CN209148957U - Telescope is taken aim in a kind of sight of bolometer electronics monotubular - Google Patents
Telescope is taken aim in a kind of sight of bolometer electronics monotubular Download PDFInfo
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- CN209148957U CN209148957U CN201822144091.2U CN201822144091U CN209148957U CN 209148957 U CN209148957 U CN 209148957U CN 201822144091 U CN201822144091 U CN 201822144091U CN 209148957 U CN209148957 U CN 209148957U
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- sight
- main body
- bolometer
- eyepiece
- liquid crystal
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Abstract
The utility model, which provides a kind of sight of bolometer electronics monotubular, to be taken aim at telescope and includes one group of object lens, main body cabin, sees and take aim at eyepiece group.It is equipped with imaging detector at object lens in main body module room, imaging coding-control plate, battery compartment and power control board are also equipped in main body module room, sight takes aim at eyepiece and is equipped with liquid crystal display at main body cabin, main body cabin surface is equipped with operation button, battery cabin cap, power switch, data link port.Bolometer, power control board, liquid crystal Signals Transfer Board, button circuit board and data connection port are stated, is connect with imaging coding-control plate.After infrared light passes through object lens, on amorphous silicon/vanadium oxide detector, optical signal is converted to electronic image signal by detector, imaging coding-control plate advanced optimizes processing to image, it adds battery capacity and shows the multiple functions such as icon, displayed image adjusts to form moderate picture using eyepiece, projects human eye.
Description
[technical field]
The utility model relates to field of electronic device, telescope is taken aim in especially a kind of bolometer electronics monotubular sight.
[background technique]
Simple see simple at present takes aim at mirror, can no longer meet the day different moon new demand.
[utility model content]
This hair provides a kind of sight of bolometer electronics monotubular and takes aim at telescope, to while meeting daylight observation, night
Between can also clearly observe under low light conditions, and will not be because of the heat-flash source burn out detector that happens suddenly.
Telescope is taken aim in a kind of bolometer electronics monotubular sight of the utility model, comprising: one group of object lens, main body cabin and sight
Take aim at eyepiece；The main body cabin is equipped with detector bumper and absorbing shock bracket and bolometer at object lens, sets in the main body module room
There are imaging coding-control plate, battery compartment and power control board；Further include: the first LCD bracket, the second liquid crystal display
Eyepiece, the first LCD bracket, second are taken aim in bracket, liquid crystal display, liquid crystal Signals Transfer Board and eyepiece support frame, the sight
LCD bracket, liquid crystal display, liquid crystal Signals Transfer Board carry out physical connection, and eyepiece support frame with eyepiece support frame
Physical connection is carried out with main body cabin；Main body cabin upper surface is equipped with key cap, rubber key, button circuit board, defends
Star locating module and data connection port, and the battery compartment partial denudation is in main body cabin upper surface；Further include: bottom rack supporting
With side hanging frame, the bottom rack supporting is placed in the bottom in main body cabin, and the side hanging is placed on main body cabin side；The heat radiation
Meter, power control board, liquid crystal Signals Transfer Board, button circuit board and data connection port, with imaging coding-control plate conducting wire
Connection；The liquid crystal Signals Transfer Board is connect with liquid crystal display conducting wire.
Wherein, the battery compartment is made of battery compartment main body, battery protecting plate, battery cabin cap and battery compartment insulating coating；
The battery protecting plate is connect with power control board conducting wire.
Wherein, one group of object lens have focusing ring, adjust image sharpness by adjusting focusing ring.
Wherein, one group of object lens and main body cabin front carry out physical connection, and eyepiece and eyepiece support frame are taken aim in the sight
Physical connection is carried out, the eyepiece support frame and main body cabin rear portion carry out physical connection；The detector bumper and absorbing shock bracket is solid
Due to main body cabin close to object lens side, the bolometer is fixed on detector bumper and absorbing shock bracket frame.
Wherein, the imaging coding-control plate with serial communication circuit, magnetic detector, electron acceleration sensor and
Electronic gyroscope, the imaging coding-control plate are separately connected liquid crystal display, button circuit board, power control board by conducting wire
And external data terminals.
Wherein, rubber key is exposed in main body cabin surface, is covered on button circuit board；Button circuit board and satellite
Position module is physically connected to key cap respectively；Button circuit board is connect with imaging coding-control plate conducting wire.
Wherein, it is described sight take aim at eyepiece contain correction adjust ring, further include eyepiece eyeshade；The correction adjusts ring and is mounted on sight
It takes aim at outside eyepiece shell, ring is adjusted by rotational correction and reaches adjusting detecting eye diopter；It is another that liquid crystal display is mounted on eyepiece support frame
Side takes aim at eyepiece with sight and is connected.
Wherein, the battery protecting plate and battery cabin cap are equipped with spring, are put into battery for compressing.
The utility model bolometer electronics monotubular sight take aim at telescope have it is low in energy consumption, be day and night compatible with, by bolometer
The imaging detector imaging effect of composition is good, and saturating cloud effect is good, sensitive to high temp objects such as personnel, move vehicle aircrafts.It can
It is widely used in and daytime/night is needed remotely to see the place taken aim at.Further, altimeter, electronic compass, multiaxis sensing are integrated with
Device, and support external access laser ranging data, much information is projected directly at screen integration and shows.
[Detailed description of the invention]
Fig. 1 is that the bolometer electronics monotubular of the utility model embodiment sees the decomposition texture schematic diagram for taking aim at telescope；
Fig. 2 is that the bolometer electronics monotubular of the utility model embodiment sees the battery compartment schematic diagram for taking aim at telescope；
Fig. 3 is that the bolometer electronics monotubular of the utility model embodiment sees the battery compartment decomposition texture signal for taking aim at telescope
Figure；
Fig. 4 is that the bolometer electronics monotubular of the utility model embodiment sees the circuit connection diagram for taking aim at telescope；
Fig. 5 is that the bolometer electronics monotubular of the utility model embodiment sees the key cap schematic diagram for taking aim at telescope；
Fig. 6 is that the bolometer electronics monotubular of the utility model embodiment sees the detector bumper and absorbing shock bracket for taking aim at telescope
Buffer axial schematic diagram.
[specific embodiment]
In order to overcome pure optical telescope that can not show each outdoor data, such as height, direction, pitch angle, roll angle, away from
From information etc., and in cloud, at night, pure optical telescope is poor to distant object observation effect, the solution that the utility model uses
Certainly scheme is to provide a kind of sight of multifunctional intelligent bolometer electronics monotubular to take aim at telescope, and especially fixed focal length has night vision
Telescope is taken aim in the passive electronics monotubular sight of function, uses bolometer as the novel oxidized vanadium of imaging detection unit selection/non-
Crystal silicon has the induction wide 7um~14um of wavelength band, HDR good through observating characteristic under cloud state as imaging detector
Tolerance is good, will not be because of the heat-flash source burn out detector that happens suddenly.When 7um~14um far infrared passes through camera lens in vanadium oxide/amorphous
Optical signal amplification processing is formed electronic image signal by the imaging of silicon detector surface, then the signal pattern is passed to coding-control
Version, then such as by the various aiding sensors on coding-control plate: satellite positioning module, the information aggregates such as electronic compass project aobvious
In display screen, and human eye is projected finally through eyepiece adjustment image light, forms complete see and take aim at image.By the following examples
Detailed description.
Referring to shown in Fig. 1,2,3,4, telescope is taken aim in the bolometer electronics monotubular sight of the present embodiment, comprising: one group of object lens
1, main body cabin 2, sight take aim at eyepiece 3, detector bumper and absorbing shock bracket 4, bolometer 5, imaging coding-control plate 6, battery compartment 7,
Power control board 8, satellite positioning module 9, the first LCD bracket 10, the second LCD bracket 11, liquid crystal display
Device 12, eyepiece support frame 13, eyepiece eyeshade 14, key cap 15, rubber key 16, button circuit board 17, data connection port 18,
Bottom rack supporting 19, side hanging frame 20, liquid crystal Signals Transfer Board 21.Shell uses aluminum alloy material.The eyeglass material of one group of object lens 1 is
Germanium can also contain object lens assembly housing, focusing ring and lens group.Bolometer 5 is vanadium oxide or amorphous silicon detector, can will be remote
Infrared signal (7um~14um wavelength) is converted to electric signal image.
In the Main physical connection of above-mentioned all parts, main body includes one group of object lens 1, and eyepiece 3 is taken aim in main body cabin 2 and sight.
Main body cabin 2 is equipped with detector bumper and absorbing shock bracket 4 and bolometer 5 at object lens 1, and main body cabin 2 is built-in with imaging coding
Control panel 6, battery compartment 7 and power control board 8.Eyepiece 3, the first LCD bracket 10, the second liquid crystal display branch are taken aim in sight
Frame 11, liquid crystal display 12, liquid crystal Signals Transfer Board 21 with eyepiece support frame 13 carry out physical connection, and eyepiece support frame 13 with
Main body cabin 2 carries out physical connection.2 upper surface of main body cabin be equipped with key cap 15, rubber key 16, button circuit board 17,
Satellite positioning module 9 and data connection port 18, and 7 partial denudation of battery compartment is in 2 upper surface of main body cabin.Bottom rack supporting 19 is set
In the bottom in main body cabin 2, side hanging frame 20 is placed in 2 side of main body cabin.In the main electrical connection of above-mentioned all parts, heat radiation
Meter 5, power control board 8, liquid crystal Signals Transfer Board 21, button circuit board 17 and data connection port 18 with imaging coding-control
The connection of 6 conducting wire of plate.Liquid crystal Signals Transfer Board 21 is connect with 12 conducting wire of liquid crystal display.More in the connection relationship of details, one group
Object lens 1 have focusing ring, adjust image sharpness by adjusting focusing ring.7um~14um far-infrared light is penetrated from outside
Enter object lens, be finally irradiated on bolometer detector target surface, electricity is generated by photoelectric conversion circuit and imaging coding-control plate
Subgraph.One group of object lens 1 and 2 front of main body cabin carry out physical connection, and eyepiece 3 is taken aim in sight and eyepiece support frame 13 carries out physics company
It connects, eyepiece support frame 13 and 2 rear portion of main body cabin carry out physical connection.Detector bumper and absorbing shock bracket 4 is fixed on main body cabin 2 and leans on
Nearly 1 side of object lens, bolometer 5 are fixed on 4 frame of detector bumper and absorbing shock bracket, and front end is object lens 1, after receiving objective lens adjusting
Far-infrared light and convert light into electric signal.Rubber key 16 is surface exposed in main body cabin 2, is covered on key circuit
On plate 17.Button circuit board 17 and satellite positioning module 9 are physically connected to key cap 15,15 schematic diagram of key cap ginseng respectively
As shown in Figure 5.Button circuit board 17 is connect with imaging 6 conducting wire of coding-control plate.Sight is taken aim at eyepiece 3 and is mounted on containing correction adjusting ring
Further include eyepiece eyeshade 14 outside eyepiece shell, ring is adjusted by rotational correction and reaches adjusting detecting eye diopter, liquid crystal display
12) it is mounted on 13 other side of eyepiece support frame, takes aim at eyepiece 3 with sight and is connected, liquid crystal display 12 is taken aim at eyepiece 3 and will be received by seeing
Image projects human eye.In addition, shown in Figure 6, detector bumper and absorbing shock bracket 4, external from X-axis, Y-axis, Z axis for mitigating
Or multiaxis road compound axial bring impact force, so that bolometer when receiving thump, is in normal operating conditions always.
More specifically, referring to fig. 2, shown in 3, battery compartment 7 is by battery compartment main body 7-1, battery compartment insulating coating 7-2, electricity
Pond warehouse lid 7-3 and battery protecting plate 7-4 composition.The storehouse storehouse main body 7-1 is connected with battery compartment insulating coating 7-2, is put in main body module
In the middle part of room (2), exposed battery cabin cap 7-3, battery cabin cap 7-3 is detachable, and battery compartment 7 can accommodate one piece 25500 or 26500 can fill
Electric lithium battery/disposable lithium cell.7 rear portion placing battery protection board 7-4 of battery compartment composition, battery protecting plate 7-4 and power supply control
The connection of 8 conducting wire of making sheet.Battery protecting plate 7-4 can arbitrarily access battery plus-negative plate, and protection circuit can automatically adjust output, so that
Being inserted into battery compartment in the positive and negative any situation of battery and can all connecting circuit and power to power control board 8 works normally equipment in turn.
At battery protecting plate 7-4 and battery cabin cap 7-3, it is equipped with spring, it is compressible to be put into battery.
More specifically, shown in Figure 4, imaging coding-control plate 6 with serial communication circuit 6-1, magnetic detector
6-2, electron acceleration sensor 6-3 and electronic gyroscope 6-4, imaging coding-control plate 6 are separately connected liquid crystal by conducting wire
Show device 12, button circuit board 17, power control board 8 and external data terminals, external data terminals totally 9 needle, wherein the first needle,
Second needle, third needle, the 4th needle are USB data transfer interface, and the 5th needle, the 6th needle, the 7th needle, the 8th needle are external Laser Measuring
Away from interface, nine kinds of needles is external video coffret.Coding-control plate 6 is imaged to project the battery capacity digital signal that can be distinguished
Onto liquid crystal display 12.Further coded treatment addition can be carried out to electronic image has unlatching/closing function differentiation line,
Open and close time showing, time showing standard adjust differentiation line position.The positioning number that can be obtained by satellite positioning module 9
According to projecting in screen.Ground magnetic detector 6-2 can measure earth magnetic field, play the role of electronic compass, electronic compass is simultaneously
It projects on screen.Electronic gyroscope 6-4 can perceive itself posture, determine pitch angle, roll angle angularly information
And it projects on screen.Electron acceleration sensor 6-3 can perceive the motion state of itself, can receive big G power punching
In the case of hitting, start related intelligent function as recorded a video.It can also take pictures, store to the image of coding.Can also have wifi mould
Block can re-encode image, and be gone out by wifi wireless transmission, such as by distal end other equipment: mobile phone, computer etc. into
Row realtime graphic browsing.Power control board 8 includes AD conversion module 8-1, for reading battery capacity and being converted to digital signal
It is sent to imaging coding-control plate 6, recognizable battery flag is projected on liquid crystal display 12, made by imaging coding-control plate 6
People can distinguish battery capacity.Further include power conversion module 8-2, for cell voltage to be carried out voltage adjusting, reaches heat radiation
The power reguirements of coding-control plate 6 and liquid crystal display 12 are imaged in meter 5.It further include USB 8-3, for being connected by USB interface
Connect power supply or importing, export data.Further include RAM card deck 8-4, such as TF card seat, is deposited for being inserted into RAM card progress data
Storage.During specific connection is realized, bolometer 5 and imaging coding-control plate 6 carry out plate connector for substrate connection (Board to
Board connector), imaging coding-control plate 6 and power control board 8 carry out plate connector for substrate connection (Board to
Board connector), imaging coding-control plate 6 is connect with button circuit board 17 by FPC winding displacement, power control board 8 and battery
Protection board 7-4 is attached by AWG26 conducting wire, and battery and battery protecting plate 7-4 carry out spring contact connectio, liquid crystal signal converting
Plate 21 carries out FPC winding displacement with imaging coding-control plate 6 and is attached, and liquid crystal Signals Transfer Board 21 and liquid crystal display 12 carry out
The connection of FPC winding displacement, data connection port 18 carry out AWG30 conducting wire company with imaging coding-control plate 6 and power control board 8 respectively
It connects.It should be noted that above-mentioned conducting wire connection including but not limited to plate connector for substrate, FPC winding displacement, AWG26 conducting wire, AWG30 is led
Line etc..Various conducting wire connections are a kind of form of circuit connection, can change conductor connections as needed at any time.
Here the description and application of the utility model are all only illustrative and exemplary, are not intended to this is practical new
The scope limitation of type is in the above-described embodiments.The deformation and change of embodiments disclosed herein be it is entirely possible, for that
For a little those skilled in the art, the replacement of embodiment and equivalent various parts are well known.Art technology
Personnel should also be clear that in the case where not departing from the spirit or essential characteristics of the utility model, and the utility model can be with
In other forms, structure, arrangement, ratio, and realized with other components, material and component, and it is practical not departing from
In the case where novel scope and spirit, other deformations and change can be carried out to embodiments disclosed herein.
Claims (8)
1. telescope is taken aim in a kind of bolometer electronics monotubular sight characterized by comprising one group of object lens (1), main body cabin (2)
Eyepiece (3) are taken aim at sight；The main body cabin (2) is equipped with detector bumper and absorbing shock bracket (4) and bolometer at object lens (1)
(5), the main body cabin (2) is built-in with imaging coding-control plate (6), battery compartment (7) and power control board (8)；Further include: the
One LCD bracket (10), the second LCD bracket (11), liquid crystal display (12), liquid crystal Signals Transfer Board (21)
With eyepiece support frame (13), it is described sight take aim at eyepiece (3), the first LCD bracket (10), the second LCD bracket (11),
Liquid crystal display (12), liquid crystal Signals Transfer Board (21) carry out physical connection, and eyepiece support frame with eyepiece support frame (13)
(13) physical connection is carried out with main body cabin (2)；Main body cabin (2) upper surface is equipped with key cap (15), rubber key
(16), button circuit board (17), satellite positioning module (9) and data connection port (18), and the battery compartment (7) part is naked
It is exposed to main body cabin (2) upper surface；Further include: bottom rack supporting (19) and side hanging frame (20), the bottom rack supporting (19) are placed in main body module
The bottom of room (2), the side hanging frame (20) are placed in main body cabin (2) side；
The bolometer (5), power control board (8), liquid crystal Signals Transfer Board (21), button circuit board (17) and data connection
Port (18) is connect with imaging coding-control plate (6) conducting wire；The liquid crystal Signals Transfer Board (21) and liquid crystal display (12)
Conducting wire connection.
2. telescope is taken aim in bolometer electronics monotubular as described in claim 1 sight, which is characterized in that the battery compartment (7) by
Battery compartment main body (7-1), battery protecting plate (7-4), battery cabin cap (7-3) and battery compartment insulating coating (7-2) composition；The electricity
Pond protection board (7-4) is connect with power control board (8) conducting wire.
3. telescope is taken aim in bolometer electronics monotubular sight as described in claim 1, which is characterized in that one group of object lens
(1) there is focusing ring, adjust image sharpness by adjusting focusing ring.
4. telescope is taken aim in bolometer electronics monotubular sight as described in claim 1, which is characterized in that one group of object lens
(1) physical connection is carried out with main body cabin (2) front, the sight takes aim at eyepiece (3) and eyepiece support frame (13) and carries out physical connection, institute
It states eyepiece support frame (13) and main body cabin (2) rear portion carries out physical connection；The detector bumper and absorbing shock bracket (4) is fixed on master
Body cabin (2) is fixed on detector bumper and absorbing shock bracket (4) frame close to object lens (1) side, the bolometer (5).
5. telescope is taken aim in bolometer electronics monotubular sight as described in claim 1, which is characterized in that the imaging coding-control
Plate (6) with serial communication circuit (6-1), magnetic detector (6-2), electron acceleration sensor (6-3) and electronic gyroscope
(6-4), the imaging coding-control plate (6) are separately connected liquid crystal display (12), button circuit board (17), power supply by conducting wire
Control panel (8) and external data terminals.
6. telescope is taken aim in bolometer electronics monotubular sight as described in claim 1, which is characterized in that rubber key (16) is in master
Body cabin (2) is surface exposed, is covered on button circuit board (17)；Button circuit board (17) and satellite positioning module (9) are respectively
It is physically connected to key cap (15)；Button circuit board (17) is connect with imaging coding-control plate (6) conducting wire.
7. telescope is taken aim in bolometer electronics monotubular sight as described in claim 1, which is characterized in that eyepiece (3) are taken aim in the sight
Ring is adjusted containing correction, further includes eyepiece eyeshade (14)；The correction adjusting ring is mounted on sight and takes aim at outside eyepiece (3) shell, passes through
Rotational correction adjusts ring and reaches adjusting detecting eye diopter；Liquid crystal display (12) is mounted on eyepiece support frame (13) other side, with sight
Eyepiece (3) are taken aim to be connected.
8. telescope is taken aim in bolometer electronics monotubular sight as claimed in claim 2, which is characterized in that the battery protecting plate
(7-4) and battery cabin cap (7-3) are equipped with spring, are put into battery for compressing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822144091.2U CN209148957U (en) | 2018-12-20 | 2018-12-20 | Telescope is taken aim in a kind of sight of bolometer electronics monotubular |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822144091.2U CN209148957U (en) | 2018-12-20 | 2018-12-20 | Telescope is taken aim in a kind of sight of bolometer electronics monotubular |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209148957U true CN209148957U (en) | 2019-07-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822144091.2U Active CN209148957U (en) | 2018-12-20 | 2018-12-20 | Telescope is taken aim in a kind of sight of bolometer electronics monotubular |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209148957U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109358422A (en) * | 2018-12-20 | 2019-02-19 | 北京索斯克科技开发有限公司 | Telescope is taken aim in a kind of sight of bolometer electronics monotubular |
-
2018
- 2018-12-20 CN CN201822144091.2U patent/CN209148957U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109358422A (en) * | 2018-12-20 | 2019-02-19 | 北京索斯克科技开发有限公司 | Telescope is taken aim in a kind of sight of bolometer electronics monotubular |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information | ||
| CB03 | Change of inventor or designer information |
Inventor after: Guo Jin Inventor after: Zhao Guoshun Inventor after: Zhao Sujie Inventor before: Liang Xiao Inventor before: Zhao Sujie Inventor before: Guo Jin Inventor before: Zhao Guoshun Inventor before: Cui Jinan |