68 results about "Delivery methods" patented technology

This invention provides a resin delivery system and method for condensate polishing based on delivery dynamics, belonging to the field of power plant water treatment technology. It can at least partially solve the problems of existing resin delivery methods, such as reliance on experience, susceptibility to breakage and blockage, high water consumption, and ambiguous endpoint determination. The system includes a concentration sensing module, an impact stress sensing module, a flow detection component, a pressure detection component, and an adaptive central coordinating controller. The adaptive central coordinating controller is electrically connected to the variable frequency delivery pump, control valves, flow detection component, and pressure detection component. The adaptive central coordinating controller has a built-in resin delivery dynamics model. Based on the concentration distribution gradient, pipeline stress, flow rate, and pressure, the resin delivery dynamics model calculates a real-time resin breakage risk index. The adaptive central coordinating controller dynamically adjusts the variable frequency delivery pump and control valves based on the real-time resin breakage risk index and concentration distribution gradient.

This invention relates to the field of artificial intelligence application technology, specifically to a method and system for automatically delivering AI-generated content to a target computer application, comprising the following steps: S100, responding to a natural language command input by a user on a first terminal, acquiring target text content generated by a large language model, and providing editing and confirmation operations for the target text content in the interactive interface of the first terminal; This invention constructs an end-to-end delivery solution from AI content generation to automatic filling of target applications by organically integrating a large language model, computer vision positioning, and underlying USBHID device simulation technology. This solution relies on a hardware bridging module as a standard peripheral to access the target computer, achieving high compatibility across operating systems without the need to install any customized software or drivers, and ensuring the system security of the target device.

The utility model discloses a grain depot fumigation tablet autonomous delivery robot which comprises a chassis, damping mechanisms and a medicine delivery mechanism, the damping mechanisms and the medicine delivery mechanism are arranged on the chassis, the damping mechanisms are symmetrically arranged on the left side and the right side of the chassis, and each damping mechanism comprises a support fixed to the left side and the right side of the chassis; the direct-current motor, the driving wheel, the crawler belt, the driven wheel, the connecting shaft and the spring suspension shock absorber are installed on the support, a medicine feeding mechanism is installed at the top of the chassis and comprises a medicine bin fixed to the front end of the top of the chassis, a push plate is installed at the bottom of the medicine bin in a sliding mode, and a medicine pushing rack is fixed to the rear side of the push plate; by arranging driving wheels, ten driven wheels driven by two driving wheels on a crawler belt and a damping system provided with a spring suspension damper, a robot body is reinforced and enlarged, the load capacity is greatly improved, horizontal pushing type medicine feeding is adopted, and compared with a traditional mechanical arm, the method has the advantages that the tablet feeding cost of a robot is reduced, and the design is simple.

To provide a method for delivering packages to residents of apartment buildings equipped with delivery lockers, and a system and server for implementing this method. [Solution] The delivery method includes: obtaining locker usage information regarding the usage status of multiple lockers in at least one delivery box provided in an apartment building at the allocation server; assigning one of the multiple lockers to at least one package to be delivered to a resident of the apartment building at the allocation server; and, before placing the package in the assigned locker, sending a locker identifier from the allocation server to a delivery management server that manages the delivery of the package to identify the assigned locker.

A computer-implemented method, a computer system and a computer program product customize delivery of transactional documents. The method includes receiving a transactional document associated with a user. The method also includes obtaining a preferred document format for the user and a preferred delivery method for the user from a database. The method further includes identifying a current display format of the transactional document. In addition, the method includes modifying the current display format of the transactional document, wherein a modified transactional document has the preferred document format for the user. Lastly, the method includes transmitting the modified transactional document to the user using the preferred delivery method for the user.

The application provides a digital delivery method and device of a photovoltaic power station, electronic equipment and a storage medium. Initial pile foundation data of a plurality of photovoltaic panels is acquired, and neighborhood elevation data of each pile foundation is acquired. The elevation of the pile foundation is determined based on the planar position coordinates and the neighborhood elevation data of each pile foundation. The BIM of the photovoltaic panel is constructed according to the preset installation angle by using the elevation of the pile foundation and the initial pile foundation data. Based on at least one type of coded preset coding formula and the attribute value of the target attribute field of the BIM of each photovoltaic panel, each type of coding data of the BIM of each photovoltaic panel is generated. Based on the various types of coding data of the BIM of the plurality of photovoltaic panels and the file digest and category of the plurality of files to be hung, the AI large model is matched, the plurality of files to be hung are associated to the BIM of the photovoltaic panel based on the matching relationship, and the digital delivery is completed based on the digital distribution model, the various types of coding data and the files to be hung. The delivery efficiency and accuracy are improved.

Provide a system. 【Solution means】 Means for automatically correcting address information, Means for identifying an area based on the corrected address information, Means for selecting a fee plan according to the identified area, Means for generating an estimate based on the fee plan, Means for transmitting the generated estimate to the outside using communication means, Means for immediately examining the information entered by the customer and presenting amendments in real time, Means for selecting and presenting the optimal delivery method and shipping fee, A system including the above.

This invention relates to the field of express delivery technology and discloses a method for delivering packages after customized services. The method includes: marking packages and constructing an independent waiting list based on customized service requirements; prioritizing and sorting packages in the independent waiting list; constructing an optimal call timing prediction algorithm to determine the best time for pre-delivery calls and sending a reminder to the courier; using an intelligent package status verification algorithm to verify the package receipt status in real time; removing packages that have been validly signed for from the independent waiting list, and retaining information on incomplete or pending-review packages. This method has the advantages of improving service efficiency, reducing timeout rates, ensuring the accuracy of package receipt status, and avoiding missed or incorrect scanning.

The application discloses a kind of topology discovery and routing issuing method combined with wireless ad hoc network and SDN, belong to wireless ad hoc network management field.It includes: issuing link state request under wireless ad hoc network;After receiving the self-information and adjacent information of all node feedback, adjacent matrix of wireless ad hoc network is constructed based on adjacent information, the self-information includes node own model, transmission capacity and residual power;According to adjacent matrix and node self-information, the priority of each node is calculated;According to the priority of node, select several backbone nodes to form the backbone node set that meets minimum dominating set, according to whether there is connection between nodes and backbone node power, the default backbone node of each ordinary node is specified and announced;After receiving the information uploaded by backbone node, decision and issue routing.The application takes node endurance as a decision factor for selecting backbone node, the transmission is carried out by the interaction of backbone node, reduces the power consumption of ordinary node, realizes the efficient endurance of cluster.

The application provides a catheter delivery method based on an interventional surgery robot. The interventional surgery robot comprises a front end device, a rear end device, an extension device and a driving arm, the front end device is fixed at a first end of the extension device, a second end of the extension device is fixed on the rear end device, the rear end device is fixed on the driving arm, and the catheter delivery method based on the interventional surgery robot comprises the following steps: receiving a delivery instruction sent by a control end; controlling the front end device to move the catheter to a first direction according to the delivery instruction; controlling the driving arm to drive the rear end device to move to a direction close to the front end device; and controlling the extension device to shorten the distance between the first end and the second end to realize the delivery of the catheter. The catheter delivery method based on the interventional surgery robot provided by the embodiment of the application can increase the delivery distance of the catheter.

This application relates to the field of advertising placement control technology and discloses an advertising precision placement method based on recommendation algorithms. The present invention constructs a time-segmented placement state quantity around the current placement cycle, and on this basis, combines the state sequence of similar time periods in history to recursively represent subsequent placement opportunities. Then, it incorporates the unit budget immediate revenue index of the current candidate placement action, the subsequent unit budget revenue index, and the current audience reach saturation level into the placement opportunity cost assessment. Finally, under the constraint of the upper limit of the allocable budget for the current time period, it generates an advertising placement strategy. This unifies the previously fragmented conversion ranking, budget advancement, and audience reach control into the same processing chain. It can not only avoid the excessively rapid consumption of the initial budget and the loss of revenue opportunities in the subsequent time period caused by placing ads based solely on the current conversion probability estimate, but also reduce the risk of revenue decline caused by continuing to place ads after the audience reach saturation.

In accordance with the inventive concepts, provided is a cryo-delivery apparatus and method. In various embodiments, the cryo-delivery apparatus is useful to perform a percutaneous cryo-delivery method. In one embodiment, a therapeutic is adhered by freezing to a distal end of a catheter, the distal end is brought into contact with tissue to be treated, e.g., directed percutaneously, and the distal end is then thawed to deliver the therapeutic to the tissue. In another embodiment, the distal end is directed to the tissue to be treated, e.g., percutaneously, then brought to freezing to established stable coupling to the tissue, a therapeutic is then directed through the catheter and distal end to the treatment site, the distal end is thawed to release and deliver the therapeutic to the tissue, and the catheter can then be withdrawn.

In some cases related to the field of computer and advertisement putting technology, an advertisement putting method, device, electronic equipment, storage medium and program product are disclosed, wherein the method comprises: obtaining a first advertisement to be put, the first advertisement being created for a first putting object; obtaining advertisement putting information of a second putting object; in response to the advertisement putting information, circumscribing the first advertisement, obtaining a first resource of the first putting object for the first advertisement, and obtaining a second resource of the second putting object for the first advertisement; and putting the first advertisement based on the first resource and the second resource. Thus, the joint putting of the first putting object and the second putting object for the same first advertisement is realized, so that the advertisement putting system can support the joint putting mode of multiple parties and meet the putting demand of multiple parties.

This invention belongs to the field of data delivery technology and provides a multi-level product development data delivery device and method. The device includes: a data sending module, in which downstream units create data sending orders and send the data to be delivered to upstream units through sending and receiving approval processes; an external data management module, in which, after the downstream unit delivers data to the upstream unit through the data sending process, it triggers the creation / updating of external data objects, inherits the attributes of the delivered data, and stores the entity file of the delivered data as an attachment to the current external data object; a receiver configuration module, used to receive the selection of the upstream unit's receiver by the downstream unit; and a sending ledger module, used to display the sending status of the data to be delivered by the data sending module. This invention realizes the standardization and automation of the organizational data delivery process, ensures clear data flow direction, and can support efficient and reliable multi-level product development collaboration.

This invention discloses a campaign placement method based on the correlation between campaign placement strategy and creative material matching, relating to the field of advertising placement technology. The method includes acquiring strategy time-series data of target creative materials during historical campaign placements, wherein the strategy time-series data includes a sequence of changes in at least one campaign strategy parameter over time; detecting abrupt change points in the strategy time-series data to identify the time-series change patterns of the at least one campaign strategy parameter, wherein the time-series change patterns include the location, magnitude, and direction of the abrupt change points; this invention, through precise detection of abrupt change points in strategy time-series data, combined with the quantitative calculation of matching values ​​using the creative material's emotional tension index, information density index, and inducement intensity index, can accurately determine the cumulative response status of the creative material and delineate risk time windows, predicting the timing of conversion anomalies in advance.

As a preferred embodiment of the present invention, the user-defined drinking water device comprises: a display which provides a normal mode for providing a user with a water type selection interface for selecting the type of water and a water amount selection interface for selecting the water output amount of water, and a selection mode for selecting the type of water; the selection mode provides an interface capable of generating at least one user-defined button for the user, each of the at least one user-defined button displays the water type selected by the user and the water yield information of the selected water, and the generated user-defined button is displayed when the user generates the at least one user-defined button; and a control unit that controls the water outlet unit so that water flows out through the normal mode or the selection mode.

The present application provides a delivery system, a delivery method, and a computer program product, which improve the reliability of delivery by an unmanned mobile body. In the delivery system, the mobile body (50) is provided with: a mobile body communication device (51); a route setting portion (73) that sets a movement route to the mobile body (50) based on position information (461) representing the position of the storage portion (400) received by the mobile body communication device (51) from the storage portion (400); a movement control portion (75) that moves the mobile body (50) according to the movement route; and a sensor group (53) that is mounted on the mobile body (50) and detects the storage portion (400), and the route setting portion (73) sets a movement route to the storage portion (400) based on information representing the movement history (463) of the storage portion (400) received by the mobile body communication device (51) in a case where the sensor group (53) fails to detect the storage portion (400).

The application discloses a kind of coupling type steam pipeline's temperature and pressure increasing delivery system, including steam main pipeline, detection module, temperature and pressure increasing module, low-quality steam recovery module and regulation and control module, the coupling linkage formed by low-quality steam recovery module and temperature and pressure increasing module in the application.Low-quality steam and condensate are heat-exchanged by heat exchanger, and the low-quality steam and condensate after heat exchange are all returned to condensate collection tank, and the new steam is generated by the condensate in the tank by the waste heat contained in the low-quality steam, and the new steam is returned to the steam main pipeline after being adjusted by temperature and pressure increasing module, which realizes the efficient recovery and cascade utilization of low-grade heat energy in the system, significantly reduces the external steam demand, thereby improving the thermal efficiency of the whole delivery system and reducing energy consumption.

This application relates to a capacity allocation method, delivery method, apparatus, equipment, and medium, belonging to the field of semiconductor intelligent manufacturing technology. The capacity allocation method includes: obtaining the intersection relationship of machine groups at a predetermined site, including machine groups from the first to the Nth machine group, arranged in descending order of their impact on the capacity of the predetermined site. The first machine group directly affects the capacity of the predetermined site, and there is a shared capacity intersection between adjacent machine groups; allocating capacity to each machine group according to the order of influence from smallest to largest, prioritizing the intersection area and non-intersection areas, up to the first machine group; obtaining the remaining capacity of the first machine group as the remaining capacity of the predetermined site, including the unallocated capacity in the non-intersection area of ​​the first machine group and the unallocated capacity in the intersection area shared with the second machine group. This can at least improve the production efficiency of the machines within the controlled site.

This application provides a liquid ammonia transportation method, apparatus, equipment, and storage medium, relating to the field of liquid ammonia storage technology. The method is applied to a liquid ammonia transportation system, which includes an ice machine system and a cryogenic atmospheric pressure liquid ammonia storage tank system connected by pipelines. The method includes: controlling ambient temperature liquid ammonia to be transported through pipelines to the ice machine system for cooling to obtain cryogenic liquid ammonia, the temperature of which is lower than that of ambient temperature liquid ammonia; and controlling the cryogenic liquid ammonia to be transported to the cryogenic atmospheric pressure liquid ammonia storage tank of the cryogenic atmospheric pressure liquid ammonia storage tank system for storage. Using the technical solution provided in this application can improve the safety of the liquid ammonia transportation and storage process.

The application provides an advertisement delivery method and device, electronic equipment and storage medium, wherein the delivery cost and the number of click events of each media in the historical round are obtained; the remaining allocation number and the delivery cost of each media are used to determine the cost to be consumed; the relationship between the remaining cost of the advertisement delivery and the cost to be consumed is used as a constraint, the total amount of the remaining allocation number of each media is used as a target, and the remaining allocation number of each media is determined; the advertisement delivery in the current round is performed according to the remaining allocation number of each media, the current round is taken as the historical round, the delivery cost and the number of click events of each media are updated, and the advertisement delivery in the next round is performed. The method, device, electronic equipment and storage medium provided by the application accumulate the real advertisement delivery data of each media by performing the advertisement delivery on each media in multiple rounds, so that the advertisement delivery effect is gradually optimized with the iteration of rounds, and the advertisement delivery on each media can be more accurately predicted.

The application provides a delivery device for a closure device and a delivery method for a closure device, comprising: a guide device comprising a guide sheath and a first joint assembly arranged at the proximal end of the guide sheath; a carrier device comprising a carrier tube and a second joint assembly arranged at the proximal end of the carrier tube, the distal end of the carrier tube is connected with the first joint assembly, and the guide sheath and the carrier tube are in communication to form a channel for delivering the closure device to a target release area of the closure device, the carrier tube has a viewing tube wall of a visible inner tube cavity, and a scale is arranged on the carrier tube along the axial direction of the carrier tube and is visible through the viewing tube wall; and a pusher for pushing the closure device to the target release area of the closure device through the channel, the pusher comprises a connecting head and a push rod connected with each other, the connecting head is used for connecting with the closure device, and the push rod is provided with a first mark, the distance from the first mark to the distal end of the connecting head is L1, and the total length of the guide device is L2, wherein L2 is equal to L1. The delivery device for the closure device can realize in-vitro visual operation for delivering the closure device.

This invention relates to the technical field of material transfer devices, specifically a method for conveying slotted cylinder liners. This method utilizes an adaptive rotating roller conveyor to transfer slotted cylinder liners from a loading station to a unloading station. The method includes the following steps: placing the slotted cylinder liner onto a material tray, ensuring the concave groove of the cylinder liner is embedded in the limiting block on the tray; starting a reducer to drive a drive sprocket and chain, which in turn drives the rollers to rotate. The rollers include a drive roller and driven rollers, with the drive roller driving each driven roller via a chain; the material tray is transferred from the loading station to the unloading station under the frictional force generated by the drive roller and driven rollers; when the rollers are fully loaded, the pulley on the driven roller rotates freely, and the driven roller does not rotate. This invention reduces friction and wear between the rollers and material trays when the roller conveyor is fully loaded, thus extending the service life of both.

A commodity distribution method according to the present disclosure includes acquiring waiting queue information. The waiting queue information is information about a waiting queue. The waiting queue includes users. The commodity distribution method includes acquiring status information. The status information is information about a status of the users. The commodity distribution method includes determining one or more candidate locations in the waiting queue where a commodity can be collected, based on the waiting queue information and the status information. The commodity distribution method includes creating a distribution plan for distributing the commodity to a collection location, according to a collection request. The collection request is a request in which a user in the one or more candidate locations specifies a candidate location selected by the user using a terminal as the collection location. The commodity distribution method includes causing a mobile body on which the commodity is mounted to travel according to the distribution plan.

This invention provides a multi-AGV delivery method, system, equipment, and medium that not only ensures balance and efficiency in task assignment during execution and improves the computational efficiency of route planning, but also enhances the flexibility of collaborative task assignment and solves the uneven load on delivery resources caused by the lack of dynamic adjustment capability of AGVs in collaborative tasks, thereby offering significant application value. [Solution] The method includes the steps of: obtaining a global map of delivery tasks and generating a route queue for delivery destinations (101); determining a target starting point where an automated guided vehicle (AGV) is located within the route queue (102); dividing the route queue into target routes based on the target starting point (103) and setting a target delivery task for the AGV based on the target routes (103); and re-dividing the target routes based on status feedback for the target delivery tasks and dynamically updating the target delivery tasks based on the re-divided routes (104).

1. Name of the product in this design: Graphical User Interface for Order Splitting of Electronic Devices into Multiple Logistics. 2. Intended use of this design: for use in an electronic device. 3. The key design features of this product are the graphical user interface content and layout. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the Graphical User Interface: This interface is an interactive interface for splitting order items into multiple logistics delivery addresses. The main view shows all SPU items and quantities in the order. Clicking "Select Delivery Method" (the location of the "hand" icon in the interface) in the main view leads to interface state diagram 1, where a "Logistics Selection" pop-up window appears. After selecting address 1 in this interface, clicking the confirmation button in the lower right corner of the pop-up window leads to interface state diagram 2. In interface state diagram 2, clicking "Add Multiple Addresses" (the location of the "hand" icon in the interface) leads to interface state diagram 3, where a floating window appears. After selecting items and modifying the quantity of items in interface state diagram 3, interface state diagram 4 is displayed. Then, clicking the confirmation button in the lower right corner leads to interface state diagram 5. After selecting address 2 and confirming in interface state diagram 5, interface state diagram 6 is displayed. In this interface, it can be seen that the items in the order have been split into multiple different addresses for logistics delivery.

This specification provides a method for delivering goods. The method involves acquiring historical delivery data corresponding to logistics services; determining preference tags and object characteristics marked in the historical delivery data; configuring a preference prediction model based on the preference tags and object characteristics to obtain demand prediction information; configuring service scenarios based on preset dimensions; determining risk parameters corresponding to different demand prediction information for each service scenario using preset indicators; configuring decision information based on the risk parameters; and finally determining the item delivery method corresponding to the target object based on the decision information. This achieves a dynamic item delivery process. By transforming complaint events into preference predictions for target type delivery operations, the reliability of sample tags is improved. Furthermore, through multi-dimensional scenario complaint risk estimation, adaptive configuration of item delivery methods for relevant users is achieved, ensuring logistics service quality while avoiding ineffective door-to-door operations and improving logistics service efficiency.

This invention discloses a standardized delivery method and system for BIM model data during the design phase of high-speed railway simply supported beam bridges, belonging to the technical field of design data for high-speed railway simply supported beam bridges. The method includes: a processing module splitting the initial BIM model of the high-speed railway simply supported bridge to obtain multiple first sub-models; a collaborative terminal performing spatial position calibration and design on the first sub-models to obtain second sub-models; edge nodes retrieving the second sub-models and performing basic verification processing, sending them as third sub-models to a cloud server; the cloud server integrating all third sub-models to obtain an overall BIM model and performing compliance verification on it to obtain a first verification result, uploading the first verification result and each third sub-model to the processing module; and the processing module correcting each third sub-model based on the first verification result to form a standard BIM model for the high-speed railway simply supported beam bridge. This method can improve the delivery efficiency of BIM model data during the design phase of high-speed railway simply supported beam bridges.

This invention discloses a method and system for customized media placement in parking lots with intelligent review functions. The method includes steps such as S1 user purchase and permission activation, S2 user-defined content upload, S3 cloud-based intelligent review and status marking, S4 cloud-based data processing and binding, S5 trigger event perception and reporting, S6 media content matching and secure distribution, and S7 local rendering and presentation. The system includes a mobile terminal, a cloud server, and terminal devices for implementing the above methods. This invention breaks the traditional parking lot machine broadcast mode, allowing car owners or their relatives and friends to customize welcome messages and images, transforming the parking lot screen and broadcast voice into a window for emotional communication, greatly enhancing car owners' sense of belonging and satisfaction; adopting a subscription payment model, it opens up new value-added service revenue sources for parking lot operators, transforming the traditional management cost center into a profit center; and achieving precise placement of "one screen per vehicle" based on license plate recognition, etc.