CN204539345U - A kind of simple portable rock masses fracturing evolution endoscope and image processing device - Google Patents
A kind of simple portable rock masses fracturing evolution endoscope and image processing device Download PDFInfo
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- CN204539345U CN204539345U CN201520253403.7U CN201520253403U CN204539345U CN 204539345 U CN204539345 U CN 204539345U CN 201520253403 U CN201520253403 U CN 201520253403U CN 204539345 U CN204539345 U CN 204539345U
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Abstract
The utility model provides a kind of simple portable rock masses fracturing evolution endoscope and image processing device, and comprise camera, camera is distributed with major light, the rear end of camera is connected with power line, video line; Part is stretched in also comprising; Stretch part in described be elongated tubular and formed by the protection tube of more than two is end to end, the head and the tail junction of two adjacent protection tubes is arranged with tube connector, and tube connector realizes radial location to two adjacent protection tubes; Stretch the mouth of pipe being positioned at the first protection tube of part in described camera is located at, and the power line of camera rear end and video line along in stretch part pipeline and stretch out backward; During work, the external part of power line is connected with power supply, and the external part of video line is connected with image capture device.
Description
Technical field
The utility model belongs to technical field of photoelectric detection, is specifically related to a kind of simple portable rock masses fracturing evolution endoscope and image processing device gathered for rock mass morphological image.
Background technology
At present, rock form scanning on market has certain superiority with observation device for aspects such as gathering outdoor rock image, but be difficult to realize observation at rock mass internal structure damage status, but obvious deficiency is there is in the collection etc. of the rock mass external morphology image of different depth, diverse location, be difficult to realize different depth in single test, diverse location rock interior morphological image gathers.And miniature pinhole cameras exist in image acquisition process easily damage, wire easily weares and teares, operating process is loaded down with trivial details, be not suitable for regular movement, can only in defects such as fixed-site uses, and scope is expensive, is difficult to wide popularization and application.
Utility model content
Be difficult to realize gathering different depth, diverse location rock interior form for solving existing equipment, and the shortcoming such as the wire existed in gatherer process is easy to wear, poor mobility, trivial operations, the utility model devises a kind of simple portable rock masses fracturing evolution endoscope and image processing device.
A kind of simple portable rock masses fracturing evolution endoscope and image processing device, comprise camera 2, camera 2 is distributed with major light 3, the rear end of camera 2 is connected with power line 7, video line 8,
Part is stretched in also comprising; Stretch part in described be elongated tubular and formed by the protection tube 1 of more than two is end to end, the head and the tail junction of two adjacent protection tubes 1 is arranged with tube connector 5, and tube connector 5 realizes radial location to two adjacent protection tubes 1;
Stretch the mouth of pipe being positioned at the first protection tube 1 of part in described camera 2 is located at, and the power line 7 of camera 2 rear end and video line 8 stretch out backward along interior part pipeline of stretching;
During work, the external part of power line 7 is connected with power supply 15, and the external part of video line 8 is connected with image capture device 14.
The radial back-up ring 51 being provided with projection in the middle part of the inwall of described tube connector 5, back-up ring 51 carries out axial location to two that are plugged in tube connector 5 adjacent protection tubes 1.
On the tail end of described protection tube 1 and tube connector 5, correspondence offers tie-hole 6 respectively, is inserted with band 4 in tie-hole 6; The draw-in groove end of described band 4 is positioned at tube connector 5 side, and the free end of band 4 passes tie-hole 6 and bends along tube connector 5 outer wall and engages with the draw-in groove end of band 4, realizes the connection of protection tube 1 tail end and tube connector 5.
Removing is positioned at outside the first protection tube 1, fixing by seccotine bonding between the head end of other protection tube 1 and tube connector 5.
The rear end of described power line 7 is connected with the circumscripted power line 10 of more than, and the rear end of described video line 8 is connected with the external video line 11 of more than by connector 9; Described circumscripted power line 10 and external video line 11 all along in stretch part and stretch out backward, and the rear stretching end of circumscripted power line 10 is connected with power supply 15, image capture device 14 respectively with the rear stretching end of external video line 11.
The length of described tube connector 5 is 20-40mm.
The front port being positioned at the first protection tube 1 stretching part in described is provided with tape measure 12, and the front end of tape measure 12 is concordant with camera 1, and part is stretched in stretching out backward in the rear end of tape measure 12.
The length of described tape measure 12 is 20-40m, and the width of tape measure 12 is less than the interior diameter of protection tube 1.
Advantageous Effects of the present utility model:
(1), the utility model stretches part in devising and stretches part inside in camera and wire being located at, and solves the difficult problem gathered diverse location rock mass internal image, all plays a very good protection to miniature pinhole cameras, wire.
(2), camera of the present utility model have employed Portable power source, having broken away from power supply restriction, having made the collection without electric supply area rock mass internal image become possibility.
(3), of the present utility model in stretch part the first protection tube that is positioned at be provided with tape measure, the rock mass position corresponding for the rock mass internal image that will gather can read from tape measure easily, easy to operate, use effectively, and is easy to change.
(4), of the present utility model in stretch part and be made up of protection tube and tube connector, the length of inside stretching part can be made up of arbitrarily protection tube according to the actual requirements, easy to use, quick, and is easy to dismounting and assembling; If power line and the video line of camera band itself can not meet length requirement, length can be increased by being connected with circumscripted power line, external video line, meeting instructions for use.
(5), simple, the swift to operate economy of structure of the utility model design, the collection human controllable of image, be easy to carry and install; The IMAQ mode of human controllable, avoids the later stage loaded down with trivial details process of great amount of images, is convenient to preserve.
(6), the utility model when not disturbance rock mass, comprehensive different depth boring rock morphological image around can be gathered, the collection of rock interior image can both be able to be implemented in different location.Break away from the restriction of field of employment, in whole gatherer process, miniature pinhole cameras and wire have been played a very good protection.Whole device can carry out dismantling, folding after IMAQ completes, and is easy to carry.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation.
Fig. 2 stretches the partial sectional view that part is connected with camera in the utility model.
Fig. 3 is the utility model camera schematic diagram.
Fig. 4 the utility model camera power line, video line and external connection connection diagram.
Fig. 5 is schematic diagram before the utility model protection tube is connected with tube connector.
Fig. 6 is that the utility model protection tube is connected partial sectional view with tube connector.
Sequence number in upper figure: protection tube 1, camera 2, major light 3, band 4, tube connector 5, back-up ring 51, tie-hole 6, power line 7, video line 8, connector 9, circumscripted power line 10, external video line 11, tape measure 12, capture card 13, image capture device 14, power supply 15, filler 16.
Embodiment
See Fig. 1, a kind of simple portable rock masses fracturing evolution endoscope and image processing device, comprises camera 2, camera 2 is distributed with major light 3, and the rear end of camera 2 is connected with power line 7, video line 8,
See Fig. 5, Fig. 6, in also comprising, stretch part; Stretch part in described be elongated tubular and formed by the protection tube 1 of more than two is end to end, the head and the tail junction of two adjacent protection tubes 1 is arranged with tube connector 5, and tube connector 5 realizes radial location to two adjacent protection tubes 1;
See Fig. 2, Fig. 3, described camera 2 stretches the mouth of pipe being positioned at the first protection tube 1 of part in being bonded in by filler 16, and the power line 7 of camera 2 rear end and video line 8 stretch out backward along interior part pipeline of stretching;
During work, the external part of power line 7 is connected with power supply 15, and the external part of video line 8 is connected with image capture device 14.
See Fig. 6, the radial back-up ring 51 being provided with projection in the middle part of the inwall of described tube connector 5, back-up ring 51 carries out axial location to two that are plugged in tube connector 5 adjacent protection tubes 1.
On the tail end of described protection tube 1 and tube connector 5, correspondence offers tie-hole 6 respectively, is inserted with band 4 in tie-hole 6; The draw-in groove end of described band 4 is positioned at tube connector 5 side, and the free end of band 4 passes tie-hole 6 and bends along tube connector 5 outer wall and engages with the draw-in groove end of band 4, realizes the connection of protection tube 1 tail end and tube connector 5.
Removing is positioned at outside the first protection tube 1, fixing by seccotine bonding between the head end of other protection tube 1 and tube connector 5.
See Fig. 4, the rear end of described power line 7 is connected with the circumscripted power line 10 of more than, and the rear end of described video line 8 is connected with the external video line 11 of more than by connector 9; Described circumscripted power line 10 and external video line 11 all along in stretch part and stretch out backward, and the rear stretching end of circumscripted power line 10 is connected with power supply 15, and the rear stretching end of external video line 11 is connected with image capture device 14 by capture card 13.
The length of described tube connector 5 is 20-40mm.
The front port being positioned at the first protection tube 1 stretching part in described is provided with tape measure 12, and the front end of tape measure 12 is concordant with camera 1, and part is stretched in stretching out backward in the rear end of tape measure 12.
The length of described tape measure 12 is 20-40m, and the width of tape measure 12 is less than the interior diameter of protection tube 1.
Claims (8)
1. a simple portable rock masses fracturing evolution endoscope and image processing device, comprises camera (2), camera (2) is distributed with major light (3), and the rear end of camera (2) is connected with power line (7), video line (8), it is characterized in that:
Part is stretched in also comprising; Stretch part in described be elongated tubular and formed by the protection tube (1) of more than two is end to end, the head and the tail junction of two adjacent protection tubes (1) is arranged with tube connector (5), and tube connector (5) realizes radial location to two adjacent protection tubes (1);
Stretch the mouth of pipe being positioned at the first protection tube (1) of part in described camera (2) is located at, and stretch part pipeline in the power line (7) of camera (2) rear end and video line (8) edge and stretch out backward;
During work, the external part of power line (7) is connected with power supply (15), and the external part of video line (8) is connected with image capture device (14).
2. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1; it is characterized in that: the radial back-up ring (51) being provided with projection in the middle part of the inwall of described tube connector (5), back-up ring (51) carries out axial location to the two adjacent protection tubes (1) be plugged in tube connector (5).
3. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1, it is characterized in that: on the tail end of described protection tube (1) and tube connector (5), correspondence offers tie-hole (6) respectively, is inserted with band (4) in tie-hole (6); The draw-in groove end of described band (4) is positioned at tube connector (5) side; the free end of band (4) bends through tie-hole (6) and along tube connector (5) outer wall and engages with the draw-in groove end of band (4), realizes the connection of protection tube (1) tail end and tube connector (5).
4. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1 or 3, is characterized in that: removing is positioned at the first protection tube (1) outward, fixing by seccotine bonding between the head end of other protection tube (1) and tube connector (5).
5. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1, it is characterized in that: the rear end of described power line (7) is connected with the circumscripted power line (10) of more than, the rear end of described video line (8) is connected with the external video line (11) of more than by connector (9); Described circumscripted power line (10) and external video line (11) all along in stretch part and stretch out backward, and the rear stretching end of circumscripted power line (10) is connected with power supply (15), image capture device (14) respectively with the rear stretching end of external video line (11).
6. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1, is characterized in that: the length of described tube connector (5) is 20-40mm.
7. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 1; it is characterized in that: the front port being positioned at the first protection tube (1) stretching part in described is provided with tape measure (12); the front end of tape measure (12) is concordant with camera (1), and part is stretched in stretching out backward in the rear end of tape measure (12).
8. a kind of simple portable rock masses fracturing evolution endoscope and image processing device according to claim 7, is characterized in that: the length of described tape measure (12) is 20-40m, and the width of tape measure (12) is less than the interior diameter of protection tube (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520253403.7U CN204539345U (en) | 2015-04-24 | 2015-04-24 | A kind of simple portable rock masses fracturing evolution endoscope and image processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520253403.7U CN204539345U (en) | 2015-04-24 | 2015-04-24 | A kind of simple portable rock masses fracturing evolution endoscope and image processing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204539345U true CN204539345U (en) | 2015-08-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520253403.7U Active CN204539345U (en) | 2015-04-24 | 2015-04-24 | A kind of simple portable rock masses fracturing evolution endoscope and image processing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204539345U (en) |
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2015
- 2015-04-24 CN CN201520253403.7U patent/CN204539345U/en active Active
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| GR01 | Patent grant |