International Business Machines Corporation

University of California

Other

Sealy Technology, LLC

Babcock Power Services, Inc.

Globalfoundries Inc.

William Freeman

Jeffrey David Amsterdam

Lingyun Cheng

Michael J Sailor

William David Morgan

Brian M O'Connell

Keith R Walker

Yu-Hwa Lo

Yang Yang Li

Richard V Hom

Gert Cauwenberghs

Qingsheng Lin

Jilin Zhang

Frederique Cunin

Joseph Bianca

John W Rath, Iii

Gabriel A Silva

Darryl W Solie

Massoud L Khraiche

Emily Anglin

Dirk-Uwe G Bartsch

Daniel J Plummer

Karl Y Hostetler

James A Craft

Robert D Wagner

James J Molloy

Robert F Wagner

James P Wang

Jacqueline Hegedus Wilson

Daniel Ernest Hurlimann

David T Shadwick

Bruce G Barman

Deli Wang

John E Passafiume

Sohmyung Ha

Ernest L Miller

James S Pogorzelski

George King

Joshua Creelman

David Crist

Said A Dimitry

Yi Jing

E J Chichilnisky

Albert L Akers

Robert M Carpenter

Thomas G Twardeck

Gerald J Sproesser

Said Dimitry

Gerard J Sproesser

John W Rath

This invention relates to devices, systems and methods for delivering preprogrammed quantities of an active ingredient to a biological system over time without the need for external power or electronics.

Materials and methods for delivering compositions to selected tissues

A minimally invasive controlled drug delivery system for delivering a particular drug or drugs to a particular location of the eye, the system including a porous film template having pores configured and dimensioned to at least partially receive at least one drug therein, and wherein the template is dimensioned to be delivered into or onto the eye.

Porous photonic crystals for drug delivery to the eye

An integrated nanowire device includes a first array of nanowires having a first set of characteristics and a second array of nanowires having a second set of characteristics. A processor is electrical communication with the first and second arrays of nanowires receives the first plurality of charges and generate a processor signal therefrom. The second array of nanowires may be configured to produce a stimulation current in response to the processor signal. The first or second array may be used to generate power for operation of the device, or the arrays may function as a stimulator, sensor combination to enable the device to self-regulate based on localized responses to stimulation. The device may be implanted for use as a neural stimulator.

Integrated nanowire array devices for detecting and/or applying electrical signals to tissue

A method, apparatus and computer-usable medium for implementing a virtual keyboard for use with small input devices. A circular keyboard can be graphically displayed, in response to a user input by a user via a small input device. A circular and centrally located key can be graphically located and displayed within the center of the circular keyboard, wherein character keys radiate outward from the centrally located key (i.e., the 'central key'). Character keys that are most commonly utilized by the user are preferably located closed to the circular and centrally located key within the circular keyboard. Character keys least commonly utilized by the user are preferably located at the edges of the keyboard, thereby permitting the circular keyboard to function as a self-adapting virtual keyboard for use with small input devices based on the usage of the keyboard by the user.

Self-adapting keypad

A method and systems for creating a three-dimensional wireframe mesh that represents characteristics of a model of an object moving along a curve in a three-dimensional coordinate system. A processor determines a direction of the object's motion from a starting location to an ending location. The processor performs vector operations to draw pairs of vectors from a common, initial base point. The tips of each pair of vectors identify two corresponding points of the mesh, and the vector operations are functions of the starting location, of the second location, and of the object's direction of motion. The processor adjusts characteristics of the mesh and determines, as a function of the adjusted mesh, a characteristic of the animated object at the ending location, such as its orientation, color, texture, reflectance, size, font, or animation speed.

Creating a wireframe mesh for representing a moving object in a three-dimensional coordinate system

A prosthetic retina for implantation in an eye having a defective retina is formed from an array of nanowires having a predetermined spatial distribution, density, size and shape implanted in close proximity to the retina. An electrical conductor is formed at a first end of all nanowires in the array of nanowires and placed in contact with a bias source which biases the array. A plurality of electrodes is located on a second end of each of one nanowire or a bundle of nanowires in the array. Each nanowire produces a photocurrent at a corresponding electrode in response to detection of light impinging on the array of nanowires and the photocurrent stimulates one or more neurons adapted for visual perception. In the preferred embodiment, the predetermined spatial distribution mimics a distribution of rods and cones in a normal eye.

Ultra-high photosensitivity vertical nanowire arrays for retinal prosthesis

Embodiments of the present invention include a computer system and computer program product for implementing encryption of data. A computer system determines that a first data field of a plurality of data fields of a web form requires encryption. The computer system tags the first data field with one or more HTML encryption tags. The computer system displays the web form to a user. The computer system receives user input, wherein at least a portion of the user input is contained in the first data field of the web form. The computer system encrypts the first data field on a first computer, wherein a first user specific encryption key is associated with at least the first data field. The computer system inserts the encrypted first data field into at least one record stored on a second computer.

Data encryption at the client and server level

Embodiments of the present invention disclose a method, system, and computer program product for implementing user specific encryption in a database system. A computer receives a query statement including a user specific key and data, the data including data needing encryption and non-encrypted data. The computer encrypts the data needing encryption using the user specific key. The computer inserts both the encrypted data and the non-encrypted data into a table row in a database. The computer creates a hash of the user specific key, and stores the hash of the user specific key in the table row with the data.

Field level database encryption using a transient key

A solid particle flow distribution controller includes an extension skirt configured to be mounted to a discharge skirt at a division between an upstream solid particle conveyance pipe and a plurality of downstream pipes. The extension skirt includes a plurality of circumferential segments. Each segment is movably mounted to the discharge skirt for movement in an upstream and downstream direction with respect to the discharge skirt. The segments of the extension skirt are configured and adapted for motion in the upstream and downstream direction independent of one another to extend upstream of the discharge skirt as needed to improve solid particle distribution among the downstream pipes.

Coal flow distribution controllers for coal pulverizers

A method for representing characteristics of an animated object as it traverses a path through a three-dimensional coordinate system. The path is broken into a sequential series of subpaths (or 'courses') and each pair of adjacent courses shares a common boundary point. A processor associates each boundary point with a three-dimensional wireframe mesh defined by a set of vector pairs. Each vector pair is computed as a function of a position of one point on the object's surface when the object traverses the boundary point. When animating the object, the processor may adjust animation or display characteristics along each course as a function of the wireframe meshes at that course's boundary points. Such characteristics may be related to representing the course, the object, a background, or other displayed entities, and may include combinations of attributes like color, texture, reflectance, size, orientation, font, or animation speed.

Representing characteristics of an animated object moving through a three-dimensional coordinate system

A method for representing a moving object as it moves along a path in a three-dimensional coordinate system. A processor determines a direction of an animated motion of a three-dimensional object moving along a path from a starting location to a second location. The processor draws pairs of vectors from the starting location by performing a series of mathematical functions, where the tips of each pair of vectors identify two points of a three-dimensional mesh, and where the mathematical functions are functions of the starting location, of the location of a point on the object when the object is at the second location, and of the direction of motion of the object along the path. The processor further adjusts characteristics of the mesh and determines, as a function of the adjusted mesh, a characteristic of the animated object, such as its orientation in space, at the second location.

Representing a moving object in a three-dimensional coordinate system

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Del Mar, CA, United States of America

William Freeman