Abstract: A computer-implemented system for managing, processing, refurbishing of electronic devices, is disclosed.

Abstract: Provided is a key lock operable for locking and unlocking a latch control mechanism. The key lock includes a key collar with a front face, an outer cylindrical surface, and a longitudinally extending key slot. A center collar is concentrically disposed about the key collar such that an inner cylindrical surface of the center collar is fit to and rotatable on the outer cylindrical surface of the key collar. A series of cylindrical rotating pins are disposed in the center collar, each rotating pin having a notch with a key ID surface configured to engage one of a corresponding series of ID cut surfaces of a key when the key is inserted in the key slot and rotated to a key verification position, thereby rotationally orienting each pin at a respective ID position.

Abstract: Provided is a key lock operable for locking and unlocking a latch control mechanism. The key lock includes a key collar with a front face, an outer cylindrical surface, and a longitudinally extending key slot. A center collar is concentrically disposed about the key collar such that an inner cylindrical surface of the center collar is fit to and rotatable on the outer cylindrical surface of the key collar. A series of cylindrical rotating pins are disposed in the center collar, each rotating pin having a notch with a key ID surface configured to engage one of a corresponding series of ID cut surfaces of a key when the key is inserted in the key slot and rotated to a key verification position, thereby rotationally orienting each pin at a respective ID position.

Abstract: A phone case with a secondary housing retainer attached to the underside of the phone case. The secondary housing retainer can receive a rectilinear secondary housing that can act as a cigarette holder, wallet, cosmetic holder or battery charging unit. The secondary housing includes a hinged lid that can be opened even when the secondary housing is within the housing retainer. A third housing built into the underside of the cell phone retaining case has a hinged lid allowing the outermost panel to open or close. The third housing has a triangular cross section. In a second embodiment the secondary housing is a removable cosmetic tray that is covered by a hinged cover plate.

Abstract: A phone case with a secondary housing retainer attached to the underside of the phone case. The secondary housing retainer can receive a rectilinear secondary housing that can act as a cigarette holder, wallet, cosmetic holder or battery charging unit. The secondary housing includes a hinged lid that can be opened even when the secondary housing is within the housing retainer. A third housing built into the underside of the cell phone retaining case has a hinged lid allowing the outermost panel to open or close. The third housing has a triangular cross section. In a second embodiment the secondary housing is a removable cosmetic tray that is covered by a hinged cover plate.

Abstract: Blast absorbing structures and system for use in absorbing blast forces exerted on a floor of a personnel cabin of a vehicle, are disclosed. The blast absorbing flexing structure comprises a bottom section forming a floor of the cabin, a first side section and opposing second side section, each side section extending from the bottom section and including a plurality of steps along a length of the second side section. The steps flex in response to a blast force. In another embodiment, the blast absorbing expanding structure comprises a force abatement device forming a floor of the cabin, a cover plate having a plurality of slots arranged around a perimeter of the plate. The cover plate is movable between a neutral position and a blast force position to diminish the blast forces prior to the blast forces to reaching an occupant of the cabin.

Abstract: Blast absorbing structures and system for use in absorbing blast forces exerted on a floor of a personnel cabin of a vehicle, are disclosed. The blast absorbing flexing structure comprises a bottom section forming a floor of the cabin, a first side section and opposing second side section, each side section extending from the bottom section and including a plurality of steps along a length of the second side section. The steps flex in response to a blast force. In another embodiment, the blast absorbing expanding structure comprises a force abatement device forming a floor of the cabin, a cover plate having a plurality of slots arranged around a perimeter of the plate. The cover plate is movable between a neutral position and a blast force position to diminish the blast forces prior to the blast forces to reaching an occupant of the cabin.

Abstract: Blast absorbing structures and system for use in absorbing blast forces exerted on a floor of a personnel cabin of a vehicle, are disclosed. The blast absorbing flexing structure comprises a bottom section forming a floor of the cabin, a first side section and opposing second side section, each side section extending from the bottom section and including a plurality of steps along a length of the second side section. The steps flex in response to a blast force. In another embodiment, the blast absorbing expanding structure comprises a force abatement device forming a floor of the cabin, a cover plate having a plurality of slots arranged around a perimeter of the plate. The cover plate is movable between a neutral position and a blast force position to diminish the blast forces prior to the blast forces to reaching an occupant of the cabin.

Abstract: Systems, related methods and other means for providing the securing of JavaScript source code are provided herein. Circuitry may be configured to determine whether a debugging console is active on a client device and deny access to the JavaScript if the debugging console is active. Additionally or alternatively, the circuitry may receive a request to access the JavaScript source code form a client device, and may determine whether the request is from a trusted referrer. When the request is from an untrusted referrer, the circuitry can deny access to the JavaScript. When the request is from a trusted referrer, the circuitry can grant access to the JavaScript.

Abstract: Blast absorbing structures and system for use in absorbing blast forces exerted on a floor of a personnel cabin of a vehicle, are disclosed. The blast absorbing flexing structure comprises a bottom section forming a floor of the cabin, a first side section and opposing second side section, each side section extending from the bottom section and including a plurality of steps along a length of the second side section. The steps flex in response to a blast force. In another embodiment, the blast absorbing expanding structure comprises a force abatement device forming a floor of the cabin, a cover plate having a plurality of slots arranged around a perimeter of the plate. The cover plate is movable between a neutral position and a blast force position to diminish the blast forces prior to the blast forces to reaching an occupant of the cabin.

Abstract: A barrier assembly for a motor vehicle having a shift lever and a kit for assembling the barrier assembly are disclosed. The barrier assembly has a retainer, a lever plate, seals and spacers. The retainer has a retainer aperture extending from a first surface to a second surface. The lever plate is moveable and has a lever opening extending from a first face to a second face. A gliding surface allows the lever plate to move in a planar motion parallel to the retainer while supported on the retainer. A first seal is located on the first face of the lever plate proximal to the lever opening. A second seal is located on the first face of the lever plate distal to the lever opening. Spacers project from the retainer distal to the retainer aperture.

Abstract: The disclosed vehicle armor includes a first layer forming an interior bottom surface of the cabin and comprised of a high-strength metal material, a second layer forming an exterior bottom surface of the cabin and comprised of a high-strength metal material, and, a middle layer sandwiched between the first and second layers and comprised of a polymer material. The underbelly device is configured having a plurality of high areas and low areas creating deflection faces and separation distances between an interior of the cabin and an exterior threat. A second, multi-layer composite structure, forming an interior floor of the cabin, may be incorporated as a fragmentation penetration barrier.

Abstract: Systems and methods for determining an average retirement age index, the index including a year and week. The method determines a wealth at death of an average couple for a first retirement age. If wealth at death is greater than zero, the retirement age is decreased by one and the wealth at death value is recalculated. This process continues until the wealth at death value is less than zero, at which point the year of the retirement age index is determined by adding one to the current year of the retirement age. The week of the retirement age index is determined by: dividing the opposite of a wealth at death value for the year prior to the year of the average retirement age index by a wealth delta and multiplying the result by fifty-two.

Abstract: A composite is formed by inserting a ceramic powder into a channel of a preform to form a ceramic powder filled preform. The ceramic powder has at least one reactive ceramic powder. The preform is a ceramic, ceramic-metal composite, metal or combination thereof that has walls that define a plurality of channels each channel having an opening at a surface of the preform. The ceramic powder filled preform is infiltrated with a molten metal to form the ceramic-metal body, which has at least one ceramic phase that is a reaction product of the reactive ceramic and molten infiltrated metal.

Abstract: Systems and methods for determining an average retirement age index, the index including a year and week. The method determines a wealth at death of an average couple for a first retirement age. If wealth at death is greater than zero, the retirement age is decreased by one and the wealth at death value is recalculated. This process continues until the wealth at death value is less than zero, at which point the year of the retirement age index is determined by adding one to the current year of the retirement age. The week of the retirement age index is determined by: dividing the opposite of a wealth at death value for the year prior to the year of the average retirement age index by a wealth delta and multiplying the result by fifty-two.

Abstract: Systems and methods for determining a U.S. average retirement age index, the index including a year and week. The method determines a wealth at death of an average U.S. couple for a first retirement age. If wealth at death is greater than zero, the retirement age is decreased by one and the wealth at death value is recalculated. This process continues until the wealth at death value is less than zero, at which point the year of the retirement age index is determined by adding one to the current year of the retirement age. The week of the retirement age index is determined by: dividing the opposite of a wealth at death value for the year prior to the year of the U.S. average retirement age index by a wealth delta and multiplying the result by fifty-two.

Abstract: Systems and methods for determining a U.S. average retirement age index, the index including a year and week. The method determines a wealth at death of an average U.S. couple for a first retirement age. If wealth at death is greater than zero, the retirement age is decreased by one and the wealth at death value is recalculated. This process continues until the wealth at death value is less than zero, at which point the year of the retirement age index is determined by adding one to the current year of the retirement age. The week of the retirement age index is determined by: dividing the opposite of a wealth at death value for the year prior to the year of the U.S. average retirement age index by a wealth delta and multiplying the result by fifty-two.

Abstract: The disclosed vehicle armor includes a first layer forming an interior bottom surface of the cabin and comprised of a high-strength metal material, a second layer forming an exterior bottom surface of the cabin and comprised of a high-strength metal material, and, a middle layer sandwiched between the first and second layers and comprised of a polymer material. The underbelly device is configured having a plurality of high areas and low areas creating deflection faces and separation distances between an interior of the cabin and an exterior threat. A second, multi-layer composite structure, forming an interior floor of the cabin, may be incorporated as a fragmentation penetration barrier.

Abstract: A compression molding system and method, including a mold set and one or more hydraulic cylinders that create a self-aligning and self-activating operating unit. The hydraulic cylinders can include a combination of activation and clamping cylinders. The mold set includes a first and second mold section and a source of heat is provided to heat the mold set. The mold sections are constructed of individual plates or bar stock, and machined to define a mold cavity. Reinforcement plates can be attached to the mold sections and add structure and integrity to the system. A computer control system interprets data from the activation hydraulic cylinders and monitors and controls hydraulic fluid flow into and out of each cylinder and a pumping system pumps hydraulic fluid into and out of the chambers within the activation and clamping cylinders.

Abstract: A composite is formed by inserting a ceramic powder into a channel of a preform to form a ceramic powder filled preform. The ceramic powder has at least one reactive ceramic powder. The preform is a ceramic, ceramic-metal composite, metal or combination thereof that has walls that define a plurality of channels each channel having an opening at a surface of the preform. The ceramic powder filled preform is infiltrated with a molten metal to form the ceramic-metal body, which has at least one ceramic phase that is a reaction product of the reactive ceramic and molten infiltrated metal.