Abstract: A machine is disclosed in data communication with at least one remote computing device configured as a user interface, for example. The machine may include first logic to process non-compiled, non-linked rules providing desired functionality on a remote computing device upon the occurrence of an event. The machine may also include second logic to selectively implement an authorized rule change changing a non-compiled, non-linked rule and storing the changed rule in storage. Changing the non-compiled, non-linked rule may be accomplished in run-time and provide changed functionality on the remote computing device upon an event.

Abstract: A computer system, includes a first input configured for data communication with a network of computers; a computer-readable medium storing processor executable instructions corresponding to a plurality of rules where the plurality of rules control the functionality of the system; a first processor configured to receive external events from the network via the first input and configured to receive rule events from the processor executable instructions; and logic configured to audit the received external events and rule events, where the audit comprises recording event initiation data and selectively approving event action where the processor processes an event only in response to the logic approving event action.

Abstract: A method and system for providing a virus-immune, rule-base, cross-platform software system is disclosed. The system can be configured provide industry-specific and user-specific functionality to end-users without writing custom code. The system can be also be configured act as an industry-specific software product merely by changing the configuration information. The software system deploys in a client-server environment and delivers functionality independent of the client platform or operating system.

Abstract: A method and system for providing a virus-immune, rule-base, cross-platform software system is disclosed. The system can be configured provide industry-specific and user-specific functionality to end-users without writing custom code. The system can be also be configured act as an industry-specific software product merely by changing the configuration information. The software system deploys in a client-server environment and delivers functionality independent of the client platform or operating system.

Abstract: An apparatus (20) for press operation data acquisition comprises a tie rod (45a) for bearing a load during a press cycle. The rod (45a) has a load bearing portion (76) and a non-load bearing portion (78). An elongated, axially extending bore (75) is formed in one end (62) of the rod (45a) such that the bore (75) extends from the non-load bearing portion (78) into the load bearing portion (76). A linear variable differential transformer (LVDT) (24), includes a core portion (114) movably disposed relative to a coil portion (118), such that magnetic flux generated by current impression on the coil portion (118) is influenced by a position of the core portion (114) relative thereto. The core portion (114) is secured to a shaft (80). The shaft (80) is adapted for axial movement within the bore (75) in response to deformation of the rod (45a) during press operation. The coil portion (118) is adapted to receive an electric signal current from an associated electric source.

Abstract: A transcutaneous electrical nerve-stimulation therapy apparatus and method having absolute protection for the patient from shock and automatic operation. The apparatus may operate in three modes, either controlled by timer, operating continuously or put in an automatic mode where the timer is automatically reset when the probe is removed from the patient and then recontacted. A circuit is provided for checking the continuity between the patient and the probes before each and every stimulation pulse. These pulses are generated at the same frequency and with a constant phase shift from the stimulation pulses. At the start of each set of stimulation pulses, the pulses are slowly ramped up over a 4-5 second interval so as to prevent any initial jolt to the patient. The device may also be used to locate appropriate application points on the patient's body. The pulses applied are variable current pulses having a fixed voltage.