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Dennis G Anson

from Orlando, FL
Age ~82
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Also known as:
Dennis Anison
Related to:
Joseph A Kaminski, 58Sue KaminskiLouise K Alles, 61Constance N Walker, 46Verne Williams, 74David Jager, 63Timothy Jager, 38
Connected to:
Aaron D Anson, 79Adrian K Anson, 78Benjamin W Anson, 43Bert G Anson, 79Bill L Anson, 98Brandon P Anson, 37Brooke B Anson, 90Christian Anson, 72Christine M Anson, 57Dai G Anson, 47

Dennis Anson Phones & Addresses

  • Orlando, FL
  • El Dorado Springs, MO
  • 10046 17Th St, Pompano Beach, FL 33071 (954) 752-7757
  • Coral Springs, FL
  • Sanford, FL
  • Oviedo, FL
  • Lauderhill, FL

Professional Records

License Records

Dennis Anson

License #:
3824 - Expired
Category:
Emergency Medical Care
Issued Date:
Dec 31, 1997
Effective Date:
Feb 5, 2007
Expiration Date:
Dec 31, 2006
Type:
EMT

Dennis Anson

License #:
1499 - Expired
Category:
Emergency Medical Care
Issued Date:
Dec 31, 1997
Effective Date:
Mar 8, 1999
Type:
EMT A/D

Business Records

Name / Title
Company / Classification
Phones & Addresses
Dennis G. Anson
President
Anson Enterprises, Inc
Business Services
10046 NW 17 St, Pompano Beach, FL 33071
Dennis G. Anson
President
Anson Insurance & Investments, Inc
10046 NW 17 St, Pompano Beach, FL 33071

Publications

Us Patents

Method And System For Increasing Audio Perceptual Tone Alerts

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US Patent:
7089176, Aug 8, 2006
Filed:
Mar 27, 2003
Appl. No.:
10/400845
Inventors:
Marc Andre Boillot - Plantation FL, US
Dennis Anson - Coral Springs FL, US
Audley F. Patterson - Miramar FL, US
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
G10L 21/00
US Classification:
7042001
Abstract:
A method, system and computer readable medium for increasing the audio perceptual loudness includes shifting at least one frequency of a first audio signal to create a second audio signal so as to increase the audio perceptual loudness. The power level of the second audio signal is not more than a power level of the first audio signal. The method also includes generating high-audio perceptual loudness tone alert sequences based on psychoacoustic and audiometric data. It further includes acquiring a listener's threshold audio profile; adding the listener's audio profile to the loudness sensitivity curve for producing the listener's tonal sensitivity curve; determining a required dB scaling for critical band tones from the listener's tonal sensitivity curve; normalizing the tonal sensitivity curve for creating a decibel curve; selecting a frequency range of the tones by using the tonal sensitivity curve; and spacing the sequence of tones along a critical band scale.

Receiver System And Method For Wideband Self Test

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US Patent:
20050260963, Nov 24, 2005
Filed:
May 19, 2004
Appl. No.:
10/849637
Inventors:
Lorenzo Ponce De Leon - Lake Worth FL, US
Abdel Al Qatshan - Coconut Creek FL, US
Dennis Anson - Coral Springs FL, US
John Ballen - Parkland FL, US
David Graham - Gilbert AZ, US
Thomas Harrington - Margate FL, US
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B017/00
US Classification:
455226300, 455067110
Abstract:
A radio receiver self test system () that can test a plurality of bands in duplex cellular phones and other duplex communication devices can be constructed so that it operates during idle time slots. The system can be configured to test the performance of the radio receiver at all ranges of signal levels and in all channels. The system can include a receiver () and a transmitter () coupled to an antenna () and an antenna/noise switch (). The switch can have as an input, a noise source () such as a broadband or thermal noise source. A baseband upconverter/downconverter module () can include a processor that provides control signals (and ) for controlling the level of the noise source and for controlling the switch. The system can further include linear amplifier () on a receive path and a power amplifier () on the transmit path.

Solar Panel With Optical Films

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US Patent:
20060130889, Jun 22, 2006
Filed:
Dec 22, 2004
Appl. No.:
11/020534
Inventors:
Zili Li - Barrington IL, US
Dennis Anson - Coral Springs FL, US
Assignee:
MOTOROLA, INC. - SCHAUMBURG IL
International Classification:
H01L 25/00
US Classification:
136244000, 136246000
Abstract:
A solar panel mounting arrangement, and electronic device, and a wireless device, includes a solar panel (); and a wavelength selectively reflective optical film () being disposed in front of the solar panel for the optical film to substantially reflect a pre-selected band () of solar irradiation frequencies () in the visible light range and incident on a front surface of the optical film () while allowing solar irradiation frequencies () outside of the pre-selected band () to substantially pass through the optical film () and irradiate the solar panel (). The optical film () can include at least one of an iconic pattern, a company logo, and a photo, that is visible from the front of the optical film (). The optical film () can include holographic film. The optical film can include a multi-layer film.

Method And Apparatus For Increasing An Output Impedance Of A Transmit Amplifier During Receive Mode Of A Two-Way Communication Unit

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US Patent:
6122488, Sep 19, 2000
Filed:
Mar 5, 1998
Appl. No.:
9/035660
Inventors:
Gustavo D. Leizerovich - Miami Lakes FL
Dennis G. Anson - Coral Springs FL
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H01Q 136
US Classification:
455 78
Abstract:
A communication unit (200) employs a method and apparatus for increasing an output impedance of a transmit amplifier during a receive mode of the communication unit. The communication unit includes a transmit amplifier, an antenna (209), and a signal receiver (211), and is operable in at least a transmit mode and a receive mode. During the transmit mode, the transmit amplifier, which includes an amplifying device (201), amplifies an input signal (221) and provides the amplified signal (233) to the antenna for transmission. During the receive mode, the antenna receives signals and provides the received signals to the signal receiver. To mitigate the transmit amplifier's effect on the received signals during the receive mode, the communication unit, during the receive mode, couples the transmit amplifier to the antenna and applies a bias (225) to the amplifying device to increase the output impedance (Z. sub. out) of the transmit amplifier, such that the transmit amplifier does not significantly load the received signals.
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Dennis G Anson from Orlando, FL, age ~82 Get Report