24 results about "Survey instrument" patented technology

This invention provides an intelligent pipeline inspection and testing system, comprising a wirelessly connected surveying instrument and a mapping terminal. The surveying instrument includes a laser ranging module, an attitude sensor module, a GPS positioning module, and a processor. The output of the laser ranging module is connected to the first input of the processor to send the measured distance signal to the processor. The output of the attitude sensor module is connected to the second input of the processor to send the measured pitch angle signal and horizontal azimuth angle signal to the processor. The output of the GPS positioning module is connected to the third input of the processor to send the longitude, latitude, and altitude coordinates of the surveying instrument's location to the processor. This invention obtains the three-dimensional coordinates of the pipeline components (longitude, latitude, and altitude) through the GPS positioning module, and combines this with the infrared ranging function of the surveying instrument to obtain the vertical distance of the pipeline from the installation ground, thus achieving clear differentiation of different levels of pipelines in a three-dimensional intersecting pipeline system.

This invention discloses an automatic leveling geographic surveying instrument, belonging to the field of geographic surveying technology. The invention first acquires the tilt angle and tilt angle change rate of the total station base in real time, dividing station settlement into three stages: micro-settlement, significant settlement, and sudden settlement. For the micro-settlement stage, real-time error compensation is achieved through elevation correction of the line-of-sight height-time fitting curve and vertical axis tilt horizontal angle correction. For the significant settlement stage, high-precision automatic leveling based on a kinematic model, physical compensation for the three-dimensional displacement of the instrument center, and orientation reset are executed sequentially. For the sudden settlement stage, shutdown alarm and abnormal data marking are implemented. This invention also includes surveying instrument hardware with electrically telescopic outriggers and a multi-sensor system, adaptable to surveying operations in complex geological conditions, balancing measurement accuracy, operational continuity, equipment safety, and data utilization.

The application discloses a surveying instrument positioning device for surveying, which comprises fixed taper feet, supporting frames, adjusting devices, counterweights, surveying instruments, movable devices and supporting legs. When the device is used, it is moved to a corresponding position for use. Folding rods are connected between the three supporting legs and the counterweights, so that the three supporting legs can be adjusted to be expanded or contracted under the action of the folding rods, thereby adjusting the surveying instruments to a corresponding height for surveying. Then, the three supporting frames are moved on the corresponding fixed taper feet, expanded and inserted into the ground, effectively playing a good supporting role. The bottom plate is fixedly connected to the upper end of the supporting frame. The top of the butt joint plate is fixedly connected to the supporting leg. The butt joint plate is adjusted to be leveled by the cooperation of the rotating assembly and the extension rod, so that the surveying instrument above the butt joint plate can be in a balanced state for surveying work.

The utility model relates to the technical field of geological engineering surveying and mapping, in particular to a surveying and mapping instrument positioning device for geological engineering surveying and mapping, which comprises a mounting seat, three rotating strips are rotatably connected to the side wall of the mounting seat, supporting legs are slidably connected to the interiors of the rotating strips, and adjusting structures are arranged on the surfaces of the supporting legs. Each adjusting structure comprises a sliding plate connected into the corresponding supporting leg in a sliding mode, the lower end of each sliding plate is fixedly connected with a plug, the lower end of each plug is of a tip structure, a plug pin penetrates through the side wall of each rotating strip in a sliding mode, an inserting hole is formed in the side wall of each supporting leg, and the size of each plug pin is matched with the size of each inserting hole. The side wall of the plug pin is fixedly connected with a baffle ring, and the surface of the plug pin is sleeved with a spring. According to the surveying and mapping instrument adjusting device, the surveying and mapping instrument can be rapidly and accurately placed conveniently by arranging the adjusting device and adjusting the support at the bottom of the surveying and mapping instrument twice, and the adjusting efficiency of the surveying and mapping instrument is improved to a certain extent.

This invention relates to the field of surveying instrument technology, and in particular to a surveying device for coal mining subsidence areas. The device includes a protective cylinder, anchor rods, and a surveying instrument. The protective cylinder is telescopic, and a transparent light-transmitting cylinder is installed on its side wall. A cleaning cylinder for cleaning the outer wall of the light-transmitting cylinder is rotatably fitted onto the outer wall of the light-transmitting cylinder, and a liftable light-transmitting door is installed on the cleaning cylinder. Several anchor rods are detachably connected to the bottom of the protective cylinder, and are evenly spaced circumferentially on the protective cylinder, with their bottom ends anchored into the ground. The surveying instrument is housed inside the protective cylinder via a rotatable mounting base, and its measuring head is correspondingly positioned with the light-transmitting door. This invention achieves dynamic self-cleaning of the light-transmitting surface, closed protection of the optical path, and high stability of the subsidence area ground, effectively solving the problem of decreased measurement accuracy caused by dust obstruction and device displacement.

This invention provides a positioning device and method for a surveying instrument used in engineering surveying, relating to the field of surveying instrument technology. In this invention, a first frame and a second frame are rotatably connected by a shaft. An extension frame is slidably connected to the outer surface of the second frame to extend its length. Fasteners are provided between the second frame and the extension frame for fixation. A target positioning component and an inclination sensor are provided on the first frame. The target positioning component also has a protective component to protect the positioning element. In this invention, the protective component, through the cooperation of a track ring, gear transmission, and baffle structure, can be unfolded and folded by rotating a handle. When unfolded, it forms a complete circular protective surface that wraps around the positioning prism, effectively preventing damage to the positioning prism from collisions, dust corrosion, etc., during transportation or when not in use. When folded, it does not affect the signal reception of the positioning prism, thus balancing protection and practicality.

The utility model relates to surveying instrument technical field especially a kind of surveying instrument field shading device, it is installed on the lens end of surveying instrument main body, including cover body, the cover body is detachably connected by elastic structure with the lens end of surveying instrument main body, rotating joint has sunshade in the opening end of the cover body, sunshade and the cover body between being equipped with positioning structure, the positioning structure is used to fix sunshade;Wherein, the cover body between the both sides of opening end and sunshade are also equipped with sunshade soft membrane, first annular portion and second annular portion between inside and outside sleeve joint, and after sleeve joint, at least one of the protruding structure is also clamped in positioning hole under the action of elastic part, realize the effect of fixed cover body, to reach the effect of convenient disassembly and assembly cover body and facilitate carrying surveying instrument, in addition, sunshade and cover body between also be fixed by positioning structure, avoid appearing sunshade fixation unstable and then influence surveying instrument use condition.

The utility model discloses a surveying instrument for water conservancy surveying relates to water conservancy surveying technical field. The utility model discloses a chute board and sets a plurality of support legs under the chute board, the below of chute board is provided with the fixed plate, the top of chute board is provided with surveying instrument, still include: fixed part, the fixed part sets up on the chute board, and support part, the support part sets up on the fixed plate, among them, the fixed part penetrates the chute board, the fixed part includes clamping subassembly, clamping subassembly sets up on the chute board and limiting component. The utility model discloses a fixed part, solved the existing surveying instrument for water conservancy surveying when using, owing to the scene of water conservancy surveying changeable, the increasing of uncertain factors such as water flow, the measuring point of surveying instrument is affected by the action of external force, causes the instrument to deviate, the problem of influence surveying data's accuracy.

A survey instrument comprising a single point measurement unit, a point cloud measuring module, and a computing unit. The single point measurement unit is configured to generate first measurement data comprising coordinates a point. The point cloud measuring module has a fixed pose relative to the single point measurement unit, and configured to generate a second measurement data comprising coordinates of a plurality of points. The computing unit stores calibration parameters and is configured to generate a point cloud based on the second measurement data, to merge it with the first measurement data and to detect surfaces and object edges in it. The survey instrument is configured to execute a calibration using object edges in the setting. The single point measurement unit acquires a set of single measuring points including at least two on each flat surfaces of the object edges.

The application discloses a geological exploration surveying device and belongs to the technical field of surveying. Mainly including the base, the base is provided with the surveying instrument on the upper and lower ends and the tripod with the guide sleeve and the guide column, and the transportation assembly is installed on the tripod. The transportation assembly comprises the fixing seat arranged on the outer side of the guide sleeve, the cross beam is arranged between the fixing seats, the extension plates are arranged at the two ends of the cross beam, the mounting plates are arranged between the extension plates and located at the middle positions, the screw rods are arranged on the mounting plates, the universal wheels are arranged at the other ends of the screw rods, and the locking parts are arranged on the transportation assembly. The geological exploration surveying device can be directly moved.

This utility model relates to an adjustable support for a surveying instrument, specifically within the field of surveying instrument support technology. A fixed platform is mounted on the top of the support leg, and a rotating motor is securely mounted on the top of the platform. The output shaft of the rotating motor is connected to a vertical stand. A vertically sliding plate is mounted on the front side of the stand, and a horizontal plate is fixedly mounted on the front side of the plate. An electric slide is fixedly mounted on the front side of the horizontal plate, and a drive motor is mounted on the side of the electric slide. A horizontally sliding slide seat is mounted on the electric slide, and a mounting base is mounted on the outer side of the slide seat. The mounting base is used to mount and secure the surveying instrument. This utility model eliminates the need for manual operation during data acquisition by the surveying instrument, ensuring uniform rotation and horizontal movement. This effectively avoids the loss of detail and inaccuracies in the acquired data and the resulting panoramic images, thereby improving surveying accuracy and significantly reducing surveying time, further enhancing surveying efficiency.

The utility model discloses a surveying and mapping tripod anti -settlement device, including the connecting barrel, the below of connecting barrel is provided with the connecting assembly, the below of connecting assembly is provided with the adjusting assembly, the below of adjusting assembly is provided with the anti -settlement board, the below fixed mounting of anti -settlement board has the plug -in rod, the plug -in rod is provided with three, the front end and rear end of the below of anti -settlement board are respectively arranged the sliding bottom groove of symmetry, the inside swing of sliding bottom groove is provided with the extension plate, the above fixed mounting of extension plate has the stabilizing plate. Its realized the ability of anti -settlement, increased practicality, thereby solved when the surveying and mapping tripod is in the soft or uneven bearing capacity ground use, easy to have the settlement phenomenon, cause the surveying instrument to be difficult to keep the stable level state problem.

The utility model relates to a kind of underground pipeline surveying instrument calibration device, comprising: regular framework (1), handle (2) being arranged at the first end of the regular framework (1), connecting support seat (3) and rolling support (4) being arranged at the second end of the regular framework (1);The first end and the second end of the regular framework (1) are opposite;The connecting support seat (3) is arranged at the upper side of the second end of the regular framework (1), and the rolling support (4) is arranged at the lower side of the second end of the regular framework (1).The calibration device of the present scheme is simple in structure, easy to use, and it can complete the calibration work of surveying instrument without relying on pipeline, and can test complex trajectory with large curvature, large difference, etc.

A computer-implemented method for determining an accuracy map for a work area at a work site, in which a surveying instrument is deployed at a station, the accuracy map showing for the work area at least one accuracy achievable during operation of the surveying instrument, the method being performed by a computer system and comprising the steps of: - dividing the work area into a grid pattern of surface elements, - computing, for the station of the surveying instrument, a pose vector and corresponding variances and covariances of pose elements of the pose vector, - computing, for the surface elements, based on the pose vector, variances and covariances of the pose elements, based on a measurement accuracy of the surveying instrument, and based on representative coordinates of the surface elements, accuracies achievable during operation of the surveying instrument, - computing the accuracy map based on the accuracies computed for the surface elements, and - instructing a display to visualize a graphical representation of the accuracy map.

The application relates to a kind of method and system for controlling measuring instrument, it is related to artificial intelligence and instrument automation control technical field.The system includes agent module and reasoning module, agent module includes word segmentation module, mapping module and at least one function agent module;Word segmentation module obtains the control information input by user, extracts the feature word group of control information;Word segmentation module inputs each feature word to the preset feature-semantic model, determines the category and semantics of control information according to the preset feature-semantic model;Mapping module determines the function agent module corresponding to control information according to the category and semantics of control information;Function agent module obtains control information, carries out format conversion based on the category and semantics of control information, to generate first instruction code;Reasoning module is used to obtain first instruction code, carries out code conversion to first instruction code, to generate second instruction code, and second instruction code is sent to agent module, to execute control information, realizes the control to measuring instrument.

The present disclosure relates to a surveying instrument and to a method of operating a surveying instrument for tracking of a target including a plurality of light emitting elements and / or a plurality of light reflecting elements configured to emit and / or reflect light radially. The surveying instrument includes a tracking unit configured to adjust a sighting axis of said surveying instrument towards said target by maintaining a predetermined distribution of signal levels on a light sensitive detector. The method comprises obtaining an error function representative of a misalignment of said sighting axis with respect to a reference point in the target as a function of an orientation of the target relative to said surveying instrument, receiving information indicative of an orientation of said target relative to said surveying instrument while tracking said target, retrieving an error from said error function based on the received information, and compensating for the retrieved error.

This utility model relates to a surveying and mapping device for building construction, belonging to the technical field of construction tools for building engineering. It includes a surveying instrument with multiple support rods at its bottom. A support plate is fixedly installed at one end of each support rod. A rotating column is threaded onto the support plate. A housing is fixedly installed on the support plate, and a movable block is slidably installed inside the housing, rotating with one end of the rotating column. A first through hole is provided on the movable block, and a movable shaft is movably installed within this hole. An insert is fixedly installed at one end of the movable shaft, and a limit button is fixedly installed at the other end. This utility model, through the coordinated operation of the rotating column, movable block, and movable shaft, allows the insert to be inserted into the soil along a second through hole, thereby making the support plate and support rods more stable in supporting the surveying instrument, ensuring both the accuracy of the survey data and the safety of the surveying equipment.

The application discloses a surveying instrument for engineering construction, and relates to the technical field of engineering surveying, which comprises a surveying instrument main body, a controller arranged on the surveying instrument main body, a mounting disc arranged below the surveying instrument main body, a telescope objective arranged on the surveying instrument main body, a connecting block fixedly arranged on the surface of the surveying instrument main body, a rotating rod pivotally connected to the surface of the connecting block, and a monitoring box fixedly arranged on the surface of the surveying instrument main body. The surveying instrument for engineering construction can produce controllable bending due to the difference in thermal expansion coefficients between the upper and lower layers of the bimetallic strip, and can double-protect the surveying instrument main body under the linkage cooperation of multiple structures in a high-temperature state without manual intervention. The whole protection mechanism can operate autonomously, can avoid problems such as lens deformation and coating failure of the telescope objective caused by continuous heat radiation, can avoid the performance degradation of the surveying instrument main body caused by overheating of circuit elements, and can significantly prolong the service life of the surveying instrument main body.

The application discloses a road engineering surveying instrument and a surveying instrument support, and belongs to the field of surveying instruments. The instrument comprises a base, a surveying instrument installed on the upper end face of the base, and at least three baffles surrounding the side face of the surveying instrument. A horizontal rotating shaft one is fixedly installed on the baffle, the rotating shaft one is hinged to the base, the two ends of the rotating shaft one are fixedly sleeved with bevel gears one, the bevel gears one at the end of any rotating shaft one are engaged with the bevel gears one on the adjacent rotating shaft one, a driving mechanism is arranged on the base and used for driving any rotating shaft one to rotate, at least three vertically arranged supports are slidably connected to the base, the supports are slidably connected to the base through through grooves on the base, the support is internally provided with a bracket for preventing counterweight blocks, a container is fixedly installed on the bottom face of the base, and a conveying mechanism for conveying the counterweight blocks to the bracket is arranged in the container.

This utility model discloses an assembled surveying instrument, including a surveying instrument body. A base is fixedly installed on the bottom of the surveying instrument body, and an assembly plate is installed on the lower side of the base. The assembly plate includes a connecting seat fixedly connected to the bottom of the base, a locking plate fixedly connected to the bottom of the connecting seat, and the assembly plate installed below the locking plate. The bottom of the assembly plate is supported and fixed by a tripod. An installation space is opened inside the assembly plate, and a locking spring is installed inside the installation space. In this assembled surveying instrument, the locking plate is locked inside the locking groove, and under the compression of the locking spring, the rotating surveying instrument body can be quickly assembled. It is fixed by the tripod installed at the bottom of the assembly plate, which facilitates the use of the equipment. The method of installing the surveying instrument body is simple and quick; only the surveying instrument body needs to be selected to complete the fixing work, eliminating the possibility of pinching fingers.

This utility model discloses a portable surveying instrument, comprising: a base, a horizontal adjustment seat mounted on the base, a surveying instrument body mounted on the horizontal adjustment seat, and multiple equidistantly distributed support feet hinged to the outer wall of the base bottom. It also includes: a stand mounted on the outer wall of the base bottom, wherein a lifting component is slidably connected to the inner wall of the stand, and a gear is rotatably mounted on one side of the outer wall of the stand; a limiting component is also mounted on one side of the outer wall of the stand. This portable surveying instrument, through the linkage of gears, the lifting component, and the moving component, achieves flexible switching between support and movement states, allowing for movement of the device without overall lifting, thus improving portability. The limiting component ensures structural stability after state switching, preventing shaking that could affect use. The support feet, in conjunction with casters, ensure stable support during surveying while also enabling flexible and convenient movement, making it suitable for surveying scenarios requiring frequent position adjustments.