ADOLPH J MONDRY
Pharmacy in Plymouth, MI

2005016, Jul 28, 2005

Dec 19, 2003

10/739207

Adolph Mondry - Plymouth MI, US

H01M008/04, G05F001/10

429013000, 323234000, 429023000

The Voltage Dosimeter is a method and apparatus that automatically controls voltage producing sources to deliver varying voltage to reduce the need for constant voltage production and it provides switching ability between devices by maintaining the negative electrode voltage of voltage producing sources in a predetermined range. In the preferred embodiment a maximal reactive gas flow rate produces the first positive electrode voltage dosage of a fuel cell, then positive electrode voltage doses repeatedly sequence at predetermined intervals from smallest to largest until the current negative electrode voltage is in the desired range. Then the reactive gas flow rate and positive electrode voltage dosage are selected. The method continues with the delivery of the selected reactive gas flow rate and positive electrode voltage dose by the voltage producing source so as to maintain the negative electrode voltage in the desired range.

2005016, Jul 28, 2005

Jan 27, 2004

10/765637

Adolph Mondry - Plymouth MI, US

F23C011/04

431001000

The Automatic Furnace is a method and apparatus for maintaining a desired CO, NO, or temperature range at the flue of a multiburner furnace to increase efficiency and decrease pollution and includes delivering a second oxidant dosage to the burner while repeatedly sequencing through the plurality of sequential flue parameter doses beginning with the first flue parameter dose and proceeding to an adjacent flue parameter dose in the sequence after a predetermined time interval has elapsed. The second oxidant dosage is delivered until the flue parameter level attains the desirable range, at which point corresponding oxidant and flue parameter doses are selected from the plurality of sequential oxidant doses and flue parameter doses. The method also includes delivering the selected oxidant dose and flue parameter dose so as to maintain the desired flue parameter range.

2005019, Sep 8, 2005

Mar 5, 2004

10/793624

Adolph Mondry - Plymouth MI, US

F02C009/00

060772000, 060794000

The Stratojet is a method and apparatus for maintaining a desired oxygen content level at the outlet of a turbojet engine to increase speed, altitude, and thrust, and to decrease flameouts and includes delivering a second liquid oxidant dosage to the duct upstream of the compressor while repeatedly sequencing through the plurality of sequential oxygen content doses at the outlet beginning with the first oxygen content dose and proceeding to an adjacent oxygen content dose in the sequence after a predetermined time interval has elapsed. The second oxidant dosage is delivered until the oxygen content level attains the desirable range, at which point corresponding oxidant and oxygen content doses are selected from the plurality of sequential oxidant doses and oxygen content doses. The method also includes delivering the selected oxidant dose and oxygen content dose so as to maintain the desired oxygen content range at the outlet.

2005027, Dec 22, 2005

Jun 18, 2004

10/870647

Adolph Mondry - Plymouth MI, US

F23N005/20, G05D023/00

23604600C, 23604600R

The Keldosimeter is a method and apparatus for automatically maintaining a desired comfortable temperature level in the interior of structures and vehicles and includes delivering a second fan rpm dosage to a duct at a heat exchanger while repeatedly sequencing through the plurality of sequential fan rpm doses beginning with the first fan rpm dose and proceeding to an adjacent dose in the sequence after a predetermined time interval has elapsed. The fan rpm dosage is delivered until the temperature level in the interior attains the desirable range, at which point a corresponding fan rpm dose is selected from the plurality of sequential fan rpm doses. The method also includes delivering the selected fan rpm dose so as to maintain the desired temperature range in the interior of the structure or vehicle.

2005028, Dec 22, 2005

Jun 18, 2004

10/870302

Adolph Mondry - Plymouth MI, US

F04B049/00, F04B049/06

417019000, 417002000, 417044100

The Pumpdosimeter is a method and apparatus for automatically maintaining a desired fluid parameter range at the sensor of a centrifugal pump system to decrease damage to the pump, and includes delivering a second pump dosage to either pipe while repeatedly sequencing through the plurality of sequential pump doses beginning with the first pump dose and proceeding to an adjacent dose in the sequence after a predetermined time interval has elapsed. The pump dosage is delivered until the fluid parameter level at the fluid parameter sensor attains the desirable range, at which point a corresponding pump dose is selected from the plurality of sequential pump doses. The method also includes delivering the selected pump dose so as to maintain the desired fluid parameter range at the fluid parameter sensor site.

5315990, May 31, 1994

Nov 25, 1992

7/982389

Adolph J. Mondry - Plymouth MI

A62B 700, A62B 902

12820511

Methods for automatically maximizing blood oxygenation saturation or maintaining blood oxygen saturation levels in adult patients having an oxygen requiring pulmonary disease and infant patients having underdeveloped lungs, within a specified range of values. In one embodiment, the method includes energizing a valve to deliver oxygen to the patient at a first rate and measuring the associated average oxygen saturation level of the patient. The method also includes deenergizing the valve and energizing another valve to deliver oxygen to the patient at a second rate and measuring the second average oxygen saturation level of the patient. A dominant valve, the valve associated with the higher average oxygen saturation level, is identified based on the measured oxygen saturation levels and then energized to deliver oxygen to the patient, thereby maximizing the blood oxygen saturation level in the patient.

5682877, Nov 4, 1997

Apr 15, 1994

8/228092

Adolph J. Mondry - Plymouth MI

A61M 1600, A62B 700, F16K 3102, A61B 500

12820423

A system and method for automatically selecting an appropriate oxygen dose to maintain a desired blood oxygen saturation level is disclosed. The system and method are particularly suited for use with ambulatory patients having chronic obstructive lung disease or other patients requiring oxygenation or ventilation. In one embodiment, the method includes delivering a first oxygen dose to the patient while repeatedly sequencing through available sequential oxygen doses at predetermined time intervals until the current blood oxygen saturation level of the patient attains the desired blood oxygen saturation level. The method then continues with delivering the selected oxygen dose to the patient so as to maintain the desired blood oxygen saturation level.