A method for underwater gear tracking includes receiving, by a reporting device on a vessel, from a tag associated with an item, a signal indicating the item is on the vessel. The method includes determining, by the reporting device, that the item is not on the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes providing, by the reporting device, the recorded information to a computing device.
A magnetic release mechanism for use with underwater fishing equipment includes a base plate having a slot for receiving a buckle, and a recess for receiving a release plate. A permanent magnet positioned proximate the recess generates a first magnetic field for magnetically coupling the release plate to the base plate. An electromagnetic coil positioned proximate the permanent magnet is configured to selectively generate a second magnetic field when energized. A magnetic field sensor is positioned proximate the recess. A controller is operatively coupled to the magnetic field sensor. The controller may be configured to monitor the magnetic field sensor to detect the presence of a third magnetic field and, in response to detecting the presence of a third magnetic field, output a signal indicating that the release plate is magnetically secured within the recess.
A magnetic release mechanism for use with underwater fishing equipment includes a base plate having a slot for receiving a buckle, and a recess for receiving a release plate. A permanent magnet positioned proximate the recess generates a first magnetic field for magnetically coupling the release plate to the base plate. An electromagnetic coil positioned proximate the permanent magnet is configured to selectively generate a second magnetic field when energized. A magnetic field sensor is positioned proximate the recess. A controller is operatively coupled to the magnetic field sensor. The controller may be configured to monitor the magnetic field sensor to detect the presence of a third magnetic field and, in response to detecting the presence of a third magnetic field, output a signal indicating that the release plate is magnetically secured within the recess.
A method for underwater gear tracking includes receiving, by a reporting device on a vessel, from a tag associated with an item, a signal indicating the item is on the vessel. The method includes determining, by the reporting device, that the item is not on the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes providing, by the reporting device, the recorded information to a computing device.
A magnetic release mechanism for use with underwater fishing equipment includes a base plate having a slot for receiving a buckle, and a recess for receiving a release plate. A permanent magnet positioned proximate the recess generates a first magnetic field for magnetically coupling the release plate to the base plate. An electromagnetic coil positioned proximate the permanent magnet is configured to selectively generate a second magnetic field when energized. A magnetic field sensor is positioned proximate the recess. A controller is operatively coupled to the magnetic field sensor. The controller may be configured to monitor the magnetic field sensor to detect the presence of a third magnetic field and, in response to detecting the presence of a third magnetic field, output a signal indicating that the release plate is magnetically secured within the recess.
A method for underwater gear tracking includes receiving, by a reporting device on a vessel, from a tag associated with an item, a signal indicating the 6 item is on the vessel. The method includes determining, by the reporting device, that the item is not on the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes recording, by the reporting device, information associated with the environment of the vessel at a time the reporting device determines that the item is not on the vessel, without input from an operator of the vessel. The method includes providing, by the reporting device, the recorded information to a computing device.