6results about How to "Intuitive grasp" patented technology

This application discloses a push-button switch testing device, relating to the field of testing equipment. The push-button switch testing device includes a bracket, a drive assembly, a display assembly, and a controller. The drive assembly is mounted on the bracket and has a pressing part for pressing the push-button switch. The drive assembly drives the pressing part to perform linear reciprocating motion. Both the display assembly and the drive assembly are electrically connected to the controller. The controller is configured to control the drive assembly to drive the pressing part to reciprocate to press the push-button switch and to control the display assembly to display test information. The drive assembly in this application can continuously press the push-button switch, and the display assembly can provide real-time feedback on the push-button switch's test information, thus allowing testers to easily understand the current test progress or the push-button switch's status. This push-button switch testing device enables efficient testing of the push-button switch's durability and helps testers intuitively grasp the test information.

The present application belongs to the technical field of geotechnical engineering, and specifically relates to a tunnel underpassing a site adverse geological early warning method and system. A multi-source detection network is arranged in a set region of tunnel construction, original data reflecting geological abnormal conditions are obtained and preprocessed, a multi-dimensional feature index set including wave speed, dielectric constant, rock mass integrity coefficient, etc. is obtained, a three-dimensional perspective model containing spatial distribution and physical properties of adverse geological bodies is generated through a data fusion algorithm, and a geological anomaly grade G is determined accordingly. The structure vulnerability grade V of a target historical site is obtained, and a disturbance influence coefficient S of the site by current construction operation is calculated based on construction parameters. The geological anomaly grade G, the site vulnerability grade V and the construction influence coefficient S are input into a preset risk coupling evaluation model, a comprehensive risk value R is dynamically calculated, and corresponding graded early warning is triggered according to the threshold interval of the R value.

This utility model discloses a photovoltaic module uneven load testing device, including a frame, a tension / compression assembly, and a control module. A module support frame is located below the frame, and the tension / compression assembly is mounted above the support frame. The tension / compression assembly includes multiple independently controlled cylinders, pressure sensors, and vacuum suction cups. The pressure sensors are located between the output shaft of the cylinders and the vacuum suction cups. Each cylinder is connected to an air source via an independent air path, and each air path is equipped with a proportional solenoid valve. The control module receives the pressure value measured by the pressure sensors and adjusts the airflow of each cylinder through the proportional solenoid valves. The cylinders in this utility model are equipped with independent proportional solenoid valves. The control module can precisely adjust the airflow of each cylinder according to requirements, thereby applying different levels of pressure to various parts of the photovoltaic module, completely replicating the stress state of the module during actual operation, and significantly improving the accuracy of the load test results.

The utility model relates to the technical field of composite material processing, and discloses an SCF composite heat dissipation material angle bending device which comprises a platform. The supporting frame is fixedly connected to the rear side of the top of the platform; the fixed plate is fixedly connected to the left side of the platform; and the machining assembly is fixedly connected between the platform and the supporting frame. According to the SCF composite heat dissipation material angle bending device, firstly, an SCF composite heat dissipation material is placed above the bearing plate and the bending plate, the bending point corresponds to the position between the bearing plate and the bending plate, the control shaft is driven by the motor to rotate, the bending plate is driven by the control shaft to rotate, and therefore bending operation on the SCF composite heat dissipation material is achieved; and meanwhile, the pointer fixedly connected with the outer wall of the right end of the control shaft can rotate along with the control shaft, the right side of the sector plate is fixedly connected with the scale marks, and through cooperation of the pointer and the scale marks, an operator can visually and accurately master the bending angle, so that accurate control over the bending angle of the SCF composite heat dissipation material is achieved.

The invention discloses a modular multilevel converter operation monitoring method and system and a storage medium, and the method comprises the steps: obtaining the real-time data of the operation state of a converter valve; the real-time data comprises capacitor voltage, temperature, a capacitor capacitance value, converter valve light intensity, switching device on-state voltage drop, gate threshold voltage and thermal resistance; and according to the real-time data, performing fault early warning on the operation state of the converter valve. According to the invention, the working condition of the current converter valve sub-module can be quickly known without complex operation.

This application provides a method, apparatus, computer-readable medium, and electronic device for generating the chronological order of case facts. The method includes: acquiring at least one first case material; constructing a first prompt text based on the at least one first case material and a first preset prompt word; inputting the first prompt text into a first preset model to obtain main timeline information generated by the first preset model based on the first prompt text, the main timeline information including at least one event information arranged in chronological order, the event information including an event summary and time information corresponding to the event summary; and displaying the main timeline information on a page in a timeline format, the timeline including at least one node graphic arranged in sequence and text information of the event information corresponding to each node graphic. This application can help users efficiently, quickly, and intuitively grasp the factual information of a case, thereby improving work efficiency.