JOEL ARLEN JORGENSON
Pilots at Briarwood Pl, Fargo, ND

2002015, Oct 17, 2002

Aug 10, 2001

09/928225

Joel Jorgenson - Fargo ND, US
John McCullough - Austin TX, US
William Steingrandt - Punta Gorda FL, US

H04M001/64, G06F017/00

379/073000, 379/087000

A listening conditioning system includes an audio conditioning unit and optionally one or more audio delivery components. A receiver provides at least one receiver channel which receives signals indicative of sound from a source of desired sound, and provides as an output digital sound data for each receiver channel. Digital signal processing circuitry coupled to the at least one receiver channel filters the digital sound data from each receiver channel using a filter profile to obtain filtered digital sound data. A profile upload input is configured to receive a multiple filter profiles, wherein each of the filter profiles corresponds to user preferences or to an audiogram of a user of the listening conditioning system and to a particular sound environment. A profile selection user input can be used to select the filter profile from the multiple filter profiles. A transmitter coupled to the digital signal processing circuitry is configured to transmit filtered sound data from each receiver channel.

2002015, Oct 17, 2002

Apr 12, 2001

09/834011

Joel Jorgenson - Fargo ND, US
John McCullough - Austin TX, US
William Steingrandt - Punta Gorda FL, US

G06F017/00, H04R029/00

700/094000, 381/056000

A method of the invention, embodied for example as computer executable instructions stored on a computer readable medium and executed on a personal computer, includes obtaining a first filter profile for an audio conditioning unit of a sound conditioning system. The first filter profile corresponds to an audiogram of a user of the system. Sound data corresponding to audio to be played is obtained and filtered using the first filter profile. The filtered sound data is played for the user of the sound conditioning system. The user can adjust the first filter profile for current hearing capabilities and specific sound environments without the aid of an audiologist. Multiple filter profiles can be uploaded from the personal computer to an audio conditioning unit of a listening conditioning system. The listening conditioning system includes multiple effective displacement compression units which capture sound at multiple sources and wirelessly transmit raw sound data to the audio conditioning unit, thus providing multi-channel capabilities. Filtered sound data is transmitted to one or more audio delivery components.

2003017, Sep 18, 2003

Mar 14, 2002

10/099456

Joel Jorgenson - Fargo ND, US
John McCullough - Ft. Myers FL, US
William Steingrandt - Punta Gorda FL, US

G06F001/26

713/300000

A power distribution control system for high speed electronics limits peak transient current when entering or exiting circuitry into or out of a system wide freeze mode. The power distribution control system includes power supply circuitry which provides a first supply voltage on a first output line. Multiple circuitry sections are each coupled to and powered by the power supply circuitry. While in the system wide freeze mode, each of the multiple circuitry sections is held inactive by a corresponding one of multiple control signals. A freeze controller is coupled to each of the circuitry sections, and provides the corresponding control signal to each circuitry section. The control signal provided to each particular circuitry section causes the particular circuitry section to enter or exit the system wide freeze mode independently of others of the multiple circuitry sections. The freeze controller is configured to generate the control signals to cause each of the circuitry sections to enter or exit the system wide freeze mode while limiting peak transient current provided by the power supply circuitry to the circuitry sections to below a predetermined value.

8095818, Jan 10, 2012

May 23, 2008

12/126216

Joel A. Jorgenson - Fargo ND, US
Divyata Kakumanu - Moorhead MN, US
Brian M. Morlock - Fargo ND, US

Packet Digital - Fargo ND

G06F 1/00, H03B 19/00, H03B 5/10, H03L 7/00, H01Q 11/12, H04B 1/16, H04B 1/38

713501, 713322, 713330, 327113, 331 18, 331 25, 331177 R, 4551271, 4553431, 455574

An apparatus for on-demand power management including a system controller, a clock domain manager coupled to the system controller and a power distribution manager coupled to the system controller. The system controller monitors a processing demand in a processing system. The clock domain manager provides one or more clock frequencies and, in response to the processing demand, switches between a first set of clock frequencies and a second set of clock frequencies without halting the processing system. The power distribution manager provides one or more operating voltages and, in response to the processing demand, switches between a first set of voltages and a second set of voltages without halting the processing system.

2012008, Apr 12, 2012

Dec 19, 2011

13/330399

Joel A. Jorgenson - Fargo ND, US
Brian M. Morlock - Fargo ND, US

G06F 11/30

713340

A power management apparatus and method are described. The method including monitoring, using a controller, a system bus for a processing demand in a processing system, the processing system comprising the system bus and a system processor, wherein the processing system operates at a first one or more voltages and a first one or more clock frequencies phase-locked to a reference frequency, wherein the controller is a different component than the system processor. The method further including generating a second one or more clock frequencies in response to the processing demand, the second one or more clock frequencies phase-locked to the reference frequency and phase-matched to the first one or more clock frequencies; and switching from the first one or more clock frequencies to the second one or more clock frequencies without halting the processing system.

8020015, Sep 13, 2011

May 23, 2008

12/126213

Joel A. Jorgenson - Fargo ND, US
Divyata Kakumanu - Moorhead MN, US
Brian M. Morlock - Fargo ND, US

Packet Digital - Fargo ND

G06F 1/00, G06F 1/26, G06F 9/45, G01R 21/00, G06G 7/62, H04M 1/00

713322, 713320, 702 60, 703 17, 703 22, 455574

An apparatus for on-demand power management including a system controller, a clock domain manager coupled to the system controller and a power distribution manager coupled to the system controller. The system controller monitors a processing demand in a processing system. The clock domain manager provides one or more clock frequencies and, in response to the processing demand, switches between a first set of clock frequencies and a second set of clock frequencies without halting the processing system. The power distribution manager provides one or more operating voltages and, in response to the processing demand, switches between a first set of voltages and a second set of voltages without halting the processing system.

7180210, Feb 20, 2007

Oct 10, 2003

10/685304

Joel Jorgenson - Fargo ND, US
Joydeep Mitra - Las Cruces NM, US
Donald Stuehm - Rochert MN, US
Terry Shaner - Winchester VA, US

H02J 3/46, H02J 9/00

307153, 307 65

A standby generator integration system for efficiently integrating one or more standby generators into an operational power grid. The standby generator integration system includes a control center in communication with a plurality of control units. Each of the control units are in communication with a standby generator, the power grid and a contactor unit. The control unit calculates the hard minimum of the grid voltage and the generator voltage where switching is desired by summing the rectified voltages together. The control unit then initiates the closing of the contactor unit to bring the standby generator online with the power grid.

2014008, Mar 20, 2014

Mar 12, 2013

13/796076

Curtis G. Reule - Fargo ND, US
Tyler A. Laber - Fargo ND, US
Tristan M. Simetkosky - Dilworth MN, US
Joel A. Jorgenson - Fargo ND, US

G06F 1/26, G06F 1/32

713320, 713300

Embodiments of an apparatus to increase the power efficiency of a solid-state memory have been presented. In one embodiment, the apparatus includes a power detection circuit coupled to the solid-state memory to detect a demand of a power distribution network that supplies power to the solid-state memory. Furthermore, the apparatus may include a power management controller coupled to the power detection circuit to receive the demand and to scale a voltage supply to the power distribution network in response to the detected demand.

7730334, Jun 1, 2010

Dec 20, 2007

12/004593

Joel A. Jorgenson - Fargo ND, US
Divyata Kakumanu - Moorhead MN, US
Brian M. Morlock - Fargo ND, US

Packet Digital - Fargo ND

G06F 1/00, H03L 7/00, H02H 3/22

713300, 713330, 327143, 361111

A method for on-demand power management monitors a processing demand in a processing system operating at a first set of voltages and frequencies and generates a second set of voltages and frequencies in response to the processing demand. The method switches from the first set of voltages and frequencies to the second set of voltages and frequencies without halting the processing system.

2011013, Jun 2, 2011

Nov 30, 2010

12/956882

Joel A. Jorgenson - Fargo ND, US
Bradley R. Thurow - Fargo ND, US
Michael J. Schmitz - Golden Valley MN, US
Andrew J. Paulsen - Fargo ND, US

G06F 1/26

713300

Utilizing software-based power management states to determine changes in a processing demand and provide changes in energy to be delivered to an electronic system.