mhurhangee/ep-ind-claims huggingface dataset:
A conferencing server configured to be directly accessible from the public Internet, the conferencing server comprising: a network interface having a host transport address, the host transport address being a combination of a public IP address on the public Internet and an associated port; conference hosting logic for hosting, at the conferencing server at least one conference, A, B, in which media data is transmitted and received via the conferencing server between participant endpoints media processing logic configured to process received media data of the conference, A, for transmission in the conference, A; multiplexing control logic configured to determine a plurality of multiplexing tokens to be used by the participant endpoints, the multiplexing tokens being negotiated between the conferencing server and the participant endpoints via secure signalling channels, and each participant endpoint having a respective multiplexing token to identify each of the participant endpoints; and demultiplexing logic configured to identify received multiplexing tokens in transport layer payload data of a sequence of data packets received from the participant endpoints at the host transport address, the host transport address being shared between the participant endpoints, and configured to use the multiplexing tokens identified in the transport layer payload data to demultiplex the data packets for processing by the media processing logic by separating out the data packets received from the participant endpoints at the shared host transport address. a network interface having a host transport address, the host transport address being a combination of a public IP address on the public Internet and an associated port; conference hosting logic for hosting, at the conferencing server at least one conference, A, B, in which media data is transmitted and received via the conferencing server between participant endpoints media processing logic configured to process received media data of the conference, A, for transmission in the conference, A; multiplexing control logic configured to determine a plurality of multiplexing tokens to be used by the participant endpoints, the multiplexing tokens being negotiated between the conferencing server and the participant endpoints via secure signalling channels, and each participant endpoint having a respective multiplexing token to identify each of the participant endpoints; and demultiplexing logic configured to identify received multiplexing tokens in transport layer payload data of a sequence of data packets received from the participant endpoints at the host transport address, the host transport address being shared between the participant endpoints, and configured to use the multiplexing tokens identified in the transport layer payload data to demultiplex the data packets for processing by the media processing logic by separating out the data packets received from the participant endpoints at the shared host transport address.
A battery module comprising: a plurality of cell stacks spaced apart from each other in a horizontal direction; and a partition wall comprising a plurality of side walls disposed between the plurality of cell stacks and spaced apart from each other in the horizontal direction; and a plate accommodated in a hollow between the plurality of side walls, wherein each of the plurality of side walls comprises a side hole connected to the hollow, characterized in that the plate is moved to shield a side hole of a second side wall of the plurality of side walls by gas inflowing into the hollow through a side hole of a first side wall of the plurality of side walls. a plurality of cell stacks spaced apart from each other in a horizontal direction; and a partition wall comprising a plurality of side walls disposed between the plurality of cell stacks and spaced apart from each other in the horizontal direction; and a plate accommodated in a hollow between the plurality of side walls, wherein each of the plurality of side walls comprises a side hole connected to the hollow, characterized in that the plate is moved to shield a side hole of a second side wall of the plurality of side walls by gas inflowing into the hollow through a side hole of a first side wall of the plurality of side walls.
A semiconductor device, comprising: at least one memory cell, the at least one memory cell comprising: a fixed region exhibiting a fixed vertical magnetic orientation and comprising: magnetic sub-regions, each magnetic sub-region comprising a magnetic material and having a height of about 0.2 nm to about 0.3 nm, wherein each of the magnetic sub-regions exhibits a vertical magnetic orientation oppositely directed to a vertical magnetic orientation exhibited by a neighboring magnetic sub-region of the magnetic sub-regions; and coupler sub-regions alternating with the magnetic sub-regions, each coupler sub-region comprising a coupler material and having a height of about 0.3 nm to about 0.5 nm. magnetic sub-regions, each magnetic sub-region comprising a magnetic material and having a height of about 0.2 nm to about 0.3 nm, wherein each of the magnetic sub-regions exhibits a vertical magnetic orientation oppositely directed to a vertical magnetic orientation exhibited by a neighboring magnetic sub-region of the magnetic sub-regions; and coupler sub-regions alternating with the magnetic sub-regions, each coupler sub-region comprising a coupler material and having a height of about 0.3 nm to about 0.5 nm.
A throttle drive actuator for an engine, comprising: a first magnet comprising a north pole and a south pole; a second magnet positioned adjacent the first magnet, the second magnet comprising a north pole and a south pole, the north pole of the second magnet positioned to create a first magnetic field, and the south pole of the second magnet positioned to create a second magnetic field; and an armature positioned between the first magnet and the second magnet, the armature including windings, where the armature rotates between the first magnet and the second magnet when the windings are energized, where the armature rotates a valve of a throttle body of the engine, to open and close an air passage of the throttle body characterized in that the north pole of the second magnet is positioned opposite to the south pole of the first magnet, that the south pole of the second magnet is positioned opposite to the north pole of the first magnet, consequently, the direction of the second magnetic field being directed opposite to a direction of the first magnetic field. a first magnet comprising a north pole and a south pole; a second magnet positioned adjacent the first magnet, the second magnet comprising a north pole and a south pole, the north pole of the second magnet positioned to create a first magnetic field, and the south pole of the second magnet positioned to create a second magnetic field; and an armature positioned between the first magnet and the second magnet, the armature including windings, where the armature rotates between the first magnet and the second magnet when the windings are energized, where the armature rotates a valve of a throttle body of the engine, to open and close an air passage of the throttle body characterized in that the north pole of the second magnet is positioned opposite to the south pole of the first magnet, that the south pole of the second magnet is positioned opposite to the north pole of the first magnet, consequently, the direction of the second magnetic field being directed opposite to a direction of the first magnetic field.
A secondary battery comprising a first electrode which is one of a positive electrode and a negative electrode, a second electrode which is the other of the positive electrode and the negative electrode, and a solid electrolyte layer which is a sheet comprising a solid electrolyte having a lithium ion conductivity, wherein a first lithium ion conductivity in a peripheral edge region along an in-plane direction of the sheet is lower than a second lithium ion conductivity in a central region along the in-plane direction of the sheet, the solid electrolyte layer has a first surface and a second surface facing the first surface, at least a portion of the first surface is in contact with the first electrode, at least a portion of the second surface is in contact with the second electrode, a width of the first electrode along each direction of in-plane direction of the sheet is larger than a width of the second electrode along the each direction, the peripheral edge region is a region corresponding to a difference between the width of the first electrode and the width of the second electrode and comprises a first portion which comprises a surface in contact with the first electrode and located in the first surface, the central region is a region corresponding to the width of the second electrode along the each direction and comprises a second portion which comprises a surface in contact with the first electrode and located in the first surface, the second portion further comprises a surface being in contact with the second electrode and located in the second surface, a first lithium ion conductivity of the first portion is lower than a second lithium ion conductivity of the second portion, the peripheral edge region comprises inorganic compound particles, and the inorganic compound particles are at least one selected from the group consisting of alumina, titanium oxide, titanium hydroxide, barium titanate, iron oxide, silicon oxide, aluminum hydroxide, gibbsite, boehmite, bayerite, magnesium oxide, silica, zirconium oxide, magnesium hydroxide, lithium tetraborate, lithium tantalate, mica, silicon nitride, aluminum nitride, and zeolite, the first lithium ion conductivity in the peripheral edge region is not more than 1×10 -10 S/cm, and the second lithium ion conductivity in the central region is not less than 1×10 -4 S/cm, the first lithium ion conductivity and the second lithium ion conductivity are both determined according to a measurement method described in the section <Measurement of Lithium Ion Conductivity> of the specification, a ratio of a width of the first portion along direction X among in-plane directions of the sheet to a width of the solid electrolyte layer along the direction X is within a range of 1% to 50%, and a ratio of the width of the first portion along direction Y among in-plane directions of the sheet to a width of the second electrode along the direction Y is within a range of 0% to 20%.
A muffler, comprising: a muffler body within which a muffler chamber is formed; and a baffle accommodated in the muffler chamber and disposed in the vicinity of the exhaust gas entry port of the muffler body, the baffle extending between inner surfaces of a base and a cover of the muffler body, characterised in that a guide portion which changes the flow direction of an exhaust gas that enters from the exhaust gas entry port is integrally provided to the exhaust gas entry port of the muffler body or the baffle, the guide portion resulting from a cut either forming the exhaust gas entry port in a portion of the muffler body or made in the baffle, the guide portion bent away from the exhaust gas entry port and into the muffler chamber, wherein the thickness of the baffle is greater than the thickness of the base. a muffler body within which a muffler chamber is formed; and a baffle accommodated in the muffler chamber and disposed in the vicinity of the exhaust gas entry port of the muffler body, the baffle extending between inner surfaces of a base and a cover of the muffler body, characterised in that a guide portion which changes the flow direction of an exhaust gas that enters from the exhaust gas entry port is integrally provided to the exhaust gas entry port of the muffler body or the baffle, the guide portion resulting from a cut either forming the exhaust gas entry port in a portion of the muffler body or made in the baffle, the guide portion bent away from the exhaust gas entry port and into the muffler chamber, wherein the thickness of the baffle is greater than the thickness of the base.
A process for making a polymer foam, comprising the steps of forming an at least partially expanded reaction mixture by combining, at a temperature of at least 10°C, a multifunctional Michael acceptor that has multiple Michael acceptor functionalities per molecule with a multifunctional carbon-Michael donor in the presence of a surfactant, a carbon-Michael reaction catalyst and a blowing agent composition containing a blowing agent that has a boiling temperature in the range -40°C to +100°C, dispensing the partially expanded reaction mixture and curing the dispensed reaction mixture to form a polymer foam, wherein the at least partially expanded reaction mixture is formed by (a) forming a pressurized A-side component comprising the multifunctional Michael acceptor and, dissolved in the A-side component, a blowing agent composition containing a blowing agent that has a boiling temperature in the range -40°C to +100°C; wherein the A-side component has a Brookfield viscosity of 2,500 centipoises (2.5 Pa.s) or less at 25°C; (b) separately forming a pressurized B-side component comprising the multifunctional carbon-Michael donor, the surfactant and, dissolved in the B-side component, a blowing agent composition containing a blowing agent that has a boiling temperature in the range -40°C to +100°C; wherein the B-side component has a Brookfield viscosity at 25°C from 0.2 to 5 times that of the A-side component but not greater than 2,500 centipoises (2.5 Pa.s); (c) separately depressurizing the pressurized A-side component and the pressurized B-side component such that the A-side component and the B-side component each at least partially expand due to expansion of the blowing agent composition; (d) combining the at least partially expanded A-side component and the at least partially expanded B-side component in the presence of the carbon-Michael reaction catalyst to form the reaction mixture. (a) forming a pressurized A-side component comprising the multifunctional Michael acceptor and, dissolved in the A-side component, a blowing agent composition containing a blowing agent that has a boiling temperature in the range -40°C to +100°C; wherein the A-side component has a Brookfield viscosity of 2,500 centipoises (2.5 Pa.s) or less at 25°C; (b) separately forming a pressurized B-side component comprising the multifunctional carbon-Michael donor, the surfactant and, dissolved in the B-side component, a blowing agent composition containing a blowing agent that has a boiling temperature in the range -40°C to +100°C; wherein the B-side component has a Brookfield viscosity at 25°C from 0.2 to 5 times that of the A-side component but not greater than 2,500 centipoises (2.5 Pa.s); (c) separately depressurizing the pressurized A-side component and the pressurized B-side component such that the A-side component and the B-side component each at least partially expand due to expansion of the blowing agent composition; (d) combining the at least partially expanded A-side component and the at least partially expanded B-side component in the presence of the carbon-Michael reaction catalyst to form the reaction mixture.
A socket for establishing a releasable connection to a plug, comprising a device base, a release mechanism by which a plug can be pushed out of the socket against the plug-in direction, and a front element which is fastened at the front side and which has a central insert, wherein contact elements arranged in the device base are connectable to a mains voltage, characterized in that the release mechanism can be driven by a motor; in that a motor is mechanically connected to the release mechanism, and in that a control device for the motor is arranged in the front element and/or is configured such that it can be actuated remotely in a wireless manner or by wired bus media.
A compact superconducting magnet device to generate a homogeneous magnetic field component Bz along an axis Oz in a zone of interest for nuclear magnetic resonance or magnetic resonance imaging applications, successively comprising, starting from the axis Oz and perpendicular to this axis Oz, at least one first superconducting helical coil (1; 101) formed around a first circular cylinder section (10; 110) of axis Oz delimited by first end circles (10A, 10B; 110A, 110B), said first superconducting helical coil (1; 101) having a first outer radius (a 12), a first inner radius (a 11), and a first length (2b 1), with a first azimuthal current density j 1, at least one second superconducting helical coil (2; 102) formed around a second circular cylinder section (20; 120) of axis Oz delimited by second end circles (20A, 20B; 120A, 120B) and surrounding said first circular cylinder section (10; 110), said second coil (2; 102) having a second outer radius (a 22), a second inner radius (a 21) and a second length (2b 2), with a second azimuthal current density j 2, characterized in that the lateral ends of the first and second helical coils (1, 2; 101, 102) are arranged, to within the thickness of the coils, in the vicinity of one same sphere (5; 105) of radius c whose centre O is placed on the axis Oz in the centre of said zone of interest and which encompasses the magnet device assembly, in that it further comprises at least one third superconducting helical coil (3; 103) formed around a third circular cylinder section (30; 130) of axis Oz delimited by third end circles (30A, 30B; 130A, 130B) and surrounding said second circular cylinder section (20; 120), said third coil (3; 103) having a third outer radius (a 32), a third inner radius (a 31) and a third length (2b 3), with a third azimuthal current density j 3, in that said first, second and third azimuthal current densities j 1, j 2, j 3 are of alternate opposite sign, in that the first, second and third lengths (2b 1, 2b 2, 2b 3) of the first, second and third coils (1, 2, 3; 101, 102, 103) are of decreasing length, in that the outer radius (a 32) of the outermost superconducting helical coil (3; 104) is substantially equal to the half-length (b 1) of the innermost superconducting helical coil (1; 101) and in that the outer radius (a 12) of the innermost superconducting helical coil (1; 101) is substantially equal to the half-length (b 3; b 4) of the outermost superconducting helical coil (3; 104), the lateral end of the third coil (3; 103) being arranged, to within the thickness of the coil, in the vicinity of the same sphere (5; 105) as the one defined for the lateral ends of the first and second coils (1; 2; 101; 102).
A method of detecting occlusion and/or reopening of an artery of a body caused by a changing pressure applied on the artery, the method comprising the steps of: obtaining a blood flow signal indicative of a change of a blood flow in the artery caused by the changing pressure using a Doppler Ultrasound transducer attached to the exterior of the body; deriving, from the blood flow signal, at least one of a first variable indicative of the magnitude of the blood flow and a second variable indicative of the periodicity of the blood flow; and detecting the occlusion and/or reopening of the artery on the basis of the at least one variable, the reopening of the artery being detected on the basis of at least the second variable being within a second range. obtaining a blood flow signal indicative of a change of a blood flow in the artery caused by the changing pressure using a Doppler Ultrasound transducer attached to the exterior of the body; deriving, from the blood flow signal, at least one of a first variable indicative of the magnitude of the blood flow and a second variable indicative of the periodicity of the blood flow; and detecting the occlusion and/or reopening of the artery on the basis of the at least one variable, the reopening of the artery being detected on the basis of at least the second variable being within a second range.
A method of enforcing security in a shared computing infrastructure, the computing infrastructure having associated therewith a portal application through which portal users access the shared computing infrastructure and provision one or more services, a storage system, and a set of edge servers from which protected content is delivered to requesting end users, the method comprising: for a particular security service provided from the shared computing infrastructure that is one of: token authorization, content targeting, media encryption, player verification, digital watermarking, digital rights management, fraud detection, and analytics, distributing a security metadata template to the set of edge servers, the security metadata template defining logic for performing a security operation associated with the particular security service, the logic being common to at least a set of content providers that use the shared computing infrastructure to deliver their protected content to the requesting end users; receiving, via the portal application executing on a hardware element, information defining a security policy associated with a particular content provider, the information being specific to the particular content provider; storing, in a data store, the information; and upon receipt at an edge server of a request for the protected content, fetching the information, stitching the information into the security metadata template, and thereafter executing the logic to enforce the security policy with respect to the request, wherein the information and the security metadata template remain bifurcated until receipt at the edge server of the request for the protected content. for a particular security service provided from the shared computing infrastructure that is one of: token authorization, content targeting, media encryption, player verification, digital watermarking, digital rights management, fraud detection, and analytics, distributing a security metadata template to the set of edge servers, the security metadata template defining logic for performing a security operation associated with the particular security service, the logic being common to at least a set of content providers that use the shared computing infrastructure to deliver their protected content to the requesting end users; receiving, via the portal application executing on a hardware element, information defining a security policy associated with a particular content provider, the information being specific to the particular content provider; storing, in a data store, the information; and upon receipt at an edge server of a request for the protected content, fetching the information, stitching the information into the security metadata template, and thereafter executing the logic to enforce the security policy with respect to the request, wherein the information and the security metadata template remain bifurcated until receipt at the edge server of the request for the protected content.
A sensor comprising at least one whispering gallery mode resonator, wherein the resonator comprises a Bragg grating arranged over at least a portion of the perimeter of the resonator and wherein the resonator is selectively functionalized for the attachment of analyte receptors.