical manner with information display 8, and spectroscope 9 is located at image display 6 and letter
Cease the optical axis intersection of display 8.
It is further preferred that objective lens unit 3, infrared detector 5, image display 6 and eyepiece component 2 are in same water
On flat primary optical axis, the optical axis of information display 8 is vertically arranged with horizontal primary optical axis, the mating surface of spectroscope 9 and horizontal primary optical axis
Between set in 45 ° of angles clockwise, the image shown on image display 6 is transmitted into eyepiece component 2 by spectroscope 9, believes
The aiming information shown on breath display 8 is reflected into eyepiece component 2 by spectroscope 9.
It is further preferred that above-mentioned aiming information includes：The positional information of destination object, the posture letter for monitoring sight device
Breath, direction coordinate diagram and guidance information.
As depicted in figs. 1 and 2, monitoring sight device of the present utility model is first when carrying out monitoring aiming to destination object
First pass through infrared detector 5 and objective lens unit 3 is obtained to the image of exterior monitoring target, and by the infrared target figure of acquisition
As D1 is shown on image display 6, the information display 8 in information display component 4 is received and shown by total by USB interface
The aiming information D2 that control central transmission comes.Aim at the positional information of the destination object in information D2, monitor the position of sight device
Confidence breath, attitude information, the guidance information of monitoring sight device are respectively distributed to information display 8 up and down as needed
Four orientation, direction coordinate diagram shows centered on the center of information display 8, the infrared target shown on image display 6
Image is transmitted into the aiming information shown on eyepiece component 2, information display 8 by spectroscope 9 and is reflected into mesh by spectroscope 9
Mirror assembly 2.It spotter is not can be only seen higher level's feeding and aim at information, i.e., including guidance information, destination object
Positional information, monitor the positional information of sight device and monitor the attitude information of sight device, and according to guidance information and
The positional information of destination object quickly captures destination object, and according to the true picture and guidance information of target to target
Object is accurately aimed at, and realizing makes spotter that monitoring destination object be caught and be aimed at real-time, accurately.
The content shown in eyepiece component 2 is exemplified by shown in Fig. 3, and D1 is the image of destination object, because destination object is
Motion, so during monitoring is aimed at, the image of destination object is probably optional position, but monitoring sight device is with mesh
The center that logo image is located at eyepiece component 2 is homing position, that is to say, that when the image D1 of destination object is located at eyepiece group
During the center of part 2, now monitor that sight device has had already aimed at destination object.S5 is direction coordinate diagram with eyepiece component 2
Center centered on show, spotter is played a part of direction guiding.The left side of eyepiece component 2 is shown this monitoring aiming and set
Standby information and the positional information of destination object, the positional information of destination object is according to destination object range surveillance sight device water
The distance of flat distance, is arranged in order lists from top to bottom.Shown in Fig. 3 be monitoring aim at aircraft eyepiece component on show it is interior
Hold, the facility information of current monitoring sight device is shown in wherein S4, wherein 06 is the numbering of current monitoring sight device,
50km is that current monitoring sight device viewing area radius is 50km.The position of a destination object in display radius is shown in S1
Confidence ceases, and is shown in S4 lower position, wherein, 01 represents destination object marked as 01, D2760 represent destination object 01 away from
From monitoring sight device horizontal range be 2760m, H800 represent the height of the range surveillance sight device of destination object 01 as
It is 300m/s that 800m, V300, which represent the translational speed of destination object 01,.Another destination object in display radius is shown in S2
Positional information, and show in S1 lower section, wherein, 04 represents the destination object marked as 04, and D3707 represents destination object
The horizontal range of 04 range surveillance sight device is 3707m, and H6373 represents the height of the range surveillance sight device of destination object 04
For 6373m, it is 0m/s that V0, which represents the translational speed of destination object 04,.The appearance of monitoring sight device is shown in the left side of eyepiece component
State information S3, wherein, A0825 represents the mil of the angle of site 825 of monitoring sight device, and E3894 represents the side of monitoring sight device
Parallactic angle is 3894 mils.S6 is guidance information, is shown in the lower section of eyepiece component 2, guiding monitoring sight device is in level and erects
Enter horizontal deflection to both direction with run-home object.Black round dot, the black three shown on eyepiece component 2 in display radius
Black box background angular and that lining is below 01 and 04 represents different types of destination object respectively.Certain display interface
The information of upper display can be increased and decreased according to demand, according to different types of destination object, the display target on display interface
The information such as the azimuth of object, the angle of site of destination object, the posture of destination object.In the present embodiment, in same eyepiece group
In part, spotter not only can accurately see the true picture of aircraft, while it can also be seen that higher level transmission be used for aim at
The guidance information of aircraft, the positional information of aircraft, the attitude information for monitoring sight device, it is possible to quick according to guidance information
Go to catch and aim at aircraft, overcome the loss of the extraneous physical message of monitoring sight device of the prior art, realize to flying
Machine in real time, quickly catches and aimed at.
In other embodiments, monitoring sight device can be not provided with image acquisition device and image display, directly by
Objective lens unit is obtained to the image of destination object, is then thrown into by spectroscope light on eyepiece component.
In other embodiments, above-mentioned image acquisition device can also be charge coupling device CCD image sensor, should
The light of the image of the destination object monitored daytime can be transformed into electric charge by sensor, and collection is then shown on image display
Destination object image.
In other embodiments, above-mentioned optics melts as component can also be arranged to following structure, including a setting
Image collecting device in objective lens unit rear end, the image collecting device is electrically connected with information display, eyepiece component and information
Display is coaxially set.When in use, the image of outside destination object is put into of the present utility model by objective lens unit
Monitor inside sight device, then the image is acquired by image collecting device, then will by the communication interface of electrical connection
The image of collection is shown on information display, and spotter is direct to the information shown on information display by eyepiece component
It is observed, while obtaining the contour images of destination object and aiming at information.Optics including the structure melts the monitoring as component
Sight device, can equally realize image of the present utility model and aim at the purpose that information carries out optical fusion.
In other embodiments, above-mentioned image display 6 can also be with the place-exchange of information display 8, this master drawing
Image as shown on display 6 is reflected into the aiming information shown on eyepiece component 2, information display 8 by spectroscope 9
Eyepiece component 2 is transmitted into by spectroscope 9.
In other embodiments, image display 6 and information display 8 are placed anyway, as long as can be real
The image shown on two displays is now subjected to image co-registration by spectroscope 9 respectively, then light is thrown on eyepiece component 2,
Image can be achieved and the purpose that information carries out optical fusion is aimed at.
It is further preferred that image display 6 and information display 8 are OLED display, OLED is one kind by organic
It can just be lighted after the laminar solid-state device of molecule, application electric power, belong to self-luminous without backlight, can with higher
Diopter and brightness.OLED display screen has small volume, low in energy consumption, and luminous efficiency is high, and visible angle is bigger, and manufacturing process letter
It is single, the features such as with low cost, it is preferably used for the display to imaging in the utility model.
It is further preferred that the cemented doublet that eyepiece component 2 is made up of an eyepiece 10 and No. two eyepieces 11, the glued mirror
Piece goes out a diameter of 20mm of cylinder, and visual field is 35 °.Cemented doublet can reduce optical energy loss, increase imaging definition.
Placement, information display 8 and spectroscope it is further preferred that image display 6 is fitted with the leading flank of spectroscope 9
9 upper side laminating is placed, and eyepiece component 2 is fitted placement with the trailing flank of spectroscope 9, and placement of fitting can make image display
The lossless transmission spectroscope 9 of the image clearly that is shown on 6 is projected on eyepiece component 2, makes the aiming shown on information display 8
Information is clearly lossless to be reflexed on eyepiece component 2 by spectroscope 9.
Embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, it is every
The equivalent structure transformation made using the utility model specification and accompanying drawing content, or directly or indirectly it is used in other correlations
Technical field, is included in scope of patent protection of the present utility model.
Claims (10)
1. one kind monitoring sight device, including housing, be arranged on the eyepiece component of the enclosure interior rear end and be arranged on institute
State the objective lens unit of enclosure interior front end, it is characterised in that the monitoring sight device also includes being arranged on use in the housing
The information display component of information is aimed in display, and the information that described information display module is shown and the objective lens unit are seen
The optics that the image of survey carries out frame fusion and thrown on the eyepiece component melts as component.
2. sight device is monitored according to claim 1, it is characterised in that the monitoring sight device also includes being used to gather
The image acquisition device being imaged on objective lens unit and electrically connected with described image collector described image collector is gathered
The image display that image is shown.
3. sight device is monitored according to claim 2, it is characterised in that described image collector is infrared detector.
4. sight device is monitored according to claim 3, it is characterised in that described information display module includes aiming at information production
Raw device and the information display for being shown the aiming information of the aiming information generator output.
5. sight device is monitored according to claim 4, it is characterised in that the optics melts as component includes spectroscope, institute
State image display to be arranged in a mutually vertical manner with described information display, the spectroscope is located at described image display and the letter
Cease the image shown on the optical axis intersection of display, described image display and enter described by the spectroscope transmission or reflection
The aiming information shown on eyepiece component, described information display is reflected by spectroscope correspondence or is transmitted into the eyepiece
Component.
6. sight device is monitored according to claim 5, it is characterised in that the aiming information generator includes receiving outside
Aim at the communication interface of information.
7. sight device is monitored according to claim 6, it is characterised in that the communication interface uses USB interface.
8. sight device is monitored according to claim 7, it is characterised in that described image display and described information display
It is OLED display, the spectroscope is put together by two pieces of 45 ° of equilateral right angle prisms.
9. sight device is monitored according to claim 8, it is characterised in that the aiming information includes：The position of destination object
Attitude information, direction coordinate diagram and the guidance information of confidence breath, monitoring sight device.
10. monitor sight device according to claim 9, it is characterised in that the objective lens unit, the infrared detector,
Described image display and the eyepiece component are on same level primary optical axis, the optical axis of described information display and the water
Flat primary optical axis is vertically arranged, and is set between spectroscopical mating surface and horizontal primary optical axis in 45 ° of angles clockwise, the figure
As display is fitted placement with spectroscopical leading flank, described information display is fitted with spectroscopical upper side to be put
Put, the eyepiece component is fitted placement with spectroscopical trailing flank, the image shown on described image display is by described
Spectroscope is transmitted into the aiming information shown on the eyepiece component, described information display and entered by the dichroic mirror
The eyepiece component.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720043537.5U CN206350091U (en) | 2017-01-13 | 2017-01-13 | One kind monitoring sight device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720043537.5U CN206350091U (en) | 2017-01-13 | 2017-01-13 | One kind monitoring sight device |
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| CN206350091U true CN206350091U (en) | 2017-07-21 |
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