摘要:
A flotation device that automatically inflates when contacted by water, but minimizes the risk of inadvertent inflation, includes an inflatable bladder that is coupled to a water-activated inflator device equipped with a water sensor. The water sensor is covered by a housing that prevents the flotation device from inflating inadvertently. The water sensor and housing are positioned on the upper back area of the wearer.
摘要:
A flotation device that automatically inflates when contacted by water, but minimizes the risk of inadvertent inflation, includes an inflatable bladder that is coupled to a water-activated inflator device equipped with a water sensor. The water sensor is covered by a housing that prevents the flotation device from inflating inadvertently. The water sensor and housing are positioned on the upper back area of the wearer.
摘要:
A method, apparatus (800), and system (900) for a water activated neck seal tension relief device are described. The system (900) includes a liner (902), such as that of a protective suit, and an actuator apparatus (800) disposed within the liner (902). The apparatus (800) includes a resilient member (200) and a coupling (802), the coupling (802) including a body (600) configured to receive a first (810) and a second (808) portion of the resilient member (200). The liner (902), body (600) and resilient member (200) define a substantially circular opening. A restraint (804) is mounted on the body (600) and configured to restrain the second portion (808) of the resilient member (200) in relation to the body (600) to maintain the resilient member (200) in a first position at which the opening has a first diameter (702). The restraint (804) is configured to release the second portion (808) of the resilient member (200) when the restraint (804) is exposed to water.
摘要:
The present invention relates to a water activated inflator and a method of air deployment of a water activated inflatable device. A gas cylinder opening device for opening a sealing mechanism of the gas cylinder is disposed in the housing movable along a first axis having a first orientation between a cocked position and a fired position. A tension mechanism provides tension acting along the first axis for moving the gas cylinder opening device from the cocked position to the fired position. A plunger is holding the gas cylinder opening mechanism in the cocked position. The plunger is movable along a second axis having a different second orientation between a first position and a second position. A water soluble element is holding the plunger in the first position. A first interacting surface of the gas cylinder opening device is disposed at a predetermined angle to the first axis. A second interacting surface of the plunger is in contact with the first interacting surface at the predetermined angle. The angle is determined such that a component along the second axis of a component of the tension acting onto the second interacting surface is within a predetermined range for ensuring structural integrity of the water soluble element in the cocked position and for ensuring movement of the plunger when at least a portion of the water soluble element is dissolved. Using the water activated inflator in a rescue kit is highly beneficial for air rescue operations over a body of water by providing proper timing of the inflation shortly after impact.
摘要:
An inflation device (5) for an inflatable article (such a life jacket), includes a housing (8) for holding a container of pressurised fluid (6), a displacement means (12) including a piercing means (15) displaceable so as to penetrate the container (6) and allow the release of said pressurised fluid, and actuation means (23, 27, 28, 29) having engaging co-operating elements (17, 25) which engage to retain the displacement means (12) in an unactuated configuration. The actuation means (23, 27, 28, 29) release the displacement means (12) both through the presence of water or by manual operation. The co-operating elements (17, 25) are substantially radially arranged. The line along which the displacement means (12) acts may be coaxial with the radii of the co-operating elements (17, 25). One of the co-operating elements (17) is capable of inward radial movement, and the actuation means (27, 28, 29) operates to prevent that co-operating element's (17) radially inward movement. Similarly, one of the co-operating elements (25) is capable of outward radial movement, and also prevented by the actuating means (23). When the actuation means (23, 27, 28, 29) is triggered (by water or by the manual release), the movement of one of the co-operating elements (17, 25) causes the displacement means (12, 15) to pierce the container.
摘要:
A flotation device that automatically inflates when contacted by water, but minimizes the risk of inadvertent inflation, includes an inflatable bladder (24) that is coupled to a water-activated inflator device (22) equipped with a water sensor (33). The water sensor is covered by a housing (66, 68) that prevents the flotation device from inflating inadvertently. The water sensor and housing are positioned on the upper back area of the wearer.
摘要:
A flotation device that automatically inflates when contacted by water, but minimizes the risk of inadvertent inflation, includes an inflatable bladder that is coupled to a water-activated inflator device equipped with a water sensor. The water sensor is covered by a housing that prevents the flotation device from inflating inadvertently. The water sensor and housing are positioned on the upper back area of the wearer.
摘要:
An inflation device (5) for an inflatable article (such a life jacket), includes a housing (8) for holding a container of pressurised fluid (6), a displacement means (12) including a piercing means (15) displaceable so as to penetrate the container (6) and allow the release of said pressurised fluid, and actuation means (23, 27, 28, 29) having engaging co-operating elements (17, 25) which engage to retain the displacement means (12) in an unactuated configuration. The actuation means (23, 27, 28, 29) release the displacement means (12) both through the presence of water or by manual operation. The co-operating elements (17, 25) are substantially radially arranged. The line along which the displacement means (12) acts may be coaxial with the radii of the co-operating elements (17, 25). One of the co-operating elements (17) is capable of inward radial movement, and the actuation means (27, 28, 29) operates to prevent that co-operating element's (17) radially inward movement. Similarly, one of the co-operating elements (25) is capable of outward radial movement, and also prevented by the actuating means (23). When the actuation means (23, 27, 28, 29) is triggered (by water or by the manual release), the movement of one of the co-operating elements (17, 25) causes the displacement means (12, 15) to pierce the container.