mhurhangee/ep-ind-claims huggingface dataset:
An audio device (100, 200), comprising: a body (104, 204) having multiple sides (106, 206); a speaker (102, 202) disposed within the body; and a pair of electrical contacts disposed on and extending an entire width of each of the multiple sides, wherein, for each of the multiple sides, the pair of electrical contacts of a given side electrically connect with the pairs of electrical contacts on each of the multiple sides adjacent to the given side, such that the pairs of electrical contacts, together, extend circumferentially around the body; wherein each pair of electrical contacts is to facilitate electrical communication between the audio device and a charging base (210, 310). a body (104, 204) having multiple sides (106, 206); a speaker (102, 202) disposed within the body; and a pair of electrical contacts disposed on and extending an entire width of each of the multiple sides, wherein, for each of the multiple sides, the pair of electrical contacts of a given side electrically connect with the pairs of electrical contacts on each of the multiple sides adjacent to the given side, such that the pairs of electrical contacts, together, extend circumferentially around the body; wherein each pair of electrical contacts is to facilitate electrical communication between the audio device and a charging base (210, 310).
A production method of a carburized steel component comprising: a preliminary gas carburizing process, wherein a steel component having a chemical composition that consists of: by mass%, C: 0.1 to 0.4%, Si: 0.7 to 4.0%, Mn: 0.2 to 3.0%, Cr: 0.5 to 5.0%, Al: 0.005 to 0.15%, S: not more than 0.3%, N: 0.003 to 0.03%, O: not more than 0.0050%, P: not more than 0.025%, Nb: 0 to 0.3%, Ti: 0 to 0.3%, V: 0 to 0.3%, Ni: 0 to 3.0%, Cu: 0 to 3.0%, Co: 0 to 3.0%, Mo: 0 to 1.0%, W: 0 to 1.0%, B: 0 to 0.005%, Ca: 0 to 0.01%, Mg: 0 to 0.01%, Zr: 0 to 0.05%, Te: 0 to 0.1%, and rare earth metals: 0 to 0.005%, with the balance being Fe and impurities, and that satisfies Formula, is subjected to a gas carburizing treatment at a carburizing temperature T p °C that satisfies Formula for 10 minutes to less than 20 hours; and a main gas carburizing process, wherein successively following the preliminary gas carburizing process, a gas carburizing treatment is performed at a carburizing temperature T r °C that satisfies Formula for a carburizing time t r minutes, wherein the carburizing temperature T r is higher than the carburizing temperature T p. 6.5 < 3.5 Si % + Mn % + 3 Cr % ≤ 18 800 ≤ T p < 163 × ln CP + 0.6 − 41 × ln 3.5 × Si % + Mn % + 3 × Cr % + 950 4 < 13340 / T r + 273.15 − ln t r < 7 where, [Si%], [Mn%], and [Cr%] in the formulae are substituted by the Si content, Mn content, and Cr content (in mass%) in the steel component, the term ln() represents natural logarithm, and CP is substituted by a carbon potential during carburization in the preliminary gas carburizing process. a preliminary gas carburizing process, wherein a steel component having a chemical composition that consists of: by mass%, C: 0.1 to 0.4%, Si: 0.7 to 4.0%, Mn: 0.2 to 3.0%, Cr: 0.5 to 5.0%, Al: 0.005 to 0.15%, S: not more than 0.3%, N: 0.003 to 0.03%, O: not more than 0.0050%, P: not more than 0.025%, Nb: 0 to 0.3%, Ti: 0 to 0.3%, V: 0 to 0.3%, Ni: 0 to 3.0%, Cu: 0 to 3.0%, Co: 0 to 3.0%, Mo: 0 to 1.0%, W: 0 to 1.0%, B: 0 to 0.005%, Ca: 0 to 0.01%, Mg: 0 to 0.01%, Zr: 0 to 0.05%, Te: 0 to 0.1%, and rare earth metals: 0 to 0.005%, with the balance being Fe and impurities, and that satisfies Formula, is subjected to a gas carburizing treatment at a carburizing temperature T p °C that satisfies Formula for 10 minutes to less than 20 hours; and a main gas carburizing process, wherein successively following the preliminary gas carburizing process, a gas carburizing treatment is performed at a carburizing temperature T r °C that satisfies Formula for a carburizing time t r minutes, wherein the carburizing temperature T r is higher than the carburizing temperature T p. 6.5 < 3.5 Si % + Mn % + 3 Cr % ≤ 18 800 ≤ T p < 163 × ln CP + 0.6 − 41 × ln 3.5 × Si % + Mn % + 3 × Cr % + 950 4 < 13340 / T r + 273.15 − ln t r < 7 where, [Si%], [Mn%], and [Cr%] in the formulae are substituted by the Si content, Mn content, and Cr content (in mass%) in the steel component, the term ln() represents natural logarithm, and CP is substituted by a carbon potential during carburization in the preliminary gas carburizing process.
An apparatus for wireless communication in a mesh network, comprising: (a) a wireless communication circuit configured for wirelessly communicating with other wireless communication stations utilizing directional millimeter-wave, mmW, communications having a plurality of antenna pattern sectors (64a-n, 66a-n, 68a-n) each having different transmission directions; (b) a processor coupled to said wireless communication circuit within a station configured for operating on the mesh network; (c) a non-transitory memory storing instructions executable by the processor; and (d) wherein said instructions, when executed by the processor, perform steps comprising: (i) transmitting frames in all, or select directions, to other nodes in the network for broadcasting network information, beamforming or other purpose; (ii) incorporating an activity indicator into the transmitted frames, wherein said activity indicator provides an indication of which communication directions have active data activity in transmission, reception or transmission and/or receptions; and (iii) broadcasting said activity indicator as a map of activity for each direction in which a node is configured to communicate (a) a wireless communication circuit configured for wirelessly communicating with other wireless communication stations utilizing directional millimeter-wave, mmW, communications having a plurality of antenna pattern sectors (64a-n, 66a-n, 68a-n) each having different transmission directions; (b) a processor coupled to said wireless communication circuit within a station configured for operating on the mesh network; (c) a non-transitory memory storing instructions executable by the processor; and (d) wherein said instructions, when executed by the processor, perform steps comprising: (i) transmitting frames in all, or select directions, to other nodes in the network for broadcasting network information, beamforming or other purpose; (ii) incorporating an activity indicator into the transmitted frames, wherein said activity indicator provides an indication of which communication directions have active data activity in transmission, reception or transmission and/or receptions; and (iii) broadcasting said activity indicator as a map of activity for each direction in which a node is configured to communicate (i) transmitting frames in all, or select directions, to other nodes in the network for broadcasting network information, beamforming or other purpose; (ii) incorporating an activity indicator into the transmitted frames, wherein said activity indicator provides an indication of which communication directions have active data activity in transmission, reception or transmission and/or receptions; and (iii) broadcasting said activity indicator as a map of activity for each direction in which a node is configured to communicate
A system, comprising: an application programmable interface 'API' discovery component to employ a plurality of different search strategies to search a plurality of storage environments to discover APIs associated with an enterprise; an API assessment component to: classify the discovered APIs according to a taxonomy of API contexts and store at least a portion of the classified APIs in an API information repository; identify duplicate discovered APIs that are assessed to perform similar functions; and de-duplicate the discovered APIs by deleting at least one of a plurality of APIs that are assessed to perform similar functions, wherein the deletion of the at least one of a plurality of APIs is based on analytics performed on the duplicate APIs; and an API management component to provide user devices with authorized access to the classified and de-duplicated APIs in the API information repository via an API gateway. an application programmable interface 'API' discovery component to employ a plurality of different search strategies to search a plurality of storage environments to discover APIs associated with an enterprise; an API assessment component to: classify the discovered APIs according to a taxonomy of API contexts and store at least a portion of the classified APIs in an API information repository; identify duplicate discovered APIs that are assessed to perform similar functions; and de-duplicate the discovered APIs by deleting at least one of a plurality of APIs that are assessed to perform similar functions, wherein the deletion of the at least one of a plurality of APIs is based on analytics performed on the duplicate APIs; and classify the discovered APIs according to a taxonomy of API contexts and store at least a portion of the classified APIs in an API information repository; identify duplicate discovered APIs that are assessed to perform similar functions; and de-duplicate the discovered APIs by deleting at least one of a plurality of APIs that are assessed to perform similar functions, wherein the deletion of the at least one of a plurality of APIs is based on analytics performed on the duplicate APIs; and an API management component to provide user devices with authorized access to the classified and de-duplicated APIs in the API information repository via an API gateway.
Magnetic Resonance Imaging apparatus for imaging an object, said Magnetic Resonance Imaging apparatus being configured for automatically detecting a brain tissue pathology in MR images of a patient, and comprising: - means for acquiring multiple MR imaging data and using said multiple MR imaging data for creating at least 4 different contrast maps of a patient brain; - means for performing, from said previously acquired multiple MR imaging data, an estimation of gray matter, white matter and cerebrospinal fluid concentration for each voxel of at least a part of the patient brain and creating, from said estimation, GM, WM and CSF concentration maps for said part of the patient brain; - means for segmenting, from said previously acquired multiple MR imaging data, said part of the patient brain in different regions-of-interest (ROIs) according to a chosen atlas; - means for computing, for each voxel of each of the previously created contrast maps of the patient brain, and for at least said part of the patient brain, a deviation score zv obtained by combining voxel intensity of the contrast map in the patient brain, voxel tissues concentrations from the GM, WM and CSF concentration maps in the patient brain, and parameters values characterising a contrast map intensity distribution of each tissue in healthy controls obtained for the ROI to which said voxel belongs to, and means for creating from said deviation score and for each of the previously created quantitative contrast maps, a deviation map representing said part of the brain in function of the deviation score calculated for each voxel; - means for combining the previously obtained deviation maps into a single pathology map. - means for acquiring multiple MR imaging data and using said multiple MR imaging data for creating at least 4 different contrast maps of a patient brain; - means for performing, from said previously acquired multiple MR imaging data, an estimation of gray matter, white matter and cerebrospinal fluid concentration for each voxel of at least a part of the patient brain and creating, from said estimation, GM, WM and CSF concentration maps for said part of the patient brain; - means for segmenting, from said previously acquired multiple MR imaging data, said part of the patient brain in different regions-of-interest (ROIs) according to a chosen atlas; - means for computing, for each voxel of each of the previously created contrast maps of the patient brain, and for at least said part of the patient brain, a deviation score zv obtained by combining voxel intensity of the contrast map in the patient brain, voxel tissues concentrations from the GM, WM and CSF concentration maps in the patient brain, and parameters values characterising a contrast map intensity distribution of each tissue in healthy controls obtained for the ROI to which said voxel belongs to, and means for creating from said deviation score and for each of the previously created quantitative contrast maps, a deviation map representing said part of the brain in function of the deviation score calculated for each voxel; - means for combining the previously obtained deviation maps into a single pathology map.
An air-conditioner comprising: a housing; an air blowing fan configured to send air to an outdoor heat exchanger; a fixing member configured to fix the air blowing fan to the housing; and a control section configured to control an acceleration or the number of rotations per unit time in rotation of the air blowing fan, wherein a rotation direction of the air blowing fan includes at least a first direction of loosening the fixing member due to the rotation of the air blowing fan, and the control section controls the acceleration or the number of rotations per unit time in the rotation of the air blowing fan such that the acceleration of the rotation of the air blowing fan in the first direction is lower than a deceleration for stopping the rotation of the air blowing fan in the first direction. a housing; an air blowing fan configured to send air to an outdoor heat exchanger; a fixing member configured to fix the air blowing fan to the housing; and a control section configured to control an acceleration or the number of rotations per unit time in rotation of the air blowing fan, wherein a rotation direction of the air blowing fan includes at least a first direction of loosening the fixing member due to the rotation of the air blowing fan, and the control section controls the acceleration or the number of rotations per unit time in the rotation of the air blowing fan such that the acceleration of the rotation of the air blowing fan in the first direction is lower than a deceleration for stopping the rotation of the air blowing fan in the first direction.
A liquid entrapping device comprising: an absorbent component; and a hydrophilic elastomeric fibrous component, wherein the absorbent component and the hydrophilic elastomeric fibrous component are in physical proximity thereby resulting in fluid communication from the hydrophilic elastomeric fibrous component to the absorbent component; wherein the absorbent component is more absorbent than the hydrophilic elastomeric fibrous component but wherein the hydrophilic elastomeric fibrous component absorbs more quickly and has a smaller holding capacity than the absorbent component; wherein the absorbent component is distributed in a manner selected from coated on the surface of the hydrophilic elastomeric fibrous component, mechanically entangled by the hydrophilic elastomeric fibrous component, and a combination thereof; and wherein the hydrophilic elastomeric fibrous component comprises electrospun fibers having a diameter of 1 to 3000 nanometers. an absorbent component; and a hydrophilic elastomeric fibrous component, wherein the absorbent component and the hydrophilic elastomeric fibrous component are in physical proximity thereby resulting in fluid communication from the hydrophilic elastomeric fibrous component to the absorbent component; wherein the absorbent component is more absorbent than the hydrophilic elastomeric fibrous component but wherein the hydrophilic elastomeric fibrous component absorbs more quickly and has a smaller holding capacity than the absorbent component; wherein the absorbent component is distributed in a manner selected from coated on the surface of the hydrophilic elastomeric fibrous component, mechanically entangled by the hydrophilic elastomeric fibrous component, and a combination thereof; and wherein the hydrophilic elastomeric fibrous component comprises electrospun fibers having a diameter of 1 to 3000 nanometers.
A method for establishing, by an entity of a primary radio access technology, RAT, system, a session in a wireless communication system, the method comprising: receiving a measurement result for a secondary RAT system, a request routing type for each bearer and a request routing rule for each bearer from a multi-RAT device; determining which packet data network, PDN, is appropriate for a simultaneous transmission through the primary RAT system and the secondary RAT system based on quality of service, QoS, of each bearer, the request routing type for each bearer, the request routing rule for each bearer and the received measurement result; transmitting a create session request message to a PDN gateway, P-GW, related to the determined PDN; receiving a create session response message including information for the simultaneous transmission from the P-GW; and establishing a session of the primary RAT system with the multi-RAT device based on the information, wherein the QoS includes a quality class identifier, QCI, an allocation and retention priority, ARP, bit rate of traffic per bearer, and bit rates of traffic per group of bearers. receiving a measurement result for a secondary RAT system, a request routing type for each bearer and a request routing rule for each bearer from a multi-RAT device; determining which packet data network, PDN, is appropriate for a simultaneous transmission through the primary RAT system and the secondary RAT system based on quality of service, QoS, of each bearer, the request routing type for each bearer, the request routing rule for each bearer and the received measurement result; transmitting a create session request message to a PDN gateway, P-GW, related to the determined PDN; receiving a create session response message including information for the simultaneous transmission from the P-GW; and establishing a session of the primary RAT system with the multi-RAT device based on the information, wherein the QoS includes a quality class identifier, QCI, an allocation and retention priority, ARP, bit rate of traffic per bearer, and bit rates of traffic per group of bearers.
An expandable medical balloon comprising: an inner layer formed of a polymer material having a Shore D hardness of 25 D to 75 D; and an outer layer formed of a polymer material having a Shore D hardness of greater than 75D; wherein the outer layer is harder than the inner layer; and wherein the expandable medical balloon has a burst strength of greater than 310.3 MPa (45,000 psi). an inner layer formed of a polymer material having a Shore D hardness of 25 D to 75 D; and an outer layer formed of a polymer material having a Shore D hardness of greater than 75D; wherein the outer layer is harder than the inner layer; and wherein the expandable medical balloon has a burst strength of greater than 310.3 MPa (45,000 psi).
Ship's ladder comprising rigid steps connected by flexible suspension elements, wherein at both short sides of each step there are at least two attachment points for the flexible suspension elements wherein the ladder comprises four flexible suspension elements, one attached to the short side near each of the foremost corners of each step and one attached to the short side near each, rear corner of each step wherein the top of the ladder is arranged for permanent or temporary attachment to the ships rail or deck, characterized in that each step exhibit two borings, one near each short side, a cord for lowering and hoisting the ladder passing though both said borings of the steps and that each step exhibits at least one recess in the side arranged to face the ship's hull, and shoulders arranged to rest against the ship's hull.
An isolated antibody capable of binding to an epitope of a C-terminal portion of a PTHrP1-173 isoform, the C-terminal portion consisting of amino acid residues 151 to 169.
Method for inflating the tires of a vehicle comprising a step (S1, S2, S7, S8) of reading a registration number of the vehicle by optical character recognition on an image taken by a first camera of a license plate of the vehicle, a step of identifying a set of inflation pressure data (PG1, PG2,...PGn) corresponding to different tire mountings (M1, M2,...Mn) associated with a type of the vehicle from at least one query with the read registration number of at least one database, a step (S3 to S6, S10, S11) of identifying a tire mounting (Mv) present in the vehicle, a step of selecting inflation pressure data (PGv) for the vehicle from the set of identified inflation pressure data (PG1, PG2,...PGn) on the basis of the identified tire mounting (Mv) of the vehicle, and a step of controlling, with the selected inflation pressure data (PGv) as inflation pressure set values, an automatic tire inflator connected to the tires of the vehicle in order to adjust the inflation pressures of the tires, wherein the step of identifying the tire mounting present in the vehicle comprises a sub-step of guiding the traveling vehicle to a suitable parking position in which a wheel of the vehicle is placed in a determined wheel position with respect to a second camera and a laser beam scanning device, a sub-step (S4, S5) of validating the parking of the vehicle by detecting, on images taken by the second camera, an absence of movement of the wheel at the determined wheel position for a determined period of time, and a sub-step of reading tire technical characteristic data (DPN, DCT) identifying the tire mounting (Mv) present in the vehicle by optical character recognition on an image taken with laser beam scanning by the second camera of a tire sidewall of the wheel at the determined wheel position.
A distillation column, comprising: a weir; an extension weir; a vertically extending distillation housing; and a plurality of tray assemblies, at least one of which includes a horizontally extending tray panel and a downcomer panel assembly that defines a downcomer having, in a downward direction, an upper region of decreasing cross-sectional area, and a lower region of substantially constant cross-sectional area, wherein the downcomer panel assembly includes a top downcomer panel extending downwardly away from an outer edge of the tray panel toward the distillation housing at an angle; wherein the at least one tray assembly comprises at least one support structure extending from the distillation housing; wherein the at least one support structure includes an angled portion that supports the top downcomer panel at an angle with respect to a vertical axis; and wherein the at least one support structure further includes triangular side portions extending between the sides of the top downcomer panel and the inner walls of the distillation housing. a weir; an extension weir; a vertically extending distillation housing; and a plurality of tray assemblies, at least one of which includes a horizontally extending tray panel and a downcomer panel assembly that defines a downcomer having, in a downward direction, an upper region of decreasing cross-sectional area, and a lower region of substantially constant cross-sectional area, wherein the downcomer panel assembly includes a top downcomer panel extending downwardly away from an outer edge of the tray panel toward the distillation housing at an angle; wherein the at least one tray assembly comprises at least one support structure extending from the distillation housing; wherein the at least one support structure includes an angled portion that supports the top downcomer panel at an angle with respect to a vertical axis; and wherein the at least one support structure further includes triangular side portions extending between the sides of the top downcomer panel and the inner walls of the distillation housing.