36results about How to "Meet the requirements of actual use" patented technology

The invention provides a drum for a cooked-rice stirring apparatus and a cooked-rice stirring apparatus. The drum is integratedly molded with resin by modifying the shape of the drum, and the drum can be disassembled and cleaned easily on a main body of the cooked-rice stirring apparatus. The drum integratedly molded with resin is cylindrical and has a shaft part, an opening (52), a rib (523) and stirring part installation parts (65, 66, 67, 68), wherein the shaft part is supported to rotate back and forth surrounding the central axis, the opening is formed on a circumferential wall and used for placing / discharging rice, the rib is formed on the periphery of the opening (52), and the stirring part installation parts (65, 66, 67, 68) for installing stirring parts for stirring rice are installed inside.

The invention provides a novel battery energy-storage system and a function integration designing method thereof. The system comprises an energy storage unit and an EMS (energy storage monitoring system); the energy storage unit comprises an EB (energy storage battery unit), an BMS (battery management system) and a PCS (power storage current transformer); the EB is connected with the BMS, the BMS is respectively connected with the EB and the PCS, the input end of the EMS is connected with the output end of the BMS, and the PCS and the EMS are communicated with each other. The method comprises an energy storage battery monitoring and analyzing method achieved through the BMS and the PCS and an energy-storage system monitoring and analyzing method achieved through the PCS and the EMS. In the battery energy-storage system function integration design provided by the invention, all large application occasions of electric power systems are covered, the objective is clear, and various requirements and applications are met.

The invention provides a speed reducer output shaft lengthening device which comprises a speed reducer output shaft 1, a transmission belt pulley 6 fixed to the outer side of the speed reducer output shaft 1 through a flat key 2, and a lengthening structure located on the lower face of the speed reducer output shaft 1. The lengthening structure comprises a lengthening shaft 4, two deep groove ball bearings 3 arranged outside the lengthening shaft 4 in a sleeved mode, and a sleeve 5 arranged outside the lengthening shaft 4 in a sleeved mode and located between the two deep groove ball bearings 3. The two ends of the sleeve 5 abut against the inner circles of the deep groove ball bearings 3. The lengthening structure is fixed into the lower portion of the transmission belt pulley 6 through the outer circles of the deep groove ball bearings 3. A cylindrical speed reducer support 7 is arranged outside the transmission belt pulley 6 and connected with the lower end of the lengthening shaft 4. The lengthening structure composed of the lengthening shaft 4, the sleeve 5 and the deep groove ball bearings 3 is added, and therefore the length of the speed reducer output shaft 1 is increased, the actual use requirements are met, and high cost for special customization is saved.

The invention discloses a mouse based on fingerprint recognition and a use method of the mouse. The mouse comprises a mouse body and a matched electronic component of fingerprint identity authentication; the mouse body is provided with a data collection window and a trigger window, the mouse body is internally provided with a fingerprint information collection module, a fingerprint information processor, a trigger module and a GSM communication module; design is conducted by combining a sensor technology, a mode recognition technology, a reliability demonstration technology and a wireless communication technology and taking the computer mouse as a carrier. Accordingly, fingerprint information of a user is stored and transmitted at first, the identity of a person who puts the palm on the mouse is judged, and an unlocking operation on a computer desktop is completed according to judgment; new experience of human-computer interaction of a computer is enriched, and convenience of the mouse serving as a computer peripheral is enhanced.

The invention provides a radiating method for a variable frequency motor, and an air conditioner. The radiating method comprises the steps of determining the motor efficiency of a motor according to the frequency of the motor; determining the fan efficiency of a fan according to the frequency of the fan; and taking the frequency of the motor whose fan efficiency is not less than the motor efficiency as the operating efficiency of the motor according to the motor efficiency and the fan efficiency. The fan efficiency is not less than the motor efficiency, so that the attenuation of the heat dissipating capacity of a winding of the motor is lower than that of the heating value of the winding; therefore, it is ensured that the temperature rise of the winding of the motor satisfies the actual application requirement; and in addition, the operating frequency of the motor is determined when the motor and the fan are operating synchronously according to the motor efficiency and the fan efficiency, so that the radiating effect of the motor is effectively improved.

A self-assembled multidimensional quantum well CsPbX 3 The perovskite nanocrystal electroluminescent diode belongs to the field of nanotechnology and light-emitting display. The diode of the present invention is composed of a transparent conductive oxide anode TOC, a hole transport layer material HTL, and a multidimensional quantum well structure CsPbX 3 The nanocrystalline light-emitting layer EL, the electron transport layer material ETL and the metal cathode CL are composed. The present invention first adopts the chemical synthesis method to prepare the self-assembled multidimensional quantum well CsPbX 3 Nanocrystalline solution, and then spin-coat the hole transport layer materials HTL, CsPbX on the TOC by spin-coating technology 3 Self-assembled multi-dimensional quantum well nanocrystalline solution, electron transport layer material ETL, and finally deposited metal cathode CL on the ETL by vacuum evaporation technology. The present invention can control the self-assembled multidimensional quantum well CsPbX 3 The dimension and composition of nanocrystals can realize any emission spectrum in the range of 400-700 nanometers visible light emission; and the multidimensional quantum well structure CsPbX 3 Nanocrystals have high fluorescence quantum yield and few defects; electroluminescent diodes have high luminous efficiency and external quantum efficiency, good stability and long life.

The invention discloses a Gaussian estimation-based online catering main tag data quick extraction method. The method comprises the following steps of 1) obtaining store tag data and user score and review data, and preprocessing the store tag data; 2) for each user, calculating a mean value and a variance of Gaussian distribution of a score data set of each tag, namely, score Gaussian distribution of the user under the tag; 3) for each user, performing standardization processing on each tag score of a store each time and the score Gaussian distribution of the tag, and calculating maximum likelihood estimation as a target tag of the user going to the store at that time; and 4) testing an estimation tag, an actual complete tag and the review data, and taking a relative deviation of a matching rate of the tag and the review data as a final evaluation score of a model. According to the method, a maximum likelihood taste tag under the Gaussian distribution is extracted as a mainly selected taste tag of a dining behavior of the user; and the method is relatively high in extraction precision and relatively low in algorithm complexity, and is suitable for actual application scenes.