mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic self-destructing fuse structure comprising: a lower plate structure comprising a first guide hole vertically penetrating therethrough and a first pin inserted into the first guide hole to vertically move; a substrate module disposed at a lower side of the lower plate structure, the substrate module comprising a first through-hole positioned corresponding to a position of the first pin, the first through-hole having a reserve battery mounted therein to be activated when struck by the first pin, a second through-hole comprising a first conductive wire formed thereacross and configured to detect a short circuit, a third through-hole comprising a second conductive wire formed thereacross and configured to detect a short circuit, and an electric detonator mounted at a lower side thereof, the electric detonator outputting, toward a lower side, an electrical detonation signal in response to the short circuit of the second conductive wire and detonating according to the electrical detonation signal; and a first safety structure disposed at a lower side of the substrate module, the first safety structure comprising a centrifugal force weight configured to be moved outwards from a center by centrifugal force and to short-circuit the first conductive wire, an impact weight configured to ascend and descend by inertia and to short-circuit the second conductive wire, and a first detonator hole formed to allow the electric detonator to be close to a spit-back . a lower plate structure comprising a first guide hole vertically penetrating therethrough and a first pin inserted into the first guide hole to vertically move; a substrate module disposed at a lower side of the lower plate structure, the substrate module comprising a first through-hole positioned corresponding to a position of the first pin, the first through-hole having a reserve battery mounted therein to be activated when struck by the first pin, a second through-hole comprising a first conductive wire formed thereacross and configured to detect a short circuit, a third through-hole comprising a second conductive wire formed thereacross and configured to detect a short circuit, and an electric detonator mounted at a lower side thereof, the electric detonator outputting, toward a lower side, an electrical detonation signal in response to the short circuit of the second conductive wire and detonating according to the electrical detonation signal; and a first safety structure disposed at a lower side of the substrate module, the first safety structure comprising a centrifugal force weight configured to be moved outwards from a center by centrifugal force and to short-circuit the first conductive wire, an impact weight configured to ascend and descend by inertia and to short-circuit the second conductive wire, and a first detonator hole formed to allow the electric detonator to be close to a spit-back .
A positioning arrangement for a mobile medical imaging system, the positioning arrangement comprising at least one first positioning sensor configured to operate at a first spatial resolution, at least one second positioning sensor configured to operate at a second spatial resolution that is higher than the first spatial resolution, the second positioning sensor being neither a source nor a detector of the medical imaging device, and a processor configured to determine a current distance between a mobile structure of a mobile medical imaging system and at least one object in an environment of the mobile medical imaging system by using a time-difference-of-arrival and/or a time-of-flight algorithm; wherein, in a first mode, if the current distance is greater than a predetermined threshold, the processor is configured to determine the current distance using the at least one first positioning sensor and, in a second mode, if the current distance is smaller than the predetermined threshold, the processor is configured to determine the current distance using the at least one second positioning sensor. at least one first positioning sensor configured to operate at a first spatial resolution, at least one second positioning sensor configured to operate at a second spatial resolution that is higher than the first spatial resolution, the second positioning sensor being neither a source nor a detector of the medical imaging device, and a processor configured to determine a current distance between a mobile structure of a mobile medical imaging system and at least one object in an environment of the mobile medical imaging system by using a time-difference-of-arrival and/or a time-of-flight algorithm; wherein, in a first mode, if the current distance is greater than a predetermined threshold, the processor is configured to determine the current distance using the at least one first positioning sensor and, in a second mode, if the current distance is smaller than the predetermined threshold, the processor is configured to determine the current distance using the at least one second positioning sensor.
An apparatus, comprising: a first sensor to acquire first information related to an industrial process; a first port ; a processor in communication with a controller via the first port , the processor configured to communicate the first information to the controller and to receive second information from the controller , the second information including a value of a process parameter calculated based on the first information; and a display configured to display the second information; characterized in that the apparatus further comprises a second port , wherein the processor is configured to communicate with a portable field device via the second port and to receive third information from the portable field device , the third information being related to the industrial process. a first sensor to acquire first information related to an industrial process; a first port ; a processor in communication with a controller via the first port , the processor configured to communicate the first information to the controller and to receive second information from the controller , the second information including a value of a process parameter calculated based on the first information; and a display configured to display the second information; characterized in that the apparatus further comprises a second port , wherein the processor is configured to communicate with a portable field device via the second port and to receive third information from the portable field device , the third information being related to the industrial process.
Powder comprising Nb x Sn y where 1 ≤ x ≤ 6 and 1 ≤ y ≤ 5 for the production of superconducting components, characterized in that the powder comprises three-dimensional agglomerates having a particle size D90 of from 220 to 400 pm, determined by means of laser light scattering, where the agglomerates are made up of primary particles which have an average particle diameter of less than 15 pm, preferably less than 8 pm, particularly preferably from 0.1 μm to 5 pm, determined by means of scanning electron microscopy, and the agglomerates have pores of which 90% or more have a diameter of from 0.1 to 20 pm, preferably from 0.2 to 15 pm, determined by means of mercury porosimetry.
A device-to-device, D2D, wireless communication method performed by a user equipment, UE, comprising: continuing D2D transmission by using a resource from a transmission resource pool allocated for mode 2 operation when switching from mode 1 operation to mode 2 operation, wherein the transmission resource pool is indicated in a physical device-to-device shared channel, PD2DSCH, transmitted by one or more other UE(s), in mode 1, an eNode B schedules resources to be used by the UE to transmit direct data and direct control information, and in mode 2, the UE on its own selects resources from resource pools to transmit direct data and direct control information. continuing D2D transmission by using a resource from a transmission resource pool allocated for mode 2 operation when switching from mode 1 operation to mode 2 operation, wherein the transmission resource pool is indicated in a physical device-to-device shared channel, PD2DSCH, transmitted by one or more other UE(s), in mode 1, an eNode B schedules resources to be used by the UE to transmit direct data and direct control information, and in mode 2, the UE on its own selects resources from resource pools to transmit direct data and direct control information.
Copolyamide comprising at least two different units corresponding to the following general formulation: A / X . T in which: A is chosen from a unit obtained from an amino acid, a unit obtained from a lactam X.T denotes a unit obtained from the polycondensation of a linear Cx aliphatic diamine and of terephthalic acid, with x representing the number of carbon atoms of the Cx diamine, x being between 9 and 36, advantageously between 10 and 18, characterized in that said copolyamide exhibits: a content of amine chain ends of greater than or equal to 20 μeq/g, - a content of acid chain ends of between 15 and 100 μeq/g, and - a content of unreactive chain ends of greater than or equal to 20 μeq/g, and the content of chain end of each of the amine and acid functional groups and the unreactive functional group being measured by NMR (Nuclear Magnetic Resonance). A is chosen from a unit obtained from an amino acid, a unit obtained from a lactam X.T denotes a unit obtained from the polycondensation of a linear Cx aliphatic diamine and of terephthalic acid, with x representing the number of carbon atoms of the Cx diamine, x being between 9 and 36, advantageously between 10 and 18, a content of amine chain ends of greater than or equal to 20 μeq/g, - a content of acid chain ends of between 15 and 100 μeq/g, and - a content of unreactive chain ends of greater than or equal to 20 μeq/g, and
An article of footwear , comprising: an upper , a sole structure , and a motorized tensioning system ; wherein, the motorized tensioning system includes a control device comprising one or more buttons configured to provide manual control of the motorized tensioning system ; characterized in that the motorized tensioning system can be operated in a lockout mode in which the manual control of the motorized tensioning system is disabled during periods of competitive activity, the determination of a period of competitive activity being based upon at least one signal input regarding a level of motion of the article of footwear from a sensor of the article of footwear. an upper , a sole structure , and a motorized tensioning system ; wherein, the motorized tensioning system includes a control device comprising one or more buttons configured to provide manual control of the motorized tensioning system ; characterized in that the motorized tensioning system can be operated in a lockout mode in which the manual control of the motorized tensioning system is disabled during periods of competitive activity, the determination of a period of competitive activity being based upon at least one signal input regarding a level of motion of the article of footwear from a sensor of the article of footwear.
A waveguide for electromagnetic radiation, which is a substrate integrated waveguide which is basically a laminate of planar layers comprising: - a substrate layer of dielectric material; - a bottom layer and a top layer of an electrically conductive material provided on the respective bottom surface and top surface of the substrate layer; - a multitude of pillars of electrically conductive material which extend through the substrate layer from its bottom to its top surface and which are electrically connected to the bottom and top layer; wherein at least one of the bottom and top layer contains at least one part that is void of electrically conductive material, which part is referred to as a slot; characterized in that the at least one slot is delimited, in the plane of the respective layer in which it is present, by a contour which is defined by an x and y coordinate which fulfils the following equations: x φ = c x R φ cos φ y φ = c y R φ sin φ wherein: R φ = cos m 1 φ 4 a 1 n 1 + sin m 2 φ 4 a 2 n 2 − 1 b 1 wherein the values for the parameters cx, cy, m1, m2, a1, a2, n1, n2 and b1 are selected from the group of real numbers of positive value, and φ is an angular coordinate that covers the range from -π to π; with the provision that the contour is not of a rectangular shape, not of a rounded rectangular shape, and not of a cross-shape. - a substrate layer of dielectric material; - a bottom layer and a top layer of an electrically conductive material provided on the respective bottom surface and top surface of the substrate layer; - a multitude of pillars of electrically conductive material which extend through the substrate layer from its bottom to its top surface and which are electrically connected to the bottom and top layer; wherein at least one of the bottom and top layer contains at least one part that is void of electrically conductive material, which part is referred to as a slot; characterized in that the at least one slot is delimited, in the plane of the respective layer in which it is present, by a contour which is defined by an x and y coordinate which fulfils the following equations: x φ = c x R φ cos φ y φ = c y R φ sin φ wherein: R φ = cos m 1 φ 4 a 1 n 1 + sin m 2 φ 4 a 2 n 2 − 1 b 1 wherein the values for the parameters cx, cy, m1, m2, a1, a2, n1, n2 and b1 are selected from the group of real numbers of positive value, and φ is an angular coordinate that covers the range from -π to π; with the provision that the contour is not of a rectangular shape, not of a rounded rectangular shape, and not of a cross-shape.
Method for operating a dryer with a drum for accommodating laundry items to be treated, a drive motor for the drum , a process air channel for guiding process air, in which process air is moved by means of a fan , which is connected at a first end to an air outlet opening of the drum and at a second end to an air inlet opening of the drum , a controller unit , a heat pump arranged in the process air channel with an evaporator , a condenser , an expansion unit and a compressor , wherein a first thermometer for the measurement of the input temperature T1 is arranged at the coolant inlet of the evaporator and a second thermometer for the measurement of the output temperature T2 is arranged at the coolant outlet of the evaporator , characterised in that the controller unit is configured to determine a residual humidity H of the laundry items from an overheating SH that can be calculated as a difference T2-T1, and wherein the dryer has at least one sensor for ascertaining measurement values of the process air and the controller unit is configured to link the measured SH values as well as the measurement values of the process air and/or calculation variables calculated therefrom with model parameters determined from a prediction model, in order to determine the residual humidity, wherein the method comprises the following steps in a drying process: (a) measurement of the input temperature T1 at the coolant inlet of the evaporator and the output temperature T2 at the coolant outlet of the evaporator ; (b) calculation of the overheating SH as a difference T2-T1; and (c) determination of the residual humidity of the laundry items from the overheating SH by means of the controller unit . (a) measurement of the input temperature T1 at the coolant inlet of the evaporator and the output temperature T2 at the coolant outlet of the evaporator ; (b) calculation of the overheating SH as a difference T2-T1; and (c) determination of the residual humidity of the laundry items from the overheating SH by means of the controller unit .
A method for wireless communication by a base station, comprising: generating a port precoding matrix which compresses a larger number of antenna elements to a smaller number of antenna ports; transmitting user equipment, UE-specific port reference signals to a UE using the port precoding matrix, wherein UEs are divided into multiple categories according to their capability of supporting multiple types of sub-array partition and associated codebooks; receiving feedback regarding channel state information, CSI, measured by the UE based on the UE-specific port reference signals; mapping multiple data layers to UE-specific antenna ports based on the feedback regarding CSI; mapping each of the UE-specific antenna ports to physical antenna elements; and transmitting data to the UE, based on the mapping of the multiple data layers and the mapping of antenna ports to the physical antenna elements. generating a port precoding matrix which compresses a larger number of antenna elements to a smaller number of antenna ports; transmitting user equipment, UE-specific port reference signals to a UE using the port precoding matrix, wherein UEs are divided into multiple categories according to their capability of supporting multiple types of sub-array partition and associated codebooks; receiving feedback regarding channel state information, CSI, measured by the UE based on the UE-specific port reference signals; mapping multiple data layers to UE-specific antenna ports based on the feedback regarding CSI; mapping each of the UE-specific antenna ports to physical antenna elements; and transmitting data to the UE, based on the mapping of the multiple data layers and the mapping of antenna ports to the physical antenna elements.
A tracheostomy cannula with a cannula tube , wherein the cannula tube has a proximal end with a proximal opening, a distal end with a distal opening, as well as a phonation opening in the wall of the cannula tube between the proximal end and the distal end , wherein a cover completely spans the opening cross section of the phonation opening and has at least one passage for air which is permanently open during use of the tracheostomy cannula so that at all times air can pass from the upper natural airway through the phonation opening into the cannula tube when inhaling or out of the cannula tube through the phonation opening and the passage for air into the upper natural airway when exhaling, wherein a protrusion which runs around along at least sections of the outer edge of the cover functions as a spacer against the outside of the cannula tube and is connected at least in parts to the cannula tube , wherein the protrusion has the at least one permanently open passage for air .
A protection and/or combustion material , in particular for thermal insulation and/or protection against impact or damage, comprising at least one cellulosic plant material, characterized in that it comprises at least one plant-derived binding agent, in the natural state, which has not undergone any chemical modification or transformation, to retain said cellulosic plant material in said material by the establishment of chemical bonds between said binding agent and said cellulosic plant material, the material comprising a binding agent mass quantity comprised between 15 and 95 %, said chemical bonds being obtained during a compression step at a temperature at least equal to 30°C, and in that it has a substantially homogeneous structure.
A tire comprising a pair of bead regions comprising an annular reinforcing structure and at least one carcass reinforcement which is anchored in the pair of bead regions , a protector portion positioned axially outward and radially inward from the annular reinforcing structure , the protector portion comprising a protector surface intended to come into contact at least partly with a rim flange (J1) and/or a rim sheet (J2) of a wheel rim (J), the protector portion being provided with at least 2 recessed portions recessed from the protector surface toward interior of the tire with a depth D, the at least 2 recessed portions having a minimum distance T between one another, the tire being characterized in that Young's modulus E of a rubber composition constituting the protector portion is in a range from 1.5 to 6.0 MPa.
A motion input device comprising: recognition processing means for, in response to a user's motion, executing information processing according to related information associated with a registered motion similar to the user's motion according to a similarity criterion, wherein the user's motion is a gesture or graphic input by a user operating an input device ; receiving means for receiving, from a user, a new user motion and new related information associated with the new user motion, where the new user motion and the new related information are to be newly registered; determining means for determining whether a similarity between the new user motion received by the receiving means and the registered motion is larger than a threshold value; and registration processing means for executing different processing in relation to registering the new user motion received by the receiving means and the new related information when it is determined, by the determining means , that the similarity between the new user motion and the registered motion is larger than the threshold value, wherein the different processing is: registering, in the recognition processing means , the new user motion in association with the new related information, and changing the similarity criterion by which it is determined whether the new user motion is similar to the registered motion, wherein the similarity criterion is the threshold value. recognition processing means for, in response to a user's motion, executing information processing according to related information associated with a registered motion similar to the user's motion according to a similarity criterion, wherein the user's motion is a gesture or graphic input by a user operating an input device ; receiving means for receiving, from a user, a new user motion and new related information associated with the new user motion, where the new user motion and the new related information are to be newly registered; determining means for determining whether a similarity between the new user motion received by the receiving means and the registered motion is larger than a threshold value; and registration processing means for executing different processing in relation to registering the new user motion received by the receiving means and the new related information when it is determined, by the determining means , that the similarity between the new user motion and the registered motion is larger than the threshold value, wherein the different processing is: registering, in the recognition processing means , the new user motion in association with the new related information, and changing the similarity criterion by which it is determined whether the new user motion is similar to the registered motion, wherein the similarity criterion is the threshold value.