Mathys & Squire

In one aspect, a method for routing traffic using a multi-tenanted service hub includes: receiving, by the multi-tenanted service hub of a network, a first communication from a first tenant of a shared edge device, where metadata associated with the first communication includes a first source VPN and a service label, determining, by the multi-tenanted service hub, a first tenant ID based on metadata associated with a first tunnel from the shared edge device to the multi-tenanted service hub, querying, by the multi-tenanted service hub, a mapping table using the first source VPN and the first tenant ID to retrieve a device VPN, where the device VPN is a multi-tenanted VPN of the network, and forwarding, by the multi-tenanted service hub, the first communication using the device VPN, where the device VPN corresponds to a service label maps to a service chain.

The present invention relates to an AB co-polymer or AB co-oligomer having a resole like structure. In particular the invention is directed to an AB co-polymer or AB co-oligomer, a method of preparing the AB co-polymer or AB co-oligomer, a composition comprising the AB co-polymer or AB co-oligomer, and uses thereof. In one aspect, the AB co-polymer or AB co-oligomer is derived from repeating units of A and B, wherein repeating unit A is independently selected from the following structures: <img class="EMIRef" id="29d521f2-8f29-493a-a76f-a04b991efa28-ia01" /> and wherein repeating unit B is independently selected from the following structures: <img class="EMIRef" id="29d521f2-8f29-493a-a76f-a04b991efa28-ia02" />

The present disclosure relates to a spreader block (100) for quickly constructing and dismantling a landing net. The spreader block comprises a main body (200); a first arm (204) and a second arm (204) both, each pivotably connected to the main body; a cam (400) pivotably connected to the main body; and a means (202) for actuating the cam; wherein the spreader block is arranged to provide a closed configuration in which the first arm and the second arm are substantially parallel to each other, and an open configuration in which the first arm and second arm are non-parallel to each other; and wherein the cam is arranged between the first arm and the second arm such that rotation of the means for actuating the cam relative to the main body moves the first arm and the second arm between the closed position and open position.

Inter-process communication methods that divide a total payload of a first memory command among a plurality of packets and that encode a last-transmitted packet of the plurality of packets to include a metadata code in the total payload. The memory command may be communicated between processes executing a collective operation. Payloads of the packets are written to memory in a sequential address order, such that the metadata code is written to a particular address, and the second process generates an acknowledgment of the first memory command to the first process on condition that reading the particular address returns the metadata code.

A bite detector (100) for detecting movement of a fishing line is disclosed herein. The bite detector comprises a vibratable member (125) configured to contact the fishing line, a means (135) for generating an electrical signal in response to vibration of the vibratable member by the fishing line, a bite detector housing (160), and a gaiter (129) disposed between an outer surface of the housing and a portion of the vibratable member, wherein the gaiter is arranged to provide a watertight seal.

Systems and methods are described for global bandwidth-aware adaptive routing in a network communication. Systems include circuits to reduce a number of active next-hops between the system and a device of a plurality of devices based at least in part on a total number of next-hops between the system and the device and a total number of active next-hops between the system and the plurality of devices.

A computer-implemented method and system. The method includes receiving, via a first sense channel, a first electrode impedance signal associated with a first electrode. The method further includes receiving, via a second sense channel, a second electrode impedance signal associated with at least a second and third electrode, wherein the second and third electrodes are electrically connected to each other but not to the first electrode. The method further assesses tissue contact/proximity based on the first electrode impedance signal and the second electrode impedance signal.

An electrophysiology map of a portion of a patient's anatomy can be visualized using an electroanatomical mapping system. The system receives a plurality of electrophysiology data points (e.g., an electrophysiology map), which includes a plurality of electrophysiology signals. The system then creates a distribution (e.g., a histogram) for one or more characteristics of the plurality of electrophysiology signals (e.g., dominant cycle length, regular cycle length, peak-to-peak voltage, fractionation, conduction velocity, or the like). The system then analyzes the distribution to determine a display convention (e.g., a range and scale) for a graphical representation of the characteristic based on, for example, a best-fit shape of the distribution, a skew of the distribution, a range of the distribution, and/or a most dominant value of the distribution. The graphical representation can then be output according to the display convention.

An elongate medical device comprising an expandable structure with an expandable configuration and a collapsed configuration, a handle, operably coupled to the expandable structure, the handle further including a selective movement limiter; and a deflection control member coupled with the distal hub, where the deflection control member is configured to adjust a stiffness of the expandable structure, from a first stiffness to a second stiffness, and maintain the first stiffness or the second stiffness when the selective movement limiter couples with the deflection control member and limits a longitudinal movement of the deflection control member, and wherein the deflection control member is configured to move freely when the selective movement limiter is not coupled with the deflection control member.

Cryogenic methods, systems, and devices cryogenic system for alleviating lower back pain in a patient. The cryogenic device includes a handpiece having a size and shape suitable for supporting in a hand of an operator and a needle probe coupled to a distal portion of the handpiece. The needle probe includes a probe body, at least one needle coupled the probe body, and a silica supply tube extending within the needle lumen. The system includes an introducer configured to receive and position the at least one needle proximate to a location of a target tissue associated with lower back pain, wherein the cryogenic device is configured to provide a desired ice ball shape that remains on a distal portion of the introducer after the at least one needle is removed therefrom. The system further includes a needle guard configured to house the needle probe.