mhurhangee/patent-ind-claim-en huggingface dataset:
A wearable device for managing and/or reducing the symptoms of a hot flash in a subject, the device comprising: a first set of components , each comprising a fabric comprising a cooling yarn; a second set of components , each comprising a quick-dry wicking fabric; and a third set of components , each comprising a phase change material fabric, wherein the first set of components are adapted to cover at least a neckline region and a peripheral region that extends adjacently around the armpit and the clavicle of the subject; the second set of components are adapted to cover at least the abdominal muscles and the lumbar regions of the subject; and the third set of components are adapted to cover at least the mammary and the dorsum regions of the subject, wherein the cooling yarn is a yarn that has been shaped to provide a cooling effect on the skin. a first set of components , each comprising a fabric comprising a cooling yarn; a second set of components , each comprising a quick-dry wicking fabric; and a third set of components , each comprising a phase change material fabric, wherein the first set of components are adapted to cover at least a neckline region and a peripheral region that extends adjacently around the armpit and the clavicle of the subject; the second set of components are adapted to cover at least the abdominal muscles and the lumbar regions of the subject; and the third set of components are adapted to cover at least the mammary and the dorsum regions of the subject, wherein
A modular data center system , comprising: a plurality of unit structures (202a/202b) for channeling at least one of cold air or hot air from data center components located within the modular data center system when the modular data center system is fully assembled; a plurality of structural support columns for supporting the plurality of unit structures above a floor surface at a desired height relative to the floor surface; a pair of elongated support rails , coupled perpendicularly to the plurality of structural support columns at approximately the desired height, to form two parallel, horizontal, spaced apart tracks; each of the unit structures including a plurality of carriage assemblies , each of the carriage assemblies including a wheel ; and wherein the wheels of the carriage assemblies allow the unit structures to be rolled horizontally into a desired position on the pair of elongated support rails when constructing a modular data center building to expedite assembly of the modular data center building. a plurality of unit structures (202a/202b) for channeling at least one of cold air or hot air from data center components located within the modular data center system when the modular data center system is fully assembled; a plurality of structural support columns for supporting the plurality of unit structures above a floor surface at a desired height relative to the floor surface; a pair of elongated support rails , coupled perpendicularly to the plurality of structural support columns at approximately the desired height, to form two parallel, horizontal, spaced apart tracks; each of the unit structures including a plurality of carriage assemblies , each of the carriage assemblies including a wheel ; and wherein the wheels of the carriage assemblies allow the unit structures to be rolled horizontally into a desired position on the pair of elongated support rails when constructing a modular data center building to expedite assembly of the modular data center building.
A device for heating milk or milk froth with steam in a steam/liquid mixer , which is provided with a mixing chamber , at least one steam supply pipe and a milk/milk froth supply nozzle aligned in the longitudinal direction of the mixing chamber, characterised in that the steam supply pipe discharges into a steam supply chamber (20 or 20a, 20b) upstream of the mixing chamber , which steam supply chamber is connected to the mixing chamber by preferably a number of steam inlet holes running around the milk/milk froth supply nozzle in the longitudinal direction of the mixing chamber.
A method for controlling relocation of a session of an application hosted in a first server connected to a radio station configured for communication with wireless devices , comprising the steps of running a session of the application between an application host in the first server and an application client in a first wireless device; obtaining, from a management entity configured to control the relocation, relocation information indicating a plan for server relocation and identifying a time point (tl); obtaining , in the first server, context data related to a user context in the application during said session, wherein said session comprises first periods of high level latency sensitivity and second periods of low level sensitivity; and providing , responsive to the identified time point (t1) being within one of said first periods , said context data to the management entity, wherein said context data identifies a time delay (td) identifying a suitable postponement of relocation from the received point in time (t1). running a session of the application between an application host in the first server and an application client in a first wireless device; obtaining, from a management entity configured to control the relocation, relocation information indicating a plan for server relocation and identifying a time point (tl); obtaining , in the first server, context data related to a user context in the application during said session, wherein said session comprises first periods of high level latency sensitivity and second periods of low level sensitivity; and providing , responsive to the identified time point (t1) being within one of said first periods , said context data to the management entity, wherein said context data identifies a time delay (td) identifying a suitable postponement of relocation from the received point in time (t1).
Beverage preparation device, especially for preparation of coffee, tea or milk beverages, having a milk system (M) for dispensing milk and/or milk foam and having a control unit (S) for controlling the beverage preparation device for portionwise dispensing of beverages, wherein the milk system (M) has a feed line , which is connectible to a milk container , and a milk pump , which is connected to the feed line , wherein in the feed line there is arranged a first flowmeter , especially a mechanical flowmeter , which, for metering the milk volume fed by the milk pump , is in signalling communication with the control unit (S), wherein the beverage preparation device has a water feed system (W) for feeding fresh water and/or hot water and the water feed system has a second flowmeter for determining the volume of the water fed by the water feed system, characterised in that for carrying out a flushing operation, the water feed system is connectible to the milk system (M) via at least one first flushing valve in such a way that the first and second flowmeters are hydraulically connected in series, the control unit (S) being configured to carry out, in the course of a flushing operation, an adjustment of the first flowmeter to measured values of the second flowmeter . wherein in the feed line there is arranged a first flowmeter , especially a mechanical flowmeter , which, for metering the milk volume fed by the milk pump , is in signalling communication with the control unit (S), wherein the beverage preparation device has a water feed system (W) for feeding fresh water and/or hot water and the water feed system has a second flowmeter for determining the volume of the water fed by the water feed system, characterised in that for carrying out a flushing operation, the water feed system is connectible to the milk system (M) via at least one first flushing valve in such a way that the first and second flowmeters are hydraulically connected in series, the control unit (S) being configured to carry out, in the course of a flushing operation, an adjustment of the first flowmeter to measured values of the second flowmeter .
A computer-implemented method for normalizing a plurality of libraries of DNA-containing compositions, comprising: receiving quantification information for each of a plurality of libraries of DNA-containing compositions for a first round of selection, wherein each of the libraries comprises DNA conjugates, and wherein the first round of selection causes selection of the DNA conjugates based on binding affinity to a target protein; determining a polymerase chain reaction ("PCR") cycle count specific for each of the libraries using the quantification information, wherein DNA-containing compositions of each of the libraries are determined to produce an associated pre-set amount of DNA after performing PCR with a corresponding PCR cycle count; sorting the libraries of DNA-containing compositions into bins using corresponding PCR cycle counts so determined, wherein each bin comprises a different subset of the libraries of the DNA-containing compositions determined to share a common PCR cycle count for DNA amplification, and each subset of the libraries of the DNA-containing compositions in the same bin shares a common PCR cycle count different from that of other bins of libraries; instructing a thermocycler to perform PCR, in a same run, on one of the bins with a corresponding common PCR cycle count simultaneously for a subset of the libraries of DNA-containing compositions of the same bin; and instructing the thermocycler to perform PCR on each of additional bins with a corresponding common PCR cycle count so that the plurality of libraries of DNA-containing compositions are normalized. receiving quantification information for each of a plurality of libraries of DNA-containing compositions for a first round of selection, wherein each of the libraries comprises DNA conjugates, and wherein the first round of selection causes selection of the DNA conjugates based on binding affinity to a target protein; determining a polymerase chain reaction ("PCR") cycle count specific for each of the libraries using the quantification information, wherein DNA-containing compositions of each of the libraries are determined to produce an associated pre-set amount of DNA after performing PCR with a corresponding PCR cycle count; sorting the libraries of DNA-containing compositions into bins using corresponding PCR cycle counts so determined, wherein each bin comprises a different subset of the libraries of the DNA-containing compositions determined to share a common PCR cycle count for DNA amplification, and each subset of the libraries of the DNA-containing compositions in the same bin shares a common PCR cycle count different from that of other bins of libraries; instructing a thermocycler to perform PCR, in a same run, on one of the bins with a corresponding common PCR cycle count simultaneously for a subset of the libraries of DNA-containing compositions of the same bin; and instructing the thermocycler to perform PCR on each of additional bins with a corresponding common PCR cycle count so that the plurality of libraries of DNA-containing compositions are normalized.
A MEMS type inertial sensor comprising a support structure(2.1, 2.2, 52), having at least a first seismic body (3.1, 53.1) and a second seismic body (3.2, 53.2) connected to said support structure thereto by resilient means of the sensor (8.11, 8.12) in order to be movable in a suspension plane (P), transducers (13.1, 13.2, 63.1, 63.2) for maintaining the seismic bodies in vibration and for determining movements of the seismic bodies in the suspension plane, and a control unit connected to the transducers by electrical conductor means, the sensor being the transducers having electrodes secured respectively to the first seismic body and to the second seismic body, characterized in that the electrodes are arranged to make it possible to measure directly movements of the seismic bodies relative to each other in the suspension plane, in at least two directions parallel to the suspension plane.
A light polymerizable liquid composition comprising: a first polymerizable component, wherein the first polymerizable component is a first urethane (meth)acrylate oligomer; a second polymerizable component, wherein the second polymerizable component is a first thiol monomer; and a photoinitiator, wherein at least one of the first polymerizable component or the second polymerizable component comprises at least two polymerizable groups. a first polymerizable component, wherein the first polymerizable component is a first urethane (meth)acrylate oligomer; a second polymerizable component, wherein the second polymerizable component is a first thiol monomer; and a photoinitiator,
A cover assembly comprising: a mouthpiece including one end , that is configured to come into contact with a mouth of a user, and another end opposite to the one end , the mouthpiece configured to move to an open position and a closed position by rotation of the mouthpiece around the other end ; and an accommodation unit for accommodating the one end of the mouthpiece in the closed position, wherein the accommodation unit comprises: a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and wherein the second portion of the body of the locking unit comprises a sliding portion that is an inclined surface, and the body of the button unit comprises an inclined surface that has a shape corresponding to the sliding portion . a mouthpiece including one end , that is configured to come into contact with a mouth of a user, and another end opposite to the one end , the mouthpiece configured to move to an open position and a closed position by rotation of the mouthpiece around the other end ; and an accommodation unit for accommodating the one end of the mouthpiece in the closed position, wherein the accommodation unit comprises: a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and a button unit comprising a body, the button unit configured to contact the one end of the mouthpiece and to be displaced in a longitudinal direction based on the one end being pressed; and a locking unit comprising a body, the body of the locking unit comprising a first portion that is configured to contact the one end of the mouthpiece and a second portion that is configured to contact the button unit, and wherein the second portion of the body of the locking unit comprises a sliding portion that is an inclined surface, and the body of the button unit comprises an inclined surface that has a shape corresponding to the sliding portion .
Liquid dispersion containing inorganic particle selected from the group consisting of Al 2 O 3 , AIN, Si 3 N 4 , SiC, WS 2 and mixtures thereof and at least one liquid fluorinated compound, wherein the inorganic particle is surface treated with a surface treatment agent selected from the group consisting of organosilanes, silazanes, acyclic or cyclic polysiloxanes and mixtures thereof.
A sole structure for an article of footwear having an upper , the sole structure comprising: a heel region ; a forefoot region ; a mid-foot region disposed between the heel region and the forefoot region ; and a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first segment extending along a medial side of the sole structure from the mid-foot region through the heel region , a second segment extending along a lateral side of the sole structure within the heel region , a third segment (218q; 218p) extending from one of the first segment and the second segment and terminating at a distal end (222q; 222p) intermediate the first segment and the second segment , and a web area disposed between and connecting the first segment , the second segment , and the third segment (218q; 218p), the first barrier layer being attached to the second barrier layer within the web area ; wherein the chamber includes a fourth segment (218q; 218p) extending from the other of the first segment and the second segment and terminating at a distal end between the first segment and the second segment , the fourth segment including a compound taper having a thickness and a width that decrease along a length of the fourth segment to the distal end. a heel region ; a forefoot region ; a mid-foot region disposed between the heel region and the forefoot region ; and a fluid-filled chamber including a first barrier layer cooperating with a second barrier layer to define a first segment extending along a medial side of the sole structure from the mid-foot region through the heel region , a second segment extending along a lateral side of the sole structure within the heel region , a third segment (218q; 218p) extending from one of the first segment and the second segment and terminating at a distal end (222q; 222p) intermediate the first segment and the second segment , and a web area disposed between and connecting the first segment , the second segment , and the third segment (218q; 218p), the first barrier layer being attached to the second barrier layer within the web area ; wherein the chamber includes a fourth segment (218q; 218p) extending from the other of the first segment and the second segment and terminating at a distal end between the first segment and the second segment , the fourth segment including a compound taper having a thickness and a width that decrease along a length of the fourth segment to the distal end.
A system comprising a traction sheave and a liner , the liner comprising: a top surface and a bottom surface mutually spaced on a height-wise axis (H), a front surface and a back surface mutually spaced on lengthwise axis (L), and a plurality of side surfaces including a first side surface and a second side surface mutually spaced in a widthwise axis (W); wherein a first cross sectional profile of the plurality of side surfaces forms a convergent-divergent profile ; wherein the bottom surface of the liner includes a first groove extending height-wise upwardly; and characterized in that the traction sheave comprises a cavity having a same height-wise span as the liner , the cavity comprising a plurality of side surfaces having a second profile that is complementary to the first profile wherein the liner comprises a nominal clearance fit when seated within the cavity . a traction sheave and a liner , the liner comprising: a top surface and a bottom surface mutually spaced on a height-wise axis (H), a front surface and a back surface mutually spaced on lengthwise axis (L), and a plurality of side surfaces including a first side surface and a second side surface mutually spaced in a widthwise axis (W); wherein a first cross sectional profile of the plurality of side surfaces forms a convergent-divergent profile ; wherein the bottom surface of the liner includes a first groove extending height-wise upwardly; and characterized in that the traction sheave comprises a cavity having a same height-wise span as the liner , the cavity comprising a plurality of side surfaces having a second profile that is complementary to the first profile wherein the liner comprises a nominal clearance fit when seated within the cavity . a top surface and a bottom surface mutually spaced on a height-wise axis (H), a front surface and a back surface mutually spaced on lengthwise axis (L), and a plurality of side surfaces including a first side surface and a second side surface mutually spaced in a widthwise axis (W); wherein a first cross sectional profile of the plurality of side surfaces forms a convergent-divergent profile ; wherein the bottom surface of the liner includes a first groove extending height-wise upwardly; and characterized in that the traction sheave comprises a cavity having a same height-wise span as the liner , the cavity comprising a plurality of side surfaces having a second profile that is complementary to the first profile wherein the liner comprises a nominal clearance fit when seated within the cavity .
A method for extracting structured data from an image, comprising: obtaining (S202) a first information set and a second information set in the image by using a multi-class deep neural network based image text extraction model, wherein the image comprises at least one piece of structured data; obtaining (S203) at least one text subimage in the image based on at least one piece of first information comprised in the first information set; identifying (S204) text information in the at least one text subimage; and obtaining (S205) at least one piece of structured data in the image based on the text information in the at least one text subimage and at least one piece of second information comprised in the second information set, wherein the at least one piece of first information indicates text location information, and the text location information indicates a location of the at least one text subimage in the image; the at least one piece of second information indicates text attribute information, and the text attribute information indicates an attribute of the text information in the at least one text subimage; and each piece of structured data comprises the text attribute information and the text information. obtaining (S202) a first information set and a second information set in the image by using a multi-class deep neural network based image text extraction model, wherein the image comprises at least one piece of structured data; obtaining (S203) at least one text subimage in the image based on at least one piece of first information comprised in the first information set; identifying (S204) text information in the at least one text subimage; and obtaining (S205) at least one piece of structured data in the image based on the text information in the at least one text subimage and at least one piece of second information comprised in the second information set, wherein the at least one piece of first information indicates text location information, and the text location information indicates a location of the at least one text subimage in the image; the at least one piece of second information indicates text attribute information, and the text attribute information indicates an attribute of the text information in the at least one text subimage; and each piece of structured data comprises the text attribute information and the text information.
A steering centering/damping mechanism for a steerable heavy-duty vehicle axle/suspension system , comprising a mechanically operated structure which provides a positive steering centering force to said axle/suspension system at about a zero steer angle, said mechanically operated structure providing increasing positive steering centering force with increasing steer angle of the axle/suspension system, characterised by the fact that said mechanically operated structure is at least one flat spring , and at least one axle bracket is attached to an axle of said axle/suspension system, said at least one axle bracket providing a positive stopping point for said at least one flat spring to provide said positive centering steering force at about said zero steer angle and said increasing positive centering force with increasing steer angle of said axle/suspension system.