Other

Tokyo Electron Limited

Therma-wave, Inc.

James M Cahill

Clinton Carlisle

Fred E Stanke

Edric Tong

Elliot Burke

Douglas E Ruth

Hung The Pham

Michael Weber

Adam Eales Norton

Arthur C Perry

Michael Weber-Grabau

Hung V Pham

Scott Blackwell

A coating for an orbital implant where the coating has an anterior portion having a different, longer term bioabsorbability than a posterior portion. This allows the implant to have a smooth surface for insertion and to provide reduced irritation to neighboring tissues, to help prevent exposure of the porous core of the implant, and to provide a stable anchorment for extraocular muscles, but which also encourages rapid fibrovascular ingrowth. The coating is marked with a visual indicator to facilitate proper orientation. Shell materials are further selected to allow for sterile packaging, the securing of therapeutic agents thereon, and to provide adequately strong securing of the coating to the core. Apertures are formed through the coating to enhance fluid flow to and from the core, and to provide exposure of the surface of the core to extraocular muscles, and for sutures. The apertures are sized and shaped to reduce irritating surface contact with orbital tissues.

Orbital implant coating having differential degradation

This invention is an apparatus for imaging metrology, which in particular embodiments may be integrated with a processor station such that a metrology station is apart from but coupled to a process station. The metrology station is provided with a first imaging camera with a first field of view containing the measurement region. Alternate embodiments include a second imaging camera with a second field of view. Preferred embodiments comprise a broadband ultraviolet light source, although other embodiments may have a visible or near infrared light source of broad or narrow optical bandwidth. Embodiments including a broad bandwidth source typically include a spectrograph, or an imaging spectrograph. Particular embodiments may include curved, reflective optics or a measurement region wetted by a liquid. In a typical embodiment, the metrology station and the measurement region are configured to have 4 degrees of freedom of movement relative to each other.

Apparatus for imaging metrology

Wafer metrology apparatus and method

A tether based connector for locating, identifying, inventorying, controlling and helping to ensure the retrieval of one or more items packaged within a container loaded with potentially obscuring packaging materials. The connector is formed from a stratified body having a die-cut upper sheet layer to form one or more extractable tethers, each of which terminates at a fastener at one end for releasably fastening to an item, and at an easily located terminus at the other end. The terminus may be formed as an anchorment for anchoring to the container. A single anchorment may be adapted to serve a plurality of tethers for fastening to a plurality of items. A badge carrying item identifying information can be associated with a connector.

Packaging connector

Packaged item location, identification and control device and method

An adjustable basketball goal generally includes a movable support, telescoped within a vertically mounted fixed support, and a hydraulic, water-powered drive mechanism for enabling the raising or lowering of a basketball rim connected to the upper end of the movable support. The drive mechanism includes a dual-compartment water piston and is powered by a conventional garden hose using ordinary household water pressure. With appropriate adjustments made to the water piston, the drive mechanism may be alternatively operable by pneumatic pressure as well as hydraulic pressure. A valve is included for enabling manual control of the drive mechanism. The adjustable basketball goal may also include a rotatable coupling between the movable and fixed supports such that the basketball rim may be rotated 360 degrees about an axis defined by the vertically mounted supports.

Adjustable basketball goal

Growing community of inventors

San Jose, CA, United States of America

James M Cahill