mhurhangee/patent-ind-claim-en huggingface dataset:
A method of switching a wireless client between a plurality of access points in a network , comprising: performing, by a first access point , an authentication process with the wireless client in the network ; generating, by the first access point , first encryption key information during the authentication procedure; periodically broadcasting the first encryption key information from the first access point to a second access point in the network ; in response to the wireless client moving to an area covered by the second access point receiving, by the second access point , data encrypted using the first encryption key information from the wireless client ; decrypting, by the second access point , the encrypted data using the first encryption key information; performing, by the second access point , a re-authentication procedure with the wireless client before a predetermined time period has elapsed; generating, by the second access point , second encryption key information during the re-authentication procedure; periodically broadcasting, by the second access point , the second encryption key information to the first access point and other access points in the network ; in response to timely receiving the second encryption key information, replacing, by the first access point , previously received encryption key information from the second access point with the second encryption key information; and in response to untimely receiving the second encryption key information, determining that the second access point has been corrupted or compromised. performing, by a first access point , an authentication process with the wireless client in the network ; generating, by the first access point , first encryption key information during the authentication procedure; periodically broadcasting the first encryption key information from the first access point to a second access point in the network ; in response to the wireless client moving to an area covered by the second access point receiving, by the second access point , data encrypted using the first encryption key information from the wireless client ; decrypting, by the second access point , the encrypted data using the first encryption key information; performing, by the second access point , a re-authentication procedure with the wireless client before a predetermined time period has elapsed; generating, by the second access point , second encryption key information during the re-authentication procedure; periodically broadcasting, by the second access point , the second encryption key information to the first access point and other access points in the network ; in response to timely receiving the second encryption key information, replacing, by the first access point , previously received encryption key information from the second access point with the second encryption key information; and in response to untimely receiving the second encryption key information, determining that the second access point has been corrupted or compromised.
A liquid storing body comprising: a liquid storing part that is capable of storing a liquid containing a sedimentous component; a liquid supply part that is capable of supplying the liquid from the liquid storing part to a liquid jetting apparatus; an opening portion provided at an upper portion of the liquid storing part ; and a stirring member having an operation part that is inserted into the liquid storing part via the opening portion, wherein a grasping part is provided at an upper end of the operation part , and a stirring portion arranged in the liquid storing part, characterized in that the liquid storing body further comprises a plug member that is mounted to the opening portion and has a through hole that extends therein in a direction of a central axis of the plug member , wherein the operation part is supported by the plug member and can slide along the through hole. a liquid storing part that is capable of storing a liquid containing a sedimentous component; a liquid supply part that is capable of supplying the liquid from the liquid storing part to a liquid jetting apparatus; an opening portion provided at an upper portion of the liquid storing part ; and a stirring member having an operation part that is inserted into the liquid storing part via the opening portion, wherein a grasping part is provided at an upper end of the operation part , and a stirring portion arranged in the liquid storing part, characterized in that the liquid storing body further comprises a plug member that is mounted to the opening portion and has a through hole that extends therein in a direction of a central axis of the plug member , wherein the operation part is supported by the plug member and can slide along the through hole.
A method of conforming an overwrap to a pessary device , the method comprising: providing a pessary device comprising a longitudinal axis, a transverse axis, and an outer surface; providing an overwrap ; placing the pessary device in contact with an overwrap , wherein the overwrap covers at least a portion of the pessary device outer surface area ; and manipulating the overwrap to conform to the pessary device using a profile seal, characterized in that the overwrap is elastic. providing a pessary device comprising a longitudinal axis, a transverse axis, and an outer surface; providing an overwrap ; placing the pessary device in contact with an overwrap , wherein the overwrap covers at least a portion of the pessary device outer surface area ; and manipulating the overwrap to conform to the pessary device using a profile seal, characterized in that the overwrap is elastic.
A method performed by a first communication endpoint (12-1) in a communication network , the method comprising: receiving , from a second communication endpoint (12-2) in the communication network , signaling that indicates a second format (22-2) according to which the second communication endpoint (12-2) will serialize and/or deserialize data to be communicated between the first and second communication endpoints (12-1, 12-2); characterized in that the method further comprises: processing serialized data received from the second communication endpoint (12-2), according to the second format (22-2) indicated by the received signaling, wherein the processing comprises: translating the received serialized data from the second format (22-2) to a first format (22-1) according to which the first communication endpoint (12-1) serializes and/or deserializes data. receiving , from a second communication endpoint (12-2) in the communication network , signaling that indicates a second format (22-2) according to which the second communication endpoint (12-2) will serialize and/or deserialize data to be communicated between the first and second communication endpoints (12-1, 12-2); characterized in that the method further comprises: processing serialized data received from the second communication endpoint (12-2), according to the second format (22-2) indicated by the received signaling, wherein the processing comprises: translating the received serialized data from the second format (22-2) to a first format (22-1) according to which the first communication endpoint (12-1) serializes and/or deserializes data.
A dental imaging and illumination device , comprising: an optical interface for emitting light from the device and for receiving light into the device ; a first light source which is arranged within the device for emitting white light through the optical interface ; a camera ; a first beam splitter arranged in a first optical path , which is established between the camera and the optical interface , the first beam splitter being configured to pass light received via the optical interface toward the camera by transmission; a color reference ; wherein the first beam splitter is further arranged in a second optical path , which is established between the camera and the color reference , the first beam splitter being configured to pass light from the color reference toward the camera by reflection; and wherein the color reference and the first light source are optically coupled via a third optical path for the first light source to illuminate the color reference , which third optical path is established between the first light source and the color reference and bypasses the first beam splitter , such that the interference between light of an image received from the optical interface and light emitted from the first light source is minimized; and wherein the device is configured to detect color information of light received by the camera via the first optical path , and to recognize a color associated with the color information based on the light received by the camera via the second optical path . an optical interface for emitting light from the device and for receiving light into the device ; a first light source which is arranged within the device for emitting white light through the optical interface ; a camera ; a first beam splitter arranged in a first optical path , which is established between the camera and the optical interface , the first beam splitter being configured to pass light received via the optical interface toward the camera by transmission; a color reference ; wherein the first beam splitter is further arranged in a second optical path , which is established between the camera and the color reference , the first beam splitter being configured to pass light from the color reference toward the camera by reflection; and wherein the color reference and the first light source are optically coupled via a third optical path for the first light source to illuminate the color reference , which third optical path is established between the first light source and the color reference and bypasses the first beam splitter , such that the interference between light of an image received from the optical interface and light emitted from the first light source is minimized; and wherein the device is configured to detect color information of light received by the camera via the first optical path , and to recognize a color associated with the color information based on the light received by the camera via the second optical path .
A metal-supported, planar cell arrangement comprising: at least one pair of cells, each cell comprising a metal substrate having first and second sides and a porous region providing fluid communication between the sides, planar cell chemistry layers comprising fuel electrode, electrolyte, and air electrode layers being coated or deposited over, and supported by, the porous region on the first side; wherein: the metal substrates are in a stacked arrangement with their cell chemistry layers overlying each other such that either both their first sides, or, both their second sides face inwardly in a spaced, opposed relationship, the inwardly facing sides thereby defining a common first fluid volume between them for one of fuel or oxidant, and at least one of the metal substrates comprises flanged perimeter features, and the metal substrates are sealed together around the flanged perimeter features to form the common first fluid volume therebetween. at least one pair of cells, each cell comprising a metal substrate having first and second sides and a porous region providing fluid communication between the sides, planar cell chemistry layers comprising fuel electrode, electrolyte, and air electrode layers being coated or deposited over, and supported by, the porous region on the first side; the metal substrates are in a stacked arrangement with their cell chemistry layers overlying each other such that either both their first sides, or, both their second sides face inwardly in a spaced, opposed relationship, the inwardly facing sides thereby defining a common first fluid volume between them for one of fuel or oxidant, and at least one of the metal substrates comprises flanged perimeter features, and the metal substrates are sealed together around the flanged perimeter features to form the common first fluid volume therebetween.
A semiconductor device comprising: a master that issues access requests including a read request and a write request to memory ; a memory controller that is coupled to the master via a bus and accesses the memory according to the access requests; an access control unit that controls an output of the access requests to the memory controller , the access requests being issued by the master; and a training circuit that conducts training on the memory while the access to the memory is stopped, characterized in that the access control unit is configured to control execution of the training, and, during the execution of the training, suppress an output of the read request to the memory controller from among the access requests issued by the master while allowing an output of the write request to the memory controller from among the access requests issued by the master. a master that issues access requests including a read request and a write request to memory ; a memory controller that is coupled to the master via a bus and accesses the memory according to the access requests; an access control unit that controls an output of the access requests to the memory controller , the access requests being issued by the master; and a training circuit that conducts training on the memory while the access to the memory is stopped, characterized in that the access control unit is configured to control execution of the training, and, during the execution of the training, suppress an output of the read request to the memory controller from among the access requests issued by the master while allowing an output of the write request to the memory controller from among the access requests issued by the master.
A N-vinyl lactam-based crosslinked polymer comprising: a structural unit derived from a N-vinyl lactam; and a structural unit derived from a crosslinkable monomer, the N-vinyl lactam-based crosslinked polymer having an ethanol absorption capacity, as measured by the method described in the specification, of 3 to 40 g per 1 g of the N-vinyl lactam-based crosslinked polymer, the N-vinyl lactam-based crosslinked polymer containing a particle having an aspect ratio determined by the following method of 1.15 to 10 in a proportion of 10% to 100% (by number) of the total number of the N-vinyl lactam-based crosslinked polymer: "Method of measuring aspect ratio": the aspect ratio is determined as a value obtained by measuring the major and minor axes of a primary particle of the N-vinyl lactam-based cross-linked polymer with an optical or electron microscope and dividing the major axis by the minor axis, the N-vinyl lactam-based crosslinked polymer having a proportion of an extractable, as measured by the method described in the specification, of 35 mass% or less in 100 mass% of the entire polymer, wherein the N-vinyl lactam-based crosslinked polymer has an average particle size, as measured by the method described in the specification, of 0.1 to 100 μm. a structural unit derived from a N-vinyl lactam; and a structural unit derived from a crosslinkable monomer, the N-vinyl lactam-based crosslinked polymer having an ethanol absorption capacity, as measured by the method described in the specification, of 3 to 40 g per 1 g of the N-vinyl lactam-based crosslinked polymer, the N-vinyl lactam-based crosslinked polymer containing a particle having an aspect ratio determined by the following method of 1.15 to 10 in a proportion of 10% to 100% (by number) of the total number of the N-vinyl lactam-based crosslinked polymer: "Method of measuring aspect ratio": the aspect ratio is determined as a value obtained by measuring the major and minor axes of a primary particle of the N-vinyl lactam-based cross-linked polymer with an optical or electron microscope and dividing the major axis by the minor axis, the N-vinyl lactam-based crosslinked polymer having a proportion of an extractable, as measured by the method described in the specification, of 35 mass% or less in 100 mass% of the entire polymer, wherein the N-vinyl lactam-based crosslinked polymer has an average particle size, as measured by the method described in the specification, of 0.1 to 100 μm. "Method of measuring aspect ratio": the aspect ratio is determined as a value obtained by measuring the major and minor axes of a primary particle of the N-vinyl lactam-based cross-linked polymer with an optical or electron microscope and dividing the major axis by the minor axis, the N-vinyl lactam-based crosslinked polymer having a proportion of an extractable, as measured by the method described in the specification, of 35 mass% or less in 100 mass% of the entire polymer, wherein the N-vinyl lactam-based crosslinked polymer has an average particle size, as measured by the method described in the specification, of 0.1 to 100 μm.
A method of controlling call establishment at a user equipment, UE, comprising the following steps performed by the UE: determining to establish a call; detecting a Wireless Local Area Network, WLAN, access node; determining WLAN access node characteristics associated with a received signal from the WLAN access node; transmitting a call establishment request message including the WLAN access node characteristics to a Wireless Wide Area Network, WWAN, access node; receiving , from the WWAN access node, WWAN load-related information including WWAN load-related parameters and a redirection command indicating to establish a call with the WLAN access node; and determining , based on user equipment call establishment rules and based on the received WWAN load-related information, whether to establish the call on the WWAN access node or the WLAN access node. determining to establish a call; detecting a Wireless Local Area Network, WLAN, access node; determining WLAN access node characteristics associated with a received signal from the WLAN access node; transmitting a call establishment request message including the WLAN access node characteristics to a Wireless Wide Area Network, WWAN, access node; receiving , from the WWAN access node, WWAN load-related information including WWAN load-related parameters and a redirection command indicating to establish a call with the WLAN access node; and determining , based on user equipment call establishment rules and based on the received WWAN load-related information, whether to establish the call on the WWAN access node or the WLAN access node.
A turbomachine comprising a drive gearbox for pieces of equipment comprising a main shaft rotationally connected to a power transmission shaft of the turbomachine, with the main shaft comprising at least one bevel gear rotationally driving at least one piece of equipment , characterized in that it comprises a gear set with cylindrical gearwheels comprising an input connected to the rotational drive to the main shaft and comprising a plurality of outputs , each intended to drive one piece of equipment , with the gear set extending over an angular sector and the outputs being angularly spaced apart about the axis (X) of the turbomachine, along the angular sector.
A bushing for manufacturing a glass fiber, comprising: a base plate and a nozzle for discharging molten glass, the nozzle being arranged in lines in a plurality of numbers on the base plate to thereby form nozzle arrays, wherein a windbreak wall projecting from a surface of the base plate is installed along a nozzle array of an outermost layer of the nozzles arranged in lines, wherein a height of the windbreak wall is higher than that of the nozzle by from 0.1 mm to 20.0 mm, and wherein the windbreak wall has a notch at a site corresponding to a gap between nozzles of the nozzle array. a base plate and a nozzle for discharging molten glass, the nozzle being arranged in lines in a plurality of numbers on the base plate to thereby form nozzle arrays, wherein a windbreak wall projecting from a surface of the base plate is installed along a nozzle array of an outermost layer of the nozzles arranged in lines, wherein a height of the windbreak wall is higher than that of the nozzle by from 0.1 mm to 20.0 mm, and wherein the windbreak wall has a notch at a site corresponding to a gap between nozzles of the nozzle array.
A power tool supportable by a lanyard , the power tool comprising: a motor housing ; a motor arranged in the motor housing; a front housing ; an output member extending from the front housing; a gear case ; a gear train arranged in the gear case, the gear train configured to transfer torque from the motor to the output member; a first fastener securing the front housing to the motor housing; a bracket fastened to the gear case by a second fastener that does not secure the front housing to the motor housing; and a support member secured to the gear case by the bracket, the support member being attachable to the lanyard. a motor housing ; a motor arranged in the motor housing; a front housing ; an output member extending from the front housing; a gear case ; a gear train arranged in the gear case, the gear train configured to transfer torque from the motor to the output member; a first fastener securing the front housing to the motor housing; a bracket fastened to the gear case by a second fastener that does not secure the front housing to the motor housing; and a support member secured to the gear case by the bracket, the support member being attachable to the lanyard.
A hybrid multi-layer sensor for measurement of the fluence of incident high-energy radiation and for identification of the particle species of the radiation, characterized in that the sensor comprises at least - a first top layer as a scintillator layer wherein spectral and temporal variations of scintillations are dependent on the fluence of the incident radiation and on the particle species of the radiation, - a second layer as a depth-scan layer for depth scans of carrier lifetime dependent on fluence or radiation-induced secondary carrier-pair-dependent parameters, related to the particle species and energy, - an intermediate layer as a spectral filter preventing excitation of the depth-scan layer by the luminescence generated in the scintillator layer , wherein the scintillator layer and depth-scan layer are separately scanned by at least two external apparatuses: a fiber-coupled spectrophotometer and a microwave needle-tip antenna connected to a microwave detection system, respectively, where particle species and particle energy discrimination is performed by correlating signals of a scintillator spectrum structure obtained via the scintillator layer and of a microwave-probed photoconductivity amplitude and lifetime obtained via the depth-scan layer , and where the scintillator layer and depth-scan layer act as complementary detectors for the incident radiation. - a first top layer as a scintillator layer wherein spectral and temporal variations of scintillations are dependent on the fluence of the incident radiation and on the particle species of the radiation, - a second layer as a depth-scan layer for depth scans of carrier lifetime dependent on fluence or radiation-induced secondary carrier-pair-dependent parameters, related to the particle species and energy, - an intermediate layer as a spectral filter preventing excitation of the depth-scan layer by the luminescence generated in the scintillator layer ,