8results about How to "Choose simple" patented technology

The utility model relates to a household high-voltage sound box, which comprises a sound box body, a plurality of LED lamp strips extending upwards are arranged on the outer side surface of the sound box body in an embedded manner, a control panel is further arranged on the outer side surface of the sound box body in an embedded manner, and a plurality of buttons are arranged on the side surface of the control panel. An interface is embedded in the side surface of the control panel on one side of the button, a first loudspeaker and a second loudspeaker are embedded in the outer side surface of the sound equipment body, and a third loudspeaker is embedded in the bottom end of the sound equipment body; according to the technical scheme, a plurality of groups of loudspeaker unit setting areas are arranged, a plurality of groups of loudspeaker units can be placed, the two mirrored sound equipment bodies can form a sound equipment array, the sound quality effect of the loudspeaker is further improved, the shape structure of the sound equipment is adjusted, a curved surface structure extending upwards is formed, and the sound equipment is more compact. An LED light bar can be arranged on the outer side surface of the sound box, interaction with the sound box can be achieved by adjusting the light effect of an LED, and the playability of the sound box is improved.

The present disclosure provides a game plot script generation method and device, a computer storage medium and an electronic device, and relates to the technical field of games. The method comprises: receiving game plot information based on a natural language description for a target game plot, and converting the game plot information based on the natural language description into structured plot requirement information; obtaining a pre-constructed plot constraint condition; inputting the structured plot requirement information and the plot constraint condition into a pre-trained large language script generation model to generate a function call sequence; and generating a target plot script file based on the function call sequence, the target plot script file being used for analysis and execution by a game engine to drive plot animation performance of the target game plot. The present disclosure can reduce the production threshold of the game plot script, thereby reducing the plot development complexity, reducing the development cost of the game plot production process, and improving the production efficiency of the game plot.

The utility model relates to the field of waistband, disclose a kind of multifunctional waistband, including waistband, the buckle of fixedly arranged in the one end of waistband, the plug pin of being arranged on buckle, several insertion holes A matched with plug pin are set in waistband, function assembly is equipped on waistband, function assembly includes lengthening belt, magic tape A and magic tape B, waist bag, several snap fastener A and snap fastener B, magic tape A and magic tape B are respectively fixedly arranged in the left side of connecting band A and the right side of connecting band B, magic tape A and magic tape B are connected by adhering, snap fastener A and snap fastener B are respectively fixedly arranged in the rear side of waistband and the front side of waist bag, snap fastener A and snap fastener B are respectively male buckle and female buckle, snap fastener A and snap fastener B are connected by buckling. The utility model has the beneficial effects of lengthening waistband length and facilitating carrying personal items, solve the length of the existing waistband is usually fixed, for the user of large waist circumference, the length of waistband can not be enough, leading to the problem of wearing discomfort.

The application discloses a control method of a clothes processing device and the clothes processing device. The clothes processing device comprises a display unit, has a self-recommendation mode which can be opened and closed, and the display unit has a first display mode and a second display mode. When a user selects to open the self-recommendation mode, the display unit adopts the first display mode and displays a processing program according to a first display logic. When the user selects to close the self-recommendation mode, the display unit adopts the second display mode and displays a processing program according to a second display logic which is different from the first display logic. The application enables the user to select whether to use the self-recommendation mode, and the display unit displays the processing program according to different display logics according to the selection of the user, so that the user can select to use, and the situation that the user has little opportunity to try other processing programs under the guidance of the self-recommendation mode for a long time is avoided.

The present disclosure provides a data-driven distributed learning control method for a multi-vehicle network system, which first performs test iterations on each individual vehicle with different test inputs to collect corresponding output data; each individual vehicle determines a gain matrix of a distributed learning control algorithm using the output data collected by itself; each individual vehicle determines an adjacency weight based on a topology of the multi-vehicle network system and a desired target output reception condition, and determines a gain parameter based on the adjacency weight; in the adjustment iteration stage, each individual vehicle establishes the distributed learning control algorithm using the gain matrix, the gain parameter, the collected input data, the adjacency weight and other data, updates the control input in the next iteration, and controls the multi-vehicle network system to perform the next iteration. The present disclosure can ensure that all individual vehicles in the multi-vehicle network system with unknown model information achieve high-precision real-time tracking of the desired target output within a preset running time.

This invention discloses an effectiveness evaluation method based on kill chain modeling of an adversarial system, belonging to the field of system evaluation technology. The method includes the following steps: based on the starting and ending conditions of a given task, analysis is performed in three different dimensions: time, information, and precision. An adversarial interaction network is constructed, and the adversarial effectiveness is analyzed in different dimensions using the analytic hierarchy process (AHP), with scores assigned to the evaluation results in each dimension. The scores of the evaluation results in different dimensions are then weighted and integrated to obtain a comprehensive evaluation result of the adversarial effectiveness. This invention fully considers the influence of each node in the adversarial system on the system's adversarial effectiveness, highlighting the significant impact of the kill chain in the time, information, and precision dimensions on effectiveness. It solves the problem of evaluating the strike effectiveness of kill chains formed by different adversarial methods in complex systems.

This invention relates to the field of seismic signal processing technology, specifically disclosing a method and apparatus for processing the consistency between explosive source and controlled source seismic data. The method includes: performing phase-shift filtering on controlled source data to obtain processed data; mixing and superimposing the processed data with explosive source data to generate a mixed superimposed profile; analyzing the mixed superimposed profile and the separately superimposed profile of the explosive source data to obtain optimal phase-shift filtering parameters; performing matched filtering based on the optimal phase-shift filtering parameters to obtain a matched filtering factor; and applying the matched filtering factor to pre-stack data to correct the controlled source wavelet. This invention utilizes the data adaptability of phase-shift filtering, considering the differences in seismic data caused by different excitation and reception conditions, and reduces the phase difference between the two types of source data in a time-varying and spatially varying manner. Combined with matched filtering, it further aligns the controlled source data with the explosive source data in terms of phase, frequency, and amplitude, providing better basic data for subsequent data processing.

The present disclosure relates to a vehicle display control device, a vehicle display device, a vehicle, a vehicle display control method, and a recording medium recording a vehicle display control program, the vehicle display control device of the present disclosure being configured to switch a plurality of display screens including information on various functions and display on a display area of a display, and change the number of the plurality of display screens switched in a state in which a specific function is on and a state in which the specific function is off.