CN108226190A - A kind of infrared ray calibrating installation for orienting X-ray production apparatus - Google Patents
A kind of infrared ray calibrating installation for orienting X-ray production apparatus Download PDFInfo
- Publication number
- CN108226190A CN108226190A CN201711359181.7A CN201711359181A CN108226190A CN 108226190 A CN108226190 A CN 108226190A CN 201711359181 A CN201711359181 A CN 201711359181A CN 108226190 A CN108226190 A CN 108226190A
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- fixed frame
- infrared ray
- ray
- head
- rotary shaft
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Classifications
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N23/00—Investigating or analysing materials by the use of wave or particle radiation, e.g. X-rays or neutrons, not covered by groups G01N3/00 – G01N17/00, G01N21/00 or G01N22/00
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N2223/00—Investigating materials by wave or particle radiation
- G01N2223/30—Accessories, mechanical or electrical features
- G01N2223/303—Accessories, mechanical or electrical features calibrating, standardising
- G01N2223/3037—Accessories, mechanical or electrical features calibrating, standardising standards (constitution)
Abstract
A kind of infrared ray calibrating installation of directed beam machine, including head fixed frame, fixedly connected part, vertical baffle, runing rest, infrared ray fixed frame and infrared lamp, head fixed frame is the component for connecting ray head and runing rest, head fixed frame can be changed flexibly, it is mating with being differently directed ray head, and pass through and position ball and vertical baffle, dual measure ensures infrared ray rotating part perpendicular positioning.Runing rest is the component for connecting head fixed frame and infrared lamp, which has rotatable and vertical fixed function, there is multiple positioning balls above.Infrared ray fixed frame can fix infrared lamp, and be fixed with runing rest.The infrared ray calibrating installation of directed beam machine provided by the invention using modularization making, can realize the use of different brands different model directed beam machine, versatile, and rapid wear easily consumes component using standardized product, convenient for daily maintenance.Realize quick and precisely focusing during industry orientation X-ray production apparatus work.
Description
Technical field
The present invention relates to industrial directed beam machine more particularly to a kind of infrared ray calibrating installations for orienting X-ray production apparatus.
Background technology
When industrial x-ray machine carries out product flaw detection, ray window alignment product area to be checked is needed, detection area edge geometry is not
Clear degree display is consistent, uniform to defect characterization, could accurately detect defect.Almost all of directed beam machine has X-ray machine X
Head（Also it is window）, beam can vertical window injection.Usually, entire X-ray machine X can move, when detecting workpiece, entirely by people
Eyes estimate whether beam vertical with workpiece to be checked.
Existing calibrator is complicated, and mostly X-ray machine X producer produces, mating with specific model X-ray machine X, and using nonstandard
Quasi- part, therefore, different type X-ray machine X can not be mutually general, go wrong not easy to repair, can only genuine reprocess.
Invention content
The technical problem to be solved in the present invention is to provide it is a kind of orient X-ray production apparatus infrared ray calibrating installation, with solution never
With brand different model directed beam machine calibration use the problem of.
To solve, the technical solution adopted by the present invention is：A kind of infrared ray school for orienting X-ray production apparatus
Standard apparatus, a kind of infrared ray calibrating installation of directed beam machine, including head fixed frame, fixedly connected part, vertical baffle, rotation
Stent, infrared ray fixed frame and infrared lamp,
The head fixed frame takes the shape of the letter U, and the inside diameter of the circular arc portion of U-shaped is corresponding to the overall diameter of ray head；Head
Location hole I, rotary shaft hole I and threaded hole I are offered respectively on the outside of the both ends of the U-shaped opening of fixed frame, and head fixed frame 1 passes through
Bolt is fixed on across threaded hole I on ray head, location hole I and the position of rotary shaft hole I and beam keeping parallelism；
The fixedly connected part is bonded side with head fixed frame 1 and is provided with location hole II and threaded hole II, rotary shaft hole II,
And on head fixed frame 1 location hole I, threaded hole I and rotary shaft hole I it is corresponding to the same, by bolt pass through threaded hole II
Fixedly connected part and head fixed frame 1 are fixed on ray head with threaded hole I, positioning ball positioning is provided in location hole II
Runing rest makes infrared lamp be consistent with ray beam center, and location hole II and II position of rotary shaft hole are parallel with beam；
The lateral parts of fixedly connected part are provided with location hole III and rotary shaft hole III, the rotary shaft hole of rotary shaft hole III and vertical baffle
IV is connected, and location hole III positions for vertical baffle；
Location hole IV and rotary shaft hole IV are provided on the vertical baffle, IV is provided with positioning ball for hanging down in location hole
The positioning of straight baffle and fixedly connected part, rotary shaft hole IV is used for the connection of vertical baffle and fixedly connected part, in vertical baffle
When having rotated with fixedly connected part positioning, vertical baffle makes runing rest by blocking, and center is made to keep one with ray beam center
It causes；
The runing rest front opening is for being fixed on head fixed frame, and opening both sides front end is provided with and head
1 location hole I of fixed frame and I corresponding location hole V of rotary shaft hole and rotary shaft hole V, the rotary shaft hole V and machine of runing rest
The rotary shaft hole I of head frame 1 is bolted together, and the location hole V of runing rest is provided with positioning ball；Runing rest 4
Bottom end is provided with threaded hole III, for being connect with infrared ray fixed frame；
The infrared ray fixed frame is hollow circular tube structure, and both ends open, infrared lamp is mounted on the circle of infrared ray fixed frame
In pipe, infrared ray fixed frame and runing rest installation are fixed and keep vertical.
The present invention provides a kind of infrared ray calibrating installation, including head fixed frame, runing rest, infrared ray fixed frame, red
Outside line lamp.Head fixed frame is the component for connecting ray head and runing rest, is detachably connected fixation.Runing rest is connection
The component of head fixed frame and infrared lamp, the stent have rotatable and vertical fixed function, there is multiple positioning balls above.It is red
Outside line fixed frame can fix infrared lamp, and be fixed with runing rest.
Head fixed frame alterability can be matched according to the directed beam machine of different manufacturers different model, and its
He need not change component, highly practical.Fixedly connected part 2 has dual guarantee infrared ray rotating part perpendicular positioning effect, i.e.,
Position ball and vertical baffle.Each component uses modularization assembling, maintenance easy to disassemble.Various connectors and accessory use standard
The rechargeable types such as part, infrared ray, facilitate routine use and repair.Head fixed frame can be changed according to different X-ray machine Xs,
To increase usage range.
Advantageous effect：
The infrared ray calibrating installation of directed beam machine provided by the invention using modularization making, can realize different brands not
It is versatile with the use of model directed beam machine, and rapid wear easily consumes component using standardized product, convenient for daily maintenance.It realizes
Quick and precisely focusing during industry orientation X-ray production apparatus work.
1st, it is versatile, it is suitble to the directed beam machine of different model.
2nd, the design is using positioning ball and the protection of vertical baffle Dual positioning, it is ensured that and infrared ray is consistent with beam direction,
It is vertical with detection surface.
The present invention is alternatively arranged as the product that other needs are calibrated and uses.
Description of the drawings
Fig. 1 infrared ray calibrating installation assembling schematic diagrams；
Fig. 2 head fixed frame three-view diagrams；
Fig. 3 fixedly connected part schematic diagrames；
Fig. 4 vertical baffle schematic diagrames；
Fig. 5 runing rest schematic diagrames；
Fig. 6 infrared ray fixed frame schematic diagrames；
Fig. 7 vertical baffles rotate schematic diagram；
Fig. 8 positions ball schematic diagram；
In figure, including head fixed frame 1, fixedly connected part 2, vertical baffle 3, runing rest 4, first segment infrared ray fixed frame 5,
Second segment infrared ray fixed frame 6, infrared lamp 7, location hole I 81, location hole II 82, location hole III 83, location hole IV 84, positioning
Hole V 85, rotary shaft hole I 91, rotary shaft hole II 92, rotary shaft hole III 93, rotary shaft hole IV 94, rotary shaft hole V 95, threaded hole
I 101, threaded hole II 102, threaded hole III 103, threaded hole IV 104 and positioning ball 11.
Specific embodiment
The present invention is described in detail with reference to example.
As shown in Figure 1, this infrared ray calibrating installation is mainly by head fixed frame 1, runing rest 4, infrared ray fixed frame（5
With 6）, infrared lamp 7 form, crucial position portion is made of fixedly connected part 2 and vertical baffle 3.
Fig. 2 show head fixed frame 1, and head fixed frame 1 takes the shape of the letter U, the inside diameter and X-ray machine X of the circular arc portion of U-shaped
The overall diameter of head is corresponding, and inside diameter can be determined according to the size of ray head, at the both ends of the U-shaped opening of head fixed frame 1
Outside offers location hole I 81, rotary shaft hole I 91 and fixing screwed hole I 101 respectively, and head fixed frame 1 is worn by 4 bolts
It crosses threaded hole I 101 to be fixed on ray head, location hole I 81 and fixing screwed hole I 101（Fig. 2 A views）Do suitable in position
X-ray machine X is differently directed, but location hole I 81 and the position of rotary shaft hole I 91 must keep flat with beam when adjustment is i.e. applicable
Row.Different manufacturers different model ray head is substantially similar, and the main distinction is that diameter is different or shape is different, only need to be to head
1 shape of fixed frame and 4 shape of runing rest are changed accordingly, main location hole I 81 and fixing screwed hole relative position I
101 vary without.
Fig. 3 show fixedly connected part 2, has the function of to connect runing rest 4, vertical baffle 3 and perpendicular positioning.Such as Fig. 3
A views, fixedly connected part 2 are provided with location hole II 82 and threaded hole II 102, rotary shaft hole with 1 corresponding side of head fixed frame
II 92, and on Fig. 2 heads fixed frame 1 location hole I 81, threaded hole I 101 and rotary shaft hole I 91 it is corresponding to the same, use tack
Fixedly connected part 2 and head fixed frame 1 are fixed on ray head by bolt by threaded hole II 102 and threaded hole I 101.A is regarded
Figure location hole II 82 makes infrared lamp be consistent with ray beam center by steel ball position rotating stent 4.II 82 He of location hole
II 92 position of rotary shaft hole is parallel with beam, and it is to overlap that top view, which is seen,.
Fig. 3 B views are the rotary shaft holes of 2 lateral parts of fixedly connected part, rotary shaft hole III 93 and Fig. 4 vertical baffles 3
IV 94 are connected, and vertical baffle 3 makes runing rest 4 by blocking, center is made to be consistent with ray beam center, vertical baffle 3
It can rotate, its constant resistance runing rest 4 is made by location hole IV 84.
Fig. 4 is 3 schematic diagram of vertical baffle, has location hole IV 84 and rotary shaft hole IV 94, wherein location hole on vertical baffle 3
Such as Fig. 8 detent mechanisms are made on IV 84, for the positioning of vertical baffle 3 and fixedly connected part 2, the setting of 3 round end of vertical baffle
There is upset end part, thickened end has been divided into the area and booster action of increase blocking runing rest 4, and rotary shaft hole IV 94 is used for
Vertical baffle 3 and the connection of fixedly connected part 2.Vertical baffle 3 rotates, and when being positioned with fixedly connected part 2, sees Fig. 7 right sides, is
Vertical baffle 3 stops that runing rest 4 keeps vertical state.
Fig. 5 is runing rest 4, is processed into the shape of Fig. 5 left figures, opening size is determined according to the size of fixed frame, and phase
Location hole V 85, V 85 position of location hole are answered without changing.The rotary shaft hole V 95 of runing rest 4 and the rotation of head fixed frame 1
Shaft hole I 91 is bolted together, and fixing screwed hole III 103 is connect with infrared ray fixed frame.The location hole of runing rest 4
V 85 need to be fabricated to the positioning spherical structure such as Fig. 8, so that stent in rotary course, can be accurately positioned.
Fig. 6 infrared ray fixed frames, in order to consider processing technology manufacturability, infrared ray fixed frame is divided into two sections, by first
Section infrared ray fixed frame 5 and 6 component of second segment infrared ray fixed frame composition, first segment infrared ray fixed frame 5 and second segment are infrared
Line fixed frame 6 penetrates mounting hole threaded hole IV 104 by bolt and connects.Infrared lamp 7 is cylinder, is inserted directly into infrared ray and consolidates
In the pipe for determining frame 6, the bore of infrared ray fixed frame 6 is identical with 7 outer diameter of infrared lamp.7 lamp tail end of infrared lamp has switch,
Finger can be in 5 opening Operation switch of infrared ray fixed frame.Infrared ray fixed frame and runing rest 4 are fixed and keep vertical
Directly, two components are bolted, it may be convenient to dismounting and change.
Fig. 7 show vertical baffle 3 and rotates schematic diagram, when vertical baffle 3 is holded up, only 0 °~90 ° rotations of runing rest 4
Turn, when vertical baffle 3 is put down, only 0 °~180 ° rotations of runing rest 4.
Fig. 8 is positioning ball schematic diagram, and the design many places are positioned using positioning ball 11, share location hole I 81, location hole II
82nd, location hole III 83, location hole IV 84, location hole V 85 5, wherein location hole IV 84, V 85 need to be fabricated to the positioning of Fig. 8
11 structure of ball.Location hole when upper and lower two component rotates, enters location hole to position by internal steel ball.Rotary shaft can make
Two components rotate, and can also fix two components in Fig. 8.Two component rotations, when being moved to location hole, steel ball enters positioning
Hole is played positioning action, is rotated with strength, and the open-top steel plate above of steel ball, two components are moved.
Using positioning ball and the protection of vertical baffle Dual positioning, it is ensured that infrared ray is consistent with beam direction, with detecting table
Face is vertical.
Using modularization making, facilitate the alignment requirements for realizing different X-ray machine Xs and other products.
X-ray machine X usually, can be by infrared ray rotating part（4th, 5,6,7 component）X-ray machine X side is gone to, places touching.
When needing to be detected work, can rotate infrared ray rotating part makes it parallel with beam, vertical with workpiece face to be checked.
Rotating part perpendicular positioning prevents individual event positioning ball or vertical baffle loosening from causing by 3 collective effect of positioning ball and vertical baffle
The error of perpendicularity.
Part is designed, carries out overtesting, it is first accurate using calibration several times, using will appear matching loose after repeatedly, cause
The error of perpendicularity increases, and mainly due to the tolerance of Machine Design and material selection is improper causes, and can improve by improvement.
Claims (3)
1. a kind of infrared ray calibrating installation of directed beam machine, including head fixed frame（1）, fixedly connected part（2）, vertical baffle
（3）, runing rest（4）, infrared ray fixed frame（5 and 6）And infrared lamp（7）, it is characterised in that：
The head fixed frame（1）It takes the shape of the letter U, the inside diameter of the circular arc portion of U-shaped is corresponding to the overall diameter of ray head；Machine
Head frame（1）U-shaped opening both ends on the outside of offer location hole I respectively（81）, rotary shaft hole I（91）With threaded hole I
（101）, head fixed frame（1）Threaded hole I is passed through by bolt（101）It is fixed on ray head, location hole I（81）With
Rotary shaft hole I（91）Position and beam keeping parallelism；
The fixedly connected part（2）With head fixed frame（1）Fitting side is provided with location hole II（82）With threaded hole II
（102）, rotary shaft hole II（92）, and with head fixed frame（1）On location hole I（81）, threaded hole I（101）With rotary shaft hole I
（91）It is corresponding to the same, threaded hole II is passed through by bolt（102）With threaded hole I（101）By fixedly connected part（2）Consolidate with head
Determine frame（1）It is fixed on ray head, location hole II（82）In be provided with positioning ball（11）Position rotating stent（4）, make infrared
Line lamp is consistent with ray beam center, location hole II（82）With rotary shaft hole II（92）Position is parallel with beam；It is fixed to connect
Fitting（2）Lateral parts be provided with location hole III（83）With rotary shaft hole III（93）, rotary shaft hole III（93）With vertical baffle
（3）Rotary shaft hole IV（94 are connected, location hole III（83）For vertical baffle（3）Positioning；
The vertical baffle（3）On be provided with location hole IV（84）With rotary shaft hole IV（94）, IV in location hole（84）Setting
There is positioning ball（11）For vertical baffle（3）With fixedly connected part（2）Positioning, rotary shaft hole IV（94）For vertical baffle
（3）With fixedly connected part（2）Connection, in vertical baffle（3）It has rotated and fixedly connected part（2）During positioning, vertical baffle（3）
Runing rest is made by blocking（4）, center is made to be consistent with ray beam center；
The runing rest（4）Front opening is used to be fixed on head fixed frame（1）On, opening both sides front end is provided with
With head fixed frame（1）Location hole I（81）With rotary shaft hole I（91）Corresponding location hole V（85）With rotary shaft hole V（95）,
The rotary shaft hole V of runing rest 4（95）With head fixed frame（1）Rotary shaft hole I（91）It is bolted together, rotation
Stent（4）Location hole V（85）It is provided with positioning ball（11）；Runing rest（4）Bottom end is provided with threaded hole III（103）, it is used for
It is connect with infrared ray fixed frame；
The infrared ray fixed frame be hollow circular tube structure, both ends open, infrared lamp（7）Mounted on infrared ray fixed frame
In pipe, infrared ray fixed frame and runing rest（4）Installation is fixed and keeps vertical.
2. infrared ray calibrating installation according to claim 1, it is characterised in that：The vertical baffle（3）Round end is set
It is equipped with upset end part.
3. infrared ray calibrating installation according to claim 1, it is characterised in that：The infrared ray fixed frame is divided into first
Section infrared ray fixed frame（5）With second segment infrared ray fixed frame（6）Two sections, first segment infrared ray fixed frame（5）It is red with second segment
Outside line fixed frame（6）Threaded hole IV is penetrated by bolt（104）Connection, infrared lamp（7）Two sections of infrared rays are inserted directly into fix
Frame（6）Pipe in.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711359181.7A CN108226190B (en) | 2017-12-17 | 2017-12-17 | Infrared calibration device of directional X-ray machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711359181.7A CN108226190B (en) | 2017-12-17 | 2017-12-17 | Infrared calibration device of directional X-ray machine |
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| Publication Number | Publication Date |
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| CN108226190A true CN108226190A (en) | 2018-06-29 |
| CN108226190B CN108226190B (en) | 2020-10-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711359181.7A Active CN108226190B (en) | 2017-12-17 | 2017-12-17 | Infrared calibration device of directional X-ray machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111912868A (en) * | 2019-05-07 | 2020-11-10 | 湖北省鲲发工程检测有限公司 | Infrared calibration device of directional ray machine |
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| CN108226190B (en) | 2020-10-16 |
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