12 results about "Smartphone apps" patented technology

We provide the system. [Solution] A means of collecting product data from multiple commercial facilities, A method for predicting demand using machine learning techniques, A means for optimally allocating goods among multiple commercial facilities based on predicted demand, A means of monitoring and updating information on changes in product inventory in real time, A means of analyzing user purchasing behavior and formulating sales strategies, A means of providing information on product inventory status within commercial facilities via a smartphone app, A system that includes means for instructing commercial facilities to replenish their stock based on demand forecasts that take weather information and event information into account.

The present invention relates to the device and method of automatic transport and delivery of travel baggage, and this invention contains two devices connected in some form (1) so that the first main device calls the travel baggage from the warehouse after the traveler's request, either through a smart phone application or through the reader on the device, and the device summons the passenger's baggage, transports and sterilizes it through the second device until it reaches the first delivery device, at which point the device sends a notification to the traveler stating that his baggage has arrived and that it is ready to be received.

1. Name of the product in this design: Electronic Lock (NFC Passive Lock US45-30B). 2. Purpose of this design: A lock that is controlled and authorized via a dedicated smartphone app and uses NFC sensing technology for switch control. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

This invention provides an electronic device, a control method, and a program for controlling its operation using arbitrary expressions in automated operations based on user instructions. [Solution] In the text generation AI service, the smartphone app receives a camera control voice instruction M111 from the user 101, interprets the received voice instruction, converts it into text data, and sends a camera setting item list request message M112 to the camera 102. The camera responds to the camera setting item list request message. When the smartphone app receives the camera setting item list request response M113 from the camera, it creates a camera setting item selection prompt M114 and sends it to the text generation AI service 104. The text generation AI service responds with a selection result M115 indicating which setting items should be changed in order to take a photo that meets the photographer's requirements.

This electronic whiteboard system incorporates an automatic air conditioning control system that remotely controls a demand control board and can reduce the total power consumption and CO2 emissions of the entire facility by more than 30% compared to pre-registered actual water, energy, and heat usage values. [Solution] In an electronic whiteboard system, a demand control board, which is retrofitted to the indoor and outdoor units of an air conditioner and equipped with a CO2 sensor and a schedule timer, has a schedule timer that can change the control rate between peak time and other times, a CO2 sensor that controls up to 80% according to the indoor CO2 concentration, a demand control and linkage function that works in conjunction with existing demand control to achieve up to 80% reduction in air conditioning power consumption, and a smartphone app linkage function that allows facility managers to check the CO2 concentration, temperature, and humidity for each area on their smartphones. By installing this board, power consumption will be reduced by 50%, exceeding the government's CO2 reduction target, and the reduction results will be published in real time using an electronic whiteboard.

The invention relates to the provision and retrieval of user-specific information (104) within defined, short distances. The technology is based on the interaction of three components.These are: a mobile transmitting device (2) of a first user (4) with a transmitting unit (6) in the form of a BLE beacon for transmitting an identification tag (101); user-specific information (104) linked to the identification tag (101), for example, a user profile of the first user (4); and a receiving device (3) of a second user (5), preferably a smartphone, with a receiving unit (7) configured to receive the identification tag (101) transmitted by the mobile transmitting device (2), which receiving device (3) is configured to obtain the user-specific information (104) linked to the received identification tag (101) and output it to the second user (5), wherein this functionality of the receiving device (3) is preferably provided by a suitably programmed smartphone app (8).

This invention discloses a smart food packaging material with dual functions of microplastic adsorption and early warning, and its preparation method, belonging to the interdisciplinary field of polymer materials and food safety technology. It consists of an inner chitosan nanofiber modified PE adsorption layer, a middle quantum dot-nanoantibody sensing layer, and an outer PE / EVOH high-barrier layer. The inner layer captures microplastics released from acidic foods through electrostatic adsorption; the middle layer utilizes quantum dot fluorescence signals to achieve real-time monitoring of microplastic concentration, with a color change from green to red indicating a warning when the concentration is ≥28 μg / L; the outer layer blocks external contamination, and a compatible smartphone app enables rapid detection. This packaging material reduces microplastic exposure in acidic foods by ≥80%, solving the technical challenges of traditional packaging's inability to actively intervene and provide real-time feedback.

The application discloses a kind of based on edge computing's construction engineering management method, system and storage medium, belong to construction engineering digital technology field.For mobile terminal in the service break problem under the environment without network, the application uses cloud edge collaborative architecture, and preposition lightweight model and business rules in smartphone APP, realize online and offline mode seamless switching.Material acceptance whole process controllable is achieved;Realize worker / mechanical operation whole process continuous management: before work, generate semi-structured form;Many nodes generate intermediate semi-structured form record state in the process of operation;After work, all node data are generated to complete structured form and carry out offline electronic signature.Network is recovered, and system automatically incremental synchronization data, and through digital thread, structured form is distributed to supplier, project account book, enterprise account book, cost early warning etc.system by key, realize whole process visualization and real-time early warning.The application realizes the service continuity under the environment without network, data authenticity, process visualization and digital collaboration.

The invention relates to providing and retrieving user-specific information (104) within a defined, short range. This technology is based on the interaction of three components. These are: a mobile transmitting device (2) of a first user (4) including a transmitting unit (6) in the form of a BLE beacon for transmitting an identifier (101); user-specific information (104) associated with the identifier (101), for example a user profile of the first user (4); and a receiving device (3) of a second user (5), preferably a smartphone, including a receiving unit (7) configured to receive the identifier (101) transmitted by the mobile transmitting device (2), said receiving device (3) being configured to acquire and output the user-specific information (104) associated with the received identifier (101) to the second user (5), wherein this functionality is preferably provided to the receiving device (3) by means of a smartphone app (8) programmed in a suitable manner.

This invention belongs to the field of plant scanning AI glasses technology, and particularly relates to a plant scanning method and plant scanning AI glasses, including an AI glasses terminal and a smartphone APP. The AI ​​glasses terminal integrates a side-end real-time visual acquisition and processing module, an optical display module, and an environmental adaptive perception unit for collecting environmental parameters of the work site. The side-end real-time visual acquisition and processing module integrates a 4K global shutter camera and an edge AI computing unit. The edge AI computing unit deploys a lightweight deep learning model and stores a local feature vector library, which can complete plant target identification and positioning in real time without a network connection. It can flexibly adjust the confidence judgment threshold value according to the operator's experience, regional differences, and real-time weather conditions, and simultaneously achieves high species fine-grained identification accuracy and full environmental element adaptive capability on an extremely lightweight edge device.

The present invention relates to an Internet of Things (IoT) fire extinguisher that enables automatic inspection by equipping the **fire extinguisher body (agent container)** with a high-pressure digital pressure sensor to measure the internal pressure of the fire extinguisher in real time and transmitting the measured value via wireless communication through an **IoT module (stand)**. When a fire or pressure abnormality is detected, voice and visual alarms are provided via a speaker and LED to support identification of the fire extinguisher's location and guidance on usage, and can be linked with fire signals detected by a separate smoke / flame sensor (optional). Furthermore, by checking and managing the fire extinguisher status and alarm logs via a smartphone app, damage to life and property can be minimized, and the efficiency of fire extinguisher maintenance and inspection can be improved.

A biomedical image analysis method for distinguishing melanoma from benign skin lesions in digital images of skin tissue. The method is based on color anomaly detection and provides a suitable metric for quantitatively assessing the probability that a skin lesion is melanoma. This method is not AI-based (AI faces challenges such as insufficient training data, poor interpretability, and high computational requirements), and it is independent of camera sensor specifications and lighting conditions during image capture. The method can also be integrated into a smartphone application for use by non-professional individuals, requiring minimal computational power.