[0030] The technical solutions in the embodiments of the present invention will be apparent from the drawings in the embodiment of the present invention.
[0031] See Figure 1 to 9 This embodiment provides a geological exploration photoelectric measuring device including a fixed measuring mechanism 1, the fixed measuring mechanism 1 comprising a first camera set 12 and a carrier portion 14, further comprising:
[0032] Activity measuring mechanism 3, the movable measuring mechanism 3 includes a movable platform 32; and a plurality of linkage assemblies 34 connected to the movable platform 32, the movable platform 32 is provided with a second camera group 31, and the linkage assembly 34 is connected to an eccentricity. Component 33, the carrier portion 14 is connected to the eccentric assembly 33;
[0033] Rotating mechanism 2, the rotating mechanism 2 includes a rotating portion 22 connected to the movable measuring mechanism 3; and a transmission assembly 21 connected to the rotating portion 22; and
[0034] Regulating mechanism 4, the adjustment mechanism 4 includes a coarse tuning assembly 41 connected to the eccentric assembly 33; and the fine adjustment assembly 42 comprises a sliding member 423; and a fourth drive gear 424 located on the slip member 423 It is used to drive the fourth drive gear 424 to be connected to the coarse adjustment assembly 41 and the transmission assembly 21, respectively, and can separate the movable measuring mechanism 3 and the rotating mechanism 2.
[0035] See Figure 1 to 9 In the technical solution described above, the carrier portion 14 is designed to carry the carrier or a stage, and the specific shape and material are not limited thereto, and a sleeve 141 is mounted on the carrier portion 14.
[0036] It is known that the coarse adjustment assembly 41 can directly drive the eccentric assembly 33 to make an eccentric motion, and is to quickly rotate the eccentric assembly 33 from one linkage assembly 34 to the adjacent additional linkage assembly 34, at which time the sliding sliding member 423, The fourth transmission gear 424 on the slip member 423 is moved to the position connected to the coarse adjustment assembly 41, which can be driven by rotating the sliding member 423 and the eccentric assembly 33 for reducing the eccentric assembly 33. The speed, thereby slowly driving the movable platform 32 and the second camera set 31 by the linkage assembly 34, facilitating the measurement of the relevant parameters of different angles of the measured surface on the carrier portion 14;
[0037] When it is necessary to measure the relevant parameters of the surface in different directions in different directions in different directions in different directions of the measured object, the first camera group 12 located above the carrier portion 14 can measure the parameters of the upper surface of the measured object, and draft The tetraload gear 424 is connected to the transmission assembly 21, which can drive the rotation mechanism 2 by the fine-tuning component 42 and the movable measuring mechanism 3 located within the rotation mechanism 2, so that the second camera set 31 can be capable of being measured. The measurement is performed, and the features are highly practical and easy to use.
[0038] See Figure 4 to 5 Further, the eccentric assembly 33 includes an eccentric 331 connected to the coarse tuning assembly 41; and a rolling portion 332 located on the eccentric member 331, the biasing member 331 is also provided with a sleeve 333 for mounting the carrier portion 14. The carrier portion 14 is still stationary with respect to the eccentric member 331, and the eccentric member 331 is designed as a rotary disc or a rotating plate or a rotating rod, etc., the outer profile is not limited, the rolling portion 332 is designed as a combination of rollers and struts, and the rolling portion 332 passes The rod is connected to the center position on the eccentric member 331 such that the roller can be eccentric, and of course the rolling portion 332 can also be designed as a combination of balls and struts, etc., the sleeve 333 is mounted in an eccentric 331 The central position, the sleeve 141 in the carrier portion 14 is inserted within the sleeve 333, and when the biasing member 331 is rotated, the sleeve 141 remains different relative to the sleeve 333, so that the carrier portion 14 can remain stationary, of course, In order to reduce the friction between the two, lubricating substances such as lubricating oil can be added to the sleeve 333 and the sleeve 141.
[0039] See Figure 4 to 5Further, the linkage assembly 34 includes a linkage 343 hinged to the movable platform 32; and a slider 342 hinged to the linkage 343, the slider 342 ends are provided with the pressure of the rolling portion 332 to drive the slider 342 The pressure carrier body 341, which further drive the movable platform 32 and the second camera set 31, the linkage 343 is designed as a link, the slider 342 is designed as a slider, the pressure receiving member 341 is designed as a wedge block, when a bias piece 331 When the rolling portion 332 is slid along the inclined surface on the wedge block, a pressure in the axial direction in the axial axis direction can be applied to the wedge block, thereby driving the active platform 32 to tilt the movable platform 32, due to several linkage components 34 About the central symmetry of the active platform 32, when one of the linkage assembly 34 is moved, the remaining linkage assembly 34 is moved by the inclinement of the movable platform 32, and any of the plurality of cascading assembly 34 can be driven by the rotation eccentric member 331. Further, the active platform 32 is thrown toward different directions.
[0040] See Figure 5 Further, the slider 342 is further attached to a reset member 344 for driving the active platform 32, which is designed as a reset spring. When the rolling portion 332 is pressed, the reset spring is compressed. When the rolling unit 332 exits from the carrier portion 341, the elastic deformation of the reset spring can be reset by the pressure receiving member 341, and the active platform 32 is automatically "back".
[0041] Of course, the reset spring can also be designed as an elastic rubber sleeve such as a slider 342, which is a conventional technical means in the prior art, no longer described.
[0042] See Figures 2 to 3 Further, the rotating portion 22 includes a second skeleton 221; and a wheel teeth 223 located on the second skeleton 221, the second skeleton 221 is provided with a guide 222, the slider 342 and the guide 222 slide Connection, the guide 222 is designed to be mounted on the second skeleton 221, and the fixing ring, etc., in the form of a fixed ring in the drawings, and there is a through hole on the fixed ring, and the slider 342 runs through the through hole, At this time, the through hole acts as a guide, and the slider 342 can be moved in linear motion.
[0043] See Figure 9 , As an embodiment of the present application, the coarse tuning assembly 41 includes a coarse control rod 412 coupled to the center position of the eccentric member 331; and a third drive gear 413 on the coarse control rod 412, the third drive gear 413 Engaging with the fourth drive gear 424, the end portion of the coarse adjusted lever 412 is provided with a rough knob 411, making it easy to rotate the coarse tone 412.
[0044] See Figure 9 Further, the transmission assembly 21 includes a second drive gear 214 that engages the wheel 223; and a first drive gear 211 that is engaged with the fourth transmission gear 424, the first transmission gear 211 is driven by a belt transmission assembly 213. The second transmission gear 214 is rotated, and the second drive shaft 215 is connected to the second drive gear 214, and the first transmission shaft 212 is connected to the first drive gear 211, and the belt transmission assembly 213 includes a first in the second drive shaft 215. A synchronization wheel attached to the first transistor shaft 212 and the synchronization belt attached to the first synchronization wheel and the second synchronization wheel.
[0045] Of course, the belt transmission assembly 213 can also replace the chain transmission assembly, ie the first synchronous wheel is replaced into a first sprocket, and the second synchronous wheel is replaced into a second sprocket, and the synchronous belt is replaced by a transmission chain, which is existing The conventional technical means in the technology will not be described.
[0046] See Figure 9 Further, the fine tuning assembly 42 also includes a fine tuning lever 422, a limit piece 426 connected to a slip member 422, and a slip member 423 drives the fourth drive gear 424 by a limit piece 426. Sports between the second drive gear 214 and the third drive gear 413, the end of the fine tuning lever 422 is connected to the fine-tone knob 421, and the limit piece 426 is designed to extend along the axial direction of the microculated rod 422, correspondingly The slip member 423 is designed to be sleeved in the sleeve of the fine tuning lever 422, and the inner wall of the sleeve is used in conjunction with the limit rib, and when the micro-tone knob 421 is rotated, it can pass the limit. The bib and the restricted groove rotates with the slip moving portion 423 and the fourth transmission gear 424, and the hand can also be pulled or pushed with the sliding member 423 along the limit rib as linear motion to achieve the active measurement mechanism 3, respectively. The function of the rotating mechanism 2 is movable, and there is also an adsorbent 425 that is adsorbed on the fine-tuning knob 421 on the slip member 423, thereby fixing the position of the fourth transmission gear 424, and the attachment 425 can be designed as a magnet, corresponding, The material of the fine-tuning knob 421 should be used as a metal adsorbed with the magnet, such as iron, etc., and the adsorption 425 can also be designed as a rubber or silicone nozzle, which is used to adsorbate the surface of the fine-tuning knob 421, and of course, the absorbent 425 can also be designed to other Structural form, this is not limited;
[0047] The diameter of the fourth transmission gear 424 is designed to be less than the diameter of the fourth transmission gear 424, and according to the engagement principle of the gear, when the staff rotates the fine-tone knob 421 by the same speed by the finger The angular velocity of the driving member 331 will be smaller, so that the speed of the rolling portion 332 moves on the receiving member 341, so that the change amplitude of the movable platform 32 is inclined, which is advantageous for more precise adjustment second The position of the camera group 31 includes the characteristics of the second camera group 31, thereby improving the accuracy of the measurement.
[0048] See Figure 7 Further, the fixed measuring mechanism 1 further includes a first bone frame 11; and a human machine intersection interface 13, the first camera group 12 and the second camera group 31 are electrified with the human machine interaction interface 13. Sexual connection, the active measuring mechanism 3, the rotation mechanism 2, and the adjustment mechanism 4 are both mounted on the first frame 11, and the second skeleton 221 is designed to be guided 224, corresponding, and the first bone frame 11 is also provided with a chute. The second skeleton 221 is slid in the slide through the guide rail 224 for increasing the stability of the rotating mechanism 2, thereby increasing the accuracy of the measurement, by observing the people's machine intersection interface 13 can understand the first camera group 12 and the second camera group 31 The relevant parameters of the measured object detected, and the first camera set 12 and the second camera group 31 can be adjusted by the human machine intersection interface 13.
[0049] When the application is used, the coarse adjustment assembly 41 can directly drive the eccentric assembly 33 to make an eccentric motion, and is to quickly rotate the eccentric assembly 33 from one linkage assembly 34 to the adjacent additional linkage assembly 34, at which time the sliding sliding piece 423 , Move the fourth transmission gear 424 on the sliding member 423 to the position connected to the coarse adjustment assembly 41, which can be driven by rotating the sliding member 423 and the eccentric assembly 33 for reducing the eccentric assembly 33. The speed of rotation is slowly driven by the linkage assembly 34 and the second camera group 31 is tilted, and the relevant parameters of the small characteristics of different angles on the bearing portion 14 are measured;
[0050] When it is necessary to measure the relevant parameters of the surface in different directions in different directions in different directions in different directions of the measured object, the first camera group 12 located above the carrier portion 14 can measure the parameters of the upper surface of the measured object, and draft The tetraload gear 424 is connected to the transmission assembly 21, which can drive the rotation mechanism 2 by the fine-tuning component 42 and the movable measuring mechanism 3 located within the rotation mechanism 2, so that the second camera set 31 can be capable of being measured. Perform measurement.
[0051] In summary, the coarse adjustment assembly 41 and the fine adjustment assembly 42 are used in combination with each other, and the second camera group 31 in the movable measurement mechanism 3 can be adjusted to the tilt of the carrier portion 14. The angle, so that the correlation parameters at the feature of different angles on the surface of the measurement surface can be measured, and the slip member 423 in the fine adjustment assembly 42 can drive the transmission of the fourth transmission gear 424 and the rotating mechanism 2. The assembly 21 is connected, and then the rotation mechanism 2 and the movable measuring mechanism 3 do cyclic motion, thereby measuring the parameters of the measured corps, with the characteristics of practicality and convenient use, solving the existing geological exploration photoelectric measuring device There is a problem of practicality and inconvenience.
[0052] It is to be specifically described that although this specification describes in accordance with an embodiment, it is not that each embodiment contains only a separate technical solution. This narrative method of the specification is simply, and those skilled in the art will use the specification as a Overall, technical solutions in each embodiment can also be suitably combined, and other embodiments, those skilled in the art, and the above embodiments are described only in the preferred embodiment of the present invention, and the description is more specific and detailed. However, it is not possible to understand the limitations of the patent scope of the present technology. It should be noted that in terms of one of ordinary skill in the art, several degeneration, improvements, and replacement can be made without departing from the context of this application, which belongs to the scope of the present technology.
