CN206270267U - A kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus - Google Patents
A kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus Download PDFInfo
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- CN206270267U CN206270267U CN201621448998.2U CN201621448998U CN206270267U CN 206270267 U CN206270267 U CN 206270267U CN 201621448998 U CN201621448998 U CN 201621448998U CN 206270267 U CN206270267 U CN 206270267U
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- imaging plate
- inside casing
- image forming
- forming apparatus
- dimensional image
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Abstract
The utility model discloses a kind of detection of GIS device field X-ray and linear scanning three-dimensional image forming apparatus, including X-ray machine X (2) and imaging plate (3), it is characterised in that：Also include adjusting means (10), it is arranged on the housing (4) in adjusting means (10), the inside casing (5) that be arranged in housing (4) and can be moved up and down along housing (4), the imaging plate bracing frame (6) being arranged on inside casing (5) etc..Drive device of the present utility model, imaging plate bracing frame and inside casing are connected as a single entity, and X-ray machine X and imaging plate is realized linkage, so that it is guaranteed that the window center of X-ray machine X is directed at the center that imaging plate is effectively imaged unit all the time；The effect that the utility model passes through adjusting means and drive device, GIS device can be shot from different perspectives, make reconstruction of two-dimensional images into 3-D view, be shot without the manually equipment of retightening in the process, shooting effect and detection efficiency are greatly improved, cost of labor is reduced.
Description
Technical field
The utility model is related to X-ray detection field, specifically refers to a kind of GIS device field X-ray detection and straight line is swept
Retouch three-dimensional image forming apparatus.
Background technology
Industrial conventional radiographic inspection method is x-ray inspection and gamma ray inspection, is specifically referred to using electromagnetic wave pair
Metal works are detected, similar with X-ray examination.In detection, ray reaches egative film through detected member, if detected member
There is no defect, then had on egative film uniform photosensitive；If detected member has the defects such as crack, hole and slag inclusion, on egative film
Then have shadow.X-ray digital imaging technology can realize not detaching equipment and not welding, situation about not having a power failure even
Under GIS (Gas Insulated Switch gas-insulated switch) equipment is detected, reach visible diagnosis.
However, traditional X-ray real-time imaging devices are the universal products, the figure of single shooting angle can only be often provided
Picture, image viewpoint position, direction of visual lines and parallax are all fixed, if it is desired to obtain the image of multiple angles, Zhi Nengtong
The manually equipment of retightening is crossed to re-shoot.However, many times, due to without suitable putting position, taking the photograph image past
Toward image overlap, this just brings very big negative effect to imaging effect, accuracy of detection and detection efficiency.Therefore it provides one
Kind can be irradiated in multiple angles and the X-ray detection that is imaged and three-dimensional image forming apparatus then seem and are even more important.
Utility model content
The purpose of this utility model is to solve traditional X-ray real-time imaging devices to provide single shooting angle
The defect of image, there is provided a kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus.
The purpose of this utility model is by following technical proposals reality：A kind of GIS device field X-ray detection and straight line are swept
Three-dimensional image forming apparatus, including X-ray machine X and imaging plate, adjusting means are retouched, the housing in adjusting means is arranged on, housing is arranged on
Inside casing that is interior and being moved up and down along housing, is arranged on the imaging plate bracing frame on inside casing, and be connected with imaging plate bracing frame
Connect and the drive device for driving imaging plate bracing frame to move up and down；The drive device is connected with housing, the ray
Machine is arranged on inside inside casing, and the imaging plate is arranged in imaging plate bracing frame.
Further, the housing inner side is provided with slide rail, and side is provided with opening；It is provided with the inside casing and cunning
The inside casing sliding block that rail matches, the inside casing can be slided up and down along slide rail；The imaging plate bracing frame through behind opening with inside casing
It is connected；The imaging plate bracing frame can be moved up and down along opening.
The inside casing includes framework, is separately positioned on the X-ray machine X fixed station of framework upper and bottom；The imaging plate branch
Support is connected after passing through opening with framework；The X-ray machine X fixed station includes lower plate, and is arranged on lower folder by connecting rod
Train wheel bridge on plate；The lower plate and train wheel bridge are connected with framework；Through hole, the ray are provided with the train wheel bridge
The two ends of machine are arranged on lower plate after both passing through through hole.
The imaging plate bracing frame includes triangle fixed arm, is arranged on the angle of the adjustable imaging plate in triangle fixed arm end
Imaging plate micromatic setting；The imaging plate is arranged on imaging plate micromatic setting, the triangle fixed arm through behind opening with
Framework is connected.
The drive device includes the screw mandrel being arranged on housing, is arranged on the driving sliding block on screw mandrel, and be arranged on
The stepper motor of screw mandrel end；The triangle fixed arm is connected with sliding block is driven.
The adjusting means includes rotation regulating platform, is arranged on rotation regulating platform and can follow rotation regulating platform rotation
Displacement slide rail, and the displacer that be arranged on displacement slide rail and can be moved forward and backward along displacement slide rail；The housing is then set
On displacer.
Also include being arranged on the pedestal below rotation regulating platform.
Castor is provided with the pedestal.
The imaging plate micromatic setting is universal regulator.
The utility model has advantages below and beneficial effect compared with prior art：
(1) drive device of the present utility model, imaging plate bracing frame and inside casing are connected as a single entity, and make X-ray machine X and imaging plate
Linkage is realized, so that it is guaranteed that the window center of X-ray machine X is directed at the center that imaging plate is effectively imaged unit all the time；The utility model
By the effect of adjusting means and drive device, GIS device can be shot from different perspectives, make reconstruction of two-dimensional images into
3-D view, is shot without the manually equipment of retightening in the process, greatly improves shooting effect and detection is imitated
Rate, reduces cost of labor.
(2) the utility model is driven using stepper motor, more accurately X-ray machine X can be positioned, Neng Gougeng
Good carries out specific aim diagnosis to GIS device, improves accuracy of detection.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present utility model.
Fig. 2 is the structural representation of housing of the present utility model.
Fig. 3 is the structural representation of inside casing of the present utility model.
Fig. 4 is the front view of X-ray machine X fixed station of the present utility model.
Fig. 5 is the top view of X-ray machine X fixed station of the present utility model.
Fig. 6 is the structure chart of imaging plate bracing frame of the present utility model.
Fig. 7 is the structure chart of adjusting means of the present utility model.
The reference of above-mentioned accompanying drawing is：1-GIS outer barrels, 2- X-ray machine Xs, 3- imaging plates, 4- housings, 41- openings, 42- is slided
Rail, 5- inside casings, 51- inside casing sliding blocks, 52- X-ray machine X fixed stations, 53- frameworks, 521- train wheel bridges, 522- lower plates, 523- connections
Bar, 524- through holes, 6- imaging plate bracing frames, 61- imaging plate micromatic settings, 62- triangle fixed arms, 7- screw mandrels, 8- drives sliding block,
9- stepper motors, 10- adjusting meanss, 101- rotation regulating platforms, 102- displacers, 103- displacement slide rails, 104- angular adjustments
Handle, 105- displacement regulation handles, 11- pedestals, 111- castors.
Specific embodiment
The utility model is described in further detail with reference to embodiment, but implementation method of the present utility model is simultaneously
Not limited to this.
Embodiment
As shown in Fig. 1~7, the detection of GIS device field X-ray and linear scanning three-dimensional imaging disclosed in the utility model are filled
Put including X-ray machine X 2, imaging plate 3, adjusting means 10, housing 4, inside casing 5, imaging plate bracing frame 6, drive device and pedestal
11。
As shown in figure 1, the adjusting means 10 is set on the base 11, housing 4 is then arranged in adjusting means 10, inside casing 5
It is arranged in housing 4 and can be moved up and down along housing 4, the imaging plate bracing frame 6 is arranged on inside casing 5, and drive device is then
It is connected with imaging plate bracing frame 6 for driving imaging plate bracing frame 6 to move up and down；The drive device is connected with housing 4,
The X-ray machine X 2 is arranged on inside inside casing 5, and the imaging plate 3 is arranged in imaging plate bracing frame 6.From said structure, should
Drive device, imaging plate bracing frame 6 and inside casing 5 then turn into an entirety, when drive device driving imaging plate bracing frame is about 6
When mobile, imaging plate bracing frame 6 can then drive inside casing 5, inside casing 5 is moved up and down along housing 4, so then make X-ray machine X 2 and into
As plate 3 realizes linkage, so that it is guaranteed that the window center of X-ray machine X 2 is directed at the center of the effectively imaging unit of imaging plate 3 all the time.
As shown in Figure 2,3, the housing 4 is the cuboid being made up of many metal bars, and spiral shell is passed through between every metal bar
Nail is detachably connected, in order to transport.In order that inside casing 5 can be moved up and down preferably in housing 4, the inner side of the housing 4
Slide rail 42 is provided with, i.e., the slide rail 42 is fixed by screws on longitudinally disposed metal bar, the quantity of the slide rail 42 can basis
Needs are set, and the quantity of slide rail 42 is set to 4 in the present embodiment.The inside casing 5 includes framework 53, is separately positioned on frame
Top and bottom inside the X-ray machine X fixed station 52 of the upper and lower part of frame 53, the i.e. framework 53 are provided with to be penetrated for fixation
The X-ray machine X fixed station 52 of line machine 2.The framework 53 is also the cuboid being made up of many metal bars, can between every metal bar
Fixed by way of screw or welding.The inside casing sliding block 51 matched with slide rail 42 is then provided with the framework 53, i.e., this is interior
The position of frame sliding block 51 is corresponding with the position of slide rail 42, and inside casing sliding block 51 is mutually engaged with slide rail 42, and can be along slide rail about 42
Slide；The inside casing sliding block 51 can be arranged on framework 53 by screw.By said structure, inside casing 5 can glide along slide rail 42
It is dynamic.The side of the housing 4 is provided with opening 41, and imaging plate bracing frame 6 is connected as a single entity after passing through opening 41 with framework 53, therefore should
Imaging plate bracing frame 6 and inside casing 5 can be moved up and down simultaneously.
In order to more preferable fixed X-ray machine X 2, as shown in Figure 4,5, the X-ray machine X fixed station 52 includes lower plate 522,
With the train wheel bridge 521 being arranged on by connecting rod 523 on lower plate 522；The lower plate 522, train wheel bridge 521 and connecting rod
523 can be fixed by way of welding, and the lower plate 522 and train wheel bridge 521 are welded in framework 53.The train wheel bridge
Through hole 524 is provided with 521, the two ends of the X-ray machine X 2 are arranged on lower plate 522 after both passing through through hole 524 by screw.
In this way, X-ray machine X 2 can be very good to be fixed in inside casing 5 by X-ray machine X fixed station 52.
As shown in fig. 6, the imaging plate bracing frame 6 includes triangle fixed arm 62, the end of triangle fixed arm 62 is arranged on adjustable
Save the imaging plate micromatic setting 61 of the angle of imaging plate 3.The imaging plate 3 is arranged on imaging plate micromatic setting 61, and described three
Angle fixed arm 62 is connected after passing through opening 41 with framework 53.The triangle fixed arm 62 is triangle mechanism, be thereby may be ensured that
It is imaged the stability of plate bracing frame 6.The imaging plate micromatic setting 61 is existing universal regulator, by adjusting universal regulator
The angle of imaging plate 3 can be then finely adjusted.
The drive device includes screw mandrel 7, drives sliding block 8 and stepper motor 9.Wherein, the screw mandrel 7 is arranged on housing 4
Outside；Specifically, the screw mandrel 7 can be fixed on housing 4 by installing plate, bearing, the one of screw mandrel 7 are provided with the installing plate
End is arranged on bearing inner race, and the other end of screw mandrel 7 is then arranged in the rotating shaft of stepper motor 9 by shaft coupling, and the installing plate is then
It is welded on housing 4.Sliding block 8 is driven to be arranged on screw mandrel 7 and can be moved up and down along screw mandrel 7；The stepper motor 9 is used to drive silk
Bar 7 is rotated.The triangle fixed arm 62 is arranged on by screw and driven on sliding block 8.During work, stepper motor 9 drives 7 turns of screw mandrel
It is dynamic, now drive sliding block 8 then to be moved along screw mandrel 7, because triangle fixed arm, framework 53 and driving sliding block 8 hold together,
Therefore driving sliding block 8 can drive imaging plate bracing frame 6 and inside casing 5 while moving up and down, and realize X-ray machine X 2 and imaging plate 3
Linkage, it is ensured that the window center of X-ray machine X 2 is directed at the center of the effectively imaging unit of imaging plate 3 all the time.
As shown in fig. 7, the adjusting means 10 includes rotation regulating platform 101, displacement slide rail 103 and displacer 102.Should
The surface for rotating regulating platform 101 is rotatable rotary table top, its angle for being provided with the anglec of rotation for adjusting rotary table top
Degree regulation handle 104, the rotation regulating platform 101 realizes that angular adjustment platform extensively should using existing angular adjustment platform
In lathe, its structure is not done excessively repeat herein.The displacement slide rail 103 is fixed by screws in rotation regulating platform 101
On rotary table top, displacement slide rail 103 can follow the rotary table top of rotation regulating platform 101 to rotate.The displacer 102 is set in place
Move on slide rail 103, and can be movable along displacement slide rail 103.It is provided with for command displacement sliding block on the displacement slide rail 103
102 movable displacement regulation handles 105.The housing 4 is then arranged on displacer 102.The shifting sliding block 102, displacement
The structure that slide rail 103 and displacement regulation handle 105 are constituted actually existing dovetail groove slide unit；Hand is adjusted by adjusting displacement
Handle carrys out the movable technology on displacement slide rail of command displacement sliding block and has been widely used in the middle of lathe, does not do excessive herein
Repeat.By adjusting adjusting means 10, GIS device can be shot from different perspectives, make reconstruction of two-dimensional images into three-dimensional
Image, is shot without the manually equipment of retightening in the process, greatly improves shooting effect and detection efficiency, is dropped
Low cost of labor.
The utility model is moved for convenience, and castor 111 is provided with the pedestal 11.
When in use, mobile the utility model, makes tested to as GIS outer barrels 1 are placed between X-ray machine X 2 and imaging plate 3；Open
Dynamic motor 9, suitable position is moved to by X-ray machine X 2 and imaging plate 3, and rotation displacement regulation handle 105 makes displacer 102
Moved forward and backward on displacement slide rail 103, to adjust the relative position between X-ray machine X 2, GIS outer barrels 1 and imaging plate 3, so that
Reach the shooting focal length of adaptation.Meanwhile, rotational angle regulation handle 104 rotates the rotary table top of rotation regulating platform 101, from
And drive displacement slide rail 103 and displacer 102 to rotate, to realize between X-ray machine X 2, GIS outer barrels 1 and imaging plate 3
Relative angle is adjusted, and is optimal imaging angle.To being shot as GIS outer barrels 1 by after completing to debug, if desired for
The image of multiple angles, only need to adjust angle regulation handle 104, be shot without the artificial equipment of retightening, greatly
Improve shooting effect and detection efficiency, reduce cost of labor.
As described above, just can well realize the utility model.
Claims (9)
1. a kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus, including X-ray machine X (2) and imaging plate
(3), it is characterised in that：Also include adjusting means (10), be arranged on the housing (4) in adjusting means (10), be arranged on housing (4)
Inside casing (5) that is interior and being moved up and down along housing (4), is arranged on the imaging plate bracing frame (6) on inside casing (5), and with imaging
Plate bracing frame (6) is connected and the drive device for driving imaging plate bracing frame (6) to move up and down；The drive device with it is outer
Frame (4) is connected, and on inside casing (5), the imaging plate (3) is installed in imaging plate bracing frame (6) for the X-ray machine X (2)
On.
2. a kind of GIS device field X-ray according to claim 1 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：Housing (4) inner side is provided with slide rail (42), and side is provided with opening (41)；It is provided with the inside casing (5)
The inside casing sliding block (51) matched with slide rail (42), the inside casing (5) can slide up and down along slide rail (42)；The imaging plate support
Frame (6) is connected with inside casing (5) afterwards through opening (41)；Imaging plate bracing frame (6) can move up and down along opening (41).
3. a kind of GIS device field X-ray according to claim 2 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：The inside casing (5) includes framework (53), is separately positioned on the X-ray machine X fixed station of the upper and lower part of framework (53)
(52)；Imaging plate bracing frame (6) is connected with framework (53) afterwards through opening (41)；X-ray machine X fixed station (52) bag
Lower plate (522) is included, and the train wheel bridge (521) being arranged on by connecting rod (523) on lower plate (522)；The lower plate
(522) it is connected with framework (53) with train wheel bridge (521)；Through hole (524) is provided with the train wheel bridge (521), it is described to penetrate
The two ends of line machine (2) both pass through through hole (524) and are arranged on lower plate (522) afterwards.
4. a kind of GIS device field X-ray according to claim 3 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：Imaging plate bracing frame (6) includes triangle fixed arm (62), is arranged on triangle fixed arm (62) end and may be adjusted to
As the imaging plate micromatic setting (61) of the angle of plate (3)；The imaging plate (3) on imaging plate micromatic setting (61), institute
Triangle fixed arm (62) is stated to be connected with framework (53) afterwards through opening (41).
5. a kind of GIS device field X-ray according to claim 4 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：The drive device includes the screw mandrel (7) being arranged on housing (4), is arranged on the driving sliding block (8) on screw mandrel (7),
And it is arranged on the stepper motor (9) of screw mandrel (7) end；The triangle fixed arm (62) is connected with sliding block (8) is driven.
6. a kind of GIS device field X-ray according to claim 5 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：The adjusting means (10) includes rotation regulating platform (101), is arranged in rotation regulating platform (101) and can follow rotation
Turn the displacement slide rail (103) of regulating platform (101) rotation, and be arranged on displacement slide rail (103) and can be along displacement slide rail (103)
Movable displacer (102)；The housing (4) is then arranged on displacer (102).
7. a kind of GIS device field X-ray according to claim 6 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：Also include being arranged on the pedestal (11) below rotation regulating platform (101).
8. a kind of GIS device field X-ray according to claim 7 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：Castor (111) is provided with the pedestal (11).
9. a kind of GIS device field X-ray according to claim 8 detects and linear scanning three-dimensional image forming apparatus that it is special
Levy and be：The imaging plate micromatic setting (61) is universal regulator.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621448998.2U CN206270267U (en) | 2016-12-26 | 2016-12-26 | A kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus |
| AU2017388422A AU2017388422B2 (en) | 2016-12-26 | 2017-05-16 | X-ray testing and linear three-dimensional scanning and imaging device for GIS apparatus |
| PCT/CN2017/084505 WO2018120597A1 (en) | 2016-12-26 | 2017-05-16 | X-ray testing and linear three-dimensional scanning and imaging device for gis apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621448998.2U CN206270267U (en) | 2016-12-26 | 2016-12-26 | A kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206270267U true CN206270267U (en) | 2017-06-20 |
Family
ID=59047522
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621448998.2U Active CN206270267U (en) | 2016-12-26 | 2016-12-26 | A kind of GIS device field X-ray detection and linear scanning three-dimensional image forming apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206270267U (en) |
-
2016
- 2016-12-26 CN CN201621448998.2U patent/CN206270267U/en active Active
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