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Gallon, US

Genay Nicole Gallon, Hopewell, VA US

Patent application numberDescriptionPublished
20080228645Methods, systems and articles of manufacture for managing penalty fees for financial accounts - Methods, systems, and articles of manufacture are disclosed for providing a payment plan to credit card customers. A customer may be offered membership into a payment plan that allows the customer to pay past due penalty fees included in a balance associated With the customer's credit card account. Once a customer is member of the plan, a new segment is created for the customer's account. The penalty fees are removed from the balance and applied to a balance associated with the new segment. Thereafter, each time payment is received for the financial account, the payment may be applied in whole or part to the new segment's balance until it reaches zero. Subsequent payments are applied to the balance of the financial account. In one configuration, the financial account may not be charged any penalty fees while the customer is a member of the plan.09-18-2008
20090070244Methods, systems and articles of manufacture for managing penalty fees for financial accounts - Methods, systems, and articles of manufacture are disclosed for providing a payment plan to credit card customers. A customer may be offered membership into a payment plan that allows the customer to pay past due penalty fees included in a balance associated with the customer's credit card account. Once a customer is member of the plan, a new segment is created for the customer's account. The penalty fees are removed from the balance and applied to a balance associated with the new segment. Thereafter, each time payment is received for the financial account, the payment may be applied in whole or part to the new segment's balance until it reaches zero. Subsequent payments are applied to the balance of the financial account. In one configuration, the financial account may not be charged any penalty fees while the customer is a member of the plan.03-12-2009

Lois Sara Gallon, Cincinnati, OH US

Patent application numberDescriptionPublished
20090062173Laundry System Having Unitized Dosing - Compositions, articles and methods are provided for supplying fabric care benefits to clothing or fabrics in an automated washing machine and by manual washing. The fabric care compositions preferably have less than about 5% detergent surfactants, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. Similarly, the fabric care compositions preferably have less than about 5% fabric softener actives, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. The laundry articles can take a variety of forms in a variety of physical states all of which will rapidly dispense a unitized amount of one or more selected fabric care agents to a wash and/or rinse bath solution during the laundering process under a variety of conditions. The invention also pertains to laundry kits that contain a variety of such articles and instructions concerning their use. Likewise, methods for preparing a customized laundry solution to obtain a specific fabric care benefit selected based on the user's personal preferences and/or the fabric care needs of the fabrics being laundered are also provided. Further, the present invention also concerns methods for assisting a consumer in identifying the unitized articles to be used in preparing a laundry solution that will impart desired fabric care benefits as well as merchandising displays for dispensing the articles, assembling customized laundry kits and instructing the consumer on the selection and use of laundry articles.03-05-2009
20090253611CONTROLLED BENEFIT AGENT DELIVERY SYSTEM - The present invention relates to a benefit agent delivery system that can, when directly applied to a substrate, provide a longer benefit term than when a benefit agent alone is applied to said substrate. Typical benefit agents include perfume raw materials such as perfume aldehydes and ketones.10-08-2009
20100035789Laundry System Having Unitized Dosing - Compositions, articles and methods are provided for supplying fabric care benefits to clothing or fabrics in an automated washing machine and by manual washing. The fabric care compositions preferably have less than about 5% detergent surfactants, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. Similarly, the fabric care compositions preferably have less than about 5% fabric softener actives, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. The laundry articles can take a variety of forms in a variety of physical states all of which will rapidly dispense a unitized amount of one or more selected fabric care agents to a wash and/or rinse bath solution during the laundering process under a variety of conditions. The invention also pertains to laundry kits that contain a variety of such articles and instructions concerning their use. Likewise, methods for preparing a customized laundry solution to obtain a specific fabric care benefit selected based on the user's personal preferences and/or the fabric care needs of the fabrics being laundered are also provided. Further, the present invention also concerns methods for assisting a consumer in identifying the unitized articles to be used in preparing a laundry solution that will impart desired fabric care benefits as well as merchandising displays for dispensing the articles, assembling customized laundry kits and instructing the consumer on the selection and use of laundry articles.02-11-2010
20100115708Laundry System Having Unitized Dosing - Compositions, articles and methods are provided for supplying fabric care benefits to clothing or fabrics in an automated washing machine and by manual washing. The fabric care compositions preferably have less than about 5% detergent surfactants, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. Similarly, the fabric care compositions preferably have less than about 5% fabric softener actives, more preferably less than 3%, even more preferably less than 1% and are most preferably free of detergent surfactants. The laundry articles can take a variety of forms in a variety of physical states all of which will rapidly dispense a unitized amount of one or more selected fabric care agents to a wash and/or rinse bath solution during the laundering process under a variety of conditions. The invention also pertains to laundry kits that contain a variety of such articles and instructions concerning their use Likewise, methods for preparing a customized laundry solution to obtain a specific fabric care benefit selected based on the user's personal preferences and/or the fabric care needs of the fabrics being laundered are also provided. Further, the present invention also concerns methods for assisting a consumer in identifying the unitized articles to be used in preparing a laundry solution that will impart desired fabric care benefits as well as merchandising displays for dispensing the articles, assembling customized laundry kits and instructing the consumer on the selection and use of laundry articles.05-13-2010
20100325813CONTROLLED BENEFIT AGENT DELIVERY SYSTEM - The present invention relates to a benefit agent delivery system that can, when directly applied to a substrate, provide a longer benefit term than when a benefit agent alone is applied to said substrate. Typical benefit agents include perfume raw materials such as perfume aldehydes and ketones.12-30-2010

Patent applications by Lois Sara Gallon, Cincinnati, OH US

Robert Jack Gallon, Northville, MI US

Patent application numberDescriptionPublished
20100224155CAMSHAFT DAMPING MECHANISM AND METHOD OF ASSEMBLY - A camshaft damping mechanism may include first and second housing members and a biasing member. The first housing member may be engaged with a camshaft. The second housing member may be slidably coupled to the first housing member and may abut an engine structure. The biasing member may be retained axially between the first and second housing members and may force the first housing member in an outward axial direction from the second housing member.09-09-2010
20110083639CYLINDER DEACTIVATION TO REDUCE FUEL ENRICHMENT AFTER FUEL CUTOFF MODES - A system includes a fuel cutoff module and a cylinder deactivation module. The fuel cutoff module generates a fuel cutoff signal when a deceleration fuel cutoff condition occurs, wherein fueling to M cylinders of an engine is disabled based on the fuel cutoff signal, and wherein M is an integer greater than or equal to one. The cylinder deactivation module deactivates the M cylinders in response to the fuel cutoff signal.04-14-2011
20110094463ENGINE ASSEMBLY INCLUDING SECONDARY OIL PUMP AND PUMP MOUNTING STRUCTURE - A cam bearing cap may include a first bearing cap region, a pump mounting region, an oil inlet, and an oil outlet. The first bearing cap region may extend over and secure a first camshaft to an engine assembly. The pump mounting region may extend from the first bearing cap region and may have a secondary oil pump mounted thereto. The oil inlet may extend through the pump mounting region and may provide communication between the secondary oil pump and an oil supply. The oil outlet may extend through the pump mounting region and may provide communication between the secondary oil pump and a hydraulically actuated engine component.04-28-2011

Ronnel Gallon, Orange, CA US

Patent application numberDescriptionPublished
20090255346Encoder-type register for an automatic water meter reader - An encoder-type register for an automatic meter reader to be interfaced with a visual read-only register of the kind found in a water meter that measures water consumption. The water meter register has a rotatable sweep hand that carries a magnet and rotates around a register plate in relation to the speed and volume of water moving through the water meter. A plurality of (e.g., three) magnetic (e.g., Hall effect) sensors are fixedly positioned one-after-another in the path of the magnet carried by the rotating sweep hand. The magnetic sensors measure the magnetic field produced by the rotating magnet and generate corresponding output signals. A microprocessor receives the output signals generated by the magnetic sensors whenever the magnet rotates therepast. The microprocessor stores information concerning the number of rotations of the magnet carried by the sweep hand depending upon the direction in which the magnet is being rotated as an indication of water consumption. The microprocessor provides the stored information to a meter interface unit connected to a set of output terminals of the encoder register so that such information can be transmitted from the meter interface unit to a remote data collector over a wireless communication path.10-15-2009