Magnecomp Corporation

Other

AT&T Intellectual Property I, LP

Monterey Design Systems, Inc.

Ngx, Inc.

Christopher J Dunn

Christopher Schreiber

Oliver Spatscheck

Alexandre Gerber

Lawrence Thomas Pileggi

Majid Sarrafzadeh

Salil Ravindra Raje

Tong Gao

Minaxi Gupta

James S Koford

Douglas B Boyle

Sharad Malik

Gary K Yeap

Feroze P Taraporevala

Abhijeet Chakraborty

David Gluss

Dennis Yamamoto

Robert E Shortt

Lilly Shieh

Dinesh D Gaitonde

Satyamurthy Pullela

Eric McCaughrin

Joseph T Rahmeh

Emre Tuncer

Jianhong He

Sam Jung Kim

Archie Li

Yau-Tsun Steven Li

Satamurthy Pullela

A computer implemented method includes identifying a universal resource locator and characterizing a traffic pattern associated with the universal resource locator. The traffic pattern can include referrer information, referring information, advertising network relationship information, and any combination thereof. The method can further include classifying the universal resource locator into a risk category based on the traffic pattern.

Prioritizing malicious website detection

An additive process disk drive suspension interconnect, and method therefor is provided. The interconnect has a metal grounding layer of typically stainless steel or copper metallized stainless steel, a metal conductive layer and an insulative layer between the metal grounding layer and the conductive metal layer. A circuit component such as a slider is electrically connected to the conductive layer along a grounding path from the circuit component and the conductive layer to the metal grounding layer through an aperture in the insulative layer. For improved electrical connection a tie layer is provided through the insulative layer onto the grounding layer in bonding relation with the ground layer. A conductor is deposited onto both the conductive metal layer and the tie layer in conductive metal layer and tie layer bonding relation, and the circuit component is thus bonded to the grounding layer by the conductor.

Additive disk drive suspension manufacturing using tie layers for vias and product thereof

A disk drive suspension interconnect, and method therefor. The interconnect has a metal grounding layer, a metal conductive layer and an insulative layer between the metal grounding layer and the conductive metal layer. A circuit component such as a slider is electrically connected to the conductive layer along a grounding path from the circuit component and the conductive layer to the metal grounding layer through an aperture in the insulative layer. For improved electrical connection a tie layer is provided through the insulative layer onto the grounding layer in bonding relation with the ground layer. A conductor is deposited onto both the conductive metal layer and the tie layer in conductive metal layer and tie layer bonding relation, and the circuit component is thus bonded to the grounding layer by the conductor.

Disk drive suspension via formation using a tie layer and product

The invention provides high surface area talc compositions by a novel hybrid milling method or soaking method. The hybrid milling method comprises dry milling talc powder followed by mixing with water and wet milling to provide a nano-talc slurry with high surface area, also of the invention. The soaking method comprises dry milling talc powder followed by mixing with water and soaking the powder for a period of time to provide high surface area nano-talc slurry, also of the invention. The slurry may be dewatered and dried to provide dry nano-talc powder. The nano-talc powder provided by the invention is a novel hydrophilic talc composition also of the invention.

Nano-talc powders of high specific surface area obtained by hybrid milling

Shaping of a gimbal suspension element for a disk drive suspension using fewer process steps includes disposing an element, precursor assembly of a plastic film layer and a copper layer with an interlayer of a copper seed layer and a Monel alloy for etching, and etching the assembly with an etchant such as cupric chloride for both the alloy and the copper seed layer of the interlayer.

Multilayer gimbal suspension element manufacture with co-etchable layers

Progressively optimized clock tree/mesh construction is performed concurrently with placement of all remaining objects. Clock tree/mesh is specified loosely for initial placement, then followed by progressive detailed placement. In particular, preferred approach provides automated and reliable solution to clock tree/mesh construction, occuring concurrently with placement process so that clock tree wiring and buffering considers and influences placement and wiring of all other objects, such as logic gates, memory elements, macrocells, etc. Hence, in this concurrent manner, clock tree/mesh pre-wiring and pre-buffering may be based on construction of approximate clock tree using partitioning information only, i.e., prior to object placement. Further, present approach provides modified DME-based clock tree topology construction without meandering, and recursive algorithm for buffered clock tree construction.

Method and system for progressive clock tree or mesh construction concurrently with physical design

A method for design optimization using logical and physical information is provided. In one embodiment, a method for design optimization using logical and physical information, includes receiving a behavioral description of an integrated circuit or a portion of an integrated circuit, optimizing placement of circuit elements in accordance with a first cost function, and optimizing logic of the circuit elements in accordance with a second cost function, in which the optimizing placement of the circuit elements and the optimizing logic of the circuit elements are performed concurrently. The method can further include optimizing routing in accordance with a third cost function, in which the optimizing routing, the optimizing placement of the circuit elements, and the optimizing logic of the circuit elements are performed concurrently.

Method for design optimization using logical and physical information

An elongated bicycle rack and storage device has a clamping device at one end so that it can be attached to and cantilever from the bicycle seat post. The device has an enclosable compartment for relatively small items and an external rack frame for supporting larger items when the bicycle is in use.

Cantilevered bike rack

Adjustable bicycle storage rack

Bicycle storage rack

Bicycle splash guard

A mud guard adapted for attachment to the seat of a bicycle comprises an elongated semi-rigid body adapted to cantilever rearwardly from the seat post over the bicycle rear wheel. The body has a forward section comprising a pair of spaced apart, clamping jaw portions, each jaw portion being adapted to extend around one side of the seat post and having a forwardly projecting end portion. A locking fastener extends through the end portions to clamp them together around the post. At the rear end of the body is a yieldable extension member which is bendable when engaged and serves as a shock absorber to prevent excessive stresses on clamping jaw portions.

Bicycle mud guard

Growing community of inventors

Scottsdale, AZ, United States of America

Christopher J Dunn