368 results about "Delivery methods" patented technology

Disclosed are valve replacement devices, systems, and methods. Valve replacement devices may comprise one- or two-piece systems comprising a receiver body (also called an adapter) and a valve assembly with replacement leaflets attached to and located within the receiver body. In two-piece systems, the valve assembly may be removable from the receiver body such that both can be delivered together or separately, and the receiver body may remain implanted while the valve assembly may be removed and replaced. Also described are devices, systems, and methods related to delivering, removing, and replacing a valve replacement. Such delivery methods may include transseptal insertion of a new minimum leaflet structure, and securement of the valve replacement using several securement type (e.g., supra-annular, sub-annular, radial, leaflet securement, etc.). Also described is a braided helical design that mimics the heart's natural movement, and a flange structure for assisting the functioning of the valve replacement.

The invention relates to the technical field of computer vision, and discloses a precise medicine delivery method and system, and the method effectively strips illumination artifacts through the construction of a local gradient structure tensor field and an anisotropic screening mechanism, remarkably improves the robustness of a visual front end in a light and dark alternating environment, and improves the accuracy of medicine delivery. Rigid body motion constraint and Lie algebra continuous modeling are utilized, high-precision space-time alignment between heterogeneous sensors is realized on the premise that scene depth does not need to be recovered, hardware delay errors are eliminated, a physical-driven probability weight dynamic allocation mechanism is constructed by introducing a multipath scattering index and a structural information entropy flux, and a dynamic space-time alignment algorithm is established. Environment degradation is sensed in real time, the observation weight is adjusted in a self-adaptive mode, the influence of the non-line-of-sight multipath effect and visual texture missing is effectively restrained, high-precision inertial dead reckoning can still be maintained in a blind area where a sensor is in full failure in combination with momentum prior information generated through Schel complement marginalization operation, and the method has the advantages of being high in precision and high in precision. And the navigation continuity and reliability of the distribution robot in a complex scene are ensured.

The invention relates to the technical field of advertisement putting, and discloses an intelligent automatic putting method and system, a terminal and a storage medium, and the method comprises the steps: receiving a putting instruction of a management end, dynamically accessing original data according to a business target, and carrying out the dimensionality fusion, and generating a unified data environment; fusing user historical transaction value features and behavior sequence willingness features, identifying high-value users and extracting common portraits; decomposing a business target into stage sub-targets in combination with the delivery constraint, and generating a multi-step delivery execution strategy; compiling into a standardized instruction, deploying a task on a target advertisement platform, and monitoring feedback to generate an execution state report; based on index abnormity and a unified data environment in the execution state report, performing multi-dimensional root cause analysis on the delivery task to obtain an intelligent diagnosis conclusion; according to the intelligent diagnosis conclusion, state transition of the release task is driven, and an effect verification report is generated according to feedback data after state transition; the intelligent automatic putting efficiency can be improved.

The invention provides an advertisement putting method and device, equipment, a medium and a program product, relates to the technical field of advertisement systems, and aims to solve the problem of low flexibility of task scheduling in advertisement putting. The method comprises the following steps: receiving a first advertisement request sent by a client; determining a first declarative configuration file corresponding to the first advertisement request; the first declarative configuration file is analyzed, execution process information and a plurality of data access strategies corresponding to a plurality of task nodes in the execution process information in a one-to-one mode are obtained, and the data access strategies comprise to-be-accessed advertisement data sources and data scheduling strategies of the advertisement data sources; executing tasks corresponding to the plurality of task nodes according to the execution process information and the plurality of data access strategies to obtain an execution result; and sending the execution result to the client. According to the invention, the flexibility of task scheduling in advertisement putting can be improved.

Medication delivery methods, devices and systems are provided, the medication delivery device includes user interface elements, control circuitry, and a memory. The method includes receiving analyte measurement data of a user, presenting information related to the analyte measurement data to the user, and determining an intended dose of medication based on at least one of the analyte measurement data, optionally, therapeutic relevant conditions, therapy parameters, or a calculated insulin-on-board (IOB) value. When the user is queried to indicate that the user is ready for the delivery without presenting the intended dose on any of the one or more user interface elements of the medication delivery device, the intended dose is automatically delivered after receiving the user's indication.

The invention provides a multi-channel message template aggregation delivery method based on scene driving. The method comprises the following steps: step 1, scene definition and parameter configuration; 2, designing a message template and generating a template ID; step 3, channel access and packaging; step 4, message assembly; 5, generating a delivery strategy; step 6, delivery execution; 7, performing data statistics; and step 8, performing optimization iteration. According to the method, through scene driving, template standardization, algorithm cooperation and data closed loop, the pain point of a traditional scheme is solved in a targeted manner.

The invention discloses a DevOps-oriented low-code front-end application construction and delivery method. The method comprises the steps that a developer carries out metadata design through a low-code development platform; front-end page design and function building are carried out through a visual designer; creating an application, and using an application visualization designer to connect a plurality of designed single pages in series according to business logic to obtain a visualization design result; a low-code platform, Vite, Vue3 and a TS technology stack are deeply fused, a visual design result is converted into a runnable code conforming to a modern front-end engineering specification through a rear-end driven intelligent code generation engine, and a final application engineering source code is output; and submitting the generated application project source code to a DevOps integrated management platform, and carrying out online construction application deployment and access test. The high efficiency of low-code development and automation of DevOps are fused, and full-process automation from application development to deployment is achieved.

The present application relates to the technical field of targeted cargo delivery, and more particularly to a drug loading and delivery method and a cell carrying method of core-shell mesoporous micro-nanorobot. The drug loading and delivery method is realized based on the drug loading capacity of the mesoporous structure, the magnetism of the iron oxide core and the photothermal effect of the polydopamine shell. The core-shell mesoporous micro-nanorobot can adsorb and load drugs through the capillary force and electrostatic force generated by the mesoporous structure; then the movement of the core-shell mesoporous micro-nanorobot is driven by an external magnetic field; when the core-shell mesoporous micro-nanorobot approaches the target area, the pore structure is irradiated by near-infrared light, the temperature of the pore structure is increased and the thermal vibration is accompanied, the drugs in the mesoporous structure are effectively released to the target area, and the drug delivery effect is achieved. At the same time of drug loading and delivery, the core-shell mesoporous micro-nanorobot has a carrying capacity after clustering under the magnetic field, and carries cells through two methods of eddy current carrying and contact adhesion. The targeted cargo delivery of targeted drugs and cells and other cargos can be realized by the micro-nanorobot.

A delivery system includes a memory; and a processor coupled to the memory. The processor is configured to: attach a first certificate and a second certificate to an advertisement, upon web content attached with the advertisement being delivered to a terminal, in which the first certificate is a certificate of a profile of an advertiser of the advertisement, the first certificate is previously issued using digital signature technology through examination performed by a predetermined certification institution, the second certificate is a certificate of a profile of the advertisement, and the second certificate is previously issued by the advertiser using the digital signature technology and certifies that the advertisement is not falsified; and determine reliability of the advertisement using the digital signature technology based on the first certificate and the second certificate that are attached to the advertisement.

The invention discloses a powder conveying system and a powder conveying method.The powder conveying system comprises a feeding hopper and a conveying tank, and the conveying tank communicates with the feeding hopper; the device comprises a controller, a first weight detection piece, a second weight detection piece, a pressure detection piece and a first knocking piece, the controller determines whether powder in the feeding hopper is in an emptying state or not according to weight information detected by the first weight detection piece, and when it is confirmed that the hopper is in the emptying state for preset time, the powder in the feeding hopper is knocked out. And the knocking end of the first knocking piece is controlled to knock the periphery of the conveying tank. In the feeding process, the weight of the powder in the conveying tank is monitored in real time, whether conveying is clean or not is judged, the problem that the mixing phenomenon occurs when different batches of powder are replaced is effectively solved, and accumulated errors generated due to the fact that the powder is left in the feeding hopper or the conveying tank can be effectively reduced.

Multi-route drug delivery device designed with two modular bodies. The first body houses batteries, heaters, vials containing extracts, formulations, diluents or cleaners, and the control unit. This unit features two or more peristaltic pumps that enable precise dosage control and ensure homogeneous mixing of substances. The pumps also incorporate purging and cleaning process cross-contamination. The second body is the administration unit, which can be fitted with interchangeable nozzles to different delivery methods. These options include an atomizer, nasal spray, or sublingual spray. By changing the dispenser nozzles, it can accommodate a wide range of delivery routes, including pulmonary, sublingual, nasal, and mucosal. Designed to meet the needs of patients, clinical trial participants, general users, and livestock.

According to the cable conveying system and the cable conveying method, a plurality of cable conveyors are grouped, frequency configuration of'same-group same-frequency and adjacent-group different-frequency 'is adopted, the adjacent-frequency interference problem of multi-device wireless communication is relieved from the source, and then a unified delay adjustment mechanism based on'speed adjustment time' is further combined, so that the transmission efficiency of the cable conveyors is improved. The remote controller instruction is accurately transmitted, false triggering is reduced, the reliability of grouping cooperative control is improved, the cable conveyor accurately executes an adjustment strategy, and the synchronism of same group control is improved. Meanwhile, a built-in operation data detection unit of the driver can obtain core parameters such as the rotating speed, the operation current and the output torque of the driving motor in real time, comprehensive state data support is provided for the display controller, dynamic adjustment of transmission parameters is facilitated, the possibility of uneven stress of cables and overload of equipment is reduced, and cable damage and fault risks are reduced.

The invention discloses a software interaction system and method for promoting virtual-real fusion landing of meta universe, and belongs to the technical field of virtual-real interaction. The method is realized by pure software, and supports two modes of exchanging virtual assets for entity commodities and automatically returning the virtual assets after the entity commodities are purchased. The system accesses a digital platform through a standardized interface to complete asset verification, cancel-after-verification and voucher generation, supports delivery modes such as logistics distribution, store cancel-after-verification and offline self-pick-up, can automatically return virtual assets when purchasing entity commodities, and does not need a user to upload a voucher. The method breaks through the interaction barrier between the digital world and the physical world, is suitable for platforms such as games, movies and televisions, music and cartoons, realizes virtual-real two-way automatic intercommunication, and has high practicability and commercial value.

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 invention relates to a cargo distribution robot and a distribution method thereof, and the cargo distribution robot comprises a distribution main body which is provided with a walking mechanism and a cargo temporary storage area; the recognition unit is used for obtaining three-dimensional image information including three-dimensional image information of goods, the goods comprise a handle body, and an insertion space capable of being penetrated to grab the handle body is formed around the handle body; the manipulator is provided with a thumb and at least one mechanical finger, and can move according to the three-dimensional image information of the handle main body, so that the at least one mechanical finger can penetrate into the insertion space and is bent to be matched with the thumb to grasp the handle main body; and the mechanical arm is mounted on the distribution main body, is connected with the manipulator, and can drive the manipulator to move in a three-dimensional space according to the three-dimensional image information of the cargo placement position. According to the technical scheme, the distribution robot grabs the goods through the mechanical arm to achieve automatic picking and putting of the goods.

The present invention relates to a conveying apparatus and a conveying method. A substrate held by a conveying apparatus is appropriately detected in the conveying apparatus which conveys a plurality of substrates at the same time. A conveying apparatus which holds and conveys a first substrate and a second substrate in a manner of overlapping when viewed from above includes a first holding arm which holds the first substrate in a horizontal direction, a second holding arm which holds the second substrate in the horizontal direction, a first detection sensor which detects the presence or absence of the first substrate held by the first holding arm, and a second detection sensor which detects the presence or absence of the second substrate held by the second holding arm. At least the first detection sensor is constituted by a sensor which irradiates a light beam with the second holding arm as a reference surface, detects a difference in a light receiving position of a diffused reflection light from the reference surface and a diffused reflection light from the substrate, and thereby detects the presence or absence of the first substrate. A notch through which the light beam irradiated toward the second holding arm passes is formed at an inner end of a tip end portion of at least the first holding arm.

The present application belongs to the technical field of conveying, and particularly relates to a spiral conveying device for potassium hexatitanate and a conveying method thereof. The spiral conveying device for potassium hexatitanate comprises: a feeding hopper arranged at the top of the feeding end of a machine body; a discharging pipe arranged at the bottom of the discharging end of the machine body; a hot air adjusting mechanism comprising: a positioning pipe slidingly arranged at the end of the machine body; a hot air pipe rotatably arranged in the positioning pipe and in communication with a hot air machine; and a plurality of adjusting members hingedly connected at one end of the hot air pipe and in the shape of a circular arc. When conveying material, each adjusting member is turned outward and expanded relative to the hot air pipe, and the hot air sent out from the hot air pipe is diffused to the machine body through the inner wall of each adjusting member. When the discharging pipe is blocked, the material pushes the positioning pipe to slide outward, the positioning pipe pushes each adjusting member to turn inward and gather, and the hot air sent out from the hot air pipe impacts and clears the material through the inner wall of each adjusting member.

The invention discloses a property space delivery method, device and equipment and a storage medium. Comprising the following steps: acquiring mobile terminal data, determining a pre-delivery space, and acquiring a guide system ledger based on the pre-delivery space; acquiring field device data, and generating object association information according to the mobile terminal data and the field device data; and performing supplementary delivery based on the object association information and the ledger of the guidance system. By converting provided equipment ledger information into mobile terminal field delivery guide information, reference is provided for field delivery personnel, and dependence on professional knowledge is reduced; the object association information is generated according to the mobile terminal data and the field equipment data, so that the difference between the field and the first party data can be sorted in real time, and the corresponding relation between the model and the field equipment is clear and definite; the system ledger is guided to carry out supplementary delivery, so that the delivery personnel can visually understand the delivery target and progress, the probability that the equipment class is delivered in the space is visually displayed, and the probability of wrong delivery and missing delivery is reduced.

To further enhance the entertainment value and sense of realism of virtual spaces. [Solution] The virtual experience provision system of the embodiment allows a user riding in a rideable vehicle to experience a virtual space. The virtual experience provision system generates a first movement command based on the user's operation of the rideable vehicle, determines whether a predetermined event has occurred in the virtual space, and if the predetermined event has occurred, generates a predetermined second movement command according to the predetermined event, and moves the rideable vehicle based on one of a plurality of movement commands, including the first movement command and the second movement command. Furthermore, if both the first movement command and the second movement command have been generated, the virtual experience provision system prioritizes moving the rideable vehicle based on the second movement command over moving the rideable vehicle based on the first movement command.

This disclosure provides a conveying system, a conveying method, and a computer-readable storage medium to reduce the possibility of damage to items transported within boxes. The conveying system uses a conveying robot to transport boxes containing items. The conveying system includes a first computing unit that calculates a first maximum permissible acceleration representing the maximum permissible acceleration in the width direction of the box and a second maximum permissible acceleration representing the maximum permissible acceleration in the depth direction of the box, based on the type and arrangement of the items.

The invention discloses a version subscription and automatic delivery method and device based on DevOps, equipment, a medium and a product, and relates to the technical field of software version publication. Through a version subscription mechanism provided by the invention, key information such as a version number, branches, plan publication time, a person in charge and demand change can be recorded in a centralized manner; and an automatic notification and progress tracking mechanism is combined, so that all roles can obtain accurate and consistent version states in the same platform in real time. Therefore, the problem of information asynchronization is solved, the progress visualization level is indirectly improved, the exception discovery time is shortened, reliable data support is provided for responsibility division, and the version release efficiency and quality are remarkably improved.

The invention discloses an automatic meal distribution robot system suitable for a train carriage and a distribution method, and relates to the technical field of intelligent distribution. The system comprises an order management module (supporting various ordering forms such as instant ordering and reservation), an autonomous navigation module (realizing path planning and obstacle avoidance from a train kitchen to a target seat), a meal bearing module (adapting to safe storage of different types of meals) and an interactive confirmation module (user signing and information feedback after the meals are delivered). The system is designed for the dynamic environment of the train carriage, the meal is accurately delivered to the user seat from the kitchen through the automatic delivery process, the problems of low manual delivery efficiency and limited coverage in the traditional train meal service are solved, the dining convenience and riding experience of passengers are improved, and the system is suitable for meal delivery scenes of various passenger trains.

The application discloses a version subscription and automatic delivery method, device, medium and product, relates to the technical field of software version release, and through the version subscription mechanism provided in the application, key information such as a version number, a branch, a planned release time, a person in charge and demand changes can be recorded centrally, and an automatic notification and a progress tracking mechanism are combined to ensure that all roles can obtain accurate and consistent version states in real time in the same platform. In this way, the problem of information asynchronization is solved, the progress visualization level is indirectly improved, the abnormal discovery time is shortened, reliable data support is provided for responsibility division, and therefore the efficiency and quality of version release are significantly improved.

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.

The invention discloses a delivery method of storage equipment, and belongs to the technical field of storage equipment. The method comprises the steps of determining candidate goods channels based on order goods; determining at least one target goods channel based on at least part of the goods information in each candidate goods channel and the position information of the candidate goods channel under the condition that the number of the candidate goods channels is determined to be multiple; under the condition that it is determined that the delivery mechanism moves to the corresponding layer of the target goods channel, the target goods channel is controlled to deliver goods to the delivery mechanism; under the condition that it is determined that the delivery mechanism moves to the corresponding layer of the delivery door, the delivery door is controlled to be opened, and the delivery mechanism is controlled to deliver goods to the goods taking mechanism; and under the condition of determining that the order goods are in the goods taking mechanism, controlling the goods taking door to be opened and controlling the goods discharging door to be closed. According to the invention, automatic shipment is realized, manual shipment of a user is not needed, and damage to goods caused by manual shipment of the user can be avoided. In addition, after the goods are delivered to the goods taking door, the goods delivery door is closed in time, and the internal temperature of the storage equipment is prevented from being affected.