CN202471619U - Horizontal detection device for X-ray real-time imaging of giant tires - Google Patents
Horizontal detection device for X-ray real-time imaging of giant tires Download PDFInfo
- Publication number
- CN202471619U CN202471619U CN2011205362458U CN201120536245U CN202471619U CN 202471619 U CN202471619 U CN 202471619U CN 2011205362458 U CN2011205362458 U CN 2011205362458U CN 201120536245 U CN201120536245 U CN 201120536245U CN 202471619 U CN202471619 U CN 202471619U
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- dolly
- booster
- tapered roller
- cart
- tire
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Abstract
The utility model discloses a horizontal detection device for X-ray real-time imaging of giant tires. The horizontal detection device comprises a large vehicle, a small image enhancer vehicle, a turntable device and a small vehicle, wherein the large vehicle is erected at the opening of the turntable device; the openings of the two C-shaped rails which are arranged on the large vehicle are opposite to the opening of the turntable device; the small image enhancer vehicle is installed on the C-shaped rails and can move along a 180-degree circumference; and the small vehicle is located at the opening of the turntable device. Because a giant tire support frame device which adopts a conical roller transmission as the core is arranged in the detection device, high-quality and no-dead-space omni-directional non-destructive real-time imaging detection on the giant tires can be realized by using a horizontal detection method and matching the monition rail device of the C-shaped vertical enhancer under the conditions of safety operation and high efficiency, and the imaging quality of the overall equipment can be improved.
Description
Technical field
The utility model relates to a kind of X ray the cannot-harm-detection device, especially relates to the horizontal pick-up unit of a kind of giant tyre X-ray real time imagery.
Background technology
At present, the supported and suspended equipment of vertical structure is often adopted in the Non-Destructive Testing of giant tyre, and the lifting operation easier is big, poor stability.Therefore there is the horizontal pick-up unit of employing to come giant tyre is carried out Non-Destructive Testing; What but this horizontal giant tyre the cannot-harm-detection device adopted is that Wheel-type mechanism props up giant tyre; Disk body is continuous on-disconnectable structure; Inevitably formed the dead angle of real time imagery, for the identification of detected image causes difficulty.
Summary of the invention
Problem to existing giant tyre the cannot-harm-detection device existence; It is the giant tyre bracket system of core with the tapered roller transmission that the utility model provides a kind of, and what be aided with the vertical booster tracks of C type device carries out the horizontal pick-up unit that high-quality does not have the comprehensive harmless X-ray Real-time Imaging at dead angle for giant tyre.
Addressing the above problem the technical scheme of being taked is:
The horizontal pick-up unit of a kind of giant tyre X-ray real time imagery; It is characterized in that: constitute by cart, image intensifier dolly, rotation table device and dolly; Cart is erected in the opening part of rotation table device; The opening of 2 C type tracks on the cart is relative with the opening of rotation table device, and the image intensifier dolly is installed on the C type track, and dolly is positioned at the opening part of rotation table device; Wherein: cart is made up of big vehicle frame, C type track, cart movable motor, large vehicle walking slide block and large vehicle walking track; Fixing 2 the C type tracks in the side of big vehicle frame; Cart movable motor and large vehicle walking slide block are installed in the below; Large vehicle walking slide block and large vehicle walking track are slidingly connected, and the large vehicle walking track is fixed in ground; The image intensifier dolly is made up of booster car frame, image intensifier, booster moving of car motor, booster dolly line shaft, booster dolly power gear and booster dolly locating wheel; Booster moving of car motor and image intensifier are installed in the booster car frame; Booster moving of car motor is connected with 2 booster dolly power gear on booster car frame both sides through booster dolly line shaft; The outside tooth engagement of booster dolly power gear and C type track; Booster dolly locating wheel is installed in the booster car frame, and wherein per 2 booster dolly locating wheels are separately positioned on the inner ring of each C type track; Dolly is made up of carriage walking track, dolly lifting motor, carriage walking slide block, dolly elevating mechanism, trolley walking motor, cart stationary frame, dolly lifting arm and X-ray tube; The carriage walking track is fixed in ground; The dolly lifting motor is equipped with in cart stationary frame below, and the bottom of cart stationary frame is equipped with the carriage walking slide block, and the top of dolly elevating mechanism connects the dolly lifting arm; X-ray tube is installed on the dolly lifting arm; The bottom of dolly elevating mechanism is connected on the dolly lifting motor, and trolley walking motor is installed in the bottom of cart stationary frame, and dolly elevating mechanism and carriage walking track are slidingly connected; Rotation table device clamps leading screw, tire location clamping assembly support, tire pinch roller, tapered roller, tapered roller electric rotating machine, tapered roller axle and tire clamp system web joint by tapered roller pallet, tire location clamping motor, tire location and constitutes; Tapered roller pallet is provided with opening towards the position of cart; On the disc face of tapered roller pallet, be provided with 11 tapered rollers; 11 tapered rollers are fixed on the tapered roller pallet through 11 tapered roller axle of passing wherein respectively; 1 tapered roller electric rotating machine is housed in each tapered roller; Tapered roller electric rotating machine is fixed on the tapered roller axle; Equidistance is installed 4 groups of tire location and is clamped leading screw on the disc face of tapered roller pallet; The inner that 4 groups of tires location clamps leading screws is installed in the conical roller pallet with equidistance respectively and is connected near locational 4 groups of tires location clamping motor at center, and 4 groups of tires location clamp assembly supports and are installed in 4 groups of tires location respectively and clamp on the leading screws, and it is 1 group tire pinch roller that every group of tire location clamps 2 of installations on the assembly support; 4 groups of tire location clamp assembly support and are connected with 4 groups of tire clamp system web joints respectively, and 4 groups of tire clamp system web joints are welded on the tapered roller pallet.
The beneficial effect of the utility model: it is the giant tyre bracket system of core that the utility model is provided with the tapered roller transmission; Be aided with the vertical booster tracks of C type device; Can guarantee that handling safety is efficiently under the situation; Giant tyre is carried out the comprehensive harmless Real-time Imaging that high-quality does not have the dead angle with horizontal detection mode, improve the image quality of integral device.
Description of drawings
Fig. 1 is the structural representation of the utility model;
Fig. 2 is the vertical view of Fig. 1;
Fig. 3 is the structural representation of cart in the utility model;
Fig. 4 is the structural representation of image intensifier dolly in the utility model;
Fig. 5 is the vertical view of Fig. 4;
Fig. 6 is the structural representation of dolly in the utility model;
Fig. 7 is the vertical view of Fig. 6.
Embodiment
Below in conjunction with accompanying drawing the utility model is done and to be further described.
The horizontal pick-up unit of a kind of giant tyre X-ray real time imagery; Like Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6 and shown in Figure 7, constitute by cart 101, image intensifier dolly 102, rotation table device 103 and dolly 104, cart 101 is erected in the opening part of rotation table device 103; The opening of 2 C type tracks 2 on the cart 101 is relative with the opening of rotation table device 103; Image intensifier dolly 102 is installed on the C type track 2, can do 180 ° circular motion along C type track 2, and dolly 104 is positioned at the opening part of rotation table device 103; The mode of installing and fixing of rotation table device 103 depends on site environment, generally should fixedly secure at the scene on the civil engineering facility.
Dolly 104 is made up of carriage walking track 9, dolly lifting motor 10, carriage walking slide block 11, dolly elevating mechanism 12, trolley walking motor 13, cart stationary frame 14, dolly lifting arm 23 and X-ray tube 24; Be mainly used in support X ray pipe 24; Carriage walking track 9 adopts and is mounted on ground with large vehicle walking track 7 identical modes; Dolly lifting motor 10 is equipped with in the bottom of cart stationary frame 14, and the bottom of cart stationary frame 14 is equipped with carriage walking slide block 11, and the top of dolly elevating mechanism 12 connects dolly lifting arm 23; X-ray tube 24 is installed on the dolly lifting arm 23; The bottom of dolly elevating mechanism 12 is connected on the dolly lifting motor 10, and trolley walking motor 13 is installed in the bottom of cart stationary frame 14, and dolly elevating mechanism 12 is slidingly connected with carriage walking track 9; The power conversion that dolly is produced is the elevating movement of dolly lifting arm 23, is used for driving X-ray tube 24 adjusting of going up and down.The X-ray tube 24 that adopts among the present invention is circumferential formula, and the round dotted line 30 among Fig. 1 is an X ray, and square type dotted line 31 is a giant tyre to be detected.As shown in Figure 1, circumferentially emit X ray, can make image intensifier 4 receive effective image everywhere like this what can run to.
During the work of this device; After at first using other specialized equipment that giant tyre 31 to be detected is placed on the upper surface of the rotation table device of being made up of 11 tapered rollers 20 103 stably; Four groups of tire pinch roller 19 beginnings inwardly clamp simultaneously, giant tyre 31 to be detected are fixed on the centermost place of the upper surface of rotation table device 103.After fixing the completion, tapered rollers 20 begins to the equidirectional rotation, and drives giant tyre 31 to be detected and be rotated in the upper surface centermost of rotation table device 103.Simultaneously, X-ray tube 24 moves to and produces X ray 30 behind the correct position under the drive of dolly 104, and the image intensifier 4 that is positioned on the booster dolly 102 moves along the C type track 2 on the cart 101, receives the X ray 30 that has passed giant tyre 31 to be detected.
Claims (1)
1. horizontal pick-up unit of giant tyre X-ray real time imagery; It is characterized in that: constitute by cart (101), image intensifier dolly (102), rotation table device (103) and dolly (104); Cart (101) is erected in the opening part of rotation table device (103); The opening of 2 the C type tracks (2) on the cart (101) is relative with the opening of rotation table device (103); Image intensifier dolly (102) is installed on the C type track (2), and dolly (104) is positioned at the opening part of rotation table device (103); Wherein: cart (101) is made up of big vehicle frame (1), C type track (2), cart movable motor (5), large vehicle walking slide block (6) and large vehicle walking track (7); Fixing 2 the C type tracks (2) in the side of big vehicle frame (1); Cart movable motor (5) and large vehicle walking slide block (6) are installed in the below; Large vehicle walking slide block (6) and large vehicle walking track (7) are slidingly connected, and large vehicle walking track (7) is fixed in ground; Image intensifier dolly (102) is made up of booster car frame (3), image intensifier (4), booster moving of car motor (25), booster dolly line shaft (26), booster dolly power gear (27) and booster dolly locating wheel (28); Booster car frame (3) goes up booster moving of car motor (25) and image intensifier (4) is installed; Booster moving of car motor (25) is connected with 2 booster dolly power gear (27) on booster car frame (3) both sides through booster dolly line shaft (26); Booster dolly power gear (27) meshes with the outside tooth of C type track (2); Booster car frame (3) goes up booster dolly locating wheel (28) is installed, and wherein per 2 booster dolly locating wheels (28) are separately positioned on the inner ring of each C type track (2); Dolly (104) is made up of carriage walking track (9), dolly lifting motor (10), carriage walking slide block (11), dolly elevating mechanism (12), trolley walking motor (13), cart stationary frame (14), dolly lifting arm (23) and X-ray tube (24); Carriage walking track (9) is fixed in ground; Dolly lifting motor (10) is equipped with in cart stationary frame (14) below; The bottom of cart stationary frame (14) is equipped with carriage walking slide block (11); The top of dolly elevating mechanism (12) connects dolly lifting arm (23); X-ray tube (24) is installed on the dolly lifting arm (23); The bottom of dolly elevating mechanism (12) is connected on the dolly lifting motor (10), and trolley walking motor (13) is installed in the bottom of cart stationary frame (14), and dolly elevating mechanism (12) is slidingly connected with carriage walking track (9); Rotation table device (103) clamps leading screw (17), tire location clamping assembly support (18), tire pinch roller (19), tapered roller (20), tapered roller electric rotating machine (21), tapered roller axle (22) and tire clamp system web joint (29) by tapered roller pallet (15), tire location clamping motor (16), tire location and constitutes; Tapered roller pallet (15) is provided with opening towards the position of cart (101); 11 tapered rollers (20) are set on the disc face of tapered roller pallet (15); 11 tapered rollers (20) are fixed on the tapered roller pallet (15) through 11 tapered roller axle (22) of passing wherein respectively; In each tapered roller (20) 1 tapered roller electric rotating machine (21) is housed; Tapered roller electric rotating machine (21) is fixed on the tapered roller axle (22); Equidistance is equipped with 4 groups of tire location and clamps leading screw (17) on the disc face of tapered roller pallet (15); The inner that 4 groups of tires location clamps leading screws (17) is installed in conical roller pallet (15) with equidistance respectively and is connected near locational 4 groups of tires location clamping motors (16) at center; 4 groups of tire location clamp assembly support (18) and are installed in respectively on 4 groups of tire location clamping leading screws (17); 2 of the last installations of every group of tire location clamping assembly support (18) are 1 group tire pinch roller (19); 4 groups of tire location clamp assembly support (18) and are connected with 4 groups of tire clamp system web joints (29) respectively, and 4 groups of tire clamp system web joints (29) are welded on the tapered roller pallet (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205362458U CN202471619U (en) | 2011-12-20 | 2011-12-20 | Horizontal detection device for X-ray real-time imaging of giant tires |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205362458U CN202471619U (en) | 2011-12-20 | 2011-12-20 | Horizontal detection device for X-ray real-time imaging of giant tires |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202471619U true CN202471619U (en) | 2012-10-03 |
Family
ID=46919771
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205362458U Withdrawn - After Issue CN202471619U (en) | 2011-12-20 | 2011-12-20 | Horizontal detection device for X-ray real-time imaging of giant tires |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202471619U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102435622A (en) * | 2011-12-20 | 2012-05-02 | 丹东奥龙射线仪器有限公司 | X-ray real-time imaging horizontal type detecting device for huge tire |
-
2011
- 2011-12-20 CN CN2011205362458U patent/CN202471619U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102435622A (en) * | 2011-12-20 | 2012-05-02 | 丹东奥龙射线仪器有限公司 | X-ray real-time imaging horizontal type detecting device for huge tire |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121003 Effective date of abandoning: 20140226 |
|
| RGAV | Abandon patent right to avoid regrant |