Other

Modobag, Inc.

Microsoft Technology Licensing, LLC

Kevin P O'Donnell

Boyd Bruner

Enyuan Wu

Alan K Michael

Beom Seok Oh

Warren L Williamson

Dong Kwon Joo

Keith S Hong

Dorothy J Marcinkewicz

Motorized luggage includes a frame enclosed in part by an outer shell, the frame defining an internal storage compartment that is accessible through the outer shell, wherein the frame includes: a front surface including by a first front frame support and a second front frame support; a top surface including first top beam and a second top beam; a front edge joint connecting the first and second front frame supports to the first and second top beams; and a rear surface opposite of the front surface. The luggage also includes at least one front wheel adjacent to the front surface of the frame, at least one rear wheel adjacent to the rear surface of the frame, a retractable handlebar received by a steering shaft, an electric motor mounted on the frame, and a retractable pull handle.

Motorized luggage

Motorized luggage includes a frame enclosed in part by an outer shell, the frame defining an internal storage compartment, a front wheel positioned along the bottom surface of the frame, wherein the front wheel is connected to a first axle that is connected to a steering shaft, wherein the position of the steering shaft controls an orientation of the front wheel, a retractable handlebar received by the steering shaft, first and second rear wheels connected by a second axle, wherein the second axle is operatively coupled to the frame; an electric motor mounted on the frame, wherein the electric motor drives the rear wheels, and a retractable pull handle that engages the first and second rear wheels.

Motorized suitcase pull handle

In one embodiment, a translation system may use a translation bug prediction model to more efficiently identify translation errors in a user interface text string. The translation system may apply a translation bug prediction model to a translation resource to identify a potential error source. The translation system may associate an attention flag with the translation resource when identified as the potential error source. The translation system may execute an automatic translation of the translation resource to create a translation target.

Translation bug prediction classifier

Motorized luggage includes a frame enclosed in part by an outer shell, the frame defining an internal storage compartment, front wheels connected to a steering shaft, wherein the steering shaft is rotatably connected to the frame and the position of the steering shaft controls an orientation of the front wheels, a retractable handlebar received by the steering shaft, wherein the retractable handlebar may be telescopingly moved from a stored configuration to a driving configuration, wherein in the stored configuration the handlebar is retracted and enclosed by a second zippered flap of the outer shell, wherein in the driving configuration, the handlebar is extended above a top face of the frame, a rear set of wheels connected by a second axle, wherein the second axle is operatively coupled to the frame, and an electric motor mounted on the frame, wherein the electric motor drives the rear wheels.

In one embodiment, a translator quality assurance system may rate a translation using a mapping chart. A data interfacemay access a translation dictionary matching a source language to a target language. A processormay map automatically a sentence pair having a source sentencein a source language and a target sentencein a target language at a linguistic level using the translation dictionary. A user output devicemay display a translation quality report of the target sentence

Phrase-based dictionary extraction and translation quality evaluation

A bulk tank source of pressurized gas supplies gas to a consumption device, such as a beverage dispenser. A control valve is located between the bulk tank and the consumption device. A pressure monitoring system is connected to monitor the gas pressure between the bulk tank and the control valve. The pressure monitor system closes the valve when pressure drops below a first predetermined threshold, and opens the valve when the monitored pressure exceeds a second predetermined threshold greater than the first predetermined threshold.

Bulk tank cryogenic safety system

A system for monitoring and controlling the delivery of COfrom a bulk storage tank to at least one gas-driven pump is disclosed. By monitoring certain conditions, the flow of COcan be quickly and easily terminated if necessary, thereby reducing or eliminating undesirable consequences of COgas flow in abnormal operational scenarios. The invention is particularly well suited for deployment in conjunction with beverage dispensing machines and can be configured to shut down the flow of COif a drop in pressure occurs due to a leak in the system or if a syrup delivery system runs out of product.

Apparatus and method for monitoring bulk tank cryogenic systems

A flotation device includes a pocket formed within its hollow body in open communication with an exterior surface thereof and a hollow housing mounted in the pocket. Illuminatable fiber optic strands are disposed in a predetermined pattern within the hollow body each having a light receiving end thereof protruding into the pocket through a wall thereof in an air impermeable manner and further into the housing. An illumination source is mounted inside the housing in close proximity to the light receiving ends of the fiber optic strands and a power source is also disposed within the housing and operatively coupled to the illumination source. A multi-colored filter pane is mounted within the housing intermediate the illumination source and the receiving end of the each illuminatable fiber optic strand. A switch is provided and is manually operable by a user to operate the illumination source causing the strands to emit light.

Light emitting flotation device

A flat book-shaped substrate support electrode for a magnetically enhanced plasma processing apparatus has primary magnetic poles at first and second ends for generating a primary magnetic field that extends between the ends of the electrode in front of a processing surface of the electrode. An auxiliary magnet structure is spaced from the processing surface for generating an auxiliary magnetic field that tends to flatten the primary magnetic field. A diverter magnet generates a third magnetic field having curved lines of force centered on an axis spaced from a first edge of the electrode toward which electron drift occurs. The third magnetic field interacts with the resultant of the primary field and the auxiliary field at the first edge of the electrode and acts to stabilize the plasma in this region.

Growing community of inventors

Phoenix, AZ, United States of America

Kevin P O'Donnell