18 results about "Mobile cloud" patented technology

The invention discloses a non-sensitive management control system and method for a shared office. The system comprises a mobile APP, a cloud management platform, an intelligent access control terminal, environment sensing equipment and an electrical control unit, through the management system integrating the mobile APP, the cloud management platform, the intelligent access control terminal, the environment sensing equipment and the electrical control unit, non-sensitive management of the shared office can be realized. According to the system, a tedious and low-efficiency application process is simplified, so that the employees can quickly complete office reservation, and the consumption of office time is remarkably reduced. Meanwhile, the system can dynamically adjust the electrical control unit according to real-time data provided by the environment sensing device, it is ensured that device operation is automatically closed or reduced in the unmanned period, energy waste is effectively avoided, and the operation cost is reduced. In addition, the resource utilization efficiency is improved through the fine management mode, administrative expenses caused by idle or overuse of resources are reduced, and therefore the operation efficiency of an enterprise is overall improved.

The invention relates to the technical field of intelligent navigation, in particular to a position guide device and method based on mobile cloud passenger flow data, and the device comprises a cloud server which is used for collecting and processing anonymous passenger flow data from a mobile terminal in real time and generating a dynamic thermodynamic diagram; the indoor and outdoor positioning module determines the current position of the user through a multi-source fusion positioning technology; the navigation terminal is used for generating an optimal navigation route through a path planning algorithm according to the user preference and the real-time passenger flow density and outputting navigation guidance; according to the method, the real-time passenger flow analysis and dynamic path planning technology is adopted, the congestion area can be accurately predicted and avoided, the navigation efficiency is greatly improved, and special requirements such as barrier-free navigation are supported by combining an AR (Augmented Reality) navigation interface with a personalized recommendation algorithm, so that different user groups can obtain customized navigation experience.

This invention discloses a fully automated intelligent door-to-door garbage collection service system and method. The fully automated intelligent door-to-door garbage collection service system includes: a homeowner user module for receiving garbage collection requests from homeowners and displaying service status information; a property management module for monitoring the overall system operation status and managing equipment; an IoT control gateway module for breaking down communication barriers between the robot and the community's physical infrastructure, enabling the robot to move autonomously across floors and areas; and a cloud-based integrated dispatch center, which communicates with the homeowner user module, property management module, and IoT control gateway module, respectively, for receiving garbage collection requests sent by the homeowner user module and allocating the optimal intelligent robot to perform collection tasks based on a built-in dynamic multi-objective scheduling model.

The invention discloses a crack detection system and device for a house structure, and relates to the technical field of house detection.The crack detection system comprises a movable base, a movable holder capable of horizontally rotating is arranged on the upper surface of the movable base, a supporting seat is fixedly arranged on the upper surface of the movable holder, and a supporting column is rotationally arranged on the inner side of the supporting seat; and a height adjusting mechanism is arranged on the surface of the supporting column. According to the invention, comprehensive and accurate crack detection is realized: multi-angle crack images of the surface of the building structure are acquired through the image acquisition module, the image quality is improved in combination with the preprocessing module, and accurate crack identification is carried out by using the crack identification module. The process ensures the comprehensiveness and accuracy of crack detection. Detailed crack data analysis is realized, the data analysis module can comprehensively analyze the length, width, depth and position information of the identified crack, and detailed data support is provided for subsequent crack processing.

The utility model discloses a penicillin bottle holder type feeding mechanism which is characterized in that a holder butt joint assembly and a holder material taking assembly are installed on a movable holder assembly, an inverted bottle removing assembly is installed on a discharging conveying line, the discharging conveying line is in butt joint with a penicillin bottle buffering platform, the movable holder assembly moves up and down on a holder rack, and the holder material taking assembly is installed on the holder rack. A servo power assembly is arranged on the lower side of the movable holder assembly and drives the movable holder assembly to move up and down through a lead screw assembly, a platform plate is arranged on the lower side of the movable holder assembly, the holder butt joint assembly is slidably connected to the platform plate, and the lower side of the holder butt joint assembly horizontally moves through a driving device. According to the penicillin bottle feeding device, penicillin bottle goods shelf fixed position feeding in the penicillin bottle feeding process is achieved, penicillin bottle goods shelves are fetched to the movable cradle head layer by layer through the movable cradle head, then penicillin bottles are pushed to the buffering platform from the movable cradle head, and then the penicillin bottles are conveyed to the light inspection machine through the discharging conveying line to be subjected to light inspection.

A computing system includes a client computing device and a cloud management platform. The client computing device includes a plurality of screens, with each screen having at least one session displayed therein. Each session has a boundary area associated therewith. A cursor monitor agent within the client computing device monitors movement of the cursor in the boundary area of the session having the cursor therein. The cloud management platform includes a cursor analysis service to analyze movement of the cursor within the boundary area to determine if a movement parameter is met indicating that a user intends to switch to a different session. The cursor monitor agent displays an options menu within the session having the cursor therein in response to the movement parameter having been met. The options menu provides options for the user to switch to the different session.

1. Name of the product in this design: Mobile Cloud Box. 2. Purpose of this design: As an access hardware terminal for desktop virtualization products. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model discloses a mobile cloud printing device which comprises a printer body and a base which are fixedly connected. The groove is formed in the lower surface of the base, limiting columns are arranged at the four corners of the inner wall of the groove, and the outer walls of the multiple limiting columns are jointly sleeved with a limiting plate; and the damping assemblies are arranged on the lower surface of the limiting plate and are used for buffering and damping internal electronic devices in the horizontal direction in the moving process of the printer body. By adopting the lever principle and the principle that homopolar magnetic blocks repel each other, under the matching action of the dampers, when the universal wheels collide with a threshold, the damping assemblies play a role in buffering and damping the internal electronic devices in the moving process of the printer body. Buffering and damping effects can be achieved to the maximum extent in the horizontal direction, the problem that the service life of printing equipment is shortened due to damage of an electronic structure in a printer body is solved, and the problems proposed in the background technology are effectively solved.

This application provides a cloud measurement system and method based on a wave glider. By integrating a laser cloud-measuring radar with a marine meteorological observation instrument onto a wave glider platform with ultra-long endurance, autonomous navigation, and virtual mooring capabilities, a sea-based mobile cloud observation system is constructed. This system overcomes the inherent shortcomings of existing satellite remote sensing observations, such as discontinuity and lack of vertical structure information, as well as the high cost, poor maneuverability, and limited coverage of ship and buoy observations. It achieves long-term, continuous, and mobile observation of cloud systems over vast ocean areas and can acquire high-precision cloud base height, vertical structure, and conventional meteorological elements from the sea surface, significantly improving the spatiotemporal continuity and data quality of marine meteorological observation.

The present invention proposes a system and method for generalizing automotive aftermarket parts. The system includes: a cloud server that provides remote control and upgrade files for parts to be upgraded, and provides various data information to a mobile app; a cloud database that interacts with the cloud server and stores part information, part upgrade file information, personnel information, and upgrade maintenance information; a mobile app that communicates with the cloud server and connects to the upgrade operation interface provided by an upgrade control box; and an upgrade control box that connects to the part to be upgraded, interacts with the mobile app, and receives upgrade files transmitted from the cloud server. Through the aftermarket parts upgrade system composed of the upgrade control box, mobile app, cloud server, and cloud database, the present invention can write communication parameters and configuration parameters into parts before installation, thereby achieving universal compatibility of parts across multiple vehicle models and expanding the applicability of the parts.

The application discloses a shared office non-sensory management control system and method, which comprises a mobile APP, a cloud management platform, a smart access control terminal, an environment sensing device and an electrical control unit. The management system integrating the mobile APP, the cloud management platform, the smart access control terminal, the environment sensing device and the electrical control unit can realize non-sensory management of the shared office. The system simplifies the complicated and inefficient application process, so that employees can quickly complete office reservation, and significantly reduce the consumption of office time. At the same time, the system can dynamically adjust the electrical control unit according to the real-time data provided by the environment sensing device, ensure automatic closing or reducing the operation of the equipment during no one, effectively avoid energy waste and reduce operating costs. In addition, the fine management mode improves the resource utilization efficiency, reduces the administrative expenses caused by resource idling or overuse, and thus improves the overall operation efficiency of the enterprise.

The present invention discloses a mobile phone cloud computing power leasing and scheduling method for virtual computers, which relates to the field of resource scheduling technology. The method includes: analyzing the performance change trend of the historical load data of the hardware of all cloud computing power circuits based on the historical load data of the hardware, and evaluating the dynamic load index of each cloud computing power circuit; obtaining historical cloud computing power user leasing data, analyzing the computing power expenditure requirements of the user leasing data, and constructing a user computing power leasing preference profile; performing regression analysis to predict the demand for pending leasing tasks per unit time node; and constructing a cloud computing power resource scheduling model based on the dynamic load indicators of each cloud computing power circuit and the demand for pending leasing tasks per unit time node, so as to maximize the utilization of the computing power resources of the cloud computing power circuit and generate dynamic cloud computing power leasing scheduling tasks. The present invention has the advantages of improving user experience and resource utilization.

The present invention belongs to the field of mobile communication technology and relates to a multi-stage randomized planning task offloading method based on energy harvesting in a mobile Ad Hoc cloud. The method comprises the following steps: considering a mobile Ad Hoc cloud network composed of a group of nearby terminal devices with EH functions, taking into account the uncertainty of Wi-Fi connection time of client terminals and proxy terminals, respectively establishing an offloading benefit model, a communication cost model, a computing cost model, and an energy harvesting model; establishing a randomized buying and selling game model based on multi-stage randomized planning, purchasing resources from proxy terminals according to the buyer's own computing task requirements, and establishing a problem of maximizing the buyer's revenue; providing different computing and storage resources to the client terminals through dynamic resource quotation, and establishing a problem of maximizing the seller's revenue; and calculating an optimal task offloading strategy for the buyer to the selected proxy terminal and an optimal quotation strategy for the seller using a multi-stage randomized planning Fargrange multiplier method and KKT conditions. The present invention effectively improves system revenue and stabilizes battery energy.

The embodiment of the invention belongs to the technical field of display, and provides a projection image correction method and a projection system, laser projection equipment is placed on a mobile holder, and the mobile holder is used for driving the laser projection equipment to move. When the position of the laser projection equipment is changed, projecting a projection image in the projection screen; receiving a first shot image; determining a first movement parameter of the mobile holder according to the first shot image, wherein the mobile holder drives the laser projection equipment to move in a first dimension according to the first movement parameter; in the process of moving in the first dimension, the laser projection equipment projects a projection image in the projection screen; when stopping moving in the first dimension, receiving a second shot image; and according to the second shot image, new movement parameters are determined, and the mobile holder drives the laser projection equipment to move in other dimensions according to the new movement parameters. Therefore, the display effect of the projection equipment can be improved, and the user experience is improved.

The invention provides a file transmission method and device, equipment, a storage medium and a program product, and relates to the technical field of network security. In some embodiments of the invention, a to-be-uploaded file is obtained; randomly generating a file key of the file to be uploaded and an initial vector of the file key; encrypting the to-be-uploaded file by using the file key to obtain an encrypted file, and encrypting the file key by using a locally stored master key to obtain an encrypted file key; combining the initial vector of the file key and the encrypted file key as a file header with the encrypted file to obtain a combined file; uploading the combined file to a server; the encryption task is completed before the file is uploaded, it is ensured that a cloud service provider cannot obtain user information, even if data is maliciously stolen, the initial vector of the file key and the encrypted file key are spliced to serve as the file header, additional management on the file key is omitted, and the data security of the network mobile cloud disk is improved.

The invention relates to a solution for mitigating against transmitting, receiving or hosting transfers of infectious diseases through access to a user's health record via a mobile, cloud server-based application. The user's heath record data is stored in the application database, and can include immunization records, test results, and pre-existing conditions. This data is accessed using the mobile application interface by scanning a uniquely generated Quick Response (QR) code, and displayed through an application downloaded to a separate device, such as one owned by a venue. The user's code is scanned to display an immunity score and verified by the user's identification data, matched to data on the second device. This data can also be accessed by other users, such as venue owners who want to insure the health and safety of their patrons.

The invention discloses a mobile cloud disk service processing method and device, equipment, a medium and a product, and the method comprises the steps: inputting an obtained input sequence into a preset multi-modal model, and analyzing a processing demand of a user; determining to-be-processed data in a mobile cloud disk according to the processing demand; and inputting the to-be-processed data into a preset multi-mode machine learning model for processing, and outputting a business processing result. According to the scheme, user input can be accurately understood, and the service processing result is accurately output.

The present invention provides a system and method for remotely monitoring discharged hospital patients using Bluetooth-enabled wearable medical devices integrated into a secure, mobile-to-cloud telemetry platform. The system is designed to extend hospital-grade patient observation into residential and non-clinical settings by continuously capturing, transmitting, and evaluating physiological data under clinical supervision. Each patient is outfitted with one or more Bluetooth-enabled sensors configured to measure vital signs such as heart rate, blood pressure, oxygen saturation, temperature, or movement. These devices transmit raw telemetry to a mobile coordination platform that relays encrypted signal data to a centralized hospital dashboard. There, clinicians may review data streams, configure patient-specific thresholds, and receive AI-prioritized deterioration alerts governed by institutional policies.