146results about "GPS usage" patented technology

A device and a method are disclosed for detecting the danger of a person drowning in a body of water. The device includes a breast belt and a life jacket. The breast belt has at least one physiological condition sensor affixed thereto while the life jacket has an expandable chamber connected to a compressed gas supply via an activating mechanism. As the compressed gas enters the expandable chamber, the life jacket increases in buoyancy. The life jacket also has a water contact sensor, a global positioning system device, first and second body orientation sensors, a transmitter which is capable of sending a signal to a remote receiver, and a control unit capable of receiving real time signals from each of the sensors and evaluating and comparing the real time signals against corresponding ranges of preset acceptable values to determine if the person wearing the life jacket is in danger of drowning. The control unit is capable of forwarding a signal to both the activating mechanism and to the transmitter when a signal from the water contact sensor indicates the person is in the water and the real time signals from the other sensors are outside of corresponding ranges of preset acceptable values. The signal to the activating mechanism opens the compressed gas supply while the signal to the transmitter is relayed to the remote receiver which sounds an audible alarm.

A search and rescue drone system includes a buoyant body member, a frame attached to the buoyant body member for carrying a motor and propeller, and an electronic array including a camera, GPS, an EPIRB radio distress beacon, and a transmitter / receiver for remote control flying the drone and communicating with an operator. The search and rescue drone may be flown manually, or may have some autonomous flight and locator capabilities. For example, in one embodiment, the search and rescue drone may be programmed to simply fly to the location of an electronic wearable device, like a bracelet, that is worn by a man overboard. In another embodiment, the search and rescue drone includes a basket, harness, or other means for actually recovering a swimmer in distress, and flying that person back to safety on a ship or on shore.

A water survival system and a method are disclosed for detecting the danger of a person drowning in a body of water. The water survival system includes a breast belt and a life jacket. The breast belt has at least one physiological condition sensor affixed thereto while the life jacket has an expandable chamber connected to a compressed gas supply via an activating mechanism. As the compressed gas enters the expandable chamber, the life jacket increases in buoyancy. The life jacket also has a water contact sensor, a global positioning system device, first and second body orientation sensors, a transmitter which is capable of sending a signal to a remote receiver, and a control unit capable of receiving real time signals from each of the sensors and evaluating and comparing the real time signals against corresponding ranges of preset acceptable values to determine if the person wearing the life jacket is in danger of drowning. The control unit is capable of forwarding a signal to both the activating mechanism and to the transmitter when a signal from the water contact sensor indicates the person is in the water and the real time signals from the other sensors are outside of corresponding ranges of preset acceptable values. The signal to the activating mechanism opens the compressed gas supply while the signal to the transmitter is relayed to the remote receiver which sounds an audible alarm.

Use of the present invention allows a crew member who has suffered a marine emergency, for example, fallen overboard or had to abandon ship, to survive for an extended period of time by providing the tools and equipment found in commercial survival systems yet does so at an economical cost. The system of the present invention includes a package that may be easily attached to a round buoy / life ring, horseshoe buoy, life vest or, alternatively, stored in a standalone manner. The system of the present invention has a number of features of more expensive survival systems including a life raft, both manual and electronic signaling equipment, basic survival tools including a water collector, knife and first aid kit, as well as other items not usually found in such systems. Additionally, the survival system of the present invention advantageously provides an attachment mechanism such that in adverse conditions the various components of the system are kept together.

A money transfer system transfers money based on approval of a sender for a transfer request transmitted from a receiver. This system includes a receiver terminal for transferring transfer request information including receiving information and sending information; a bank server for extracting the sending information from the transfer request information to guide the transfer request information to a sender, and transferring an amount of money from a payment account of the sender to a deposit account when the sender checks the transfer request information and approves the money transfer; and a sender terminal for accessing the bank server to receive and display the transfer request information, and transmitting an approval for the money transfer to the deposit account. The sender determines whether or not to transfer money by checking the transfer request of the receiver, thereby reducing time taken for the money transfer process and enhancing accuracy and safety.

An interactive life system for increasing the safety of person in water having a base station configured to communicate with a remote node; the base station having a first controller having a first microcontroller; and a transceiver means; wherein the base station further includes an alert for alerting a monitor, a pager; a NOAA weather receiver; wherein the remote node comprises a second controller, a second transceiver, a GPS, a buoy, a panic button, a pressure transducer, a visual indicator, a vibrating motor, and a mount; wherein the second controller comprises a second microcontroller; wherein the panic button communicates with the base station; wherein the visual indicator includes light; wherein the vibrating motor includes a mechanical indicator; and where the monitee can wear the device on the wrist.

A passive security system and personal equipment on vessels is for man over board situations. The personal equipment, prepared for being worn by a crewmember of the vessel, includes a first module (2) integrated into a belt (4); a life jacket (5) folded inside of the first module (2) and attached thereto by at least one strap (6); a second module (8) placed in the interior of the first module (2), connected to the life jacket (5) and configured to inflate the life jacket (5) when it detects a man over board situation. The first module (2) has on its rear part one flap (3) configured to be opened by the life jacket (5) inflating action, allowing the passage thereof to the exterior of the first module (2). It is used as a passive security element for “man over board” situations, to allow an immediate detection of the situation and a fast rescue.