Werner Krebs

System For 3D Printing Of Personalized Informational Objects

Application

#2014034 Nov 20, 2014

Filed

May 19, 2014

Inventor

Werner Guether Krebs (Los Angeles, CA)

Appl. No.

14/280684

Assignee

ACCULATION, INC. (Los Angeles, CA)

International Classification

B29C 67/00, G06Q 30/06

U.S. Classification

705 261

Abstract

The invention describes a web-based business and associated computer software that permits the generation and additive manufacture (e.g., 3D printing) of personalized and heavily customized objects (such as a medical information or advertising bracelet) that combine a personalized informational aspect (such as medical information, medical symbols, a corporate logo, or advertising), an optional electronic component (such as a transponder, computer interface or smartwatch) together with either standardized bracelet templates or user-submitted high fashion designs that are the optionally resized to dimensions selected by the user.

Dual Cone Recessed Lighting Fixture

Application

#4930054 May 29, 1990

Filed

Dec 9, 1988

Inventor

Werner W. Krebs (Crestview Hills, KY)

Appl. No.

7/281702

Assignee

NuTone, Inc. (Cincinnati, OH)

International Classification

F21S 102

U.S. Classification

362149

Abstract

A recessed lighting fixture for installation in an insulated ceiling uses a reflector assembly configuration to passively facilitate the movement of thermally induced air currents to distribute and communicate steady uniform air heated by the fixture lamp to a temperature responsive circuit interrupter. The reflector assembly includes a pair of concentric downwardly facing cones connected at their upper ends and sealed about the lamp socket. The cones are spaced, forming a cone shaped air gap therebetween. The space within the inner cone surrounding the lamp connects through holes at the upper end of the inner reflector with the gap between the cones. The lower rim of the outer cone is suspended above the lower rim of the inner cone to form an annular air passage connecting the lower end of the gap with the chamber between the housing and the outer reflector in which the circuit interrupter is positioned on the inside housing surface. Air heated by the lamp flows from the space around the lamp through the holes in the inner reflector, through the gap and through the anular space to the housing chamber where it circulates past the circuit interrupter.

System For Inexpensive Characterization Of Air Pollutants And Inexpensive Reduction Of Indoor Dust

Application

#2015015 Jun 4, 2015

Filed

Nov 19, 2014

Inventor

Werner Guether Krebs (Los Angeles, CA)

Appl. No.

14/547140

Assignee

Acculation, Inc. (Los Angeles, CA)

International Classification

G01N 33/00, B01D 46/42, G01W 1/00, B01D 46/44

Abstract

The invention describes software (including mathematical models implemented in software) and related electronic circuits that can be used to combine data from local, inexpensive dust sensors (particle counters) with Internet-available rich data on pollutants, weather, optional household devices, sensors, and appliances to create a rich picture of the local environment, shape that environment through non-trivial control of said household appliances and ventilation systems to reduce buildup of household dust on surfaces or reduce sensitive individuals' exposure to specific pollutants, and monitor individuals' exposure to pollutants. The software might live in a smartphone (such as the inventors' iPhone prototype), related hardware devices (such as a pollution sensor communicating via bluetooth with the smartphone) or in heating/cooling control system such as a common household thermostat. In particular, advanced control of windows or inexpensive air filters within a common forced air climate system to mitigate air pollution inexpensively are envisioned.