Abstract: A lunch box includes a housing having a bottom surface, a front wall, a rear wall, two opposing sidewalls and an open top in communication with an interior storage chamber. A pivotal lid encloses the open top to provide selective access to the interior storage chamber. A freeze pack and an accessory tray seamlessly fit within the interior storage chamber. The tray houses a sensor that measures temperature, pressure and humidity within the interior chamber, and transmits the measured data to a portable electronic device. Therefore, a remote user can monitor the condition of the storage chamber without opening the lid or otherwise accessing the lunch box.

Abstract: A cooler includes a housing having a bottom surface, a front wall, a rear wall, two opposing sidewalls and an open top in communication with an interior storage chamber. A pivotal lid encloses the open top to provide selective access to the interior storage chamber. The lower surface of the lid includes a sensor that measures temperature, pressure and humidity within the interior chamber, and transmits the measured data to a portable electronic device to allow a remote user to monitor the condition of stored ice without opening the lid.

Abstract: Interlocking, detachable beverage holders each include a block having a central beverage receptacle that is dimensioned and configured to receive and conform to a wine bottle or similar container. The beverage receptacle is defined by a continuous inner wall having a plurality of ribs longitudinally positioned thereon that stabilize a stored container. Each block exterior includes a plurality of protrusions, notches, rims and concave cleats that seamlessly intermesh with those of other blocks allowing multiple blocks to be interconnected like jigsaw puzzle pieces. Each block contains a refrigerant that reaches a frigid temperature when placed within a freezer to chill a beverage stored within the beverage receptacle.

Abstract: A condensate treatment system includes a housing attached to an A/C condensate drain line having a biocide received within an interior chamber. A load cell continuously measures the weight of biocide in the interior chamber in order to calculate a remaining amount. A control unit is in communication with the load cell and various sensors for monitoring operational variables associated with the condensate system. The control unit has Wi-Fi capability to allow the sensor readings and the remaining amount of biocide to be accessed wirelessly from a supervisor's remote computer or smart phone. If the control unit detects rising condensate levels in the drip pan or the housing, it disables the air conditioner to prevent an overflow.

Abstract: A system for accelerating Sarbanes-Oxley (SOX) compliance for management of a company is includes defining scope components needed for Sarbanes-Oxley compliance by the company, establishing internal controls for achieving Sarbanes-Oxley compliance for the scope components, and operating the internal controls using an internal controls library comprising parameters to be used in planning, testing, and evaluating the internal controls for achieving Sarbanes-Oxley compliance for the scope components. Internal controls for achieving Sarbanes-Oxley compliance, which are outside of the parameters of the internal controls library, are remediated to create effective internal controls.

Abstract: Computer readable medium for performing a method for accelerating Sarbanes-Oxley (SOX) compliance for management of a company includes defining scope components needed for Sarbanes-Oxley compliance by the company, establishing internal controls for achieving Sarbanes-Oxley compliance for the scope components, and operating the internal controls using an internal controls library comprising parameters to be used in planning, testing, and evaluating the internal controls for achieving Sarbanes-Oxley compliance for the scope components. Internal controls for achieving Sarbanes-Oxley compliance, that are outside of the parameters of the internal controls library, are remediated to create effective internal controls.

Abstract: A method for accelerating Sarbanes-Oxley (SOX) compliance for management of a company is disclosed. The methodology employs a method that includes defining scope components needed for Sarbanes-Oxley compliance by the company, establishing internal controls for achieving Sarbanes-Oxley compliance for the scope components, and operating the internal controls using an internal controls library comprising parameters to be used in planning, testing, and evaluating the internal controls for achieving Sarbanes-Oxley compliance for the scope components. Internal controls for achieving Sarbanes-Oxley compliance, which are outside of the parameters of the internal controls library, are remediated to create effective internal controls.