mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a processor circuit, configured to obtain a first multidimensional vector, comprising dimensions corresponding to respective first conductivity characteristics obtained from different implantable electrode configurations associated with a subject; obtain a second multidimensional vector space or vector, comprising dimensions corresponding to respective second conductivity characteristics obtained from the different electrode configurations associated with the same or a different subject, wherein the first conductivity characteristics are of the same type as the second conductivity characteristics, and wherein the different electrode configurations corresponding to the respective dimensions of the first multidimensional vector are of the same type as the different electrode configurations corresponding to the respective dimensions of the second multidimensional vector space or vector; and providing a physiological status indicator obtained at least in part by performing a vector comparison of the first multidimensional vector to the second multidimensional vector space or vector. a processor circuit, configured to obtain a first multidimensional vector, comprising dimensions corresponding to respective first conductivity characteristics obtained from different implantable electrode configurations associated with a subject; obtain a second multidimensional vector space or vector, comprising dimensions corresponding to respective second conductivity characteristics obtained from the different electrode configurations associated with the same or a different subject, wherein the first conductivity characteristics are of the same type as the second conductivity characteristics, and wherein the different electrode configurations corresponding to the respective dimensions of the first multidimensional vector are of the same type as the different electrode configurations corresponding to the respective dimensions of the second multidimensional vector space or vector; and providing a physiological status indicator obtained at least in part by performing a vector comparison of the first multidimensional vector to the second multidimensional vector space or vector.
A commercial vehicle trailer, in particular semitrailer, having at least one gas tank which can be fluid-connected by a gas line to a drive engine of a tractor unit, the gas line extending along at least some sections of the commercial vehicle trailer, and the gas line being connected to an electrically actuated gas valve of the gas tank, characterised in that the commercial vehicle trailer has a brake system, and the gas valve is electrically coupled to a power supply output of a brake control module of the brake system.
Hydraulic supply circuit for a cylinder, the circuit comprising a distributor with a slide that can move between first and second extreme positions (18, 19) on either side of a stable central position in order to: - in the central position, connect first and second chambers (5, 6) of the cylinder to a return port of the distributor; - in the first extreme position, connect the first chamber to a supply port of the distributor and the second chamber to the return port; - in the second extreme position, connect the second chamber to the supply port, the first chamber being connected either to the supply port or to the return port; the hydraulic circuit comprising pressure maintenance means for maintaining the pressure in the first chamber of the cylinder when the slide passes through the central position when being moved from the first extreme position towards the second extreme position, the pressure maintenance means comprising a valve arranged on a line provided for connecting the distributor to the first chamber, characterised in that the valve comprises a slide that can move between a closed position and an open position, to which the slide is returned by a spring, the valve comprising two control chambers, namely one closing chamber designed to be connected to the first chamber of the cylinder and one opening chamber designed to be connected to the second chamber of the cylinder. - in the central position, connect first and second chambers (5, 6) of the cylinder to a return port of the distributor; - in the first extreme position, connect the first chamber to a supply port of the distributor and the second chamber to the return port; - in the second extreme position, connect the second chamber to the supply port, the first chamber being connected either to the supply port or to the return port;
Tool box, in particular hand tool box, comprising a box main body, which has at least one storage space, which is intended at least for receiving at least one tool and/or at least one hand-held power tool storage battery, and comprising at least one light source unit, which is at least partially integrated in the box main body, wherein the light source unit has at least one energy supply unit, which is intended for supplying at least one light source of the light source unit, characterized in that the energy supply unit has a connecting unit, which connects a hand-held power tool storage battery space of the box main body in terms of energy to a further part of the light source unit in such a way that the at least one hand-held power tool storage battery is used for supplying energy to the at least one light source of the light source unit.
Stator segment for a stator having a segmented design of an electric motor, wherein the stator segment comprises a laminated core, wherein the laminated core comprises a plastic layer which is arranged between the winding region of the stator winding and the laminated core for electrically insulating the winding region from the laminated core, wherein the plastic layer is formed, at its end region arranged in the circumferential direction, as slot section and is formed, at its end region arranged opposite the circumferential direction, as corresponding key section, characterised in that the laminated core comprises, at its end section arranged in and opposite the circumferential direction, a region designed as slot section or key section which covers an angular range which is also covered by the slot section or key section of the plastic layer.
A rotary electric machine, comprising: a first rotor (1, 100), a stator, and a second rotor (3, 300) that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces (20, 201) and a plurality of windings in a circumferential direction; or a second rotor (3, 300), a stator, and a first rotor (1, 100) that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces (20, 201) and a plurality of windings in a circumferential direction, wherein the first rotor (1, 100) is a high-speed rotor, the second rotor (3, 300) is a low-speed rotor, the first rotor (1, 100) and the second rotor (3, 300) each include a magnetic material and permanent magnets (11, 30), the plurality of windings generate electromagnetic torque in the first rotor (1, 100) and the second rotor (3, 300), the electromagnetic torque is magnetically transferred to the second rotor (3, 300) by rotation of the first rotor (1, 100), in the second rotor (3, 300), torque that is magnetically transferred from the first rotor (1, 100) is superimposed on the electromagnetic torque, and a total number of magnetic pole pieces (20, 201) of the stator is 12, a total number of pole pairs of the first rotor (1, 100) is 4, characterized in that a total number of pole pairs of the second rotor (3, 300) is 8. a first rotor (1, 100), a stator, and a second rotor (3, 300) that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces (20, 201) and a plurality of windings in a circumferential direction; or a second rotor (3, 300), a stator, and a first rotor (1, 100) that are coaxially disposed in stated order from radially centermost to radially outermost and spaced apart from one another, the stator including a plurality of pole pieces (20, 201) and a plurality of windings in a circumferential direction, wherein the first rotor (1, 100) is a high-speed rotor, the second rotor (3, 300) is a low-speed rotor, the first rotor (1, 100) and the second rotor (3, 300) each include a magnetic material and permanent magnets (11, 30), the plurality of windings generate electromagnetic torque in the first rotor (1, 100) and the second rotor (3, 300), the electromagnetic torque is magnetically transferred to the second rotor (3, 300) by rotation of the first rotor (1, 100), in the second rotor (3, 300), torque that is magnetically transferred from the first rotor (1, 100) is superimposed on the electromagnetic torque, and a total number of magnetic pole pieces (20, 201) of the stator is 12, a total number of pole pairs of the first rotor (1, 100) is 4,
A toilet block having a formulation comprising: - a non-ionic surfactant selected from one or more polyalkylethers, in an amount ranging from 85 to 95%, preferably from 91 to 93%, by weight with respect to the total weight of the block; wherein said non-ionic surfactant includes a linear or branched alkyl chain, preferably linear, with a number of carbon atoms greater than or equal to 10, and even more preferably comprised between 12 and 22; and wherein said non-ionic surfactant has a number of moles of ethylene oxide per molecule greater than 15, even more preferably greater than 30; - a perfuming agent in an amount ranging from 2 to 10%, preferably from 3 to 5%, by weight with respect to the total weight of the block; - a polyalcohol, with a number of carbon atoms preferably less than 5, or a polyether liquid at room temperature, in an amount ranging of from 0.1 to 3%, preferably of from 1.5 to 2.5%, by weight with respect to the total weight of the block; - a foaming agent selected from the classes of anionic and/or non-ionic and/or cationic and/or amphoteric surfactants, in an amount ranging of from 1 to 3%, preferably of from 1.5 to 2.5%, by weight with respect to the total weight of the block; - water in an amount ranging of from 0.1 to 0.5%, preferably of from 0.2 to 0.3%, by weight with respect to the total weight of the block; said formulation including an inorganic or organic filler, in an amount less than 10% by weight, still more preferably said formulation not including any inorganic or organic filler. - a non-ionic surfactant selected from one or more polyalkylethers, in an amount ranging from 85 to 95%, preferably from 91 to 93%, by weight with respect to the total weight of the block; wherein said non-ionic surfactant includes a linear or branched alkyl chain, preferably linear, with a number of carbon atoms greater than or equal to 10, and even more preferably comprised between 12 and 22; and wherein said non-ionic surfactant has a number of moles of ethylene oxide per molecule greater than 15, even more preferably greater than 30; - a perfuming agent in an amount ranging from 2 to 10%, preferably from 3 to 5%, by weight with respect to the total weight of the block; - a polyalcohol, with a number of carbon atoms preferably less than 5, or a polyether liquid at room temperature, in an amount ranging of from 0.1 to 3%, preferably of from 1.5 to 2.5%, by weight with respect to the total weight of the block; - a foaming agent selected from the classes of anionic and/or non-ionic and/or cationic and/or amphoteric surfactants, in an amount ranging of from 1 to 3%, preferably of from 1.5 to 2.5%, by weight with respect to the total weight of the block; - water in an amount ranging of from 0.1 to 0.5%, preferably of from 0.2 to 0.3%, by weight with respect to the total weight of the block;
Sliding shaft (12; 12'; 12") for a surgical sliding shaft instrument (10; 10'; 10") which sliding shaft (12; 12'; 12") comprises a first shaft part (14; 14'; 14") and a second shaft part (18; 18'; 18") that are arranged such as to be displaceable relative to each other and also a guidance device (30; 30'; 30") for guiding a movement of the second shaft part (18; 18'; 18") relative to the first shaft part (14; 14'; 14"), which said first shaft part (14; 14'; 14") carries a first tool element (20; 20') and which said second shaft part (18; 18'; 18") carries a second tool element (28; 28'), which said first and second tool elements (20, 28; 20', 28') cooperate and/or abut each other in a working position and are spaced from each other in a position that is deflected from the working position or are spaced further from each other than in the working position, wherein the guidance device (30; 30'; 30") comprises at least one first guide element (32; 32'; 32") which is arranged on the first shaft part (14; 14'; 14") and at least one second guide element (38; 38'; 38") which cooperates with the at least one first guide element (32; 32'; 32") and is arranged on the second shaft part (18; 18'; 18"), wherein said guide elements interlock in shape-fitting manner for guiding a movement of the second shaft part (18; 18'; 18") relative to the first shaft part (14; 14'; 14"), characterized in that the first shaft part and the second shaft part only abut each other in a guidance region, within which the first and second guide elements (32, 38) interlock and are, apart from the guidance region, spaced from each other by a cleaning gap, and in that the cleaning gap, has a size, especially a width, which is sufficiently large as to prevent the occurrence of a capillary effect for a cleaning liquid.
Device for opening/closing a tubing or tapping, with the said tubing or tapping having an opening edged by a flange on which a cover for closing it is mounted, with the said device incorporating the following: • one intermediate flange designed to be fixed on the flange of the tubing or tapping, between the said flange and cover; • one first sealing packing provided between the intermediate flange and the flange of the tubing or tapping; • one second sealing packing provided between the upper face of the intermediate flange and the lower face of the cover; and • locking systems mounted on the intermediate flange; and the locking systems each incorporating an operating device and a rotating ring incorporating a cam designed to lock the cover when it is pivoted in the closing position and to disengage the cover when it is pivoted in the open position, with the rotation of the operating device causing the vertical movement and pivoting of the cam, so that the latter can lock or unlock the cover, depending on the direction of rotation of the operating device. • one intermediate flange designed to be fixed on the flange of the tubing or tapping, between the said flange and cover; • one first sealing packing provided between the intermediate flange and the flange of the tubing or tapping; • one second sealing packing provided between the upper face of the intermediate flange and the lower face of the cover; and • locking systems mounted on the intermediate flange;
A compound of Formula I: and salts thereof; wherein each R 1 is independently unsubstituted alkyl; each R 2 is independently unsubstituted alkyl; each R 3 is independently hydrogen or substituted or unsubstituted alkyl; and each m is independently 3, 4, 5, 6, 7, or 8. each R 1 is independently unsubstituted alkyl; each R 2 is independently unsubstituted alkyl; each R 3 is independently hydrogen or substituted or unsubstituted alkyl; and each m is independently 3, 4, 5, 6, 7, or 8.
A method for dynamically discovering shared risk node group, further referred to as SRNG, memberships of a plurality of interconnected edge devices (PE1, PE2, PE3, CE1, CE2) in a computer network, at least some of the edge devices being attached to peer devices located in neighboring computer networks, the method being characterized by comprising: determining a peer-device identity for each peer device attached to a first edge device in the computer network; receiving, at the first edge device, identities of peer devices attached to the other interconnected edge devices; and identifying, at the first edge device, a different SRNG for each group of two or more edge devices attached to the same peer device wherein the SRNG indicates that each edge device in the group of two or more edge devices would be impacted by a single failure. determining a peer-device identity for each peer device attached to a first edge device in the computer network; receiving, at the first edge device, identities of peer devices attached to the other interconnected edge devices; and identifying, at the first edge device, a different SRNG for each group of two or more edge devices attached to the same peer device wherein the SRNG indicates that each edge device in the group of two or more edge devices would be impacted by a single failure.
An anti-VAP-1 antibody or a VAP-1 binding fragment thereof, characterized in that it is fully human and it comprises a heavy chain polypeptide depicted in SEQ ID NO: 47 or its conservative sequence variant, and a light chain polypeptide depicted in SEQ ID NO: 48 or its conservative sequence variant; wherein the anti-VAP-1 antibody or a VAP-1 binding fragment thereof shows an improved serum concentration over time profile and an extended elimination half-life over that of a chimeric anti-VAP-1 antibody designated as BTT-1002.
Lighting module for a vehicle headlight which provides a first lighting beam of the cut-off type comprising: - a first reflector comprising a surface for reflection of the rays of light, the cut-off of which on a plane is an ellipse; - at least a first source of light which is arranged in the vicinity of the first focal point of the said first reflector, characterised in that the said module comprises: - a second reflector which produces a first part of the cut-off beam, and has an optical axis which passes via the second focal point of the said first reflector and is perpendicular to the optical axis of the said first reflector; - a third reflector which produces a second part of the cut-off beam, and has an optical axis which passes via the second focal point of the said first reflector and is perpendicular to the optical axis of the said first reflector; - the fourth reflector, known as a bender, which is arranged between the said second reflector and the said third reflector and comprises: ∘ an edge, known as the cut-off edge, which is arranged in the vicinity of the said second focal point of the said first reflector, such as to form the cut-off in the lighting beam; ∘ a reflective upper surface which includes the said respective optical axes of the said second and third reflectors (3, 4). - a first reflector comprising a surface for reflection of the rays of light, the cut-off of which on a plane is an ellipse; - at least a first source of light which is arranged in the vicinity of the first focal point of the said first reflector, characterised in that the said module comprises: - a second reflector which produces a first part of the cut-off beam, and has an optical axis which passes via the second focal point of the said first reflector and is perpendicular to the optical axis of the said first reflector; - a third reflector which produces a second part of the cut-off beam, and has an optical axis which passes via the second focal point of the said first reflector and is perpendicular to the optical axis of the said first reflector; - the fourth reflector, known as a bender, which is arranged between the said second reflector and the said third reflector and comprises: ∘ an edge, known as the cut-off edge, which is arranged in the vicinity of the said second focal point of the said first reflector, such as to form the cut-off in the lighting beam; ∘ a reflective upper surface which includes the said respective optical axes of the said second and third reflectors (3, 4). ∘ an edge, known as the cut-off edge, which is arranged in the vicinity of the said second focal point of the said first reflector, such as to form the cut-off in the lighting beam; ∘ a reflective upper surface which includes the said respective optical axes of the said second and third reflectors (3, 4).
A method implemented by a device, the method comprising: determining, by the device, a direction of a first signal received from a first signal source; determining, by the device, an intended direction of a second signal in accordance with the direction of the first signal source, with a first beamforming gain of a transmission of the second signal oriented in accordance with the direction of the first signal source being smaller than a second beamforming gain of the transmission of the second signal oriented in accordance with at least a portion of the intended direction; beamforming, by the device, the second signal in accordance with the first and second beamforming gains; and transmitting, by the device, the beamformed second signal; wherein the intended direction comprising multiple directions including a direction that is opposite to the direction of the first signal source, and wherein multiple beams are used to beamform the second signal, and the beamforming gain in the intended direction is highest in the direction that is opposite to the direction of the first signal source. determining, by the device, a direction of a first signal received from a first signal source; determining, by the device, an intended direction of a second signal in accordance with the direction of the first signal source, with a first beamforming gain of a transmission of the second signal oriented in accordance with the direction of the first signal source being smaller than a second beamforming gain of the transmission of the second signal oriented in accordance with at least a portion of the intended direction; beamforming, by the device, the second signal in accordance with the first and second beamforming gains; and transmitting, by the device, the beamformed second signal; wherein the intended direction comprising multiple directions including a direction that is opposite to the direction of the first signal source, and wherein multiple beams are used to beamform the second signal, and the beamforming gain in the intended direction is highest in the direction that is opposite to the direction of the first signal source.
An adhesive composition for organic fiber cords, which contains a (blocked) isocyanate compound and/or an amine-based curing agent, an epoxy compound and rubber latex; wherein the rubber latex is constituted of vinylpyridine-styrene-butadiene copolymer latex and wherein the vinylpyridine-styrene-butadiene copolymer latex is constituted of vinylpyridine-styrene-butadiene copolymer latex having a double structure which can be obtained by (i) polymerizing a monomer mixture having a styrene content of 30 to 60% by mass, a butadiene content of less than 60% by mass and a vinylpyridine content of 0.5 to 15% by mass, (ii) then, polymerizing a monomer mixture having a styrene content of 10 to 40% by mass, a butadiene content of 45 to 75% by mass and a vinylpyridine content of 5 to 20% by mass, at a lower styrene content than that used in the polymerization in item (i).