5results about How to "Challenging" patented technology

The invention relates to a joint radar communication system within a wireless communication environment, comprising: at least one processor; at least one transceiver configured to transmit a radar signal through which the azimuth data is transmitted with the radar waveform; at least one receiver configured to receive an echo of the radar signal; and at least one memory communicatively coupled to the at least one processor. The transceiver is configured to transmit a joint radar communication signal (JRC), and the receiver is configured to receive an echo of the radar signal using a joint radar communication channel and transmit a communication (JRC) signal.

This application relates to the field of children's playground technology and discloses a children's activity area based on a suspended walkway. The activity area includes a ground surface, a suspended walkway on the ground surface, and a movable house on the ground surface, located on one side of the suspended walkway. The movable house includes a single-story building with a second-story building on top. This children's activity area based on a suspended walkway, through the movable house, the first climbing frame inside the movable house, and the slide on one side of the suspended walkway, fully utilizes vertical space. The three-dimensional design of the activity area based on the suspended walkway allows for more diverse playground facilities within a limited ground area. The activity area features various playground facilities, providing children with more challenging and fun play experiences. The suspended walkway within the park enhances the interaction and integration with the natural environment.

The utility model discloses a top launching toy which comprises a launching main body and a top, the launching main body comprises a shell, a driving mechanism, a launching mechanism and a control mechanism, and the driving mechanism, the launching mechanism and the control mechanism are all installed in the shell; the driving mechanism is in transmission connection with the gyroscope and is used for driving the gyroscope to rotate; the launching mechanism is in transmission connection with the gyroscope, and the launching mechanism is used for pushing the rotating gyroscope out of the launching main body; the launching mechanism comprises a frame body and a push plate, the frame plate is connected with the shell, and the push plate is slidably connected with the frame plate; the control mechanism comprises control buttons arranged on one side of the shell or on the two sides of the shell, the control buttons are connected with the shell in a sliding mode, and the control buttons are connected with the push plate in a clamped mode. The top launching toy comprises the control mechanism, the control mechanism comprises at least one control button, compared with the prior art, the top launching toy has diversified structural forms, more choices are provided for users, and the playability of the toy is improved.

The invention relates to the technical field of automatic driving test, and discloses an automatic driving vehicle open road test route planning method comprising the following steps: 1, collecting target historical data; 2, constructing a traffic flow characteristic prediction AI model based on deep learning and a test road risk level prediction AI model based on deep learning; 3, taking the road characteristics and future traffic flow characteristics output by the traffic flow characteristic prediction AI model as input, and outputting future test road risk levels of the roads in the urban road network by the test road risk level prediction AI model; and step 4, based on the future test road risk level, according to the test demand index, screening out target test roads, and combining the target test roads to obtain a test route planning scheme. According to the invention, a test route planning scheme meeting requirements can be provided for the open road test of the automatic driving vehicle, the test efficiency can be improved, and the test effect can be optimized.

This invention discloses a method and storage medium for controlling non-player characters in a game environment. The method includes: adjusting the behavioral parameters and / or attribute parameters of the non-player character when the environment of the area where the non-player character is located changes or mutates; matching a behavioral pattern from preset behavioral patterns based on the current state of the non-player character, the environment of the area where it is located, and its interaction with the player character; and controlling the non-player character according to the behavioral pattern. This invention can realize the automatic control of non-player characters in the game while ensuring the rationality of the behavioral logic of the non-player characters.