8results about How to "Adapt to individual needs" patented technology

The invention discloses a control method and system for a variable frequency air conditioner with a humidity sensor, and the method comprises the following steps: S1, temperature and humidity data collection: collecting environment humidity data in real time at the frequency of 1-5Hz through the humidity sensor arranged on an indoor air return side, synchronously collecting indoor environment temperature data, and sending the indoor environment temperature data to a server; filtering, denoising and abnormal value removing processing are carried out on the collected temperature and humidity data, and the processed temperature and humidity data are transmitted to a control center. The humidity sensor collects data in real time and is combined with the temperature and humidity adaptive model, so that temperature and humidity collaborative precise adjustment is achieved, the comfort degree problems of high humidity, stuffiness, low humidity, dryness and the like caused by only temperature control of a traditional air conditioner are solved, dependence on an independent dehumidification module is not needed, operation energy consumption is effectively reduced, and the humidity adjustment response speed is effectively increased; meanwhile, fixed parameter control limitation is broken through, and the operation efficiency of the variable-frequency driving system is effectively improved.

The present disclosure relates to a method, an apparatus, a computer program product and a system for event identification and notification. The method includes identifying an event based on at least one of a video and audio temporally aligned with the video; allocating event levels for the events based on a preset grading mode; and determining a notification mode for the event based on the event level.

The utility model discloses a replaceable air filter core air inlet pressure stabilization chamber, internal combustion engine and unmanned plane, include: the pressure stabilization chamber body, its inside constitution is used for stabilizing the main cavity of airflow, throttle flange, set up in the upstream end of pressure stabilization chamber body, be used for connecting throttle body, air inlet flange, set up in the downstream end of pressure stabilization chamber body, be used for connecting engine, air filter core box, it is connected with the installation mouth of being set up on the pressure stabilization chamber body wall surface in detachable mode to embed in main cavity, air filter core, its accommodation is in the inside of air filter core box, wherein, the airflow of flowing through throttle flange is after entering main cavity, passes through air filter core and filters, finally is transported to engine through air inlet flange.

The utility model relates to a kind of plate type can quickly assemble combined yurt, belong to the technical field of yurt construction, solve the problem of inconvenient traditional yurt packing and disassembling, poor thermal performance in prior art.The utility model includes multiple unit bodies and at least one sunlight room;Wherein, provide an activity space in each unit body, multiple unit bodies are spliced together, form the main structure of yurt;Sunlight room is attached outside the outer side wall of unit body, provides a heat preservation and insulation area for the main structure of yurt.The utility model sets up yurt using the mode of assembling combination, unit body can be modular production, and it is convenient and fast to assemble and disassemble;By setting sunlight room, improve thermal performance.

The invention discloses an interactive text generation method for children autism risk assessment. The method comprises the following steps: step 1, acquiring autism domain knowledge and initializing a knowledge database; step 2, capturing expressions and voices of a user in real time from a multi-modal sensor, converting the expressions and the voices into text features, and performing feature fusion; and step 3, loading the fused features into a large language model, and in combination with a knowledge base retrieval enhancement technology, completing one or more rounds of interaction through an analysis chain, an interview chain and a question chain to generate an interactive text. The interactive text generation strategy is iterated and optimized according to the dialogue context and the multi-modal features, and according to the dialogue context, a scale score is summarized through a large language model, and a user portrait and an interview result are output. The invention further provides a generation system for implementing the interactive text generation method and related applications, and the interactive text generation method has wide application value.

The invention discloses a high-speed motor centrifugal magnetic adjusting device, which comprises a composite rotating shaft, a magnetic adjusting rotor, a rigid rotor and a magnetic adjusting device, and is characterized in that the composite rotating shaft is divided into a tooth-shaped section with circumferential transmission teeth and an optical axis section with a smooth surface, the magnetic adjusting rotor is sleeved on the tooth-shaped section and can slide along the axial direction, and the rigid rotor is fixed on the optical axis section; the magnetic adjusting devices are arranged on the end face between the magnetic adjusting rotor and the rigid rotor and evenly distributed in the circumferential direction, each magnetic adjusting device comprises a triangular groove piece, a boss piece and a tension ball, and the triangular groove pieces are fixed to the end face of the rigid rotor and provided with guide slopes to form slope sliding rails. The upper end of the boss piece is embedded into a radial groove in the bottom of the flux adjusting rotor, the lower end of the boss piece is in slope sliding fit with the guide slope, and the tension ball is arranged in a spherical cavity in the radial outer end of the boss piece and limited. Centrifugal force is generated through rotation of the tension ball, the centrifugal force is converted into axial component force through the slope sliding rail to push the magnetic field adjusting rotor to move axially, so that the magnetic field coupling strength of the motor is adjusted, and the device is suitable for a wide-speed-range high-speed motor system.

The invention relates to the technical field of medical instruments, and discloses a modular energy platform which comprises a host unit module and an energy unit module. The host unit module comprises a host unit body and a switching power supply, and the switching power supply is arranged in the host unit body; the host unit body is provided with a power supply main input interface and a power supply main output interface, the power supply main input interface is connected to the switching power supply, and the switching power supply is connected to the power supply main output interface; the energy unit module comprises an energy unit body, the energy unit body is provided with a power transmission input interface and a power transmission output interface, and the power transmission input interface is connected with the power transmission output interface. According to the invention, through step-by-step transmission of the electric energy by the plurality of energy unit modules, the situation that energy of different attributes interferes with each other can be avoided in the energy output process, and one or more energy unit modules can be selected to be independently presented with the host unit module or flexibly combined with the host unit module according to actual requirements, so that the cost is reduced.

The invention provides a dental restoration manufacturing method based on prefabricated teeth and a CADCAM technology, discloses a dental restoration manufacturing method based on prefabricated teeth and CAD / CAM equipment, and belongs to the technical field of dental restoration. The method comprises the following steps: pre-defining a processing tool with a positioning reference function; selecting prefabricated teeth based on an intraoral scanning model of a patient, and designing digital restoration denture data; generating three-dimensional data (the cavity is obtained by normal inversion of the surface of the false tooth) of the false tooth type box; the machining tool, the mold box and the repaired false tooth are combined, and a tissue surface cutting path is generated; manufacturing a real object type box through 3D printing or cutting; inserting a prefabricated tooth, injecting a gingival material, and solidifying to form a prosthesis blank; and the tissue surface is cut and machined through CAD / CAM equipment and is polished, and preparation is completed. The advantages of stable quality and low cost of prefabricated teeth and the advantages of high efficiency and accuracy of the CAD / CAM technology are integrated, the bonding accuracy error is avoided, the personalized adaptability is high, the method does not depend on the manual skill of technicians, batch production can be achieved, and the prepared prosthesis is accurate in shape and natural in color and can meet the functional and aesthetic requirements of patients.