Independent environmental rest system

Abstract

An independent environmental rest system is disclosed, which provides users with a place to rest and collects and analyzes their physiological signals. The invention includes a main body, a sensing module, a control module, and an alarm module. Through the hardware design of a zero-gravity seat combined with sensors, when a user rests in the independent environmental rest system, the seat, which can evenly distribute the user's body weight, effectively reduces the user's spinal pressure, allowing the user to feel safe and comfortable. It is equipped with an artificial intelligence millimeter-wave radar sensor to detect the user's physiological signals, so as to monitor the user's breathing rate and body movement status in real time during rest. It can effectively track physiological data without wearing sensing devices, and achieve the advantages of optimized space with high privacy and high efficiency.

Claims

1. An independent environment rest system for a user (2) to rest in a public place, the independent environment rest system (1) comprising at least: a body (11) including an outer wall (111), an entrance (112), a storage space (113), and a seat (114), wherein the storage space (113) is enclosed by the outer wall (111) and the entrance (112), and the seat (114) is disposed in the storage space (113); a sensing module (12) disposed in the storage space (113), wherein the sensing module (12) includes at least one sensor (121) for sensing the physiological signals of the user (2); A control module (13) is disposed in the accommodating space (113) and electrically connected to the sensing module (12). The control module (13) includes a judgment module (131) and a transmission module (132). The judgment module (131) analyzes the physiological signals transmitted from the sensing module (12) and transmits the analysis results to a server (3) through the transmission module (132). An alarm module (14) is disposed on the outer wall (111) and electrically connected to the judgment module (131). When the analysis results analyzed by the judgment module (131) exceed a threshold, the alarm module (14) issues a first alarm signal.

2. The independent environmental recreation system as described in claim 1, wherein the exterior wall (111) is composed of at least one electrically controlled glass.

3. The independent environmental recreation system as described in claim 1, wherein the entrance (112) is composed of at least one electrically controlled glass.

4. The independent environmental rest system as described in claim 1, wherein the seat (114) has an adjustment module (1143) for adjusting the tilt angle of a backrest (1141) and a leg rest (1142) so that the user (2) can adjust his / her resting posture.

5. The independent environmental rest system as described in claim 1, wherein the accommodating space (113) is further provided with a lighting device (115), an air conditioning device (116) and an audio device (117) respectively electrically connected to the control module (13).

6. The independent environment rest system as described in claim 5, wherein the accommodating space (113) further includes an operating interface (118) electrically connected to the control module (13), and the lighting device (115), the air conditioning device (116) and the audio device (117) are respectively electrically connected to the operating interface (118); the operating interface (118) has the function of providing the user (2) to adjust the brightness of the lighting device (115), the temperature of the air conditioning device (116) and the type and volume of the audio signal emitted by the audio device (117).

7. The independent environmental rest system as described in claim 1, wherein the sensor (121) includes at least one or a combination of two or more of a heart rate sensor, a respiration sensor, a human presence sensor or an environmental sensor.

8. The independent environment rest system as described in claim 1, wherein the transmission module (132) further encrypts the physiological signal through a secure communication layer and transmits the encrypted physiological signal to the server (3) using a message queue telemetry transmission protocol.

9. The independent environmental rest system as described in claim 1, wherein the first warning signal is presented on the warning module (14) in the form of one or more of sound, light, image or text.

10. The independent environment rest system as described in claim 1, wherein when the warning module (14) issues the first warning signal, the transmission module (132) also simultaneously transmits a second warning signal to the server (3).

11. The independent environmental rest system as described in claim 1, wherein the warning module (14) further includes a safety module (141) that includes one or a combination of an emergency stop button or an automatic activation device.

12. The independent environment rest system as described in claim 1, wherein the accommodating space (113) further includes a disinfection module electrically connected to the sensing module (12), the disinfection module being used to perform a disinfection procedure when the accommodating space (113) is unoccupied.

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