CN207936910U - Image the auxiliary device of measuring instrument acquisition - Google Patents
Image the auxiliary device of measuring instrument acquisition Download PDFInfo
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- CN207936910U CN207936910U CN201820405546.9U CN201820405546U CN207936910U CN 207936910 U CN207936910 U CN 207936910U CN 201820405546 U CN201820405546 U CN 201820405546U CN 207936910 U CN207936910 U CN 207936910U
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- guide rail
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- measuring instrument
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Abstract
The utility model discloses a kind of auxiliary device of imaging measuring instrument acquisition, holder, upper and lower directions translation along holder and fixed adjusting block are installed on above-mentioned holder, left and right directions translation along adjusting block and fixed guide rail are installed on above-mentioned adjusting block, above-mentioned guide rail is extended along the left and right directions of adjusting block, mounting base is installed on the left end end or right end end of above-mentioned guide rail, image projection part is installed in above-mentioned mounting base, above-mentioned image projection part is prism, and the outgoing of above-mentioned prism is arranged up.Compared with prior art, it is constantly in straightened condition for the prism of acquisition, be not in contact with cell phone rear cover, Image Acquisition is accurate, it is at low cost to ensure to image the detection precision of measuring instrument, while without carrying out 3D modeling, separately, total is simple, easy to operate, versatile.
Description
Technical field
The utility model is related to mobile phone manufacture fields, and in particular to be to assist cell phone rear cover bone cavity structure image adopt
The auxiliary device of collection.
Background technology
Structure (such as functional hole, wire casing, the interior buckle to cell phone rear cover inner cavity are needed after the making molding of existing cell phone rear cover
Deng) measure, to determine whether cell phone rear cover is qualified.Most of the measurement method of the cell phone rear cover inner-cavity structure is by right
The Image Acquisition of cell phone rear cover inner cavity, the image after acquisition are sent to imaging measuring instrument, are detected by imaging measuring instrument.Many institutes
Known, the Image Acquisition for imaging measuring instrument is all to use camera, and the depth of cell phone rear cover inner cavity is very shallow, this just makes imaging
The image capture head of measuring instrument directly can not fully absorb the inner cavity of cell phone rear cover, cause detection not accurate.For this purpose, detection
Personnel just acquire the inner-cavity structure of cell phone rear cover by prism, and prism is directly placed at cell phone rear cover by concrete operations mode
Be acquired on inner surface, if the inner surface of such mode cell phone rear cover in measurement error is just also easy to produce if on-plane surface, equally
Cause detection not accurate.Later, also have by the way of 3D modeling, but this mode is more single, only there are one products to correspond to one
A 3D moulds, poor universality, cost is also high, and less people uses.
In view of this, the present inventor furthers investigate the above problem, generated then by this case.
Utility model content
The purpose of this utility model is to provide a kind of versatile, at low cost, the imaging measurements of guarantee detection precision
The auxiliary device of instrument acquisition.
To achieve the goals above, the utility model adopts the following technical solution：
A kind of auxiliary device of imaging measuring instrument acquisition, including holder are equipped with the upper and lower along holder on above-mentioned holder
To translation and fixed adjusting block, the left and right directions translation along adjusting block and fixed guide rail are installed on above-mentioned adjusting block, on
The left and right directions that guide rail is stated along adjusting block is extended, and mounting base is equipped on the left end end or right end end of above-mentioned guide rail,
Image projection part is installed in above-mentioned mounting base, above-mentioned image projection part is prism, and the outgoing of above-mentioned prism is face-up
Setting.
Above-mentioned image projection part is made of two pieces of isosceles right angle prisms, and two isosceles right angle prisms mutually stick together composition
The strip square structure extended along the front-rear direction of adjusting block.
The column that above-mentioned holder has bottom plate and is erected on plate top surface, above-mentioned adjusting block are arranged before above-mentioned column
On side.
The top surface locking of above-mentioned column has its front to extend anteriorly out the installation sheet outside column, on the front of above-mentioned installation sheet
Setting has the lead screw for being upward through installation sheet, and the upper end end of above-mentioned lead screw, which has, to be pressed on installation sheet top surface and be limited in
The lower end rotation of cylinder rotatable head outside installation sheet, above-mentioned lead screw is stretched into above-mentioned bottom plate, the rear side of above-mentioned adjusting block
Face is convexly equipped with the installation convex block being sheathed on outside lead screw, and above-mentioned installation convex block is screwed together with above-mentioned lead screw.
Locking has the directive slide track of the upper and lower directions extension along column respectively in the arranged on left and right sides of above-mentioned column leading flank,
The trailing flank of above-mentioned adjusting block corresponds to the guide runner for locking respectively at two directive slide tracks and having sliding sleeve to be set to outside directive slide track,
Above-mentioned installation convex block is clamped between two guide runners, and above-mentioned lead screw is between two guide runners, the leading flank of above-mentioned column
The elevation carrection graduation mark for measuring adjusting block height is equipped at the position by above-mentioned lead screw.
The groove that extends transversely through through adjusting block arranged on left and right sides is recessed on the leading flank of above-mentioned adjusting block backward, it is above-mentioned
It extends transversely through and is equipped with guide pad of the locking on above-mentioned adjusting block in groove, the leading flank of above-mentioned guide pad is recessed with backward to be run through
The guiding groove of guide pad arranged on left and right sides, above-mentioned guide rail is horizontally through along the left and right directions for being oriented to groove, and a left side for above-mentioned guide rail
End end is on above-mentioned adjusting block, and the recessed arcuate guide for having the length direction extension along guide rail in the upper top surface of above-mentioned guide rail is recessed
Slot is convexly equipped on the upper cell wall of above-mentioned guiding groove and is caught in arcuate guide groove and the opposite bar shaped gib block slided, above-mentioned
Puller bolt of the leading flank of guide rail equipped with the cooperation that offsets with the slot bottom for being oriented to groove across guide rail.
Above-mentioned guide pad is provided with two pieces, and two guide pads are arranged side by side in left and right, and has clipping room between two guide pads
Away from above-mentioned guide rail passes through two guide pads, and is equipped with withstanding tight block below above-mentioned guide rail, and above-mentioned withstanding tight block is along the front and back of adjusting block
The cylindrical piece being arranged to accumbency, the front end of above-mentioned withstanding tight block are in above-mentioned and extend transversely through outside groove, and the rear end of above-mentioned withstanding tight block is stretched
Enter it is above-mentioned extend transversely through in groove, and in clipping room away from interior, and the rear end of above-mentioned withstanding tight block clipping room away from it is interior can rotation, on
The recessed portion for being recessed with downwards on the lower cell wall for extend transversely through groove and being bonded with the lower part kissing of withstanding tight block is stated, above-mentioned withstanding tight block
Rear end end face, which extends back, undergauge cylinder mounting blocks, is recessed with backward for this undergauge on the above-mentioned rear cell wall for extending transversely through groove
Cylinder mounting blocks tight fit is inserted into interior circular shrinkage hole, and the front end bottom surface of above-mentioned withstanding tight block, which is extended with, drives withstanding tight block pacifying
The manipulator's shank rotated in dress spacing, the upward convex axial direction extension equipped with along withstanding tight block in top surface of above-mentioned withstanding tight block,
And the upper cell wall that can guide rail be jacked up and be extended transversely through upwards groove is affixed the circular arc lug boss of cooperation.
Above-mentioned image projection part is in the right end end of above-mentioned guide rail, and above-mentioned adjusting block is in the left end of above-mentioned guide rail
Locate, all lock has fixed block on the leading flank of above-mentioned guide rail right end end and trailing flank, is set below the right end end of above-mentioned guide rail
There are the bar shaped mounting blocks being stacked in jointly for two fixed blocks and guide rail, two fixed blocks, which lock with above-mentioned bar shaped mounting blocks, to be connected
It is logical, above-mentioned image projection part and above-mentioned bar shaped mounting blocks dismantling connection.
The right side of above-mentioned bar shaped mounting blocks is equipped with prism installation part, is convexly equipped with to the right on the right side of above-mentioned bar shaped mounting blocks
Tenon, the left side of above-mentioned prism installation part be concavely provided be inserted into for tenon and with the tongue-and-groove of tenon phase joggle, above-mentioned image throws
Shadow part is fixed on above-mentioned prism installation part.
Above-mentioned prism installation part is made of left plate and the wing plate at left plate front and rear ends, above-mentioned image projection
Part is clamped between two wing plates, and the left side of above-mentioned image projection part is affixed with above-mentioned left plate together with cementation, above-mentioned figure
It is cemented in together with two wing plates as the front and rear sides face of projection part is corresponded to.
The auxiliary device of the imaging measuring instrument acquisition of the utility model, in application, by holder setting by imaging measuring instrument,
Cell phone rear cover to be detected is lain against in the acquisition plane of imaging measuring instrument, is adjusted the height of adjusting block later, is made image projection
Part is in the interior intracavitary of cell phone rear cover, position opposite with the position that cell phone rear cover inner cavity is to be detected, then the translation that adjusts guide rail or so, leads
The left and right translation of rail makes image projection part close to cell phone rear cover inner cavity position to be detected, utilizes the refraction principle of prism at this time,
The plane of incidence of prism and the position to be detected of cell phone rear cover are oppositely arranged, the image at cell phone rear cover position to be detected by prism at
As principle is imaged out from the injection that goes out of prism, in this way, the image of the direct Collection prism top surface of collection terminal of imaging measuring instrument is
It can.Compared with prior art, it is constantly in straightened condition for the prism of acquisition, be not in contact with cell phone rear cover, after making mobile phone
The nonplanar nature of cover cavity does not interfere with the Image Acquisition precision of image projection part, and Image Acquisition is accurate, to ensure to image
The detection precision of measuring instrument, at the same without carrying out 3D modeling, it is at low cost, in addition, total is simple, easy to operate, versatility
By force.
Description of the drawings
Fig. 1 is the stereogram of the utility model；
Fig. 2 is another stereogram of the utility model；
Fig. 3 is the partial structural diagram of the utility model；
Fig. 4 is the stereogram of withstanding tight block in the utility model.
Specific implementation mode
The auxiliary device of the imaging measuring instrument acquisition of the utility model is pacified on holder 1 as shown in Figs. 1-2, including holder 1
Equipped with the upper and lower directions translation along holder and fixed adjusting block 2, the left and right directions being equipped on adjusting block 2 along adjusting block 2 is put down
It moving and fixed guide rail 3, guide rail 3 is extended in the left and right directions along adjusting block 2, the left end of guide rail 3 is connect with adjusting block 2,
Mounting base 4 is installed on the right end end of guide rail 3, image projection part 5 is installed in mounting base 4, this image projection part 5 is
Prism, and the outgoing of prism is arranged up.
Particularly, the column 12 that holder 1 has bottom plate 11 and is erected on 11 top surface of bottom plate, the setting of adjusting block 2 is vertical
On the leading flank of column 12, the top surface locking of column 12 has its front to extend anteriorly out the installation sheet 13 outside column 12, installation sheet 13
Front on erect and have lead screw 6 across installation sheet 13, lead screw 6 be in 12 front of column, and the upper end end of lead screw 6 is with pressing
On 13 top surface of installation sheet and the cylinder rotatable head 61 that is limited in outside installation sheet, i.e., offers screw mandrel on installation sheet 13 and wear
That crosses passes through hole, the upper end end of lead screw be extended be pressed on installation sheet 13, its outer diameter is more than setting across hole aperture
Cylindrical piece, this cylindrical piece are the cylinder rotatable head 61, and the lower end rotation of lead screw 12 is stretched into bottom plate 11, i.e. bottom plate
11 have the circular recess to match with lead screw outer diameter, the lower end tight fit of lead screw 12 to stretch into circle corresponding to recessed at lead screw 12
In shape recess, enable lead screw original place on bottom plate 11 automatic using this circular recess and across hole, the rear side of the adjusting block 2
Face is convexly equipped with the installation convex block 21 being sheathed on outside lead screw 6, and installation convex block 21 is screwed together with lead screw 6, that is, installs and opened on convex block 21
Mounting hole is passed through equipped with what screw mandrel 6 from top to bottom passed through, this passes through the hole wall of mounting hole to be equipped with the external screw thread phase with lead screw 6
The internal thread screwed togather, adjusting block when making lead screw 6 rotate with the internal screw-thread screw cooperation of installation convex block 21 using the external screw thread of lead screw 6
2 can make oscilaltion translation along lead screw 6.
The leading flank of the adjusting block 2 is recessed with backward extends transversely through groove 22 through 2 arranged on left and right sides of adjusting block,
It extends transversely through and is equipped with guide pad 23 of the locking on 2 trailing flank of adjusting block in groove 22, the leading flank of guide pad 23 is recessed backward
There is the guiding groove (not shown) through 23 arranged on left and right sides of guide pad, the left end of guide rail 3 is along the left and right directions for being oriented to groove
It is horizontally through guiding groove, and the upper top surface of guide rail 3 is recessed with the arcuate guide groove 31 of the length direction extension along guide rail 3,
It is downwardly convex equipped with the bar shaped gib block stretched into arcuate guide groove 31 on the upper cell wall of guiding groove, it is recessed using this arcuate guide
Slot 31 and the cooperation of bar shaped gib block can play guiding role to the left and right translation of guide rail 3, be set on the leading flank of the guide rail 3
There is the puller bolt (being not drawn into figure) for the cooperation that offsets with the slot bottom for being oriented to groove at the slot bottom of guide rail to guiding groove, this
Sample can make guide rail will not be with easy to be mobile using this puller bolt.
The image projection part 5 is in the right end end of guide rail 3, on 3 right end end leading flank of guide rail and trailing flank
All lock has fixed block 32, and the bar shaped being stacked in jointly for two fixed blocks 32 and guide rail 3 is equipped with below the right end end of guide rail 3
Mounting blocks 33, two fixed blocks 32 are connected to the locking of bar shaped mounting blocks 33, and image projection part 5 passes through prism installation part 34 and bar shaped
Mounting blocks 33 connect, this prism installation part 34 is made of left plate and the wing plate at left plate front and rear ends, image projection
Part 5 is clamped between two wing plates, and together with the left side of image projection part 5 with left plate is affixed cementation, image projection part
Front and rear sides face corresponds to and is cemented in together with two wing plates, and the width of wing plate is less than the inclined-plane size of isosceles prism, left plate
Width is less than the size on isosceles prism inclined-plane, the excellent good half for isosceles prism inclined-plane.
The auxiliary device of the imaging measuring instrument acquisition of the utility model, in application, by holder setting by imaging measuring instrument,
Cell phone rear cover to be detected is lain against in the acquisition plane of imaging measuring instrument, is adjusted the height of adjusting block later, is made image projection
Part is in the interior intracavitary of cell phone rear cover, position opposite with the position that cell phone rear cover inner cavity is to be detected, then the translation that adjusts guide rail or so, leads
The left and right translation of rail makes image projection part close to cell phone rear cover inner cavity position to be detected, utilizes the refraction principle of prism at this time,
The plane of incidence of prism and the position to be detected of cell phone rear cover are oppositely arranged, the image at cell phone rear cover position to be detected by prism at
As principle is imaged out from the injection that goes out of prism, in this way, the image of the direct Collection prism top surface of collection terminal of imaging measuring instrument is
It can.Compared with prior art, it is constantly in straightened condition for the prism of acquisition, be not in contact with cell phone rear cover, after making mobile phone
The nonplanar nature of cover cavity does not interfere with the Image Acquisition precision of image projection part, and Image Acquisition is accurate, to ensure to image
The detection precision of measuring instrument, while without carrying out 3D modeling, at low cost, collecting efficiency is high, without carrying out cutting to measuring object
Or cut, in addition, total is simple, easy to operate, versatile, the auxiliary device of the utility model can be widely applied to different images
In measurement, a certain structural plan size can be clearly obtained, operation is very simple, and also service life is long.
The auxiliary device of the utility model, further it is preferable that, image projection part 5 is made of two pieces of isosceles right angle prisms,
Two isosceles right angle prisms mutually stick together the strip square structure for constituting and extending along the front-rear direction of adjusting block, i.e. two pieces of isosceles
Right angle prism is affixed setting in left and right, the plane of first piece of isosceles right angle prism and second piece of isosceles right angle prism
Plane is affixed cooperation, and an inclined-plane of first piece of isosceles right angle prism is arranged upward, another inclined-plane is towards left setting, second piece of isosceles
One inclined-plane of right angle prism is arranged downward, another inclined-plane is towards right setting, and two isosceles right angle prisms are affixed cooperation.Using two pieces
Pair isosceles right angle prism makes the incident acquisition that image projection part makes four sides of image projection part that can realize image, i.e.,
Four sides of cell phone rear cover inner cavity use, to make cell phone rear cover in imaging measuring instrument gatherer process be adopted without making rotary movement
Collection is convenient.
It is another it is preferable that, image projection part 5 and 33 dismantling connection of bar shaped mounting blocks, the i.e. right side of bar shaped mounting blocks 33
Be convexly equipped with tenon 331 on face to the right, the left side of prism installation part be concavely provided be inserted into for tenon and with the tenon of tenon phase joggle
Slot (does not mark) in figure, and the dismounting for plugging achievable prism installation part 34 and bar shaped mounting blocks 33 using tenon and tongue-and-groove connects
It connects, to realize the dismounting installation of image projection part 5 on guides 3, to facilitate the replacement of image projection part, using more convenient.
It is another it is preferable that：Locking has the upper and lower directions along column to prolong respectively in the arranged on left and right sides of 12 leading flank of column
The directive slide track 121 stretched, the trailing flank of adjusting block 2, which corresponds to respectively to lock at two directive slide tracks 121, has sliding sleeve to be set to guiding
Guide runner 24 outside sliding rail, installation convex block 21 be clamped between two guide runners 24, lead screw 6 be in two guide runners 24 it
Between, it utilizes the cooperation of guide runner and directive slide track that can be moved to the oscilaltion of adjusting block 2 in this way and plays guiding role, make tune
The movement of locking nub 2 is more steady, is not easy to close image projection part in adjustment process and shakes.
It is another it is preferable that：The leading flank of column 12, which is located at the position on 6 side of lead screw, to be equipped with for measuring adjusting block height
The elevation carrection graduation mark of degree can record the measurement height of identical product using this elevation carrection graduation mark, so as under
Secondary measurement, it is easy to use.
It is another it is preferable that：Guide pad 23 is provided with two pieces, and two guide pads 23 are arranged side by side in left and right, and two guide pads
Have clipping room away from guide rail 3 is across two guide pads 23, and 3 lower section of guide rail is equipped with withstanding tight block 7, and withstanding tight block 7 is in along adjusting between 23
The cylindrical piece that the front-rear direction accumbency of block 2 is set, the front end of withstanding tight block 7, which is in, to be extended transversely through outside groove, and the rear end of withstanding tight block 7 is stretched
Enter to extend transversely through in groove, and in clipping room away from interior, and the rear end of withstanding tight block 7 clipping room away from it is interior can rotation, withstanding tight block 7 with
Gap is all had between two guide pads and guide rail, the recessed lower part kissing with withstanding tight block 7 on the lower cell wall of groove is extended transversely through and pastes
The recessed portion 221 of conjunction makes withstanding tight block 7 that can be rotated away from interior in clipping room, will not deviate, and push up using each gap and recessed portion 221
The rear end end face of tight block 7 extends back and has undergauge cylinder mounting blocks 71, extends transversely through and is recessed with confession backward on the rear cell wall of groove
This 71 tight fit of undergauge cylinder mounting blocks is inserted into interior circular shrinkage hole 222, utilizes undergauge cylinder mounting blocks 71 and circular shrinkage hole
The installation of withstanding tight block 7 can be achieved in 222 cooperation, and the front end bottom surface of withstanding tight block 7, which is extended with, drives withstanding tight block in clipping room away from interior
Manipulator's shank 72 of rotation, the top surface of withstanding tight block 7 is upward convex be equipped with it is that the axial direction along withstanding tight block 7 extends and can be by guide rail
The circular arc lug boss 73 that cooperation is affixed with the upper cell wall for extending transversely through groove, the i.e. upward projection in top surface of withstanding tight block 7 are jacked up upwards
It is in the protrusion of convex to have its outer surface, and the height of projection of this protrusion is more than the gap between withstanding tight block 7 and guide rail 3；In use,
It catches manipulator's shank 72 and circumferentially rotates manipulator's shank 72, withstanding tight block 7 rotates, and the rotation of withstanding tight block 7 makes circular arc lug boss
73, which are moved to 3 bottom surface of guide rail and the top surface of guide rail 3, is affixed, and the height of projection of circular arc lug boss 73 is more than withstanding tight block 7 and guide rail 3
Between gap, then can upwards be jacked up by circular arc lug boss 73 when circular arc lug boss 73 and guide rail are affixed, make the top surface of guide rail with
The upper cell wall for extending transversely through groove is mutually adjacent to, and guide rail is made not move, and avoids image projection part will not be by outer in projection acquisition
The influence of power and shake, keep the acquisition of image projection part more stable and accurate.
The product form and style of above-described embodiment and attached drawing and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the present invention.
Claims (10)
1. a kind of auxiliary device of imaging measuring instrument acquisition, it is characterised in that：Including holder, it is equipped with along holder on above-mentioned holder
Upper and lower directions translation and fixed adjusting block, be equipped on above-mentioned adjusting block along the left and right directions translation of adjusting block and fixed
Guide rail, above-mentioned guide rail are extended along the left and right directions of adjusting block, are equipped on the left end end or right end end of above-mentioned guide rail
Mounting base, is installed with image projection part in above-mentioned mounting base, and above-mentioned image projection part is prism, and the outgoing of above-mentioned prism
Setting up.
2. the auxiliary device of imaging measuring instrument acquisition according to claim 1, it is characterised in that：Above-mentioned image projection part by
Two pieces of isosceles right angle prisms are constituted, and two isosceles right angle prisms, which mutually stick together, constitutes the front-rear direction extension along adjusting block
Strip square structure.
3. the auxiliary device of imaging measuring instrument acquisition according to claim 1, it is characterised in that：Above-mentioned holder has bottom plate
With the column being erected on plate top surface, above-mentioned adjusting block is arranged on the leading flank of above-mentioned column.
4. the auxiliary device of imaging measuring instrument acquisition according to claim 3, it is characterised in that：It locks the top surface of above-mentioned column
Its intrinsic front extends anteriorly out the installation sheet outside column, and being erect on the front of above-mentioned installation sheet has the silk for being upward through installation sheet
Bar, the upper end end of above-mentioned lead screw, which has, presses on installation sheet top surface and is limited in the cylinder rotatable head outside installation sheet, on
The lower end rotation for stating lead screw is stretched into above-mentioned bottom plate, and the trailing flank of above-mentioned adjusting block is convexly equipped with the installation being sheathed on outside lead screw
Convex block, above-mentioned installation convex block are screwed together with above-mentioned lead screw.
5. the auxiliary device of imaging measuring instrument acquisition according to claim 4, it is characterised in that：Above-mentioned column leading flank
Locking has the directive slide track of the upper and lower directions extension along column respectively in arranged on left and right sides, and the trailing flank of above-mentioned adjusting block corresponds to
Locking has sliding sleeve to be set to the guide runner outside directive slide track respectively at two directive slide tracks, and above-mentioned installation convex block is clamped in two guiding
Between sliding block, above-mentioned lead screw is between two guide runners, and the leading flank of above-mentioned column, which is located at the position by above-mentioned lead screw, to be set
It is useful for measuring the elevation carrection graduation mark of adjusting block height.
6. the auxiliary device of imaging measuring instrument acquisition according to claim 3, it is characterised in that：The front side of above-mentioned adjusting block
The groove that extends transversely through through adjusting block arranged on left and right sides is recessed on face backward, above-mentioned extend transversely through in groove exists equipped with locking
Guide pad on above-mentioned adjusting block, it is recessed that the leading flank of above-mentioned guide pad is recessed with the guiding through guide pad arranged on left and right sides backward
Slot, above-mentioned guide rail is horizontally through along the left and right directions for being oriented to groove, and the left end end of above-mentioned guide rail is on above-mentioned adjusting block,
The recessed arcuate guide groove for having the length direction extension along guide rail in the upper top surface of above-mentioned guide rail, the upper cell wall of above-mentioned guiding groove
On be convexly equipped with and be caught in arcuate guide groove and the opposite bar shaped gib block slided, the leading flank of above-mentioned guide rail is equipped with across leading
Rail and the slot bottom for being oriented to groove offset the puller bolt of cooperation.
7. the auxiliary device of imaging measuring instrument acquisition according to claim 6, it is characterised in that：Above-mentioned guide pad is provided with
Two pieces, two guide pads are arranged side by side in left and right, and between two guide pads there is clipping room to pass through two guide pads away from, above-mentioned guide rail,
And withstanding tight block is equipped with below above-mentioned guide rail, above-mentioned withstanding tight block is the cylindrical piece being arranged along the front-rear direction accumbency of adjusting block, above-mentioned
The front end of withstanding tight block is in above-mentioned and extends transversely through outside groove, the rear end of above-mentioned withstanding tight block stretch into it is above-mentioned extend transversely through in groove, and
In clipping room away from interior, and the rear end of above-mentioned withstanding tight block clipping room away from it is interior can rotation, the above-mentioned lower cell wall for extending transversely through groove
On be recessed with the recessed portion being bonded with the lower part kissing of withstanding tight block downwards, the rear end end face of above-mentioned withstanding tight block extends back and has undergauge
Cylinder mounting blocks are recessed on the above-mentioned rear cell wall for extending transversely through groove and are inserted into for this undergauge cylinder mounting blocks tight fit backward
Interior circular shrinkage hole, the front end bottom surface of above-mentioned withstanding tight block, which is extended with, drives withstanding tight block in operation handle of the clipping room away from interior rotation
Portion, the top surface of above-mentioned withstanding tight block is upward convex to be equipped with that the axial direction along withstanding tight block extends and can jack up guide rail upwards and cross
The circular arc lug boss of cooperation is affixed to the upper cell wall of through-going recess.
8. the auxiliary device of imaging measuring instrument acquisition according to claim 2, it is characterised in that：At above-mentioned image projection part
In the right end end of above-mentioned guide rail, above-mentioned adjusting block is at the left end of above-mentioned guide rail, the front side of above-mentioned guide rail right end end
All lock has fixed block on face and trailing flank, is equipped with below the right end end of above-mentioned guide rail and is stacked jointly for two fixed blocks and guide rail
In upper bar shaped mounting blocks, two fixed blocks are connected to the locking of above-mentioned bar shaped mounting blocks, above-mentioned image projection part and above-mentioned bar shaped
Mounting blocks dismantling connection.
9. the auxiliary device of imaging measuring instrument acquisition according to claim 8, it is characterised in that：Above-mentioned bar shaped mounting blocks
Right side is equipped with prism installation part, and tenon, a left side for above-mentioned prism installation part are convexly equipped with to the right on the right side of above-mentioned bar shaped mounting blocks
Side be concavely provided be inserted into for tenon and with the tongue-and-groove of tenon phase joggle, above-mentioned image projection part is fixed on above-mentioned prism installation part
On.
10. the auxiliary device of imaging measuring instrument acquisition according to claim 9, it is characterised in that：Above-mentioned prism installation part
It being made of left plate and the wing plate at left plate front and rear ends, above-mentioned image projection part is clamped between two wing plates, and on
The left side for stating image projection part is affixed with above-mentioned left plate together with cementation, and the front and rear sides of above-mentioned image projection part faces
It should be cemented in together with two wing plates.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820405546.9U CN207936910U (en) | 2018-03-24 | 2018-03-24 | Image the auxiliary device of measuring instrument acquisition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820405546.9U CN207936910U (en) | 2018-03-24 | 2018-03-24 | Image the auxiliary device of measuring instrument acquisition |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207936910U true CN207936910U (en) | 2018-10-02 |
Family
ID=63655910
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820405546.9U Active CN207936910U (en) | 2018-03-24 | 2018-03-24 | Image the auxiliary device of measuring instrument acquisition |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207936910U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109919941A (en) * | 2019-03-29 | 2019-06-21 | 深圳市奥特立德自动化技术有限公司 | Internal screw thread defect inspection method, device, system, equipment and medium |
-
2018
- 2018-03-24 CN CN201820405546.9U patent/CN207936910U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109919941A (en) * | 2019-03-29 | 2019-06-21 | 深圳市奥特立德自动化技术有限公司 | Internal screw thread defect inspection method, device, system, equipment and medium |
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Effective date of registration: 20210628 Address after: 1800 Gangkou Avenue, Haijiang Town, Shishi City, Quanzhou City, Fujian Province Patentee after: Tongda (Shishi) Technology Co.,Ltd. Address before: 362700 Tongda Industrial Park, Shishi City, Quanzhou City, Fujian Province Patentee before: FUJIAN SHISHI TONGDA ELECTRICAL APPLIANCE Co.,Ltd. |