mhurhangee/patent-ind-claim-en huggingface dataset:
A power source interface module for electronic circuits supplied by power from a power source, the power source interface module comprising a first circuit board carrying components, the first circuit board comprising a number of stacked circuit board layers as well as at least two openings , at least one pair of magnetically coupled inductive coils (Lcm1, Lcm2, Lcm3, Lcm4), a core with two core legs , each core leg stretching through a corresponding opening in the circuit board , wherein each coil (Lcm1, Lcm2) is wound around a corresponding core leg , the turns of the coils stretch through the circuit board layers, each layer between an upper outer layer and a lower outer layer comprises at least a part of one turn, and the two core legs are interconnected by an upper and a lower yoke , characterised in that the power source interface module further comprises at least a part of a filter for filtering electromagnetic interference, said filter comprising said at least one pair of magnetically coupled inductive coils (Lcm1, Lcm2, Lcm3, Lcm4), and each yoke comprising a wing stretching out in a direction away from the two core legs .
A mobile station comprising: a processor configured to spread an ACK/NACK signal or a CQI signal with a sequence defined by one of a plurality of cyclic shift values; and a transmitter configured to transmit the ACK/NACK signal or the CQI signal; the processor is further configured to use one of a first set of cyclic shift values, which form a portion of the plurality of the cyclic shift values and which are adjacent to each other, for the ACK/NACK signal, and to use one of a second set of cyclic shift values, which are not within the portion of the plurality of the cyclic shift values, for the CQI signal, characterized in that the first set of cyclic shift values and the second set of cyclic shift values being configured so that at least one cyclic shift value is not used for either the ACK/NACK signal or the CQI signal so as to suppress inter-code interference between the ACK/NACK signal or the CQI signal and another ACK/NACK signal or another CQI signal which is transmitted by another mobile station and code multiplexed with the ACK/NACK signal in a signal received at a base station. a processor configured to spread an ACK/NACK signal or a CQI signal with a sequence defined by one of a plurality of cyclic shift values; and a transmitter configured to transmit the ACK/NACK signal or the CQI signal; the processor is further configured to use one of a first set of cyclic shift values, which form a portion of the plurality of the cyclic shift values and which are adjacent to each other, for the ACK/NACK signal, and to use one of a second set of cyclic shift values, which are not within the portion of the plurality of the cyclic shift values, for the CQI signal, characterized in that the first set of cyclic shift values and the second set of cyclic shift values being configured so that at least one cyclic shift value is not used for either the ACK/NACK signal or the CQI signal so as to suppress inter-code interference between the ACK/NACK signal or the CQI signal and another ACK/NACK signal or another CQI signal which is transmitted by another mobile station and code multiplexed with the ACK/NACK signal in a signal received at a base station.
A stent , configured to support a mitral valve prosthesis or a tricuspid valve prosthesis, the stent having a contracted configuration for delivery and an expanded configuration for deployment, wherein the stent comprises, along an axial direction thereof, an inflow section , a transition section , an outflow section , the transition section having two ends respectively connected to the inflow section and to the outflow section ; the inflow section is located, when in the expanded configuration, upstream of the outflow section with respect to a blood flow direction; the inflow section extends along the axial direction of the stent away from the transition section and flares out; the inflow section has a mesh structure formed by braided filaments; the transition section and the outflow section have mesh structures formed by cutting tubes; the mesh structure of the inflow section is configured to cover an atrioventricular orifice and optionally further extend from an annulus over at least part of an atrium when the stent has been deployed and is in the expanded configuration; characterised in that the mesh structure of the inflow section comprises a plurality of first mesh cells at least some of which are different in axial length from others.
Process for the production of foods including the step of introducing at least one food additive into a food using a conveying device and a carrier that is movable relative to the conveying device, in the adjacent area of which the food is arranged, characterized in that the food additive is present in the form of a rod-shaped solid having a diameter of 0.2 to 25 mm and a length that is greater than the diameter and wherein the rod-shaped solid is accelerated continuously or fitfully against the food up to a speed sufficient for penetration into the food up to a penetration depth of 0.5 to 5 cm, wherein the rod-shaped solid is formed from food additive by means of a press connected to a line and is pushed into the food by the pressure of the press after exiting the line , or wherein the rod-shaped solid is introduced into a pipe section , the inner cross-section of which fittingly encompasses the solid and the rod-shaped solid is accelerated out of the pipe section and against the food by means of a compressed gas, a propellant charge, or a piston, or accelerated through the pipe section and against the food by means of counter-directionally driven, spaced-apart traction wheels .
A system for transcranial stimulation to improve cognitive function, the system comprising: one or more processors and a memory , the memory being a non-transitory computer-readable medium having executable instructions encoded thereon, such that upon execution of the instructions, the one or more processors perform operations of: generating a customized stimulation pattern based on damaged white matter; obtaining data representing natural brain oscillations of a subject; and activating, while the subject is awake, one or more electrodes in phase with the natural brain oscillations and based on the customized stimulation pattern. generating a customized stimulation pattern based on damaged white matter; obtaining data representing natural brain oscillations of a subject; and activating, while the subject is awake, one or more electrodes in phase with the natural brain oscillations and based on the customized stimulation pattern.
An optical system comprising, in order from an enlargement conjugate side to a reduction conjugate side: a front unit including three or more lenses; a diaphragm (ST1, ST2, ST3); and a rear unit including a plurality of lenses, wherein a projection characteristic y(θ) of the optical system that represents a relationship between an angle of view θ and an image height y satisfies the following inequality: 1.80 ≤ fsin θ max / y θ max ≤ 4.50 where θmax is a maximum half angle of view of the optical system, and f is a focal length of the optical system, characterized in that the front unit includes a first positive lens (L1, L21, L31) closest to an enlargement conjugate position, and a second positive lens (L4, L23, L34). a front unit including three or more lenses; a diaphragm (ST1, ST2, ST3); and a rear unit including a plurality of lenses, wherein a projection characteristic y(θ) of the optical system that represents a relationship between an angle of view θ and an image height y satisfies the following inequality: 1.80 ≤ fsin θ max / y θ max ≤ 4.50 where θmax is a maximum half angle of view of the optical system, and f is a focal length of the optical system, characterized in that the front unit includes a first positive lens (L1, L21, L31) closest to an enlargement conjugate position, and a second positive lens (L4, L23, L34).
A system comprising: a surface penetrating radar system comprising a cavity above an antenna array, wherein the cavity provides a uniform environment for waves emitted from the SPR system to be deflected, reflected, slowed, or absorbed so as to improve the overall signals emitted from the SPR system; and characterized by a battery system of an electric vehicle; wherein a portion of the battery system of the electric vehicle is also at least a portion of the cavity of the surface penetrating radar system . a surface penetrating radar system comprising a cavity above an antenna array, wherein the cavity provides a uniform environment for waves emitted from the SPR system to be deflected, reflected, slowed, or absorbed so as to improve the overall signals emitted from the SPR system; and characterized by a battery system of an electric vehicle; wherein a portion of the battery system of the electric vehicle is also at least a portion of the cavity of the surface penetrating radar system .
A device for estimating the maximum elevation angle above the horizon that one or more objects surrounding a user terminal, having an antenna for communication with a satellite, must remain below so that the user terminal has an unobstructed view of the sky in all azimuthal directions and is able to receive uninterrupted service from the satellite, the device comprising: a light-collecting lens arrangement for collecting sky scene light from a wide angle; an eyepiece lens arrangement for collimating the sky scene light collected by the light-collecting lens arrangement ; and an elevation limit marking (22, 57, M) provided by an image-reflecting surface or a transparent sighting surface , the elevation limit marking (22, 57, M) superimposed over the sky scene light, the elevation limit marking (22, 57, M) representing, when the user terminal and device are levelled relative to the ground, an elevation angle above a horizon of the earth that all the one or more objects in a field of view of the device must remain below so that the user terminal has an unobstructed view of the sky in all azimuthal directions. a light-collecting lens arrangement for collecting sky scene light from a wide angle; an eyepiece lens arrangement for collimating the sky scene light collected by the light-collecting lens arrangement ; and an elevation limit marking (22, 57, M) provided by an image-reflecting surface or a transparent sighting surface , the elevation limit marking (22, 57, M) superimposed over the sky scene light, the elevation limit marking (22, 57, M) representing, when the user terminal and device are levelled relative to the ground, an elevation angle above a horizon of the earth that all the one or more objects in a field of view of the device must remain below so that the user terminal has an unobstructed view of the sky in all azimuthal directions.
A ventricular assist device , comprising: an intra-aortic balloon pump sized and shaped to dangle inside a patient's aorta, the pump having a wall made at least in part from a moisture-resistant material; a skin interface ; an external driver comprising a rigid bellows , a prime mover for actuating the bellows , and valves arranged to permit multiple pumping modes; an internal drive line connecting the balloon pump to the skin interface ; an arterial interface , sized and shaped to pass the internal drive line through an arterial wall; an external drive line connecting the skin interface to the driver ; and a controller ; wherein the balloon pump , the internal drive line , the skin interface , the external drive line , and the driver form a fluid system for containing a pumping medium; and the controller is programmed to: operate the valves and prime mover such that the pumping medium is not pressurized more than a predetermined amount above a sensed blood pressure; cause the valves to adopt a closed pumping mode in which no pumping medium is added to or vented from the device ; cause the driver to pump through multiple consecutive inflation-deflation cycles during the closed mode; characterized in that : the pumping medium present in the fluid system comprises ambient air , and the controller is programmed to cause the valves to adopt an open mode in which the pumping medium is vented from the fluid system and replaced with ambient air . an intra-aortic balloon pump sized and shaped to dangle inside a patient's aorta, the pump having a wall made at least in part from a moisture-resistant material; a skin interface ; an external driver comprising a rigid bellows , a prime mover for actuating the bellows , and valves arranged to permit multiple pumping modes; an internal drive line connecting the balloon pump to the skin interface ; an arterial interface , sized and shaped to pass the internal drive line through an arterial wall; an external drive line connecting the skin interface to the driver ; and a controller ; wherein the balloon pump , the internal drive line , the skin interface , the external drive line , and the driver form a fluid system for containing a pumping medium; and operate the valves and prime mover such that the pumping medium is not pressurized more than a predetermined amount above a sensed blood pressure; cause the valves to adopt a closed pumping mode in which no pumping medium is added to or vented from the device ; cause the driver to pump through multiple consecutive inflation-deflation cycles during the closed mode; characterized in that : the pumping medium present in the fluid system comprises ambient air , and the controller is programmed to cause the valves to adopt an open mode in which the pumping medium is vented from the fluid system and replaced with ambient air .
A spherical microphone array comprising: a sound-diffracting structure having a closed three-dimensional shape of at least one non-regular, regular or semi-regular convex polyhedron with congruent faces of regular or non-regular polygons; at least one cavity disposed in the sound-diffracting structure, the at least one cavity comprising an aperture , an end, and a center line between the end of the cavity and the center of aperture , the center line being arranged perpendicular to the aperture plane; an omnidirectional center microphone positioned on the center line and at the end of the cavity most distant from the aperture ; and a plurality of further omnidirectional microphones (16b-16i) disposed in the at least one cavity in the sound-diffracting structure; wherein at least two microphones (16b-16e) of the plurality of further microphones (16b - 16i) are disposed on an inner oval line whose center is disposed on the center line , wherein the center line subtends the center of the inner oval line perpendicular to the surface generated by the inner oval line , and the center of the inner oval line is closer to the aperture than the omnidirectional center microphone ; and wherein at least two further microphones (16f-16i) of the plurality of further microphones (16b-16i) are disposed on an outer oval line whose center is disposed on the center line , wherein the center line subtends the center of the outer oval line perpendicular to the surface generated by the outer oval line and the outer oval line is arranged closer to the aperture than the inner oval line . a sound-diffracting structure having a closed three-dimensional shape of at least one non-regular, regular or semi-regular convex polyhedron with congruent faces of regular or non-regular polygons; at least one cavity disposed in the sound-diffracting structure, the at least one cavity comprising an aperture , an end, and a center line between the end of the cavity and the center of aperture , the center line being arranged perpendicular to the aperture plane; an omnidirectional center microphone positioned on the center line and at the end of the cavity most distant from the aperture ; and a plurality of further omnidirectional microphones (16b-16i) disposed in the at least one cavity in the sound-diffracting structure; wherein at least two microphones (16b-16e) of the plurality of further microphones (16b - 16i) are disposed on an inner oval line whose center is disposed on the center line , wherein the center line subtends the center of the inner oval line perpendicular to the surface generated by the inner oval line , and the center of the inner oval line is closer to the aperture than the omnidirectional center microphone ; and wherein at least two further microphones (16f-16i) of the plurality of further microphones (16b-16i) are disposed on an outer oval line whose center is disposed on the center line , wherein the center line subtends the center of the outer oval line perpendicular to the surface generated by the outer oval line and the outer oval line is arranged closer to the aperture than the inner oval line .
A method of detecting undesirable signalling traffic received at a telecommunications network, comprising: monitoring signalling traffic from at least one known signalling source; setting one or more predetermined statistical profiles on the basis of the monitored signalling traffic, wherein the one or more predetermined statistical profiles each correspond with an acceptable signalling traffic profile; establishing at least one statistical parameter in respect of signalling traffic received at the telecommunications network from at least one specific source; and detecting undesirable signalling traffic on the basis of an evaluation of the established at least one statistical parameter against the one or more predetermined statistical profiles. monitoring signalling traffic from at least one known signalling source; setting one or more predetermined statistical profiles on the basis of the monitored signalling traffic, wherein the one or more predetermined statistical profiles each correspond with an acceptable signalling traffic profile; establishing at least one statistical parameter in respect of signalling traffic received at the telecommunications network from at least one specific source; and detecting undesirable signalling traffic on the basis of an evaluation of the established at least one statistical parameter against the one or more predetermined statistical profiles.
Moisture-curable composition, comprising (a) at least one moisture-reactive polymer P in a proportion of 10% to 50% by weight based on the total composition, (b) at least one precipitated surface-coated aluminium trihydrate ATH in a proportion of 30% to 60% by weight based on the total composition, (c) between 5% and 25% based on the total composition of at least one phosphorus-containing compound PH, (d) between 0% and 20% by weight based on the total composition of at least one carbon additive KO, wherein the carbon additive KO is selected from the group consisting of carbon blacks, in particular dried carbon blacks, and expandable graphites having an intumescent effect, characterized in that the phosphorus-containing compound PH is selected from the group of aromatic or aliphatic alkyl phosphates, ammonium phosphate, ammonium polyphosphate, red phosphorus and phosphoric acid. (a) at least one moisture-reactive polymer P in a proportion of 10% to 50% by weight based on the total composition, (b) at least one precipitated surface-coated aluminium trihydrate ATH in a proportion of 30% to 60% by weight based on the total composition, (c) between 5% and 25% based on the total composition of at least one phosphorus-containing compound PH, (d) between 0% and 20% by weight based on the total composition of at least one carbon additive KO, wherein the carbon additive KO is selected from the group consisting of carbon blacks, in particular dried carbon blacks, and expandable graphites having an intumescent effect, characterized in that the phosphorus-containing compound PH is selected from the group of aromatic or aliphatic alkyl phosphates, ammonium phosphate, ammonium polyphosphate, red phosphorus and phosphoric acid.
A semiconductor device comprising: a first film including a first side and a second side opposite to each other; a second film including a third side and a fourth side opposite each other, the third side of the second film being in contact with the second side of the first film, the second film and the first film defining parts of a trench (t1), the trench including a first sub-trench (t11) and a second sub-trench (t12) below the first sub-trench, the first sub-trench having a first width (W1) and extending from the fourth side of the second film toward the first film, the second sub-trench below the first sub-trench having a second width (W2), the second width being smaller than the first width; a plug conductive film extending from the first side of the first film to penetrate a bottom face of the trench, an uppermost face of the plug conductive film being inside the trench; a via including an insulating liner between the plug conductive film and the first film; and a wiring in the trench, wherein the uppermost face of the plug conductive film and at least a part of a side wall of the plug conductive film in the trench are in contact with the wiring, and an upper face of the insulating liner is exposed by a bottom face (t12bs) of the second sub-trench. a first film including a first side and a second side opposite to each other; a second film including a third side and a fourth side opposite each other, the third side of the second film being in contact with the second side of the first film, the second film and the first film defining parts of a trench (t1), the trench including a first sub-trench (t11) and a second sub-trench (t12) below the first sub-trench, the first sub-trench having a first width (W1) and extending from the fourth side of the second film toward the first film, the second sub-trench below the first sub-trench having a second width (W2), the second width being smaller than the first width; the second film and the first film defining parts of a trench (t1), the trench including a first sub-trench (t11) and a second sub-trench (t12) below the first sub-trench, the first sub-trench having a first width (W1) and extending from the fourth side of the second film toward the first film, the second sub-trench below the first sub-trench having a second width (W2), the second width being smaller than the first width; a plug conductive film extending from the first side of the first film to penetrate a bottom face of the trench, an uppermost face of the plug conductive film being inside the trench; a via including an insulating liner between the plug conductive film and the first film; and a wiring in the trench, wherein the uppermost face of the plug conductive film and at least a part of a side wall of the plug conductive film in the trench are in contact with the wiring, and an upper face of the insulating liner is exposed by a bottom face (t12bs) of the second sub-trench.
An aqueous coolant composition comprising a mixture of a carboxylate freezing point depressant and a C 6 - C 16 organic acid salt corrosion inhibitor, wherein the carboxylate freezing point depressant comprises a C 3 carboxylate freezing point depressant in combination with a further C 3 - C 5 carboxylate freezing point depressant.