Roderic A. Schlabach - Goshen IN, US Mark Rydell Cosby - Goshen IN, US Edward J. Kurth - San Antonio TX, US Igor Palley - Madison NJ, US Greg Smith - Poway CA, US
Assignee:
Lucid Energy, Inc. - Portland OR
International Classification:
F03B 7/00
US Classification:
415224, 415229, 415907, 416227 A, 416243
Abstract:
A generally spherical turbine configured to rotate transversely within a cylindrical pipe under the power of fluid flowing either direction therethrough is operatively coupled with a rotating machine or generator to produce electricity. In one embodiment, the blades of the spherical turbine curve in an approximately 180 degree arc in a plane that is at an inclined angle relative to the rotational axis of a central shaft. In another embodiment, a deflector is provided upstream of the spherical turbine and within the cylindrical pipe to control flow through the spherical turbine by shielding a part thereof. The blades of the spherical turbine are airfoil in cross section to optimize hydrodynamic flow, to minimize cavitation, and to maximize conversion from axial to rotating energy.
Roderic A. Schlabach - Goshen IN, US Mark Rydell Cosby - Goshen IN, US Edward Kurth - San Antonio TX, US Igor Palley - Madison NJ, US Greg Smith - Poway CA, US
International Classification:
F03B 13/00 F03B 3/12
US Classification:
290 54, 416223 R, 416214 R, 415224
Abstract:
A generally spherical turbine configured to rotate transversely within a cylindrical pipe under the power of fluid flowing either direction therethrough is operatively coupled with a rotating machine or generator to produce electricity. In one embodiment, the blades of the spherical turbine curve in an approximately 180 degree arc in a plane that is at an inclined angle relative to the rotational axis of a central shaft. In another embodiment, a deflector is provided upstream of the spherical turbine and within the cylindrical pipe to control flow through the spherical turbine by shielding a part thereof. The blades of the spherical turbine are airfoil in cross section to optimize hydrodynamic flow, to minimize cavitation, and to maximize conversion from axial to rotating energy.
In-Pipe Hydro-Electric Power System, Turbine And Improvement
Roderic A. Schlabach - Goshen IN, US Mark Rydell Cosby - Goshen IN, US Edward Kurth - San Antonio TX, US Igor Palley - Madison NJ, US Greg Smith - Poway CA, US
International Classification:
F03B 13/00 F03B 3/18 F03B 3/12 F03B 11/06
US Classification:
290 54, 4152081, 416223 R, 415229
Abstract:
A helical turbine configured to rotate transversely within a cylindrical pipe under the power of fluid flowing either direction therethrough is operatively coupled with a rotating machine or generator to produce work or electricity. The twisted blades of the turbine define a right circular cylinder when the shaft mounting them rotates under the influence of fluid flow through the pipe. In one embodiment, baffles are provided at least upstream of the cylindrical turbine and within the cylindrical pipe to control flow through the cylindrical turbine. The twisted blades of the helical turbine are airfoil in cross section, as are the radial struts or spokes that mount the twisted blades to the rotatable shaft, thereby to optimize hydrodynamic flow, to minimize cavitation, and to maximize conversion from axial to rotating energy.
Mark Rydell Cosby - Goshen IN, US Roderic Alan Schlabach - Goshen IN, US
Assignee:
Lucid Energy Technologies, LLP - Goshen IN
International Classification:
F03D 11/04 B23P 11/00 F03D 3/00
US Classification:
416142, 29889
Abstract:
A turbine is described. The turbine includes: (i) a shaft capable of rotation along its longitudinal axis and capable of connecting to an electrical generator, and the shaft having disposed thereon at least one shaft hinge; (ii) a radial arm including a first end having disposed thereon at least one first hinge; and a hinge pin that fits inside a cavity formed when at least one the shaft hinge of the shaft is in an engaged position with at least one first hinge of the radial arm, and in the engaged position the hinge pin capable of connecting the radial arm to the shaft.
Novel Designs And Assembly Methods For Conduit Used In Harnessing Hydrokinetic Energy
Gregory S. Smith - Poway CA, US Mark Rydell Cosby - Goshen IN, US Roderic Alan Schlabach - Goshen IN, US
Assignee:
LUCID ENERGY TECHNOLOGIES, LLP - Goshen IN NORTHWEST PIPE COMPANY - Vancouver WA
International Classification:
F16L 55/00 B23P 11/00
US Classification:
138108, 29428
Abstract:
A novel conduit design is disclosed. The conduit includes a cylindrical body having defined therein a first aperture and a second aperture, wherein the first aperture is designed to receive a shaft of a turbine and the second aperture is sufficiently large to facilitate ingress or egress of a probe through the second aperture, and wherein the second aperture is located a distance away from the first aperture such that when a turbine is disposed through the first aperture, an entry by a probe into the cylindrical body through the second aperture is not prevented by presence of the turbine.
Novel Systems For Increasing Efficiency And Power Output Of In-Conduit Hydroelectric Power System And Turbine
Mark Rydell Cosby - Goshen IN, US Timothy P. Braun - Cassopolis MI, US Roderic Alan Schlabach - Goshen IN, US Igor Palley - Madison NJ, US Jacob J. Brenneman - Goshen IN, US Joshua T. Thomas - Goshen IN, US
Inventive systems (e.g., turbines) for harnessing hydroelectric energy are described. The turbines, includes: () a central longitudinal shaft configured to mount and to rotate on a central axis perpendicular to a direction of fluid flow; () a plurality of arcing blades coupled with the shaft, the blades extending radially outwardly from the shaft, and the blades including an airfoil cross-section along a substantial length of the blades; and () a hydrodynamic cap covering a location where the arcing blades couple with the shaft such that in an operating state of the turbine, presence of the hydrodynamic cap reduces an amount of bypass area, which is area outside a region that is swept by the arcing blades.
In-Conduit Turbines And Hydroelectric Power Systems
Roderic Alan Schlabach - Goshen IN, US Mark Rydell Cosby - Goshen IN, US Edward Kurth - San Antonio TX, US Igor Palley - Madison NJ, US Greg Smith - Poway CA, US Jacob J. Brenneman - Goshen IN, US
Assignee:
Lucid Energy, Inc. - Portland OR
International Classification:
F01D 15/10 F01D 1/02
US Classification:
290 52, 415224
Abstract:
Inventive systems (e.g., turbines) for harnessing hydroelectric energy are described. The turbines include: (1) a central longitudinal shaft configured to mount and to rotate on a central axis perpendicular to a direction of fluid flow; (2) a plurality of substantially circularly arcing blades designed to couple to the shaft, each of the substantially circularly arcing blades having defined at one end one or more blade apertures; and (3) a fastening sub-assembly including fasteners, the fastening sub-assembly used for coupling the circularly arcing blades to the shaft.
Mantyss Jan 2010 - Jan 2018
Co-Owner
Spartan Motors Jan 2010 - Jan 2018
Director of Engineering - Chassis, Cab and Electrical
The Aluminum Trailer Company Jan 1, 2011 - Sep 2017
Director of Engineering
Lucid Energy Jan 2008 - Jan 2011
Vice President of Engineering
Terra Group Feb 2005 - Jan 2008
Director of Engineering
Education:
Western Michigan University 1995 - 1998
Masters, Master of Science In Mechanical Engineering, Engineering
Grand Valley State University 1988 - 1992
Bachelor of Science In Mechanical Engineering, Bachelors, Engineering
Skills:
Manufacturing Engineering Product Development Engineering Management Lean Manufacturing Product Design Project Management Design For Manufacturing Fmea Manufacturing Engineering Solidworks Continuous Improvement Automotive Driveworks Kaizen Kanban Dvp&R Coaching Mentoring Business Strategy Business Development Business Process Improvement Computer Aided Design Cad/Cam Finite Element Analysis Research and Development
MIK, -0.37% gave guidance ahead of expectations but that didnt take into account the impact of the coronavirus. Mark Cosby, Michaels CEO, said the company doesnt expect material supply chain disruptions in the first quarter but sales in certain categories are slowing.
Date: Mar 17, 2020
Category: Health
Source: Google
AC Moore going out of business, will close all 145 stores
This transaction enables us to further expand our presence in strategic markets and serve even more customers both online and in store, Michaels CEO Mark Cosby said, adding that the company plans to reopen the stores next year.
Date: Nov 26, 2019
Category: Business
Source: Google
Office Depot (ODP) CEO Smith to Retire in 2017; Announces Executive Committee Reorganization
Rice and Koch will report to Mark Cosby, President, North America, until a new CEO is named, at which time the President and CEO roles will be consolidated and they will report directly to the CEO and serve on the companys Executive Committee.