Abstract: A system for processing solar cells is disclosed which includes a separation module for separating a processing frame from solar cells that are fed along a conveyance line. The processing frame can be separated without requiring manual lifting of the processing frame by feeding the processing frame and solar cells into a magnetic roller system. The magnetic roller system can gradually lift the processing frame away from the solar cells and divert the processing frame to a separate roller system. The solar cells can remain on the main conveyance line for further processing.

Abstract: A system for processing solar cells is disclosed which includes a separation module for separating a processing frame from solar cells that are fed along a conveyance line. The processing frame can be separated without requiring manual lifting of the processing frame by feeding the processing frame and solar cells into a magnetic roller system. The magnetic roller system can gradually lift the processing frame away from the solar cells and divert the processing frame to a separate roller system. The solar cells can remain on the main conveyance line for further processing.

Abstract: The claimed subject matter is directed to the conversion of ordinary email data into calendar data. Specifically, the claimed subject matter provides a method and system of an electronic communication message system that performs the creation of calendar events in a personal calendar application from electronic communication text. One embodiment of the claimed subject matter is implemented as a method for creating an electronic calendar event from a selected portion of text from electronic communication message. An electronic communication message is displayed to a user. A user selected portion of the text comprising the electronic communication message is received as input. A scheduling composition dialog is actuated based on the user selected portion, and a calendar event is created in a personal calendar application for the selected portion of the electronic communication message.

Abstract: In compiling a program, the present algorithm first analyzes each function in the program as an isolated compilation unit where parameters and global variables are temporarily assumed to have uninitialized values. This stage of the algorithm, the intraprocedural phase, will summarize the intraprocedural behavior of a function in a flow-insensitive manner, including how it can affect memory accesses in the caller and callee functions, and how its memory accesses can be affected by the caller and callee functions. The summarized behavior of each function is the only information to be processed in the next stage, the interprocedural stage. A significant size reduction is achieved in the summarized representation as compared to the full function body. This facilitates aggressive optimization of even large programs.