Other

Fisher Hamilton, Inc.

Anthony B Castelli

John M Bastian

Tony J Kopidlansky

Thomas A Grall

A stackable bucket system for carrying multiple substances in different containers at the same time while holding a single handle. The stackable bucket system includes a first container and a second container, wherein the second container is adapted to receive the first container therein and removably couple thereto, with the second container being larger than the first. Each container comprises a base and a perimeter wall ending in a rim at an open top. Handles are included on each container and are pivotally affixed to opposing sides thereof. The handle of the second container is wider than that of the first container and is adapted to fit over top of the handle of the second container. A flange protruding outward from the perimeter wall of the containers is adapted to rest flush against the rim of the open top when of the adjacent container when installed.

Stackable bucket system

A fume hood includes a top, bottom sidewalls, front panel and a back panel that define an enclosed workspace. The fume hood also includes a movable sash for opening and closing an access opening. The fume hood may also include an air chamber having an inlet in the front panel. The air chamber includes a baffle system that evenly distributes the inlet air as the air travels through the air chamber. An unimpeded flow of air is discharged downward and away from the breathing zone of the technician and proximate to the sash to reduce the forward momentum of air trying to escape the fume hood. In an alternate embodiment, the fume hood also includes an alarm system to provide a visual and/or audible indication to the user of a working condition of the fume hood. The characteristics of the visual indication and the audible indication may vary depending on the position of the movable sash and the measured airflow from the discharge of the air chamber.

Fume hood with alarm system

A fume hood includes a top, bottom sidewalls, front panel and a back panel that define an enclosed workspace. The fume hood also includes a movable sash for opening and closing an access opening. The fume hood also includes an air chamber having an inlet in the front panel. The air chamber includes a baffle system that evenly distributes the inlet air as the air travels through the air chamber. An unimpeded flow of air is discharged downward and away from the breathing zone of the technician and proximate to the sash to reduce the forward momentum of air trying to escape the fume hood. In an alternate embodiment, the fume hood also includes a pressure pipe for drawing a small quantity of air from the air chamber and directing a flow of air between the movable sash and the header panel. This flow of air from the pressure pipe increases the relative pressure difference between the movable sash and the header panel of the fume hood. This design reduces the amount of condition air that is exhausted from the room through the fume hood, thereby lowering the operating cost and increasing the efficiency of the fume hood.

Fume hood with air chamber and pressure pipe

An electrical device is provided for converting alternating current to direct current for an incandescent lightbulb circuit to extend the life of the bulb and reduce power consumption. The device provides a housing containing a diode rectifier adapted to be electrically connected to an alternating current source of supply and the incandescent lightbulb circuit. A resettable circuit breaker is employed to break the circuit when overloaded with an external resettable switch. The housing may further be provided with a low silhouette and a plug in order that the device may simply be plugged into an electrical wall receptacle. For ease of connection to the incandescent lightbulb circuit, an electrical receptacle may be provided on the exterior of the housing to receive a plug from the lightbulb circuit.

Growing community of inventors

Grubville, MO, United States of America

Anthony B Castelli