6results about How to "Add scene" patented technology

A synaptic transistor device with a wide spectral response is characterized by comprising: a floating gate layer for capturing light signals of different wavelengths to generate photogenerated carriers; a tunneling layer disposed on the floating gate layer for storing photogenerated carriers generated within the floating gate layer; an active layer disposed on the tunneling layer for transporting charge carriers and photogenerated carriers; source and drain electrodes, two source and drain electrodes symmetrically disposed on the active layer for providing a driving voltage to drive the flow of charge carriers and photogenerated carriers in the active layer, forming a circuit; a substrate disposed at the bottom of the synaptic transistor device for serving as the basis for fabricating the synaptic transistor device; a gate electrode disposed on the substrate for inducing charge carriers in the active layer; and an insulating layer disposed between the gate electrode and the floating gate layer for isolating the gate electrode and the active layer from conduction, wherein the floating gate layer is made of quantum dots with a wide spectral response, and a heterojunction structure is formed between the floating gate layer and the active layer.

The application discloses a sensing device and a washing machine, and relates to the technical field of turbidity sensor design, wherein the sensing device comprises a base, a shell and a first protruding part; the base is provided with a turbidity sensor, a temperature sensor and a pressure sensor; the shell comprises a first shell and a second shell; the base, the turbidity sensor, the temperature sensor and the pressure sensor are arranged in the first shell; the second shell is arranged on the outer sidewall of the first shell; a plurality of first protruding parts are arranged; the plurality of first protruding parts are arranged on the outer sidewall of the second shell in sequence; a gap is arranged between two adjacent first protruding parts; and the gap is used for clamping connection with the washing machine; the application adjusts the depth of the sensing device in the washing machine drum by arranging a plurality of first protruding parts, so as to adapt to washing machines of different specifications, improve flexibility and reduce cost.

The application discloses a kind of generation methods of vehicle software, it includes: step S10, call preset scene library, and select at least one scene template as trigger scene in it;Step S11, call preset interaction library, and select at least one interaction set in it and add to the output of trigger scene;Step S12, call preset service library, and select at least one service set in it, add to the output of trigger scene or interaction set;Step S13, form vehicle software for cockpit intelligent scene.The application also discloses corresponding system and storage medium.Embodiment of the application can quickly, flexibly generate obtain vehicle software product, can greatly reduce development cost and improve product development efficiency.

The present application relates to a kind of load transport vehicles, belong to load transport technical field, solve the problem of the existing load transport vehicles storage size is larger, inconvenient to carry.The present application includes chassis mechanism, quick release mechanism and connecting mechanism, the quick release mechanism is set on chassis mechanism;The one end of the connecting mechanism can be disassembled and assembled with chassis mechanism by quick release mechanism, the other end is connected with operating personnel;The connecting mechanism can be folded and locked at any position within limited angle.The present application connecting mechanism is disassembled and assembled with chassis mechanism by quick release mechanism, and the connecting mechanism can be folded and locked at any position within limited angle, realizes modular assembly and folding storage, can effectively reduce the storage size of the load transport vehicle is larger, to improve the convenience of carrying.

An omni-directional water flow metamaterial energy gathering device comprises a power generation system and an energy gathering array structure, the power generation system comprises a hydro-generator, the hydro-generator is fixed to the top of a supporting column, and the supporting column is fixed to an underwater base; the energy gathering array structure comprises a support and a plurality of groups of energy gathering structures, the support is fixedly connected with the supporting column, and the plurality of groups of energy gathering structures are fixed on the support; wherein each energy gathering structure comprises a plurality of energy gathering units, and each energy gathering structure is vertically arranged in the normal direction of the supporting column; the energy gathering unit is of a cylinder structure, the section of the energy gathering unit is in an NACA0012 wing shape, and the tip end of the energy gathering unit points to the supporting column. By means of the energy gathering array structure, efficient gathering and optimized utilization of water flow energy are achieved, the requirement for the starting water flow speed of the hydro-generator is lowered, the energy conversion efficiency of the hydro-generator under different water flow conditions is improved, and therefore the overall performance and stability of a power generation system are enhanced.

The invention discloses an inspection robot based on vision, belongs to the technical field of detection devices, and solves the problems of high safety risk, low efficiency and poor precision of manual detection. The robot comprises a left driving part, a right driving part and a lifting carrying table which are flexibly connected through a connecting assembly and adapt to multi-curved-surface attaching crawling. The lifting carrying table is of a standardized structure and can be detached to carry various detection devices, and left and right driving parts are powered by double batteries in parallel. A soft control system is arranged in the equipment and is in two-way communication with each power part and each detection and transmission assembly, a defect detection algorithm module of the equipment fuses detection and image data to complete intelligent defect identification, a motion unit, an edge calculation unit and the like are further integrated, remote / autonomous motion control, local real-time operation, data classified storage and defect abnormity early warning are supported, and the equipment is suitable for large-scale popularization and application. The automatic and remote detection operation is realized, and the scene adaptability and the detection accuracy are improved.