CN205448967U - Novel portable image measuring instrument ware of tower crane - Google Patents
Novel portable image measuring instrument ware of tower crane Download PDFInfo
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- CN205448967U CN205448967U CN201620140933.5U CN201620140933U CN205448967U CN 205448967 U CN205448967 U CN 205448967U CN 201620140933 U CN201620140933 U CN 201620140933U CN 205448967 U CN205448967 U CN 205448967U
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Abstract
The utility model discloses a novel portable image measuring instrument ware of tower crane, the printing opacity bearing plate is installed to the brace table through -hole of its marble brace table, distolaterally on the marble brace table installs the seat by X axle drive assembly driven movable mounting, the diaphragm through -hole is offered including horizontal, the riser of movable mounting, movable mounting diaphragm to movable mounting frame distolateral on the movable mounting seat, and the nut mounting bracket that passes the diaphragm through -hole is installed to the movable mounting seat, and Y axle drive assembly is installed with the movable mounting diaphragm to the nut mounting bracket, the Z axle drive assembly of drive camera mount is installed to the distolateral camera mount of installing fixed CCD camera before the movable mounting riser, movable mounting riser, the distolateral fluorescent tube of installing under the marble brace table, and this novel portable image measuring instrument ware of tower crane joins in marriage the dress controller. By the above design, the utility model has the advantages of structural design is novel, motion positioning accuracy is high, be convenient for place the measurement work piece, just can effectively eliminate the strong illumination eyes and cause the phenomenon of eye fatigue.
Description
Technical field
This utility model relates to affecting measurement apparatus technical field, particularly relates to a kind of novel tower crane movable type radiographic measurement instrument.
Background technology
Image measurer is current industrial detection and a new term in field of measuring techniques, what it represented is that numerical digit science and technology dissolves in industrial detection and metering, carrying out the advanced measurement technology of space geometry computing, it is widely used in the technical fields such as machinery, electronics, mould, injection, five metals, rubber, low-voltage electrical apparatus；Wherein, on the basis of image measurer is built upon CCD digital image, rely on computer screen measurement technology and the powerful software capability of space geometry computing and produce, computer is after installing special control and graphical measurement software, becoming the measurement brain with software soul, be the main body of whole equipment, it can quickly read the shift value of optical ruler, by setting up the software module computing on the basis of space geometry, moment draws desired result；And on screen, produce figure, carry out figure shadow comparison for operator such that it is able to resolved measurement result deviation that may be present intuitively.
For large-scale image measurer, it often uses planer type structure to design；During actual measurement, for the image measurer of existing gantry, owing to the inertia of the active supporting arm of gantry arch is very big, this ccd video camera having resulted in gantry image measurer is difficult to be accurately positioned, and kinematic accuracy and positioning precision are the highest；Further, since active supporting arm is the special construction design of gantry arch, this leverages staff and places the convenience measuring workpiece, and then efficiency is measured in impact.
It addition, it should further be noted that existing image measurer often uses area source to project, in actual work process, area source easily causes staff's eyestrain.
Summary of the invention
The purpose of this utility model is to provide a kind of novel tower crane movable type radiographic measurement instrument for the deficiencies in the prior art, and this novel tower crane movable type radiographic measurement instrument novel in structural design, motion positions precision are high, be easy to placement measures workpiece and can effectively eliminate strong illumination eyes and cause the phenomenon of eyestrain.
For reaching above-mentioned purpose, this utility model is achieved through the following technical solutions.
A kind of novel tower crane movable type radiographic measurement instrument, include frame, the upper end of frame is equiped with the marble arranged in horizontal cross and supports platform, marble support the centre position of platform leading section offer up and down completely through support platform through hole, support and at the upper end open of platform through hole, be equiped with the printing opacity support plate arranged in horizontal cross, marble supports the upper end side of platform rearward end left and right horizontal can be equiped with the active mount being positioned at printing opacity support plate rear end side relatively actively, marble supports the rearward end correspondence active mount of platform and is equiped with X-axis driving assembly, X-axis drives assembly and active mount drive connection；
nullThe upper end side of active mount can be equiped with movable frame by anterior-posterior horizontal relatively actively，Movable frame includes arrange in horizontal cross movable and installs transverse slat and be horizontally mounted the movable of transverse slat leading section install riser in being vertically arranged and being screwed on，The movable centre position installing transverse slat offer up and down completely through and the transverse slat through hole that extends along fore-and-aft direction，The upper end of active mount is equiped with through transverse slat through hole and extends to the movable nut installing rack installing transverse slat upper end side，Movable transverse slat of installing is equiped with Y-axis driving assembly，Y-axis drives assembly to include and is installed in the movable Y-axis driving servomotor installing transverse slat，Y-axis is driven the power output shaft of servomotor to be provided with the Y-axis arranged in horizontal cross and extend along fore-and-aft direction by shaft coupling and drives screw mandrel，Nut installing rack correspondence Y-axis drives screw mandrel to be equiped with Y-axis and drives feed screw nut，Y-axis drives feed screw nut to drive screw mandrel to match with Y-axis；
The movable front installing riser can be equiped with camera fixing frame the most up and downly, camera fixing frame is equiped with ccd video camera, movable riser correspondence camera fixing frame of installing is equiped with Z axis driving assembly, and Z axis drives assembly and camera fixing frame drive connection；
Marble supports the lower end side of platform and is equiped with the fluorescent tube that leading section extends to move immediately below support platform through hole and with active mount level of synchronization, this novel tower crane movable type radiographic measurement instrument is fitted with controller, and X-axis drives assembly, Y-axis to drive servomotor, Z axis to drive assembly, ccd video camera, fluorescent tube to be electrically connected with the controller respectively.
Wherein, described marble support the rearward end of platform offer in the underface of described active mount up and down completely through movable span, relatively left and right horizontal fluorescent tube installing plate can be embedded with actively in movable span, the upper end of fluorescent tube installing plate extends to marble and supports the upper end side of platform and be connected with the bottom of active mount, the bottom of fluorescent tube installing plate extends to marble and supports the lower end side of platform, and the one end of described fluorescent tube is installed in fluorescent tube installing plate.
Wherein, described X-axis drives assembly to include the X-axis driving servomotor being equiped with described marble support platform, X-axis drives servomotor to electrically connect with described controller, X-axis drives the power output shaft of servomotor to be provided with the X-axis in left and right horizontal horizontal expansion by shaft coupling and drives screw mandrel, the bottom correspondence X-axis of described active mount drives screw mandrel to be equiped with X-axis and drives feed screw nut, and X-axis drives feed screw nut to drive screw mandrel to match with X-axis.
Wherein, described marble supports and is equiped with X-axis guidance set between platform and described active mount, X-axis guidance set includes the X-axis guide rail being screwed on marble support platform upper surface and driving the axis direction of screw mandrel to extend along described X-axis, and the bottom of active mount is screwed with the X-axis slide block matched with X-axis guide rail.
Wherein, described movable installation is equiped with Y-axis guidance set between transverse slat and described active mount, Y-axis guidance set includes the Y-axis guide rail being screwed on the movable lower surface installing transverse slat and driving the axis direction of screw mandrel to extend along described Y-axis, and the upper end of active mount is screwed with the Y-axis slide block matched with Y-axis guide rail.
Wherein, described Z axis drives assembly to include and is installed in the described movable Z axis driving servomotor installing riser upper end, Z axis drives servomotor to electrically connect with described controller, Z axis is driven the power output shaft of servomotor to be provided with by shaft coupling and drives screw mandrel in the Z axis being vertically arranged, described camera fixing frame correspondence Z axis drives screw mandrel to be equiped with Z axis and drives feed screw nut, and Z axis drives feed screw nut to drive screw mandrel to match with Z axis.
Wherein, described movable installation is equiped with Z axis guidance set between riser and described camera fixing frame, Z axis guidance set includes and is screwed on movable installation riser and in the Z axis guide rail being vertically arranged, and camera fixing frame is screwed with the Z axis slide block matched with Z axis guide rail.
The beneficial effects of the utility model are: one described in the utility model novel tower crane movable type radiographic measurement instrument, its frame upper end installing marble supports platform, marble supports the centre position of platform leading section and offers support platform through hole, supporting and install printing opacity support plate at the upper end open of platform through hole, marble supports the upper end side installing active mount by X-axis driving Component driver of platform rearward end；Active mount upper end side installing movable frame, movable frame includes movable installation transverse slat, movable installation riser, transverse slat through hole is offered in the movable centre position installing transverse slat, the installing of active mount upper end is through the nut installing rack of transverse slat through hole, movable transverse slat installing Y-axis of installing drives assembly, Y-axis drives assembly to include Y-axis driving servomotor, Y-axis driving screw mandrel, and nut installing rack is equiped with Y-axis and drives feed screw nut；Movable riser front installing camera fixing frame of installing, camera fixing frame installing ccd video camera, the movable Z axis installing riser installing actuated camera fixed mount drives assembly；Marble supports platform lower end side installing fluorescent tube, and this novel tower crane movable type radiographic measurement instrument is equipped with controller.Being designed by said structure, this utility model has novel in structural design, motion positions precision is high, be easy to place the advantage of measurement workpiece, and can effectively eliminate strong illumination eyes and cause the phenomenon of eyestrain.
Accompanying drawing explanation
Below with accompanying drawing, this utility model is further detailed, but the embodiment in accompanying drawing is not constituted any restriction of the present utility model.
Fig. 1 is structural representation of the present utility model.
Fig. 2 is close-up schematic view of the present utility model.
Fig. 3 is generalized section of the present utility model.
Fig. 1 to Fig. 3 includes:
1 frame 2 marble supports platform
21 support through holes 22 movable spans
3 printing opacity support plate 4 active mounts
41 nut installing rack 5 movable frames
51 movable installation transverse slat 511 transverse slat through holes
52 movable installation riser 61 camera fixing frames
62 ccd video camera 71 fluorescent tubes
72 fluorescent tube installing plate 81 X-axis drive assembly
811 X-axis drive servomotor 812 X-axis to drive screw mandrel
82 Y-axis drive assembly 821 Y-axis to drive servomotor
822 Y-axis drive screw mandrel 91 X-axis guidance set
911 X-axis guide rail 912 X-axis slide blocks
92 Y-axis guidance set 921 Y-axis guide rails
922 Y-axis slide block 93 Z axis guidance sets
931 Z axis guide rail 932 Z axis slide blocks.
Detailed description of the invention
Below in conjunction with specific embodiment, this utility model is illustrated.
Such as Fig. 1 to Fig. 3, a kind of novel tower crane movable type radiographic measurement instrument, include frame 1, the upper end of frame 1 is equiped with the marble arranged in horizontal cross and supports platform 2, marble support the centre position of platform 2 leading section offer up and down completely through support platform through hole, support and at the upper end open of platform through hole, be equiped with the printing opacity support plate 3 arranged in horizontal cross, marble supports the upper end side of platform 2 rearward end left and right horizontal can be equiped with the active mount 4 being positioned at printing opacity support plate 3 rear end side relatively actively, marble supports the rearward end correspondence active mount 4 of platform 2 and is equiped with X-axis driving assembly 81, X-axis drives assembly 81 and active mount 4 drive connection.
nullFurther，The upper end side of active mount 4 can be equiped with movable frame 5 by anterior-posterior horizontal relatively actively，Movable frame 5 includes arrange in horizontal cross movable and installs transverse slat 51 and be horizontally mounted the movable of transverse slat leading section install riser 52 in being vertically arranged and being screwed on，The movable centre position installing transverse slat 51 offer up and down completely through and the transverse slat through hole 511 that extends along fore-and-aft direction，The upper end of active mount 4 is equiped with through transverse slat through hole 511 and extends to the movable nut installing rack 41 installing transverse slat 51 upper end side，Movable transverse slat 51 of installing is equiped with Y-axis driving assembly 82，Y-axis drives assembly 82 to include and is installed in the movable Y-axis driving servomotor 821 installing transverse slat 51，Y-axis is driven the power output shaft of servomotor 821 to be provided with the Y-axis arranged in horizontal cross and extend along fore-and-aft direction by shaft coupling and drives screw mandrel 822，The corresponding Y-axis of nut installing rack 41 drives screw mandrel 822 to be equiped with Y-axis and drives feed screw nut，Y-axis drives feed screw nut to drive screw mandrel 822 to match with Y-axis.During work, Y-axis drives servomotor 821 to drive movable frame 5 horizontal shifting by the lead screw transmission mechanism being driven screw mandrel 822, Y-axis to drive feed screw nut to be formed by Y-axis；Wherein, for ensureing movable frame 5 stably and reliably horizontal shifting, this utility model uses the design of following guide frame, particularly as follows: movable installation is equiped with Y-axis guidance set 92 between transverse slat 51 and active mount 4, Y-axis guidance set 92 includes the Y-axis guide rail 921 being screwed on the movable lower surface installing transverse slat 51 and driving the axis direction of screw mandrel 822 to extend along Y-axis, and the upper end of active mount 4 is screwed with the Y-axis slide block 922 matched with Y-axis guide rail 921.
Further, the movable front installing riser 52 can be equiped with camera fixing frame 61 the most up and downly, camera fixing frame 61 is equiped with ccd video camera 62, the movable corresponding camera fixing frame 61 of riser 52 of installing is equiped with Z axis driving assembly, and Z axis drives assembly and camera fixing frame 61 drive connection.
Additionally, marble supports the lower end side of platform 2 and is equiped with the fluorescent tube 71 that leading section extends to move immediately below support platform through hole and with active mount 4 level of synchronization, this novel tower crane movable type radiographic measurement instrument is fitted with controller, and X-axis drives assembly 81, Y-axis to drive servomotor 821, Z axis to drive assembly, ccd video camera 62, fluorescent tube 71 to be electrically connected with the controller respectively.
During utility model works, X-axis drives assembly 81 to drive active mount 4 level to move left and right, and then drives ccd video camera 62 level to move left and right；Y-axis drives assembly 82 to drive movable frame 5, camera fixing frame 61 level movable, and then drives ccd video camera 62 level to move forward and backward；Z axis drives Component driver camera fixing frame 61 to move up and down, and then drives ccd video camera 62 to move up and down；During work, this utility model drives assembly 81, Y-axis to drive assembly 82, Z axis to drive Component driver ccd video camera 62 move and make the measurement position of ccd video camera 62 alignment pieces by above-mentioned X-axis.
Need to be explained further, this utility model uses and is fixed on the fluorescent tube 71 of fluorescent tube installing plate 72 and carries out light projection to measuring workpiece, and fluorescent tube 71 synchronizes to move left and right and be directed at ccd video camera 62 along with active mount 4；During X-axis drives assembly 81 to drive ccd video camera 62 left and right horizontal to move, fluorescent tube 71 moves along with ccd video camera 62 synchronizes left and right horizontal, and then makes fluorescent tube 71 can be precisely directed to the measurement position of workpiece；It addition, when workpiece is measured in fluorescent tube 71 projection, fluorescent tube 71 will not irradiate the eyes of staff consumingly, and then avoid the eyes of staff the phenomenon of eyestrain occur because of strong illumination.
Need to further point out, the tower crane formula movable supporting arm configuration being made up of active mount 4, movable frame 5 uses unenclosed construction design, hang tower structure by this to design, this utility model can facilitate staff to be positioned on printing opacity support plate 3 by measurement workpiece quickly and easily, and ensure that the ground running fix of active supporting arm exactly.
Summary situation understands, designed by said structure, this utility model has novel in structural design, motion positions precision is high, be easy to place and measure workpiece and can effectively eliminate strong illumination eyes and the advantage that causes eyestrain phenomenon, concrete manifestation is as follows: 1, uses and hangs tower design, utilize the equilibrium principle of lever, structure supports integration, counterweight balance and stability, accurate positioning；2, measuring speed is fast, positioning precision is high, Repeatability temperature, and counterweight balanced design is distortionless, little without resilience and noise；3, utilizing space big and occupation of land space is little, do not leave drawback space, space hommization when of putting product, without machine obstacle；4, reasonable in design, and can be efficiently against the drawback existing for traditional dragon door, maintenance is convenient；5, big part product can be effectively adapted to measure.
As preferred embodiment, as shown in Figure 3, for ensureing that fluorescent tube 71 moves along with active mount 4 synchronizes left and right horizontal, this utility model uses the design of following structure, particularly as follows: marble support the rearward end of platform 2 offer in the underface of active mount 4 up and down completely through movable span 22, relatively left and right horizontal fluorescent tube installing plate 72 can be embedded with actively in movable span 22, the upper end of fluorescent tube installing plate 72 extends to marble and supports the upper end side of platform 2 and be connected with the bottom of active mount 4, the bottom of fluorescent tube installing plate 72 extends to marble and supports the lower end side of platform 2, the one end of fluorescent tube 71 is installed in fluorescent tube installing plate 72.
As preferred embodiment, as depicted in figs. 1 and 2, X-axis drives assembly 81 to include the X-axis driving servomotor 811 being equiped with marble support platform 2, X-axis drives servomotor 811 to be electrically connected with the controller, X-axis drives the power output shaft of servomotor 811 to be provided with the X-axis in left and right horizontal horizontal expansion by shaft coupling and drives screw mandrel 812, the bottom correspondence X-axis of active mount 4 drives screw mandrel 812 to be equiped with X-axis and drives feed screw nut, and X-axis drives feed screw nut to drive screw mandrel 812 to match with X-axis.During work, X-axis drives servomotor 811 to drive active mount 4 level to move left and right by the lead screw transmission mechanism being driven screw mandrel 812, X-axis to drive feed screw nut to be formed by X-axis.
Need to be explained further, for ensureing that active mount 4 stably and reliably left and right horizontal moves, this utility model uses the design of following guide frame, particularly as follows: marble supports is equiped with X-axis guidance set 91 between platform 2 and active mount 4, X-axis guidance set 91 includes the X-axis guide rail 911 being screwed on marble support platform 2 upper surface and driving the axis direction of screw mandrel 812 to extend along X-axis, and the bottom of active mount 4 is screwed with the X-axis slide block 912 matched with X-axis guide rail 911.
As preferred embodiment, Z axis drives assembly to include and is installed in the movable Z axis driving servomotor installing riser 52 upper end, Z axis drives servomotor to be electrically connected with the controller, Z axis is driven the power output shaft of servomotor to be provided with by shaft coupling and drives screw mandrel in the Z axis being vertically arranged, the corresponding Z axis of camera fixing frame 61 drives screw mandrel to be equiped with Z axis and drives feed screw nut, and Z axis drives feed screw nut to drive screw mandrel to match with Z axis.During work, Z axis drives servomotor to be moved up and down by the lead screw transmission mechanism actuated camera fixed mount 61 being driven screw mandrel, Z axis to drive feed screw nut to be formed by Z axis.
Need to be explained further, as depicted in figs. 1 and 2, for ensureing that camera fixing frame 61 stably and reliably moves up and down, this utility model uses the design of following guide frame, particularly as follows: movable installation is equiped with Z axis guidance set 93 between riser 52 and camera fixing frame 61, Z axis guidance set 93 includes and is screwed on movable installation riser 52 and in the Z axis guide rail 931 being vertically arranged, and camera fixing frame 61 is screwed with the Z axis slide block 932 matched with Z axis guide rail 931.
Above content is only preferred embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, the most all will change, this specification content should not be construed as restriction of the present utility model.
Claims (7)
1. a novel tower crane movable type radiographic measurement instrument, it is characterized in that: include frame (1), the upper end of frame (1) is equiped with the marble arranged in horizontal cross and supports platform (2), marble support the centre position of platform (2) leading section offer up and down completely through support platform through hole, support and at the upper end open of platform through hole, be equiped with the printing opacity support plate (3) arranged in horizontal cross, marble supports the upper end side of platform (2) rearward end left and right horizontal can be equiped with the active mount (4) being positioned at printing opacity support plate (3) rear end side relatively actively, marble supports rearward end correspondence active mount (4) of platform (2) and is equiped with X-axis driving assembly (81), X-axis drives assembly (81) and active mount (4) drive connection；
nullThe upper end side of active mount (4) can be equiped with movable frame (5) by anterior-posterior horizontal relatively actively，Movable frame (5) includes arrange in horizontal cross movable and installs transverse slat (51) and be horizontally mounted the movable of transverse slat leading section install riser (52) in being vertically arranged and being screwed on，The movable centre position installing transverse slat (51) offer up and down completely through and the transverse slat through hole (511) that extends along fore-and-aft direction，The upper end of active mount (4) is equiped with through transverse slat through hole (511) and extends to the movable nut installing rack (41) installing transverse slat (51) upper end side，Movable transverse slat (51) of installing is equiped with Y-axis driving assembly (82)，Y-axis drives assembly (82) to include and is installed in movable Y-axis driving servomotor (821) installing transverse slat (51)，Y-axis is driven the power output shaft of servomotor (821) to be provided with the Y-axis arranged in horizontal cross and extend along fore-and-aft direction by shaft coupling and drives screw mandrel (822)，The corresponding Y-axis of nut installing rack (41) drives screw mandrel (822) to be equiped with Y-axis and drives feed screw nut，Y-axis drives feed screw nut to drive screw mandrel (822) to match with Y-axis；
The movable front installing riser (52) can be equiped with camera fixing frame (61) the most up and downly, camera fixing frame (61) is equiped with ccd video camera (62), movable riser (52) correspondence camera fixing frame (61) of installing is equiped with Z axis driving assembly, and Z axis drives assembly and camera fixing frame (61) drive connection；
Marble supports the lower end side of platform (2) and is equiped with the fluorescent tube (71) that leading section extends to move immediately below support platform through hole and with active mount (4) level of synchronization, this novel tower crane movable type radiographic measurement instrument is fitted with controller, and X-axis drives assembly (81), Y-axis to drive servomotor (821), Z axis to drive assembly, ccd video camera (62), fluorescent tube (71) to be electrically connected with the controller respectively.
One the most according to claim 1 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described marble support the rearward end of platform (2) offer in the underface of described active mount (4) up and down completely through movable span (22), relatively left and right horizontal fluorescent tube installing plate (72) can be embedded with actively in movable span (22), the upper end of fluorescent tube installing plate (72) extends to marble and supports the upper end side of platform (2) and be connected with the bottom of active mount (4), the bottom of fluorescent tube installing plate (72) extends to marble and supports the lower end side of platform (2), the one end of described fluorescent tube (71) is installed in fluorescent tube installing plate (72).
One the most according to claim 1 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described X-axis drives assembly (81) to include X-axis driving servomotor (811) being equiped with described marble support platform (2), X-axis drives servomotor (811) to electrically connect with described controller, X-axis drives the power output shaft of servomotor (811) to be provided with the X-axis in left and right horizontal horizontal expansion by shaft coupling and drives screw mandrel (812), the bottom correspondence X-axis of described active mount (4) drives screw mandrel (812) to be equiped with X-axis and drives feed screw nut, X-axis drives feed screw nut to drive screw mandrel (812) to match with X-axis.
One the most according to claim 3 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described marble supports and is equiped with X-axis guidance set (91) between platform (2) and described active mount (4), X-axis guidance set (91) includes the X-axis guide rail (911) being screwed on marble support platform (2) upper surface and driving the axis direction of screw mandrel (812) to extend along described X-axis, and the bottom of active mount (4) is screwed with the X-axis slide block (912) matched with X-axis guide rail (911).
One the most according to claim 1 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described movable installation is equiped with Y-axis guidance set (92) between transverse slat (51) and described active mount (4), Y-axis guidance set (92) includes the Y-axis guide rail (921) being screwed on the movable lower surface installing transverse slat (51) and driving the axis direction of screw mandrel (822) to extend along described Y-axis, and the upper end of active mount (4) is screwed with the Y-axis slide block (922) matched with Y-axis guide rail (921).
One the most according to claim 1 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described Z axis drives assembly to include and is installed in the described movable Z axis driving servomotor installing riser (52) upper end, Z axis drives servomotor to electrically connect with described controller, Z axis is driven the power output shaft of servomotor to be provided with by shaft coupling and drives screw mandrel in the Z axis being vertically arranged, the corresponding Z axis of described camera fixing frame (61) drives screw mandrel to be equiped with Z axis and drives feed screw nut, and Z axis drives feed screw nut to drive screw mandrel to match with Z axis.
One the most according to claim 6 novel tower crane movable type radiographic measurement instrument, it is characterized in that: described movable installation is equiped with Z axis guidance set (93) between riser (52) and described camera fixing frame (61), Z axis guidance set (93) includes and is screwed on movable installation riser (52) and in the Z axis guide rail (931) being vertically arranged, and camera fixing frame (61) is screwed with the Z axis slide block (932) matched with Z axis guide rail (931).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620140933.5U CN205448967U (en) | 2016-02-25 | 2016-02-25 | Novel portable image measuring instrument ware of tower crane |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620140933.5U CN205448967U (en) | 2016-02-25 | 2016-02-25 | Novel portable image measuring instrument ware of tower crane |
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| CN205448967U true CN205448967U (en) | 2016-08-10 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109297404A (en) * | 2018-10-05 | 2019-02-01 | 苏州佳裕达自动化科技有限公司 | Quickly detection cubing of any hole of precise electronic structural member to aperture thread and position degree |
| CN109682310A (en) * | 2019-03-06 | 2019-04-26 | 深圳佰视特光电科技有限公司 | Thickness plane degree segment difference detection device, system and method |
-
2016
- 2016-02-25 CN CN201620140933.5U patent/CN205448967U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109297404A (en) * | 2018-10-05 | 2019-02-01 | 苏州佳裕达自动化科技有限公司 | Quickly detection cubing of any hole of precise electronic structural member to aperture thread and position degree |
| CN109682310A (en) * | 2019-03-06 | 2019-04-26 | 深圳佰视特光电科技有限公司 | Thickness plane degree segment difference detection device, system and method |
| CN109682310B (en) * | 2019-03-06 | 2021-02-26 | 深圳佳视德智能科技有限公司 | Thickness flatness section difference detection device, system and method |
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| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 523000 E District, two building, A building, 58 de Zheng Middle Road, Xiaobian community, Changan Town, Dongguan, Guangdong. Patentee after: Guangdong denggong Measurement Technology Co.,Ltd. Address before: 523850, Dongguan, Guangdong province Changan town Kam Kam community Kam Kam Road, No. 2-6 industrial building, first floor shops Patentee before: DONGGUAN DENGGONG PRECISION INSTRUMENT EQUIPMENT Co.,Ltd. |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 |