Royal Appliance Mfg., Co.

Rpm Wood Finishes Group, Inc.

Huntingdon Telemed, Llc.

Triumph Pharmaceuticals Inc.

Techtronic Floor Care Technology Limited

Nottingham-spirk Design Associates, Inc.

Polar Delight, Inc.

Robert A Vystrcil

Marc Louis Vitantonio

Trevor Leslie Jackson

Charles J Thur

Steven J Paliobeis

Paul Dana Stephens

Jason Grant Tilk

Robert A Salo

David J Boll

Robert Soreo

William Eugene Rabbitt

James E Szpak

Michael P Conner

Colin Campbell

Thomas Uttley

Chris deHaas

Steve Cash

Michael F Wright

Mark Edward Cipolla

Terry L Zahuranec

Maynard Payumo

Jeffrey Silver Taggart

Terry M Birchler

Jason R Ertel

Rachel Nottingham Colosimo

Evan Spirk

Gary Stephan

Ben Parker

Mark E Cipolla

Alexander Velet

Donald Fuchs

William Sebastian

Brad Briscoe

David Pehar

Richard Klink

Craig M Saunders

Jeffrey M Kalman

Jeffery A Morgan

John Evan Spirk

Shawn Whetstone

Cynthia M Caffoe

Craig J Barbeck

David Chaney

Jeff Morgan

David B Chaney

Ruskan Iskaliev

Shawn Whetsone

A machine for dispensing an individual portion of a frozen dessert may include a cartridge cart having walls forming a cavity having a longitudinal central axis and configured to accommodate a cartridge. The cartridge may include a tube having first and second ends, a nozzle disposed at the first end, and a piston disposed between the nozzle and the second end and configured to slidably move along the tube. The individual portion of the frozen dessert may be contained within the tube between the nozzle and the piston. The machine may also include a plunger, a drive source operably coupled to the plunger and configured to drive the plunger along the central axis, and a support configured to support the first end of the cartridge such that actuating the drive source causes the individual portion of frozen dessert to dispense through the nozzle.

Frozen dessert dispensing machine and cartridge

A heat pump dispenser includes a housing having a handle portion and a barrel portion. A feeder section is coupled to the handle portion. The feeder section includes a feeder mechanism and a dispensing trigger assembly operably coupled to the feeder mechanism. The feeder mechanism includes a gear assembly having a drive gear operably engaged to a plunger housed in the barrel portion. The trigger assembly includes a trigger having a ratchet portion. The ratchet portion selectively engages and rotates the drive gear to move the plunger toward a dispensing opening provided in the barrel portion and into engagement with an adhesive/filler stick. The feeder mechanism is selectively actuated by the dispensing trigger assembly to advance the adhesive/filler stick into a heater section of the barrel portion.

Heat pump dispenser

A multi-chambered bottle includes first and second chambers, a metering stage, a pour spout and a cap. The metering stage includes first and second metering stage sections connectable to respective mouths of the first and second chambers. Each metering stage section comprises a nozzle having a liquid inlet orifice and a liquid outlet orifice, and a vent tube having an air inlet orifice and an air outlet orifice at opposite ends of the vent tube, the air inlet orifice to be disposed outside of the respective chamber and the air outlet orifice to be disposed inside of the respective chamber, the vent tube disposed relative to the nozzle such that a line crossing a center of the air inlet orifice and a center of the liquid outlet orifice forms an acute angle with a normal axis of the bottle.

Multi-chambered bottle with metering stage, pour spout and cap

Cartridge for heat pump dispenser

A portable cart is convertible between a collapsed state for improving storage and transportation, and an expanded state for deploying a modular workstation that may be used for remote medical care. The cart includes a collapsible frame having support members that are pivotable between an open and closed position, and a central upright frame that guides a strut member from a retracted position to an upright extended position. The strut member is lockable in the upright position, and the workstation module is configured to mount to and dismount from the extended strut member. The workstation module may include an interface assembly that enables a patient to communicate with a doctor that is remotely located from the cart. A power module may also be mounted to the cart for powering the workstation module. The cart may easily be transported or stored by dismounting the workstation module and collapsing the frame.

Portable medical cart system

A medical cart includes an interface assembly including a display, a speaker, a camera and a microphone. The interface assembly is operatively connected to an enclosure at a connecting portion that is operable to reposition the interface assembly from a transporting configuration in which the interface assembly is disposed inside the enclosure to a deployed configuration in which the interface assembly is disposed outside of the enclosure. The medical cart also includes a set of wheels operably connected to at least one of the enclosure or a pivoting assembly operable to pivot from the transporting configuration in which only the set of wheels makes contact with a transporting surface to the deployed configuration in which a portion of the cart in addition to the set of wheels makes contact with the transporting surface for stabilizing the cart in the deployed configuration.

Medical cart system

A pressurized fluid dispenser includes a base unit and a reservoir. The base unit includes a pump and a battery compartment including electrical contacts electrically connected with the pump. The reservoir is supported by and selectively removable from the base unit. The reservoir includes an internal compartment that is in fluid communication with the pump when the reservoir is connected to the base unit. A female panel mount for an electrically operated unit is also disclosed.

Pressurized fluid dispenser

Portable cleaning device

A self-propelled vacuum cleaner includes a base having a suction inlet. An upright housing is pivotally mounted to the base. A suction source is disposed in one of the base and the upright housing to generate an airflow at the suction inlet. A dust collection chamber is mounted to one of the base and the upright housing and communicates with the suction inlet and the suction source. A drive motor is mounted to the base. A driven wheel is operatively connected to the drive motor. A handle assembly is mounted to the upright housing, wherein the handle assembly includes an upper handle, a handle grip assembly slidably mounted to the upper handle, and a neutral return spring fastened to the upper handle and engaging the handle grip assembly to urge the handle grip assembly to a neutral position.

Self-propelled vacuum cleaner with a neutral return spring

An upright vacuum cleaner ( ) includes an upper housing ( ) and a nozzle base ( ). An underside ( ) of the nozzle base includes a main suction opening ( ) formed therein which is in fluid communication with the upper housing via a hose assembly ( ). The hose assembly is coupled to the nozzle suction opening via a coupling member ( ). The coupling member is substantially cylindrical in shape and is dimensioned to be inserted into a receiving portion ( ) of the nozzle base. The coupling member includes a first tapered end ( ) dimensioned to be frictionally fit within a suction inlet ( ) of the receiving portion. A second end ( ) of the coupling member is configured to be supported on a rear wall ( ) of the receiving portion. A quarter turn thread segment ( ) is disposed on the coupling member's peripheral surface. Upon rotation of the coupling member, the thread segment threadingly cooperates with the rear wall of the receiving portion so that the coupling member is urged into a friction fit seal with inlet opening ( ). A finger ( ) is provided on the peripheral surface of the coupling member to assist in rotating the coupling member.

Method of linkage and locking of connecting coupling member to nozzle base of a vacuum cleaner

A vacuum cleaner includes a floor nozzle having a brushroll chamber with an outlet aperture. An upper assembly is secured to the floor nozzle and is adapted to pivot relative to the floor nozzle about a generally horizontal pivot axis. A dirt cup is removably secured to the upper assembly. The dirt cup includes a dirt collection chamber, a forward inlet duct, and a rear inlet duct spaced from the first inlet duct. A brushroll shut-off mechanism selectively blocks the outlet aperture. The airflow shut-off mechanism includes a housing with a dirty air passage in communication with the outlet aperture and a dirt passage door that pivots within the dirty air passage to block airflow through the dirty air passage when the upper assembly is moved to a fully upright position.

Airflow shut-off mechanism for vacuum cleaner

Growing community of inventors

West Farmington, OH, United States of America

Robert A Vystrcil