37 results about "Smartphone app" patented technology

An object of a system according to an embodiment is to make it possible to quickly and accurately grasp a main point of a conversation or a sentence.SOLUTION: A system according to an embodiment includes a summary generation unit, a platform provision unit, and a voice output unit. The summary generation unit analyzes a conversation or a sentence and generates a summary. The platform providing unit provides the summary generated by the summary generation unit through a smartphone application, a web application, or a dedicated device. The voice output unit outputs the summary content generated by the summary generation unit by voice.SELECTED DRAWING: Figure 1

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.

An object of a system according to an embodiment is to quickly and accurately grasp a crying voice of a baby and a change in the physical condition of the baby and take appropriate measures.SOLUTION: A system according to an embodiment includes a wearable terminal, a AI, a smartphone application, and a glasses-type wearable terminal. The wearable device is wound around the ankle of the baby to collect the crying sound, body temperature, and sleep state of the baby. The AI analyzes the date collected by the wearable terminal, identifies the emotion and physical condition of the baby, and proposes a handling method. The smartphone application notifies the protector of the handling method proposed by the AI. The glasses-type wearable terminal displays information on the lens in cooperation with the smartphone application.SELECTED DRAWING: Figure 1

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.

An object of a system according to an embodiment is to overcome time and cost constraints and to efficiently learn English conversation.SOLUTION: A system according to an embodiment includes a smartphone application and a user. The smartphone application is equipped with a generation AI. The generated AI serves as a question of English conversation from the user or a conversation partner. The generation AI points out errors in pronunciation and grammar of the user in real time and feeds back improvement points.SELECTED DRAWING: Figure 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 spread of cashless payments has made it difficult to accurately ascertain the income of public assistance recipients through traditional bank account inquiries alone, leading to fraudulent claims. Furthermore, the aging of those responsible for monitoring recipients and a shortage of personnel have resulted in insufficient verification of the recipients' well-being. [Solution] The system includes a data collection means that integrates transaction history from bank accounts, electronic money, and QR code payments by linking with the interfaces of multiple payment services; a determination means that enables quick reporting via a smartphone app when an undeclared deposit is detected; and a data fixing means that records all declared information in an unalterable format including a hash value. Furthermore, it includes an evaluation means that detects discontinuation in transaction history and performs safety checks through automatic phone calls by an artificial intelligence voice agent, thereby supporting the work of the monitoring staff.

The invention develops a Brucella colorimetric detection method based on DNAWalker driving double signal amplification. The detection principle is as follows: target DNA triggers AP hybridization to form Y-type connection with CP, an Nt.BbvCI restriction enzyme cutting site is exposed, DNAWalker is released through restriction enzyme cutting circulation, and target circulation amplification is realized. Meanwhile, PDANS (palladium-iron-nano particles) is synthesized through Fe < 2 + > / H2O2 Fenton reaction, a pH indicator is loaded through silver nano particle modification (PDANS (at) Ag), and a signal is enhanced. An amplified product is combined with PDANS (at) Ag through a magnetic bead sandwich structure, remarkable color change is caused, and quantitative detection can be performed through a smart phone App (such as' Color Grab ') or a microwell plate reader. The method is easy and convenient to operate, high in sensitivity and suitable for on-site rapid identification of Brucella.

An object of a system according to an embodiment is to improve the efficiency of service counter support in a retail chain.SOLUTION: A system according to an embodiment includes a generated AI model preparing unit, a query responding unit, and a platform providing unit. The generative AI model preparer prepares a generative AI model for each chain. The inquiry handling unit handles the inquiry by using the smartphone application. The platform providing unit provides a platform of each model.SELECTED DRAWING: Figure 1

The invention relates to a multi-modal perception and excitation micro-payment high-precision map system, which comprises a vehicle-mounted data acquisition and lightweight perception module which is deployed in a vehicle TBOX or a user mobile terminal and is used for acquiring multi-source sensing data of a road environment in real time; the input end of the privacy protection module is in communication connection with the output end of the vehicle-mounted data acquisition and lightweight sensing module, and the privacy protection module is used for intercepting a multi-frame image original data packet 5-15 seconds before and after an event occurs when the event is detected, performing Gaussian blur or black block shielding processing on a face and license plate area in the image, and transmitting the face and license plate area to the vehicle-mounted data acquisition and lightweight sensing module; and meanwhile, generating an encrypted position hash based on the desensitized geographic coordinates. According to the method, a lightweight multi-mode sensing model deployed in a vehicle-mounted TBOX, a smart phone APP or automobile data recorder firmware is used as a distributed sensing node, and local fusion of multi-source heterogeneous data is utilized, so that the system can identify a long-tail event on a resource-limited edge device in real time, and the sensing boundary of a map for instantaneous change of the real world is expanded.

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).

An intelligent syringe system and method are provided. The system includes an intelligent syringe and an external device. The syringe obtains data of a dose administered to a patient and wirelessly transmits the data to the external device. Alternatively, the external device obtains the data via an image of the syringe. The external device can execute an application configured to process the data and display dose information.

Standard pedelec for use as a stationary ergometer with a communication interface for controlling and documenting a program-controlled and / or sensor-dependent training, on a standard indoor bike trainer, which can be used in this application with or without its own controller, The control unit is implemented using an app on a smartphone, which automatically adjusts the user's individual and control-compatible pedelec with a desired pre-selected individual load, the app obtains the status and sensor information of the pedelec, The app, unlike manual operation, can control the electric motor of the pedelec in a very fine or stepless manner in both modes a) drive and, if available, b) "braking" (recuperation), The app receives values ​​from vital parameter sensors in order to adapt or regulate training sequences according to individual load specifications. the app automatically adjusts suitable control commands via implemented algorithms to adapt the braking or driving effect of the motor of the pedelec and / or the roller trainer accordingly, The app uses the training program and available sensor data to recognize the rider's workload and increases or decreases it by controlling the system components. the app provides a user interface to inform the user about status and current values, or warnings, and allows user input, the app can be adapted to different system components and users. The app can store training data via an online portal and also receive training recommendations from there, which are automatically generated or manually created by a commissioned trainer. The app, in a medically approved version, can also be used for rehabilitation programs, for example for cardiac exercise groups, to carry out heart rate-controlled training.

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.

A system is provided.SOLUTION: A system including means for providing a smartphone app for a user to capture and upload an image of a bare face, means for causing the user to input trouble or a desire related to makeup, means for using an interactive AI that provides appropriate advice on the basis of the input trouble or desire, means for using an image generation AI that generates a face image after makeup on the basis of the image uploaded by the user and the advice of the interactive AI, means for displaying the generated face image after makeup to the user, and means for providing the user with information on an optimal cosmetic or brand and a purchase link.SELECTED DRAWING: Figure 1

The invention relates to a vehicle display system (10) for a motor vehicle (12) for displaying location information, comprising a display device (14) configured to display a road map (15), a user profile management module (16) configured to assign at least one motor vehicle (12, 18) to a user profile (13), and a communication interface (20) configured to provide location data of the motor vehicles (12, 18) assigned to the user profile (13), wherein a processing device (22) is arranged which is configured to synchronize authorization information transmitted from an application linked to the user profile (13) on a mobile device, in particular a smartphone app, with the user profile (13) of the motor vehicle (12), so that the locations of several motor vehicles (12, 18) assigned to the user profile (13) are displayed simultaneously on the road map (15).Furthermore, the invention relates to a method.

The invention discloses a mycobacterium tuberculosis colorimetric detection method based on DNAWalker driving double-signal amplification. The detection principle is as follows: target DNA triggers AP hybridization to form Y-type connection with CP, an Nt.BbvCI restriction enzyme cutting site is exposed, DNAWalker is released through restriction enzyme cutting circulation, and target circulation amplification is realized. Meanwhile, PDANS (palladium-iron-nano particles) is synthesized through Fe < 2 + > / H2O2 Fenton reaction, a pH indicator is loaded through silver nano particle modification (PDANS (at) Ag), and a signal is enhanced. An amplified product is combined with PDANS (at) Ag through a magnetic bead sandwich structure, remarkable color change is caused, and quantitative detection can be performed through a smart phone App (such as' Color Grab ') or a microwell plate reader. The method is easy and convenient to operate, high in sensitivity and suitable for on-site rapid identification of mycobacterium tuberculosis.

An Al-powered system designed to dynamically generate music tailored to users' emotional needs by analyzing vital signs collected via a smartphone app and data from social media history. The system utilizes advanced algorithms to assess users' current emotional states and create music that aligns with those states. This innovative approach bridges the gap between digital technology and emotional well-being, offering a novel solution for personalized music therapy, mental health support, and enhanced music experiences. This invention introduces an Al-powered system designed to analyze musical compositions and generate linguistically related content. Leveraging sophisticated algorithms, the system deciphers musical chords and harmonies, transforming these auditory elements into descriptive words and sentences. This process reflects both the conceptual and emotional nuances of the music.

A system is provided.SOLUTION: A system including a means for collecting weather data, a means for collecting topographical data, a means for inputting the collected weather data and topographical data to generative artificial intelligence and analyzing a risk of inundation, a means for a resident to transmit a photograph or information of a dangerous place using a smartphone application, a means for analyzing the transmitted information and specifying position information or a degree of danger, a means for notifying other residents of the analyzed danger information in real time, and a means for providing information of a safe evacuation route or an evacuation place to residents.SELECTED DRAWING: Figure 1

A smartphone application and mid-infrared spectrometric system for the analysis of honey. The system enables the determination of syrup and sugar adulterants, moisture content, and floral and geographical origin of honey using advanced machine learning and chemometric techniques. The state-of-the-art system may revolutionize honey purity testing by determining the quantity of the aforementioned parameters (e.g., quantity of syrup and sugar adulterants, percentage of moisture content, and floral and geographical origin of honey) in only 1-2 minutes. The system can be used in situ, thus offering the advantages of portability and convenience.

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 invention relates to the technical field of smartphone application performance monitoring, and discloses a smartphone application performance stability automatic monitoring method and system, and the method comprises the steps: obtaining underlying hardware behavior data of target equipment in a preset stable state, and generating a behavior feature set based on the underlying hardware behavior data; therefore, the baseline of the application in the normal operation state is established. The underlying hardware behavior data covers an interface calling sequence of the graphic processing unit, an access mode of a special graphic memory and state information of an internal function module of the graphic processing unit, and the fine-grained hardware-level data can more comprehensively and deeply reflect real behaviors of equipment in the rendering and data processing processes.

The invention relates to the technical field of pressure testing, in particular to an automatic pressure testing method and system for the application performance stability of a smart phone, and the method comprises the following steps: collecting UI interaction main thread operation and resource requests, recording background thread scheduling and internal storage, extracting refreshing thread video memory and rendering parameters, unifying time axis classification threads, and carrying out automatic pressure testing on the application performance stability of the smart phone. And extracting an operation overlapping and resource time sequence, embedding pressure measurement to form a path sequence, and outputting an instability node set. According to the method, information such as main thread running time, resource request parameters, background thread scheduling and video memory operation frequency is collected, a time axis is unified to construct a thread behavior structure, a multi-thread resource state is precisely restored, a conflict path is extracted according to a resource intersection and time sequence relation, and a state chain is constructed in combination with CPU use, scheduling records and resource release time points. According to the method, abnormal segments and resource intervention positions are identified, continuous cycle high-risk paths are screened, dynamic adaptation of a pressure measurement process and an operation bottleneck is realized, and test accuracy and stability identification capability are improved.

A lithium battery storage device is disclosed, which is a safety cabinet designed to contain and store lithium batteries during charging, aiming to prevent home fires and contain potential explosions. The lithium battery storage device comprises a fireproof body component that is configured in a rectangular cabinet made from 18-gauge steel with an all-welded, galvanized steel frame and a self-closing door. The device is equipped with internal charging stations, a temperature gauge, a shelf, and ventilation fans to manage the heat. The ventilation fans expel extra heat, as needed. The exterior of the body component includes a color-coded charging meter that glows from red, to yellow, to green, to indicate charge level. Further, the body component is integrated with a smartphone app, providing users with alerts if temperature thresholds are exceeded. Thus, a user can charge two lithium batteries simultaneously in a safe and effective manner.

The invention relates to a device for reducing tinnitus. According to the invention, the characteristics of the tinnitus—frequency, noise bandwidth before and after the frequency, slope before and after the frequency, and masking level—are transmitted to a programmable signal processing component (2). This component transforms the frequency envelope of a sound source by adding a gain corresponding to the frequency envelope of the tinnitus and then transmits the signal to the person's ear. An application allows the tinnitus characteristics to be modified. In one particular configuration, if the person with tinnitus has associated hearing loss, the programmable signal processing component takes the hearing loss data into account to compensate for it. In another particular configuration, the device does not use an external sound source and can also create soothing sounds that perfectly match the tinnitus noise.A smartphone app allows you to adjust the noise. Figure to be published with the abbreviation: figure 1.

An object of a system according to an embodiment is to realize an idea by appropriately utilizing generated AI.SOLUTION: A system includes a prompt instruction personnel aggregation part, an idea collection part, and a generation AI coding part. A prompt instruction personnel collecting part collects personnel capable of instructing an appropriate prompt to the generated AI. An idea collection part receives an idea from a person having the idea. The generated AI coding unit performs coding of the smartphone application using the generated AI on the basis of the idea entrusted by the idea collection unit.SELECTED DRAWING: Figure 1

The invention described is equally suitable for preparing pour-over coffee and espresso coffee. In contrast to conventional machines, the flow rate through the coffee powder can be varied and adjusted by means of brewing profiles. In addition to the through-flow, the time and the target weight for terminating the brewing profile can also be set. The target weight is determined by means of a preferably integrated weighing device. The parameters of the brewing process are stored in brewing profiles. These brewing profiles can be stored on the machine. They are created via a smartphone app and are sent to the machine. The app and the machine communicate via Bluetooth.