Abstract:
A method for manufacturing a multilayer surface coating including a PVC expanded surface layer is provided. The method includes the step of applying an aqueous composition including polyvinyl alcohol to the bottom portion of said supporting layer prior to the step of expanding said supporting layer.
Abstract:
In at least some embodiments, an electronic device comprises a processor and an encryption/decryption (E/D) engine coupled to the processor via a bus. The E/D engine selectively operates in a first mode and a second mode. For the first mode, an E/D engine output is provided to the bus. For the second mode, the E/D engine output is not provided to the bus and is accessible only to the E/D engine.
Abstract:
The present invention relates to a method for manufacturing a multilayer surface coating including a PVC expanded surface layer, said method including the step of applying an aqueous composition including polyvinyl alcohol to the bottom portion of said supporting layer prior to the step of expanding said supporting layer.
Abstract:
The invention relates to a method of upgrading a composite material containing fibrous matter and non-fibrous plastic matter. The inventive method comprises the following stops consisting in: cooling te composite material to a temperature of between −40° C. and +10° C., grinding the cooled composite material in order to disconnect the fibrous matter from the non-fibrous plastic matter; and separating the fibrous matter from the non-fibrous plastic matter.
Abstract:
A method comprising transferring a data block between a flash memory and a memory controller and computing an error correction code while transferring said data block.
Abstract:
A method for streamlining error correction code computation while reading or programming a NAND flash memory. At least some of the illustrative embodiments are methods comprising transferring a data block between a flash memory and a memory controller, and computing an ECC for said data block while transferring the data block.
Abstract:
In at least some embodiments, an electronic device comprises a processor and an encryption/decryption (E/D) engine coupled to the processor via a bus. The E/D engine selectively operates in a first mode and a second mode. For the first mode, an E/D engine output is provided to the bus. For the second mode, the E/D engine output is not provided to the bus and is accessible only to the E/D engine.
Abstract:
Selectively embossed surface covering prepared by applying on a substrate a plastic layer with a printing ink containing a photoinitiator, applying, gelling and softening a non curable coating and then a curable coating over said plastic layer which had previously been gelled, mechanically embossing the softened curable coating, activating said photoinitiator and curing the curable coating in those areas over said ink, heating to fuse the curable coating and the plastic layer together and activating a curing photoinitiator of the curable coating so as to cure the curable coating in the unprinted areas.
Abstract:
An organic optoelectronic device incorporating a hermetic thin-film encapsulation, and encapsulation method are provided. This device-has a useful emission or absorption face and, behind this face, a substrate coated with an array of radiation-emitting or radiation-absorbing organic structures inserted between, and electrically contacting, electrodes that are respectively proximal and distal relative to the substrate. Separating beads between structures, composed of an insulating material, extend between the respective proximal electrodes of the structures from peripheral edges of these electrodes. The device includes a hermetic encapsulation that has at least one inorganic internal film surmounting the distal electrode, a photosensitive polymer layer covering this internal film, and a dielectric inorganic external film acting as a barrier covering the polymer layer. The polymer layer is etched with a discontinuous geometry formed of segments that respectively surmount the structures and end beyond the structures in line with the beads.
Abstract:
The invention relates to a method of upgrading a composite material containing fibrous matter and non-fibrous plastic matter. The inventive method includes the following steps consisting in: cooling the composite material to a temperature of between −40° C. and +10° C., grinding the cooled composite material in order to disconnect the fibrous matter from the non-fibrous plastic matter; and separating the fibrous matter from the non-fibrous plastic matter.