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Paul C Buff, 886007 Hickory Valley Rd, Nashville, TN 37205

Paul Buff Phones & Addresses

6007 Hickory Valley Rd, Nashville, TN 37205    615-3566571    615-3569608   

2721 Bransford Ave, Nashville, TN 37204   

2725 Bransford Ave, Nashville, TN 37204   

708 Enquirer Ave, Nashville, TN 37205    615-2979088   

530 Iris Dr, Nashville, TN 37204   

Valley Village, CA   

Mentions for Paul C Buff

Paul Buff resumes & CV records

Resumes

Paul Buff Photo 25

Director Of Sales And Marketing At Omni Hotels Cnn Center

Position:
Director Of Sales And Marketing at Omni Hotels, Director of Sales at Hyatt, Director of Sales at Hyatt Hotels Corporation, DOS at Global Hyatt, DOS at Hyatt Hotels & Resorts
Location:
Atlanta, Georgia
Industry:
Hospitality
Work:
Omni Hotels since May 2013
Director Of Sales And Marketing
Hyatt since 1991
Director of Sales
Hyatt Hotels Corporation since 1991
Director of Sales
Global Hyatt since 1991
DOS
Hyatt Hotels & Resorts since 1991
DOS
Hyatt Regency Dallas at Reunion - Hyatt Regency Dallas at Reunion Aug 2011 - May 2013
Director of Sales and Marketing
Hyatt 1991 - 2009
Director of Sales
Hyatt 1991 - 2009
DOS
Hyatt Regency Austin Sep 1996 - Apr 2005
Assoc. Dir. of Sales
Hyatt Regency Savannah Mar 1991 - Sep 1996
Rooms/F&B Manager
Education:
The University of Texas at San Antonio 1985 - 1989
Interests:
Mentoring, training, selling, college football, cars, clothes, cooking
Paul Buff Photo 26

Financial Advisor , Cfp At Morgan Stanley Smith Barney

Position:
Employed at Morgan Stanley Smith Barney
Location:
United States
Industry:
Financial Services
Work:
Morgan Stanley Smith Barney since Jan 2001
Employed
Quechee Lakes Corporation Jun 1972 - Sep 1992
President
Education:
Plymouth State University 1980 - 1986
MBA, Finance and Marketing
Harvard University Graduate School of Design 1970 - 1972
MLA, Landscape Architecture
Syracuse University 1966 - 1970
MLA, Architecture
Paul Buff Photo 27

Paul Buff

Publications & IP owners

Us Patents

Carrying Case For Protecting Heat Sensitive Materials

US Patent:
6412545, Jul 2, 2002
Filed:
Aug 16, 2001
Appl. No.:
09/931363
Inventors:
Paul C. Buff - Nashville TN, 37205
Deborah J. Buff - Nashville TN, 37205
International Classification:
F28D 1900
US Classification:
165 10, 624572, 126400
Abstract:
A carrying case for protecting heat sensitive materials includes a first portion, a second portion, and a closure device. The closure device seals the first portion to the second portion. Each portion includes a retainer which contains a phase change material. The retainer is covered on an outside with an insulation layer. The insulation layer and retainer are preferably covered with a fabric layer. A second embodiment of a carrying case for protecting heat sensitive materials includes a cover, a container, and a closure device. The walls of the container and cover preferably include a retainer which contains phase change material, an insulation layer, an outer fabric layer, and an inner fabric layer. A third embodiment of a carrying case for protecting heat sensitive materials includes a pouch which is sealable with a closure device. The wall of the pouch preferably includes a fabric outer layer, a flexible foam outer layer, a phase change layer, a flexible foam inner layer, and a fabric inner layer.

Electronic Gain Control Device

US Patent:
4341962, Jul 27, 1982
Filed:
Jun 3, 1980
Appl. No.:
6/156059
Inventors:
Paul C. Buff - Nashville TN
Assignee:
Valley People, Inc. - Nashville TN
International Classification:
G06G 712
G06G 724
US Classification:
307492
Abstract:
An electronic gain control device including a first bipolar circuit having log transfer functional elements, preferably in the form of a pair of parallel first transistors of different polarities, and a second bipolar circuit including antilog transfer function elements, preferably a pair of second transistors connected in parallel and of opposite polarity. A gain control signal is summed with the log output signal of the first bipolar circuit to produce a second output signal antilogarithmically related to the first output signal and the gain control signal. The log and antilog transfer functional elements receive a bias signal of sufficient magnitude relative to the input signal that the entire circuit is in continuous electrical conduction in order to operate in a class A domain. Preferably a diode, such as a diode connected transistor, is connected in series with each emitter lead in each of the transistors incorporated in the first bipolar and second bipolar circuits to provide class A operation with a minimum of distortion and noise.

Voltage Controlled Amplifier

US Patent:
4225794, Sep 30, 1980
Filed:
Sep 25, 1978
Appl. No.:
5/945432
Inventors:
Paul C. Buff - Nashville TN
International Classification:
G06G 712
US Classification:
307229
Abstract:
A voltage controlled amplifier or multiplier circuit including a dual polarity rectifier for dividing the AC input signal into first and second unipolar signals, the first unipolar signal being the positive excursion of the AC input signal and the second unipolar signal being the inverted negative portion of the AC signal. Each unipolar signal is processed through a separate, conventional, unipolar log-antilog amplifier circuit, to each of which is applied a control voltage. The resultant unipolar signals are then subtracted in a differential amplifier to reconstitute the waveform of the original AC input signal, thereby producing the gain-controlled output signal.

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