Emergency position-indicating beacon device

Abstract

The invention relates to the technical field of marine rescue devices, and more particularly to an emergency position-indicating beacon device. The emergency position-indicating beacon device comprises a device casing, an antenna unit, a control button and a control unit; the control button is arranged outside the device housing, and the control unit is arranged inside the device housing; the control unit is connected to the antenna unit, and the control unit is connected to the control button; and the control unit comprises an RDSS module, an AIS module, a rescue beacon module and an RNSS module. The emergency position-indicating beacon device integrates the RDSS, the RNSS, the AIS and the rescue beacon in one body, and has three types of distress alarm modes, and each mode is a backup for each other, which effectively improves the success rate of the alarm; and a water-touch switch is arranged at the bottom of the device; when a person accidentally falls into the water, and if the person who falls into the water is still aware, the device can be started by a manual button; and if the person who falls into the water loses consciousness, the device can be automatically started through the water-touch switch; therefore, the reliability of the alarm is improved.

Description

technical field [0001] The present invention relates to the technical field of marine life-saving equipment, and more specifically relates to an emergency position-indicating equipment, which is a marine life-saving equipment combined with Beidou Satellite Radio Determination Service (RDSS) and Automatic Identification System (AIS). Background technique [0002] Existing equipment in the field of maritime rescue has a single function, which is difficult to meet the functional requirements in actual use. For example, it only supports Beidou satellite communication system or AIS system, and can only send distress alarm information through a single means; without receiving function, users do not know how to seek help. Whether the information is received; there is no self-starting function when falling into the water, and the operation is complicated. When a person accidentally falls into the water and loses consciousness, the life-saving equipment cannot play its due role. Con...

AI Technical Summary

Problems solved by technology

[0002] Existing equipment in the field of maritime rescue has a single function, and it is difficult to meet the functional requirements in actual use. For example, it only supports Beidou satellite communication system or AIS system, and can only send distress alarm information through a single means; without receiving function, users do not know how to seek help. Whether the information is received; there is no self-starting function when falling into the water, and the operation is complicated. When a person accidentally falls into the water and loses consciousness, the life-saving equipment cannot play its due role

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