9results about How to "Easy to generate" patented technology

The utility model provides a micro-area femtosecond transient absorption detection system. A femtosecond laser light source control assembly is used for generating laser; the first spectroscope is used for dividing the femtosecond laser into two beams of light; the pump light adjusting assembly is used for generating pump light and adjusting intensity and frequency; the detection light adjusting assembly is used for generating detection light and adjusting the intensity of the detection light to be proper and stable; the beam combiner is used for combining the pump light and the detection light; the transmission absorption detection assembly is used for irradiating a sample with the pump light and the detection light and generating detection transmission light; the reflection absorption detection assembly is used for irradiating the pump light and the detection light to a sample and generating detection reflected light; the microscopic imaging assembly is used for carrying out microscopic observation on the sample area and determining a to-be-detected position, and determining that the pump light and the probe light are accurately irradiated on the to-be-detected position; the detection assembly is used for collecting detection light. According to the utility model, ultrahigh space and time resolution is realized, and functions of transmission transient absorption detection, reflection transient absorption detection and micro-area microscopic imaging are integrated.

The invention provides a data processing method and a related device, and the method comprises the steps: determining to-be-tested data in a first data set; constructing a test case corresponding to the to-be-tested data, wherein the test case comprises a data unit noun, a request parameter, a dependent data unit, an expected return data sample and a verification mode; generating test data according to the test case; and testing the to-be-tested data according to the test data to obtain a test result. According to the method, the test case corresponding to the to-be-tested data can be automatically constructed, and the test data is generated according to the test case for data testing, so that the data is automatically tested, and the data testing efficiency is improved; in addition, the data unit noun, the request parameter, the dependent data unit, the expected return data sample and the verification mode included in the test case are generated at a time, the generation mode of the test case is simplified, and the data test efficiency is further improved.

The invention discloses a communication method and device in a target area and a power station, and belongs to the technical field of communication. The communication method in the target area comprises the following steps: a target communication node in a plurality of communication nodes sends identification information corresponding to the target communication node to adjacent communication nodes, and receives identification information corresponding to each adjacent communication node sent by each adjacent communication node; based on the identification information, sending a local connection relationship to each adjacent communication node; local connection relations corresponding to other communication nodes sent by the adjacent communication nodes are received; generating an adjacent matrix corresponding to the target area based on the local connection relationship corresponding to each communication node; the adjacent matrix is used for each communication node in the target area to carry out data transmission. According to the communication method in the target area, on the basis of improving the data transmission efficiency and the data response time, additional equipment cost does not need to be increased, and the communication cost is effectively saved.

This invention discloses a method for encoding structured light patterns, a structured light projection module, and a three-dimensional measurement system, belonging to the field of optical measurement. Addressing the problem of fixed and inaccurate structured light encoding units in existing methods, this invention provides a method for encoding structured light patterns. The method divides the structured light pattern into multiple types of grid units, forming a grid encoding group with a predetermined number of consecutively arranged grid units. The grid encoding group is encoded based on the type of each grid unit, ensuring that each grid encoding group has a unique and non-repeating code. The code of the grid encoding group maps to its spatial position within the structured light pattern. Decoding includes acquiring the structured light pattern, determining the type of each grid unit, and matching the grid encoding group with the encoding set to obtain its position. This invention achieves flexible, high-density, and highly occlusion-resistant absolute position encoding by uniquely and non-repeating grid encoding groups composed of multiple consecutive grid units, making it suitable for high-precision three-dimensional measurement.

This invention provides a DC active filter device based on square wave modulation. The device includes: at least one independent DC active filter unit; each DC active filter unit is connected in parallel across the two ends of a DC bus; each DC active filter unit includes: a measurement circuit that measures the ripple current of the DC bus; a control circuit that calculates the frequency components of the ripple current and then obtains a switching signal through square wave modulation, the frequency of which is equal to the target frequency of the ripple current to be compensated; and a drive circuit that sends the switching signal to the main power circuit, causing the switching devices in the main power circuit to operate and generate a compensation current to compensate for the ripple current of the target frequency component of the DC bus. This invention solves the problem of poor ripple suppression performance of high-power DC active filters at low switching frequencies. It enables the application of DC active filters at lower switching frequencies up to MW-level power applications, meeting the DC bus ripple suppression requirements for long-term operation of high-power power supplies.

The utility model provides a transient circular polarization excitation detection microscopic system. The system comprises a femtosecond laser control assembly used for generating laser and controlling a switch of the laser; the first spectroscope is used for dividing the femtosecond laser into two beams of light; the circular polarization pump light adjusting assembly is used for generating circular polarization pump light; the linear polarization detection light adjusting assembly is used for generating linear polarization detection light; the beam combiner is used for combining the circular polarization pump light and the linear polarization detection light; the microscopic imaging assembly is used for carrying out microscopic observation on the sample area and determining a to-be-detected position, and determining that the circular polarization pump light and the linear polarization detection light are accurately irradiated on the to-be-detected position at the same time; the collection detection assembly is used for collecting the linear polarization detection light. According to the utility model, ultrahigh time and space resolution is realized, a micro-area microscopic imaging system is integrated, and the spinning dynamics process of a spinning upward state and a spinning downward state can be observed at the same time.

The embodiment of the invention relates to a dialogue program generation method, a dialogue program generation device, a storage medium and electronic equipment, and relates to the technical field of artificial intelligence. The method comprises the following steps: acquiring first prompt information for generating a target dialogue program; acquiring role information of a dialogue role participating in the target dialogue program; processing the first prompt information and the role information through a dialogue generation model to generate dialogue text information; and generating the target dialogue program according to the dialogue text information. According to the invention, a high-quality dialogue program can be generated conveniently and intelligently.

This invention discloses a highly accurate Chinese spelling checking method, system, and medium. The method includes the following steps: acquiring a corpus to be used, configuring a replacement table to be used, and generating near-phonetic error samples and near-shape error samples to be used based on the corpus; training a decision model to be used based on the corpus, and training a checking model to be used based on the near-phonetic and near-shape error samples; and performing text checking and error correction operations on the acquired text to be checked based on the replacement table, the trained decision model, and the checking model. This invention can efficiently generate high-quality and highly realistic training samples, and can detect errors in Chinese text by independently setting the trained error detection model and post-processing decision model, and perform high-quality error correction judgment after error detection, further reducing the model's error correction rate and improving the correction quality, thus opening up a new method for Chinese spelling error detection.

The invention discloses a function interface switching device, a switching method and electrical equipment. The switching device comprises a user interaction module, a selection module and a control module, wherein the user interaction module is used for providing a function interface, and the function interface comprises at least one key; the selection module selects one of the at least two different key function layouts as a target key function layout; the control module is in communication connection with the user interaction module and the selection module, at least two sets of program data are stored in the control module, and each set of program data corresponds to one key position function layout; and the control module is used for running the program data corresponding to the target key position function layout, and configuring the function of each key as the key position function corresponding to the key on the target key position function layout.