RESPIRATORY APPARATUS FOR UNDERWATER DIVING

Brand	Owner (click to sort)	Address	Description
AMERICAN LIFE SUPPORT	U.S. DIVERS CO.	Santa Ana CA	Respiratory Apparatus for Underwater Diving Comprising a Self Contained Underwater Breathing Apparatus, Harnesses, Air Supply Cylinders, Air Pressure Regulators, Air Supply Tubes, Mouthpieces, Face Masks, Demand Regulators, Portable Oxygen Containers, Diving Backpacks, Wet Suits, Buoyancy Compensators, Vests, Gear Bags, Underwater Cameras, Low Pressure Inflators, Gauges, Including Depth Gauges, Tank Pressure Gauges, Temperature Gauges, and Compasses, Commercial Diving Helmets and Suits, Commercial Diving Umbilical Units and Communicators, Safety Lenses, Plano and Corrective Optical Lenses, Gas Monitoring and Analyzing Apparatus, 'Firemens' Helmets, Turn-Out Coats, Bibs, Overalls, Coveralls, Liners, Backpacks for Breathing Equipment, and Industrial Safety Clothing-Namely, Coveralls, Overalls, Jackets, and Hoods Having Chemical and Fire Resistant Properties, Firemen's Clothing and Breathing Apparatus and Industrial Respirators;The words Life Support are disclaimed apart from the mark as shown.;
AQUA-LUNG	U.S. DIVERS CO., INC.	3323 W. Warner Avenue Santa Ana CA 92704	RESPIRATORY APPARATUS FOR UNDERWATER DIVING, COMPRISING A SELF-CONTAINED, UNDERWATER BREATHING APPARATUS AND INCLUDING A HARNESS, AN AIR SUPPLY CYLINDER OR CYLINDERS, AN AIR PRESSURE REGULATOR, AIR SUPPLY TUBES, A MOUTHPIECE AND A FACE MASK;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

An integrated respiratory monitor and imaging device apparatus (10) is provided. The apparatus is useful for establishing pre-operative and intra-operative breath hold congruency in patients and for other interventional work. The apparatus (10) includes a respiratory monitor system (12) and an imaging device (14). The respiratory monitor system is adapted to engage a patient and generate a respiratory signal representative of a breath hold level of the patient during a breath hold. The imaging device (14) is adapted to scan the patient during the breath hold and generate a volumetric image data set of the patient. The respiratory sensor and imaging device are operatively connected to associate the respiratory signal representative of the breath hold level of the patient together with the volumetric image data set of the patient. A data storage device (64) is provided for storing a set of respiratory signals in association with a corresponding set of volumetric image data sets in the subject apparatus (10). A scanner gating function is provided to center the image acquisition time at selected points in the respiratory cycle such as at a minimum to minimize motion artifacts in the resultant image.