The Clorox Company

General Foods Limited

Johnson & Johnson Dental Products Company

Black Decker Inc.

Peter A Basile

Carl E Bochmann

Jack Halbeisen

Myron D Shoaf

Dennis J Colwell

Clara Ann Annese

William J Blatherwick

Joan M Adams

Myron B Shoaf

Amalgam dispenser

A vertically adjustable locking mounting arrangement is provided for a box-like structure to secure the structure, such as a drip coffeemaker, to an overhead support as the bottom of kitchen cabinetry to support the coffeemaker off the counter space. The mounting comprises a horizontal channel in each vertical end wall of the coffeemaker and a pair of spaced identical brackets opposite each channel to secure to the overhead support. Each bracket has a rail-like horizontal hanger removably secured thereon and the hangers are formed to slidingly nest in the channels carrying the coffeemaker structure on the cabinet support. Releasable mechanism locks each hanger to its bracket in only one but multiple selected vertical positions and locks the hanger in the channels to variably and releasably vertically position the coffeemaker structure on the cabinet support in a suspended position off the counter. The brackets are formed of plastic in the shape of open-faced trays with equally spaced honeycomb cells. Each bracket faces the other and each hanger cooperating with its' bracket has a plurality of protrusions that releasably lock the hanger in a nesting relation in the cells for support on the bracket in selected vertical positions. Additionally, a fitting shim can be located to the bracket and disposed between the bracket and the overhead support whereby the shim has a vertical dimension substantially half that of the cells to double the available vertical positions of the bracket and hangers alone.

Mounting arrangement

A device for storing and dispensing mercury and tablets comprising:

Amalgam dispensing device

A separation means is disclosed which effectively isolates the resultant salts of a carbonation reaction while permitting the transfer of gaseous carbon dioxide in a substantially pure, non-contaminated form to a liquid to be carbonated. The separation means comprises a passageway with a plurality of restricted gas communicating apertures and a one-way valve attached to the end of the passageway which is proximate to the liquid to be carbonated. The gas communicating apertures and one-way valve function to retain the chemical by-products of the reaction from the carbonated beverage.

Reactant/gas separation means for beverage carbonation device

An improvement in a pressurizable container used to prepare a carbonated beverage from a water-based liquid and carbon dioxide generating chemical reactants comprises the use of a carbonation chamber having an upper compartment for holding the chemical couple and a lower compartment with a bottom sparger surface for releasing, as uniformly small bubbles, the generated carbon dioxide into a beverage to be carbonated. The bottom sparger surface permits the rapid carbonation of a beverage without agitation and also minimizes the transfer of the resultant products of the chemical reaction to the beverage.

Carbonation chamber with sparger for beverage carbonation

A substantially salt-free carbonated beverage is produced using a pressurizable container comprising a carbonation chamber having an upper compartment for holding the chemical reactants, a means for separating gaseous carbon dioxide and solid or liquid reaction by-products and a lower compartment having a bottom sparger surface for releasing, as uniformly small bubbles, the generated carbon dioxide into a liquid to be carbonated. The separation means and sparger surface function to retain the chemical by-products of the reaction from the carbonated beverage.

Beverage carbonation device

A closed pressurized container for producing a carbonated beverage of superior quality by providing for contact therein of water and a solid carbonation source. The pressurized container is designed to withstand the pressures and temperatures generated during the preparation of a carbonated beverage from a solid carbonation source. In a preferred embodiment, the container is a rigid receptacle in the shape of a wide mouth bottle adapted to receive a large cap or cover. A perforated basket is mounted inside the cover, and is accessible to water in the bottle when that vessel is turned upside down to an inverted position. A spring loaded, manually operated valve is provided in the cover to permit venting of carbon dioxide from the interior thereof after the water-based mixture within the container has become sufficiently carbonated by absorbing carbon dioxide released by contact of water with the solid carbonation source.

Carbonated beverage container

Fluid dispenser

Dispensing container for fluids

A manually actuatable fluid dispenser comprises a plastic bottle container which includes an upstanding bottle neck portion having a flexible bellows formed integrally on one side thereof operable by a reciprocal trigger member which engages the bellows through a trigger spring for exerting a sustained but limited force on the bellows, and reaction force on the trigger member, over extensive trigger actuation travel and speed. The upper end of the cylindrical neck of the container is closed by a dispenser body which includes a fluid passage having a check valve disposed therein for controlling the flow of fluid in the fluid passage. A fluid tube disposed in the bottle neck includes a seal for fluid isolation of the bottle neck from the bottle, and a check valve for allowing flow of fluid from the bottle into the bottle neck.

Bellows neck squeeze fluid dispenser

A manually charged fluid dispenser includes a charging cylinder disposed in the mouth of a bottle and a manually reciprocable piston carried on a charging rod which extends out each end of the cylinder. The charging rod has a differential diameter for providing hydraulic return thereof by fluid pressure in the charging tube after manual charging of the tube. The charging tube is in fluid communication with a spray nozzle mounted on the bottle and tube through a ball valve which is selectively unseatable by a cam actuated by a slidable trigger, which is hydraulically biased by a piston which is in connection with pressurized fluid at the ball valve. An alternative embodiment of the charging cylinder provides a charging rod slidable in a draw tube disposed above an end of a charging cylinder and a piston slidable therein so that fluid pressure in the cylinder will return the rod to its rest position.

Growing community of inventors

Hudson, OH, United States of America

Peter A Basile