8results about How to "Quick response to demand" patented technology

The invention relates to a light control method and system based on a holographic interactive projection technology, and the method comprises the steps: projection region recognition, user interaction detection, light parameter calculation and light real-time regulation and control, the projection region recognition, scanning of a target region through a holographic projection device and a depth induction sensor, and generation of a three-dimensional space model of an environment; a motion capture device and a deep learning algorithm are used for carrying out real-time recognition on gestures or motions of a user, interaction intentions and priority ranking are generated, a holographic projection device is used for generating a three-dimensional environment model, the motion capture device recognizes the intentions of the user, and an illumination optimization model is used for calculating regulation and control parameters; and the output of the light equipment is dynamically adjusted, so that high-precision and intelligent light control is realized, and the problems that a traditional light control method is insufficient in environment perception capability, lacks a user interaction mode, is limited in flexibility and adaptability of light regulation and control, and lacks a multi-module cooperative working mechanism are solved.

The invention discloses a power bank charging centralized management method based on a user power demand, and relates to the field of power bank charging centralized management, and the method comprises the steps: collecting the multi-dimensional data information of a power bank for centralized management from lending to returning, and analyzing the power demand mode of a user; a charging management strategy is customized according to the characteristics of the power utilization mode labels of the users, and rapid rotation of the power banks and targeted optimal distribution of charging resources are achieved; when the power utilization mode is a rapid turnover mode, monitoring the heating condition of each power bank in real time, and carrying out secondary adjustment on the charging strategy based on the heating condition; historical demand peak time period data of a site is analyzed, peak buffer equipment is set in advance, dynamic layered charging management is adopted for the buffer equipment, and efficient, accurate and intelligent concentrated charging management of the charge pal is achieved.

The embodiment of the invention provides an enterprise data processing method and device, electronic equipment and a storage medium, and belongs to the technical field of financial science and technology. The method comprises the following steps: acquiring multi-dimensional enterprise data of a plurality of candidate enterprises; preprocessing the multi-dimensional enterprise data to obtain target enterprise data; performing feature extraction on the target enterprise data to obtain multi-dimensional enterprise features; market change information and enterprise demand information are obtained, and the screening rule weight of the screening model is adjusted according to the market change information and the enterprise demand information to obtain a target screening model; performing matching scoring on each multi-dimensional enterprise feature through a target screening model to obtain an enterprise matching scoring result; and determining a target recommended enterprise from the plurality of candidate enterprises according to an enterprise matching scoring result. Based on this, according to the embodiment of the invention, the enterprise multi-dimensional data is integrated, analyzed and processed, and the customer obtaining strategy is dynamically adjusted according to the market change and the enterprise need, so that the customer obtaining efficiency and quality can be remarkably improved.

The application provides a cross-line payment correspondent bank number supplementing method and system, and relates to the field of computer systems. The application obtains payment data to be supplemented from a payment voucher master table, and puts the obtained data into a thread pool for subsequent supplementing process. For the vouchers to be supplemented, memory bank supplementing is firstly performed. If the memory bank supplementing is successful, the correspondent bank number is written into the payment voucher master table and the detail table, and the payment process is entered. If the memory bank supplementing fails, the cost is sent for supplementing. The application improves the supplementing efficiency of cross-line payment, and further improves the financial payment efficiency, and can quickly respond to the demand of the financial customers during the business peak period. During the process of the financial cross-line payment, the supplementing accuracy and the business success rate of payment can be ensured in the case that the filling of the payee information by the budget unit is not standardized. The application can meet the requirements of the timeliness and success rate of the financial business payment by the financial units in different places, and the financial payment can be quickly and stably completed during the peak period of the financial business.

The invention provides an operation work order generation method for an unmanned retail terminal, and the method comprises the steps: employing an operation work order generation server, pre-storing a historical operation work order in the operation work order generation server, carrying out the work order analysis of the consumption data corresponding to each region and the environment data corresponding to each region through the operation work order generation server, and carrying out the calculation of the work order. Analyzing to obtain a matching value corresponding to the region; according to the matching value corresponding to the area, the unmanned retail terminal of the area analyzes a service demand index corresponding to the current matching value of the area; analyzing a current goods demand index of the area according to the service demand index corresponding to the area; and obtaining the historical data processing efficiency of each work order in a preset area of the unmanned retail terminal, and calculating the service demand time corresponding to the service area of each work order according to the historical data processing efficiency of each work order and the service demand quantity corresponding to the area corresponding to the service demand index corresponding to the service area of each work order.

The invention relates to the technical field of data processing and management, in particular to a delivery service business form generation method and system. By introducing the steps of demand analysis, data extraction and processing, machine learning classification and the like, automatic generation of the delivery service form is realized. According to the automatic process, manual intervention is remarkably reduced, the data processing speed and accuracy are improved, it is ensured that the form meeting the requirement can be rapidly and efficiently generated, and the timeliness requirement of service operation is met; through the automatic form generation and data processing flow, the dependence on manual operation is remarkably reduced, and the problem that the efficiency of the traditional manual form filling and auditing process is low is solved. According to the method, through the steps of demand analysis, data source configuration, data extraction, data preprocessing, automatic form generation and the like, delivery service business demands can be quickly responded, the response time of delivery service is shortened, and the overall working efficiency is improved.

The present application relates to a kind of hanging delivery device and unmanned aerial vehicle, belong to aerospace technology field, solve the reliability and stability of the hanging goods of the hanging delivery device in prior art, the problem of large load required when unlocking, unlocking component occupies large space.The present application includes shell, hook unit, drive unit and connecting unit;Hook unit includes drive arm, connecting rod and hook;Drive arm and hook are hinged to shell by first hinged shaft and second hinged shaft respectively, and the both ends of connecting rod are hinged to drive arm and hook by third hinged shaft and fourth hinged shaft respectively;Hook can rotate around second hinged shaft, to drive connecting rod and drive arm movement;When hook unit locking state, first hinged shaft, third hinged shaft and fourth hinged shaft are collinear.The present application can realize the stability and reliability of the hanging goods when locking state, unlocking only needs small load, unlocking component structure is compact, and occupies small space.

The utility model discloses a kind of quick riveting flanging mould of battery top cover pole, including mould insert for accommodating the top cover assembled with pole, further including riveting pressure head connected with pneumatic punch press, riveting pressure head includes: riveting slider punch, its head shape is matched according to pole straight edge contour;Riveting slider riveting punch, for providing support force to the side surface of pole, its end is embedded in the lower end of riveting slider punch;Riveting inclined top, slidingly connected in the axial cavity of riveting slider riveting punch, be provided as gradually outwardly inclined structure from top to bottom. Thus, through the synergistic effect of riveting slider punch, riveting slider riveting punch and riveting inclined top, pole straight edge can be accurately turned into 90 °, and flanged rear surface flatness is high, meet the riveting accuracy and quality requirement of excessive current power battery top cover, guarantee the battery performance and security;Mould each component can be quickly adjusted and replaced according to different needs, reduce mould development design and debugging time.