The Clorox Company

Other

Innovated Packaging Company, Inc.

Kerry D Azelton

Russell E Bell

Jon Markey

Joshua Miles Glessner

John D English

Hyun Jin Ko

Scot Brown Herbst

William Ouellette

Benjamin Ma

Maria Garcia Ochomogo

Mark D Pszczolkowski

Stephen R Dennis

William Whitfield Hunter

Michael J Petrin

Bryan K Parrish

John E Jamieson

Elisabeth Morris

Rashda K Khan

Jay Lewis Hinkle

Stacie Alvarez

Richard J Uriarte

Greg Showers

David Ziegenhorn

Brian Lin

Vismadeb Mazumder

Alea L Reidinger

Hyunjoo Lee

Arun S Agarwal

Jared Heymann

Janiece Hope

Kristina Perlas

Steven J Tomkins

Aidee Duarte

Miranda Helmer

Abhishek Shetty

Sacha Connor

Bryan Irwin

Selina Wang

Courtney Lytle

Aaron J Chun

Brett D McIntire

German R Gonzalez

Sarah Coulter

Ryan K Hood

Jennifer Ann Murphy

Andrew Kilkenny

Richard Louis Bontrager

Matthias Palm

Thomas Zauser

Vincent N DeMaso

Thomas Hlavacek

Steve James Tomkins

Judith C Webster

Gary Paulsen

Gwen H Lorio

Daniel Block

Vince N DeMaso

Elizabeth Knipmeyer

Ryan Christian

Brian Crane

Jin Ko

Walter Schenck

Gary Hulme

Rashda K Kahn

Robert Todd Wright

Stephen John Kocis

Lesley Suzanne Corker

Tatyana Balte

Brandon C Roy

Christian Krammer

Joshua R Bush

Adam Frederick

Alexandria Rinella

Benjamin F Polando

Hagar Zohar

George S Sieverding

Stacie M Alvarez

Joshua Glessner

Jay Hinkle

An adjustable reusable packaging crate includes four side panels wherein the side panels contain a floating handle mechanism and a floor panel wherein the floor panel contains pegs that lock into an associated center grid lock panel. The adjustable reusable packaging crate is configured to allow adjustment between two size dimensions (e.g., 12 inches×8 inches×10.25 inches versus 17 inches×11 inches by 10.25 inches). In addition, the adjustable reusable packaging crate is configured to break down into a flat generally planar state for easy storage when empty, with no detachable parts.

Adjustable reusable packaging crate to accommodate multiple product SKUs

Dispensing cap

Bottle

A closure for a bottle includes an upper portion, a lower portion attached to the upper portion and including a flange extending inwardly from an interior wall of the lower portion, and the flange resides entirely within the lower portion. The closure further includes one or more grip elements located on an outer surface of the lower portion, and an annular sleeve disposed in the lower portion and including a set of interior threads.

Dispensing closure with plug sealing and locking lug

The present invention is for wipe dispensers for dispensing interconnected wipes. An exemplary wipes dispenser may include a container body and a removable lid forming an interior region into which a plurality of interconnected wipes may be disposed. Pulling on a lead end of a lead wipe causes a following wipe to also be pulled and follow the lead wipe. The removable lid may cover a portion of a container aperture (e.g., an open top of the container body). A landing member in the lid covers a portion of the container aperture by extending from a top rim of the container body toward the middle of the interior region. The landing member may form an angle with a substantially vertical exterior wall of the container, where the formed angle may be less than 90&#xb0;. In an embodiment, the landing member may include a concavely shaped portion. The landing member may include one or more fingers.

Disinfecting wipes dispenser

An all-in-one cleaning device, e.g., such as may be used in cleaning the inside of a shower. The device may provide the ability to dispense the composition carried within the device itself, and scrub the composition into or against the surfaces to be cleaned (e.g., shower walls, floors, corners, etc.). Activation of the dispensing mechanism of the cleaning device may dispense a metered dose of composition, in a generally horizontal direction, onto and/or into a nonwoven or other substrate. The dispensing mechanism may not rely on gravity for dispensing, and may be sealed to prevent unwanted backflow of shower water or other material, preventing contamination.

Article for scrubbing and cleaning hard surfaces and a method for use thereof

Cleaning articles including a heat engine incorporated therein. The cleaning article may include a substrate (e.g., a non-woven wipe) including one or more layers. The heat engine may be in the wipe or pad, and includes a reactive metal composition which upon contact with a salt water (e.g., saline) composition, reacts to produce heat. The cleaning article may thus produce water vapor and/or steam upon activation of the heat engine. A venting structure may be provided adjacent to or surrounding the heat engine that includes an impermeable material (e.g., impermeable to water and/or air or other gas), which includes one or more vents through the impermeable material. The venting structure directs water vapor and/or steam to a desired face of the cleaning article, away from the user. A heat barrier layer may insulate a user's hand from the generated heat, and/or a handle may be attachable to the pad.

Heated cleaning articles using a reactive metal and saline heat generator

Wipes dispensers for dispensing interconnected wipes. An exemplary wipes dispenser may include a container body and a removable lid forming an interior region into which a plurality of interconnected wipes may be disposed. Pulling on a lead end of a lead wipe causes a following wipe to also be pulled and follow the lead wipe. The removable lid may cover at least a portion of the container aperture. A landing member in the lid covers at least a portion of the container aperture by extending from a top rim of the container body toward the middle of the interior region. A gripping channel may be provided through the landing member, through which the lead end of the lead wipe may be threaded. The landing member may include a concavely shaped portion. The landing member may include a thickened portion, e.g., surrounding the gripping channel.

An all-in-one cleaning device, e.g., such as may be used in cleaning the inside of a shower. The device may provide the ability to dispense a cleaning composition carried within the device itself, and scrub the cleaning composition onto or into the surfaces to be cleaned (e.g., shower walls, floors, corners, mirrors, etc.). The device may include a squeezable container housing holding the cleaning composition in a reservoir defined therein, with a dispensing valve configured to dispense the cleaning composition from the reservoir, through the valve when a user squeezes the container housing. A sled may be provided, e.g., snap-fit to a bottom wall of the container housing, with a substrate configured as a scrubbing pad attached to the bottom of the sled.

All-in-one squeezable scrubbing tool

An all-in-one cleaning device, e.g., such as may be used in cleaning the inside of a shower. The device may provide the ability to dispense a cleaning composition carried within the device itself. The device may include a container housing including an internal reservoir for holding a cleaning composition, and a wall defining a scrubbing side of the container housing. The wall may include a dispensing orifice through which the cleaning composition is dispensed. A hook may be provided extending from the container housing, which is engageable with a substrate (e.g., a scrubbing pad) positioned over the wall defining the scrubbing side of the container housing. An end of the substrate may be held in place over the wall by the hook. Another end of the substrate may be held in place by a hook and loop attachment structure.

All-in-one scrubbing tool with hook for substrate attachment

Growing community of inventors

Pleasanton, CA, United States of America

Kerry D Azelton