Other

Rgb Systems, Inc.

William C Stewart

Julia G Levy

Anna M Richter

Mario G Fsadni

Gustave Huber

Stephen W Smith

Michael Hudson

Larry Frerichs

Brian Richard Taraci

Andrew C Edwards

Clinton Strong

Jeff Hatley

Modestus O K Obochi

Claude A A Hariton

Wesley Trenholme-Pihl

John S Booth, Jr

Leland W Poole

The present invention comprises a loudspeaker system that includes a loudspeaker and a detachable mount. In one or more embodiments, the loudspeaker and mount include electrical connectors that are engaged when the loudspeaker is attached to the mount. In one or more embodiments, the loudspeaker and mount comprise mating mounting structures that support the loudspeaker on the mount when the mounting structure of the loudspeaker is engaged with the mounting structure of the mount. In one or more embodiments, multiple configurations of the mount are provided that allow the loudspeaker to be mounted with a variety of orientations with respect to the mounting surface. In one or more embodiments, the loudspeaker comprises a tweeter with a rotatable wave guide that allows the dispersion angle of the tweeter to be adjusted to accommodate the variety of orientations at which the loudspeaker may be mounted.

Loudspeaker system

Methods, compositions and articles for reducing or preventing the effects of inflammation

A self-contained floating vessel is configured as a self-propelled or barge-like floating hull. It is equipped with a vacuum exhaust unit configured to pull an air-stream vacuum, by means of pipe and hose lines, from ship cargo holds which contain residual particulate cargo. Primary and secondary collectors are used to separate the particulate cargo from the air-stream. The air-stream with particulate cargo is separated in the first collector by a series of baffles. Approximately ninety-five percent of the residual cargo drops to the bottom of and accumulates within the primary collector, where it is recovered through a dump valve in the collector. The remaining air-stream/particulate cargo mixture is pulled through the secondary collector, which filters and recovers the particulate from the air-stream by means of filters. The cargo particulate is also accumulated in the secondary collector, where it is recovered through a dump valve. The collectors can function within the hull of the self-contained vessel or can be separated from the hull and transported by floating crane or alternate ship or shoreside lifting devices and placed on recovery receptacles, such as cargo bays, cargo barges or positioned over jumbo cargo bays. After the cargo is removed, the vessel cargo holds are washed down to remove traces of cargo, so as to permit loading of new cargo. The waste water is pumped through filters to remove the trace cargo. The filtered water can then be pumped into the ship's ballast tanks or, depending on the cargo, pumped directly overboard.

Self-contained ship's hold cargo recovery and cleaning vessel and method

A scanner guide for attachment to a pre-existing bar code scanner wand to enable such a wand to read bar coded labels disposed on a cylindrical surface of a relatively small diameter such as containers used for the collection of medical specimens. The scanner guide includes a cylindrical pin having a mounting base for positioning the same in generally parallel relation to a center axis of the scanner wand at a predetermined distance therefrom based upon the diameter of the cylindrical containers whereon the bar coded labels are disposed. A bottom surface of the mounting base is shaped to conform to the contour of the wand whereon it is to be mounted. In such an arrangement the scanner wand is held at a proper disposition in relation to the bar coded label as it is passed in a longitudinal direction over the same on the cylindrical surface. Thus, the proper reading may be obtained with a single passing and the scanning guide eliminates the necessity of repeated attempts at reading the bar code when disposed on a cylindrical surface.

Bar code scanner guide

A system and method for capturing data communicated between a computer system and a printer. The data capture system monitors data communicated between the computer system and printer, acquires pertinent portions of the data, and stores the acquired data for later use. This system and method may be used to acquire patient encounter data, including demographic and insurance data, entered into a medical provider's computer office management system when the patient visits the medical provider. Often, the medical provider will print patient encounter data at a printer connected to the office management system. The data capture system acquires and stores pertinent portions of the patient encounter data, such as the demographic data, communicated from the medical provider's office management system to the printer. The acquired patient demographic data stored in the data capture system is later transferred to a commercial laboratory that performs tests on patient specimens taken from a patient visiting the medical provider. The commercial laboratory uses the patient demographic data to properly process the patient specimens and bill the patient's insurance company.

Data capture system erases all information stored in flash memory if

A controlled device is disclosed for allowing a parent to control the use of an appliance by a child. The system includes a plurality of user cards, one of which is assigned to each child. A control device is interconnected with the circuitry of the appliance for actuating and deactuating the controlled appliance. The amount of time allotted to each child can be stored in the memory of the control device. The control device is responsive to input from the children's user cards and actuates the controlled appliance when the time allotted to such user is greater than zero. Once the controlled appliance is actuated, the time allotted to the then current user is decremented until the appliance is deactuated. When the time alloted to the then current user reaches zero, the control device will automatically deactuate the controlled appliance and that child cannot use the appliance until more time is allotted to him or her. The parent is given a master card which allows him to manually increment or decrement the time allotted to each child user. Thus, the device may be used to positively reinforce desired behavior and to discourage undesired behavior.

Time control device for appliances

Growing community of inventors

Raleigh, NC, United States of America

William C Stewart