Other

Hooked Wireless, Inc.

Capital One Services, LLC

Stevens Institute of Technology

Michael R Bruno

Robert M Boyd

Robert D Bartelt

John Milligan Airey

William W Belson, Iii

Samuel Chiming Wang

William Walter Belson, Iii

Johannes Peter Govaars

Malcolm Kahn

Alexander M Sutin

Nikolay Sedunov

Laurent Fillinger

Alexander Sedunov

Hady Salloum

Barry Bunin

Terry A Andrus

Joseph A Popelka

Scott M Moen

Howard Goheen

Andy Curran

Mikhail Tsionskiy

Robert Douglas Bartelt

Jeremy Turner

Systems and methods are described herein for a feature generator that may generate values for a plurality of features based on the feature names The plurality of features may comprise pre-calculated features and dynamic features. While values of the pre-calculated features may have been calculated beforehand, the names of the dynamic features may comprise instructions for calculating the values of the dynamic features. The feature generator may parse, based on a dynamic feature grammar, the names of the dynamic features to determine the instructions for calculating the values of the dynamic features. The instructions may comprise a function token, data tokens, and/or parameter tokens. The feature generator may calculate the dynamic values based on the tokens. The feature generator may be a part of a machine learning based data analyzing system and generate inputs for the data analyzing system.

Dynamic feature names

An animation file player can display animation files with an embedded system graphics application programming interface (graphics API). In an example implementation, an animation file comprises a Flash&#xae; animation file such as, a Shockwave Flash&#xae; animation file, and the embedded system graphics API comprises an OpenGL&#xae;|ES graphics API. The present invention is not intended to be so limited, and other types of animation files and embedded system graphics APIs can be used.

Method and system for displaying animation with an embedded system graphics API

A portable threat detection apparatus and method is disclosed which may comprise a plurality of acoustic emission sensors arranged in a cluster, forming a polygon defining at least two axes of alignment between respective pairs of acoustic emission sensors; a computing device in cooperation with a non-transitory computer readable storage medium comprising computer readable instructions for performing: receiving a first signal produced by a first acoustic emission sensor within a respective pair of acoustic emission sensors, in response to the first acoustic emission sensor detecting an acoustic emission from a source, and receiving a second signal produced by a second acoustic emission sensor within the respective pair of acoustic emission sensors, in response to the second acoustic emission sensor detecting the acoustic emission; determining a cross-correlation factor between the first signal and the second signal; and, determining a bearing to the source based on the cross correlation factor.

Passive acoustic underwater intruder detection system

A all-terrain vehicle for allowing users with limited physical capabilities to participate in off-road activities. The all-terrain vehicle includes a housing having a bottom wall, a back wall, and a pair of side walls. A front panel extends between a lower portion of each of the side walls. A floor panel is positioned above the bottom wall. Brackets are attached to the back and side walls. A door is hingably coupled to the top edge of the front panel. Linkage members are attached to the housing and the door. A front drive system and a rear drive system for the purpose of propulsion are fixedly coupled to the bottom wall and positioned adjacent front and rear sections of the bottom wall respectively. A seat is releasably attachable to the floor. A cover member is selectively couplable to the upper rear portion of the housing. Plates are fixedly coupled to a lower section of the cover member for coupling to the bracket members.

All-terrain vehicle

An inclined lift device for transporting an individual passenger includes a rail, a carriage adapted for being movable along the rail, a drive mechanism coupled to the carriage for moving the carriage along the rail, and a support secured to the carriage for supporting the individual passenger. The rail has at least one retaining surface and a guide surface. The carriage includes a housing pivotally coupled to the rail about an axis spaced from the guide surface, a retaining mechanism pivotally coupled to the housing about the axis and a follower coupled to the housing and spaced from the axis by a predetermined distance. The retaining mechanism engages said at least one retaining surface of the rail to retain the carriage relative to the rail during movement of the carriage along the rail. The follower engages the guide surface to pivot the carriage about the axis based upon a distance between the guide surface and the axis.

Self-leveling inclined lift device

An improved vehicle lift assembly for loading and unloading objects into and from a vehicle includes a base configured for being mounted to the vehicle, a vertical post extending from the base, an extension boom extending outward from a centerline of the post, a swing arm rotatably coupled to the extension arm, extension boom, an engaging mechanism supported by the swing arm for releasably engaging the object, and an actuator for raising and lowering the engaging mechanism to raise and lower the engaged object.

Vehicle lift assembly

A device has a sliding tube assembly which can be mounted to a motor vehicle. The tube assembly has three tubes which coaxially telescope between a lowered loading/unloading position and either a raised storage position or a raised loaded position. A pivotable platform attached to the tube assembly is controlled by a logic mechanism which senses whether cargo is present on the platform. If cargo is present, the platform may be raised and a locking mechanism secures the cargo to the platform. If no cargo is present as the platform is raised, it pivots into a folded storage position and is held securely by the locking mechanism. When the platform is in one of the two raised positions, the tube assembly and platform tilt forward. The device is driven by a motor activated linear actuator extending down through the tube assembly. A control system governs operation of the device.

Extravehicular apparatus for loading and securing cargo

The present invention is a question-and-answer format quiz game having a music theme. The quiz game is based upon questions wherein a song title and year are identified and a player is requested to identify the artist that performed the song within a predetermined time period. In addition to temporal categories for the questions, such as by decade, there may be categories for different types of music, such as pop, country, R&B, etc. The temporal and music categories are randomly selected by rolling dice.

Music quiz game for amusement

A motor vehicle having a vertically openable access door includes a reinforcement bracket for each cylinder mounting. The bracket is bent to provide tortional and other force absorption capability. The bracket is also of sufficient size to cover the immediate area where a cylinder is mounted and any remote locations where forces may be applied through a moment arm created by rotation and exertion of a force on the vehicle by a cylinder. The cylinders may be hydraulically operated to effectuate opening and closing of the door.

Reinforced vehicle rear gate with optional hydraulic operation

An equipment mounting system includes a fixed leg and a second leg pivotable thereon. Equipment mounted at the free end of the second leg is pivotable to a position which is clear of a motor vehicle access location. When the mounting system is locked in a closed position, the equipment is operable. Further, whenever the mounting system is not locked in a closed position, one or more disabling devices prohibit operation of the equipment.

Pivotable extravehicular equipment mounting system

An adjustable support base for portable vehicle mounted equipment includes a perpendicular pair of support legs adjustable relative to one another. Each leg is adjustable in length and anchorable to the vehicle on which the equipment is being mounted. A plate mounting system is angularly adjustable and secures the vehicle mounted equipment to the base provided by the support legs.

Growing community of inventors

Oconomowoc, WI, United States of America

Michael R Bruno