6 results about "IBeacon" patented technology

A smart unlocking technology using UWB angle antenna and iBeacon; in the present invention, UWB angle antennas are added to a smart lock for communication with iBeacon Bluetooth in the mobile phone, and signal strength detection technology of RSSI is used to effectively determine a distance between the mobile phone and the smart lock, effectively reducing situations of opening the door mistakenly or instability caused by unstable Bluetooth signals in traditional technologies; In addition, the UWB angle antennas have a range judgment of the 120° fan-shaped area within 2 meters; in this way, the recognition effects are maximized within the effective judgment distance, facilitating rapid unlocking in the effective area; the present invention solves problems during users' remote unlocking, and also ensures fast, effective and stable unlocking, which provides a guarantee for the development of smart door locks.

The invention relates to the technical field of firefighter uniform, in particular to a comfortable-to-wear firefighter uniform which comprises a firefighter uniform body, a high-definition camera integrated at the upper end of a helmet, a physiological monitoring bracelet, a GPS (global positioning system) positioning module, a data processing unit and a wireless transmission module, the high-definition camera, the physiological monitoring bracelet and the GPS positioning module are electrically connected with the data processing unit; according to the system, the heart rate, blood oxygen, vital capacity and blood pressure of a fireman are detected in real time through the physiological monitoring bracelet, intelligent analysis is carried out in combination with the data processing unit, dynamic evaluation of the health state of the fireman is provided for a command center, accordingly, abnormal conditions are found in time, the wireless transmission module and the iBeacon local area network are adopted for cooperative work, and the system is convenient to use. Therefore, stable data communication can still be maintained in a severe fire scene environment, and the problem of data interruption caused by signal interference of a traditional firefighter uniform is effectively solved.

The utility model discloses a fire-fighting internet-of-things system capable of performing indoor positioning. The fire-fighting internet-of-things system comprises a plurality of fire-fighting devices and a control circuit, each fire fighting device comprises a sensor and an ibeacon positioning module; wherein the sensor is used for detecting environment fire-fighting information, and the ibeacon positioning module is used for sending a positioning signal to the mobile terminal, so that the mobile terminal confirms the position of fire-fighting equipment; the control circuit is in communication connection with the fire fighting equipment and the external terminal, and the control circuit is used for sending an alarm signal and the position of the mobile terminal to the external terminal when the sensor detects a fire disaster. According to the utility model, the fire-fighting equipment and the handheld terminal personnel can be quickly positioned in case of fire, and the rescue efficiency of the fire department is improved.

The utility model discloses a Bluetooth i Beacon positioning chest card with an ink screen, which belongs to the technical field of positioning chest cards and comprises an ink screen positioning chest card, a chest card hook is fixedly mounted at the top end of the ink screen positioning chest card, a connecting mechanism convenient to disassemble and assemble is arranged outside the chest card hook, and the ink screen positioning chest card is connected with the connecting mechanism. A hanging mechanism for installing the hanging belt is arranged at the top end of the connecting mechanism, and an adjusting mechanism for adjusting the length of the hanging belt is arranged in the hanging mechanism. By arranging the hanging mechanism and the adjusting mechanism, the length of the chest card hanging belt can be accurately adjusted, the adjustable design can meet the requirement that different users can flexibly adjust the length of the hanging belt according to the stature, the garment style and the personal use habit of the users, the wearing of the chest card better meets the personal requirement, and the wearing safety of the chest card is improved. In addition, the chest plate hanging belt can be contained in the installation shell, and the hanging rope can be effectively prevented from being wound with other objects or clothes.

The present disclosure relates to a method (210) for establishing a communication session, wherein the method (210) comprises: capturing a user-triggered event (222) at a first communication device (200); generating a first message (232) according to the iBeacon communication protocol by the first communication device (200) in response to the capture of the user-triggered event (222), wherein the first message (232) comprises: identification information (236) representative of the first communication device (200), random information (238), and event-related information (234) representative of the user-triggered event (222); and transmitting the first message (232) by the first communication device (200) according to the iBeacon communication protocol to a second communication device (242).and receiving a request to establish a communication session according to the Bluetooth Low Energy (BLE) protocol between the first communication device (200) and the second communication device (242);

The present disclosure relates to a method (210) of establishing a communication session, the method (210) including: detecting a user-triggered event (222) at a first communication device (200); generating, by the first communication device (200) and in response to the detection of the user-triggered event (222), a first message (232) according to the iBeacon communication protocol, wherein the first message (232) includes: identifier information (236) representative of the first communication device (200), random information (238), and event-related information (234) representative of the user-triggered event (222); transmitting, by the first communication device (200) and according to the iBeacon communication protocol, the first message (232) to a second communication device (242); and receiving, at the first communication device (200), a request to establish a communication session according to the Bluetooth Low-Energy, BLE, protocol between the first communication device (200) and the second communication device (242).