Other

Fair Isaac Corporation

Robert D Holmes

Scott Michael Zoldi

Dirk Englund

Justin Lawyer

Dimpy Pathria

Alex Barclay

Tim Roach

Frank J McManus

James Raymond Servais

Valerie L Holmes

A temperature control system fitted to a system for forming glass product is provided. The temperature control system includes a first plurality of temperature sensors configured to sense a temperature of glass products exiting an annealing lehr. The first plurality of temperature sensors is further configured to generate sensed temperature signals. A second plurality of temperature sensors configured to sense a temperature of glass products exiting a cooling fan bank. The cooling fan bank is positioned downstream from the annealing lehr. The second plurality of temperature sensors is further configured to generate sensed temperature signals. A control module is configured to receive the sensed temperature signals from the first and second plurality of temperature sensors and compare the sensed temperature signals with pre-set parameters. The control module is configured to direct adjustments in a rotational speed of a plurality of cooling fans in response to the sensed temperature signals.

Glass product annealing lehr with temperature control system

A predictive model system is used to detect telecommunications fraud. Call records (CDRs) provided by telephone companies are evaluated against specified rules. If one or more rules are matched, the system generates an alert. Pending alerts for a customer form a case, describing the caller's calling patterns. A predictive model determines a score that is predictive of the likelihood that the call involved fraud. Cases are queued for examination by analysts.

Self-learning real-time prioritization of fraud control actions

Self-learning real-time prioritization of telecommunication fraud control actions

Provided herein are writing instruments which include a first end portion from which characters may be dispensed, such as an inkpen tip, and a second end portion comprising a correction tape dispensing means. Through use of the present invention, a writer who makes an error using an ink may conveniently invert the writing instrument from an initial position having the inkpen in contact with the paper being written upon, to a second position in which the correction tape dispensing means is in contact with the paper. Such a 180 degree change in the position of the writing instrument is all that is needed to render the writer able to apply a sufficient portion of correction tape to an error in the process for its correction. Through use of the present invention, convenience is increased, while exposure of the writer to harmful volatile chemicals as in the cases when a correction fluid containing a volatile organic compound, such as a halogenated hydrocarbon, is used.

Correction tape equipped writing instruments

A molded construction product, having one or more walls and an inner core section, including a composition matrix having a resin system, a catalytic agent, and filler compounds for forming the walls; a foam core system for forming the inner core section, a curing agent and a drying agent. The resin system is for providing mechanical and physical characteristics of hardness and rigidity to the exterior walls of the molded product. The catalytic agent is for activating the reaction for the polymerization of the resin system. The filler compounds for reinforcing the walls. The foam core system is for producing the inner core section having three-dimensional cross-linking and a core density of 3.5 pounds per cubic foot. The curing agent is for cross-linking of polymers within the resin system for forming the exterior walls to be hard, rigid, and infusible. The drying agent is for drying and binding of excessive moisture within the composition. A structural reinforcement support system is provided for reinforcing the structural integrity of the composition. A locking system is provided for joining one or more of the molded products.

Composite material for construction and method of making same

A final stage automatic weigh and count filling machine feed mechanism is described. The invention is a refinement for machinery used to produce standard quantities of piece parts for subsequent packaging. In general these machines use a series of vibrating feed trays to move a flow of piece parts from a bulk supply into a batching hopper that includes a weighing means. A precise weight is correlated with a part count for a given part. As the desired weight is approached, electronic signals are generated by the weighing means to regulate the speed of vibration applied to the trays or to terminate the vibration altogether. The refinement in the present invention is a trickle feed pan that is affixed to a mounting rail which extends up through an opening in a final stage bulk feed pan. The final stage bulk feed pan and trickle feed pan are mounted on separate vibratory drive mechanisms that are independently controlled. When the material received in the batching hopper approaches predetermined weight limits the speed of the first vibratory drive mechanism and the second vibratory drive mechanism are reduced from a higher speed to a lower speed or stopped altogether. By mounting the trickle feed drive mechanism in the center of the final stage bulk feed pan, excess parts from the trickle feeder drop into the bulk feeder tray. By using a separate vibratory drive mechanism, mounted only to the trickle feeder, the batching hopper can be rapidly and precisely filled. Other refinements of the present invention include special inserts for the trickle feeder pan designed to guide washers and similar parts down the feeder and reversibsle inserts for the trickle feeder pan designed to accommodate different size parts.

Growing community of inventors

Escondido, CA, United States of America

Robert D Holmes