Fischel

Halbert Fischel, Santa Barbara, CA US

Patent application number	Description	Published
20100329947	Chemical process accelerator systems utilizing taylor vortex flows - Chemical process accelerator systems comprising viscid fluid Taylor Vortex Flows (	12-30-2010
20100330445	Fuel reformers utilizing taylor vortex flows - Steam, partial oxidation and pyrolytic fuel reformers (	12-30-2010
20100330459	Direct reaction fuel cells utilizing taylor vortex flows - Direct reaction fuel cells (	12-30-2010
20100330460	DYNAMIC ACCELERATED REACTION BATTERIES UTILIZING TAYLOR VORTEX FLOWS - Dynamic accelerated reaction batteries (	12-30-2010

Patent application number	Description	Published
20100160865	LUMBAR PUNCTURE DETECTION DEVICE - A device for drawing spinal fluid from a body part or injecting medication into the body part is disclosed. The device may include one or more measurement features (markings) that indicate the subcutaneous depth of the device as well as confirm placement and orientation of the spinal fluid withdrawing or medication injecting end of the device in the body part. The device may include a trocar and a cannula having a patient end, a non-patient end, an outer surface, and a central passage adapted to receive said trocar. One or more windows may be provided in or on the cannula, said windows extending from the outer surface of the cannula to the central passage. The windows may be spaced from the patient end of the cannula and from each other along a specific longitudinal axis of the cannula by a predetermined distance, such as 10 millimeters. Means for venting air from the cannula central passage and/or transparent/translucent material may be disposed in said windows.	06-24-2010

Patent application number	Description	Published
20100010372	POROUS MULTIPLE SAMPLE SLEEVE AND BLOOD DRAWING DEVICE FOR FLASH DETECTION - A device for drawing fluid from a lumen, and particularly blood from a blood vessel, is disclosed. The device may provide indication of the entry of an intravenous cannula into the lumen. The device may include a central body having an outer wall and an inner fluid passage. The device may include a luer-type adapter to permit the attachment of sample vial guide tube, or an I.V. infusion set of various lengths (“butterfly needle”) and or any luer-type fitting attached to an existing device. The outer wall of the central body of the flexible sleeve may be transparent or translucent to permit the detection of fluid within the inner passage. A front cannula may extend from one end of the central body and a rear cannula may extend from the other end of the central body. Both the front and rear cannulae may communicate with the inner fluid passage. An air-permeable blood-impermeable flexible sleeve may surround at least a tip portion of the rear cannula. The air-permeable blood-impermeable flexible sleeve acts as a venting member. The venting member permits the passage of air through it, and is substantially impermeable to liquids, such as blood. The flexible sleeve may be comprised of two types of material, a first material which is air-impermeable and a second material which is air-permeable blood-impermeable.	01-14-2010