Abstract: Controllers and methods of bulk explosive loading systems are disclosed. A controller of a bulk explosive loading system includes a communication interface configured to communicate with a human-machine interface (HMI). The HMI is configured to execute a software program configured to enable the HMI to receive user inputs from a user. The controller also includes control outputs to output control signals to electrically controllable components. The controller further includes sensor inputs configured to receive sensor signals from sensors configured to monitor the bulk explosive loading system. The controller also includes a processor configured to process recipe information received from the HMI, generate the control signals based on the recipe information to control the electrically controllable components to blend the mixture, process the sensor signals received during blending of the mixture, and transmit blending information to the HMI device.

Abstract: Controllers and methods of bulk explosive loading systems are disclosed. A controller of a bulk explosive loading system includes a communication interface configured to communicate with a human-machine interface (HMI). The HMI is configured to execute a software program configured to enable the HMI to receive user inputs from a user. The controller also includes control outputs to output control signals to electrically controllable components. The controller further includes sensor inputs configured to receive sensor signals from sensors configured to monitor the bulk explosive loading system. The controller also includes a processor configured to process recipe information received from the HMI, generate the control signals based on the recipe information to control the electrically controllable components to blend the mixture, process the sensor signals received during blending of the mixture, and transmit blending information to the HMI device.

Abstract: Controllers and methods of bulk explosive loading systems are disclosed. A controller of a bulk explosive loading system includes a communication interface configured to communicate with a human-machine interface (HMI). The HMI is configured to execute a software program configured to enable the HMI to receive user inputs from a user. The controller also includes control outputs to output control signals to electrically controllable components. The controller further includes sensor inputs configured to receive sensor signals from sensors configured to monitor the bulk explosive loading system. The controller also includes a processor configured to process recipe information received from the HMI, generate the control signals based on the recipe information to control the electrically controllable components to blend the mixture, process the sensor signals received during blending of the mixture, and transmit blending information to the HMI device.

Abstract: Size altering transportation monitor cart whose horizontal width can be expanded or retracted by pulling stopper pins and pulling or pushing the horizontal frame open, closed or to a varying degree between opened or closed.

Abstract: The present invention provides BACE inhibitors of Formula (I); methods for their use and preparation, and intermediates useful for their preparation.

Abstract: The present invention provides BRACE inhibitors of Formula (I): methods for their use, and intermediates and methods for their preparation.

Abstract: A web services user agent is automatically downloaded to a user's network device in response to a user's request for a login web page associated with a web site (e.g., a web site of a company associated with a customer service center). When the user presents his or her login information (e.g., a username and password), the web services user agent automatically uses the user's login information to generate a session initiation protocol registration message. The web services user agent then automatically transmits the SIP registration message to a SIP server associated with a customer service center. Information about the user, such as the identity of the user and the current URL being browsed by the user, can then be displayed on the devices of one or more customer service representatives.

Abstract: A customer service center or other facility receives session imitation protocol (SIP) messages transmitted from a web services user agent on behalf of a user network device. The customer service center is equipped with a session initiation protocol-enabled presence server that retrieves information about a SIP registered user, and adds information about the user (e.g., the user's name) on selected buddy lists subscribed to by customer service representatives. Customer service representatives are able to establish SIP media sessions with users appearing on their buddy lists by, for example, clicking on the user's name.

Abstract: A video conferencing terminal includes an encoder that receives a baseband audio signal and a baseband video signal and creates compressed audio packets and compressed audio-video packets. A network interface driver receives the compressed audio packets and the compressed audio-video packets, IP encapsulates the compressed audio packets and the compressed audio-video packets, transmits the IP packets onto an IGMP network. The network interface driver also requests audio packets and audio-video packets from the network and recovers compressed audio packets and compressed audio-video packets from the IP packets received from the network. A decoder receives compressed audio packets and compressed audio-video packets from the network interface driver and generates a baseband video signal and multiple baseband audio signals.