Jenkins, MO
Christopher Jenkins, Richmond Heights, MO US
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20100068703 | ENHANCED MEDICAL TREATMENTS RESULTING FROM CHEMICAL IDENTIFICATION OF CALCIUM INFLUX FACTOR, IDENTITY WITH THE FACTOR ACTIVATING PHOSPHOLIPOLYSIS AND PRECIPITATING SUDDEN DEATH DURING MYOCARDIAL INFARCTION, AND DETERMINATION OF SIMILAR ACTIVATING MECHANISMS IN MULTIPLE CELL TYPES THROUGH DISINHIBITION OF CALCIUM-INDEPENDENT PHOSPHOLIPASE A2BETA - A method for treating a mammal comprises administering at least one of a gene, enzyme and pharmaceutical which modulates the concentration of iPLA | 03-18-2010 |
Christopher Jenkins, Frontenac, MO US
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20090181443 | IDENTIFICATION, CLONING, EXPRESSION, AND A PURIFICATION OF THREE NOVEL HUMAN CALCIUM-INDEPENDENT PHOSPHOLIPASE A2 FAMILY MEMBERS POSSESSING TRIACYLGLYCEROL LIPASE AND ACYLGLYCEROL TRANSACYLASE ACTIVITIES - Isolated novel and purified and characterized phospholipase A | 07-16-2009 |
Christopher M. Jenkins, St. Louis, MO US
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20100183626 | HUMAN PHOSPHOLIPASE A2 EPSILON - A novel function phospholipase A | 07-22-2010 |
Daniel J. Jenkins, Wildwood, MO US
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20090124502 | USE OF SULFURYL FLUORIDE AS A SPROUT INHIBITION AGENT - This invention relates to the inhibition of sprouting of potato tubers by use of sulfuryl fluoride. | 05-14-2009 |
Jeff Jenkins, Chesterfield, MO US
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20100198637 | Systems and Methods for Integrated Claims Processing - Systems and methods, such as may be executed by a computer or computer network, for the management of claims related to vehicles owned by an owner of a fleet of vehicles. The systems and methods allow for a single claim record to be accessed by a vehicle repair (VR) division, which is responsible for getting the vehicle repaired and a loss control (LC) division which is responsible for allocating the costs associated with the repair. Each of the divisions works with the same record to provide for an enhanced integrative environment and improved intercommunication. | 08-05-2010 |
Michael R. Jenkins, Kansas City, MO US
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20080245637 | Drive Through Air Compressor With Cone Clutch - A drive through crankshaft assembly which selectively provides rotational power to a vehicle accessory while continuously providing rotational power to a second vehicle accessory. Rotational power is selectively provided using a cone clutch assembly that is modular. The cone clutch assembly provides power to the first vehicle accessory when it is in an engaged state. The first vehicle accessory is turned off by putting the cone clutch assembly into a disengaged state using a clutch control system. | 10-09-2008 |
20140260995 | Air Dryer Cartridge with Integrated Check Valve - An air dryer cartridge having an outer shell, an inner shell positioned within the outer shell, and a check valve positioned at least partially between the inner and outer shells. The inner and outer shells each have an inlet and an outlet. The outer shell is preferably operable to removably engage an air dryer. The check valve is operable to regulate the rate of flow of fluid through the outlet of the inner shell. Preferably, the check valve also seals between portions of the inner and outer shells and/or is operable to sealingly engage an air dryer. | 09-18-2014 |
20150059581 | AIR DRYER ASSEMBLY WITH MANIFOLD SYSTEM - An air dryer assembly with manifold system provides increased drying capacity for pressurized air systems, such as vehicle braking systems. A manifold connected to the supply ports of two adjacent air dryers allows parallel flow of air through the separate air dryers. An identical manifold connects to the delivery ports of the two air dryers to combine the clean, dry air from the delivery ports. Similar manifolds connect the control and purge ports of the dryers to allow simultaneous regeneration of the desiccant canisters. An assembly combining two air dryers, two pretreatment units, and manifolds connecting the supply, delivery, control, and purge ports of two air dryers is also disclosed. | 03-05-2015 |
20150114223 | AIR DRYER - An air dryer with a rotor and desiccant positioned within an interior chamber of the rotor. The desiccant is positioned within the interior chamber of the rotor between the inlet and the outlet. The desiccant is configured to adsorb at least some of the water contained within air flowing from an inlet to an outlet of the rotor. As the rotor is rotated at a regeneration speed at least some of the water adsorbed by the desiccant moves to the outer surface of the desiccant and at least some of the water is separated from the outer surface of the desiccant. The rotor directs water separated from the outer surface of the desiccant to at least one opening in the rotor. A method for drying air by sending the air through desiccant and rotating the desiccant at a regeneration speed to separate water from the desiccant. | 04-30-2015 |
Richard Earl Jenkins, Lake Saint Louis, MO US
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20150149671 | SYSTEMS AND METHODS FOR BIASING A BUS - A bi-directional differential bus interface that includes a differential transmitter having a non-inverting terminal and an inverting terminal, a differential receiver having a non-inverting terminal and an inverting terminal, and a biasing circuit that is electrically coupled to the non-inverting terminal of the differential transmitter and the inverting terminal of the differential transmitter. The biasing circuit is configured to generate a voltage between the non-inverting terminal of the differential transmitter and the inverting terminal of the differential transmitter that is approximately 200 mV or more in response to assertion of a control signal received on a control input of the biasing circuit. | 05-28-2015 |
Robert S. Jenkins, Chesterfield, MO US
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20080217395 | Secure Internet Payment Apparatus and Method - An improved apparatus and method for making payment over the internet with a financial media, such as a financial card, RFID, contactless media or the like, are disclosed. The apparatus includes an online enabled device or circuit connected to the internet to receive a communication indicating an amount due for the transaction. A reader reads data from the financial media. The data includes an account number corresponding to the financial media. The circuit transmits the data and the amount due to a financial institution corresponding to the financial media and allows the financial institution to provide an authorization number to the merchant indicating that the transaction has been approved. The merchant does not obtain access to the account number data. A method for a customer to pay for a transaction over an internet connection is also disclosed. Other apparatus and methods are also disclosed. | 09-11-2008 |
Sanford S. Jenkins, Lee'S Summit, MO US
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20110011481 | DEPLOYING A CHEMICALLY-INFLATABLE BAG WITH AN UNFURLING ACTION - Embodiments provide an apparatus and methods for providing a nonlabor-intensive process for preventing backfill entering, or environmental factors eroding, a cavity formed in the ground. Preventing cavity degradation involves constructing a chemically-inflatable bag that separates two or more chemical reactants by creases and cylindrical coils formed in the chemically-inflatable bag. The creases typically act as watertight releasable seals that separate the chemical reactants while the cylindrical coils resist unintentional compromise of the releasable seals. However, the cylindrical coils are designed to give way upon the user applying an unfurling action on the chemically-inflatable bag; thus, furnishing a passageway for the chemical reactants to intermix and initiate a chemical reaction. The chemical reaction produces carbon dioxide as a by-product, which expands the chemically-inflatable bag from a collapsed condition to an inflated condition. In the inflated condition, the chemically-inflatable bag fills and protects the integrity of the formed cavity. | 01-20-2011 |
Thomas S. Jenkins, Lee'S Summit, MO US
Patent application number | Description | Published |
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20110011481 | DEPLOYING A CHEMICALLY-INFLATABLE BAG WITH AN UNFURLING ACTION - Embodiments provide an apparatus and methods for providing a nonlabor-intensive process for preventing backfill entering, or environmental factors eroding, a cavity formed in the ground. Preventing cavity degradation involves constructing a chemically-inflatable bag that separates two or more chemical reactants by creases and cylindrical coils formed in the chemically-inflatable bag. The creases typically act as watertight releasable seals that separate the chemical reactants while the cylindrical coils resist unintentional compromise of the releasable seals. However, the cylindrical coils are designed to give way upon the user applying an unfurling action on the chemically-inflatable bag; thus, furnishing a passageway for the chemical reactants to intermix and initiate a chemical reaction. The chemical reaction produces carbon dioxide as a by-product, which expands the chemically-inflatable bag from a collapsed condition to an inflated condition. In the inflated condition, the chemically-inflatable bag fills and protects the integrity of the formed cavity. | 01-20-2011 |