CN208110177U - A kind of device of optical instrument graticle assembly and adjustment - Google Patents
A kind of device of optical instrument graticle assembly and adjustment Download PDFInfo
- Publication number
- CN208110177U CN208110177U CN201820504961.XU CN201820504961U CN208110177U CN 208110177 U CN208110177 U CN 208110177U CN 201820504961 U CN201820504961 U CN 201820504961U CN 208110177 U CN208110177 U CN 208110177U
- Authority
- CN
- China
- Prior art keywords
- graticle
- plate
- fixed
- platform
- observation instrument
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Lens Barrels (AREA)
Abstract
The utility model relates to a kind of devices of optical instrument graticle assembly and adjustment.The device it is characterized in that：Further include：Benchmark bracket, lifting platform, lateral straight line fine motion adjustment platform, longitudinal straight line fine motion adjustment platform, fixed cylinder and support plate；Benchmark bracket is made of horizontal base plate and fixed plate, fixed plate is vertically fixed on horizontal base plate, horizontal base plate is arranged on test flat plate, and the side on horizontal base plate and being located at fixed plate is arranged in lifting platform, and the other side upper end of fixed plate is fixed with photoelectric observation instrument shell；Lateral straight line fine motion adjustment platform is fixedly connected on lifting platform, lateral straight line fine motion adjustment platform adjusts platform with longitudinal straight line fine motion by support plate and is fixedly connected, and longitudinal straight line fine motion adjustment platform is connect by fixed cylinder with deviational survey preset lens；Photoelectric observation instrument graticle is horizontally set on the intracorporal graticle fixed frame of photoelectric observation instrument shell.The utility model avoids the phenomenon that damage photoelectric observation instrument graticle, has saved cost, has improved efficiency.
Description
Technical field
The utility model relates to the device of a kind of assembly and adjustment, in particular to a kind of optical instrument graticle is assembled and is adjusted
Whole device.Belong to optical instrument assembly field.
Background technique
Here optical instrument refers to photoelectric observation instrument.Photoelectric observation instrument mainly undertakes visible light observation and aims at, is infrared
The observation of multispectral, more optical axises such as ranging and the importing of thermal imagery image aims at task.Sighting system, realization pair are observed by visible light
Search, observation, tracking and the aiming of target.The visible light part of photoelectric observation instrument is by object lens, spectroscope, graticle and eyepiece group
Composition.Objects ahead is imaged on graticle by the objective lens of optical system, assigns it to other light by spectroscope halfway
Spectrum（Photoelectric conversion, infrared, low-light, night vision and thermal imagery etc.）Optical system in.Human eye is aimed at using eyepiece observation in graticle
On object space picture position, have the function that search, tracking and run-home.
In the assembly to photoelectric observation instrument, the process stipulation of assembly and adjusting process：As shown in Figure 1, in test flat plate 7
Square chest 5 is fixed on working face, and square chest working face is accurately leveled.By the reference for assembling side of being mounted on of photoelectric observation instrument shell 1
On the working face of case, photoelectric observation instrument graticle is placed in the graticle fixed frame of photoelectric observation instrument shell, it is solid with pressing ring 8
It is fixed.Full-filling silicon rubber between 8 outer circle of photoelectric observation instrument graticle 3 and pressing ring forms rubberised layer 2, and clears up extra glue, makes
Its must not dirty and photoelectric observation instrument graticle bore active surface, and apply shellac in the threaded portion of pressing ring and fix, reach anti-
The purpose of pine.The delineation of photoelectric observation instrument graticle is facing towards object lens method.Using deviational survey preset lens 6 by photoelectric observation instrument graduation
Plate crosshair vertical hair is adjusted to inclination≤30 ' relative to photoelectric observation instrument installation base surface.
Since there are the gaps of φ 0.20mm to be used for full-filling between photoelectric observation instrument graduation board diameter and pressing ring outside diameter
Silicon rubber, main function be to photoelectric observation instrument graticle have fixed, sealing function and in rising of using of later period it is shockproof
Protective effect；There is no consider photoelectric observation instrument graticle in assembly early period and adjustment of photoelectric observation instrument, to photoelectric observation instrument
Early period production have a certain impact.
When executing assembly technology, discovery graticle is to be placed in the fixed frame of shell vertically；Due to photoelectric observation instrument
The thinner thickness of graticle, when adjustment, which is easy to happen, topples over, and causes to repeat the case where installing；Before silicon rubber solidification, it is in
Defluent state influences the cleannes of graticle.
According to the structure type of photoelectric observation instrument shell fixed reticle, a simple pressing plate 1 is made by oneself（See Fig. 2）.One
It is connect with screw with shell 1 and plays the role of fixing and supporting；The top of other end screw withstands on photoelectric observation instrument graticle 3
Working face on, play fixed photoelectric observation instrument graticle, while having makes photoelectric observation instrument graticle be located at fixed frame
Center and the effect for preventing photoelectric observation instrument graticle from toppling over.Photoelectric observation instrument is fixed on benchmark square chest, survey is passed through
Oblique preset lens observation, rotates photoelectric observation instrument graticle with tool, makes the crosshair vertical hair and deviational survey of photoelectric observation instrument graticle
The graticle crosshair vertical hair of preset lens is overlapped, and is guaranteed photoelectric observation instrument graticle crosshair vertical hair vertical, is then tightened compression
Screw compresses photoelectric observation instrument graticle, prevents from contacting photoelectric observation instrument graticle and the lower edge of shell fixed frame because of loosening；
Or because loosening makes photoelectric observation instrument graticle generate inclination and crosshair vertical hair not vertical.Photoelectric observation instrument is removed again, it will
Photoelectric observation instrument graticle is horizontal positioned, and the convenient outer circle full-filling silicon rubber to graticle makes the shell of itself and photoelectric observation instrument
Effectively connection.After silicon rubber it is micro- it is dry after, could be fixed with pressing ring.It is reinstalled on benchmark square chest and is rechecked.If meeting ten
Inclination≤30 ' of word silk vertical hair then paint point shellac and are delivered for a check in fixing trim ring；Above-mentioned work is repeated if being unsatisfactory for.Due to
Photoelectric observation instrument graticle is to be placed in the fixed frame of shell vertically in assembly, needs to be held out against with the head of screw of simple pressing plate
And compression, pressure requirements must be moderate, that photoelectric observation instrument graticle can be fixed, also to facilitate photoelectric observation instrument graticle
Rotation and adjustment, photoelectric observation instrument graticle self weight reason can not be made to generate the contact fallen down with fixed frame and happened.
With in fixation of the simple pressing plate to photoelectric observation instrument graticle, if pressing force is too big, it may occur that photoelectric observation
Instrument graticle can not rotate, and the adjustment purpose to photoelectric observation instrument graticle crosshair is not achieved；It can also be because head of screw be by photoelectricity
Visualizer graticle surface scratching forms waste product.After once mixing up, needs to remove shell from reference platform, be applied
Glue and pressing ring are fixed, since the screw action of pressing ring is easy to make to have adjusted in the fixed photoelectric observation instrument graticle of rotation pressing ring
The case where movement of position occurs for qualified photoelectric observation instrument graticle crosshair, is not able to satisfy the technical requirements of photoelectric observation instrument
Occur.
It in practical operation, could be fixed with pressing ring after being done since silicon rubber is micro-, so being inconvenient to adjust, while be needed anti-
Multiple disassembly is installed and adjustment repeated work process again, and there are cumbersome, hardly possible disassembly, time-consuming and laborious and easy damaged photoelectric observations
The phenomenon that instrument graticle, causes working efficiency low, causes to waste, and influences the speed of photoelectric observation instrument adjustment, and class, which produces, to be difficult to protect
Card.
Utility model content
The purpose of this utility model：The device of a kind of optical instrument graticle assembly and adjustment is provided.The utility model is not
It can be fixed with pressing ring with micro- do of equal silicon rubber, simultaneously, it is thus also avoided that the phenomenon that damaging photoelectric observation instrument graticle；This is practical
The adjustment of New-type instant photoelectric observation instrument graticle, improve adjustment efficiency, mitigate adjustment personnel labor intensity, saved at
This, improves economic benefit.
The technical solution of the utility model is：A kind of device of optical instrument graticle assembly and adjustment, including photoelectric observing
Instrument shell, photoelectric observation instrument graticle, test flat plate, pressing ring and deviational survey preset lens are surveyed, it is characterized in that：Further include：Benchmark bracket,
Lifting platform, lateral straight line fine motion adjustment platform, longitudinal straight line fine motion adjustment platform, fixed cylinder and support plate；The benchmark bracket is by water
Flat substrate and fixed plate composition, fixed plate are vertically fixed on horizontal base plate, and horizontal base plate is arranged on test flat plate, lifting platform
It is arranged on horizontal base plate and is located at the side of fixed plate, the other side upper end of fixed plate is fixed with photoelectric observation instrument shell；Institute
It states and is fixedly connected with lateral straight line fine motion adjustment platform on lifting platform, lateral straight line fine motion adjustment platform passes through support plate and longitudinal straight line
Fine motion adjustment platform is fixedly connected, and longitudinal straight line fine motion adjustment platform is connect by fixed cylinder with deviational survey preset lens；The photoelectric observation
Instrument graticle is horizontally set on the intracorporal graticle fixed frame of photoelectric observation instrument shell.
Pressing ring is provided on the photoelectric observation instrument graticle.
The photoelectric observation instrument shell is provided with pentaprism and the clamping tooling for installing pentaprism.
The clamping tooling is U-frame, and pentaprism is fixed in U-frame by stopping spiral shell.
The U-frame side of the clamping tooling is fixed with connecting plate, and clamping tooling passes through connecting plate and photoelectric observation instrument shell
Body connection, photoelectric observation instrument graticle are located at right above pentaprism.
The lifting platform includes at least bottom plate, lift supporting rod, connecting platform and lifting handle, in bottom plate upper surface and company
Connecing platform lower end surface and being horizontally disposed with respectively has a sliding recess, the lift supporting rod by intersect two support bar groups in X-shaped at,
It is fixed together among two support rods, the upper end support rod in the left side of X-shaped can be along connecting platform with the rotation axis of lifting handle
On sliding recess it is mobile, the lower end support rod in the left side of X-shaped can be moved along the sliding recess on bottom plate, the right side of X-shaped it is upper
End support rod is fixedly connected on connecting platform, and the lower end support rod on the right side of X-shaped is fixedly connected on bottom plate.
The support plate is L-shaped.
The utility model has the advantages that：
1）The utility model facilitates the horizontal positioned and installation of photoelectric observation instrument graticle using benchmark bracket；
2）The utility model, for installing pentaprism, realizes that image rotation acts on using pentaprism, because of nothing using clamping tooling
It is installed by pentaprism with any position, incident ray and emergent ray keep 90 ° of characteristic forever, and have and facilitate installation
The effect of with disassembly；
3）Two straight line fine motion adjustment platforms are cross-linked the lateral straight line fine motion adjustment platform of composition and are connect with lifting platform；Again
Deviational survey preset lens are mounted on longitudinal straight line fine motion adjustment platform, there is the adjustment device and facilitate photoelectric observation instrument graticle cross
Aiming, observation and the assembling function of silk；
4）The utility model utilizes elevating function, quickly and accurately reads the benchmark vertical that auto-collimation preset lens project
Line；Platform is adjusted using the straight line fine motion with elevating function, quickly adjustment is preposition with deviational survey to the picture of adjustment graticle crosshair
Mirror graticle it is confocal（Clear no parallax simultaneously）；By pentaprism image rotation, benchmark vertical crosshair and photoelectricity to be adjusted are adjusted
The registration of visualizer graticle crosshair facilitates the assembly and adjustment of photoelectric observation instrument cross-graduation plate, especially that original is perpendicular
Defect existing for the straight method of adjustment for placing photoelectric observation instrument graticle, is improved in the present invention, avoids damage
The phenomenon that photoelectric observation instrument graticle, improves adjustment efficiency, mitigates the labor intensity of adjustment personnel, improves working efficiency, saves
Cost and the purpose increased economic efficiency.
Detailed description of the invention
Below with reference to embodiment attached drawing, the present invention will be further described, but not as the restriction to the utility model：
Fig. 1 is the original-pack structural schematic diagram with adjustment；
Fig. 2 is the structural schematic diagram of simple pressing plate；
Fig. 3 is the structural schematic diagram of utility model device；
Fig. 4 is the structural schematic diagram of clamping tooling；
Fig. 5 is the structural schematic diagram of connecting plate；Wherein, Fig. 5 a is side view, and Fig. 5 b is main view；
Fig. 6 is the artwork of assembly with adjustment；
In figure, 1, photoelectric observation instrument shell；2, rubberised layer；3, photoelectric observation instrument graticle；4, simple pressing plate；5, square chest；
6, deviational survey preset lens；6-1, deviational survey preset lens eyepiece；6-2, deviational survey preset lens graticle；The preposition endoscope objective lens of 6-3, deviational survey；7, it examines
Surface plate；8, pressing ring；9, horizontal base plate；10, fixed plate；11, lateral straight line fine motion adjusts platform；12, longitudinal straight line fine motion adjustment
Platform；13, fixed cylinder；14, support plate；15, lifting platform；15-1, bottom plate；15-2, sliding recess；15-3, lift supporting rod；15-
4, connecting platform；15-5, lifting handle；16, bearing；17, clamping tooling；18, connecting plate；19, pentaprism；20, benchmark is hung
Hammer；21, hang spring；22, auto-collimation preset lens；22-1, light source；22-2, the first graticle of auto-collimation preset lens；22-3, auto-collimation
Preset lens eyepiece；22-4, the second graticle of auto-collimation preset lens；22-5, auto-collimation preset lens Amici prism；22-6, auto-collimation
Preposition endoscope objective lens.
Specific embodiment
Embodiment 1
A kind of device of optical instrument graticle assembly and adjustment, including photoelectric observation instrument shell 1, photoelectric observation instrument graduation
Plate 3, test flat plate 7, pressing ring 8 and deviational survey preset lens 6, it is characterized in that：Further include：Benchmark bracket, lifting platform 15, lateral straight line are micro-
Dynamic adjustment platform 11, longitudinal straight line fine motion adjustment platform 12, fixed cylinder 13 and support plate 14；The benchmark bracket is by 9 He of horizontal base plate
Fixed plate 10 forms, and fixed plate 10 is vertically fixed on horizontal base plate 9, and horizontal base plate 9 is arranged on test flat plate 7, lifting platform
15 are arranged on horizontal base plate 9 and are located at the side of fixed plate 10, and the other side upper end of fixed plate 10 is fixed with photoelectric observation instrument
Shell 1；Lateral straight line fine motion adjustment platform 11 is fixedly connected on the lifting platform 15, lateral straight line fine motion adjustment platform 11 passes through branch
Fagging 14 is fixedly connected with longitudinal straight line fine motion adjustment platform 12, before longitudinal straight line fine motion adjustment platform 12 is by fixed cylinder 13 and deviational survey
Set the connection of mirror 6；The photoelectric observation instrument graticle 3 is horizontally set on the graticle fixed frame in photoelectric observation instrument shell 1.
Embodiment 2
As shown in figure 3, a kind of device of optical instrument graticle assembly and adjustment, including photoelectric observation instrument shell 1, photoelectricity
Visualizer graticle 3, test flat plate 7, pressing ring 8, deviational survey preset lens 6, benchmark bracket, lifting platform 15, lateral straight line fine motion adjustment
Platform 11, longitudinal straight line fine motion adjustment platform 12, fixed cylinder 13 and support plate 14；The benchmark bracket is by horizontal base plate 9 and fixed plate
10 compositions, fixed plate 10 are vertically fixed on horizontal base plate 9, and horizontal base plate 9 is arranged on test flat plate 7, and lifting platform 15 is arranged
Side on horizontal base plate 9 and positioned at fixed plate 10, the other side upper end of fixed plate 10 is fixed with photoelectric observation instrument shell 1；
Lateral straight line fine motion adjustment platform 11 is fixedly connected on the lifting platform 15, lateral straight line fine motion adjustment platform 11 passes through support plate 14
It is fixedly connected with longitudinal straight line fine motion adjustment platform 12, longitudinal straight line fine motion adjustment platform 12 passes through fixed cylinder 13 and deviational survey preset lens 6
Connection；The photoelectric observation instrument graticle 3 is horizontally set on the graticle fixed frame in photoelectric observation instrument shell 1.Described
Lateral straight line fine motion adjustment platform 11, longitudinal straight line fine motion adjustment platform 12 are the prior art, belong to techniques well known, here
Just it is not described in detail.
Pressing ring 8 is provided on the photoelectric observation instrument graticle 3.
As shown in figure 4, the photoelectric observation instrument shell 1 is provided with pentaprism 19 and the clamping tooling for installing pentaprism
17.The clamping tooling 17 is U-frame, and pentaprism 19 is fixed in U-frame by stopping spiral shell, prevents from loosening and falling off；Such as Fig. 5
Shown in Fig. 5 a and Fig. 5 b, the U-frame side of the clamping tooling 17 is fixed with connecting plate 18, and clamping tooling 17 passes through connecting plate 18
It is connect with photoelectric observation instrument shell 1, photoelectric observation instrument graticle 3 is located at right above pentaprism 19.19 position of pentaprism is located at original
Have photoelectric observation instrument shell built-in with spectroscope position, and with the built-in screw with spectroscope position of original photoelectric observation instrument shell
Hole is corresponding and connects.
As shown in Figure 1, the lifting platform 15 include at least bottom plate 15-1, lift supporting rod 15-3, connecting platform 15-4 and
Lifting handle 15-5, being horizontally disposed with respectively in the upper surface bottom plate 15-1 and the lower end surface connecting platform 15-4 has sliding recess 15-2,
The lift supporting rod 15-3 by intersect in X-shaped two support bar groups at, be fixed together among two support rods, X-shaped
The upper end support rod in left side can be moved with the rotation axis of lifting handle 15-5 along the sliding recess 15-2 on connecting platform 15-4, X
The lower end support rod in the left side of shape can be moved along the sliding recess 15-2 on bottom plate 15-1, and the upper end support rod on the right side of X-shaped is solid
Surely it is connected on connecting platform 15-4, the lower end support rod on the right side of X-shaped is fixedly connected on bottom plate 15-1.The lifting platform 15 is also
It is provided with fixed pin, fixed pin is arranged at lifting handle 15-5, and vertical with lifting handle 15-5 rotation axis, when lifting platform tune
When whole good height, fixed pin is pressed, keeps lifting platform 15 highly fixed.
The support plate 14 is L-shaped.
As shown in fig. 6, deviational survey preset lens 6 include deviational survey preset lens eyepiece 6-1, deviational survey preset lens graticle 6-2 and deviational survey
Preposition endoscope objective lens 6-3.The auto-collimation preset lens 22 include light source 22-1, the first graticle of auto-collimation preset lens 22-2, autocollimatic
Straight preset lens eyepiece 22-3, the second graticle of auto-collimation preset lens 22-4, auto-collimation preset lens Amici prism 22-5 and auto-collimation
Preposition endoscope objective lens 22-6.It is above-mentioned to belong to the prior art.
As shown in fig. 6, a kind of method of optical instrument graticle assembly and adjustment, includes the following steps：
Step 1. places benchmark bracket for after 7 level correction of test flat plate on 7 working face of test flat plate；And by benchmark
The connection basal plane of bracket and photoelectric observation instrument shell 1 is adjusted to verticality≤5 "；
Step 2. benchmark bracket one end dispose benchmark sash weight 20, by hang spring 21 by benchmark sash weight 20 be suspended on away from
From bearing 16 other than 22 shortest sighting distance 1.5m of auto-collimation preset lens, remain static to benchmark sash weight 20；
Step 3. places auto-collimation preset lens 22 in the other end of benchmark bracket, makes benchmark sash weight 20 and photoelectric observation instrument shell
Body 1 and auto-collimation preset lens 22 in the same plane, adjust the focusing handwheel of auto-collimation preset lens 22, make the hang spring in distant place
21 are clearly imaged on the second graticle of auto-collimation preset lens 22-4, adjust the adjusting screw of auto-collimation preset lens, make autocollimatic
The vertical hair of straight the second graticle of preset lens 22-4 is overlapped with the hang spring of benchmark sash weight, without visual visible inclination；
Step 4. will be fixed with the clamping tooling 17 of pentaprism 19, is assembled in photoelectric observation instrument shell by connecting plate 18
The two, is connected and fixed by former spectroscopical rigging position with screw；
The photoelectric observation instrument shell 1 for being fixed with pentaprism clamping tooling is mounted on benchmark bracket by step 5.；
Lateral straight line fine motion is adjusted platform 1 by step 6.）Lifting platform 15 is fixedly attached to longitudinal straight line fine motion adjustment platform 12
On；Deviational survey preset lens 6 are mounted in fixed cylinder 13, deviational survey preset lens 6 are located above photoelectric observation instrument shell；
Step 7. is put into photoelectric observation instrument graticle 3 in the graticle fixed frame of photoelectric observation instrument shell and is adjusted；
Step 8. adjusts deviational survey preset lens eyepiece 6-1, sees deviational survey preset lens graticle 6-2 clearly；
The benchmark that step 9. adjustment deviational survey preset lens project deviational survey preset lens graticle 6-2 and auto-collimation preset lens 22
20 crosshair of sash weight is overlapped；
Step 10. adjustment lifting platform ignores the crosshair of photoelectric observation instrument graticle 3 to be adjusted clearly to be poorly imaged on
On deviational survey preset lens graticle 6-2.
Step 11. is right by the crosshair of observation deviational survey preset lens graticle and the registration of photoelectric observation instrument graticle
The verticality of the crosshair of photoelectric observation instrument graticle is adjusted；
Installation base surface of the step 12. in the vertical hair that meets photoelectric observation instrument graticle crosshair relative to photoelectric observation instrument
After inclination≤30 '；By silicon rubber full-filling around photoelectric observation instrument graticle, while photoelectric observing is observed in deviational survey preset lens
It surveys whether instrument graticle has the phenomenon that inclination, and is timely adjusted；
Step 13. installs fixing trim ring 8 to the micro- solidification of silicon rubber, while deviational survey is carried out in deviational survey preset lens
The observation of preset lens graticle verticality；Meet inclination≤30 ' technical requirements of the installation base surface of photoelectric observation instrument.
The clamping tooling 17 for being fixed with pentaprism 19 and connecting plate are taken out from photoelectric observation instrument shell, in photoelectric observation
Object lens, spectroscope and the eyepiece of photoelectric observation instrument are assembled in instrument shell, then will have been assembled qualified photoelectric observation instrument and have been removed, into
The assembly of next of row.Due in the adjustment to First photoelectric observation instrument graticle, by the optics of photoelectric observation instrument
The optical path adjustment of system is correct, in the assembly to later product, need to only remove clamping tooling and connecting plate, be mounted on another
Platform waits for the photoelectric observation instrument spectroscope bearing of adjustment, so that it may carry out the adjustment of photoelectric observation instrument graticle.Using this reality
After novel, then there is not the scuffing of graticle and Fragmentation Phenomena, without there is the phenomenon that disassembly repeatedly and repeatedly adjustment yet,
Reach clamped one time, an adjustment qualification substantially increases the product quality of photoelectric observation instrument.Reach to photoelectric observation instrument cross
The conveniently and quickly adjustment of graticle.
The well-known components and common structure of component and the structure category industry that the present embodiment does not describe in detail or common hand
Section, does not describe one by one here.
Claims (7)
1. a kind of device of optical instrument graticle assembly and adjustment, including photoelectric observation instrument shell（1）, photoelectric observation instrument graduation
Plate（3）, test flat plate（7）, pressing ring（8）With deviational survey preset lens（6）, it is characterized in that：Further include：Benchmark bracket, lifting platform（15）,
Lateral straight line fine motion adjusts platform（11）, longitudinal straight line fine motion adjust platform（12）, fixed cylinder（13）And support plate（14）；The benchmark
Bracket is by horizontal base plate（9）And fixed plate（10）Composition, fixed plate（10）It is vertically fixed on horizontal base plate（9）On, horizontal base plate
（9）It is arranged in test flat plate（7）On, lifting platform（15）It is arranged in horizontal base plate（9）It goes up and is located at fixed plate（10）Side, Gu
Fixed board（10）Other side upper end be fixed with photoelectric observation instrument shell（1）；The lifting platform（15）On be fixedly connected with it is laterally straight
Line fine motion adjusts platform（11）, lateral straight line fine motion adjustment platform（11）Pass through support plate（14）Platform is adjusted with longitudinal straight line fine motion（12）
It is fixedly connected, longitudinal straight line fine motion adjusts platform（12）Pass through fixed cylinder（13）With deviational survey preset lens（6）Connection；The photoelectric observation
Instrument graticle（3）It is horizontally set on photoelectric observation instrument shell（1）On interior graticle fixed frame.
2. the device of a kind of optical instrument graticle assembly and adjustment according to claim 1, it is characterized in that：The photoelectricity
Visualizer graticle（3）On be provided with pressing ring（8）.
3. the device of a kind of optical instrument graticle assembly and adjustment according to claim 1, it is characterized in that：The photoelectricity
Visualizer shell（1）It is provided with pentaprism（19）With the clamping tooling for installing pentaprism（17）.
4. the device of a kind of optical instrument graticle assembly and adjustment according to claim 3, it is characterized in that：The clamping
Tooling（17）For U-frame, pentaprism（19）It is fixed in U-frame by stopping spiral shell.
5. the device of a kind of optical instrument graticle assembly and adjustment according to claim 4, it is characterized in that：The clamping
Tooling（17）U-frame side be fixed with connecting plate（18）, clamping tooling（17）Pass through connecting plate（18）With photoelectric observation instrument shell
Body（1）Connection, photoelectric observation instrument graticle（3）Positioned at pentaprism（19）Surface.
6. the device of a kind of optical instrument graticle assembly and adjustment according to claim 1, it is characterized in that：The lifting
Platform（15）Including at least bottom plate（15-1）, lift supporting rod（15-3）, connecting platform（15-4）And lifting handle（15-5）, the bottom of at
Plate（15-1）Upper surface and connecting platform（15-4）Lower end surface is horizontally disposed with respectively sliding recess（15-2）, the lifting support
Bar（15-3）By intersect in X-shaped two support bar groups at, be fixed together among two support rods, the upper end in the left side of X-shaped
Support rod is with lifting handle（15-5）Rotation axis can be along connecting platform（15-4）On sliding recess（15-2）It is mobile, X-shaped
The lower end support rod in left side can be along bottom plate（15-1）On sliding recess（15-2）Mobile, the upper end support rod on the right side of X-shaped is solid
Surely it is connected to connecting platform（15-4）On, the lower end support rod on the right side of X-shaped is fixedly connected on bottom plate（15-1）On.
7. the device of a kind of optical instrument graticle assembly and adjustment according to claim 1, it is characterized in that：The support
Plate（14）It is L-shaped.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820504961.XU CN208110177U (en) | 2018-04-11 | 2018-04-11 | A kind of device of optical instrument graticle assembly and adjustment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820504961.XU CN208110177U (en) | 2018-04-11 | 2018-04-11 | A kind of device of optical instrument graticle assembly and adjustment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208110177U true CN208110177U (en) | 2018-11-16 |
Family
ID=64120216
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820504961.XU Active CN208110177U (en) | 2018-04-11 | 2018-04-11 | A kind of device of optical instrument graticle assembly and adjustment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208110177U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108319036A (en) * | 2018-04-11 | 2018-07-24 | 西安北方光电科技防务有限公司 | A kind of device and method of optical instrument graticle assembly and adjustment |
-
2018
- 2018-04-11 CN CN201820504961.XU patent/CN208110177U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108319036A (en) * | 2018-04-11 | 2018-07-24 | 西安北方光电科技防务有限公司 | A kind of device and method of optical instrument graticle assembly and adjustment |
| CN108319036B (en) * | 2018-04-11 | 2023-10-31 | 西安北方光电科技防务有限公司 | Device and method for assembling and adjusting reticle of optical instrument |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10890446B2 (en) | Surveying device comprising height measuring system and method for measuring a height | |
| CN107481289B (en) | Precise target system and method for far-field calibration of large-field-of-view camera | |
| CN104296694B (en) | The detection means and method of a kind of laser tracker optical axis and mechanical rotating shaft angle | |
| CN208110177U (en) | A kind of device of optical instrument graticle assembly and adjustment | |
| WO2007011441A3 (en) | Stand apparatus for photographic uses | |
| CN109655812A (en) | Solid-state laser radar Method of Adjustment based on the micro- galvanometer of MEMS | |
| CN104698010A (en) | Device used to detect appearance of chip assembly | |
| RU2635336C2 (en) | Method of calibrating optical-electronic device and device for its implementation | |
| EP3081926A3 (en) | System and method for acquiring images of surface texture | |
| CN108319036A (en) | A kind of device and method of optical instrument graticle assembly and adjustment | |
| CN108267114A (en) | A kind of auto-collimation total powerstation and its method of work | |
| CN210488104U (en) | Compact reflector adjusting device for plumb aligner calibrating device | |
| CN108282649B (en) | Binocular vision experiment holder with freely adjustable baseline position | |
| TWI625514B (en) | Optical system and flying sensor head | |
| CN104062753B (en) | A kind of photoelectric auto-collimator | |
| CN113686875A (en) | Equipment and method for detecting defects of inner wall of pier | |
| CN210070909U (en) | Infrared ray point aligning device of optical theodolite | |
| CN105891218A (en) | Device for detecting electronic element surface defect | |
| CN105651211B (en) | A kind of minute surface based on geometric optics goes out planar displacement measurement device and its measuring method | |
| CN109813231A (en) | High-speed rail bridge vertically moves degree of disturbing measurement method | |
| CN112629523B (en) | Star sensor measurement reference fixing device and preparation method thereof | |
| CN217424551U (en) | Visual angle scanning device used in multispectral blue light hazard detection system | |
| CN109752860A (en) | A kind of photoelectric integral parallel light tube | |
| ATE276531T1 (en) | OPTICAL SIGHTING DEVICE FOR A COMBAT VEHICLE | |
| RU2013128789A (en) | DEVICE FOR MONITORING THE POSITION OF THE VISING LINE OF SIGHTS ON THE RUNNING WEAPON |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |