32results about How to "Meet immediate needs" patented technology

The invention relates to an instant self-service card issuing method and a terminal, belonging to the field of financial card making. The existing bank card issuance process is mainly centralized card issuance in the production workshop, which has a long cycle and high cost, and cannot meet the needs of card issuers and end users. In the method and terminal of the present invention, the user first uses the human-computer interaction device to input and display the necessary information; then the host computer collects the necessary information from the human-computer interaction device and sends it to the data system of the bank head office, The data system processes the received information into corresponding personalized data, and then sends it back to the host; finally, after the host receives the personalized data, the card issuing machine is driven by the host to make cards. Self-service card issuance by adopting the method and terminal described in the present invention can not only meet the cost requirement of the card issuing organization, but also meet the immediate needs of end users.

A remote control system for urban lighting fixtures and a control method thereof, comprising: an AC power supply connected to urban lighting fixtures, the AC power supply being used to supply power to urban lighting fixtures; a phase A branch and voltage and current transmission between the urban lighting fixtures and the AC power supply The voltage and current transmitter one is used to collect the voltage and current of the A-phase branch; the B-phase branch between the urban lamps and the AC power supply is connected to the voltage and current transmitter two; effectively avoiding In the prior art, electrical information such as the current and voltage of each phase of urban lamps cannot be monitored, and status information such as the address and ambient temperature of urban lamps cannot be monitored. The remote control of urban lamps is only Unified timing control of its on and off, lack of flexibility, during the period when the controller transmits the information of urban lamps to the remote monitoring platform, the information of many urban lamps will be gathered, and the operability is not strong in specific applications.

The invention discloses a mobile branch smashing device. The mobile branch smashing device is composed of a smashing module, a transmission module and a moving module. Through the moving module, the mobile branch smashing device can be pulled to a branch clipping site along with a park operating vehicle, and the transmission module drives the smashing module to work to realize cutting in the working process. Specifically, a pair of cylindrical straight-tooth gears, a pair of oblique-tooth gears, five belts and eight transmission shafts are adopted for transmission, after branches are conveyed into a feed port, the branches are cut in the radial direction step by step by three stages of symmetric cutters with different separation distance under the effect of rotary feeding force and are finally smashed by a rear-arranged smashing cutter, and cut fragments of each stage are uniformly collected through a discharge port. According to the mobile branch smashing device, the branches can be smashed on the park clipping site, and the problems that the work intensity of operating personnel is high in the collecting process, the truck loading efficiency is low in the transportation process and the occupied area is large in the unloading and stacking process because the branches are jumbled can be solved.

The technical problem to be solved by the present invention is to provide a course selection recommendation method based on the improved radar chart, including the following steps: S1, establish / modify the course selection recommendation evaluation index system; S2, calculate and generate a single student's course evaluation index radar chart; S3 , to calculate and generate the radar chart of guidance indicators for instructors to select courses; S4, to calculate and generate the radar chart of individual demand indicators of students who choose courses; S5: to dynamically establish the relationship between individuals who choose courses and the groups they have completed; S6: to generate radar charts for improving the evaluation of individual students' course selection goals; S7 : Calculate and publish the recommended value of course selection target for individual students; S8: Analyze the difference rate between system recommendation and course selection by students. The course selection method changes from a single index to a combination index, from a single radar model to a multi-radar superposition model, and establishes a data analysis and prevention based on multiple reference sources, which avoids the inability to provide students with rigorous and clear course selection guidelines. Or a series of problems such as too deep intervention in students' course selection behavior.