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No. Publication Number Title Publication/Patent Number Publication/Patent Number Publication Date Publication Date
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1 US2008085371A1
FIXTURING METHODS AND APPARATUS FOR THERMAL SPRAY SYSTEMS AND PROCESSES
Publication/Patent Number: US2008085371A1 Publication Date: 2008-04-10 Application Number: 11/538,880 Filing Date: 2006-10-05 Inventor: Gudlavalleti, Sauri   Rosenzweig, Larry Steven   Quek, Shu Ching   Yerramalli, Chandra Sekher   Assignee: GENERAL ELECTRIC COMPANY   IPC: B05D3/00 Abstract: A thermal spray system is provided. The thermal spray system includes a spray assembly for applying a coating to a workpiece. The thermal spray system also includes a fixturing assembly couplable to the workpiece for positioning the workpiece relative to the thermal spray system, wherein the fixturing assembly permits the workpiece to distort during application of the coating to minimize residual strain buildup within the workpiece and reduce coating stresses. A thermal spray system is provided. The thermal spray system includes a spray assembly for applying a coating to a workpiece. The thermal spray system also includes a fixturing assembly couplable to the workpiece for positioning the workpiece relative to the thermal spray ...More ...Less
2 US2001049012A1
ENAMEL COMPOSITION AND A METHOD OF APPLYING THE ENAMEL COMPOSITION
Publication/Patent Number: US2001049012A1 Publication Date: 2001-12-06 Application Number: 09/270,296 Filing Date: 1999-03-15 Inventor: Paolini, Susan M.   Quek, Larry   Assignee: Paolini, Susan M.   Quek, Larry   IPC: B32B005/16 Abstract: The present invention provides a new and useful enamel composition and method capable of and for applying the enamel composition to smooth substrate surfaces, such as, glass or plastic. The enamel composition includes a granular material mixed with a binder having adhesive properties. Moreover, the granular material included in the enamel composition is comprised of minerals and the minerals, besides enabling the enamel composition to adhere to smooth substrate surfaces, also act as a coloring agent for the enamel composition. Further, the enamel composition will adhere to the substrate surface without requiring heating, curing, chemical treatment, roughening or other special preparation of the substrate surface. The present invention provides a new and useful enamel composition and method capable of and for applying the enamel composition to smooth substrate surfaces, such as, glass or plastic. The enamel composition includes a granular material mixed with a binder having adhesive ...More ...Less
3 US5280439A
Apparatus for determining booth recoder input control signals
Publication/Patent Number: US5280439A Publication Date: 1994-01-18 Application Number: 77/467,491 Filing Date: 1991-10-11 Inventor: Tsern, Ely K   Quek, S M   Hu, Larry   Prabhu, Jnyaneshwar P   Assignee: Weitek Corporation   IPC: G06F7/52 Abstract: In an apparatus and method for computing inverses and square roots
4 US5245564A
Apparatus for multiplying operands
Publication/Patent Number: US5245564A Publication Date: 1993-09-14 Application Number: 69/875,891 Filing Date: 1991-05-10 Inventor: Tsern, Ely K   Quek, S M   Hu, Larry   Prabhu, Jnyaneshwar P   Assignee: Weitek Corporation   IPC: G06F7/52 Abstract: In an apparatus and method for computing inverses and square roots a highly accurate initial approximation is computed using a second order polynomial equation
5 US5021985A
Variable latency method and apparatus for floating-point coprocessor
Publication/Patent Number: US5021985A Publication Date: 1991-06-04 Application Number: 46/787,990 Filing Date: 1990-01-19 Inventor: Hu, Larry   Chuk, Ting   Mcleod, John   Quek, S M   Samuels, Allen   Chu, George K   Assignee: Weitek Corporation   IPC: G06F1/14 Abstract: A programmable latency (a programmable number of clock cycles) needed for an operation completion. The required latency for a pipe is determined from a formula including the system clock cycle time which the unit will be specified to operate under. The latency is preprogrammed by setting the count of a timer accordingly to provide at least the minimum number of clock cycles necessary to cover the time required to do the computation. Separate timers are independently set for arithmetic logic unit (ALU) operations A programmable latency (a programmable number of clock cycles) needed for an operation completion. The required latency for a pipe is determined from a formula including the system clock cycle time which the unit will be specified to operate under. The latency is preprogrammed ...More ...Less