Marando
Eileen Marando, Bellmore, NY US
Patent application number | Description | Published |
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20130297829 | POINT-TO-POINT SERIAL PERIPHERAL INTERFACE FOR DATA COMMUNICATION BETWEEN DEVICES CONFIGURED IN A DAISY-CHAIN - The present disclosure provides an improved point-to-point serial peripheral interface, a system comprising an improved point-to-point serial peripheral interface, and a method for use in a system comprising an improved point-to-point serial peripheral interface. A master comprises a SPI initiating port. Each slave comprises at least one SPI receiving port and at least one SPI forwarding port. The master provides a set of SPI signals to the SPI receiving port of the first slave in the chain, and the entire SPI signals are forwarded via the SPI forwarding port of each of the slaves until the SPI transaction reaches a target slave, which is identified by an in-band device addressing mechanism. | 11-07-2013 |
Eileen M. Marando, Bellmore, NY US
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20100036979 | External Direct Memory Access of Embedded Controller Memory - An embedded controller capable of providing direct memory access (DMA) to memory for a host. The controller may include a processor, a memory medium, and an interface coupled to the memory medium. The interface may be configured to couple to a host and receive a DMA request. The DMA request may include a request to read data from a memory location in the memory medium or a request to write data to a memory location in the memory medium. The DMA request may include a relative memory address. The interface may be configured to translate the relative memory address into a first address of the memory medium. Accordingly, the interface may perform operations according to the DMA request using the first address of the memory medium. The processor may be configured to operate according to data stored in the memory medium. | 02-11-2010 |
Nick Marando, Ontario CA
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20090007494 | Adjustable Window Regulator Lifter Plate Assembly For A Vehicle Window - In an embodiment an adjustable window regulator lifter plate assembly is provided. The adjustable window regulator lifter plate assembly includes a base, a window holder and a cross-car orientation adjustment mechanism. The base is configured for movement along a path. The base has an inboard side and an outboard side. The window holder is configured to receive and hold a vehicle window. The window holder is movably connected to the base. The cross-car orientation adjustment mechanism is operable by a cross-car orientation adjustment tool and is operatively connected to the window holder to control the cross-car orientation of the window holder. The cross-car orientation adjustment mechanism includes a cross-car orientation adjustment mechanism tool-receiving member configured to receive the cross-car orientation adjustment tool. The cross-car orientation adjustment mechanism tool-receiving member is accessible from the inboard side of the base. | 01-08-2009 |
Richard A. Marando, Mohrsville, PA US
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20090212033 | PROGRESSIVE LASER BLANKING DEVICE FOR HIGH SPEED CUTTING - A laser blanking device for high speed cutting of a rapidly fed strip of coil stock includes a pin conveyor traveling a recurring loop along a longitudinal axis. At least two moveable gantries are supported above the pin conveyor. Each gantry is capable of moving at least a limited length along the longitudinal axis. At least one moveable laser head is suspended on each gantry, and the laser heads are capable of moving along the corresponding gantry along multiple axes transverse to or parallel to the longitudinal axis of the device. The device further has an entry pinch roll assembly and a second pinch roll assembly positioned at opposed ends of the conveyor. A pair of pinch rollers cooperates with each pinch roll assembly to apply tension to the strip traveling therebetween. Each pinch roller continually feeds the moving strip along the conveyor while the laser heads situated between the pinch roll assemblies move and progressively cut a perimeter portion of a blank or cut-out from the moving strip. | 08-27-2009 |
Thomas Marando, Wilmington, DE US
Patent application number | Description | Published |
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20090188936 | Chip Dispensing Container - An improved chip dispensing container for distributing, storing and serving tube-stacked chip articles includes a rigid tubular case, a sling inside the case, a, handle outside the case and cables connecting the sling to the handle. The cables pass in contact with bearings near the rim of the container on their courses between sling and handle such that moving the handle downward from an initial position near the rim, pulls on the cables and thereby hoists the sling upward from an initial position near the bottom of the container. Conversely the sling is lowered by moving the handle upward. The stack of chips resting on the sling can thus be raised or lowered by manipulating the handle to controllably access all of the chips in a tube-stacked chip array. The container can be used to package, store and serve stackable, chip shaped products such as potato crisps, cookies, candy disks and wafers | 07-30-2009 |