Gpcp IP Holdings LLC

Jacob Edward Malesky

Eric Paul Peterson

Daniel M D'Amico

David A Hoadley

Jeffrey Charles Duhacek

Roy J Rozek

Timothy Andrew Robertson

Todd Richard Lappi

Nathan Patrick Roche

Ryan A Andersen

Jon Charles Alling

John William Grosz, Jr

Russell William Diamond

Gordon Keith Graham, Iii

Ryan Alexander Kantor

John William Grosz

Improvements to sheet product dispensers configured to hold multiple product rolls are provided herein. An example sheet product dispenser comprises a housing defining a dispensing position and a reserve position. The housing is configured to hold a first roll of sheet product in the dispensing position and a second roll of sheet product in the reserve position, where a user can receive a portion of the first roll of sheet product that is in the dispensing position. The sheet product dispenser includes a roll replacement feature that is configured to enable installation of a replacement roll of sheet product into the reserve position. The sheet product dispenser includes a restrictive access feature configured to prevent installation of the replacement roll of sheet product directly into the dispensing position in an instance in which the roll replacement feature enables installation of the replacement roll of sheet product in the reserve position.

Premature replacement prevention or deterrence for multiple roll sheet product dispensers

A sheet product roll holder may include a support arm, a spindle, a flowable material container, and an automated flowable material dispensing mechanism. The support arm may define a first longitudinal axis. The spindle may be coupled to the support arm and define a second longitudinal axis extending transverse to the first longitudinal axis, and the spindle may be configured to rotatably support a roll of sheet product thereon. The flowable material container may be positioned at least partially within the spindle and define a third longitudinal axis extending coaxially with the second longitudinal axis, and the flowable material container may include a container body and a volume of a flowable material positioned within the container body. The automated flowable material dispensing mechanism may be positioned at least partially within the support arm and configured to dispense the flowable material from the flowable material container.

Sheet product roll holder with integrated flowable material dispensing mechanism

Urinal screens are provided including an outer ring and a web portion bounded by the outer ring and formed from a plurality of web strings disposed in a mesh pattern, such that a plurality of open areas are defined among the web strings. The web portion includes a vaulted portion. Urinal screen assemblies are also provided and include a urinal screen and a bioenzymatic block containing odor combatting chemistry disposed in a void formed by the vaulted portion of the urinal screen.

Urinal screens and assemblies

Embodiments of the present invention provide urinal screens for reduced splashing. The urinal screen includes an outer ring and a web portion. The web portion includes a plurality of web strings disposed in a mesh pattern such that a plurality of open areas are defined between the web strings. Portions of the web strings forming a first face of the web portion configured to receive urine in use are substantially rounded in profile.

Urinal screens

Urinal screen

Systems, methods, and apparatuses regarding an improved product dispenser are provided herein. The product dispenser includes a housing and a photoelectric power device disposed on an external surface of the housing. The product dispenser may include a power storage device configured to store energy provided via the photoelectric power device. The product dispenser may also include a motor or pump configured to operate to provide a dispense of the product. The product dispenser components, including the photoelectric power device, the power storage device, and the electric motor may be aligned to operate at a system voltage such that no voltage adjustment relative to an output of the photoelectric power device is needed. This reduces electric power losses. The product dispenser may be configured to perform an installation routine to aid in proper placement of the product dispenser with respect to receiving light for powering the photoelectric power device.

Power device for a product dispenser

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Neenah, WI, United States of America

Jacob Edward Malesky