JR_G6T_AOP_PUB (Ver.1.0) Shenzhen Jinghua phase control Co.
JR_G6T_AOP_PUB Contents 1. Summary......................................................................................................................................... 3 2. Electrical characteristics and parameters.................................................................................. 4 2.1 Angle and distance of Detection .......................................................................................... 4 3. Major function.........................................................
JR_G6T_AOP_PUB Summary JR_G6T_AOP_PUB is using 60G millimeter wave radar technology to realize human respiratory heart rate perception and sleep assessment. The module is based on the FMCW radar system, aiming at the output of the respiratory heart rate frequency of personnel in specific occasions, combined with the long-time sleep posture body motion acquisition, and timely reporting the record of personnel's sleep state and history.
JR_G6T_AOP_PUB For FCC, the sensor module is for fixed operation only. It must be mounted on an enclosure and a bracket so that it can be installed on a fixed structure such as a wall or ceiling. (Please refer to chapter 4.1) ☞ Electrical characteristics and parameters Sleep detection distance (anocelia) 0.4 \ 2.5 m Respiratory and heartbeat detection distance (anocelia) 0.4 \ 2.5 m Respiratory measurement accuracy \ 90 \ % Respiratory measurement range Heartbeat accuracy 0 \ Ranges of
JR_G6T_AOP_PUB Radar operating range The beam coverage range of the radar module is shown in Figure 3. The radar covers a three-dimensional sector area of horizontal 60 and pitch 60. Affected by the beam characteristics of radar, the action distance of radar in the normal direction of the antenna surface is relatively far, but the action distance deviated from the antenna normal direction will become shorter.
JR_G6T_AOP_PUB Sleep detection function a. Detection distance: 2.5m (detection distance between human and radar antenna surface) The b. Sleep quality assessment function: awake / light sleep / deep sleep c. Sleep time recording function: the data output of the relevant duration of sleep quality d. In bed function: in / off bed a. Detection distance: 0.4m≤x≤2.5m (detection distance between chest cavity and radar antenna surface) b. precision:≥90% a. Distance measurement: 0.4m≤x≤2.
JR_G6T_AOP_PUB • Install the bracket at the desired location and then mount the enclosure to the bracket. • Use a tiltable bracket if you need to adjust the angle the radar faces. Slant installation For the demand of sleep breathing and heartbeat detection, the radar should be installed tilted (as shown in Figure 5). The radar should be installed 1m directly above the bed and tilted 45 between the bed. The distance between the radar and the chest cavity is within 1.
JR_G6T_AOP_PUB Limited by the beam range of the radar antenna, the effective action distance of the radar normal direction will be reduced. Millimeter wave frequency band electromagnetic wave has certain penetration properties for non-metallic substances, which can penetrate common glass and wood Plate, screens and thin partition walls can detect moving objects behind the shelter; but for thicker load-bearing walls, Metal doors, etc., do not penetrate. 4.
JR_G6T_AOP_PUB B. The radar switch from unmanned to manned (motion, approach, away) is a fast switching state, and the switching time is 1s; C. If the radar switches from manned to unmanned, it needs to be confirmed many times and the switching time is 1 minute; D. Radar collects the breathing / heart rate frequency and breathing / heart rate signal state during the dynamic and static human body in real time.
JR_G6T_AOP_PUB This module is mainly used in scenarios such as health management or home enabling. The following explains the application mode of typical scenarios. For specific applications, real-time relevant information about bedridden personnel, such as human / unmanned, sleep state, sleep depth, exercise information, etc., and then give relevant information to achieve specific applications. In this mode, the radar needs to be top-mounted.
JR_G6T_AOP_PUB Based on the detection characteristics of the sleep state and breathing rate of the sleepers, the radar can be better used in a healthy life, including: a. Intelligent health single product linkage application b. Household electrical appliances Because the module needs to completely reset the internal circuit of the module, and the environmental noise is fully evaluated, to ensure the normal operation of the module.
JR_G6T_AOP_PUB the target. This module does not have the ranging function temporarily, so it is normal for the effective detection range to fluctuate in a certain range. Because human biometric features are ultra-low frequency and weak reflection characteristic signals, radar processing needs a relatively long time of accumulation processing. In the accumulation process, many factors may affect radar parameters, so the accidental detection failure is a normal phenomenon.
JR_G6T_AOP_PUB the product without notifying the users, and we will make no promises and guarantees in any legal sense. Encourage customers to comment on recent updates to the product and support tools. The components and devices mentioned in this document are references to the information published by the copyright holder company, and the right to modify and publish it belongs to the copyright holder company.
JR_G6T_AOP_PUB Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
JR_G6T_AOP_PUB Integration instructions for host product manufacturers according to KDB 996369 D03 OEM Manual v01 10.1 List of applicable FCC rules CFR 47 FCC PART 15 SUBPART C has been investigated. It is applicable to the modular. 10.2 Specific operational use conditions This module is stand-alone modular.
JR_G6T_AOP_PUB 10.6 Antennas This radio transmitter FCC ID: 2A784JRG6TAOPPUB has been approved by Federal Communications Commission to operate with the antenna types listed below, with the maximum permissible gain indicated. Antenna types not included in this list that have a gain greater than the maximum gain indicated for any type listed are strictly prohibited for use with this device. Antenna Type Frequency Range (MHz) Impedance (Ω) Maximum antenna gain(dBi) Microstrip Patch 60-64GHz 50 5.0 10.
