CN205785766U - A kind of portable display optical detection apparatus - Google Patents
A kind of portable display optical detection apparatus Download PDFInfo
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- CN205785766U CN205785766U CN201620525950.0U CN201620525950U CN205785766U CN 205785766 U CN205785766 U CN 205785766U CN 201620525950 U CN201620525950 U CN 201620525950U CN 205785766 U CN205785766 U CN 205785766U
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- microscope carrier
- loading end
- detection apparatus
- optical detection
- display optical
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Abstract
This utility model provides a kind of portable display optical detection apparatus, cooperatively forming some supports in darkroom and curtain, image capture module and the main control computer can being connected with described image capture module communication with described microscope carrier including microscope carrier, described microscope carrier includes the first microscope carrier, the second microscope carrier and is pivotally connected described first microscope carrier and the connector of the second microscope carrier；When needs detect, described first microscope carrier and described second microscope carrier are in open mode, to form the work top for detection；After detection, being folded with described second microscope carrier by described first microscope carrier and form portable casing, the most described support, curtain and image capture module are all contained in described box inside, it is simple to carry, can move to each local use with job demand, applied widely.
Description
Technical field
This utility model relates to a kind of detection equipment, particularly relates to a kind of portable display for detecting display
Device optical detection apparatus.
Background technology
Nearly all can there is certain leakage problem in general display, serious leakage problem influences whether this display
The quality of display.Therefore after display has produced, need the problems such as the light leak to described display and bright spot to check.
Display optics test device body of the prior art is amassed generally large, is not easy to move and carry, especially
In temporary detecting place, put to no little inconvenience to the staff using display optical detection apparatus.
In view of this, it is necessary to provide the display optical detection apparatus of a kind of improvement to solve the problems referred to above.
Utility model content
The purpose of this utility model is to provide a kind of portable display optical detection for detecting display
Device.
For realizing above-mentioned utility model purpose, this utility model adopts the following technical scheme that a kind of portable display
Optical detection apparatus, including microscope carrier and described microscope carrier cooperatively form some supports in darkroom and curtain, image capture module with
And the main control computer can being connected with described image capture module communication, described microscope carrier include the first microscope carrier, the second microscope carrier and
It is pivotally connected described first microscope carrier and the connector of the second microscope carrier；Described first microscope carrier includes the first loading end and with described
The first collecting face that first loading end is oppositely arranged, described first houses mask has towards described first loading end depression formation
At least one first host cavity；Described second microscope carrier include the second loading end and with described second loading end be oppositely arranged
Two house face, and described second houses mask at least one second host cavity formed towards described second loading end depression；Institute
State connector and be located at described first collecting face and the described second junction housing face；When described first microscope carrier carries with described second
When platform is in open mode, described first loading end and described second loading end are generally aligned in the same plane and form the work for detection
Make table top, when described first microscope carrier is in folded state with described second microscope carrier, described first microscope carrier and described second microscope carrier
Forming casing, described first collecting face and described second collecting face are positioned at inner side and described support, curtain, the image of described casing
Picked-up module is contained in described first host cavity or the second host cavity.
The technical scheme improved further as this utility model, described first loading end and/or described second loading end
It is provided with some the first fixing holes for fixing described support, in described first loading end and described second loading end composition work
When making table top, some described supports are fixed on described work top formation support system, and described curtain is sheathed on described support
Enclose in system and with described work top and set formation darkroom.
The technical scheme improved further as this utility model, described display optical detection apparatus also includes a pair
Spike；In a spike described in a pair one is rotationally connected with and is in open mode at described first microscope carrier and described second microscope carrier
Side relative with described connector on Shi Suoshu the first collecting face, another is rotationally connected with at described first microscope carrier with described
Side relative with described connector on second collecting face described in when second microscope carrier is in open mode.
The technical scheme improved further as this utility model, described display optical detection apparatus also include dead bolt with
And the snap close matched with described dead bolt, described dead bolt is located at and is in open mode at described first microscope carrier and described second microscope carrier
Shi Suoshu the first microscope carrier deviates from the side of described second microscope carrier, and described snap close is located at described first microscope carrier and described second microscope carrier
Second microscope carrier described in when being in open mode deviates from the side of described first microscope carrier, at described first microscope carrier and described second microscope carrier
After forming casing, described dead bolt matches with described snap close to prevent described first microscope carrier from opening with described second microscope carrier.
The technical scheme improved further as this utility model, described display optical detection apparatus also includes being located at institute
State the level indicator on the first loading end or described second loading end.
The technical scheme improved further as this utility model, described microscope carrier also include from perpendicular with pivotal axis to
Few side extends the first loading end and/or the lengthened plate of the second loading end, described lengthened plate and described first loading end and/or the
Two loading ends are rotationally connected, described lengthened plate have first state parallel with described work top and with described work top
The second perpendicular state.
The technical scheme improved further as this utility model, described display optical detection apparatus also includes sheath,
Described sheath is in order to be sheathed on described casing after described first microscope carrier and described second microscope carrier fold and form described casing.
The technical scheme improved further as this utility model, described display optical detection apparatus also includes multiple rolling
Take turns and be located at the pull bar in described first microscope carrier or described second microscope carrier；Multiple described rollers are divided into and carry described first
First microscope carrier described in when platform and described second microscope carrier are in open mode deviates from side and second microscope carrier of described second microscope carrier
Deviate from the side of described first microscope carrier；After described first microscope carrier and described second microscope carrier are folded to form described casing, described in draw
Bar can pull out from the side at described connector place.
The technical scheme improved further as this utility model, described display optical detection apparatus also includes holding
Carry the carrier of described display to be detected；Described first loading end or described second loading end are provided with the described image of installation and take the photograph
The installation portion of delivery group and the limiting section of spacing described carrier, or described installation portion, limit part be located at described first and hold
On section, the second loading end；Install to described installation portion at described image capture module, be simultaneously installed with the carrier position of display
When described limiting section, described image capture module is directed at described display；In described first microscope carrier and described second microscope carrier shape
After becoming casing, described carrier is contained in described first host cavity or described second host cavity.
The technical scheme improved further as this utility model, the side of described curtain be provided with can the opening of opening and closing,
After described curtain and described work top enclose and set formation darkroom, described opening is positioned at the side at described limiting section place with convenient
Pick and place described display.
The beneficial effects of the utility model are: the microscope carrier of display optical detection apparatus of the present utility model includes the company of pivot
The first microscope carrier connect and the second microscope carrier, when needs detect, described first microscope carrier and described second microscope carrier are in open mode,
Described first loading end and described second loading end are generally aligned in the same plane and form the work top for detection；Complete in detection
After, described first microscope carrier being folded with described second microscope carrier and forms portable casing, described support, curtain and image are taken the photograph
Delivery group is all contained in the first host cavity or the second host cavity being positioned at described box inside, it is simple to carry, can be with work
Need mobile to each local use, applied widely.
Accompanying drawing explanation
Fig. 1 is that in display optical detection apparatus of the present utility model, first microscope carrier and the second microscope carrier are in open mode
Structural representation.
Fig. 2 is the structural representation of another angle of Fig. 1.
Fig. 3 is the first microscope carrier in the display optical detection apparatus shown in Fig. 1 and time the second microscope carrier is in folded state
Structural representation.
Fig. 4 is the structural representation of sheath of the present utility model.
Fig. 5 is that sheath is sheathed in this utility model the structural representation on described casing.
Fig. 6 is the exploded view of the display optical detection apparatus shown in Fig. 1.
Fig. 7 is the structural representation of image capture module in this utility model
Fig. 8 is the structural representation that in this utility model, curtain and work top enclose the darkroom setting formation.
Fig. 9 is another angled arrangement schematic diagram of Fig. 8.
Figure 10 is the structural representation removing curtain in Fig. 8.
Detailed description of the invention
Below with reference to each embodiment shown in the drawings, this utility model is described in detail, refer to Fig. 1 to figure
Shown in 10, for better embodiment of the present utility model.
This utility model provides a kind of portable display optical detection apparatus 100, including microscope carrier 1, image capture mould
Group 2, can be fixed on formed on described microscope carrier 1 support system some supports 3, in order to be sheathed in described support system and with
Described microscope carrier 1 enclose set formation the curtain 4 in darkroom, main control computer 5, in order to support a pair spike 8 of described microscope carrier 1, to be located at institute
State on microscope carrier 1 in order to when needs detect, regulate the level indicator 9 of the level of described microscope carrier 1.
Described display optical detection apparatus 100 is used for detecting display 10, when described display 10 is notebook computer
On display 10 time, detection time, directly described notebook computer can be positioned on described microscope carrier 1 and detect；When
When described display 10 to be detected cannot directly be fixed on described microscope carrier 1 in vertical state, such as on mobile phone, flat board etc.
Display 10, described display optical detection apparatus 100 also includes the carrier 20 carrying described display 10 to be detected.
Further, described display optical detection apparatus 100 also includes coder 6 and coordinates with described coder 6
The scanner 7 used.
Described coder 6 is used for printing Quick Response Code, is attached on described display 10 to be detected by described Quick Response Code.
Described display 10, image capture module 2 and scanner 7 to be detected is all with described main control computer 5 communication even
Connect.
Before detection, first it is attached at the Quick Response Code on each described display 10 to be detected with the scanning of described scanner 7
And the information of this display 10 is stored to described main control computer 5, described main control computer 5 receives described scanner 7 and is scanned
Relevant information and automatically set up a node relevant to this display 10, by equal for the information relevant to this notebook computer 1
Preserve to this node, facilitate operator to check.
When needs detect, described main control computer 5 sends test pattern signal to described display 10 to be detected and is used for
Point screen, makes described display 10 show the test images such as completely black, Quan Bai, Quan Hong, Quan Lan, Quan Lv, GTG successively, by display
Situation judge whether described display 10 exists bright spot bright line, dim spot concealed wire, light leak, colour temperature, color point, the problem such as heterochromatic.
After described display 10 demonstrates image, described main control computer 5 controls described image capture module 2 and absorbs described
The image of display 10 display, and be analyzed described image processing, for example with brightness calculation analysis, flaw calculation, color
The algorithms such as territory colour temperature calculation analyze and process, the most qualified to judge described display 10.
After analyzing and processing, node corresponding with this display 10 in the result automatic storage of process to main control computer 5
Place, facilitates operator to check.
The display of described main control computer 5 is for showing the analysis processing result of the image of described display 10, operator
The display 10 that member can have been detected by the keyboard of described main control computer 5 or mouse selection, understands and this display 10 phase
The information closed.
Described image capture module 2 includes image-pickup device 21 and fixation kit 22.Described image-pickup device 21
It is fixed on described microscope carrier 1 by described fixation kit 22.
Described fixation kit 22 includes the adjusting means regulating the position of described image-pickup device 21, at described figure
After being fixed on described microscope carrier 1 as capturing apparatus 21, regulated the position of described image-pickup device 21 by described adjusting means,
Make the described display 10 that the alignment lens of described image-pickup device 21 is to be detected, with picked-up to reflecting described display
The image of the information of 10.
Described microscope carrier 1 is provided with some first fixing holes 14 for fixing some described supports 3, installs described image and take the photograph
The installation portion of the fixation kit 22 of delivery group 2 and the limiting section of spacing described display 10 to be detected.
When needs detect, select corresponding first fixing hole 14 to fix described support 3, form the support of described curtain 4
System, installs described image capture module 2 to described installation portion, and the carrier 20 being provided with display 10 is fixed on described spacing
In portion, finally described curtain 4 is sheathed in described support system formation darkroom.
The side of described curtain 4 be provided with can the first opening of opening and closing, enclose with described microscope carrier 1 at described curtain 4 and set formation
Behind darkroom, described opening is positioned at the side at described limiting section place to facilitate described display 10 to pass in and out described darkroom.
Described microscope carrier 1 includes first microscope carrier the 11, second microscope carrier 12, is pivotally connected described first microscope carrier 11 and the second microscope carrier
The connector 13 of 12, makes described first microscope carrier 11 and described second microscope carrier 12 can fold to reduce the size of described microscope carrier 1, just
In carrying.
Described first microscope carrier 11 includes the first collecting that the first loading end 111 and described first loading end 111 are oppositely arranged
Face 112 and connect the first side wall 114 of described first loading end 111 and the periphery in described first collecting face 112, described first
Collecting face 112 has at least one first host cavity 113 formed towards described first loading end 111 depression.
Described second microscope carrier 12 includes the second collecting that the second loading end 121 and described second loading end 121 are oppositely arranged
Face 122 and connect the second sidewall 124 of described second loading end 121 and the periphery in described second collecting face 122, described second
Collecting face 122 has at least one second host cavity 123 formed towards described second loading end 121 depression.
Need not detection when, above-mentioned image capture module 2, support 3, curtain 4, coder 6, scanner 7, support
Foot 8, all can be contained in described first host cavity 113 or described second host cavity 123, it is simple to carry.
Described first host cavity 113 or described second host cavity 123 are divided into some accommodating area 1231, some described collectings
District 1321 is respectively intended to house described image capture module 2, coder 6, scanner 7, to store classifiedly article, prevent article it
Between mutually collision cause damage.
Described connector 13 is located at when described first microscope carrier 11 is in open mode with described second microscope carrier 12, and described the
One houses face 112 and the described second junction housing face 122.Described first microscope carrier 11 and described second microscope carrier 12 are in rotation
During, described first houses face 112 rotates so that described first microscope carrier 11 is with described to the described second direction housing face 122
Second microscope carrier 12 is in folded state, and the most described first microscope carrier 11 forms casing with described second microscope carrier 12, and described first receives
Appearance face 112 and described second collecting face 122 are positioned at the inner side of described casing；Or described first collecting face 112 is described to deviating from
The direction in the second collecting face 122 rotates so that described first microscope carrier 11 is in open mode with described second microscope carrier 12.This enforcement
In mode, described connector 13 is hinge.
When described first microscope carrier 11 is in open mode with described second microscope carrier 12, described first loading end 111 and institute
State the second loading end 121 and form the work top for detection.Described level indicator 9 is located at described first loading end 111 or described
On second loading end 121, before detection, by described level indicator 9, described work top is regulated to level.
Some described first fixing holes 14 are located at described first loading end 111 and/or the edge of described second loading end 121
Place.In present embodiment, described first fixing hole 14 is divided into described first loading end 111 and described second loading end 121
On, when needs detect, according to the size in required darkroom, select corresponding first fixing hole 14 to fix described support 3 shape
Become the support system of described curtain 4.
Described installation portion and described limiting section are located on described first loading end 111 or described second loading end 121, or
Described installation portion, limit part are located on described first loading end the 111, second loading end 121.At described image capture module 2
Install to described installation portion and regulate complete, be simultaneously installed with the carrier 20 of display 10 when being positioned at described limiting section, described figure
Display 10 as described in the alignment lens of capturing apparatus 21, the most described camera lens is perpendicular to the plane at described display 10 place and big
Cause to be directed at the zone line of described display 10, with the image of picked-up to the information that can reflect described display 10.
When described curtain 4 and described work top enclose and set the described darkroom of formation, as long as making described installation portion and described
Limiting section is respectively positioned in described darkroom.Described darkroom covering part or whole described work top, when described darkroom is covered
Described in cover during work top, main control computer 5, coder 6 and scanner 7 can be positioned over the described work of remaining part
Make on table top, convenient operation.
Further, described microscope carrier 1 also includes extending the first loading end 111 from least side perpendicular with pivotal axis
And/or second lengthened plate 15 of loading end 121.It is solid that described lengthened plate 15 is provided with in order to fixing described support 3 some second
Determine hole 151.
In present embodiment, described microscope carrier 1 includes being divided into four, the both sides perpendicular with described pivotal axis lengthened plate 15,
And two lengthened plates 15 being positioned at side are rotationally connected with described first loading end the 111, second loading end 121 respectively.
After described first loading end 111 forms work top with described second loading end 121, described lengthened plate 15 has
The first state paralleled with described work top and second state perpendicular with described work top.When described lengthened plate
15 when being in the first state, and described support 3 is securable to the position of described second fixing hole 151, to increase described darkroom.
Further, described microscope carrier 1 also includes in order to when described lengthened plate 15 is in the first state, to support described lengthening
The bracing frame 16 of plate 15.Support frame as described above 16 includes the first end and second end rectangular with described first end.Add described
When long slab 15 is in the first state, described first end is fixed on described lengthened plate 15, the second end be fixed on described microscope carrier 1 with
Described lengthened plate 15 is positioned on the sidewall of the same side.
Specifically, when described lengthened plate 15 is rotationally connected with on described first loading end 111, described second end 162 is solid
It is positioned on the first side wall 114 of the same side with described lengthened plate 15 on described first microscope carrier 11；When described lengthened plate 15 turns
When being dynamically connected on described second loading end 121, described second end 162 is fixed on described second microscope carrier 12 and described lengthened plate
15 are positioned on second sidewall 124 of the same side.
When described lengthened plate 15 is in the second state, it is rotationally connected with the lengthened plate 15 on described first loading end 111
By being located at the outside of the first side wall 114 being positioned at the same side on described first microscope carrier 11 with described lengthened plate 15, it is rotationally connected with
Lengthened plate 15 on described second loading end 121 is positioned at the same side by being located on described second microscope carrier 12 with described lengthened plate 15
The outside of the second sidewall 124.
A spike 8 described in a pair is in order to form work top at described first loading end 111 with described second loading end 121
After, support described microscope carrier 1.
One in spike 8 described in a pair is rotationally connected with and is in described second microscope carrier 12 at described first microscope carrier 11
Described in during open mode, first houses side relative with described connector 13 on face 112, and another is rotationally connected with described
On second collecting face 122 described in when first microscope carrier 11 is in open mode with described second microscope carrier 12 relative with described connector 13
Side.
After described first microscope carrier 11 and described second microscope carrier 12 fold and form casing, it is positioned at described first collecting face 112
On spike 8 be contained in described first host cavity 113, the spike 8 being positioned on described second collecting face 122 is positioned at described
In second host cavity 123.
After described first loading end 111 forms work top with described second loading end 121, a spike 8 described in a pair
All stretch out outside described microscope carrier 1 and perpendicular with described work top.
When described first microscope carrier 11 is in folded state with described second microscope carrier 12, described first microscope carrier 11 and described the
Two microscope carriers 12 form casing, and described first collecting face 112 and described second collecting face 122 are positioned at the inner side of described casing and some
Described support 3, curtain 4, image capture module 2, coder 6, scanner 7, a spike 8, carrier 20 are all contained in described first
In host cavity 113 or the second host cavity 123, it is convenient for carrying.
Further, described display optical detection apparatus 100 also includes support casing 31, and described support casing 31 is in order to incite somebody to action
When described support 3 is contained in described first host cavity 113 or described second host cavity 123, wrap up some supports 3, in case
Only some described supports 3 are contained in scattered state in described first host cavity 113 or described second host cavity 123.
Further, described display optical detection apparatus 100 also include covering described first host cavity 113 and
At least two cover plate 50 of described second host cavity 123, two described cover plates 50 respectively with described first host cavity 113 and
Two host cavities 123 match, with after described first microscope carrier 11 and described second microscope carrier 12 enclose and set formation casing, it is to avoid receive respectively
It is dissolved in described first host cavity 113 to interfere with the article in described second host cavity 123, causes damaging.
Further, described display optical detection apparatus 100 also includes multiple roller 18 and is located at described first load
Pull bar 19 on platform 11 or described second microscope carrier 12.
Multiple described rollers 18 are divided into and are in open mode time institute at described first microscope carrier 11 with described second microscope carrier 12
State the first microscope carrier 11 and deviate from the side deviating from described first microscope carrier 11 on the side of described second microscope carrier 12 and the second microscope carrier 12.
After described first microscope carrier 11 is folded to form described casing with described second microscope carrier 12, described case can be moved by described roller
Body, it is simple to mobile.
Described pull bar 19 includes being located at the draw-bar seat in described first microscope carrier 11 or the second microscope carrier 12 and telescopic draws
Bar body, described bar body is provided with prominent handrail 191 away from one end of described draw-bar seat, in order to by described for part pull bar
Body pulls out, the described casing of convenient dragging.
Specifically, in described draw-bar seat is located at described first microscope carrier 11 near described first loading end 111 side or
Near the side of described second loading end 121 in described second microscope carrier 12.
Described bar body extends to the side at described connector 13 place away from one end of described draw-bar seat, with described
After first microscope carrier 11 is folded to form described casing with described second microscope carrier 12, described handrail 191 can be from described connector 13 institute
Side pull out.Described pull bar 19 and described roller 18 with the use of, can easily draw the walking of described casing, i.e.
Strengthen the portability of described casing.
Further, described display optical detection apparatus 100 also includes dead bolt 30 and matches with described dead bolt 30
Snap close.Described dead bolt 30 is located at the first load described in when described first microscope carrier 11 and described second microscope carrier 12 are in open mode
Platform 11 deviates from the side of described second microscope carrier 12, and described snap close is located at described second microscope carrier 12 and is deviated from the one of described first microscope carrier 11
Side.After described first microscope carrier 11 forms casing with described second microscope carrier 12, described dead bolt 30 match with described snap close in case
Only described first microscope carrier 11 is opened with described second microscope carrier 12.
When described first microscope carrier 11 is in open mode with described second microscope carrier 12, above-mentioned first microscope carrier 11 deviates from described
The first side wall 114 of described second microscope carrier 12 is deviated from the most described first microscope carrier 11 in side of the second microscope carrier 12；Above-mentioned second carries
Platform 12 deviates from the second sidewall deviating from described first microscope carrier 11 on the most described second microscope carrier 12 in side of described first microscope carrier 11
124。
Further, described display optical detection apparatus 100 also includes sheath 17, and described sheath 17 is in order to described
One microscope carrier 11 and described second microscope carrier 12 fold after forming described casing and are sheathed on described casing, on the one hand, prevent from being positioned at institute
State the first loading end 111 outside casing and the second loading end 112 falls ash, on the other hand, be possible to prevent described lengthened plate 15
Open.
Described sheath 17 is provided with the second opening 171, after described sheath 17 is sheathed on described casing, and described pull bar
19 are stretched on outside from described second opening 171, it is simple to dilatory described casing.
In sum, the microscope carrier 1 of display optical detection apparatus 100 of the present utility model includes the first load being pivotally connected
Platform 11 and the second microscope carrier 12, when needs detect, described first microscope carrier 11 is in open mode with described second microscope carrier 12, institute
State the first loading end 111 be generally aligned in the same plane with described second loading end 121 and form the work top for detection；In detection
After, described first microscope carrier 11 is folded with described second microscope carrier 12 and forms portable casing, the most described support 3,
Curtain 4, image capture module 2, coder 6 and scanner 7 etc. are all contained in the first host cavity being positioned at described box inside
113 or second in host cavity 123, it is simple to carry, and can move with job demand and local use to each, applied widely.
It is to be understood that, although this specification is been described by according to embodiment, but the most each embodiment only comprises one
Individual independent technical scheme, this narrating mode of description is only that for clarity sake those skilled in the art should will say
Bright book is as an entirety, and the technical scheme in each embodiment can also be through appropriately combined, and forming those skilled in the art can
With other embodiments understood.
The a series of detailed description of those listed above is only for the tool of feasibility embodiment of the present utility model
Body illustrates, they are also not used to limit protection domain of the present utility model, all is made without departing from this utility model skill spirit
Within equivalent implementations or change should be included in protection domain of the present utility model.
Claims (10)
1. a portable display optical detection apparatus, if cooperatively forming the Heavenly Stems and Earthly Branches in darkroom including microscope carrier and described microscope carrier
Frame and curtain, image capture module and the main control computer can being connected with described image capture module communication, its feature exists
In: described microscope carrier includes the first microscope carrier, the second microscope carrier and is pivotally connected described first microscope carrier and the connector of the second microscope carrier；
Described first microscope carrier includes the first loading end and the first collecting face being oppositely arranged with described first loading end, and described first receives
Hold mask and have at least one first host cavity formed towards described first loading end depression；Described second microscope carrier includes that second holds
Section and the second collecting face being oppositely arranged with described second loading end, described second houses mask has and holds towards described second
At least one second host cavity that section depression is formed；Described connector is located at described first collecting face and described second collecting face
Junction；When described first microscope carrier is in open mode with described second microscope carrier, described first loading end and described second
Loading end is generally aligned in the same plane and forms the work top for detection, when described first microscope carrier and described second microscope carrier are in folding
During overlapping state, described first microscope carrier and described second microscope carrier form casing, and described first houses face houses position, face with described second
It is contained in described first host cavity or the second host cavity in the inner side of described casing and described support, curtain, image capture module
In.
2. display optical detection apparatus as claimed in claim 1, it is characterised in that: described first loading end and/or described
Second loading end is provided with some the first fixing holes for fixing described support, holds with described second at described first loading end
During section composition work top, some described supports are fixed on described work top formation support system, and described curtain is sheathed
Enclose in described support system and with described work top and set formation darkroom.
3. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including a pair spike；In a spike described in a pair one is rotationally connected with at described first microscope carrier with described second microscope carrier
Side relative with described connector on first collecting face described in when open mode, another is rotationally connected with described first
Side relative with described connector on second collecting face described in when microscope carrier is in open mode with described second microscope carrier.
4. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including dead bolt and the snap close that matches with described dead bolt, described dead bolt is located at described first microscope carrier with described second microscope carrier
First microscope carrier described in when open mode deviates from the side of described second microscope carrier, and described snap close is located in described first microscope carrier and institute
State the second microscope carrier described in when the second microscope carrier is in open mode and deviate from the side of described first microscope carrier, in described first microscope carrier and institute
After stating the second microscope carrier formation casing, described dead bolt matches with described snap close to prevent described first microscope carrier and described second microscope carrier
Open.
5. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including the level indicator being located on described first loading end or described second loading end.
6. display optical detection apparatus as claimed in claim 2, it is characterised in that: described microscope carrier also include from pivotal axis
Perpendicular at least side extends the first loading end and/or the lengthened plate of the second loading end, and described lengthened plate holds with described first
Section and/or the second loading end are rotationally connected, described lengthened plate have first state parallel with described work top and with
The second state that described work top is perpendicular.
7. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including sheath, described sheath is described in order to be sheathed on after described first microscope carrier and described second microscope carrier fold and form described casing
On casing.
8. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including multiple rollers and be located at the pull bar in described first microscope carrier or described second microscope carrier；Multiple described rollers are divided into
First microscope carrier described in when described first microscope carrier and described second microscope carrier are in open mode deviate from the side of described second microscope carrier with
And second microscope carrier deviate from the side of described first microscope carrier；It is folded to form described casing at described first microscope carrier and described second microscope carrier
After, described pull bar can pull out from the side at described connector place.
9. display optical detection apparatus as claimed in claim 1, it is characterised in that: described display optical detection apparatus is also
Including the carrier in order to carry described display to be detected；Described first loading end or described second loading end are provided with installation
The installation portion of described image capture module and the limiting section of spacing described carrier, or described installation portion, limit part be located at
On described first loading end, the second loading end；Install to described installation portion at described image capture module, be simultaneously installed with display
When the carrier of device is positioned at described limiting section, described image capture module is directed at described display；At described first microscope carrier with described
After second microscope carrier forms casing, described carrier is contained in described first host cavity or described second host cavity.
10. display optical detection apparatus as claimed in claim 9, it is characterised in that: the side of described curtain is provided with can
The opening of opening and closing, after described curtain and described work top enclose and set formation darkroom, described opening is positioned at described limiting section place
Side pick and place described display to facilitate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620525950.0U CN205785766U (en) | 2016-06-01 | 2016-06-01 | A kind of portable display optical detection apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620525950.0U CN205785766U (en) | 2016-06-01 | 2016-06-01 | A kind of portable display optical detection apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205785766U true CN205785766U (en) | 2016-12-07 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620525950.0U Withdrawn - After Issue CN205785766U (en) | 2016-06-01 | 2016-06-01 | A kind of portable display optical detection apparatus |
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| Country | Link |
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| CN (1) | CN205785766U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105806596A (en) * | 2016-06-01 | 2016-07-27 | 汉克科技有限公司 | Portable displayer optical detection device |
| CN112770103A (en) * | 2019-11-01 | 2021-05-07 | 宁波舜宇光电信息有限公司 | Material carrying platform suitable for automatic material changing and corresponding automatic module testing equipment |
-
2016
- 2016-06-01 CN CN201620525950.0U patent/CN205785766U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105806596A (en) * | 2016-06-01 | 2016-07-27 | 汉克科技有限公司 | Portable displayer optical detection device |
| CN112770103A (en) * | 2019-11-01 | 2021-05-07 | 宁波舜宇光电信息有限公司 | Material carrying platform suitable for automatic material changing and corresponding automatic module testing equipment |
| CN112770103B (en) * | 2019-11-01 | 2022-04-05 | 宁波舜宇光电信息有限公司 | Material carrying platform suitable for automatic material changing and corresponding automatic module testing equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180529 |