161 results about "Mobile apps" patented technology

The invention discloses an intelligent early warning system for safety of buildings around foundation pit construction, and relates to the technical field of construction safety monitoring. The platform adopts a four-layer architecture of a sensing layer, a transmission layer, a platform layer and an application layer. The sensing layer collects data in real time through a multi-class sensor array; the transmission layer wirelessly transmits data by using the Internet of Things technology; the platform layer serves as a core, comprises a data management module, a digital twin modeling module and an intelligent analysis early warning engine, and is responsible for data preprocessing, three-dimensional model driving and intelligent risk study and judgment based on machine learning and a dynamic threshold value; and the application layer provides visual display and early warning push service through a Web terminal and a mobile APP. All-weather automatic monitoring, intelligent advanced early warning and accurate risk prevention and control of the surrounding environment of the foundation pit are achieved, a complete intelligent management closed loop is formed, and the construction safety level is effectively improved.

Smart Pot Sensor with Automated Soil Additive Spraying and Plant Health Analysis, Indoor plant care can be challenging due to limited knowledge in soil monitoring, nutrient management, and environmental conditions, leading to poor plant health. Current solutions often detect issues too late or fail to provide personalized care for each plant. This invention introduces a smart pot system that integrates AI, sensors, and automated nutrient spraying. It monitors soil parameters and environmental factors in real-time, using predictive algorithms to deliver nutrients precisely when needed. A mobile app provides personalized care recommendations, optimizing plant growth and reducing manual intervention.

Embodiments described herein include a method that operates by receiving, at a media device, one or more signals from a remote control. The media device identifies a user currently using the remote control based on the signals. Then, the media device selects content to make available based on the identified user. In some embodiments, the media device identifies the user by using the signals to identify the remote control. Then, the media device determines that a user associated with the identified remote control is the user currently using the remote control.

The invention discloses an intelligent contract-driven APP automatic account division system and method, and particularly relates to the field of intelligent contracts, and the system comprises a data collection module, an account division rule modeling and contract generation module, an intelligent contract execution module, a risk level determination module, and a response optimization module. According to the method, APP multi-source service data is collected and transmitted through a distributed message queue, the service data is subjected to hash calculation and then synchronized to an alliance chain for evidence storage, a contract template is selected according to a configuration strategy, parameters are injected to generate and deploy an intelligent contract, the evidence storage data on the chain is input into an intelligent contract execution module to trigger account division calculation, and the service data are stored in the alliance chain. According to the method and the system, the deserved amount and the contract rationality index of each account division role are obtained, double-track system risk assessment is performed on an intelligent contract execution result, a risk disposal strategy is updated based on a verification result, and a final disposal scheme is determined after a compliance coefficient of risk disposal is calculated, so that the accuracy and compliance guarantee capability of account division risk identification are improved.

This utility model provides a headlight for a two-wheeled electric vehicle equipped with a projection lamp. The headlight comprises a lamp housing with inner covers integrally formed on both sides. A projection device is fixedly installed in the center of the lamp housing, positioned between the two inner covers. The projection device consists of an inner shell, which is fixedly connected to the lamp housing, and the edge of the insert and the cover plate are integrally formed. This application installs a projection device in the headlight of a two-wheeled electric vehicle, placing it in the center of the headlight. Users can access the device via a mobile app, select the desired movie or TV show, and project the video onto a wall or ground in front of the electric vehicle. A laser focusing device is included for automatic distance measurement, allowing users to choose various projection locations and scenes. This adds enjoyment when waiting or playing at night. The projection function in the headlight of a two-wheeled electric vehicle effectively enhances its versatility.

A door includes two skins and a glazing unit. Each skin has a skin body portion providing an outer door surface and defines an opening for the glazing unit. The glazing unit includes two glass panes with edge disposed between the skins. The glazing unit comprises a solar panel and a set of blinds or a switchable film. The set of blinds comprise a plurality of blades oriented in parallel. The door includes a rechargeable battery electrically connected with the solar panel and store electricity from the solar panel; and a motor mechanically connected with the set of the blinds or the switchable film and configured to direct the blinds or the switchable film by using power from the rechargeable battery. The door also includes a control on an exterior door surface, and can be also controlled via a remote control or through a mobile app on a smart phone.

The invention discloses a direct current charging adjustable method and a new energy source vehicle, and the method comprises the steps: setting a direct current fast charging multiplying power through the interaction between a cellphone APP, an instrument or an MP5 and a vehicle control unit; in the next direct current fast charging process, the A + awakens the VCU and the electric BMS; the VCU sends the charging allowing signal and the setting result of the direct current fast charging rate to the BMS; the BMS recalculates the charging request current according to the setting result of the direct current fast charging rate; the BMS sends the recalculated charging request current to the charging pile; and the charging pile performs charging according to the recalculated charging request current. According to the direct-current charging adjustable method and the new energy source vehicle, the direct-current charging mode is adjustable; the set multiplying power is adjustable, so that the charging multiplying power is actively reduced, the charging energy value is increased, the service life of the battery is prolonged, and the endurance mileage is increased; and the problem of large voltage difference caused by long-term 2C super fast charging is reduced, and the charging energy complementing efficiency can be improved.

A fall protection tether monitoring system features a network-connected camera attached to a worker's harness, capturing video or static images to monitor a back D-ring and safety rope. Images and data are transmitted to a remote server via wireless networks. Image processing for object detection on the server verify proper safety rope attachment. A mobile app tracks safety metrics, compliance history, and provides safety content. Remote monitoring is enabled through a user interface on smart devices and workstations, allowing real-time and historical data review. The system includes fall detection via an accelerometer, temperature sensors, GNSS tracking, and alerts for improper rope connections, enhancing worker safety and compliance while reducing the need for in-person checks and potential OSHA fines.

The invention discloses a student vision detection and management system based on edge artificial intelligence gesture recognition. The method comprises the following steps: firstly, judging identity information of a detected object student through a face recognition technology; if the comparison succeeds, the system confirms the standing position of the student through ultrasonic ranging, and preparation is made for vision detection. Then the screen displays' E 'for vision examination, gestures of the student are detected through the camera, and parents can check the vision condition and change condition of the child through the mobile phone applet end and take corresponding measures in time. The product can be deployed in public positions of teaching buildings of all schools in a sporadic manner, students can perform self-testing at any time / at regular time, individual and group vision data is persistent in the cloud for subsequent deep analysis and mining, such as transverse comparison and longitudinal analysis of different regions, different age groups and different genders, and the distribution condition and the change trend of vision problems are deeply understood. And a scientific basis is provided for making a targeted vision care plan.

This utility model relates to the field of electronic lock technology, specifically an unlocking mechanism and a passive intelligent lock for power plant equipment maintenance and isolation. It includes a lock body, a lock rod movably disposed inside the lock body, and a battery disposed inside the lock body; an engaging assembly including a drive component disposed inside the lock body, a lifting component movably disposed on the outer wall of the drive component, and a locking component movably disposed on the outer wall of the lifting component. This utility model, by setting up the engaging assembly, enables a motor to drive a cam to rotate, causing the lifting rod to descend under the action of a first elastic component, and further contraction of a second elastic component to disengage the protrusion from the groove, thus completing the unlocking action and enabling rapid release in emergency situations. Furthermore, it achieves remote control of the lock via a Bluetooth connection between a mobile app and the key, effectively preventing unauthorized intrusion, enhancing security, and allowing for rapid unlocking in emergency situations, improving emergency response efficiency.

The invention discloses a medical big data analysis blood pressure alarm system and device based on a block chain technology. The system comprises a data acquisition module, a block chain service unit, a central processing unit and a storage database; the data acquisition module is used for acquiring heart rate data and blood pressure data of a user and sending the acquired data to the block chain service unit; and the block chain service unit is used for sending the received heart rate data and blood pressure data to the central processing unit according to a block chain service node. The heart rate and blood pressure data of the elderly user in medical treatment are monitored based on the block chain technology, the monitored data are analyzed in real time, the blood pressure change condition of the elderly user is judged, when the heart rate and blood pressure abnormal condition occurs, the condition of the elderly user can be timely alarmed and reminded through a mobile phone APP and a short message, and the user experience is improved. Monitoring of old people with hypertension and timely treatment in case of conditions are effectively improved.

Software allows images captured during product development on a mobile device (e.g., smartphone or other client device) to be uploaded to a design management system from the mobile device. Mark-up annotations and comments can be added to the images at the mobile device. Assignment of tasks related to the images can be made from the mobile device.

The invention discloses an inspection instrument state monitoring system, which belongs to the technical field of medical inspection equipment, and comprises an equipment sensing layer, a data transmission layer, a data processing layer, an application display layer and a power supply module, the equipment sensing layer comprehensively acquires operation parameters, environment parameters and fault information of the inspection instrument through various sensors and universal interfaces; the data transmission layer adopts a wired + wireless dual-mode design to realize stable data transmission and breakpoint resume; the data processing layer realizes accurate identification and pre-judgment through an anomaly identification module and a fault pre-judgment module, and realizes centralized data management in combination with local and cloud storage; the application display layer realizes data visualization, remote monitoring and graded early warning through an upper computer and a mobile phone APP; the power module is equipped with a standby power supply to deal with temporary power failure. According to the method, the defects of low efficiency, early warning lagging and high operation and maintenance cost of traditional manual inspection are overcome, operation is easy and convenient, the cost is moderate, adaptability is high, real-time monitoring, accurate early warning and preventive operation and maintenance of the inspection instrument can be achieved, it is guaranteed that inspection work is carried out in order, and the primary medical inspection quality and efficiency are improved.

1. Name of the product in this design: Multifunctional Water Sink Control Graphical User Interface for Electronic Devices. 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 displayed on the screen. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 2 is designated as the basic design. 6. Purpose of the graphical user interface: Users can control the multifunctional sink by clicking, touching icons, etc. 7. Description of the changing states of the graphical user interface: Design 1 main view is the main interface; Design 2 main view is the main interface; Clicking the defrost icon enters the defrost level 1 working interface composed of alternating displays in Design 2 (Figures 1 and 2); Clicking the defrost icon again enters the defrost level 2 working interface composed of alternating displays in Design 2 (Figures 3 and 4); Design 3 main view is the main interface; Long-pressing the network icon enters the network interface composed of alternating displays in Design 3 (Figures 1 and 3 main views); Successful network connection enters the network success interface (Figure 1); Design 4 main view is the main interface; Long-pressing the network icon enters the network interface composed of alternating displays in Design 4 (Figures 1 and 4 main views); Successful network connection enters the network success interface (Figure 1); Use the mobile APP to make a reservation, for example, to start the tableware drying 9 hours later; After successful reservation, the tableware drying reservation reservation success interface (Figure 2) appears in Design 4.

With the widespread ubiquitous connectivity to smartphones and the Internet and social networks, software applications and cameras have become commonplace for individuals in our daily lives. We take pictures and videos of all kinds of events, goods and situations on our smartphones, easily upload them to cloud services, and with friends, family and others who subscribe or follow our shared content. However, through the use of all this technology we do not do a very job of recording the entirety of data available since other sensors are not utilized in the capturing of a significant, fleeting event, such as a UFO sighting, suspected criminal conduct, etc. Embodiments allow users to employ numerous sensors and other data to capture information about an event.

This invention discloses a trusted carbon footprint storage and intelligent traceability system for gold recycling based on blockchain and AI technologies, belonging to the intersection of green finance technology and environmental protection technology. The system adopts a four-layer architecture: the data acquisition layer binds batch IDs through GS1 encoding and integrates multi-source data through IoT sensors, a mobile app, and edge preprocessing; the AI ​​processing layer accurately calculates the carbon footprint based on a dynamic LCA model, optimizes process parameters through deep reinforcement learning, and simulates emission reduction potential; the blockchain storage layer uses a consortium blockchain (PBFT consensus) + IPFS storage, deploying smart contracts for storage and verification to automatically generate CDCEER carbon credits; the application layer provides traceability queries, ESG dashboards, regulatory audits, and green finance interfaces. This invention solves the problems of data fragmentation, inefficient calculation, and difficulty in value conversion, achieving trusted management and value conversion of the entire carbon footprint process, helping enterprises reduce costs and increase efficiency, comply with emission reduction regulations, and promote the green upgrading of the recycled precious metals industry.

The "Security Locking Bag for Logistics and Delivery" offers an advanced solution for the secure delivery of packages, especially in urban areas where secure drop-off points are often lacking. These specially designed bags are equipped with state-of-the-art security technology, including a biometric lock and a GPS tracking system, providing comprehensive protection against unauthorized access while enabling precise location tracking. In addition, the bags are equipped with a QR code (2), a touch-sensitive lock for the parcel compartment (1), and a security lock (5) to secure the bag to a fixed object. These features address the shortcomings of conventional delivery methods, which are often insecure or require cumbersome and costly processes. The robust construction protects parcels from theft and the elements, and supports efficient and environmentally friendly delivery by reducing unnecessary trips and fuel consumption. The system works as follows: A courier places the package in the bag, closes the parcel compartment lock (1), and secures the bag to a fixed point with the security lock (5). The recipient can open the lock with a PIN sent to them or via a mobile app to retrieve their package. After the package has been retrieved, the bag can be collected by the courier for the next delivery. The bags are manufactured using an injection molding process, in which molten plastic is injected into prepared molds. The components, such as the compartment lock (1), the QR code (2), the security lock (5), and the bag compartment (3), are then mounted onto the main body (4). Industrial applicability: These bags offer a practical, secure, and environmentally friendly solution for modern logistics. They are particularly suitable for urban areas and situations where secure parcel drop-off options are lacking.

This invention discloses a remote balancing control method and system for electric vehicle power batteries. The method includes the on-board battery pack (TBOX) receiving a remote balancing command and sending a corresponding balancing command to the battery management system (BMS). Upon receiving the command, the BMS determines the conditions for intelligent battery balancing and controls the activation and deactivation of the balancing mode based on whether the conditions are met. The advantages of this invention are: remote battery balancing via a mobile app allows the vehicle to be balanced not only during operation but also remotely woken up from sleep mode to enter balancing mode, increasing balancing time, reducing voltage differences caused by self-discharge, optimizing battery consistency, and significantly improving the battery system's lifespan.

Methods and systems are described for managing business interfaces including web sites, e-commerce platforms, mobile apps, and point-of-sale (POS) systems using databases and user interfaces on a customer relations management (CRM) system. Performance can be improved using two-way synchronization between the CRM database and a second database used by the business interface. Latency and efficiency can be improved by performing the synchronization using a message queue implemented with a single database table that can be replicated using a native replication mechanism. Multiple CRM databases can synchronize to a single second database organized into multiple tenants. Detection of changes in either database can be implemented using polling or change triggers.

1. Name of the product in this design: Household intelligent valve. 2. Purpose of this product design: It is used as a smart valve for individual household and room temperature control, allowing for remote adjustment of indoor temperature via mobile APP or smart panel, realizing personalized control and balanced heating between households. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

An enhanced earplug device for noise suppression and entertainment lighting comprises a tubular housing with a removable tip portion for ear canal insertion and a visible light element. The device incorporates a quartz acoustic filter for high-fidelity sound preservation while reducing volume, and a vibration sensor detecting musical beats in the 20-250 Hz range for music-reactive lighting patterns. Bluetooth connectivity enables inter-device synchronization and mobile app control. A tap sensor integrated into the housing exterior provides intuitive gesture-based mode switching between static color, music-reactive, and synchronized operational modes. The system includes RF capabilities for professional venue integration via centralized controllers with DMX / MIDI connectivity, enabling coordinated lighting displays across multiple users in entertainment environments.

The PHEWL GOOD portable vacuum cleaner revolutionizes scalp care by combining advanced technology with personal well-being. With its ability to filter impurities, ergonomic design, and diffusion and massage functions, this device meets the diverse needs of users. The connected mobile app facilitates personalized care tracking, while smart sensors ensure targeted treatment of irritated areas. By incorporating eco-friendly elements and offering a variety of colors, PHEWL GOOD represents a true wellness tool, transforming hair care routines into a pleasant and beneficial experience.

A fencing training system delivers programmable visual cues to simulate referee commands and tactical bout scenarios. It includes a transparent panel (11) with addressable LED lights (10), mounted on a tripod (12) and controlled by a microcontroller (14). Timed color and pattern sequences prompt fencers to initiate offensive, defensive, or interpretive actions. Users can customize delay intervals, cue types, and repetition frequency. The system improves timing accuracy, footwork consistency, and decision-making within the four-meter engagement zone. Configurable preparation windows and distance markers (20, 22, 24) aid spatial judgment. The system is adaptable for saber and foil fencing and may include auditory cues, motion detection, or mobile app control. Designed for portability and real-time responsiveness, it supports solo and group training. The invention may also be adapted for other sports requiring timed decision-making in confined spaces and incorporate AI-based customization using bout performance data to personalize footwork timing and cue sequences.

The utility model discloses an earphone with a detachable NFC (Near Field Communication) magnetic patch, which comprises an earphone main body and an NFC magnetic patch, and the NFC magnetic patch is detachably arranged on the earphone main body; an NFC chip is arranged in the NFC magnetic patch and is used for storing and transmitting NFC data; the earphone main body is internally provided with a PCBA board with an NFC processing module, and the PCBA board is used for processing NFC signals. According to the utility model, through the design of the detachable NFC magnetic patch, convenient interaction between the earphone with the NFC magnetic patch and a mobile phone APP is realized, and the intelligent degree of the earphone and the user experience are improved; a user can replace or upgrade the NFC magnetic patch according to needs, and flexible expansion and upgrade of earphone functions are realized.

1. The name of the design product: car charging order placement graphical user interface for electronic devices. 2. The use of the design product: the design product is used for an electronic device. 3. The design points of the design product: the interface content of the image user interface in the screen. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the interface of the design product is the interface for placing an order for a mobile app, which is used for car charging order placement. The front view is the display interface graph of the home page of the app, which displays the current vehicle positioning information and initiates the order task. In the front view, clicking "Call for help" initiates the order and enters interface change state graph 1. Interface change state graph 1 fills in the order information, such as license plate number, power supply degree, uploading vehicle fault pictures or fault videos, etc. Clicking "Order now" places an order, enters interface change state graph 2, confirms the order information in the process and waits for the rescue master to accept the order. After the rescue master accepts the order, it enters interface change state graph 3. In interface change state graph 3, you can click "Cancel" to cancel the order, or click "Go to payment". After clicking "Go to payment", it enters interface change state graph 4. In interface change state graph 4, clicking "Pay now" can pay the rescue fee.

The invention provides an intelligent electric shock prevention remote control method and system, and relates to the technical field of electric shock prevention. The method comprises the following steps: acquiring safety isolation voltages received by an intelligent power utilization controller at a plurality of moments in a previous monitoring period; determining a voltage fluctuation index according to the safety isolation voltage; according to the voltage fluctuation index, whether a standby circuit switching mechanism is started at the starting moment of the current monitoring period is judged; establishing communication connection with the intelligent power utilization controller through a mobile phone APP, and setting performance parameters of each level of distribution box; real-time parameters of each level of distribution box are collected in real time through a voltage sensor, a current transformer and a temperature sensor; according to the performance parameters and the real-time parameters, whether abnormal conditions are met or not is judged; and if the abnormal condition is met, triggering an anti-electric shock control mechanism. According to the invention, remote setting of performance parameters can be realized, an anti-electric shock control mechanism can be accurately triggered according to comprehensive real-time parameters, and the safety of power utilization is improved.

This invention discloses an interactive system and method for monitoring young children in a smart car based on a children's smartwatch and a child safety seat. The system includes a children's smartwatch, a child safety seat, an in-vehicle information system, and a guardian's mobile app. The children's smartwatch collects and wirelessly transmits physiological data such as the child's heart rate, body temperature, acceleration, and blood oxygen saturation. The child safety seat detects the ISOFIX locking status, seatbelt buckle status, seat orientation, and temperature and humidity in the seat area. The in-vehicle information system performs time-series alignment and decision-level fusion analysis with the above data and vehicle driving data to identify whether the child is in an uncomfortable state, and triggers tiered warnings and linkage control systems to execute intervention actions based on the identification results. The guardian's mobile app is used for remote monitoring and control. This invention achieves multi-dimensional perception of the young child's physiological state, vehicle-machine collaborative warnings, and intelligent environmental adjustment.

A device running a mobile app optimizes battery power, data storage, and accuracy of a model. Data concerning a setting and modality of a sensor of the device is collected. Historical data is retrieved concerning the amounts of battery power and data storage consumed while the sensor operates in the setting. The model is trained based on the data concerning the setting and modality and on the historical data concerning the consumed battery power and data storage. The model is based on the setting of the sensor. The accuracy achieved by the model at a maximum consumed battery power and data storage is measured. The accuracy achieved by the model is compared to an accuracy threshold. The model is adopted if the accuracy of the model equals or exceeds the accuracy threshold. The device is configured to operate the sensor using the setting and the mobile app using the model.

This application relates to a vehicle unlocking and locking system, a passive radio frequency key, and a vehicle, to solve the technical problems of the passive radio frequency key relying on battery power, which leads to the inability to unlock the vehicle when the battery is depleted, and the risks of data leakage and vehicle theft associated with mobile APP keys. When the vehicle body controller is in the wake-up state, the UWB radio frequency unit sends a high-frequency ranging signal and receives a first response signal carrying authentication information returned by the key. The first response signal is generated by the key using energy segmented from the high-frequency ranging signal to process the information carried in the high-frequency ranging signal. The vehicle body controller calculates the distance between the key and the vehicle based on the time difference between signal transmission and reception. When the vehicle is in a partially dormant state, the vehicle body controller generates a vehicle unlocking command based on the distance and the key's authentication result. When the vehicle is in a fully awake state, the vehicle body controller generates a vehicle locking command based on the distance, the key's authentication result, and the vehicle's status information.

A transportation mode integrating shared vehicles and grid‑based service stations, in which a shared vehicle serves as a direct point-to-point travel vehicle, and a short‑distance green travel mode is used to complete travel between an origin and a service station and between a destination and a service station. The mode comprises the steps: on a mobile APP, selecting a vehicle model, a destination, a real-time route, a real-time price, etc., to reserve a nearby shared vehicle; and upon successful reservation, reaching the service station on time by means of a green travel mode to pick up the vehicle for travel. The system consists of a central server, shared vehicles, grid-based service stations, a real-time traffic management map, a mobile phone APP, etc. By means of modern advanced technologies, a reliable travel mode is provided, replacing the travel by a large number of social vehicles; by using economic means for real-time regulation and control, traveling vehicles are as full as possible, thereby fully improving the road utilization rate; thus, the travel mode effectively integrates passenger travel demand, vehicle utilization demand, and road‑network smoothness demand.