Abstract: The present invention relates to electrode assemblies, neurostimulation systems and methods for implanting and using same. In exemplary embodiments, the electrode includes a body having a conductive contact surface dimensioned and configured to contact a patient's skull; and an electrode head associated with the body. The electrode head is sized for subcutaneous positioning adjacent the subject's skull, and the electrode body is of a length and configured such that the electrode body extends at least partially through the patient's skull but does not contact the patient's dura mater. As these electrodes need not directly contact the brain nor penetrate the dura mater to be effective in neurostimulatory applications, they avoid many of the disadvantages, e.g. increased risk of infection and invasive implantation procedures, associated with conventional electrode design.

Abstract: Disclosed herein are architectures and related processes and communication tools for enabling secure information sharing and post-merger integration planning during the regulatory review period of mergers and acquisitions. The disclosed embodiments include a secure information sharing architecture and related communication processes and tools for facilitating data flow from companies involved in a merger transaction into a quarantined center of a secure information sharing architecture while ensuring that information integrity is maintained in compliance with regulatory restrictions, and automated tools for allowing users to track and view the status of communications into and out of the quarantined center.

Abstract: Disclosed herein are architectures and related processes and tools for enabling secure information sharing during the regulatory review period of mergers and acquisitions. A secure information sharing architecture and related processes and tools is provided that facilitates data gathering and information organizing to accelerate the post merger integration process for companies involved in a merger transaction while ensuring that information integrity is maintained in compliance with regulatory restrictions. Embodiments of the invention permit a mirrored approach to integration research and planning.

Abstract: Certain embodiments of the present invention provide a system for improved data communications within a remote sensor system. The system includes a sensor node. The sensor node is adapted to generate data based at least in part on a detected event. The sensor node is adapted to communicate the data based at least in part on a rule. Certain embodiments of the present invention provide a method for improved data communications within a remote sensor system. The method includes detecting an event, generating data based at least in part on the event, processing the data based at least in part on a rule, and communicating the data when the rule satisfied.

Abstract: Certain embodiments of the present invention provide a system for improved data communications within a remote sensor system. The system includes a control center node. The control center is adapted to receive data, process the data based at least in part on a rule, and notify a user when the rule is satisfied. Certain embodiments of the present invention provide a method for improved data communications within a remote sensor system. The method includes detecting an event, generating data based at least in part on the event, processing the data based at least in part on a rule, and notifying a user when the rule is satisfied.

Abstract: A medical electrode designed to prevent the passage of harmful electric current to a patient, thereby preventing tissue damage and electrocution. In the preferred embodiment, the inventive medical electrode is comprised of a proximal end, a distal end, a conductive lead connecting the proximal and distal ends, and a fuse located upon the medical electrode for preventing the passage of harmful electric current to a patient. For additional protection from induction current, the preferred location of the fuse is aft of the conductive lead element of the electrode. While a fuse is used in the preferred embodiment, the fuse could be replaced with a diode or a circuit breaker.

Abstract: A method for installing a printed circuit board assembly on a disk drive base plate is disclosed, as well as the corresponding structure used for this installation. Generally, the printed circuit board assembly includes a pair of bosses that are each disposed within a corresponding concave slot on the base plate. When installing the printed circuit board assembly, the bosses are disposed within their corresponding slot while the printed circuit is disposed at an angle relative to the base plate. Thereafter, the printed circuit board assembly is pivoted toward and into interfacing relation with the base plate at least generally about the bosses.

Abstract: A device to permit upgrading of a building's utilities, as well as the addition thereto, such as but not limited to phone, tv, and electrical supply, to be inserted into new or preexisting sheet rock, or above or below the sheet rock to blend into the crown molding or baseboard as may be present. The device has a base frame to be attached to the studs in a cutout in the sheet rock, and which is sized in elevation to receive standard electrical boxes, and sized in width to preferably fit between adjacent studs, such as but not limited to 16 and 24 inches on center. A cover member element, has one edge located spline or a pair of spaced splines, each of which present matingly engages a respective slot formed in and extending forwardly on the base frame. In those areas along the length of the base frame occupied by utility boxes with components disposed therein, such components are covered over by standard electrical box cover plates which are attached in conventional fashion.

Abstract: A medical electrode designed to prevent the passage of harmful electric current to a patient, thereby preventing tissue damage and electrocution. In the preferred embodiment, the inventive medical electrode is comprised of a proximal end, a distal end, a conductive lead connecting the proximal and distal ends, and a fuse located upon the medical electrode for preventing the passage of harmful electric current to a patient. For additional protection from induction current, the preferred location of the fuse is aft of the conductive lead element of the electrode. While a fuse is used in the preferred embodiment, the fuse could be replaced with a diode or a circuit breaker.

Abstract: A medical electrode designed to prevent the passage of harmful electric current to a patient, thereby preventing tissue damage and electrocution. In the preferred embodiment, the inventive medical electrode is comprised of a proximal end, a distal end, a conductive lead connecting the proximal and distal ends, and a fuse located upon the medical electrode for preventing the passage of harmful electric current to a patient. For additional protection from induction current, the preferred location of the fuse is aft of the conductive lead element of the electrode. While a fuse is used in the preferred embodiment, the fuse could be replaced with a diode or a circuit breaker.

Abstract: A device to permit upgrading of a building's utilities, as well as the addition thereto, such as but not limited to phone, tv, and electrical supply, to be inserted into new or preexisting sheet rock, or above or below the sheet rock to blend into the crown molding or baseboard as may be present. The device comprises a base frame to be attached to the studs in a cutout in the sheet rock, sized in elevation to receive standard electrical boxes, and sized in width to preferably fit between adjacent studs, such as but not limited to 16 and 24 inches on center. A cover member element, having edge located one spline or a pair of spaced splines, each of which present matingly engages a respective slot formed in and extending forwardly on the base frame. In those areas along the length of the base frame occupied by utility boxes with components disposed therein, such components are covered over by standard electrical box cover plates which are attached in conventional fashion.

Abstract: Methods, systems, and towing bridles, are provided to increase spread width, streamer separation, and number in marine seismic data acquisition. The invention is applicable for towing seismic equipment behind a marine seismic data equipment handling vessel along a data acquisition path, the system comprising: a deflector attached to a deflector line; an equipment handling vessel attached to the deflector; a deflector line pulling vessel attached to the deflector line; and the marine seismic data equipment attached to the deflector line.

Abstract: A system for transmitting signals between a plurality of towed sensor streamers and a seismic vessel, the system comprising: a plurality of seismic streamers, wherein each streamer of the plurality of seismic streamers comprises: a leading end, a trailing end, a plurality of sensors located therein and a transmitter of seismic signals received by the plurality of sensors to a terminal located in the leading end of the streamer; at least one spreader located between the leading ends of two streamers of the plurality of seismic streamers, the spreader comprising: connectors for connection to the terminals of the streamers, a spreader terminal, and a spreader transmitter of signals between the connectors and the spreader terminal; a lead-in having a lead-in connector for connecting to the spreader terminal and a transmitter of signals between the lead-in connector and the seismic vessel.

Abstract: A seismic air gun has a passage between the stem of its shuttle and a baffle, whereby ambient pressure can reach the back of the operating piston. The gun is fired by dumping a small quantity of pressure air from the operating chamber via a solenoid valve to the ambient surroundings. The firing seal is a lip seal. The shuttle is of unitary construction, while the baffle is diametrically split.