Other

Symantec Corporation

Electro Corporation

Kenneth J Coleman

Mark Kevin Kennedy

Everett J Lai

Michael A Wilson

Dennis Weinhold

Yuval Tarsi

Fred J Momparler

Qun Li

Brandon Coleman

Victoria Patzer

William R Patzer

Systems and methods to automatically generate signatures used to detect malware are provided. The systems and methods use machine learning techniques, to build an over-trained heuristic model to analyze software, cluster identified patterns, validate the clusters against known reputational metrics, automatically create signatures and, in some examples, deploy such signatures to remote computing devices.

Automatic generation of generic file signatures

A computer-implemented method for scanning a file is described. A Golomb-Compressed Sequence (GCS) index may be queried to determine whether GCS data is associated with the scanned data. The GCS index may be stored in a first storage medium and the GCS data may be stored in a second storage medium. The second storage medium may be different from the first storage medium. Upon determining the GCS data is associated with the scanned data, the location of the GCS data associated with the scanned data may be identified. The GCS data may be retrieved from the identified location. At least a portion of the retrieved GCS data may be analyzed. Based on the analysis of the retrieved GCS data, it may be determined whether to perform additional data querying.

Systems and methods for determining membership of an element within a set using a minimum of resources

A composition for removing urethane products from a wide variety of substrates without the need for scraping, scrubbing, sanding, sandblasting and the like is provided. The composition is formed by combining water, a polar organic solvent, a mixture of organic esters, a hydrocarbon, and a polyether. The composition may optionally be formed by combining the components recited above along with an anionic surfactant. The composition may optionally be formed by combining the components recited above along with a thickener.

Composition and method using same to remove urethane products from a substrate

A shoreline riding toy, for use in hydroplaning along a thin layer of water at a shoreline, having a rigid lower board having a hard and slick bottom surface, and a soft, inflatable upper portion. The upper portion is adhered to the lower board. The upper portion overhangs the lower board in all horizontal directions. The upper portion supports the user such that when the user runs and dives while holding the toy to initiate hydroplaning of the lower board on the thin layer of water, the upper portion suspends the user above the lower board for the comfort and safety of the user.

Hybrid inflatable and rigid shoreline riding toy

A portable wipe product for use in cleaning objects, such as pacifiers, bottles, teething objects, and cups that are to be placed in a child's mouth. The wipes are dispensed from a portable dispenser. The wipes are covered with an aqueous mixture that, in its basic form, includes purified water, one of an emulsifier and a surfactant, a moisture preserving agent, a chelator, a preservative, and an acidulant. Flavoring and an anti-oxidant may also be added.

Wipe for objects that are to be placed in a child's mouth

An adjustable magnifying attachment for a hand held implement is provided. The adjustable magnifying attachment includes a support base, an extension arm, a lens holder, and a magnifying lens. The support base has a hole and a slot, which is configured to receive a portion of the hand held implement and to secure the support base on the hand held implement. The extension arm has a first end section and a second end section. The first end section of the extension arm is snugly mounted in the hole in the base but may still rotate and slide in the hole in the support base. The second end section of the extension arm terminates in a clip. The lens holder retains the magnifying lens and includes a mounting bracket with a pivot rod that joins a pair of opposed bracket arms at a position spaced apart from the lens holder. The pivot rod is secured in the clip of the extension arm so that the lens holder may pivot about the pivot rod. The magnifying attachment has a wide range of adjustability even after the magnifying attachment is mounted on a hand held implement. This allows the user to position the magnifying lens near the object being worked on so that best viewing angle and distance can be attained.

Magnifying attachment for hand held implement

A pliers having increased gripping capacity due to a pincer point at its tip and a center groove located inwardly from the tip into which a workpiece can be deformed so as to implicate possible shearing resistance to separation of the workpiece from the tool, yet possessing greater control sensitivity for grasping very small objects, including flat sheet material, due to the pincer point on the tip thereof.

Tweezer-pliers having multiple gripping means

A magnifying arm attached to tweezers has the magnifying glass itself hingedly attached to the arm.

Tweezers with hinged magnifying glass

Tweezers have two arms mounted on a spacer with a barbed tip at the other end of the arms. The tweezers are sharpened to the barbed tip with a belt sanding apparatus, which includes a holding device for positioning the tweezers on the belt sanding apparatus. A magnifying lens may be mounted on the spacer and positioned over the barbed tip to assist in sighting the foreign object to be removed.

Method of sharpening tweezers

Combine tweezers and magnifying glass

Barbed tweezers with magnifying glass

A transformerless triac control circuit provides direct on/off control of loads including loads requiring a high current. An on/off decision is made twice each period of the source voltage, and the on/off decision results from the happening or the nonhappening of an event such as the detection of a conductive body.

Growing community of inventors

Crystal Lake, IL, United States of America

Kenneth J Coleman