8results about How to "High debugging accuracy" patented technology

The utility model discloses a laser level instrument technical field's a laser level instrument swing body based on split type optical mirror, including swing body and assemble in swing body's laser module, its characterized in that, laser module has at least two, be equipped with with laser module one -to -one corresponding mounting portion on the swing body, the mounting portion all are installed with optical mirror, the optical mirror is used for the laser beam that laser module sends out changes into the laser line of different directions, the present scheme is through split type setting with optical mirror on swing body, and each through separate laser module output laser, when debugging, need not accurate fine adjustment to the angle and position of laser module, only need its output laser alignment each optical mirror, and the angle of optical mirror is synchronous with swing body, and the angle of optical mirror itself does not need additional adjustment, is favorable to improve efficiency and debugging accuracy.

This application relates to the technical field of wind turbine units, and particularly to an installation and debugging device for a lidar. The installation and debugging device for the lidar provided in this application includes a connection mechanism, a first support component, and a measurement component. The measurement component is disposed on the first support component. The measurement component includes an inclination measurement piece and a laser piece. The laser piece is used to calibrate the target position of the adjustment strut, and the inclination measurement piece is used to obtain the attitude information of the lidar body. Among them, the first support component includes a first support part and a second support part. The first support part can drive the second support part and the measurement component to rotate relative to the connection mechanism around the first axis to adjust the roll angle of the measurement component. The measurement component can rotate relative to the first support part around the second axis to adjust the pitch angle of the measurement component. The extension directions of the first axis and the second axis are intersectingly arranged. Thus, the debugging accuracy can be improved and the debugging duration can be saved, so as to meet the installation requirements of the lidar.

The invention provides a closed-loop feedback adjustable diamond cutting tool which comprises a first adjusting unit capable of deflecting and adjusting in an X-Y plane around a Z axis, a second adjusting unit capable of sliding and adjusting is connected above the first adjusting unit, and a sliding surface of the second adjusting unit is parallel to the X-Y plane. The second adjusting unit is connected with a fourth adjusting unit through a third adjusting unit used for Z-direction leveling, the fourth adjusting unit drives the diamond to rotate along the Y axis, and the top face of the fourth adjusting unit is provided with a visual calibration plate for a camera to shoot. The shot visual calibration board judges whether the first adjusting unit and / or the third adjusting unit are / is parallel to the camera or not through the visual analysis system, and if the first adjusting unit and / or the third adjusting unit are / is not parallel, the first adjusting unit and / or the third adjusting unit are / is adjusted. According to the tool, four stages of adjusting mechanisms are integrated, the application range is greatly widened, the machining universality is greatly improved, the positioning precision after diamond clamping is effectively improved, and the section cutting accuracy is improved.

The invention relates to the technical field of helicopter rotor systems, in particular to a helicopter rotor flapping limiting device which comprises a propeller hub, and a flapping limiting mechanism, a range adjusting mechanism and a double-limiting latch hook mechanism are arranged on the surface of the propeller hub in an annular array with the propeller hub as the circle center. The double-limiting lock hook mechanism comprises a first lower waving limiting lock hook, a limiting support, a second lower waving limiting lock hook, a limiting block, an extension spring and a centrifugal balancing weight which are arranged on the surface of the waving limiting mechanism. When the rotor rotates at a high speed, centrifugal force drives the centrifugal balancing weight to move, the pulling force of the extension spring is overcome, the limiting support rotates, and the first downward-waving limiting lock hook and the second downward-waving limiting lock hook are separated from the initial positions, so that the paddles can freely wave to achieve pneumatic efficiency and operation flexibility, and therefore the double lock hooks are unlocked and closed at different speeds and stages; the overcoming process of centrifugal force is divided into two stages, the action of the lock hook is in a small-angle and slow-stroke gradual change mode, the impact load is reduced, and the action stability is improved.

The utility model relates to the field of medicine plate boxing machine, concretely relates to a debugging module and boxing machine for boxing machine. The debugging module includes: a plurality of debugging blocks, is suitable for with medicine plate boxing size and can select and combinable arrangement in medicine plate warehouse and medicine pushing structure, forms the mark on every debugging block, and coats the ceramic plating layer on every debugging block. The debugging module for boxing machine can replace one or more medicine plates to debug when debugging in medicine pushing structure and medicine plate warehouse, reduces the debugging difficulty, improves the debugging accuracy, and then reduces the equipment failure rate, improves the product yield and production efficiency.

This invention relates to the field of continuous robot technology, and more particularly to a continuous robot actuator that is easy to assemble, disassemble, and synchronously adjust. The actuator includes a continuous joint segment, a fixed frame, a quick-change device, a pitch adjustment device, a pre-tensioning device, and a pre-tension force adjustment device. The continuous joint segment is connected to the pitch adjustment device via the quick-change device. A pre-tensioning device is located at the bottom of the pitch adjustment device, and the pre-tensioning device is connected to the pre-tension force adjustment device. Using this continuous robot actuator, which is easy to assemble, disassemble, and synchronously adjust, multiple drive guide wires can be quickly fixed and separated from electric cylinders simultaneously, improving work efficiency. The distribution circle diameter of the electric cylinders can be steplessly adjusted within a certain range, allowing a single actuator to flexibly adapt to various continuous bodies with different drive guide wire distribution specifications, improving versatility. It ensures that the final pre-tension force of all drive guide wires can accurately and consistently reach the preset value, improving the overall performance and reliability of the system.

The invention relates to a method and device for debugging air volume balance of a pellet solid-solid heat exchange dust removal system, and belongs to the technical field of industrial ventilation and dust removal. S2, measuring the air volume of a reference tuyere; s3, the resistance of the main guide pipeline is adjusted; s4, performing equal-ratio imbalance correction on the branch pipelines; and S5, iterative fine tuning and verification are carried out. According to the method, calibration of the leading pipeline and the equal-ratio imbalance algorithm are organically combined, a complete, efficient and accurate air volume balance debugging solution is formed, and many defects in the prior art are effectively overcome.

This invention discloses an automated debugging system and method for an optoelectronic turntable. The system includes: multiple servo units to be tested, a signal integration and processing unit, and a debugging station unit. Each servo unit's turntable includes at least one rotating axis, and each axis corresponds to a motor and a controller. The controller controls the motor to drive the corresponding rotating axis. The signal integration and processing unit consists of multiple signal processing units, each communicatively connected to a servo unit and used to collect data from the corresponding servo unit at various times. The signal integration and processing unit compiles the data collected by each signal processing unit into a dataset and sends the dataset to the debugging station unit. The debugging station unit includes at least a planner and multiple optimizers, each optimizer corresponding to a controller. The planner plans the debugging scheme for each servo unit, and each optimizer adjusts the corresponding controller parameters to obtain the final debugging result. This application can improve the modulation accuracy and efficiency of the turntable controller parameters.