DR. LOWELL JOHN ANDERSON, RPH
Pharmacy in Minneapolis, MN

License number

Minnesota 110462

Personal information

See more information about LOWELL JOHN ANDERSON at radaris.com

Name

Address

Phone

Lowell Anderson, age 92

441 William Ave E APT 211, Dassel, MN 55325

(320) 275-4806

Lowell Anderson, age 88

417 Greeley Ave N, Glencoe, MN 55336

(320) 864-3020

Lowell Anderson

29818 260Th St NW, Warren, MN 56762

Lowell Anderson, age 83

31271 68Th Avenue Way, Cannon Falls, MN 55009

(507) 263-3460

Lowell Anderson, age 69

3441 Lowell St, Wayzata, MN 55391

(952) 475-0226

Professional information

See more information about LOWELL JOHN ANDERSON at trustoria.com

Senior Fellow &Amp; Co-Director, Center For Leading Healthcare Change

Position:

Manager, Medication Therapy Management (MTM) network at UPlan, Professor, Department Pharmaceutical Care & Health Systems at U of M, College of Pharmacy, Senior Fellow and co-Director, Center for Leading Health-Care Change at University of Minnesota, Member at American Pharmacist Association

Location:

Greater Minneapolis-St. Paul Area

Industry:

Education Management

Work:

UPlan since Jul 2009 - Manager, Medication Therapy Management (MTM) network U of M, College of Pharmacy since Jun 2007 - Professor, Department Pharmaceutical Care & Health Systems University of Minnesota - Greater Minneapolis-St. Paul Area since Jun 2006 - Senior Fellow and co-Director, Center for Leading Health-Care Change American Pharmacist Association - Washington, DC since 1962 - Member Watauga Corp Jan 1966 - Jan 2006 - CEO

Education:

University of Minnesota-Twin Cities 1958 - 1962
BS Pharmacy, Pharmacy

Interests:

Leadership development and application, medication management by pharmacists, health-care politics

Honor & Awards:

Fédération Internationale Pharmaceutique (FIP), Recognized as a Fellow (FFIP) 2012 Phi Lambda Sigma, Procter & Gamble National Leadership Award 2011 Remington Honor Medal, 2004; highest recognition by American pharmacy profession Phi Lambda Sigma, (Pharmacy Leadership Society), Honorary Member, 2004 Lawrence & Delores Weaver Medal, College of Pharmacy University of Minnesota 2004 Fellow American Pharmaceutical Association, Academy of Pharmacy Practice & Management, 2001 Founding Distinguished Practitioner, Academy of Pharmacy, National Academies of Practice, 1998 Premio, Dr. Hector Zayas Bazan Award, Federación Pan-Americana de Farmacia, 1997 Honorary Member, Confederación Farmacéutica Argentina, 1997 Outstanding Achievement Award, University of Minnesota Board of Regents, 1995 (highest award granted an alumnus) Doctor of Sciences, honoris causa, Philadelphia College of Pharmacy and Sciences, 1995 Bowl of Hygeia, 1979

Electromagnetic Clutch With Permanent Magnet Return Mechanism

US Patent:

5609232, Mar 11, 1997

Filed:

Jan 16, 1996

Appl. No.:

8/586096

Inventors:

Jerry A. Brownfield - Minneapolis MN
Lowell M. Anderson - Bloomington MN
Steven C. Eberly - Bloomington MN

Assignee:

Thermo King Corporation - Minneapolis MN

International Classification:

F16D 2701, F16D 27112

US Classification:

192 849

Abstract:

An improved electromagnetic clutch is provided with a permanent magnetic return mechanism. The clutch includes a rotor connected to a driven device, such as a refrigerant compressor, a flywheel connected to a driving device such as an internal combustion engine, and a contact plate assembly for transmitting torque between the flywheel and the rotor when moved from a disengagement to an engagement position by an electromagnet. Permanent magnet assemblies are used to bias the contact plate assembly into a non-engagement position when the electromagnet is deactuated. The use of permanent magnets in lieu of resilient mechanical components such as springs to bias the contact plate assembly into a return position substantially extends the service life of the clutch when it is used in conjunction with a prime mover such as a diesel engine, whose output is accompanied by momentary spikes of high torque.

Transport Refrigeration System

US Patent:

4736597, Apr 12, 1988

Filed:

Apr 8, 1987

Appl. No.:

7/035801

Inventors:

Lowell M. Anderson - Bloomington MN
Rodney H. Volk - Eden Prairie MN

Assignee:

Thermo King Corporation - Minneapolis MN

International Classification:

B60P 320

US Classification:

62239

Abstract:

A transport refrigeration system suitable for narrow post highway trailers in which the refrigeration system intrudes into the trailer cargo space only to the extent necessary to direct trailer air into an evaporator. The evaporator is completely serviceable external to the trailer, with its inlet surface being substantially co-planar with the inside surface of the front wall of the trailer. An air delivery unit is manufactured as an integral assembly and mounted in a main support frame of the transport refrigeration system without requiring further adjustment. Mounting of the air delivery unit completes a plenum chamber for the evaporator, placing an axially narrow blower into an air flow path in which the blower draws trailer air through the evaporator and forces conditioned air back into the trailer. Mounting of the air delivery unit also places a fan into an air flow path in which outside air is directed upwardly through a condenser, and laterally through an engine radiator.

Cover For A Transport Refrigeration Unit

US Patent:

D393450, Jul 17, 1990

Filed:

Feb 9, 1988

Appl. No.:

7/154671

Inventors:

Lowell M. Anderson - Bloomington MN
Ambrose Tao - Burnsville MN
Rodney H. Volk - Eden Prairie MN
Peter B. Allard - Minnetonka MN
Clarence F. Graser - Venice FL

Assignee:

Thermo King Corporation - Minneapolis MN

US Classification:

D23325

Cover For Transport Refrigeration Unit

US Patent:

D258234, Feb 10, 1981

Filed:

May 11, 1979

Appl. No.:

6/038363

Inventors:

Lowell M. Anderson - Bloomington MN
William F. Arendt - Burnsville MN
Clarence F. Graser - Venice FL
Herman H. Viegas - Richfield MN
Rodney H. Volk - Eden Prairie MN

Assignee:

Thermo King Corporation - Minneapolis MN

International Classification:

D2304

US Classification:

D23142

Cover For A Transport Refrigeration Unit

US Patent:

D343894, Feb 1, 1994

Filed:

May 1, 1991

Appl. No.:

7/694160

Inventors:

Lowell M. Anderson - Bloomington MN
Rodney H. Volk - Eden Prairie MN
Gary L. Zebell - Waconia MN
Peter B. Allard - Minnetonka MN

Assignee:

Thermo King Corporation - Minneapolis MN

US Classification:

D23325

Refrigerant Evaporator Suitable For Remote Mounting

US Patent:

4912940, Apr 3, 1990

Filed:

May 15, 1989

Appl. No.:

7/351499

Inventors:

Lowell M. Anderson - Bloomington MN
Leland L. Howland - Belle Plaine MN
Ambrose Tao - Burnsville MN

Assignee:

Thermo King Corporation - Minneapolis MN

International Classification:

B60H 304

US Classification:

62239

Abstract:

A refrigerant evaporator assembly suitable for remote mounting to a ceiling of a trailer compartment having a served space to be conditioned. The evaporator assembly is modular, including an evaporator module, a cover module, and an evaporator blower module. The evaporator and cover modules cooperatively define a tubular housing having first and second open ends, with the blower module removably closing the second open end. A grille covers the first open end. The evaporator module includes a base member which functions as a support base for the evaporator module during assembly of the module and as a drain pan in the refrigerant evaporator assembly. The cover module functions as a support base for the evaporator coil when the evaporator assembly is mounted to the ceiling of a trailer compartment.

Transport Refrigeration System

US Patent:

5123257, Jun 23, 1992

Filed:

Apr 19, 1991

Appl. No.:

7/687796

Inventors:

Lowell M. Anderson - Bloomington MN
Rodney H. Volk - Eden Prairie MN
Herman H. Viegas - Bloomington MN

Assignee:

Thermo King Corporation - Minneapolis MN

International Classification:

F25B 2700

US Classification:

62236

Abstract:

A transport refrigeration system having a frame which supports a refrigerant compressor, a prime mover for the compressor, condenser and evaporator coils, and an air delivery assembly for moving air through the condenser and evaporator coils. The air delivery assembly includes a single shaft having first and second condenser blowers mounted adjacent the ends of the shaft, and an evaporator blower mounted on the shaft between the first and second condenser blowers. A drive arrangement for the air delivery assembly includes a jack shaft between the shaft of the air delivery assembly and the prime mover, with the prime mover being linked to drive the jack shaft, and with the jack shaft being linked to drive the shaft of the air delivery assembly.