Helmich

Caren S. Helmich, Jacksonville, IL US

Patent application number	Description	Published
20100058627	Process Of An Organization System - A four step process for organization usually in a home type setting. Step 1—Print from a computer program or write on a 3.5″×2″ blank business card. Step 2—Display those cards on a specially designed board to make them very easy to view on a refrigerator or wall. Step 3—Remove the cards from the display board and store them. Step 4—Pull only the cards you wish to re-use from the storage area and put them back on the board again. Example: meals can be printed on the cards and new meals added to the storage tray as they are found to be liked. This prevents having to constantly try to remember meals to plan, just thumb through the cards and choose. This same process could be used for planning kids chores, TV shows to watch, daily to-do list, exercise plan, or anything else that involves planning.	03-11-2010

Patent application number	Description	Published
20100058627	Process Of An Organization System - A four step process for organization usually in a home type setting. Step 1—Print from a computer program or write on a 3.5″×2″ blank business card. Step 2—Display those cards on a specially designed board to make them very easy to view on a refrigerator or wall. Step 3—Remove the cards from the display board and store them. Step 4—Pull only the cards you wish to re-use from the storage area and put them back on the board again. Example: meals can be printed on the cards and new meals added to the storage tray as they are found to be liked. This prevents having to constantly try to remember meals to plan, just thumb through the cards and choose. This same process could be used for planning kids chores, TV shows to watch, daily to-do list, exercise plan, or anything else that involves planning.	03-11-2010

Patent application number	Description	Published
20090138758	METHOD AND SYSTEM TO EXECUTE RECOVERY IN NON-HOMOGENEOUS MULTI PROCESSOR ENVIRONMENTS - Disclosed are a method and system for parallel execution of recovery in a non-homogeneous multi-processor environment. The method defines criteria how to decide which recovery actions are to be performed, and on which processor. If multiple recovery actions are pending, the goal is to execute them in parallel on multiple processors. This is much more efficient than the traditional approach of one processor doing all the required recovery. In addition, in large, non-homogeneous systems such a single processor capable of doing the complete recovery might not be existing at all due to technical limitations. The method of this invention also defines rules and mechanisms how multiple processors executing recovery in parallel can access shared resources while avoiding deadlock situations. This includes accessing resources that are currently owned by another processor.	05-28-2009