Abstract: A machining station especially arranged to carry out deep drill and milling operations is disclosed. The machining station now proposed presents a specific structural arrangement, enables the incorporation, contrary to already existing stations, of an axis dedicated to deep drilling, favoring the use of deep drill tools under ideal conditions, without size restriction. Accordingly, the station is comprised of an operating base, on which there lays an operating module and an arrangement module. This new arrangement for the machining station is therefore more versatile and adaptable to the specificities programmed for each part to be machined.

Abstract: A milling and deep drilling machine operated by a control unit is provided, which commands the action of a robotic arm in a coordinated and automatic manner, being responsible for milling and deep drilling actions, and at least one technical tool storage cabinet. The robotic arm having a mobile structure, with a base structure along which a driving unit is moved, over sliding rails. The configuration of the milling mode in the machine is achieved by coupling a milling tool to the drive unit.

Abstract: A machining station especially arranged to carry out deep drill and milling operations is disclosed. The machining station now proposed presents a specific structural arrangement, enables the incorporation, contrary to already existing stations, of an axis dedicated to deep drilling, favoring the use of deep drill tools under ideal conditions, without size restriction. Accordingly, the station is comprised of an operating base, on which there lays an operating module and an arrangement module. This new arrangement for the machining station is therefore more versatile and adaptable to the specificities programmed for each part to be machined.

Abstract: A milling and deep drilling machine operated by a control unit is provided, which commands the action of a robotic arm in a coordinated and automatic manner, being responsible for milling and deep drilling actions, and at least one technical tool storage cabinet. The robotic arm having a mobile structure, with a base structure along which a driving unit is moved, over sliding rails. The configuration of the milling mode in the machine is achieved by coupling a milling tool to the drive unit.

Abstract: The technology herein developed arises from the need to monitor and automate the entire deep hole drilling, drilling and milling processes, in cutting machines, in order to not only optimize the relevant task performance but also to increase the useful life of the cutting tools involved. An operating system and method are disclosed that allow controlling the entire deep hole drilling, drilling and milling processes, acting directly and automatically on the control of the cutting parameters, such as for example drilling feed and cooling adjustment, by means of collecting and real-time analyzing of data from sensors arranged in said cutting machine.

Abstract: This application describes a device for machining internal channels, couplable to mechanical drilling apparatus, configured to generate rotational and longitudinal movement, such as machine tools for drilling, milling and turning. A method is similarly described for operating the respective device, which allows the action of the cutting tool in accordance with a set of parameters programmed by an operator. Using this device, it is possible to endow the cited apparatus with a capacity to machine internal channels, conferring on them a function that is not common to them.

Abstract: The technology herein developed arises from the need to monitor and automate the entire deep hole drilling, drilling and milling processes, in cutting machines, in order to not only optimize the relevant task performance but also to increase the useful life of the cutting tools involved. An operating system and method are disclosed that allow controlling the entire deep hole drilling, drilling and milling processes, acting directly and automatically on the control of the cutting parameters, such as for example drilling feed and cooling adjustment, by means of collecting and real-time analyzing of data from sensors arranged in said cutting machine.

Abstract: An alert message application running on a first mobile communication can be controlled to operate in a training mode and a normal mode of operation. In the training mode of operation, the application can receive over a short range wireless link a training message response uttered by a user of a second wireless communication device and associate audio information in the utterance with a response code that the user is prompted by the application to enter. In the normal mode of operation, the user can respond to an alert message played by the first wireless communication device with a verbal utterance, and if the response utterance matches the training message response utterance, the application generates and sends a response message to an event notification system that includes the response code.

Abstract: An alert message application running in associated with an alert message response system and is configured with softkeys, each one of which is associated with an alert message response option that is displayed by a mobile communication device depending upon a type of alert message received by the mobile communication device from an event notification system. A mobile communication device user can select one of the displayed response options which causes coded information (response code) representing the selected response option to be included in an alert response message sent to the event notification system (ENS). The ENS uses the response code to determine whether to take an action.

Abstract: An event notification system is configured with a record for each one of a plurality of individual responders to a mass notification event. Each record can have preference information that is specified by an individual responder associated with the record, and the event notification system can use the preference information to generate, for each of the individual responders, a single mass notification message that is formatted according to the preferences of each individual responder.

Abstract: An event notification system is configured with a record for each one of a plurality of individual responders to a mass notification event. Each record can have preference information that is specified by an individual responder associated with the record, and the event notification system can use the preference information to generate, for each of the individual responders, a single mass notification message that is formatted according to the preferences of each individual responder.

Abstract: A mobile communication device (FOB) attached to a user operates on sound information utter by the user to respond to alert messages sent to it by an event notification system (ENS). The FOB is able to transition between a training mode and a normal mode of operation. In the training mode of operation, the FOB can detect and store sound information associated with a user's response to a training alert message. The sound information in the user response to the training alert message is associated with a response code that the user is prompted to enter into the FOB during the training process. In the normal mode of operation, the user can respond to an alert message played by the FOB with a verbal utterance, and the FOB generates and sends a response message to the ENS that includes the response code associated with the training verbal response.

Abstract: A mobile communication device (FOB) attached to a user operates on sound information utter by the user to respond to alert messages sent to it by an event notification system (ENS). The FOB is able to transition between a training mode and a normal mode of operation. In the training mode of operation, the FOB can detect and store sound information associated with a user's response to a training alert message. The sound information in the user response to the training alert message is associated with a response code that the user is prompted to enter into the FOB during the training process. In the normal mode of operation, the user can respond to an alert message played by the FOB with a verbal utterance, and the FOB generates and sends a response message to the ENS that includes the response code associated with the training verbal response.

Abstract: The present invention is directed to an event management system for managing event notifications between disparate systems.

Abstract: The present invention is directed to an event management system for managing event notifications between disparate systems. Specifically, the present invention is directed to: capture event notifications from any external systems or devices capable of generating an event notification; process said event notifications through a multitude of user-configurable settings; deliver said event notifications to any internal or external systems or devices capable of receiving an event notification; facilitate lateral communication between the device that generated an event notification and a device that received it; permanently record the details of an event notification and its life within the system for any purpose, including auditing. The present invention facilitates comprehensive and multi-tiered programming of the system settings, including the assignment of event notification paths between event-generating devices and event-receiving devices.