CN202432918U - Image stabilizing transmitter - Google Patents
Image stabilizing transmitter Download PDFInfo
- Publication number
- CN202432918U CN202432918U CN2011205198330U CN201120519833U CN202432918U CN 202432918 U CN202432918 U CN 202432918U CN 2011205198330 U CN2011205198330 U CN 2011205198330U CN 201120519833 U CN201120519833 U CN 201120519833U CN 202432918 U CN202432918 U CN 202432918U
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- laser
- assembly
- emitter
- graduation
- screw
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Abstract
The utility model relates to an image stabilizing transmitter. The image stabilizing transmitter is mounted in tanks, combat vehicles or self-propelled guns which are provided with image stabilizing fire-control system, is used for transmitting laser in laser combat training, and realizes a function of transmitting laser when the tanks, the combat vehicles or the self-propelled guns shoot during traveling. The image stabilizing transmitter consists of a fixture component, a two-dimensional adjusting mechanism and a transmitting device; the fixture component consists of a main clamp plate, an elastic connecting plate, an auxiliary clamp plate and fastening screws; one end of the main clamp plate is connected with one end of the auxiliary clamp plate via the elastic connecting plate, and the fastening screws are mounted at the other end of the main clamp plate and the other end of the auxiliary clamp plate; the main clamp plate is provided with an anti-dropping screw mounting screw hole; the two-dimensional adjusting mechanism consists of a base plate and an anti-dropping screw; the base plate is provided with an anti-dropping screw mounting hole, the anti-dropping screw is mounted in the anti-dropping screw mounting hole, and the fixture component is connected with the transmitting device via the anti-dropping screw mounting hole and the anti-dropping screw; the transmitting device consists of a support and an optical path device; and the optical path device consists of a partitioning component, a laser transmitting component and a spectral reflection mirror.
Description
Technical field
What the utility model surely related to as emitter is in a kind of tank that is installed in steady picture fire control system, step battlebus or the self-propelled gun; Be used for steady picture emitter, realize tank, step battlebus or self-propelled gun are launched laser when marching fire function at the belligerent training emission of laser countermeasure (s) laser.
Background technology
The marching fire of tank is an important technology difficult point in the laser armed forces in real combat countermeasure system.Traditional laser transmitter is installed on the gun tube, can only lack and stop (stopping) shooting, can not satisfy the training requirement of armoured force.The new type tank of existing dress, step battlebus and self-propelled gun have all disposed the very high steady picture fire control system of automaticity, can between advancing, shoot target.Along with the raising of training requirement, between advancing, carry out laser simulated firing, reach and the corresponding to ability of fighting capability, become an important difficult problem.
Summary of the invention
The purpose of the utility model is to above-mentioned weak point; A kind of steady picture emitter is provided; Be a kind of steady picture laser transmitter that can be applicable to tank firing on the move, this is a kind of compact conformation, high accuracy of miniaturization Design, the laser transmitter of high reliability, has adopted fire control system observation panel injection mode; Laser and steady picture fire control system are organically combined, reached the function of marching fire.The utility model has designed steady picture laser transmitter according to the performance characteristics of fire control system, has solved the problem of a laser stimulation shooting training of advancing of weapons such as tank.
The utility model can make band surely be implemented in laser countermeasure (s) training, manoeuvre in the armed forces in real combat antagonism as tank, step battlebus or the cannon of fire control system, solves the laser analog problem of such weapon in marching fire.
The utility model with the position of laser at personnel's normal observation, injects fire control system through the pouring-in laser transmitter of small design side direction in the from the side very little space, by the light path of fire control system laser is invested target.
Be to take following technical scheme to realize surely as emitter:
The utility model surely is made up of clamp assembly, bidimensional governor motion and three parts of emitter as emitter.
Clamp assembly is made up of bottom plate, flexible connection piece, auxiliary splint and trip bolt; Bottom plate is connected through flexible connection piece with auxiliary splint one end, and the bottom plate and the auxiliary splint other end are equipped with trip bolt.Said bottom plate is provided with the slip-off preventing screw screw is installed.Design connects fixed card above the emitter complete machine, and the stationary magazine creel clamping mutually with the volume that the protects rubber cushion of tank fire control system has limited surely deflecting behind socket fire control system eyepiece as emitter.
The bidimensional governor motion is made up of bedplate, slip-off preventing screw; Bedplate is provided with the slip-off preventing screw mounting hole, and the slip-off preventing screw is installed, and is used for jockey assembly and emitter.
Clamp assembly is fixed, but travel direction is regulated between emitter and the clamp assembly, through the rotation of horizontal adjustment screw with the height adjustment screw, can accurately adjust the laser beam that sends.Can laser accurately be shone on the target of fire control system.
Emitter is made up of support and light path device.
Light path device is made up of graduation assembly, Laser emission assembly and dichroic reflector.Graduation assembly and Laser emission assembly are installed in the support left and right side respectively, and support is mainly accomplished and connected and fixing effect, has structural rigidity preferably.
The graduation assembly is made up of illuminating lamp, graticle, graduation collimating mirror; Illuminating lamp is installed in the graticle rear portion, and it is illuminated, and graticle is positioned on the focus of collimation lens; Collimator graduation image sends through collimation lens; The collimator graduation image of visible light collimation is provided, and in order to the indication sighted direction, this image is that high brightness shows output.The graduation assembly realizes that through regulating graduation overlaps with the laser facula center; The collimator graduation image of visible light collimation is provided, in order to the indication sighted direction.
The Laser emission assembly is by diversing lens and laser constitution; The light-emitting window of laser instrument is positioned on the focus of diversing lens; The Laser emission assembly has been realized the miniaturization assembling of laser instrument, through regulating the focusing of diversing lens installation tube, accomplishes laser beam and effectively launches tube.
Spectrum groupware has realized that laser launches the function with collimator graduation image retroeflection forward; Spectrum groupware is made up of dichroic reflector, prism holder.The mounting groove that 45 ° of directions are arranged in the prism holder, dichroic reflector embeds in the mounting groove, and whole reinstalls support.
Design connects fixed card above the anchor clamps of the utility model, and the stationary magazine creel clamping mutually with the volume that the protects rubber cushion of tank fire control system has limited surely deflecting behind socket fire control system eyepiece as emitter.
Operation principle
The socket of the utility model device is installed on the eyepiece stalk of tank fire control system (like Fig. 1); The middle part is a visible transparent window pattern; The observer can normally observe aiming inwards, because the laser part THICKNESS CONTROL is very little, usually less than 12mm; And the distance of exit pupil of fire control system is generally 24-30mm, so personnel's observing effect is not influenced.
Dichroic reflector (like Fig. 4) is arranged in the watch window of the utility model device, can laser beam be dropped in the eyepiece of fire control system.The installation of the utility model has realized the fixing of this device and aiming adjustment function through clamp assembly and bidimensional governor motion.
1, install and regulate:
At first the sectional fixture assembly because of flexible connection piece has favorable elasticity, can conveniently be socketed in anchor clamps integral body on the eyepiece stalk of tank fire control system, with trip bolt with clamp.Wherein trip bolt is an anti-drop structure, dropping in preventing to operate.
Again the bidimensional governor motion is connected with clamp assembly: install through the butt joint of the screw on slip-off preventing screw and the bottom plate, can conveniently accomplish installation.
Bidimensional governor motion and emitter are global facility, are flexible connection mechanism between the two, but travel direction is regulated.Through of the rotation of horizontal adjustment screw, can accurately adjust the laser beam that sends with the height adjustment screw.Can laser accurately be shone on the target of fire control system.
2, light path device:
The light path device of the utility model mainly is made up of graduation assembly, Laser emission assembly and dichroic reflector.
The graduation assembly is made up of illuminating lamp, graticle, graduation collimating mirror, and the collimator graduation image of visible light collimation is provided, and in order to the indication sighted direction, this image is that high brightness shows output.
The Laser emission assembly is accomplished laser beam is effectively launched tube by diversing lens and laser constitution.
Dichroic reflector has spectrum-selectivity characteristic, is total reflection and visible light is seen through low reflection characteristic for high to near-infrared laser.Therefore the infrared laser of launching in the Laser emission assembly can all be injected fire control system, can also clearly see the image in the fire control system eyepiece and see through dichroic reflector, can also see the collimator graduation image of this device.
The light path of graduation assembly has the direction adjustable structure; Can carry out the fine setting of two-dimensional direction to the graduation lens barrel; When product export, be adjusted into parastate through the outgoing laser beam of dichroic reflector and the two-way optical axis of collimator graduation image, graduation this moment central point is the aiming point of infrared laser.
The utility model surely looks like the emitter advantage:
1, simple in structure, through the mode of gun sight eyepiece injection laser, realized the function of steady picture shooting.Change complicacy, the large scale structure installed through the car body outside in the common pattern, and can't realize surely looking like the shooting function.
2, volume is little, in light weight.Be convenient on the gun sight of weaponry, carry out socket and install, also can observe aiming normally;
3, installation, easy to adjust quick.Can connect and fix fast through anchor clamps, all mounting screws all are designed to anti-drop structure, can prevent that screw from dropping to be difficult in the car seeking, and can reach the effect of Fast Installation again.Laser direction is regulated intuitive and convenient, can carry out quick accurately adjustment calibration.
4, steady dichroic reflector as laser transmitter has spectrum-selectivity characteristic; Infrared laser can all be injected fire control system; The image in the fire control system eyepiece can be clearly seen and see through dichroic reflector, the collimator graduation image of this device can be seen again.
Description of drawings
Below will combine accompanying drawing that the utility model is described further:
Fig. 1 is that the utility model adheres to the installation pattern diagram on tank fire control system.
Fig. 2 is the overall construction drawing of the utility model.
Fig. 3 is the installation decomposing schematic representation of the utility model.
Fig. 4 is the light channel structure figure of the utility model.
Label among the figure: 1, surely look like fire control system, 2, surely look like emitter, 3, bottom plate, 4, bedplate, 5, support; 6, flexible connection piece, 7, trip bolt, 8, auxiliary splint, 9, the slip-off preventing screw, 10, horizontal adjustment screw; 11, graduation assembly, 12, the height adjustment screw, 13, the Laser emission assembly, 14, illuminating lamp, 15, graticle; 16, graduation collimating mirror, 17, dichroic reflector, 18, diversing lens, 19, laser instrument; 20, connect fixed card, 21, rubber cap, 22, support, 23, prism holder.
The specific embodiment
With reference to accompanying drawing 1～4, the utility model surely is made up of anchor clamps, base and three parts of emitter as emitter 2.
Anchor clamps are made up of bottom plate 3, flexible connection piece 6, auxiliary splint 8 and trip bolt 7; Bottom plate 3 is connected through flexible connection piece 6 with auxiliary splint 8 one ends, and bottom plate 3 is equipped with trip bolt 7 with auxiliary splint 8 other ends.Said bottom plate 3 is provided with the slip-off preventing screw screw is installed.
Base is made up of bedplate 4, slip-off preventing screw 9; Bedplate 4 is provided with the slip-off preventing screw mounting hole, and slip-off preventing screw 9 is installed.
Base and emission are connected to global facility, but but travel direction adjusting between the two.Be flexible connection mechanism between the two,, can accurately adjust the laser beam that sends through the rotation of horizontal adjustment screw 10 and height adjustment screw 12.Can laser accurately be shone on the target of fire control system.
Emitter is made up of support 22, light path device; Light path device is installed on the support 22, and light path device is made up of graduation assembly 11, Laser emission assembly 13 and dichroic reflector 17.The graduation assembly is made up of illuminating lamp 14, graticle 15, graduation collimating mirror 16, and the collimator graduation image of visible light collimation is provided, and in order to the indication sighted direction, this image is that high brightness shows output.
The Laser emission assembly is made up of diversing lens 18 and laser instrument 19, accomplishes laser beam is effectively launched tube.
Design connects fixed card 20 above the emitter complete machine, and the stationary magazine creel clamping mutually with the volume that the protects rubber cushion of tank fire control system has limited surely deflecting behind socket fire control system eyepiece as emitter.
With reference to accompanying drawing 1-3, with surely on the eyepiece of tank fire control system 1, installing and fixing as emitter 2.
At first the sectional fixture assembly can conveniently be connected on anchor clamps integral body on the eyepiece stalk of tank fire control system with trip bolt 7, and clamps.Again the bidimensional governor motion is connected with clamp assembly: install through slip-off preventing screw 9 and the screw butt joint on the bottom plate 3, can conveniently accomplish installation.Clamp assembly is fixed, but travel direction is regulated between emitter and the clamp assembly, through the rotation of horizontal adjustment screw 10 and height adjustment screw 12, can accurately adjust the laser beam that sends.Observe the former aiming graduation in the fire control system eyepiece, the collimator graduation image of this device is transferred to is therewith overlapped, promptly accomplished the calibration of steady picture emitter, just can laser accurately be shone on the target of aiming of fire control system.
The utility model is made up of three parts complete machine: clamp assembly, bidimensional governor motion and emitter.Clamp assembly is made up of bottom plate 3, flexible connection piece 6, auxiliary splint 8 and trip bolt 7; The bidimensional governor motion is made up of bedplate 4 and slip-off preventing screw 9; Emitter is made up of support 5 and light path device.
Light path device is made up of graduation assembly 11, Laser emission assembly 13 and dichroic reflector 17.Wherein the graduation assembly is made up of illuminating lamp 14, graticle 15, graduation collimating mirror 16, and illuminating lamp 14 is installed in graticle 15 rear portions, and it is illuminated, and graticle is positioned on the focus of collimation lens, and collimator graduation image sends through collimation lens.The Laser emission assembly is made up of diversing lens 18 and laser instrument 19, and the light-emitting window of laser instrument 19 is positioned on the focus of diversing lens 18.Spectrum groupware is made up of dichroic reflector 17, prism holder 23, and the mounting groove of 45 ° of directions is arranged in the prism holder 23, and dichroic reflector embeds in the mounting groove, and whole reinstalls support 22.
Claims (2)
1. a steady picture emitter is characterized in that: be made up of clamp assembly, bidimensional governor motion and three parts of emitter;
Clamp assembly is made up of bottom plate, flexible connection piece, auxiliary splint and trip bolt; Bottom plate is connected through flexible connection piece with auxiliary splint one end, and the bottom plate and the auxiliary splint other end are equipped with trip bolt; Said bottom plate is provided with the slip-off preventing screw screw is installed;
The bidimensional governor motion is made up of bedplate, slip-off preventing screw; Bedplate is provided with the slip-off preventing screw mounting hole, and the slip-off preventing screw is installed, and is used for jockey assembly and emitter;
Clamp assembly is fixed, but travel direction is regulated between emitter and the clamp assembly, through the rotation of horizontal adjustment screw with the height adjustment screw, can accurately adjust the laser beam that sends;
Emitter is made up of support and light path device; Light path device is made up of graduation assembly, Laser emission assembly and dichroic reflector; Graduation assembly and Laser emission assembly are installed in the support left and right side respectively, and support is accomplished and connected and fixing effect; The graduation assembly is made up of illuminating lamp, graticle, graduation collimating mirror, and illuminating lamp is installed in the graticle rear portion, and it is illuminated, and graticle is positioned on the focus of collimation lens, and collimator graduation image sends through collimation lens; The Laser emission assembly is by diversing lens and laser constitution, and the light-emitting window of laser instrument is positioned on the focus of diversing lens; Spectrum groupware is made up of dichroic reflector, prism holder, and the mounting groove of 45 ° of directions is arranged in the prism holder, and dichroic reflector embeds in the mounting groove, and whole reinstalls support.
2. steady picture emitter according to claim 1 is characterized in that: the connection fixed card is installed, with the stationary magazine creel clamping mutually of the volume that the protects rubber cushion of tank fire control system above the bottom plate of clamp assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205198330U CN202432918U (en) | 2011-12-14 | 2011-12-14 | Image stabilizing transmitter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205198330U CN202432918U (en) | 2011-12-14 | 2011-12-14 | Image stabilizing transmitter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202432918U true CN202432918U (en) | 2012-09-12 |
Family
ID=46782358
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205198330U Withdrawn - After Issue CN202432918U (en) | 2011-12-14 | 2011-12-14 | Image stabilizing transmitter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202432918U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102494556A (en) * | 2011-12-14 | 2012-06-13 | 中国人民解放军总参谋部第六十研究所 | Stable image transmitter |
-
2011
- 2011-12-14 CN CN2011205198330U patent/CN202432918U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102494556A (en) * | 2011-12-14 | 2012-06-13 | 中国人民解放军总参谋部第六十研究所 | Stable image transmitter |
| CN102494556B (en) * | 2011-12-14 | 2014-02-19 | 中国人民解放军总参谋部第六十研究所 | Stable image transmitter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120912 Effective date of abandoning: 20140219 |
|
| RGAV | Abandon patent right to avoid regrant |