9results about How to "Improve distribution accuracy" patented technology

The application discloses a processing method and device of a fund routing request and electronic equipment, and relates to the technical field of data processing. The method comprises the following steps: in response to receiving a fund routing request of a fund applicant, acquiring key evaluation information of the fund applicant, wherein the fund routing request is used for determining a target fund provider corresponding to the fund applicant from fund providers, and the key evaluation information comprises at least one of portrait information, applicant qualification information and fund application information of the fund applicant; determining the corresponding target fund provider based on the key evaluation information; and forwarding the fund routing request to the target fund provider. Compared with the prior art, the application can ensure that each fund routing request can be sent to the fund provider that is most likely to approve the request, improve the accuracy of traffic distribution, and improve the approval probability of the financial institution for the loan request, thereby improving the user experience.

The application relates to the information technology field and particularly discloses an online shopping mall platform intelligent management method and system, which comprises the following steps: S1, a data acquisition system is constructed, platform operation data, user behavior data and external market data are acquired in real time; S2, historical sales data are acquired, a Prophet time series model is used to analyze the historical sales data, future sales trends and inventory demands are predicted, and dynamic replenishment suggestions are generated; S3, inventory management is optimized through a dynamic programming algorithm, and the optimal inventory threshold is calculated in combination with the external market data, and automatic replenishment triggering is realized; S4, a user portrait is established according to the user behavior data, and individualized coupon strategies are generated based on a collaborative filtering algorithm; S5, work orders and customer service are dynamically matched according to a multi-attribute decision algorithm; and S6, warranty information is stored, and the non-tamperability and traceability of construction time, material batch and technician ID data are ensured, so that the operation efficiency and user experience of the shopping mall platform are improved.

The utility model discloses a medicine dispensing system based on process traceability, which comprises a medicine storage rack, a dispensing cart, a transfer medicine box and a mobile terminal, and is characterized in that the medicine storage rack comprises a plurality of unit cabinets, each unit cabinet is used for accommodating medicines, the medicine storage rack is provided with a first display screen for providing a first two-dimensional code, and the first two-dimensional code carries weight information corresponding to the medicines; the dispensing cart is provided with a liftable collecting assembly and a weighing table, the collecting assembly is used for collecting weight information corresponding to the first two-dimensional code, the weighing table is used for metering the weight of the medicine for checking the weight information, and the collecting assembly is used for collecting image information from the medicine storage frame and the weighing table; the transfer medicine box comprises a box body and a box cover which are matched with each other and is used for storing the medicine after weight information checking, and the box cover is provided with an electric control lock and a second display screen for providing a second two-dimensional code; the mobile terminal collects the second two-dimensional code to unlock the electric control lock, the requirements of medicines of more specifications and varieties are met, the paper-free dispensing and traceable dispensing requirements are met, and the medicine dispensing accuracy is improved.

The utility model discloses a bent tube, an insertion part and an endoscope, and relates to the technical field of medical instruments. The bent tube disclosed by the utility model is used for an endoscope. The bent pipe comprises a plurality of pipe joint units arranged in the axial direction of the bent pipe, and the pipe joint units are rotationally connected so that the bending action of the bent pipe can be achieved. The bent pipe is provided with a guide channel arranged on the side wall of the bent pipe, and the guide channel is used for guiding a pulling rope to penetrate. The bent pipe is provided with a first positioning part arranged at the far end of the bent pipe, the first positioning part is located on the extending path of the guiding channel, and the first positioning part is used for pre-positioning the pulling rope when the pulling rope is straightened on one side of the far end of the bent pipe, so that the far end part of the pulling rope is distributed along the extending path of the guiding channel. The scheme at least can be used for solving the problem that the connection reliability of the far end of the traction rope and the bent pipe is insufficient.

This invention discloses an intelligent content generation and precise distribution method based on AIGC, comprising the following steps: constructing user individual feature vectors; constructing user association graphs; performing community detection processing to obtain user groups and calculate group distribution parameters, and constructing corresponding group semantic resonance fields; calculating group condition vectors, obtaining generation prompt information, and constructing conditional input sequences; using the AIGC model to generate target content consistent with the semantic features of the corresponding user groups; performing semantic projection calculation to obtain content semantic vectors, and calculating group fit and individual matching degree; generating distribution results for different user individuals; collecting user feedback data on the distribution results, and updating user individual feature vectors, user association graphs, and group semantic resonance fields, thereby realizing integrated collaborative processing of content generation and content distribution.

The invention belongs to the technical field of preparation of biological chips, and particularly relates to a forming tool of a sample loading layer and a using method of the forming tool, the forming tool comprises a main body and a forming cover, the main body is provided with a forming cavity used for forming the sample loading layer, a plurality of protruding hole forming blocks are arranged in the forming cavity, and the forming cover is matched with the main body in a mold closing mode. The using method of the forming tool comprises the steps that after materials are poured into the forming cavity, the forming cover is covered, and after drying, demolding can be conducted to take out the sample loading layer. The forming tool is provided with the main body and the forming cover, forming and demolding are facilitated, the hole forming block used for forming the square sample holes is arranged in the forming cavity of the main body, so that the sample loading layer and the square holes are synchronously formed, one-by-one punching is not needed any more, and the manufacturing efficiency and the distribution precision of the square holes are greatly improved.

The application is a crowd-sensing task allocation method based on proficiency cooperation. Firstly, the crowd-sensing scene is divided into multiple areas, and the users in each area are divided into a group, and one group leader is selected in each group. Secondly, the sensing platform sends a task set to the users. The users sort the tasks from early to late according to the deadlines, and obtain a task queue. When the users receive a new task, the new task is inserted into the task queue according to the deadline of the new task. Then, when the task quantity of the users does not increase suddenly, the users execute the tasks according to the order of the task queue. When the task quantity increases suddenly, the users send the task queue to the group leader. If the task quantity of the group leader increases suddenly, the group leader feeds back to the sensing platform and requests the nearby user group for assistance. The sudden increase of the task quantity refers to that the ratio of the to-be-completed task quantity of the user to the processing speed is greater than a set threshold. Finally, the group leader obtains the global optimal solution of the target function on the device of the group leader by using a swarm intelligence algorithm, and allocates the tasks in the task queue according to the global optimal solution. The method considers the balance of the task quantity and the balance of the processing speed of each user while striving to minimize the overall task completion time, thereby effectively reducing the operating cost.

The invention relates to the technical field of distribution robots, and discloses a medical material intelligent distribution robot system based on dynamic path planning, which comprises a task management module, a distribution robot, a map management system and an anti-collision management module, the task management module is used for acquiring distribution tasks of a medical and technical department, a ward, an operating room and an ICU, and distributing the distribution tasks to the running distribution robots; the distribution robot carries various sensors and is used for distributing the corresponding medical materials to a designated destination according to the distribution task; and the map management system comprises a path planning unit and an elevator control management unit. According to the method, the medical material distribution tasks currently distributed to all the distribution robots are obtained, newly-added distribution tasks are reasonably distributed to all the robots, distribution paths are dynamically planned in real time according to the newly-added distribution tasks, and corresponding special elevators are regulated and controlled.