S. C. Johnson Son, Inc.

Allen D Miller

Edward J Kunesh

Scott W Demarest

Nathan R Westphal

Brian E Healy

James C Boda

Neil P Williams

Steven B Mineau

Robert E Corba

Douglas James Birkholz

James E Buhler

Dirk K Nickel

Ivan Da Barp

Terrance M Parve

James R Nielsen

Brian T Davis

David P Mather

George Ikuya Nukuto

John C Mehnert

Michael Sawalski

James A Shoemaker

Michael J Skalitzky

Klaas Johannis Van Lit

Douglas A Soller

Simon M Conway

Peter M Neumann

Stephen B Leonard

Cory J Nelson

Padma Prabodh Varanasi

James R Crapser

Joel E Adair

Nitin Sharma

Amelia H Majerowski

Vincent H Bowman

Sebastian D Hasik

Charles L Lasky

John I Suhajda

Leon C Samuelson

Benjamin A Bass

Richard L Davenport

Yong Chen

Steven A Zach

Donald J Shanklin

Jason C Billig

Mary Beth Adams

Jeffrey L Crull

Jonathan N Mandell

Mark E Wefler

Cathal L Fahy

Dale Aberegg

Jack E Miller

Steven Merrill Harrington

Timothy R Ordiway

Paul M Blankenship

Bruce John Munn

Michael W Allen

David J Houser

Terry M Kovara

Marilyn M Johnson

Imre J Dancs

Frederick H Martin

John J Gatzemeyer

Linda Moy Madore

John M Fritz

Joao Paulo Possidonio Miguens

Kenneth H Kloet

D James Musiel

Tracey A Frosch

Guy R Thompson

Therese M Nelson

Li Jiajia

Joao Paulo P Miguens

Ronald D A Reyes

Wai Yin Shum

Ernst W Tamm

Anthony G Volini

Trevor O Brown

Adam K Borut

Stephanie Bohrer

A multiple nozzle differential fluid delivery head is disclosed. The fluid delivery head includes a body that defines a fluid chamber having a longitudinal axis. The body includes an inlet for connection to a fluid source, and the inlet is in fluid communication with the fluid chamber. The fluid delivery head includes a plurality of outlet ports connected to and extending away from the body. Each outlet port has an interior space in fluid communication with the fluid chamber. The fluid delivery head includes a nozzle insert removably secured in an outer end of each outlet port. At least one nozzle insert has a fluid delivery aperture in fluid communication with the interior space of its associated outlet port for delivering fluid out of the interior space of its associated outlet port. One or more of the outlet ports is angled away from a plane normal to the axis of the fluid delivery head.

Multiple nozzle differential fluid delivery head

A clip for mounting a fluid delivery device adjacent a wall of an enclosure is disclosed. In one embodiment, the device includes a base, a hook configured to support the base adjacent the wall, means for attaching a fluid delivery device to the base, and means for rotating the base. Additionally, a method for attaching a clip for mounting a fluid delivery device adjacent a toilet bowl is disclosed. The method includes securing a hook to a rim, engaging a tab of a base to an underside of the rim at an interface, and rotating the base in response to the interface to substantially engage the tab of the base with the underside of the rim.

Clip for mounting a fluid delivery device

An improved valve assembly for use in a pressurized dispenser is disclosed. The disclosed valve assembly may include a valve housing and a blocking member operatively associated with the valve housing, wherein the wall of the valve housing includes at least one transverse primary opening and at least one transverse secondary opening thereon. The blocking member is slidable from a filling position, in which fluid communication between the interior and exterior of the valve housing is established through both primary and secondary openings, to a dispensing position, in which fluid communication between the interior and exterior of the valve housing is established only through the primary opening and not through the secondary opening. The blocking member may include a slidable sleeve, a slidable piston plate, or a combination of both. In operation, the disclosed valve member may provide an increased flow rate during product and/or propellant filling while retaining a regular flow rate during dispensing.

Valve assembly for pressurized dispensers

Overcap

A combination includes a product container having a longitudinal dimension and a valve oriented to discharge product generally longitudinally therefrom. Valve actuating apparatus extends laterally from the valve in a direction transverse to the longitudinal dimension and terminates at an outer peripheral surface. A housing has a wall that tapers to a discharge opening, and the discharge opening has a size larger than a radius of the container but smaller than the greatest lateral extent of the valve actuating apparatus. The outer peripheral surface is disposed in interfering relationship with the wall when the container is disposed in the housing.

Housing and actuating apparatus and methods associated therewith

Heater for dispensing air treatment chemicals

Actuator cap

Cleaning head

Cleaning assembly

Dispenser

An actuator cap for a container of product includes a main peripheral wall surrounding a central discharge member. The central discharge member is oriented to discharge product axially. An actuator arm extends radially from the central discharge member and is axially deflectable to axially displace the discharge member. A pillar has a peripheral surface and is radially deflectable toward the central discharge member, and the pillar is deflectable relative to the main peripheral wall. In an actuating position of the discharge member, both the pillar and the actuator arm are deflected.

Spring-loaded actuator cap

Bottle

Growing community of inventors

Racine, WI, United States of America

Allen D Miller