82 results about "Smartphone apps" patented technology

A system and method for ΔI-powered engine diagnostics combine OBD-II data, high-frequency sound, and vibration analysis to detect engine wear and mechanical faults. A detachable puck sensor in the engine bay captures sound and vibration signals, while an OBD-II module collects engine performance metrics. A smartphone app collects and uploads data to a backend AI engine, where Dynamic Time Warping (DTW) aligns event-driven or asynchronous data and time series data from multiple sources, ensuring accurate feature fusion. Machine learning models then detect engine wear, belt degradation, knocking, and bearing faults, generating a diagnostic report with severity assessments and predictive maintenance recommendations. By integrating multi-modal sensor data, this system enhances early-stage fault detection beyond traditional OBD-II diagnostics, offering greater accuracy in assessing physical wear conditions and optimizing vehicle maintenance.

An ultra-miniaturized wireless-controlled patch-type drug pump and a production method thereof, in the field of biomedical engineering device technology, are disclosed. The pump utilizes near-field communication (NFC) technology commonly found in smartphones to power the circuit. It injects drug into patients' bodies via volume alteration of a thermal expansion material and a gas generated by an electrolytic electrode, attaining pre-meal bolus and basal rate drug infusion. The drug pump has a relatively simple structure, a small size, and no need for an internal power supply, thereby alleviating at least some of the burden on patients and enhancing the comfort and convenience of wearing the pump. Meanwhile, it can be controlled through a smartphone application, simplifying the operation(s) of the pump and providing users with a precise and convenient drug injection approach.

The invention provides a scenic area guide system based on a smart phone APP, and the system comprises a user registration and login module which is used for supporting a tourist to carry out registration and login through a plurality of modes, such as a mobile phone number, an email box, and a social media account; the personalized route planning module is used for collecting the body information of the tourist and planning an optimal touring route for the tourist by comprehensively considering the real-time condition of the scenic spot; the real-time positioning and navigation module is used for acquiring the position information of the tourist in real time, displaying the current position of the tourist on a map and providing voice navigation service for the tourist; the man-machine conversation module is used for providing an intelligent customer service function; the emergency rescue and health monitoring module is used for monitoring health data of tourists in real time by being connected with the intelligent wearable equipment; and the environmental protection action participation module is used for pushing scenic area environmental protection knowledge, ecological protection ideas and related policies and regulations, and improving the environmental protection awareness of tourists. According to the invention, personalized, convenient and safe scenic spot touring experience with environmental education significance can be provided for tourists.

To provide headphones with a hearing aid function that can be carried around naturally by simply hanging them around the neck, that function as a hearing aid when worn on the head when in use, that are easy to handle for the elderly, and that are also well-designed. [Solution] These are neck-worn headphones with hearing aid functions that have a structure that allows the device to be configured to suit the user's hearing.Hearing is tested using a smartphone app, and the device can be configured based on the results.

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.

A rapid diagnostic device for detecting multiple biomarkers in bodily fluid samples, particularly useful for disease screening including breast cancer. The device comprises a housing containing at least one test strip with a sample receiving zone, conjugate pad, and multiple test zones. The test strip utilizes specific materials including Cytiva GF / DVA and Ahlstrom 1667 sample pads, an Ahlstrom 6613 conjugate pad with carboxylated 150 nm gold nanoshell conjugates, and a Sartorius CN140 membrane with precisely positioned test and control zones. The device simultaneously detects multiple biomarkers, such as hCG and CA-15-3, using specific antibodies. Features include a built-in safety lancet, integrated buffer system, and compatibility with various sample types. Results are available within ten minutes, with options for quantitative analysis via a dedicated reader or smartphone application. This multi-biomarker approach potentially improves screening accuracy compared to single-marker tests, offering versatility for detecting various medical conditions.

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.

The present invention introduces a system integrated into a mobile phone accessory, designed for the automated and highly customizable diffusion of perfumes and incenses. This advanced device leverages Internet of Things (IoT) technology to deliver an interactive and tailored user experience. It features a rotating disk outfitted with refillable cartridges that hold a variety of perfumes or perfume compounds. These can be selected based on the user's individual preferences. An electric actuator precisely activates these cartridges, dispensing the exact amount of perfume required into a mixing chamber for consistent scent distribution. Additionally, the system is equipped with a state-of-the-art incense burning mechanism that utilizes laser technology for precise, chemical-reaction-free ignition. This allows for superior control over the scent diffusion process. The device is engineered to be operated via a smartphone application, which communicates with an online server to dynamically adjust diffusion parameters in response to user interactions, ensuring a personalized ambiance tailored to the moment's needs.

The invention provides a monitoring system for transported cargo shipment, the vehicle and its operator to prevent cargo loss, wherein the system uses an operator's smartphone application that is activated by a vehicle wireless communicating device, and a cargo communicating device; wherein the smartphone, and these two devices maintain continuous wireless communication, wherein the smartphone application generates dynamic data about the vehicle and the continuous communication among with the two devices; and wherein the application sends the dynamic data to a computer server by means of the internet of things, wherein the continuous wireless communication when interrupted causes a digital switch in the communication devices and the smartphone to change a shared encrypted password to a new password in order to re-establish the communication, wherein if the communication is not re-established an alarm signal is generated by the smartphone application, and an anomaly is reported to the server.

A smartphone application and method for generating radio frequencies is provided. The application utilizes smartphone hardware to generate radio frequency energy that mitigates the effect of lachrymator particles released during onion cutting. By emitting non-ionizing radiation, the application reduces the discomfort and tearing experienced from the lachrymator particles. The intensity and frequency of non-ionizing radiation is controllable through the smartphone interface.

The present invention discloses a dual-mode intelligent substance detection method based on bivalent nucleic acid aptamers, which includes two detection modes: fluorescence and colorimetry. This method belongs to the field of analytical chemistry. The present invention combines a bivalent aptamer with a double hairpin structure with its complementary sequence. Under the action of sodium borohydride and silver nitrate, DNA-silver nanoclusters and DNA-adsorbed silver nanoparticles are formed at different times and temperatures, respectively. In both detection modes, the bivalent aptamer acts as a molecular recognition target, and its complementary sequence acts as a signal-enhancing probe. Rapid, ultrasensitive detection is achieved by detecting fluorescence, absorbance, and analyzing the R+B value of colorimetric images using a smartphone app. This detection method is simple to operate, efficient, and sensitive, and exhibits good recovery and anti-interference capabilities in spiked sample testing. It has promising application prospects in the qualitative and quantitative analysis of aminoglycoside antibiotic compounds.

The present invention relates to a keychain device designed to provide illumination and personalization. The device includes a body shaped as a vehicle silhouette and a plurality of LED lights powered by a button-cell battery. A microcontroller is operably connected to the LED lights and controls various lighting patterns and button press functions. The device includes a programmable display for displaying a customizable slogan, which can be altered to customize the keychain device. Bluetooth functionality allows users to customize both the slogan and LED light colors using a smartphone application. The device also includes a button for activating the LED lights, with different press functions for varying brightness or energy-saving modes. Additionally, the keychain body is coated with phosphorescent material to glow the device in the dark even when the LEDs are inactive.

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.

A personal security tote is a traditionally configured purse made of Kevlar®, straps than can be released by an electronic buckle to allow securement to stationary objects, a voice recognition system, fingerprint reader, keypad, or interface to a smart phone via a Bluetooth® connection, a front mount screen displays status of the purse, a motion sensor that detects any attempt to move it or gain access, an alarm which activates an internal alarm or siren, an internal GPS, operating in conjunction with a smart phone app, a Wi-Fi transmitter, and a cellular transmitter, and a battery which powers the screen and LED lights on the interior of the purse.

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.

The utility model discloses an intelligent aromatherapy machine which comprises a machine shell, an atomization system and a control system are fixedly arranged in the machine shell, the atomization system comprises a plurality of essential oil bottles, each essential oil bottle is communicated with an atomization pump, and the control system comprises a core control board, a power module and a sensor module. The core control board comprises a control chip, a motor driving chip and a WiFi antenna module which are integrated into a whole, and the atomizing pump, the sensor module, the motor driving chip and the WiFi antenna module are all electrically connected with the control chip. A user can directly spray essential oil of different fragrance types through setting, and a control system is arranged in the essential oil spraying device and can be used for autonomously regulating and controlling, so that the concentration of the essential oil in a spatial range is kept in a stable interval. Meanwhile, remote control through a smart phone application program is supported, intelligent functions such as timing on-off and concentration adjustment are provided, and convenience is improved.

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.

This product functions as a repeater to transmit instructions sent from a smartphone to home appliances, and stores infrared communication codes for remote control of home appliances such as air conditioners, televisions, and lights. This product receives operation instructions from a smartphone and transmits those instructions to the home appliance, making it possible to control the appliances from inside the home or away from home. In addition, by linking this product to a smart meter, solar power generation device, storage battery, etc. equipped with communication functions, it is possible to visually check visualized information such as real-time power consumption and remaining battery capacity through a dedicated smartphone app.

A soundproof dog kennel includes a housing with noise-dampening walls and a noise-dampening door for dog ingress / egress. One or more walls has a ventilation assembly with noise-dampening baffles that permits inflow of breathable air with dampened sound waves when the door is closed, featuring hollow corridors, an air intake end, and an exhaust end. Fans force air through the sound-dampening ventilation ducts to reduce ambient noise while removing stale air. The kennel is equipped with cameras, carbon dioxide sensors, and other safety and monitoring devices. A smartphone application enables remote monitoring through live camera feeds, real-time sensor data display, and remote control of kennel functions. The system can automatically open the door if air quality or temperature reaches predetermined thresholds. This kennel protects dogs from noise pollution sources like fireworks, engines, and airplane auxiliary power units, providing a safe, quiet, and remotely monitored space for dogs.

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

A system for detecting the onset of labor in a pregnant woman. The system includes a disposable cervical device configured to be self-inserted by the pregnant woman, the cervical device measures attributes of a cervix of the pregnant woman, and a smartphone application configured to receive data from the cervical device and to provide an indication of immediate onset of labor or risk of onset of labor within a predetermined time frame.

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).

Methods and systems are disclosed for integrating wearable devices within an intelligent injection device platform. A device may include an intelligent injection device with wireless communication capabilities. A device may include a smartphone application configured to interface with the intelligent injection device. A device may include at least one wearable device. A device may include a server configured to receive administration data from the intelligent injection device and measurement data from the wearable device. A device may include an artificial intelligence module configured to analyze the measurement data and determine injection authorization based on a predetermined health parameter, wherein the smartphone application provides user interface control for an injection authorization process based on the artificial intelligence module analysis.