8results about How to "Real data" patented technology

The application provides a manhole anti-falling net installation construction management system and method, and relates to the technical field of municipal pipe network construction management.The application realizes real-time monitoring of a manhole construction object, collects facility number, spatial coordinates, pre-construction, in-construction and post-construction images and timestamp information, constructs a unique identifier of the construction object and generates a standardized information body;on this basis, the spatial consistency coefficient of the construction object, the construction process integrity coefficient and the construction result reliability coefficient are calculated respectively, and compared with the corresponding threshold value for evaluation;when the evaluation result is unqualified, the control strategies such as automatic repositioning, supplementary shooting and recording, rework or manual review are triggered, the abnormal data flow is suspended, and the update and recording are completed until the evaluation meets the standard.The method realizes spatial verification, process constraint and result quality control of the manhole anti-falling net construction process, and improves the construction authenticity, data reliability and management efficiency.

The present invention discloses a lateral reciprocating motion test simulation device for aircraft, which belongs to the field of aircraft wind tunnel test. The device comprises an aircraft model, a force balance, a pitch angle adjustment unit, an upper support rod, a lower support rod, a lateral motion unit and a turntable base, wherein the lateral motion unit can move in the horizontal direction, the upper end of the upper support rod is provided with a pitch angle adjustment unit, the aircraft model is connected to the pitch angle adjustment unit through the force balance, the pitch angle adjustment unit can adjust the angle in the Y direction to achieve the change of the pitch angle of the aircraft model, the lower end of the upper support rod is meshed with the upper end of the lower support rod and can adjust the angle in the Z direction to achieve the change of the aircraft side slip angle, and the lower end of the lower support rod is fixedly connected to the lateral drive motion unit to achieve the reciprocating oscillating motion of the aircraft model in the horizontal direction. The device has the advantages of simplicity, symmetry and high rigidity, and can realize the measurement test of the differential derivative of the lateral and heading wash flow of models within a large size range.

The present invention relates to the technical field of forklift performance testing, and discloses a forklift anti-dumping ability testing device, which includes a simulated load, a test platform and a winch, a tilting platform is arranged at the center of the test platform, a forklift to be tested is parked on the tilting platform, the forklift to be tested forks the simulated load and lifts it to the maximum lifting limit, a movable crane is erected on the test platform, a winch is arranged on the crane, a steel cable is wound around the winch, a sling is connected to the end of the steel cable, and the simulated load is hoisted on the sling. The advantages of the present invention compared with the prior art are: the simulation is performed by continuously increasing the inclination angle of the tilting platform, the data is more realistic, the inclination direction of the tilting platform can be adjusted steplessly, and a variety of working conditions can be simulated, the simulated load is hoisted by a winch, and the dumping of the forklift to be tested is prevented from damaging the device, and a winch torque adjustment device is provided to achieve real-time adjustment of the winch torque size and direction to meet the above requirements.

This utility model relates to a microscopic observation device for soil particles in shaking table tests, belonging to the technical field of civil engineering experimental equipment. It includes a vibrating base that supports the entire device and provides controlled vibration power; a fully transparent model box is mounted on the vibrating base to hold the soil particle sample to be observed, and the bottom layer of the fully transparent model box has symmetrically arranged wave-absorbing sponge layers on its left and right sides; a miniature camera assembly is mounted on the vibrating base, vibrating synchronously with the fully transparent model box; the miniature camera assembly includes a camera with high-speed continuous shooting capability, and the frame rate of the miniature camera assembly is not less than 300fps; a horizontal electric guide rail is mounted on the vibrating base; and a vertical electric lifting column is mounted on the horizontal electric guide rail. This utility model effectively eliminates the relative displacement problem caused by the asynchronous movement of the camera equipment and the model box in shaking table tests.

The utility model discloses a biological ultra-low temperature vacuum liquid nitrogen box which comprises a heat insulation base, a vacuum outer system, a vacuum inner shell system, a waste material pipe, a cover plate table and a liquid nitrogen inlet and outlet, the bottom of the vacuum outer system is fixedly installed on the top of the heat insulation base, the vacuum inner shell system is fixedly installed in the vacuum outer system, and the waste material pipe is connected with the cover plate table. And the waste material pipe is fixedly mounted on one side of the vacuum external system. The whole design operation process of the ultralow-temperature liquid nitrogen box is carried out under a low-temperature condition, so that the primitiveness and the integrity of a biological sample are protected to the greatest extent, the activity of the biological sample is not damaged, more, better and more real data can be obtained, and the ultralow-temperature liquid nitrogen box is particularly suitable for some low-abundance and easily-degradable samples. Low-temperature operation has very obvious advantages, a low-temperature environment in a sampling process is kept, and a sample is not damaged; the vacuum interlayer technology isolates cold air and prevents the periphery from frosting and condensing; the sample test tube is provided with double stations, multiple samples are collected simultaneously, and cross contamination of the samples is prevented.

The invention discloses an elevator lock hook bearing axial clearance testing tool based on an intelligent sensor, and relates to the technical field of elevator lock hook bearing axial clearance testing tools based on the intelligent sensor, and the elevator lock hook bearing axial clearance testing tool based on the intelligent sensor comprises a base and a carrier, the base and the carrier are placed on the same horizontal plane, a lifting supporting rod is fixed to the upper surface of the base, and an intelligent control device body is fixed to the end, away from the base, of the lifting supporting rod. According to the elevator latch hook bearing axial clearance test tool based on the intelligent sensor, when a latch hook plate is tested, the connection support, the air cylinder and the piston rod are matched to replace manual operation of a worker to press the latch hook plate, so that the pressure and the position of the latch hook plate are more stable; the problem that the error of data measured during testing is large due to the fact that the applied force is difficult to fix or detect during multiple tests is avoided, and the problem that the instability of manual force application is large is solved.

The invention relates to a VPC-based fuzz testing method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: in a current round, intercepting initial message data based on a target IP and port information corresponding to a to-be-tested service; grouping the initial message data based on a preset grouping rule to obtain at least one message group; for any message group, cleaning the message group and the target message data determined in the previous round based on a preset cleaning rule, and determining the target message data corresponding to the current round; if the current round is not the Nth round, entering the next round, and repeatedly executing the step of intercepting the initial message data based on the target IP and port information corresponding to the service to be tested until the Nth round is executed; and packaging the target message data determined in the Nth round into a test flow packet, and sending the test flow packet to the target equipment. By adopting the method, the testing efficiency of the cloud security product can be improved.

The invention provides an industrial fiber cloth tensile detection device and a detection method, and relates to the technical field of tensile detection. The detection table is of a long-strip-shaped structure, the digital display end is fixedly installed at one end of the detection table, and the traction motor is fixedly installed at the other end of the detection table. A rail groove is upwards formed in the detection table along the long edge, and a traction detection end is slidably mounted on one side, far away from the digital display end, in the rail groove; one end, close to the digital display end, of the detection table is fixedly provided with a traction seat, one side, close to the digital display end, of the traction detection end is also provided with a movable traction seat, the lower end of the movable traction seat is clamped with the upper end of the detection table in a sliding manner, and to-be-detected cloth is arranged between the two traction seats. The device realizes rapidness, automation and high reliability of cloth clamping. The upper feeding roller and the lower feeding roller in the cloth feeding assembly are matched with the guide supporting tongue, the cloth can be stably and smoothly guided to enter a preset position, the edge of the cloth is effectively prevented from being curled or deviated, and a good foundation is laid for follow-up uniform stress.