An emergency rescue locator for locating persons and pets in the water is provided. The emergency rescue locator comprises a life jacket having a front side and a rear side and a locating system mounted to the life jacket. The locating system comprises an inflatable pole having a first end and a second end and an inflating mechanism in fluid communication with the first end of the pole. Upon the locating system becoming immersed in the water, the inflating mechanism instantly and automatically activates to inflate the pole causing the second end of the pole to be positioned at a point above a water surface. The locating system immediately and continuously pinpoints the persons' or pets' location until rescued.

A marker system including a sleeve including a slot, a board, at least one hole, an upper end and a lower end, the slot including an opening disposed on the upper end, the board configured to slide within the slot and through the opening, the at least one hole disposed on the lower end to allow entry of fluid into the slot to urge the board through the opening and exit of the fluid from the slot and the sleeve is configured to be secured to a life vest, wherein when the sleeve is disposed in a body of fluid with the opening faces upwardly, the board extends through the opening, serving as a marker to get attention of one or more users around the life vest and when the sleeve is disposed outside of the body of fluid.

A marker system including a sleeve including a slot, a board, at least one hole, an upper end and a lower end, the slot including an opening disposed on the upper end, the board configured to slide within the slot and through the opening, the at least one hole disposed on the lower end to allow entry of fluid into the slot to urge the board through the opening and exit of the fluid from the slot and the sleeve is configured to be secured to a life vest, wherein when the sleeve is disposed in a body of fluid with the opening faces upwardly, the board extends through the opening, serving as a marker to get attention of one or more users around the life vest and when the sleeve is disposed outside of the body of fluid.

A visual distress signal device that generates and emits bright light and/or infrared light to alert bystanders during times of distress. The device may be particularly suited for use on boats. The device may comprise a heat sink assembly that includes a screw-on collar that is attached to a housing of the device, such that the screw-on collar dissipates heat generated by electromagnetic radiation emitting elements away from an interior of the housing. The device may be configured for activation by a mobile phone or other mobile device which may be connected to the device via wireless communication. Furthermore, the mobile device may comprise a software application that can be used to alert persons in a contact list regarding the user's location and emergency status.

The present disclosure relates to a reflector lens structured life buoy, including a life buoy body. Several sections of lenses are arranged in the life buoy body. Each section of lens is of a curved cylinder structure. These lenses are distributed in a circular array by taking a center of the life buoy body as a center, so that these lenses are encircled to form a circular ring. Cross sections of all the sections of lenses in a radial direction are of a layered structure, and have dielectric constants that continuously change from 2 to 1 from the center to the outer layer. Reflection sheets are laid on circumferential surfaces of all the sections of lenses to form reflection sheet coverage regions and non-reflection sheet coverage regions on the circumferential surfaces of the lenses; surfaces of the reflection sheets fitted to the circumferential surfaces of the lenses are reflection surfaces.

The present disclosure relates to a reflector lens structured life buoy, including a life buoy body. Several sections of lenses are arranged in the life buoy body. Each section of lens is of a curved cylinder structure. These lenses are distributed in a circular array by taking a center of the life buoy body as a center, so that these lenses are encircled to form a circular ring. Cross sections of all the sections of lenses in a radial direction are of a layered structure, and have dielectric constants that continuously change from 2 to 1 from the center to the outer layer. Reflection sheets are laid on circumferential surfaces of all the sections of lenses to form reflection sheet coverage regions and non-reflection sheet coverage regions on the circumferential surfaces of the lenses; surfaces of the reflection sheets fitted to the circumferential surfaces of the lenses are reflection surfaces.

A modular backpack system includes a personal floatation harness having an automatic inflator mechanism and pack attachment features; and a plurality of pack modules selectively attachable to the pack attachment features to form a floatation-enhanced backpack. Each one of the plurality of pack modules may further include a different arrangement for accommodating accessories. For example, the different arrangements may include arrangements having different compartments. Other arrangements may have different attachment features. The different attachment features may include different lash points. The backpack module may be one taken from the list of: a pack adapted for kayaking with a waterproof compartment and lash points for ready access to accessories; a pack adapted for sailing with waterproof and non-waterproof compartments; a pack adapted for hiking with multiple compartments for tools and supplies; and a pack adapted for everyday carry (EDC) having multiple quick-access compartments for carrying everyday tools.

A modular backpack system includes a personal floatation harness having an automatic inflator mechanism and pack attachment features; and a plurality of pack modules selectively attachable to the pack attachment features to form a floatation-enhanced backpack. Each one of the plurality of pack modules may further include a different arrangement for accommodating accessories. For example, the different arrangements may include arrangements having different compartments. Other arrangements may have different attachment features. The different attachment features may include different lash points. The backpack module may be one taken from the list of: a pack adapted for kayaking with a waterproof compartment and lash points for ready access to accessories; a pack adapted for sailing with waterproof and non-waterproof compartments; a pack adapted for hiking with multiple compartments for tools and supplies; and a pack adapted for everyday carry (EDC) having multiple quick-access compartments for carrying everyday tools.

A modular backpack system includes a personal floatation harness having an automatic inflator mechanism and pack attachment features; and a plurality of pack modules selectively attachable to the pack attachment features to form a floatation-enhanced backpack. Each one of the plurality of pack modules may further include a different arrangement for accommodating accessories. For example, the different arrangements may include arrangements having different compartments. Other arrangements may have different attachment features. The different attachment features may include different lash points. The backpack module may be one taken from the list of: a pack adapted for kayaking with a waterproof compartment and lash points for ready access to accessories; a pack adapted for sailing with waterproof and non-waterproof compartments; a pack adapted for hiking with multiple compartments for tools and supplies; and a pack adapted for everyday carry (EDC) having multiple quick-access compartments for carrying everyday tools.

A modular backpack system includes a personal floatation harness having an automatic inflator mechanism and pack attachment features; and a plurality of pack modules selectively attachable to the pack attachment features to form a floatation-enhanced backpack. Each one of the plurality of pack modules may further include a different arrangement for accommodating accessories. For example, the different arrangements may include arrangements having different compartments. Other arrangements may have different attachment features. The different attachment features may include different lash points. The backpack module may be one taken from the list of: a pack adapted for kayaking with a waterproof compartment and lash points for ready access to accessories; a pack adapted for sailing with waterproof and non-waterproof compartments; a pack adapted for hiking with multiple compartments for tools and supplies; and a pack adapted for everyday carry (EDC) having multiple quick-access compartments for carrying everyday tools.