Abstract: Provided herein are systems and methods for generating policies for a new application using a virtualized environment. Prior to allowing a new application to operate on a host system, the new application may be installed in a virtual environment. A first program execution restrictor of the virtualized environment may determine a set of policies for the new application. The set of policies may allow the new application to add specific program elements during installation and execution in the virtualized environment. The first program execution restrictor may verify an absence of malicious behavior from the new application while the new application executes in the virtualized environment. The new application may be executed on the host system responsive to the verification. The host system may have a second program execution restrictor that applies the set of policies when the new application is allowed to execute on the host system.

Abstract: Provided herein are systems and methods for generating policies for a new application using a virtualized environment. Prior to allowing a new application to operate on a host system, the new application may be installed in a virtual environment. A first program execution restrictor of the virtualized environment may determine a set of policies for the new application. The set of policies may allow the new application to add specific program elements during installation and execution in the virtualized environment. The first program execution restrictor may verify an absence of malicious behavior from the new application while the new application executes in the virtualized environment. The new application may be executed on the host system responsive to the verification. The host system may have a second program execution restrictor that applies the set of policies when the new application is allowed to execute on the host system.

Abstract: Provided herein are systems and methods for generating policies for a new application using a virtualized environment. Prior to allowing a new application to operate on a host system, the new application may be installed in a virtual environment. A first program execution restrictor of the virtualized environment may determine a set of policies for the new application. The set of policies may allow the new application to add specific program elements during installation and execution in the virtualized environment. The first program execution restrictor may verify an absence of malicious behavior from the new application while the new application executes in the virtualized environment. The new application may be executed on the host system responsive to the verification. The host system may have a second program execution restrictor that applies the set of policies when the new application is allowed to execute on the host system.

Abstract: Provided herein are systems and methods for generating policies for a new application using a virtualized environment. Prior to allowing a new application to operate on a host system, the new application may be installed in a virtual environment. A first program execution restrictor of the virtualized environment may determine a set of policies for the new application. The set of policies may allow the new application to add specific program elements during installation and execution in the virtualized environment. The first program execution restrictor may verify an absence of malicious behavior from the new application while the new application executes in the virtualized environment. The new application may be executed on the host system responsive to the verification. The host system may have a second program execution restrictor that applies the set of policies when the new application is allowed to execute on the host system.

Abstract: A tire-wheel assembly adjuster is disclosed. The tire-wheel assembly comprises a working assembly adapted to be adjustable along an axis relative a workpiece and a sub-assembly coupled to the working assembly that is adapted to be radially adjustable relative the axis. A method for assembling a tire-wheel assembly is also disclosed. The method includes the steps of providing a tire in an un-mounted state relative a wheel to a tire-wheel assembly adjuster; moving a sub-assembly connected to a working assembly in a radial direction relative an axis; moving the working assembly in a first direction about the axis toward the tire and wheel; and causing a wheel adjuster extending from the sub-assembly to circumferentially seat a bead of the tire into a bead seat of the wheel.

Abstract: A user defines their own call-coverage path (141) or other call-processing information by drawing a graphical flowchart (200) using an interactive GUI of a PC-based software application (140). Once the flowchart is drawn, it is activated with the push of a button, and that flowchart is now the logic that is applied to a user's coverage path. The call-coverage path (the flowchart) remains resident on the user's PC (103) and the communications switching system (101) retrieves call-coverage information from the PC whenever it must perform call coverage for that user. A plurality of different flowcharts may be drawn and stored on the PC, and then recalled and activated at any time as the present call-coverage path for the user. A call-coverage path may be activated by and/or for the user from anywhere on a LAN (104), WAN, or the Internet, so that the call-coverage path my be controlled remotely.

Abstract: An apparatus and method for starting and controlling a motor comprises a timing circuit and a main control circuit. The timing circuit initiates a start-up period upon detecting power and provides an indication of the start-up period. The main control circuit receives the indication of the start-up period and applies variable magnitudes of power to a main winding of the motor. During the start-up period, the power applied to the main winding has a fixed, substantially maximum magnitude. During a period of normal operation following, the power applied to the main winding has a user-adjustable magnitude. The start-up period duration is as long as necessary for the motor to overcome a starting load thereon. Preferably, the timing circuit has a timer measuring the start-up period and a main relay signaling the start-up period to the main control circuit.

Abstract: A temperature sensing device is disclosed in which the temperature sensing element is a semiconductor diode. The reference supply current for the diode is derived from an offset voltage regulator in such a way that power source fluctuations appear as common mode inputs to an operational amplifier. The operational amplifier controls a voltage controlled oscillator. The output pulses of the oscillator are counted over periodic time intervals of predetermined length to produce periodic counts which correlate to temperature. The device is designed in the preferred embodiment for use on commercial alternating current power lines where the length of timing for temperature sensing, the interval between readings and switching between multiple sensors is controlled by the power line frequency.