40 results about "Transfer system" patented technology

The invention discloses a customer complaint work order automatic circulation system and method based on composite intention disassembly. The system receives and preprocesses the multi-mode customer complaint data and initializes a service circulation context; business intention identification and business key slot position extraction are carried out; disassembling the composite business intention, and constructing an ordered work order execution queue of a directed acyclic graph structure through cyclic dependence verification; evaluating the work order circulation action with the maximum expected cumulative income by using a reinforcement learning model; when business knowledge query is involved, compliance evidence fragments are retrieved, sorted and output; and generating a candidate reply and a business operation instruction by the fine-tuned large language model, outputting the candidate reply after business compliance verification, and calling an API (Application Program Interface) of an underlying business system to execute entity business handling operation in a cross-system manner. The problems of data interaction and state synchronization among multi-source heterogeneous systems are solved, the automatic execution efficiency of the composite work order at the bottom layer node is improved, and the system unauthorized and dirty data risks caused by an uncertain instruction are effectively avoided.

Systems and methods for determining and executing complex multi-route transfers of digital assets are described. A multi-route transfer of a source asset for a destination asset may be determined by analyzing a graph representing a plurality of assets and exchanges to determine a plurality of unique transfer paths. A transfer path may reflect a direct transfer in which the source asset is swapped for the destination asset, or it may reflect a series of intermediate transfers in which the source asset is swapped for intermediate asset(s) that are swapped for the destination asset. Dynamic programming can be used to select the transfer paths to include in the multi-route transfer, how to distribute swaps across those transfer paths, and how to distribute swaps for each transfer of a transfer path-thereby optimizing for the total amount of the destination asset received while accounting for transaction fees.

A stocker including a main frame, and a plurality of storage units disposed in a vertical direction and a horizontal direction in the main frame. Each of the plurality of storage units includes a sliding shelf that is withdrawable in both forward and backward directions in a depth direction of the main frame. The sliding shelf directly loads an article from an overhead hoist transport (OHT) vehicle or directly unloads the article from the sliding shelf to the OHT vehicle.

The invention provides a logistics intelligent sensing storage transfer system and method, and the system comprises an environment sensing layer which is disposed in a storage space, and is used for collecting the dynamic sensing data of a storage environment in real time; the intelligent decision-making layer is in communication connection with the environment perception layer and is used for receiving the dynamic perception data and generating a dynamic allocation instruction and a transfer task sequence based on a preset storage digital twin model and a real-time optimization algorithm; and the autonomous transfer layer is in communication connection with the intelligent decision-making layer, comprises at least one piece of transfer equipment with autonomous navigation and operation capabilities, and is used for receiving the transfer task sequence and finishing transferring and carrying of the goods according to the dynamic distribution instruction. According to the system, through deep fusion of digital twinning and real-time optimization, storage is converted from static management to dynamic intelligence, the resource utilization rate is optimized, expandability is enhanced, and the system can adapt to complex and changeable logistics requirements.

Examples of the present disclosure describe systems and methods for implementing a software-based security abstraction engine in a one-way transfer (OWT) system. In examples, data is received at a first device in the OWT system. A first set of policies is identified based on a dataflow identifier associated with the transfer of the data. A policy engine associated with the first set of policies applies the first set of policies to the data to create digital signatures. The digital signatures are evaluated by the security abstraction engine to determine whether the set of digital signatures is valid. If the digital signatures are determined to be valid, a second set of policies is applied to the data. The data is then transmitted to a second device or destination in the OWT system based on the dataflow identifier.

This invention provides a transfer system capable of efficiently transferring, by use of a bidirectional conveyor, a transfer target between different points. The transfer system include a control device that: executes, in an alternate manner, a first mode in which a transfer target on a conveyor mechanism of a bidirectional conveyor device is transferred in a first direction and a second mode in which a transfer target is transferred in a second direction reverse to the first direction; and continues the first mode according to a predetermined first period defining a duration of the first mode.

This application discloses a method for transmitting payment information using a mobile terminal. The method includes transmitting the mobile payment card number (used for offline mobile payment) and the seller terminal ID from the user terminal to a payment information transmission server. The payment information transmission server then transmits a payment information transmission message, including the mobile payment card number, to the seller terminal. This allows for payment processing through a single user interface, even with various payment service providers offering different payment methods. This application also provides a corresponding payment information transmission system using a mobile terminal.

The invention provides a hotline-oriented work order full-process intelligent circulation system, and belongs to the crossing field of artificial intelligence and digital government affair technologies. According to the method, the whole process of a hotline work order is disassembled into sub-tasks which are cooperatively completed by six special intelligent agents, namely work order acceptance and semantic understanding, classification and routing, dispatching and scheduling, disposal execution, result checking and feedback, and citizen evaluation and data analysis. The intelligent agents communicate and cooperate based on an MCP protocol, a tool is called in a unified mode through an MCP server, a knowledge base is inquired, context is managed, and accurate understanding, efficient dispatching, closed-loop disposal and intelligent analysis of citizen appeals are achieved. The system effectively solves the problems of dependence on manpower, low efficiency, unsmooth circulation, difficulty in tracing and the like in traditional hotline work order processing, and realizes automation, intellectualization and collaboration of the whole process of work order processing.

This invention discloses a transfer system and calibration method for achieving precise and repeatable positioning of multi-station equipment, relating to the field of transfer and calibration technology. It addresses the problem that existing devices cannot freely switch between working and storage positions, and that the working position of the equipment cannot be precisely and repeatedly positioned. The transfer system features paired rigid pre-embedded supports installed on a test foundation, with fixed support frames horizontally mounted on the corresponding rigid pre-embedded supports. A lifting railcar operates on a straight track at the working position, placing both sides of a rigid bracket onto the corresponding fixed support frame twice. A calibration device performs two calibrations on the rigid bracket and fixed support frame within a constructed spatial coordinate system. The positioning device locks after the calibration device completes the first calibration. When the calibration readings from both calibrations are less than a preset value, the lifting railcar, carrying the rigid bracket, moves it to the straight track at the storage position. This system and method achieve precise and repeatable positioning and transfer of multi-station equipment, demonstrating strong practicality.

The invention relates to a high-end glass bottle deep processing production line logistics system which comprises a non-clean area feeding and discharging transfer system, a thousand-level clean area feeding and discharging transfer system, a hundred-level clean area feeding and discharging transfer system and delivery windows. The non-clean area feeding and discharging transfer system, the thousand-level clean area feeding and discharging transfer system and the hundred-level clean area feeding and discharging transfer system are arranged in a non-clean area, a thousand-level clean area and a hundred-level clean area correspondingly, and the first delivery window is arranged between the non-clean area feeding and discharging transfer system and the thousand-level clean area feeding and discharging transfer system. The second delivery window is arranged between the thousand-level clean area feeding and discharging transfer system and the hundred-level clean area feeding and discharging transfer system. By adopting the logistics system for the high-end glass bottle deep processing production line, starting and ending points of carrying can be changed at any time, process equipment can be increased and decreased at any time, a process route is convenient to adjust, whole-process automation is achieved, manual participation is not needed, efficiency and glass bottle quality are improved, and labor cost is reduced.

To provide an inexpensive transfer system with high transfer performance, a tank facility, and a transfer method.SOLUTION: A transfer system for transferring sediment sedimented on a bottom part in a liquid, is equipped with a trough 21 that is provided on the bottom part and defines a groove SA21 opening upward, a space forming member 41 that extends along the groove SA21, forms an inner space SA22 blocking an upper end part, and is provided with a lower opening 41a opening to a lower side than the upper end part in the groove SA21 and separated from the trough 21, an outlet 422a that discharges a fluid into the inner space SA22, and a discharging portion 43 that is coupled to the trough 21 on the downstream side in the discharging direction of the fluid than the outlet 422a and discharges sediment in the groove SA21.SELECTED DRAWING: Figure 1

A transfer system includes a tray configured to accommodate an object, the tray including a first guide comprising a first base surface, a first side surface, and a first curved chamfered surface between the first base surface and the first side surface, a station including at least one second guide including a second base surface, a second side surface, and a second curved chamfered surface between the second base surface and the second side surface, and a mobile apparatus configured to provide the tray to the station, the mobile apparatus including a holder configured to hold the tray, and a gripper configured to engage with the holder.

To provide a transfer system capable of avoiding a situation in which an entry part comes into contact with an obstacle when entering a loading platform.SOLUTION: The approach part holds the cargo, approaches the cargo bed of the truck from the rear, and loads the cargo on the cargo bed. An obstacle detector detects an obstacle in the cargo bed of the entering destination of the entering part. The control device controls the entry operation of the entry portion, and does not start the entry operation of the entry portion or stops the entry operation when an obstacle is detected by the obstacle detector.SELECTED DRAWING: Figure 1

Systems and methods are provided for managed file transfer. A managed file transfer server may receive a request from a sender to send a file (bulk data) to a recipient and may determine a location server that is closest to the location of the recipient. A server-to-server transfer can be automatically initiated to move the file to the location server that is closest to the location of the recipient.

The application discloses a general technical architecture method and system based on building energy internet of things, which comprises the following steps: selecting an access protocol according to the type of equipment, and accessing the end side of the energy system basic operation related equipment; matching the corresponding solution according to the business function of the end side access equipment, and converting the communication protocol of the end side access equipment into an MQTT protocol; constructing an internet of things data unified gathering layer, converting the communication protocol of a third party system into the MQTT protocol, gathering the data uploaded by the end side, the side and the third party system to the internet of things data unified gathering layer based on the MQTT protocol; extracting the data gathered by the internet of things data unified gathering layer to a data transfer system for data transfer through the internal data processing side of the cloud side, and storing the obtained transfer data to a data storage layer through a business adaptation layer. The application can realize the functions of wide access, simple analysis and efficient conversion of data for building energy scenes.

Systems and methods for digital asset transfer are disclosed. First authentication data is generated by authenticating an identity of a first user of a first device. Transaction data is generated associated with transfer of a digital asset. The transaction data and the first authentication data are transmitted to a second device associated with a second user. Second authentication data associated with the second user is received. A transaction record is caused to be recorded to a distributed ledger, the transaction record comprising the transaction data, the first authentication data, and the second authentication data. In various embodiments, an access object configured to provide access to the digital asset is generated, which can include metadata to restrict the access to the digital asset based on a time and / or a location.

Systems, apparatuses, methods, and computer program products are disclosed for securely facilitating a package transfer between parties. An example method includes receiving a package offer indication and performing an authentication operation to authenticate a candidate drop-off user. If the candidate drop-off user is successfully authenticated, the example method may further include unlocking a compartment of a storage locker and generating a package purchase data object. The example method may further include receiving a package placement detection alert and in response, transmitting a payment to a seller account from an intermediary account based on the package purchase data object.

Systems and methods for conditional asset transfers based on outcomes of events are provided. An event-based transfer system stores a record for a conditional asset transfer based on an outcome of an event based on a corresponding request. The system monitors information sources and / or feeds (e.g., of sensors, news sources, social media, etc.) to monitor and / or track the status of the event. The system determines when the outcome of the event becomes settled, and determines, based on the record, a direction of the conditional asset transfer based on the settled outcome of the event. The system automatically alerts user device(s) of user(s) participating in the transfer, and automatically facilitates processing of the transfer of the asset in the direction based on the settled outcome.

An object processing system includes an object induction station, at which an object is provided for processing, the object induction station includes an in-feed conveyor and at least one perception system for providing perception data regarding the object. A plurality of destination locations (104) are arranged in a vertically and horizontally extending array of destination locations. A first carrier system (106) includes a first transfer system (126) that is movable adjacent the plurality of destination locations (104) and a second carrier (138) system includes a second transfer system (136) that is movable adjacent the plurality of destination locations (104) independently of the first transfer system. Each of the first carrier system (106) and the second carrier system (138) are adapted to provide that both the first transfer system (106) and the second transfer system (138) are able to access the object induction station as well as each of the plurality of destination locations (104).

Systems and methods for conditional asset transfers based on outcomes of events are provided. An event-based transfer system stores a record for a conditional asset transfer based on an outcome of an event based on a corresponding request. The system monitors information sources and / or feeds (e.g., of sensors, news sources, social media, etc.) to monitor and / or track the status of the event. The system determines when the outcome of the event becomes settled, and determines, based on the record, a direction of the conditional asset transfer based on the settled outcome of the event. The system automatically alerts user device(s) of user(s) participating in the transfer, and automatically facilitates processing of the transfer of the asset in the direction based on the settled outcome.

In order to determine, without a trial, whether or not an article can be transferred and in order to reset the article in a case where the article cannot be transferred, provided is a transfer system including: a first determining section that determines whether or not a transferring section can hold and transfer an article, on the basis of a posture of the article an image of which has been captured by a camera section; and an adjusting section that, in a case where the first determining section determines that the transferring section cannot transfer the article, controls a driving section and a holding direction changing section so that the posture and a position of the article are adjusted to a posture and a position that allow the transferring section to transfer the article.

The item transfer system of the present invention comprises: a rail providing a movement path; a trolley unit moving along the movement path of the rail on the rail; and an item storage unit provided at a first position to which the item transferred by the trolley unit is stored, and the item storage unit may be arranged in N (natural number) columns from the front to the rail to the rear to which the item transferred by the trolley unit is spaced apart from the rail, with respect to the rail.

This invention belongs to the field of mechanical equipment technology, and discloses a transfer system and a control method for the transfer system. The transfer system includes two transfer machines spaced apart. Each transfer machine includes a housing and a transfer device. Both housings of the two transfer machines have through openings on their respective sides facing each other. The transfer devices are movably disposed within the housings between a first position and a second position, and move through the through openings. The first position is where the transfer devices of the two transfer machines are connected, allowing material transfer between the two machines. The second position is where the transfer devices of the two transfer machines are separated. The distance between the transfer devices of the two transfer machines in the second position is greater than or equal to a distance threshold. During maintenance work, the transfer devices are controlled to move from the first position to the second position, thereby creating a passage for maintenance personnel. Maintenance personnel can pass through the passage between the two transfer machines without climbing ladders, reducing the difficulty and safety risks of maintenance work and improving work efficiency.

Provided is a method of controlling a transfer system. The method includes: collecting traveling information obtained while a transfer unit travels along a rail installed on the manufacturing line; and based on the traveling information, controlling a direction of at least one switching unit included in the rail, in which the switching unit switches a lane on which the transfer unit travels.

The invention discloses a multi-layer storage location transfer system and a control method thereof. The control method comprises the steps that whether an initial storage location where a product is located comprises a to-be-transferred upper-layer storage location or not is judged, and whether a target storage location comprises a target upper-layer storage location or not is judged; if the initial storage location comprises the to-be-transferred upper-layer storage location and the target storage location comprises the target upper-layer storage location, whether the to-be-transferred first-layer storage location comprises at least one warehouse-out vacant storage location or not is judged, and whether the target first-layer storage location comprises at least one warehouse-in vacant storage location or not is judged; when the to-be-transferred first-layer storage location comprises at least one warehouse-out vacant storage location and the target first-layer storage location comprises at least one warehouse-in vacant storage location, the fork-type automatic guide vehicle is controlled to transfer the product from the starting storage location to the warehouse-out vacant storage location; the latent automatic guide vehicle is controlled to transfer the products from the warehouse-out vacant storage location to the warehouse-in vacant storage location; and the fork type automatic guide vehicle is controlled to transfer the products from the warehousing vacant storage location to the target storage location. According to the invention, smooth circulation of automatic logistics is realized.

Methods and systems are described herein for transferring control of vehicle information. A transfer system may be used to facilitate the transfer. The system may receive a first request for transferring an association of a vehicle from a first user to a second user. The transfer system may generate a first blockchain operation for transferring control of the cryptographic token from a first to second cryptography-based storage application associated with the first user and second user, respectively, wherein the first blockchain operation comprises the second address associated with the second cryptography-based storage application. The system may transmit the first blockchain operation for transferring control of the cryptographic token to the second cryptography-based storage application. In response to receiving an indication of successful blockchain operation from a blockchain node, the system may transmit a command to update first user identification data stored at a link.

The present invention relates to a system and method for secure remittance. More specifically, it is a method in which a sender designates a date for receipt to the recipient at the time of remittance. Since the recipient can verify the received amount but can only transfer or withdraw the funds after the period designated by the sender has elapsed, this system facilitates easy cancellation and refund of remittances when a period is required to receive and verify delivered goods during payment settlements in e-commerce, or when the sender has made a remittance to an incorrect account number or committed voice phishing or fraud. Definition of Terms Withdrawal Transfer: Transfer funds from the system account to a bank account for withdrawal (since this service does not have a direct withdrawal function) Transfer: Transferring funds from one user's account (ID) to another user's account (ID) within the system. Recipient: The person who received the remittance amount

The present disclosure provides a method for facilitating a tax-advantaged business transaction with automated risk mitigation. A conditional sales agreement is generated between a government entity and a business entity of a business owner. A net-revenue bond with interest obligations is structured. Payments from business operations are processed through automated withholding calculations. A distribution of funds to the business owner and the government entity is structured based on tax savings. Geographic information system data indicating location-based hazards affecting the business entity is received and correlated with business performance metrics to generate composite risk scores, which are used to automatically adjust payment processing and fund distribution. Exit procedures are triggered when the composite risk scores exceed predetermined thresholds. Blockchain-based smart contracts that automatically execute terms of the conditional sales agreement are implemented. Smart contract oracles are utilized to integrate real-time geographic information system data and payment information.