The Procter Gamble Company

Other

Michael Wayne Taylor

Emily Charlotte Boswell

Benjamin Jacob Clare

Michael Remus

Edward Daniel Theiss, Iii

Peter Kramkowski

Patti Jean Kellett

Michaela Monika Czupik

Ilana Jessica Krause

Lee Matthew Arent

Lee Mathew Arent

Warren Taylor

Naomi Ruth Nelson

Nery Vanesa Breslin

Stephan Spiekers

Victoria Anne Borchert

A package of one or more absorbent articles is disclosed. The package has a package material including natural fibers. The package has a plurality of panels, including a consumer-facing panel, and wherein the package is sealed such that the one or more absorbent articles are completely enclosed therein. The package material has a basis weight of between 50 gsm to 120 gsm, between 60 gsm to 105 gsm or between 70 gsm to 90 gsm, as determined via ISO 536 as modified herein. The package material is recyclable.

Recyclable absorbent article package material

A package of one or more absorbent articles, wherein the one or more absorbent articles are sealed within the package is disclosed. The package includes a plurality of panels, including a consumer-facing panel; a plurality of seals included by at least a portion of the plurality of panels. Each of the plurality of seals has adhesive disposed in a seal area. One or more of the plurality of seals has an adhesive area which is greater than its corresponding seal area. The package material has natural fibers and a basis weight of between 50 gsm to 120 gsm, as determined via ISO 536 as modified herein. And, the package material is recyclable.

Sealed absorbent article package with natural fibers

A package of one or more absorbent articles is disclosed. The package includes a package material enclosing the one or more absorbent articles. The package material has natural fibers and forms a front panel, a back panel opposite the front panel, a first side panel, a second side panel opposite the first side panel, a top panel, and a bottom panel opposite the top panel. The panels define an interior compartment. The package material has a Basis Weight of between about 55 gsm and about 115 gsm, according to the Basis Weight Test Method. The package has a weakened region. The package is sealed such that the one or more absorbent articles are enclosed in the interior compartment.

Absorbent article packages with natural fibers and opening features

The dehydrator minimizes energy use by using a dual-inlet heater fan in cooperation with first and second temperature sensors to measure temperature of the recycled air flowing within the enclosure, while both the ambient and recycled air flow through separate first and second inlets into the fan. Depending upon temperature differences, a controller can change fan heat output and air flow rates through the fan. The dehydrator minimizes space by having a collapsible enclosure embodiment that utilizes folding walls secured to pivoting front and back walls to form both a collapsed configuration and also a fully assembled configuration.

Energy and space saving dehydrator

Folding dehydrator

A collapsible bread dough rising box is disclosed that can be assembled for warming bread dough during rising, and then collapsed into a folded middle section held between a top member and bottom for easy transport and storage. The box can be large enough to hold a large mixing bowl or several bread pans. A multi-position switch or thermostat can be used to maintain the internal temperature at a desired value between 80 and 120 degrees Fahrenheit. Ventilation channels can be cooperative with the thermostat. Lights can indicate power on, heater on, desired temperature reached and/or safety mechanism activated. Hinges can connect the top member and the middle member to the bottom, for easy assembly and folding. The box is affordable for home bakers. In preferred embodiments the middle is composed of molded plastic panels and living hinges that snap together, thereby further minimizing the cost.

Collapsible bread dough rising box

Growing community of inventors

Cincinnati, OH, United States of America

Michael Wayne Taylor