Gregg M Kloeppel, 70806 Grantwood Ave, Sheffield Lake, OH 44054

7530140, May 12, 2009

Sep 23, 2005

11/234534

Sergey V. Makarov - Solon OH, US
Gregg M. Kloeppel - Sheffield Lake OH, US

Royal Appliance Mfg. Co. - Glenwillow OH

A47L 9/16

15339, 15347, 15350, 15353, 15DIG 8, 55485, 55329, 55DIG 3

The present disclosure provides a vacuum cleaner including a nozzle base having a main suction opening and a housing pivotally mounted on the nozzle base. An airstream suction source is mounted to one of the housing and the nozzle base for selectively establishing and maintaining a suction airstream flowing from the nozzle main suction opening to an exhaust outlet of the suction source. A filter housing is mounted to one of the nozzle base and the housing. The filter housing comprises a filter mounted in the filter housing. An ultraviolet light source is disposed in the filter housing and shines on the filter for disinfecting same.

8574179, Nov 5, 2013

May 13, 2010

12/779618

Eric J. Kline - Twinsburg OH, US
David Frahlich - Twinsburg OH, US
Kevin Holle - Twinsburg OH, US
Gregg M. Kloeppel - Sheffield Lake OH, US
Viktor Wick - Niederburen, CH
Felix Lenz - Niederburen, CH

STP Swiss Therapeutic Products AG - Oberuzwil

A61H 15/00

601 93, 601121, 601134

A biomechanical stimulation device is presented. The biomechanical stimulation device comprises a base that supports an adjustable height arm and an easily removable drum connected to the arm. The drum is driven by a motor to provide an elliptical stimulation motion. An anti-rotation device prevents rotation, but allows orbital translation of drum. The drum may connect to the arm at a single attachment point. The arm may be pivotally attached to the base and selectively movable to a desired position. A pair of struts may support the arm to assist in positioning the arm. The struts may be locked to prevent movement of the arm, or unlocked by a release button to allow selective positioning of the arm. The biomechanical stimulation device may further include a hand controller and other peripheral devices to provides a convenient interface for controlling the speed and run time of the biomechanical stimulation device.

2006018, Aug 24, 2006

Feb 21, 2006

11/358177

Gregg Kloeppel - Sheffield Lake OH, US
Mark Ilko - Cleveland OH, US
Andrew Amberik - Streetsboro OH, US
Allan Horst - Dalton OH, US
Glenn Matusz - Cuyahoga Falls OH, US

A47L 11/30

015320000, 015319000, 015353000

A floor cleaning device includes a base. A cleaning fluid supply tank is carried by the base. A source of pressure communicates with the cleaning fluid supply tank which pressurizes a cleaning fluid held in the cleaning fluid supply tank to an above atmospheric pressure. A fluid delivery system delivers pressurized cleaning fluid from the cleaning fluid supply tank to a surface to be cleaned.

2007021, Sep 20, 2007

Mar 16, 2006

11/376679

Gregg Kloeppel - Sheffield Lake OH, US

H05K 7/20
F28F 7/00

361698000, 165080400

An integrated liquid cooled heatsink that combines all the components of a typical liquid cooling heatsink system in one single assembly. This integrated heatsink system combines a forced convection fan and a pump on one common shaft for forced convection cooling and closed loop liquid cooling.

2008026, Oct 30, 2008

Sep 21, 2006

12/067685

Sergey V. Makarov - Solon OH, US
Gregg M. Kloeppel - Sheffield Lake OH, US

A47L 9/10

15347

The present disclosure provides a vacuum cleaner (A) including a nozzle base (C) having a main suction opening () and a housing (B) pivotally mounted on the nozzle base (C). An airstream suction source (E) is mounted to one of the housing (B) and the nozzle base (C) for selectively establishing and maintaining a suction airstream flowing from the nozzle main suction opening () to an exhaust outlet of the suction source. A filter housing () is mounted to one of the nozzle base (C) and the housing (B). The filter housing comprises a filter () mounted in the filter housing. An ultraviolet light source () is disposed in the filter housing and shines on the filter for disinfecting same.

2013032, Dec 12, 2013

Feb 22, 2012

13/985675

Peter W. Broer - Bratenahl OH, US
Gregg M. Kloeppel - Sheffield Lake OH, US
Michael D. Andrich - Medina OH, US
Mark Cartellone - Broadview Heights OH, US
Brian M. Spahnie - Brunswick OH, US

LUMITEX, INC. - Strongsville OH

F21K 99/00

362555

Lighting assembly comprises an optical fiber light guide panel member having a light conducting core cladded on opposite sides by cladding made of optically transparent material having a lower index of refraction than the light conducting core to cause total internal reflection of conducted light within the light conducting core at the core-cladding interface. Disruptions at one or more areas of the cladding cause conducted light within the light conducting core to be emitted from one or more areas of the panel member. Electrical circuitry is bonded to one or both sides of the cladding. One or more LEDs embedded in the panel member are in electrical conduct with the electrical circuitry and optically coupled to the light conducting core.

2014002, Jan 23, 2014

Feb 22, 2012

13/985166

Michael D. Andrich - Medina OH, US
Peter W. Broer - Bratenahl OH, US
Gregg M. Kloeppel - Sheffield Lake OH, US

LUMITEX, INC. - Strongsville OH

F21V 8/00

362603

A display front lighting device comprises an optically transmissive sheet member that provides reflective means to evenly distribute light for the illumination of the text and/or graphics of display modules while permitting the text and/or graphics to visibly pass through the sheet member for viewing. The transmissive sheet member has LEDs offset mounted at an angle relative to one side of the sheet member such that a portion of the light emitted by the LEDs is reflected by the one side onto the adjacent dis play. The LEDs are mounted on a flexible printed circuit board, or alternatively on the conductive traces bonded to the sheet member.

5865174, Feb 2, 1999

Oct 29, 1996

8/738583

Gregg M. Kloeppel - Sheffield Lake OH

The Scott Fetzer Company - Westlake OH

A61M 1600

12820423

An apparatus conserves oxygen delivered from a supply (28) to a patient through a cannula (44) by providing oxygen delivery selectively in accordance with the physiological requirements and current breathing pattern of the patient. Oxygen flow is set at a prescribed flow rate from the supply by a regulator (30). An oxygen conserving unit (38) includes a controller (64) that operates responsive to timed relationships among pressure signals determined by a fuzzy logic program to deliver oxygen to the patient by opening a valve (72) when a sensed pressure in the patient's nasal passage reaches a threshold level and when the controller determines that the reaching of the threshold is indicative of an inhalation cycle. The controller is further operative to adjust the time period that oxygen is delivered to the patient in accordance with a programmed relation to meet the dynamically changing needs of the patient. The apparatus further includes features which provide fast response, conservation of the energy from a battery power source (86) and both visual and audio indicators (54, 56) to provide indications of alert and alarm conditions.