25results about How to "Realize automatic allocation" patented technology

The invention discloses a process resource dynamic automatic allocation method based on a database and a user-defined rule. The method comprises the following steps: 1) process route verification: obtaining and verifying a process route; 2) material automatic distribution: obtaining material information and distributing the material information to a process / step, and verifying the material quantity and the material combination relationship; (3) automatic distribution of equipment tools and tools: selecting the equipment tools and tools on the basis of the materials distributed according to the working procedures / working steps to realize automatic distribution of the equipment tools and tools; 4) custom component verification: realizing material process attribute parameter, equipment tool capability parameter and process attribute comparison logic verification, and customizing rule component operation logic; and 5) automatically adding matters needing attention: realizing the functions of automatically acquiring and updating the matters needing attention of materials and equipment tools and tools. The method has the advantages of high distribution efficiency, high distribution precision and the like.

The application discloses a multi-device data transmission system and method, which comprises a master control unit, a first channel switch, an input end of the first channel switch being connected with a plurality of RJ45 input interfaces, each of the RJ45 input interfaces being used for accessing a data acquisition device, an output end of the first channel switch being connected with the master control unit through a first RS485 bus, the master control unit being further connected with the first channel switch through a first channel control bus to control the conduction / cutoff of the first channel switch, at least one RJ45 output interface, the RJ45 output interface being used for accessing a data receiving device, the data receiving device being connected with the master control unit through a second RS485 bus after being connected with the RJ45 output interface. The multi-device data transmission system can not only solve the problems of device address allocation, impedance matching and device identification in the data transmission process, but also can integrate data and efficiently send data.

The invention provides a multi-modal order intelligent management system and method based on artificial intelligence, and the system comprises a data collection module, an AI intelligent processing module, an order management module and a tracking feedback module, achieves the automatic distribution of production tasks, guarantees that each order can be put into production in time, and improves the production efficiency. Meanwhile, overall management of order production tasks can be realized, production cooperation among factories can be coordinated, reasonable arrangement of resources is realized, customer-oriented maximization of limited resources is completed, order production efficiency is improved, and production cost is reduced. After the orders are distributed, full-process monitoring and tracking are carried out on the production condition of each order through a tracking feedback module, so that production problems can be found in time, and order feedback data are sent to a target customer and order-related responsible personnel; information synchronization of a producer, a customer and a principal and visualization of order change information are realized, and an information barrier between supply chains is broken.

The invention relates to the technical field of intelligent logistics and mobile robot autonomous navigation, in particular to an industrial park unmanned vehicle multi-task cooperative processing system based on visual intelligence, and the system comprises a global potential energy field construction center which calls task distribution information of a to-be-processed task, and builds global gravitational field data containing the gravitational potential energy distribution of a task target point; the local semantic perception unit is used for collecting real-time environment image data in the driving process of the unmanned vehicle to obtain environment semantic feature data containing obstacle categories and road surface texture attributes; the field parameter coupling unit is used for generating local correction field data; the potential energy synthesis unit is used for obtaining synthesized potential energy surface data; the gradient driving control unit is used for calculating a negative gradient vector of the synthesized potential energy surface data at the current position of the unmanned vehicle and converting the negative gradient vector into an acceleration control instruction to drive the unmanned vehicle to move; according to the method, the communication overhead and the deadlock probability are remarkably reduced, and the response speed and the environmental adaptability of the large-scale cluster operation are improved.

The invention relates to the technical field of electrical digital data processing, in particular to error detection. According to the technical scheme, the data access screening method based on the traffic radar comprises a card address node issuing method based on an industrial bus, and the method comprises the following steps that a controller monitors and detects the level change condition of a pin in real time; judging the number of on-line cards according to the level change condition and issuing a corresponding confirmation signal; after receiving the confirmation signal, the card performs self-inspection and replies a response packet; and the controller issues node information, the card replies a secondary response signal after receiving the node information, the controller issues an online signal after receiving the node information, and the card is formally online. According to the card address node issuing method based on the industrial bus, the problems that in the prior art, hot plug of simultaneous online of multiple cards cannot be handled, address recognition is prone to errors, the system reliability is low and the maintenance difficulty is high are solved, the card address node issuing method based on the industrial bus is provided, and the purposes of high reliability, simultaneous online hot plug of the multiple cards, low cost and easy maintenance are achieved.

The invention discloses a meal serving unit of a continuous meal delivery vending machine and an application method, the meal serving unit comprises a rack, a meal storage device arranged on the rack, a meal distribution device arranged below the meal storage device, and a rice shaping device arranged at the tail end of a conveying belt and used for shaping rice; the steam components are arranged on the two sides of the rice distributing device so that rice in the rice distributing device can be in a constant-temperature state, the steam components are communicated with the constant-temperature heating water tank, and the rice shaping device and the rice distributing device are matched with each other in space; the rice shaping device comprises a rice cup assembly arranged below the tail end of the rice distributing device and provided with a rice containing space, a rice cutting and scraping plate assembly arranged above the tail end of the rice distributing device and a rice shaping assembly arranged above the rice cup assembly, the lower end of the rice shaping assembly extends into the rice cup assembly, and the rice shaping assembly shapes rice. Through cooperative work of all the assemblies of the whole system, automatic distribution, heat preservation and shaping of rice are achieved, and the automation degree and working efficiency of the vending machine and the attractiveness of the rice are greatly improved. Meanwhile, through constant-temperature control of the steam component, the palatable temperature and freshness of the rice are ensured, and the dining experience of a user is improved.

The utility model provides an automatic precise quantity control coffee bean distribution device which comprises a device body, a bean feeding assembly, an automatic weighing assembly and a control unit, and the bean feeding assembly and the automatic weighing assembly are sequentially and fixedly installed on the device body from top to bottom. A hopper is arranged at the top of the device main body, a blanking port is formed below the hopper, the bean feeding assembly comprises a bean inlet and a bean outlet, the bean inlet is connected with the blanking port, and the bean outlet is opposite to the automatic weighing assembly; the automatic weighing assembly comprises a bean receiving part, an electric control valve and a weighing sensor, the bean receiving part is located under the bean outlet, the electric control valve is arranged at the bottom of the bean receiving part, the weighing sensor is connected with the bean receiving part, and the electric control valve receives a weighing signal of the weighing sensor and controls the bottom of the bean receiving part to be switched between opening and closing; according to the device, through the arrangement of the bean feeding assembly and the automatic weighing assembly, automatic bean feeding, automatic quantification and automatic distribution of coffee beans can be achieved, complicated manual weighing is avoided, and the coffee maker is helped to improve the coffee making efficiency.

The invention discloses a method for distributing and managing device communication addresses and an intelligent micro-computer system, and relates to the technical field of industrial communication, and the method at least comprises the following steps: a user sends a configuration mode entering instruction to a main device through an APP of an intelligent terminal device; the main equipment enters a configuration mode after receiving the configuration mode entering instruction; the slave equipment detects a dial switch signal of the slave equipment, and judges whether switching of high and low level signals of a dial switch reaches specified times or not within a certain time: after entering a configuration mode, the slave equipment sends an application configuration address request broadcast to the master equipment; after receiving the broadcast, the master device analyzes the broadcast content, confirms that the broadcast content meets the configuration address application request broadcast requirement, and checks whether the slave device exists in a slave device management list of the slave device: after receiving the broadcast, the slave device analyzes the broadcast, records the configuration information and the master device information, and then quits the configuration mode; and after the master device successfully configures one slave device, exiting the configuration mode.

The invention provides a network resource request processing method and system, a medium and equipment, and relates to the field of servers, and the method comprises the steps that an edge end host receives a resource management request; if the resource management request is a query request, performing routing lookup on address information in the resource management request; matching a request type of the resource management request to determine an interface processing program; the application interface processing program queries used resource information and stored object counting information; pre-verification is carried out on the used resource information and the stored object counting information; if yes, calling a resource processing interface corresponding to the request type to obtain management data corresponding to the resource management request; and responding to the resource management request according to the management data. When edge resource scheduling is executed, resource scheduling is carried out through routing lookup, request type matching and information verification of resource objects, and the working efficiency in the network device resource management and allocation process can be improved.

The present invention discloses a flexible sorting channel allocation method for an automated cigarette sorting system, characterized in that it comprises the following steps: Step 1: Data analysis is performed on the order to be sorted, and the total order quantity, total number of orders, average order quantity per order, number of order brands of each distribution line are obtained, as well as the order frequency, total order quantity, order quantity proportion, order quantity ranking, average order quantity per brand, and order coverage rate of the order brand involved in each distribution line; and the number of fixed channels of each brand is obtained; Step 2: Flexible channel allocation parameters are set, and the flexible channel allocation parameters include the upper limit of the number of flexible channels of a single brand and the minimum allocation amount of a flexible sorting single time; Step 3: According to the above steps and the sorting channel table, the number of brand flexible channels and the sorting amount of the distribution line are automatically allocated. The present invention can flexibly adapt to the differences and fluctuations of sales orders, automatically allocate sorting channels, and improve the cigarette sorting capacity.

The present invention relates to an automated outbound call processing method and a dealer call center system, comprising: building a data task pool; defining the priority of the data task pool; defining an automatic allocation mode and an automatic outbound call mode; putting different data into a corresponding data task pool; identifying a user identity and dealer information according to an outbound call request sent, and finding a related data task pool; taking data from the task pool in turn through a responsibility chain mode according to the priority defined in the task pool, and returning the data after taking outbound callable data; obtaining outbound call data, and calling an APP through a websocket, the APP automatically initiates an outbound call, monitors the call status of a mobile phone, and sends it to a server in real time, the server notifies a web page through a websocket, and updates the call status on the web page in real time; after the call is hung up, the mobile phone or the carrier sends a call list and a recording to the server; generating the next outbound call task according to the outbound call result; and regularly loading the data of all dealers and telemarketing specialists who have return outbound call tasks on that day.

The invention provides an electronic certificate management method, electronic equipment, a storage medium and a program product, relates to the technical field of block chains, and is used for carrying out instant allocation on virtual resources in a block chain system and improving the resource circulation efficiency. The method comprises the following steps: detecting a state change operation of an electronic certificate; the state change operation is state change brought by circulation of the electronic certificate among a plurality of target nodes of the block chain system; the electronic certificate is used for extracting the target object, and the electronic certificate corresponds to a preset number of virtual resources; and determining and executing an intelligent contract involved in the state change operation of the electronic certificate, and based on the change of the virtual resource ownership involved in the state change operation, carrying out virtual resource allocation among the plurality of target nodes.

The invention relates to a comprehensive processing system for water ecology digital intelligent monitoring data, which is characterized in that a monitoring system is constructed based on the Internet of Things, a monitoring point position information management unit is used for monitoring point maintenance and recording point position information including basic information of a monitoring point and a monitoring scheme required by the monitoring point, and a biological detection method management unit is used for monitoring the monitoring point. All monitoring standard related information in a biological detection capability range is comprehensively managed, sampling services of monitoring points are registered through a monitoring service process management unit, and sampling, handover, analysis, result auditing and reporting are carried out according to sampling requirements of detection tasks; the organism on-line management unit is used for photographing, uploading and automatically identifying organisms at a monitoring point, meanwhile, the system is further provided with the system safety management unit, various safety mechanisms are adopted to ensure the safety of system application and data safety management to ensure the safety of the whole system, and remote access, transmission encryption and data safety backup and recovery are achieved.

The invention provides a sales clue issuing method and device, electronic equipment and a storage medium, and the method comprises the steps: recognizing sales clues in a plurality of data sources, and obtaining a plurality of pieces of sales clue data; determining a clue label of each piece of sales clue data, and constructing a feature set of each piece of sales clue data based on the clue label; determining a feature tag of each salesperson, and constructing a feature set of each salesperson based on the feature tags; matching the feature set of each piece of sales clue data with the feature set of each salesman to determine a matching result; and based on the matching result, distributing the sales clue data to corresponding sales personnel. Based on identification of sales clues in a plurality of data sources, determination of labels, construction of a feature set and analysis of sales personnel features, efficient clue matching and distribution can be realized, and the working efficiency of sales is improved.

The invention discloses an electronic signature distribution method and device, equipment and a medium, and the method comprises the steps: obtaining the number of historical electronic signatures in a preset time period, analyzing the number of historical electronic signatures according to a time factor and a space factor which affect the usage amount of the electronic signatures, and determining the change trend of the number of electronic signatures in the preset time period; based on the change trend of the number of the electronic signatures in the preset time period, predicting the electronic signature demand by using a pre-trained prediction model to obtain the future number of the electronic signatures in the future time period, and based on the future number of the electronic signatures and the stepped charging rules of the CA manufacturers, adopting different distribution strategies for the CA manufacturers. It can be seen that the future number of the electronic signatures in the future time period can be predicted through the pre-trained prediction model according to the historical number of the electronic signatures, and then the number of the electronic signatures can be automatically allocated to each CA manufacturer according to the stepped charging rule of each CA manufacturer, so that low cost and good experience are ensured.

The utility model discloses an on-line fast charging APS power supply for a 5G micro base station, which comprises a filtering device used for being connected with an external power supply and a PFC rectifying device electrically connected with the filtering device, and is characterized in that the PFC rectifying device is electrically connected to an APS power supply device, the APS power supply device is also connected with a storage battery, and the storage battery is electrically connected with the external power supply. The APS power supply device is provided with an output port used for being connected with a load, and the APS power supply device comprises a multi-phase synchronous DC-DC module. According to the technical scheme of the utility model, automatic distribution and sharing of electric power among the power supply modules can be realized, so that the whole micro base station power supply is ensured to work in an optimal state, and the stability and reliability of the system are improved.

The present invention provides a task allocation method and device, belonging to the field of cloud computing technology. The task allocation method comprises: obtaining a label factor, a label of a task to be allocated, labels of n IDs to be matched, and a maturity base of the n IDs to be matched; wherein n is an integer greater than 1; determining the decision factors of the n IDs to be matched according to the label factor, the label of the task to be allocated, the labels of the n IDs to be matched, and the maturity base of the n IDs to be matched; and allocating the task to be allocated to the ID to be matched corresponding to the minimum decision factor among the n decision factors. The present invention can realize the automatic allocation of tasks, reasonably arrange production, improve the efficiency of task completion, and reduce project completion time and project cost.

The utility model relates to the technical field of automatic distribution devices, in particular to an automatic material distribution device for denitration equipment, which comprises a treatment box, a filter screen plate is fixedly mounted at the lower part in the treatment box, and an air inlet pipe is fixedly mounted at the lower part of one side of the treatment box in a penetrating manner. According to the automatic material distribution device for the denitration equipment, a treatment box, a recovery pipe, a filter screen plate, a supporting plate, a storage tank, a pump body, an adding pipe, a collecting pipe, a motor, a first bevel gear, a second bevel gear, a movable pipe, an exhaust pipe, a uniform distribution pipe, a spray head, a conical box body, a through hole, a gas inlet pipe, a NOx concentration sensor and a flue gas flow sensor are matched for use; in the whole denitration process, through the arrangement of a plurality of storage tanks, the device can be used for preparing various denitration agents, and the NOx concentration sensor and the flue gas flow sensor are used for monitoring the concentration of nitric oxide and the flue gas flow of flue gas entering the device in real time.

The invention provides a programmable logic controller and a communication method thereof, the controller comprises a main control module and an extension module communicating with the main control module through a user-defined protocol, and a frame format of a command frame of the user-defined protocol comprises an extension module address and a function code. The main control module is used for acquiring the actual connection number of the extension module, sending a first request message to the extension module to clear the address of the extension module, sending a second request message to configure the address of the extension module as a first address, receiving a first response message sent by the extension module and verifying the first response message; if the response message is the normal response message, polling the next extension module, and sending a third request message to the extension module to configure the extension function of the extension module; and receiving a second response message sent by the extension module, verifying the second response message, and polling the next extension module if the second response message is a normal response message. The communication between the extension module and the main control module can be realized without integrating a relatively huge protocol stack.

The present application relates to the field of intelligent logistics and mobile robot autonomous navigation, specifically to an unmanned vehicle multi-task collaborative processing system for industrial parks based on visual intelligence, comprising: a global potential field construction center: calling task distribution information of tasks to be processed, establishing global gravity field data containing task target point gravity potential distribution; a local semantic perception unit: collecting real-time environment image data in the driving process of the unmanned vehicle, obtaining environment semantic feature data containing obstacle categories and road texture attributes; a field parameter coupling unit: generating local correction field data; a potential synthesis unit: obtaining synthesized potential surface data; a gradient-driven control unit: calculating the negative gradient vector of the synthesized potential surface data at the current position of the unmanned vehicle, and converting the negative gradient vector into acceleration control instructions to drive the unmanned vehicle to move; the present application significantly reduces communication overhead and deadlock probability, and improves the response speed and environmental adaptability of large-scale cluster operations.

The present invention relates to the technical field of ovens, and specifically to an oven for metal processing, comprising an oven chamber with upper and lower openings, wherein side wall air cavities are symmetrically arranged at both sides of the interior of the oven chamber, and a translation sliding cover plate capable of translational sliding opening and closing is arranged at the upper opening of the oven chamber, a heating slot is penetrated through the side wall of the side wall air cavity, a quartz electric heating tube is arranged in the heating slot, an axial flow air duct is embedded and installed on the side wall of the side wall air cavity, and the axial flow air duct is used to transport gas into the side wall air cavity; the present invention can make the airflow in the oven circulate inside and outside during the drying process, enhance the dissipation of water vapor, and improve the drying efficiency; and after the drying is completed, when entering the preheating process, the airflow in the oven circulates internally to reduce heat loss.

The invention, which relates to the technical field of material management, discloses a material fund management control system comprising the following components: an environmental benefit evaluation module, an intelligent sorting and fund distribution module, a dynamic adjustment and feedback module, a partner management module and a transparent management interface module. According to the invention, through integration of the environmental benefit evaluation module and the intelligent sorting and fund distribution module, accurate quantitative evaluation of the green degree of materials, intelligent sorting of purchase plans and automatic fund distribution are realized, so that the green material identification capability of enterprises is improved; and multiple factors such as cost-benefit ratio, supply stability, technical feasibility, market trend and the like are comprehensively considered through an intelligent algorithm, so that fund distribution is more scientific and reasonable, the green purchasing efficiency of enterprises is improved, effective utilization of funds is ensured, and a solid foundation is laid for sustainable development of the enterprises.

This invention discloses a method for scanning express parcels and determining their location and route, comprising the following steps: S1, image acquisition, capturing an image of the express parcel using a camera module; S2, an image processor performing information recognition on the express parcel image obtained in S1, extracting express parcel identification information; S3, a communication unit establishing a connection with an external express locker or delivery station management system to obtain current available storage space status information; S4, based on the extracted express parcel identification information and available storage space status information, a main control unit allocating storage spaces for the target express parcel according to a preset strategy; S5, based on the storage space information allocated in S4, an information push unit sending a pickup notification containing the express parcel's storage location information to the user terminal. This method for scanning express parcels and determining their location and route can automatically allocate storage spaces and send pickup notifications, effectively improving the work efficiency of delivery personnel.

The present invention relates to the field of computer technology, and provides a CXL switching board, a CXL memory allocation system, an allocation method and a device. The CXL switching board is provided with a CXL switching unit and a micro control unit, the CXL switching unit includes at least one first port and at least one second port, the first port is used to connect a CPU, and the second port is used to connect a CXL memory board; the micro control unit is used to obtain the memory capacity of the local memory corresponding to the CPU after the CXL switching unit is powered on, and the micro control unit or the CXL switching unit is used to calculate the CXL memory start address according to the memory capacity; the CXL switching unit is used to write the CXL memory start address into the register of the first port corresponding to the CPU, and use the CXL memory start address as the first address of the CXL memory to allocate the CXL memory in the CXL memory board to the CPU. The present invention realizes automatic and efficient allocation of CXL memory to the CPU.

The invention provides a right and interest distribution method and device and electronic equipment, and the method comprises the steps: obtaining the historical operation behavior data of each user for each right and interest in a current right and interest database, inputting each historical operation behavior data into a trained user feature prediction model, obtaining the user feature data of each user, and obtaining the user feature data of each user; the user feature data comprises preference probabilities of the corresponding users for the rights and interests, determining an objective function based on the preference probabilities and the distribution costs of the rights and interests, determining to-be-distributed rights and interests of the users from a rights and interests database according to the objective function and preset constraint conditions, and distributing the to-be-distributed rights and interests to the corresponding users. Automatic allocation of the user rights and interests is achieved, the rights and interests are allocated to all the users based on the preference probability of the users for all the rights and interests, and the suitability of rights and interests allocation is improved.