S. C. Johnson Son, Inc.

S. C. Johnson Commercial Markets, Inc.

S. C. Johnson Commerical Markets, Inc.

Thomas A Helf

James R Crapser

Evan A Sparks

Jeffrey L Crull

Edward L Paas

Edward J Martens, Iii

David A Tomkins

Scott D Walter

Christopher F Lang

Joel Kramka

Julie L Bates

Katlyn Garcia

Richard A Batton

Casey Frett

Cunjiang Cheng

James F Kimball

David J Trettin

John A Boticki

Thomas Jaworski

Charles E Seaman

Spencer Ralph Dodge

Rene Maurice Beland

Carey W Zimmerman

Jonathan Mark Dalton

Raymond McKinnon

Hee Seung Lim

Paul E Furner

David J Schram

Michael J Greaney

Brent Duchon

A Ross Cameron

Jose Porchia

James Michael Schlueter

Shawn Smith

Joshua James Riley

Elizabeth Alstad

Douglas A Soller

Nathan R Westphal

Brent Delbert Madsen

Kenneth W Michaels

Dennis Joseph Denen

David C Belongia

Luke Christopher Stonis

George A Clark

Matthew Brian Dubin

Thomas P Blandino

Paul E Larson

Tyler D Duston

Timothy R Ordiway

Richard S Valpey, Iii

John Joseph Knittle

Jeffrey J Wolf

Michael R Barry

Murthy S Munagavalasa

James L Bournoville

Heather R Schramm

Frederick H Martin

Stephen R Horvath, Jr

Eric R Navin

Barry T Calpino

Rakesh K Popli

Maryann Jashinske

Spencer Dodge

Gregory Falendysz

Chris Von Dohlen

Stephen M Doerr

Gary L Waymire

Robert D Abrams

Tommy Mikic

Wenlu Gu

Kelley H Rich

William D Perez

Nick K L Wu

Terry S S Kong

Paul J Larson

Edward Martens

Edward J Iii Martens

Container

A sprayer system includes a sprayer head, at least two reservoirs, and a gripping portion. The reservoirs hold constituent components of a product. The product is emitted from a nozzle included in the sprayer head. The emission of the product results in the depletion of the components of one of the reservoirs to a greater extent than the remaining at least one reservoir and changes the center of gravity of the sprayer system.

Fluid application system

A container can be configured for use with an attachment for mixing and dispensing a solution. The container can include an outlet opening for flow out of the container, and a container valve that is configured to control the flow out of the outlet opening. A neck of the container can be oblong, can include a first attachment flange and a second attachment flange, or can include a first attachment shelf and a second attachment shelf.

Attachment and system for mixing and dispensing a chemical and diluent

A container includes a reservoir holding a non-pressurized product. A metering device and valve assembly are within the reservoir. The valve assembly includes a product intake conduit and a spring biased valve stem. The valve stem is at least one of an upwardly extending conduit or reciprocating conduit, which is in fluid communication with the product intake conduit.

A system for mixing and dispensing solution, such as a cleaning solution, includes a body with a first flow passage extending between a diluent inlet and an outlet, and a second flow passage extending between a concentrate inlet and the first flow passage. The system further includes a container for concentrate, with a container including a container valve. Moving the body axially toward the container to seat the body on the container opens the container valve for a flow of concentrate from the container to the first flow passage via the second flow passage. Further, moving the body axially away from the container to unseat the body from the container closes the container valve to the flow of concentrate.

Dispenser with container

Bottle

Combined Sprayer and Refill Bottles

A fluid application system includes a diluent reservoir, a chemical container, a sprayer housing, a manifold located in the sprayer housing, and a pump assembly in fluid communication with an outlet of the manifold. The manifold includes a diluent inlet in fluid communication with the diluent reservoir, a chemical inlet in fluid communication with the container, a mixing chamber in fluid communication with the diluent inlet and the chemical inlet and the outlet of the manifold. The pump assembly draws a mixture of the chemical and the diluent from the manifold and sprays the mixture of the chemical and the diluent from the nozzle.

A volatile material dispenser includes a drive unit adapted to be mounted on a container. The drive unit is adapted to be activated in response to a signal from at least a sensor to radially displace a tilt-activated valve stem of the container. The volatile material dispenser further includes a flexible tube having a discharge end fixedly held with respect to the container. The flexible tube is adapted to be in fluid communication with the tilt-activated valve stem.

Volatile material dispenser

A volatile material dispenser includes a housing adapted to receive a container that includes a tilt-activated valve stem. The housing includes a resilient retaining structure. The resilient retaining structure is adapted to retain a portion of the container. An electric drive unit is disposed within the housing. The drive unit includes a cam for engaging a portion of the container to actuate the valve stem.

Apparatus for control of a volatile material dispenser

Disclosed are automated aerosol dispensers for delivering chemicals (e.g. cleaners, fragrances, insect control agents) from the dispenser to selected locations (e.g. the air; a toilet bowl; a shower enclosure). There is an actuator (e.g. a push button or a foot pedal) for initiating dispensing, and a holder for an aerosol container. The aerosol container stores the chemical before use. There is a switch associated with the holder that recognizes when the aerosol container has been mounted to the holder, and when thereafter that aerosol container has been dismounted from the holder. A controller controls dispensing of the chemical from the aerosol container in response to actuation. The controller has a timer that determines the amount of time that chemical is to be delivered from the aerosol container upon the dispenser being actuated by the actuator. A database is provided for assisting the controller in varying the time that the timer permits dispensing in response to activation. The system thus can correct for pressure drop off in the can as the can nears empty.

Aerosol dispenser control system

Growing community of inventors

New Berlin, WI, United States of America

Thomas A Helf