Abstract: An apparatus and methods are provided for a foundation vent cover to be installed onto foundation ventilation openings of crawlspaces, garages, and buildings. The foundation vent cover comprises a mesh screen for covering a foundation vent opening and a supportive frame for retaining the mesh screen in an extended configuration over the foundation vent opening. The supportive frame may be made of a metal or any of various plastics. The mesh screen is made of a material that provides an aesthetically appealing appearance to the foundation opening while also allowing an optimal airflow through the foundation opening. The supportive frame includes holes to receive fasteners for attaching the foundation vent cover over the foundation opening. The fasteners may be wood screws, sheet metal screws, self-drilling screws, or threaded bolts and nuts. The holes may be counterbored or countersunk to hide at least a portion of the heads of the fasteners.

Abstract: An apparatus and methods are provided for a sound effect generation system for broadcasting engine sounds outside a vehicle. The sound effect generation system enables a driver to select and manipulate the sounds emitted outside the vehicle. The sound effect generation system includes a wireless sound generator module for simulating engine sounds, a speaker for broadcasting the engine sounds outside the vehicle, and an external GPS antenna for measuring a speed of the vehicle. When the vehicle is turned on and remains stationary, the sound generator module simulates an idling internal combustion engine. When the speed of the vehicle increases, revving of the internal combustion engine and transmission shifting are simulated. When the speed of the vehicle decreases, a decelerating internal combustion engine is simulated. The sound effect generation system includes settings that may be accessed by a wireless mobile device whereby the driver can manipulate the engine sounds.

Abstract: An apparatus and methods are provided for a portable battery pack for recharging an onboard vehicle battery for extending driving range. The portable battery pack comprises a case that includes a base joined to a lid by way of hinges. A battery array is housed within the base, and electrical terminals are mounted onto the lid. A charging cable may be connected to the electrical terminals and plugged into a charge port of the vehicle. The battery array comprises a multiplicity of battery cells that may be coupled in parallel, in series, or a combination thereof. A battery management system is coupled with the battery array and configured to ensure that the battery array operates safely. The electrical terminals may be coupled with an external power inverter, or a power inverted may be housed within the case and incorporated into the power battery pack.

Abstract: A computer system, method, or computer-readable medium controls a potentially unacceptable software component intended for a software repository. A pre-defined application or repository policy associated with the repository or application pre-defines risks and, for each of the risks, an action to take for the risk. The action can be a pass action or a does-not-pass action, which are pre-defined programmatic steps also defined in the policy. When the component is not new to the repository or the application, the component is passed through for the usual handling. When the component is new, risks are determined that match the software component; for risks which match, the actions are taken as defined in the pre-defined policy. The pass action can include adding the software component to the software repository. The does-not-pass action is followed for a component that does not pass as a potentially unacceptable software component.

Abstract: A computer system, method, or computer-readable medium controls a potentially unacceptable software component intended for a software repository. A pre-defined application or repository policy associated with the repository or application pre-defines risks and, for each of the risks, an action to take for the risk. The action can be a pass action or a does-not-pass action, which are pre-defined programmatic steps also defined in the policy. When the component is not new to the repository or the application, the component is passed through for the usual handling. When the component is new, risks are determined that match the software component; for risks which match, the actions are taken as defined in the pre-defined policy. The pass action can include adding the software component to the software repository. The does-not-pass action is followed for a component that does not pass as a potentially unacceptable software component.

Abstract: A computer system, method, or computer-readable medium corrects a broken portion of an application. A fingerprint indicates classes that comprise the application. The classes indicated in the fingerprint are looked up to determine whether any is broken. For a broken class, a fixed class is substituted when the broken class is loaded at class load time for the application; a fixed class method is substituted into the broken class, when the broken class is loaded at class load time; fixed byte code is substituted for broken byte code corresponding to the broken class, when the broken class is loaded at class load time; the broken class is unloaded and the fixed class is loaded instead, when the application is running; or the broken class is replaced inside the static application with the fixed class; all without replacing classes which are not broken.

Abstract: A computer system, method, or computer-readable medium corrects a broken portion of an application. A fingerprint indicates classes that comprise the application. The classes indicated in the fingerprint are looked up to determine whether any is broken. For a broken class, a fixed class is substituted when the broken class is loaded at class load time for the application; a fixed class method is substituted into the broken class, when the broken class is loaded at class load time; fixed byte code is substituted for broken byte code corresponding to the broken class, when the broken class is loaded at class load time; the broken class is unloaded and the fixed class is loaded instead, when the application is running; or the broken class is replaced inside the static application with the fixed class; all without replacing classes which are not broken.

Abstract: A system and method is provided for detecting the presence of mail articles in individual mailboxes, and informing the mailbox owner at a remote location of the presence and even sender of such mail articles. The method uses sensors in the mailbox to detect the articles and a scanner to capture images of the articles. Information about the mailbox and articles is stored in electronic memory for remote retrieval, i.e., over the Internet. Automatic alerts may also be sent.

Abstract: The present invention relates to a method, system and software for management of software product licences. More particularly, a method of analysing software product licence data is disclosed. The software product licence data is received from a sales database. The data is then collated into an analysis database and an analysis of the data from the analysis database is displayed. Additional information for the analysis database may be provided by assessment of a licence ownership position for a customer, and determination of an appropriate licence agreement for a customer. User interface methods for selecting a software product of a vendor, linking two company names, and displaying linked company names are also disclosed.

Abstract: A security device (3) and a method of forming a security device (3) is provided in which a sheet (1) has a substantially transparent or translucent layer (10) and a reflective layer (11) with at least part of the reflective layer (11) being visible through the transparent or translucent layer (10) from a first side of the sheet (1). The sheet (1) is blind embossed from the first side through the transparent or translucent layer (10) and onto the reflective layer (11) to form a transitory embossed image (3). The transitory embossed image (3) may be provided in a window or half-window (2) formed by applying one or more opacifying layers (14) to the substrate (10) except in the area containing the reflective layer (11) and transitory embossed image (3) on one or both sides of the substrate (10). In one embodiment, the reflective layer is a highly reflective metallic ink (11).