7results about How to "Flexible interaction" patented technology

The application provides a robot, a human-computer interaction method based on a robot emotion level and a memory.The human-computer interaction method based on the robot emotion level takes the robot as a core, first summarizes emotion states that the robot should have, and then describes an emotion state conversion mechanism, so that the robot can better process input speech of a user in an actual interaction process, and the emotion interaction ability of the robot is stronger.

The invention provides a method, a device, equipment, a medium and a program product for interacting with a media item. The method provided by the invention comprises the following steps: responding to received voice data, displaying prompt information on a display page of a media item, the prompt information being used for indicating that the voice data is being received; displaying an operation instruction on the display page, wherein the operation instruction is a predetermined operation instruction and is matched with the voice data; and displaying an execution result of the operation instruction on the display page. In this way, interaction can be executed on the media items based on the voice data of the user, manual operation of the user is not needed, flexible control over the media items can be achieved, and convenience of interaction execution by the user can be improved. The operation instruction displayed on the display page of the media item can help the user to conveniently and quickly know the operation instruction corresponding to the current voice data, and the user can conveniently know the interaction state.

The invention relates to the technical field of touch screens, in particular to a photosensitive induction touch control structure and a method thereof. The photosensitive induction touch control structure comprises at least one photosensitive induction layer, the photosensitive induction layer comprises a microprocessor and a plurality of transparent photosensitive device units, the photosensitive device units are arranged in an array mode, the X ends of the photosensitive device units are connected to a power source VCC, the Y ends of the photosensitive device units are grounded, the X ends of the photosensitive device units located in the same row are connected in parallel, and the Y ends of the photosensitive device units located in the same row are connected in parallel. The Y ends of the photosensitive device units in the same column are connected in parallel, each photosensitive device unit corresponds to one position identifier, and the microprocessor is connected to the Y ends of the photosensitive device units and detects the electrical property parameter change of the photosensitive device units. Through array arrangement of the transparent photosensitive devices, light beam irradiation at different positions can be captured, and the light beam irradiation position can be accurately identified through the microprocessor, so that remote touch positioning of a display picture is realized.

The invention discloses an automobile acousto-optic touch integrated controller hardware device, which relates to the technical field of an integrated hardware controller of an intelligent cabin system, and comprises an MCU (Microprogrammed Control Unit), the MCU is connected with the control signal input end of each functional module through a special control pin to realize accurate control instruction sending and state monitoring signal receiving of different functional modules, and the MCU is connected with the control signal input end of each functional module through a special control pin; the working time sequence and data interaction among the modules can be efficiently coordinated; the atmosphere lamp adjusting module is electrically connected with a corresponding port on the MCU, and the atmosphere lamp adjusting module supports three communication control modes of a CAN (Controller Area Network), an LIN (Local Interconnect Network) and a UART-CAN; core hardware circuits required by headrest sound drive, seat massage control and vehicle atmosphere light adjustment are highly integrated, visual, auditory and tactile control in the vehicle driving process is covered, and compared with a traditional distributed controller, a large amount of circuit board space occupation and connecting wiring harnesses are reduced, and the cost is reduced. And the hardware cost and the wiring complexity of the whole vehicle are reduced.

The invention belongs to the technical field of civil airport information, and discloses a flight ground guarantee dynamic management and control method and system based on a collaborative electronic process list. The method comprises the following steps: flight guarantee full life cycle data integration and standardization processing; performing flight state mapping and multi-queue generation; active early warning and visual highlighting based on a time threshold are carried out; dragging interaction and flight state synchronous updating are carried out; collaborative and visual monitoring of the guarantee process is carried out; and performing management and control efficiency analysis. According to the invention, a dynamic command management and control model which takes state as driving and takes visualization as a presentation mode is constructed. According to the method, the data structure and circulation logic of flight information are redefined, and a traditional static list is upgraded into a multi-column collaborative dynamic billboard, so that refined and active management and control of the whole ground guarantee process are realized.

The utility model relates to an integrated circuit bus control system, which is used for controlling multiple paths of integrated circuit buses and comprises a register module, main control devices in one-to-one correspondence with the multiple paths of integrated circuit buses and buffers correspondingly connected with the main control devices and used for caching read-write data. The plurality of main control devices are connected with the register module, and the plurality of main control devices are parallel and are connected with the respective corresponding slave devices; the register module is connected with an output bus of an external main controller and is used for interacting the read-write data and the enable control signal with the external main controller; and each master control device is connected with the register module and is used for determining whether the master control device is enabled or not based on the enabling control signal in the register module, and the enabled master control device interacts with the corresponding slave device with the read-write data stored in the register module. Therefore, one or more integrated circuit buses can be flexibly selected for communication, and the test efficiency is improved.

The invention provides an automation system, a control method, an electronic device and a storage medium, the automation system comprises a plurality of device models, each device model is used for providing an interface interaction function, a supported action and a flow configuration of an instruction set corresponding to the action for an experimental device; the process building module is used for building a technical route, the technical route at least comprises a plurality of coupled equipment models, and the equipment models can be decoupled; the sample storage module is used for detecting the sample type of the sample and recording the circulation information of the sample in the technical route; the process driving module is used for driving and controlling the workflow of the technical route and recording the data of the workflow; the equipment scheduling module is used for monitoring the working state of the experimental equipment and scheduling the experimental equipment according to the technical route and the working state; and the instruction analysis module is used for analyzing and executing the instruction set to which each action in the technical route belongs. According to the method, the scheduling flexibility of the automatic system can be improved.