CN105203642B - A kind of method and device for ultrasonic wave dual probe scanning - Google Patents
A kind of method and device for ultrasonic wave dual probe scanning Download PDFInfo
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- CN105203642B CN105203642B CN201510701889.0A CN201510701889A CN105203642B CN 105203642 B CN105203642 B CN 105203642B CN 201510701889 A CN201510701889 A CN 201510701889A CN 105203642 B CN105203642 B CN 105203642B
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Abstract
The present invention relates to a kind of method and device for ultrasonic wave dual probe scanning, belong to ultrasonic detecting technology field.Technical scheme is：Fixed supporting leg（3）Upper end be fixedly connected on one end of crossbeam, may move supporting leg（1）Upper end pass through bolt one（5）It is hinged on crossbeam（2）The other end；Fixed supporting leg is provided with sliding sleeve（4）, slidably tilted supporter（11）One end pass through bolt two（7）It is hinged on removable supporting leg, slidably the other end of tilted supporter is hinged on sliding sleeve；Sliding sleeve is put provided with wing bolt one（6）, sliding sleeve can be held out against and be fixed on fixed supporting leg；Probe Holding seat one（10）With probe Holding seat two（13）Rotated in the range of 360 °.The beneficial effects of the invention are as follows：Operating personnel's quantity is reduced, improves detection operating efficiency, while different scanning modes, the detection demand of different probe spacing can be met, it is easy to carry, it is simple to operate.
Description
Technical field
The present invention relates to a kind of method and device for ultrasonic wave dual probe scanning, belong to ultrasonic detecting technology field.
Background technology
During industrial ultrasonic wave inspection operation, in order to farthest find inside workpiece defect, it is necessary to which two ultrasonic waves are visited
The mode that head takes a hair one to receive works asynchronously, require during dual probe scanning two probes make it is equidistantly mobile, for inhomogeneity
The workpiece of type also needs to constantly adjust relative position and angle.Generally, two person cooperative works are at least needed when actually detecting a flaw,
One people's both hands respectively hold a probe and implement scanning, another people with ruler control room away from and carry out the Quantitative evaluation of defect, operation is numerous
Multiple, operating efficiency is low.
The content of the invention
It is an object of the present invention to provide a kind of method and device for ultrasonic wave dual probe scanning, while it is applied to dual probe
Tandem scanning, V-arrangement scanning, the different scanning modes such as staggered form scanning, and only need a people to complete flaw detection operation, side
Method is simple, cheap, and operation is flexible, solves problem present in background technology.
The technical scheme is that：
A kind of device for ultrasonic wave dual probe scanning, comprising crossbeam, fixed supporting leg, it may move supporting leg, slidably oblique
Support, sliding sleeve, probe Holding seat one, probe Holding seat two, probe one and probe two, the upper end of fixed supporting leg is fixed
One end of crossbeam is connected to, the upper end of removable supporting leg is hinged on the other end of crossbeam by bolt one；Fixed supporting leg is provided with
Sliding sleeve, slidably one end of tilted supporter be hinged on by bolt two on removable supporting leg, the slidably other end of tilted supporter
It is hinged on sliding sleeve；Sliding sleeve can be slided on fixed supporting leg, and sliding sleeve is put provided with wing bolt one, can be by cunning
Moving sleeve, which is held out against, to be fixed on fixed supporting leg；The lower end of fixed supporting leg and removable supporting leg is welded with stud, under fixed supporting leg
Hold the mode that is connected through a screw thread to be connected with probe Holding seat one, mode that the lower end of removable supporting leg is connected through a screw thread and
Probe Holding seat two connects, and probe Holding seat one and probe Holding seat two rotate in the range of 360 °；Probe clamping bottom
Seat one and probe Holding seat two are respectively with the fastening of wing bolt two probe one and probe two.
Described main body of cross-beam is pipe, is easy to be held by hand holding, also serves as handle；Be connected one end of supporting leg of pipe passes through
Fixed supporting leg is fixed on pipe by welding manner, and the other end of the removable supporting leg of pipe connection is provided with strip slotted eye, may move
In supporting leg insertion strip slotted eye, and it is hinged on by bolt one on pipe.The section of the fixed supporting leg and removable supporting leg is
Rectangle, the removable supporting leg of square-section are facilitated insertion into the strip slotted eye on pipe；Described sliding sleeve is rectangular tube, set
On the fixed supporting leg of square-section, a side of sliding sleeve is provided with internal thread hole one, matches, is used for wing bolt one
Sliding sleeve is fixed on fixed supporting leg.
Described probe Holding seat one and probe Holding seat two be channel-section steel, the top of channel-section steel be provided with internal thread hole two and
Stud is matched, and probe Holding seat one and probe Holding seat two are connected with fixed supporting leg and removable supporting leg respectively, ensured
Probe Holding seat one and probe Holding seat two rotate in the range of 360 °；Probe one and probe two are arranged in channel-section steel, groove
The side of steel is provided with internal thread hole three, is matched with wing bolt two, and probe one and probe two are separately fixed at into probe clamping bottom
On seat one and probe Holding seat two.
A kind of method for ultrasonic wave dual probe scanning, include following processing step：
1. being carried out using the device for ultrasonic wave dual probe scanning, the device includes crossbeam, fixed supporting leg, removable branch
Leg, slidably tilted supporter, sliding sleeve, probe Holding seat one, probe Holding seat two, probe one and probe two, fixed branch
The upper end of leg is fixedly connected on one end of crossbeam, and the upper end of removable supporting leg is hinged on the other end of crossbeam by bolt one；Gu
Determine supporting leg and be provided with sliding sleeve, slidably one end of tilted supporter is hinged on removable supporting leg by bolt two, slidably tiltedly
The other end of support is hinged on sliding sleeve；Sliding sleeve can be slided on fixed supporting leg, and sliding sleeve is put provided with butterfly
Bolt one, sliding sleeve can be held out against and be fixed on fixed supporting leg；The lower end of fixed supporting leg and removable supporting leg is welded with stud,
The mode that the lower end of fixed supporting leg is connected through a screw thread is connected with probe Holding seat one, and the lower end of removable supporting leg passes through screw thread
The mode of connection is connected with probe Holding seat two, and probe Holding seat one and probe Holding seat two turn in the range of 360 °
It is dynamic；Holding seat one and probe Holding seat two pop one's head in respectively with the fastening of wing bolt two probe one and probe two；
2. crossbeam holds crossbeam, the other hand drives removable by being slided up and down to sliding sleeve on the other hand as handle
Supporting leg is swung around bolt one, for adjusting the spacing of probe one and probe two, is fixed by wing bolt one；
3. loosening the wing bolt two of probe Holding seat one or Holding seat two side faces of popping one's head in, probe can be changed；
4. the lower end of fixed supporting leg and removable supporting leg be the mode that is connected through a screw thread with probe Holding seat one and
Probe Holding seat two connects, and probe Holding seat one and probe Holding seat two rotate in the range of 360 °, change probe one
Probe two between relative angle, can will probe one and probe two be rotated into direction it is consistent with respect to or it is angled,
To meet the scanning demand of tandem scanning, V-arrangement scanning, staggered form scanning.
The beneficial effects of the invention are as follows：Operating personnel's quantity is reduced, can be operated with a people, improves detection operating efficiency,
Different scanning modes, the detection demand of different probe spacing can be met simultaneously, it is easy to carry, it is simple to operate.
Brief description of the drawings
Fig. 1 is structural representation of the embodiment of the present invention；
Fig. 2 is side structure schematic view of the embodiment of the present invention；
In figure：Removable supporting leg 1, crossbeam 2, fixed supporting leg 3, sliding sleeve 4, bolt 1, wing bolt 1, bolt two
7th, stud 8, wing bolt 29, slidably probe Holding seat 1, tilted supporter 11, probe 2 12, probe Holding seat two
13rd, probe 1.
Embodiment
Below in conjunction with accompanying drawing, by example, the invention will be further described.
A kind of device for ultrasonic wave dual probe scanning, include crossbeam 2, fixed supporting leg 3, removable supporting leg 1, slidably
Tilted supporter 11, sliding sleeve 4, probe Holding seat 1, probe Holding seat 2 13, probe 1 and probe 2 12, it is fixed
The upper end of supporting leg 3 is fixedly connected on one end of crossbeam, and the upper end of removable supporting leg is hinged on the another of crossbeam by bolt 1
End；Fixed supporting leg is provided with sliding sleeve, and slidably one end of tilted supporter is hinged on removable supporting leg 1 by bolt 27, can
The other end for sliding tilted supporter 11 is hinged on sliding sleeve 4；Sliding sleeve can be slided on fixed supporting leg, and sliding sleeve is put
Provided with wing bolt 1, sliding sleeve can be held out against and be fixed on fixed supporting leg 3；The lower end of fixed supporting leg and removable supporting leg
Stud 8 is welded with, the mode that the lower end of fixed supporting leg is connected through a screw thread is connected with probe Holding seat 1, may move supporting leg
The mode that is connected through a screw thread of lower end be connected with probe Holding seat 2 13, probe Holding seat one and Holding seat two of popping one's head in
Rotated in the range of 360 °；Holding seat one and probe Holding seat two pop one's head in respectively with the fastening of wing bolt 29 probe 1
With probe 2 12.
The described main body of crossbeam 2 is pipe, is easy to be held by hand holding, also serves as handle；Be connected one end of supporting leg of pipe leads to
Cross welding manner fixed supporting leg is fixed on pipe, the other end of the removable supporting leg of pipe connection is provided with strip slotted eye, removable
In dynamic supporting leg insertion strip slotted eye, and it is hinged on by bolt one on pipe.The section of the fixed supporting leg and removable supporting leg
For rectangle, the removable supporting leg of square-section is facilitated insertion into the strip slotted eye on pipe；Described sliding sleeve is rectangular tube,
It is enclosed on the fixed supporting leg of square-section, a side of sliding sleeve is provided with internal thread hole one, is matched with wing bolt 1,
For sliding sleeve to be fixed on into fixed supporting leg.
Described probe Holding seat one and probe Holding seat two be channel-section steel, the top of channel-section steel be provided with internal thread hole two and
Stud 8 is matched, and probe Holding seat one and probe Holding seat two are connected with fixed supporting leg and removable supporting leg respectively, ensured
Probe Holding seat one and probe Holding seat two rotate in the range of 360 °；Probe one and probe two are arranged in channel-section steel, groove
The side of steel is provided with internal thread hole three, is matched with wing bolt 29, and probe one and probe two are separately fixed at into probe clamping bottom
On seat one and probe Holding seat two.
A kind of method for ultrasonic wave dual probe scanning, include following processing step：
1. being carried out using the device for ultrasonic wave dual probe scanning, the device includes crossbeam 2, fixed supporting leg 3, may move
Supporting leg 1, slidably tilted supporter 11, sliding sleeve 4, probe Holding seat 1, probe Holding seat 2 13, probe 1 and spy
First 2 12, the upper end of fixed supporting leg is fixedly connected on one end of crossbeam, and the upper end of removable supporting leg is hinged on horizontal stroke by bolt 1
The other end of beam；Fixed supporting leg is provided with sliding sleeve, and slidably one end of tilted supporter is hinged on removable branch by bolt 27
On leg, slidably the other end of tilted supporter is hinged on sliding sleeve；Sliding sleeve can slide on fixed supporting leg, sliding sleeve
Put and be provided with wing bolt 1, sliding sleeve can be held out against and be fixed on fixed supporting leg；Under fixed supporting leg and removable supporting leg
End is welded with stud 8, and the mode that the lower end of fixed supporting leg is connected through a screw thread is connected with probe Holding seat one, may move supporting leg
The mode that is connected through a screw thread of lower end be connected with probe Holding seat two, probe Holding seat one and probe Holding seat two exist
Rotated in the range of 360 °；Holding seat one and probe Holding seat two pop one's head in respectively with the fastening of wing bolt 29 probe one and spy
First two；
2. crossbeam holds crossbeam, the other hand drives removable by being slided up and down to sliding sleeve on the other hand as handle
Supporting leg is swung around bolt one, for adjusting the spacing of probe one and probe two, is fixed by wing bolt 1；
3. loosening the wing bolt 29 of probe Holding seat one or Holding seat two side faces of popping one's head in, probe can be changed；
4. the lower end of fixed supporting leg and removable supporting leg be the mode that is connected through a screw thread with probe Holding seat one and
Probe Holding seat two connects, and probe Holding seat one and probe Holding seat two rotate in the range of 360 °, change probe one
Probe two between relative angle, can will probe one and probe two be rotated into direction it is consistent with respect to or it is angled,
To meet the scanning demand of tandem scanning, V-arrangement scanning, staggered form scanning.
More specifically embodiment：
1. implement tandem scanning：Probe Holding seat one and probe Holding seat two are rotated, makes probe one and probe two
Relatively；The spacing of probe one and probe two is adjusted, is met by the requirement of scanning workpiece, screws the fixation of wing bolt 1；Hold
Crossbeam, along the device for the ultrasonic wave dual probe scanning that moved linearly by scanning workpiece, complete tandem scanning；
2. implement V-arrangement scanning：Probe Holding seat one and probe Holding seat two are rotated, it is in one to make probe one and probe two
Determine angle, the angle is according to by the requirement determination of scanning workpiece；The spacing of probe one and probe two is adjusted, is met by scanning work
The requirement of part, screw the fixation of wing bolt 1；Crossbeam is held, along the dress that ultrasonic wave dual probe scanning is moved by scanning workpiece V-arrangement
Put, complete V-arrangement scanning；
3. staggered form scanning：Probe Holding seat one and probe Holding seat two are rotated, it is in one to make probe one and probe two
Determine angle, the angle is according to by the requirement determination of scanning workpiece；The spacing of probe one and probe two is adjusted, is met by scanning work
The requirement of part, screw the fixation of wing bolt 1；Crossbeam is held, ultrasonic wave dual probe scanning is moved along by scanning workpiece staggered form
Device, complete staggered form scanning.
Claims (5)
- A kind of 1. device for ultrasonic wave dual probe scanning, it is characterised in that：Include crossbeam（2）, fixed supporting leg（3）, it is removable Dynamic supporting leg（1）, slidably tilted supporter（11）, sliding sleeve（4）, probe Holding seat one（10）, probe Holding seat two（13）、 Probe one（14）With probe two（12）, the upper end of fixed supporting leg is fixedly connected on one end of crossbeam, and the upper end of removable supporting leg leads to Cross bolt one（5）It is hinged on the other end of crossbeam；Fixed supporting leg is provided with sliding sleeve, and slidably one end of tilted supporter passes through spiral shell Bolt two（7）It is hinged on removable supporting leg, slidably the other end of tilted supporter is hinged on sliding sleeve；Sliding sleeve can be solid Determine to slide on supporting leg, sliding sleeve is put provided with wing bolt one（6）, sliding sleeve can be held out against and be fixed on fixed supporting leg； The lower end of fixed supporting leg and removable supporting leg is welded with stud（8）, mode and spy that the lower end of fixed supporting leg is connected through a screw thread Head Holding seat one is connected, and the mode that the lower end of removable supporting leg is connected through a screw thread is connected with probe Holding seat two, is popped one's head in Holding seat one and probe Holding seat two rotate in the range of 360 °；Probe Holding seat one and probe Holding seat two are distinguished With wing bolt two（9）Fastening probe one and probe two.
- 2. the device according to claim 1 for ultrasonic wave dual probe scanning, it is characterised in that：Described crossbeam（2） Main body is pipe, is easy to be held by hand holding, also serves as handle；Pipe be connected supporting leg one end by welding manner by fixed supporting leg It is fixed on pipe, the other end of the removable supporting leg of pipe connection is provided with strip slotted eye, may move in supporting leg insertion strip slotted eye, And it is hinged on by bolt one on pipe；The rectangular cross-section of the fixed supporting leg and removable supporting leg, square-section it is removable Dynamic supporting leg is facilitated insertion into the strip slotted eye on pipe；Described sliding sleeve（ 4）For rectangular tube, consolidating for square-section is enclosed on Determine on supporting leg, a side of sliding sleeve is provided with internal thread hole one, with wing bolt one（6）Matching, for by sliding sleeve It is fixed on fixed supporting leg.
- 3. the device according to claim 1 or 2 for ultrasonic wave dual probe scanning, it is characterised in that：Described probe Holding seat one and probe Holding seat two are channel-section steel, and the top of channel-section steel is provided with internal thread hole two and stud（8）Matching, will pop one's head in Holding seat one and probe Holding seat two are connected with fixed supporting leg and removable supporting leg respectively, ensure the probe He of Holding seat one Probe Holding seat two rotates in the range of 360 °；Probe one and probe two are arranged in channel-section steel, and the side of channel-section steel is provided with interior spiral shell Pit three, with wing bolt two（9）Matching, probe one and probe two are separately fixed at probe Holding seat one and probe clamps On base two.
- A kind of 4. method for ultrasonic wave dual probe scanning, it is characterised in that include following processing step：1. being carried out using the device for ultrasonic wave dual probe scanning, the device includes crossbeam（2）, fixed supporting leg（3）, it is removable Supporting leg（1）, slidably tilted supporter（11）, sliding sleeve（4）, probe Holding seat one（10）, probe Holding seat two（13）, visit It is first（14）With probe two（12）, the upper end of fixed supporting leg is fixedly connected on one end of crossbeam, and the upper end of removable supporting leg passes through Bolt one（5）It is hinged on the other end of crossbeam；Fixed supporting leg is provided with sliding sleeve, and slidably one end of tilted supporter passes through bolt Two（7）It is hinged on removable supporting leg, slidably the other end of tilted supporter is hinged on sliding sleeve；Sliding sleeve can be in fixation Slided on supporting leg, sliding sleeve is put provided with wing bolt one（6）, sliding sleeve can be held out against and be fixed on fixed supporting leg；Gu The lower end for determining supporting leg and removable supporting leg is welded with stud（8）, mode and probe that the lower end of fixed supporting leg is connected through a screw thread Holding seat one is connected, and the mode that the lower end of removable supporting leg is connected through a screw thread is connected with probe Holding seat two, probe clip Hold base one and probe Holding seat two rotates in the range of 360 °；Probe Holding seat one and probe Holding seat two are used respectively Wing bolt two（9）Fastening probe one and probe two；2. crossbeam holds crossbeam, the other hand drives removable supporting leg by being slided up and down to sliding sleeve on the other hand as handle Swung around bolt one, for adjusting the spacing of probe one and probe two, pass through wing bolt one（6）It is fixed；3. loosen the wing bolt two of probe Holding seat one or Holding seat two side faces of popping one's head in（9）, probe can be changed；4. the lower end of fixed supporting leg and removable supporting leg is the mode and probe Holding seat one and probe being connected through a screw thread Holding seat two connects, and probe Holding seat one and probe Holding seat two rotate in the range of 360 °, change probe one and visit Relative angle between first two, can will probe one and probe two to be rotated into direction consistent or relative or angled, to expire Sufficient tandem scanning, V-arrangement scanning, the scanning demand of staggered form scanning.
- 5. the method according to claim 4 for ultrasonic wave dual probe scanning, it is characterised in that more specifically embodiment party Formula：1. implement tandem scanning：Probe Holding seat one and probe Holding seat two are rotated, makes probe one and probe two relative； The spacing of probe one and probe two is adjusted, meets, by the requirement of scanning workpiece, to screw wing bolt one（6）It is fixed；Hold horizontal Beam, along the device for the ultrasonic wave dual probe scanning that moved linearly by scanning workpiece, complete tandem scanning；2. implement V-arrangement scanning：Probe Holding seat one and probe Holding seat two are rotated, it is in certain angle to make probe one and probe two Degree, the angle is according to by the requirement determination of scanning workpiece；The spacing of probe one and probe two is adjusted, is met by scanning workpiece It is required that screw wing bolt one（6）It is fixed；Crossbeam is held, along the dress that ultrasonic wave dual probe scanning is moved by scanning workpiece V-arrangement Put, complete V-arrangement scanning；3. staggered form scanning：Probe Holding seat one and probe Holding seat two are rotated, it is in certain angle to make probe one and probe two Degree, the angle is according to by the requirement determination of scanning workpiece；The spacing of probe one and probe two is adjusted, is met by scanning workpiece It is required that screw wing bolt one（6）It is fixed；Crossbeam is held, ultrasonic wave dual probe scanning is moved along by scanning workpiece staggered form Device, complete staggered form scanning.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510701889.0A CN105203642B (en) | 2015-10-27 | 2015-10-27 | A kind of method and device for ultrasonic wave dual probe scanning |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510701889.0A CN105203642B (en) | 2015-10-27 | 2015-10-27 | A kind of method and device for ultrasonic wave dual probe scanning |
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| CN105203642A CN105203642A (en) | 2015-12-30 |
| CN105203642B true CN105203642B (en) | 2017-12-22 |
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| CN201510701889.0A Active CN105203642B (en) | 2015-10-27 | 2015-10-27 | A kind of method and device for ultrasonic wave dual probe scanning |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106198760A (en) * | 2016-08-30 | 2016-12-07 | 广东汕头超声电子股份有限公司 | A kind of steel rail welding line ultra sonic imaging detection method based on double array probes and system |
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| CN105067709A (en) * | 2015-07-15 | 2015-11-18 | 常州市常超电子研究所有限公司 | Probe support mechanism |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JPS5946552A (en) * | 1982-09-08 | 1984-03-15 | Mitsubishi Electric Corp | Automatic ultrasonic flaw inspector |
| US20090178465A1 (en) * | 2008-01-14 | 2009-07-16 | Ethridge Roger E | Acoustic transducer support frame and method |
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|---|---|---|---|---|
| GB2015736A (en) * | 1977-12-06 | 1979-09-12 | Babcock & Wilcox Ltd | Automatic inspection of and apparatus for testing of welds |
| US5583292A (en) * | 1991-03-23 | 1996-12-10 | Krautkramer Gmbh & Co. | Ultrasonic measuring process for the wall thickness curve of a weld seam of a pipe |
| CN202814933U (en) * | 2012-04-24 | 2013-03-20 | 内蒙古北方重工业集团有限公司 | Multi-channel probe rack for ultrasonic and automatic thick-walled pipe detection system |
| CN204101521U (en) * | 2014-10-17 | 2015-01-14 | 中国石油集团渤海石油装备制造有限公司 | Large wall thickness steel tube weld joint ultrasonic tandem pick-up unit |
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Effective date of registration: 20191030 Address after: 071056 No. 2222 Print-Rite West Road, Hebei, Baoding Patentee after: Baoding Tianwei Baobian Electric Co., Ltd. Address before: 071056, No. 2222 Print-Rite West Road, Xinshi District, Hebei, Baoding Patentee before: Baoding Tianwei Electrical Equipment Structure Co.,Ltd. |
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