Wrist-Attached Diver Rescue Device

Abstract

This invention relates to a rescue apparatus (1) developed to ensure the survival of a deep-diving diver or swimmer when they run out of oxygen. The rescue apparatus (1) is activated when the heart rate of deep-diving individuals is about to lose consciousness due to lack of oxygen. This ensures the survival of the swimmer.

Description

1 TARIFF Wrist-Attached Diver Rescue Device Technical Area This invention helps deep-sea divers or swimmers survive when deprived of oxygen. It relates to a rescue device developed to ensure its survival. 5 State of the Art Especially in deep-diving individuals, oxygen levels may be incorrectly calculated or a lack of attention can occur. loss of consciousness due to lack of oxygen resulting from not being fed, followed by suffocation It is happening. In this type of near-loss of consciousness, a drop in heart rate triggers the activation of 10 Wristbands are required for entry. Patent application number TR2014 / 14112, which is included in the prior art. The document states that when freediving divers lose consciousness, they should surface. lifeguards that have a cavity inside that can be filled with air for the purpose of extraction. The vest is described. The vest described in the relevant application document allows the user to wear a vest that is 15 inches long. a wristband that is worn on the wrist and activates in response to a decrease in heart rate It is not. In conclusion, solutions that address the needs described above are relevant to the subject. Due to its shortcomings, it has become necessary to make improvements in the relevant technical field. Brief Description of the Invention 20 The invention was created by drawing inspiration from existing situations and overcoming the aforementioned drawbacks. It aims to solve the problem. The purpose of this invention is to provide protection when a deep-sea diver or swimmer runs out of oxygen. a rescue device developed to ensure his survival It is the placement. 25 2 The rescue device is especially useful for deep-diving individuals who lose oxygen and become unconscious. They are activated just before they close, due to a drop in heart rate. This ensures the swimmer's survival. The structural and characteristic features and all the advantages of the invention are given in the figure below. Thanks to the detailed explanation written with references to the figure, 5 is clearer. This will be understood, and therefore the evaluation should also take this detailed explanation into account. It needs to be done by taking precautions. A Shape That Will Help Understand the Invention Figure 1 shows a representative illustration of the rescue apparatus that is the subject of this invention. Description of Part References 10 1. Rescue device 2. Bracelet 3. Heart rate monitor 4. Pin 5. Balloon 15 6. Cover Detailed Description of the Invention In this detailed description, the preferred rescue apparatus (1) which is the subject of the invention is described. Their structures are explained solely to facilitate a better understanding of the subject. This invention allows a deep-sea diver or swimmer to survive for 20 days if deprived of oxygen. It is related to a rescue device (1) which was developed to ensure that it stays in place. The rescue device (1) is especially useful for deep divers who lose consciousness when they run out of oxygen. They are activated just before they close, due to a drop in heart rate. This ensures the swimmer's survival. The rescue apparatus, a representative illustration of which is given in Figure 1 (1); 25 3  Wristbands attached to the wrists of deep diving users (2),  located inside the wristband (2), measuring the user's pulse, pulse level is determined heart rate monitor (3) which sends a trigger signal if it drops below a certain level.  after the heart rate monitor (3) located inside the wristband (2) is triggered air pressure pin (4), 5 which activates and provides air transfer  As a result of the movement of the air pressure pin (4) located inside the bracelet (2) The balloon (5) which starts to inflate with the transfer of air and  located on the wristband (2), covering the slot of the deflated balloon (5), as a result of the balloon (5) being inflated, it opens and the balloon (5) comes out of the bracelet (2) and the cover (6) 10 that allows the user to reach the surface of the water and escape. It includes. The deep-diving diver or swimmer who will use the rescue apparatus (1) must first She wears the bracelet (2) on her wrist. The pulse monitor (3) continuously measures the user's pulse. When the pulse monitor (3) determines that the pulse is below a certain value, 15 The air pressure triggers the pin (4). Thanks to the air pressure created by the triggering of the pin (4), inside the bracelet (2) The deflated balloon (5) is inflated and automatically comes out of the cap (6). From the cap (6) Thanks to the balloon (5) that comes out, the swimmer or diver reaches the surface of the water.

Claims

4 REQUESTS 1. How a deep-sea diver or swimmer can survive without oxygen. It is a rescue device (1) developed to provide; its feature is;  Wristbands attached to the wrists of deep diving users (2),  located inside the wristband (2), measuring the user's pulse, pulse level is specified 5 heart rate monitor (3) which sends a trigger signal if it drops below a certain level.  after the heart rate monitor (3) located inside the wristband (2) is triggered air pressure pin (4) which is activated and provides air transfer,  As a result of the movement of the air pressure pin (4) located inside the bracelet (2) balloons (5) and 10 that start to inflate by transferring air  located on the wristband (2), covering the slot of the deflated balloon (5), as a result of the balloon (5) being inflated, it opens and the balloon (5) comes out of the bracelet (2) and the hatch (6) that allows the user to reach the surface of the water and escape It includes.

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