Abstract:
System for rapid release of a weight usable by a diver, comprising: said weight (2); a housing (3) constrainable to the diver and in which the weight (2) is placed; said housing (3) comprising an extraction opening (30) for extracting the weight (2) from the housing (3); an anchorage (4) and a seat (5) in which the anchorage (4) may be positioned, said seat (5) being constrained to the housing (3); the anchorage (4) is constrained to the weight (2). The anchorage (4) is removable from the seat (5) to allow the removal of the weight (2). The seat (5) has a first inlet/outlet mouth (511) for the anchorage (4) which is at least partly turned not towards the extraction opening (30) for extracting the weight (2) from the housing (3), but in the opposite direction.
Abstract:
The buoyancy control device for scuba diving comprises an air bladder, a harness comprising at least two shoulder straps and an abdominal strap made up of two abdominal half-straps, a backrest provided with first slots engaged by the abdominal half-straps, second slots engaged by at least one retaining strap for retaining at least one air cylinder, one or more third slots engaged by the two shoulder straps, and one or more fourth slots engaged by corresponding straps for connecting the backrest to the air bladder.
Abstract:
A weight system for divers employs both an interior and an exterior weight pocket. The interior weight pocket is secured at the interior distal end of the exterior weight pocket. The attachment point is a post at the interior end of the weight pocket. The weight pouch hangs from this post and is secured in the exterior weight pocket. The release force is more precisely controlled with a coil spring. More control of the opening force translates to reliability of operation and safety of the weight releasing mechanism. The weight pouch is also more precisely guided into and out of the exterior weight pocket and the lock mechanism is self-centering, allowing easy assembly or disassembly of the weight pouch into and out of the exterior weight pocket.
Abstract:
An active control releasable ballast system for dive equipment is disclosed which in one embodiment includes a removable pocket that is secured with a side release buckle within a fixed pocket. The buckle is required to be opened before the weight contained in the pocket can be dropped or given to another individual in or out of the water. Thus, the release of the weights is a conscious and deliberate act.
Abstract:
A new buoyancy compensator with a unique bladder design is provided. The new buoyancy compensator has a unique air bladder system that are positioned directly below the integrated weight system when considering a plane parallel to the length of a diver. The new buoyancy compensator may also have air bladder systems positioned directly above the integrated weight system when considering a plane parallel to the length of a diver. The unique buoyancy compensator containing the new air bladder system facilitates a streamlined bladder that makes movements in the water easier as the movement created between the vector for lift and the center of gravity is minimized. The new buoyancy compensator has an air bladder system that is contained within the front lobes of the jacket that makes the jacket more streamlined and makes access to gear contained on the jacket much easier. Moreover, the streamlined nature of the compensator increases the stability of the user during entry and exit from the water.
Abstract:
A diving ballast (131) is adapted to be fitted to a scuba tank, so as to replace or at least supplement a waist-fitted weightbelt. The diving ballast (131) comprises an elongate flexible strap formed with open-ended weight-receiving holsters (122) therein and a plurality of weights (126) each having expanded ends and a waisted portion (127) defined between the expanded ends. Each weight is of such dimensions in relation to a weight-receiving holster (122) so that the expanded end of the weight can be worked through the holsters so that the weighted portion is held captive within the holster. The expanded end of the weight can only be worked through the holster when the strap is slack and the waisted portion (127) is held captive by the material of the holster when the strap is under tension along its length. The diving ballast extends to a waist-fitted weightbelt of the type described, as well as to an ankle-belt having a similar configuration. The invention further extends to a diving ballast system incorporating all three types of ballast.
Abstract:
A support garment for diving equipment includes several subassemblies for providing comfortable support of diving equipment, such as a tank of pressurized breathing gas, a buoyancy compensating air cell and a ballast weight pocket assembly. A frame is adjustably secured to a shoulder support assembly that includes adjustment straps for accommodating various body sizes. A belt assembly is pivotally secured to the lower portion of the frame. A bust or chest panel extends between shoulder supports, providing a secure and comfortable fitting structure for divers of various body types, particularly women. Elements of the garment are secured to one another via rivets placed at predetermined locations, thereby facilitating assembly and servicing of the garment.
Abstract:
A dive belt is provided for use by divers during underwater activities, such as scuba diving. The belt comprises a body member and a rapid release weight system which is quickly removal while the belt remains in place on the diver. The belt can also provide for horizontally mounted supplemental air supply system, for use in the event a main air supply is lost or not wanted. An elastic depth compensator can be built into the belt, insuring a snug fit of the belt at any depth. The belt has a plurality of D rings for convenient equipment management. A quick release tow clip is attached to the belt and may be used in conjunction with a surface air supply system for pulling the surface air supply system.
Abstract:
A weight release system for selectively releasing a weight from a body. The system includes a retaining member pivotally attached to the body. The retaining member is also releasably engaged to the body distal the pivotal attachment so as to retain and secure a weight relative to the body, so that the center of mass of the weight is substantially between the pivot and the releasable engagement of the retaining member. Upon releasing the retaining member from the body, the weight causes the retaining member to pivot relative to the body so that the weight is below the pivot, thereby permitting separation of the weight from the body.
Abstract:
An improved scuba weight having a hex-nut locking device molded into the weight is described. The hex-nut locking device secures the weight to a diver's belt, but can be easily loosened, permitting the casting off of the weight, including in underwater operations, if desired.