Abstract:
The subject of this disclosure relates to a diving apparatus and a method for marking a diver's' location. The disclosure provides a receptacle for diving equipment which is configured to float upon the surface of the water and optionally support a flag and pole to mark the diver's relative position underwater. An anchoring system is also disclosed coupling the apparatus to the sea floor or river bottom to maintain position of the apparatus in the general location of the diver. The apparatus further includes a perimeter ring handle, a receptacle for storing equipment, and a method for supporting a diver.
Abstract:
A transportable support system for underwater dive equipment that is durable, lightweight, adjustable, and compact, allowing the diver to effectively and rapidly secure his fins, regulator assembly, mask, and various other items for storage and/or transport. The support system can be employed with a “hands free” design via the use of a shoulder strap, or secured in a dive bag or suitcase for airline travel.
Abstract:
An all purpose surface support station for use in dive applications having an inflatable bladder for floating the station, a screw-in type anchor for docking the station, removable pockets for storing dive equipment, and a cover that can store dive equipment, protect the bladder and, upon deflation of the bladder, is also used as a device for transporting dive equipment to and from the dive site.
Abstract:
A diving-tank-pocket buoyancy compensator has an expandable diving-tank pocket (1) that envelopes a diving tank (2) which the diving-tank pocket is articulated for containing in addition to at least an inflated buoyancy air cell (3). The buoyancy air cell is in fluid communication with a cell end (4) of a buoyancy compensator (BC) tube (5) which has a tank end (6) in fluid communication with an inside periphery of the diving tank through a regulator tube (35) and a regulator valve (7) on the diving tank. An adjustable pressure valve (8,38) intermediate the tank end and the cell end of the BC tube is provided to maintain a pre-determined pressure and resulting constant volume of air in the buoyancy air cell for maintaining a desired constant buoyancy.
Abstract:
A diving-tank-pocket buoyancy compensator has an expandable diving-tank pocket (1) that envelopes a diving tank (2) which the diving-tank pocket is articulated for containing in addition to at least an inflated buoyancy air cell (3). The buoyancy air cell is in fluid communication with a cell end (4) of a buoyancy compensator (BC) tube (5) which has a tank end (6) in fluid communication with an inside periphery of the diving tank through a regulator tube (35) and a regulator valve (7) on the diving tank. An adjustable pressure valve (8, 38) intermediate the tank end and the cell end of the BC tube is provided to maintain a pre-determined pressure and resulting constant volume of air in the buoyancy air cell for maintaining a desired constant buoyancy.
Abstract:
The present invention provides a method of manufacturing a scuba tank caddy, having an optional gear drying rack and an optional portable shower, for improving the comfort and convenience of the scuba diver, and a scuba tank caddy thereby manufactured. The method of manufacture generally comprises steps of: (a) providing a tank-holder, having a floor, a full-span of at least one tank diameter, and a mid-span located at one-half the full-span; (b) providing an axle, having two ends, the axle being rotatably mounted to the tank-holder at the rear side; (c) providing two wheels, each wheel of the two wheels being rotatably mounted to each of the two ends of the axle; (d) providing a handle assembly, having a handle stem and a handle bar; (e) providing an elongated tank-holder stem oriented normally to the tank-holder floor, having a top and a bottom, the bottom being mounted at the mid-span of the tank-holder and the top being coaxially oriented with and collapsibly mounted to the handle stem; and (f) a tank-retaining mechanism, the tank-retaining mechanism being fastened to the elongated tank-holder stem near the second end, thereby producing the scuba tank caddy. Subsequently, at least one tank and dive gear are placed in the caddy. The scuba diver can then roll the caddy containing his/her gear and at least one tank along the ground by merely holding the handle bar, with the caddy angled toward him/her, while walking to the dive site. Additional advantages include, but are not limited to, retractable wheels, telescoping shower head, tank-pressurizing freshwater shower, and corrosion-resistance. The present invention also uses corrosion-resistant materials, such as polymers, resulting in a durable, convenient, and cost-effective product for the scuba diving industry.