LOREN E SOMES
Broker in Haverhill, MA

License number
Massachusetts 99664
Issued Date
Jun 16, 1987
Expiration Date
Oct 15, 1988
Type
Salesperson
Address
Address
Haverhill, MA 01830

Personal information

See more information about LOREN E SOMES at radaris.com
Name
Address
Phone
Loren Somes, age 65
105 King George Dr APT 14, Boxford, MA 01921
Loren E Somes, age 96
105 King George Dr, Boxford, MA 01921
(978) 561-1878
(978) 561-1796
(978) 352-5075
Loren E Somes, age 65
9 Valera St, Dracut, MA 01826
(978) 957-3802
Loren E Somes, age 65
9 Valera St, Dracut, MA 01826
(978) 957-3802
Loren E Somes, age 65
5 Patriot Ln, Georgetown, MA 01833
(978) 352-6615

Professional information

See more information about LOREN E SOMES at trustoria.com
Loren Somes Photo 1
Ph And Concentration Meter

Ph And Concentration Meter

US Patent:
5198093, Mar 30, 1993
Filed:
Jan 17, 1992
Appl. No.:
7/803326
Inventors:
Paul Sydlowski - Wakefield MA
Steven West - Hull MA
Christopher McIntre - Newton MA
Jeffrey S. Cohen - Wilmington MA
James Barbookles - Malden MA
Loren Somes - Haverhill MA
Thomas Paquette - Shrewsbury MA
Laura Brockway - Charlestown MA
Assignee:
Orion Research, Inc. - Boston MA
International Classification:
G01N 2726
US Classification:
204406
Abstract:
The present invention comprises an electrochemical metering apparatus that provides for convenient storage and presentation of the analytical electrode, simple assembly, and two calibration modes. The apparatus includes an electrode storage and presentation assembly that permits the user to introduce the electrode into a sample solution while simultaneously observing the meter's output, and store the electrode when not in use. All structural components are intended to fit together with interlocking tabs and windows. A serial port fits within the construction of the main housing without the need for bolts, and battery clips that depend directly from the circuit board obviate the need for wiring connections. The present invention also features two calibration modes. A "segment addition" mode permits separation of the voltage/concentration curve into individually plotted regions, the number of which depends on the number of reference solutions used in the calibration procedure.


Loren Somes Photo 2
Ph And Concentration Meter

Ph And Concentration Meter

US Patent:
5108578, Apr 28, 1992
Filed:
May 10, 1990
Appl. No.:
7/521731
Inventors:
Loren Somes - Haverhill MA
Thomas Paquette - Shrewsbury MA
Laura Brockway - Charlestown MA
Paul Sydlowski - Wakefield MA
Steven West - Hull MA
Christopher McIntre - Newton MA
Jeffrey S. Cohen - Wilmington MA
James Barbookles - Malden MA
Assignee:
Orion Research, Inc. - Cambridge MA
International Classification:
G01N 2726
US Classification:
204433
Abstract:
The present invention comprises an electrochemical metering apparatus that provides for convenient storage and presentation of the analytical electrode, simple assembly, and two calibration modes. The apparatus includes an electrode storage and presentation assembly that permits the user to introduce the electrode into a sample solution while simultaneously observing the meter's output, and store the electrode when not in use. All structural components are intended to fit together with interlocking tabs and windows. A serial port fits within the construction of the main housing without the need for bolts, and battery clips that depend directly from the circuit board obviate the need for wiring connections. The present invention also features two calibration modes. A "segment addition" mode permits separation of the voltage/concentration curve into individually plotted regions, the number of which depends on the number of reference solutions used in the calibration procedure.


Loren Somes Photo 3
Secure Meter

Secure Meter

US Patent:
2006019, Aug 31, 2006
Filed:
Feb 25, 2005
Appl. No.:
11/065780
Inventors:
Paul Sydlowski - Danvers MA, US
Ronald Geis - Exeter NH, US
Loren Somes - Georgetown MA, US
International Classification:
G01N 27/26, G01D 7/02
US Classification:
204406000, 073866100
Abstract:
A compact multiparameter instrument for electrochemical measurements is described. The instrument facilitates rapid engagement and disengagement of a variety of sensor elements in such a manner as to prevent accidental mismatch of sensor elements and sensor input ports. Positive identification of specific sensors is ensured by including color marking or other indicia on the sensor connectors that are matched to corresponding markings on the meter body. Measurements of specific parameters such as temperature may readily be shared among all other sensors connected to the instrument. A method of rapidly reconfiguring the instrument to provide extended or different capabilities is described.