mhurhangee/patent-ind-claim-en huggingface dataset:
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove , in which groove a longitudinal strip of the carrier element is disposed, said windscreen wiper device comprising a connecting device for pivotally connecting an oscillating arm to said connecting device about a pivot axis near one end thereof, wherein said connecting device comprises a first part connected to said windscreen wiper device , as well as a second part configured to be interposed between said first part and said oscillating arm , characterized in that said second part is pivotally connected to said first part optionally around a first pivot axis or around a second pivot axis, in order to shorten or enlarge an effective length of said oscillating arm by pivotally mounting said second part onto said first part at the location of said first pivot axis in use facing towards a mounting head for said oscillating arm or at the location of said second pivot axis in use facing away from said mounting head, seen relative to a middle transverse plane of the connecting device in vertical direction, wherein said first part comprises at the location of one of said pivot axes two opposing protrusions extending laterally outwardly engaging into correspondingly shaped recesses in said second part or wherein said second part comprises at the location of one of pivot axes two opposing protrusions extending laterally inwardly engaging into correspondingly shaped recesses in said first part .
An information processing program comprising instructions which, when executed by a computer, cause said computer to execute processing of: acquiring information regarding an angular velocity around a first axis that extends in a right and left direction of a person and an acceleration in a front and back direction of the person during walking, which are detected by a sensor attached to an ankle of the person; detecting a timing when a foot that is off a ground touches the ground based on change in the angular velocity over time around the first axis; specifying, as a time of interest, a predetermined time before and after the detected timing; and calculating an index based on change in the acceleration in the front and back direction within the time of interest, and determining whether or not the person is performing a toe gait using said index. acquiring information regarding an angular velocity around a first axis that extends in a right and left direction of a person and an acceleration in a front and back direction of the person during walking, which are detected by a sensor attached to an ankle of the person; detecting a timing when a foot that is off a ground touches the ground based on change in the angular velocity over time around the first axis; specifying, as a time of interest, a predetermined time before and after the detected timing; and calculating an index based on change in the acceleration in the front and back direction within the time of interest, and determining whether or not the person is performing a toe gait using said index.
A wireless communication device for communicating a video program comprising a plurality of frames via UDP to a display device , usable in a wireless local area network, comprising: circuitry configured to: determine a radio condition according to at least one of: a frequency of a request for retransmission from the display device, RSSI of a radio signal received from the display device, or measurement information from the display device; determine whether a format of the video program is to be changed or not based on the radio condition; transmit information to the display device via TCP/IP, the information indicating a frame in the plurality of frames when a format of the video program is changed; and transmit the video program with a changed format at the frame via UDP to the display device after transmitting the information, wherein the information refers to a decoding time stamp or presentation time stamp included in a header field of a packet of the frame. determine a radio condition according to at least one of: a frequency of a request for retransmission from the display device, RSSI of a radio signal received from the display device, or measurement information from the display device; a frequency of a request for retransmission from the display device, RSSI of a radio signal received from the display device, or measurement information from the display device; determine whether a format of the video program is to be changed or not based on the radio condition; transmit information to the display device via TCP/IP, the information indicating a frame in the plurality of frames when a format of the video program is changed; and transmit the video program with a changed format at the frame via UDP to the display device after transmitting the information, wherein the information refers to a decoding time stamp or presentation time stamp included in a header field of a packet of the frame.
A system for the recovery and use of fuel vapor, which comprises a cryogenic condensation module and a ventilation pipe , that is configured to connect to a fuel tank of a service station by means of the ventilation pipe , through which ventilation pipe the fuel vapors are displaced to the cryogenic condensation module , wherein they are condensed, the system further comprising a return pipe for the condensed vapors to the fuel tank , said cryogenic condensation module comprising a cryogenic vaporizer that is configured to lower the temperature of the vapors condensing them; characterized in that said cryogenic condensation module further comprises a coalescing mesh that is configured to process the vapors that have not been condensed in said cryogenic vaporizer , and in that said cryogenic vaporizer comprises two modules at different temperatures, of which a first module is configured for the fractionated condensation of water vapor, and a second module is configured for the condensation of the most volatile elements of the fuel vapors.
A preparatory material for forming an insulating bag extending longitudinally over a height H according to a longitudinal axis L of the preparatory material, in the form of a flexible bag adapted to contain an insulator injected thanks to an air stream, comprising: - a vapor-barrier flexible membrane , - a rainscreen flexible membrane , - an air outlet device , the membranes being coupled together over two opposite first edges extending according to the longitudinal axis L, the air outlet device having an oblong shape which extends longitudinally on either side of a middle area at mid-height of the height H, the air outlet device being in the form of a rectangular flexible strip, characterised in that the preparatory material comprises an external flap sealing the air outlet device , by being positioned completely over the air outlet device , when the insulating bag is filled. - a vapor-barrier flexible membrane , - a rainscreen flexible membrane , - an air outlet device ,
Apparatus comprising: a dielectric substrate comprising first and second surfaces ; first and second electrically conductive elements respectively provided on the first and second surfaces; a post wall provided by a plurality of electrically conductive posts, each of which is on or passes through the substrate to interconnect the first and second electrically conductive elements, the post wall defining a waveguide region in the substrate; and a resonator comprising one or more first resonator elements extending from the first electrically conductive element and into the waveguide region, the one or more first resonator elements not contacting the second electrically conductive element, and one or more second resonator elements extending from the second electrically conductive element and into the waveguide region, the one or more second resonator elements not contacting the first electrically conductive element, wherein the one or more first resonator elements and the one or more second resonator elements extend into the waveguide region in opposite directions, characterized in that the one or more first resonator elements and the one or more second resonator elements at least partially overlap when viewed from a direction which is non-parallel to the extent of the one or more first and second resonator elements. a dielectric substrate comprising first and second surfaces ; first and second electrically conductive elements respectively provided on the first and second surfaces; a post wall provided by a plurality of electrically conductive posts, each of which is on or passes through the substrate to interconnect the first and second electrically conductive elements, the post wall defining a waveguide region in the substrate; and a resonator comprising one or more first resonator elements extending from the first electrically conductive element and into the waveguide region, the one or more first resonator elements not contacting the second electrically conductive element, and one or more second resonator elements extending from the second electrically conductive element and into the waveguide region, the one or more second resonator elements not contacting the first electrically conductive element, wherein the one or more first resonator elements and the one or more second resonator elements extend into the waveguide region in opposite directions, characterized in that the one or more first resonator elements and the one or more second resonator elements at least partially overlap when viewed from a direction which is non-parallel to the extent of the one or more first and second resonator elements.
Diaphragm for diaphragm valves, diaphragm pumps or diaphragm actuators, wherein the diaphragm is a closed diaphragm, wherein the diaphragm comprises an arrangement that has conductive structures and wherein at least four electrical contactings are provided on the conductive structures , wherein electrotechnical measured variables can be determined between the electrical contactings, characterized in that the conductive structures are based on a material that dissolves when it comes into contact with the working fluid.
A system for providing an Acute Respiratory Distress Syndrome (ARDS) indication of a patient comprising a sampling device for obtaining a gas sample of the exhaled breath of a patient, a measuring unit for measuring a content of n-octane in the exhaled breath of a patient, characterized in that the system further comprises a controller which is able to distinguish if the patient has or may develop ARDS based on the content of n-octane in the exhaled breath of a patient resulting in a ARDS indication of the patient and provided with a protocol for providing output regarding the ARDS indication of the patient, and a user interface for indicating the ARDS indication to a user.
Method for managing, by management equipment, at least a first and a second wireless network, the equipment managing wireless networks comprising a first access point of the first wireless network and a second access point of the second wireless network, the first wireless network having functionalities and/or performances superior to the second wireless network, each access point sending beacons enabling a station located in the coverage area of said beacons to associate itself with the wireless network of said access point, at least one station being located in the coverage area of the first and second wireless networks, the at least one station being able to process the beacons sent by the first and second access points or being able to process the beacons sent by the second access point and not being able to process the beacon sent by the first access point, characterised in that the method comprises the steps, performed by the second access point, of: - receiving , an association request coming from the at least one station, - associating the at least one station with the second access point, - checking whether the at least one station is able to process the beacons sent by the first access point, - exchanging messages with the at least one station in an association procedure, - deassociating the at least one station with the second access point if the at least one station is able to process the beacons sent by the first access point. - receiving , an association request coming from the at least one station, - associating the at least one station with the second access point, - checking whether the at least one station is able to process the beacons sent by the first access point, - exchanging messages with the at least one station in an association procedure, - deassociating the at least one station with the second access point if the at least one station is able to process the beacons sent by the first access point.
A computer-implemented method, comprising: obtaining a first hyperlink suspected as associated with an untrusted web resource accessible via a client terminal, wherein a hyperlink extraction module deployed on a network driver of the OS of the client terminal monitors incoming and/or outgoing network traffic on a network in order to identify and/or extract suspected hyperlinks, and wherein the first hyperlink is extracted from the network traffic from the client terminal by monitoring the network traffic to intercept the first hyperlink; converting at least one portion of the first hyperlink into a query comprising at least one search term derived, at least in part, from the at least one portion of the first hyperlink; submitting the query to at least one search engine configured to search for information via the internet; receiving , from the at least one search engine, search results associated with the query, the search results including at least one of a plurality of second hyperlinks; determining that the first hyperlink is untrusted and to be replaced with a replacement hyperlink selected from the at least one second hyperlink based, at least in part, on a result of an analysis of similarity of the first hyperlink compared to each of the at least one second hyperlink; selecting the replacement hyperlink from the second hyperlinks based on the result of the analysis of similarity; and causing the client terminal to access a trusted web resource associated with the replacement hyperlink based on the determination. obtaining a first hyperlink suspected as associated with an untrusted web resource accessible via a client terminal, wherein a hyperlink extraction module deployed on a network driver of the OS of the client terminal monitors incoming and/or outgoing network traffic on a network in order to identify and/or extract suspected hyperlinks, and wherein the first hyperlink is extracted from the network traffic from the client terminal by monitoring the network traffic to intercept the first hyperlink; converting at least one portion of the first hyperlink into a query comprising at least one search term derived, at least in part, from the at least one portion of the first hyperlink; submitting the query to at least one search engine configured to search for information via the internet; receiving , from the at least one search engine, search results associated with the query, the search results including at least one of a plurality of second hyperlinks; determining that the first hyperlink is untrusted and to be replaced with a replacement hyperlink selected from the at least one second hyperlink based, at least in part, on a result of an analysis of similarity of the first hyperlink compared to each of the at least one second hyperlink; selecting the replacement hyperlink from the second hyperlinks based on the result of the analysis of similarity; and causing the client terminal to access a trusted web resource associated with the replacement hyperlink based on the determination.
A method for determining the location of a contact wire for rail vehicles with a rail-guided measuring device , comprising the following steps: - emitting a laser beam from an emission point of a transmitting device , - measuring the reflection of the laser beam with a receiving device and thereby detecting a position of the contact wire and a position of at least two rail measuring points (6', 6") on opposing rails , - feeding the detected positions into a data processing system and determining the lateral offset and/or the height offset of the measuring device based on the position of the rail measuring points (6', 6"), and - calculating of the contact wire offset and/or the contact wire height using the lateral offset and/or the height offset by means of the data processing system characterised in that the measuring device is moved over the rails at a feed rate, and in that the method steps are carried out and repeated continuously, such that a progression of the contact wire offset and/or the contact wire height along the feed direction is obtained, and in that the transmitting device emits a laser beam which rotates about an axis extending along the feed direction , wherein the direction of propagation of the laser beam extends substantially orthogonally to the feed direction . - emitting a laser beam from an emission point of a transmitting device , - measuring the reflection of the laser beam with a receiving device and thereby detecting a position of the contact wire and a position of at least two rail measuring points (6', 6") on opposing rails , - feeding the detected positions into a data processing system and determining the lateral offset and/or the height offset of the measuring device based on the position of the rail measuring points (6', 6"), and - calculating of the contact wire offset and/or the contact wire height using the lateral offset and/or the height offset by means of the data processing system
A three-dimensional memory device, comprising: a p-doped source semiconductor layer located over a substrate ; a p-doped strap semiconductor layer located over the p-doped source semiconductor layer ; an alternating stack of electrically conductive layers and insulating layers located over the p-doped strap semiconductor layer ; a p-doped semiconductor layer contacting a top surface of the p-doped strap semiconductor layer ; and memory stack structures that extend through the alternating stack and into an upper portion of the p-doped source semiconductor layer , wherein: each memory stack structure includes a p-doped vertical semiconductor channel and a memory film laterally surrounding the p-doped vertical semiconductor channel ; a top surface of each p-doped vertical semiconductor channel contacts a bottom surface of a respective n-doped region ; and a sidewall of a bottom portion of each p-doped vertical semiconductor channel contacts a respective sidewall of the p-doped strap semiconductor layer ; wherein the three-dimensional memory device further comprises silicon oxide rings contacting a respective one of the memory films and a respective sidewall of the p-doped semiconductor layer contacting a top surface of the p-doped strap semiconductor layer . a p-doped source semiconductor layer located over a substrate ; a p-doped strap semiconductor layer located over the p-doped source semiconductor layer ; an alternating stack of electrically conductive layers and insulating layers located over the p-doped strap semiconductor layer ; a p-doped semiconductor layer contacting a top surface of the p-doped strap semiconductor layer ; and memory stack structures that extend through the alternating stack and into an upper portion of the p-doped source semiconductor layer , each memory stack structure includes a p-doped vertical semiconductor channel and a memory film laterally surrounding the p-doped vertical semiconductor channel ; a top surface of each p-doped vertical semiconductor channel contacts a bottom surface of a respective n-doped region ; and a sidewall of a bottom portion of each p-doped vertical semiconductor channel contacts a respective sidewall of the p-doped strap semiconductor layer ; wherein the three-dimensional memory device further comprises silicon oxide rings contacting a respective one of the memory films and a respective sidewall of the p-doped semiconductor layer contacting a top surface of the p-doped strap semiconductor layer .
A compound comprising a ligand L A , wherein the ligand L A is selected from the group consisting of L A110 through L A138 defined as follows: L A110 to L A138 based on the formula of Ligand R A R B R C Y 1 Y 2 L A110 R B1 H H N C L A111 R B1 R B1 H N C L A112 R B1 R B2 H N C L A113 R B1 R B3 H N C L A114 R B1 R B4 H N C L A115 R B1 R B5 H N C L A116 R B1 R B6 H N C L A117 R B1 R B7 H N C L A118 R B1 R A2 H N C L A119 R B1 R A28 H N C L A120 R B1 R B1 R B1 N C L A121 R B1 R B2 R B2 N C L A122 R B1 R B3 R B3 N C L A123 R B1 R B4 R B4 N C L A124 R B1 R B5 R B5 N C L A125 R B1 R B6 R B6 N C L A126 R B1 R B7 R B7 N C L A127 R B1 R A2 R A2 N C L A128 R B1 R A28 R A28 N C L A129 R B1 R A29 R A29 N C L A130 R B1 H R B1 N C L A131 R B1 H R B2 N C L A132 R B1 H R B3 N C L A133 R B1 H R B4 N C L A134 R B1 H R B5 N C L A135 R B1 H R B6 N C L A136 R B1 H R B7 N C L A137 R B1 H R A2 N C L A138 R B1 H R A28 N C wherein R A2 , R A28 and R A29 have the following structures: and wherein R B1 to R B7 have the following structures: wherein R A2 , R A28 and R A29 have the following structures: and wherein R B1 to R B7 have the following structures:
A method performed by a base station in a wireless communication system, the method comprising: receiving , from a user equipment, UE, , a radio resource control, RRC, setup request message including a service request; transmitting , to a mobility management entity, MME, the service request; receiving , from the MME, an Initial UE context setup message including information on a bearer for the UE, the information on the bearer including a quality of service class identifier, QCI, for the bearer; determining an inactivity timer for the bearer based on the QCI for the bearer received from the MME, wherein an initial value of the inactivity timer for the bearer is set to a larger value than a default value, in case that the QCI for the bearer is a predetermined value; and transmitting , to the UE, an RRC setup message in response to the RRC setup request message, wherein the initial value of the inactivity timer for the bearer is set to the default value, in case that the QCI for the bearer is not the predetermined value, and wherein the larger initial value of the inactivity timer is determined based on a signaling with the MME. receiving , from a user equipment, UE, , a radio resource control, RRC, setup request message including a service request; transmitting , to a mobility management entity, MME, the service request; receiving , from the MME, an Initial UE context setup message including information on a bearer for the UE, the information on the bearer including a quality of service class identifier, QCI, for the bearer; determining an inactivity timer for the bearer based on the QCI for the bearer received from the MME, wherein an initial value of the inactivity timer for the bearer is set to a larger value than a default value, in case that the QCI for the bearer is a predetermined value; and transmitting , to the UE, an RRC setup message in response to the RRC setup request message, wherein the initial value of the inactivity timer for the bearer is set to the default value, in case that the QCI for the bearer is not the predetermined value, and wherein the larger initial value of the inactivity timer is determined based on a signaling with the MME.