mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrostatic advanced low leakage seal configured to be disposed between relatively rotatable components, the seal comprising: a base ; a shoe extending circumferentially; a first beam operatively coupling the shoe to the base , the first beam having a first thickness; and a second beam operatively coupling the shoe to the base , the second beam having at least a portion thereof with a second thickness that is less than the first thickness; characterized in that at least one of the first beam and the second beam has a beam length (L) that is greater than a circumferential pitch of the shoe . a base ; a shoe extending circumferentially; a first beam operatively coupling the shoe to the base , the first beam having a first thickness; and a second beam operatively coupling the shoe to the base , the second beam having at least a portion thereof with a second thickness that is less than the first thickness; characterized in that at least one of the first beam and the second beam has a beam length (L) that is greater than a circumferential pitch of the shoe .
A dual disc collar for anchoring the inside of an intestine to an abdominal wall, comprising: a first end in the form of a disc for placement in an intestine, joined to a second end in the form of a disc for placement against an abdominal wall, by a central lumen , characterised in that the collar is configured to provide support for an in-dwelling device that, in use, would pass through the collar via the lumen; wherein the collar comprises compression cords which, when pulled, draw the first and second ends together; and whereby the central lumen is configured to clamp down in an accordion effect on the in-dwelling device passing through the collar upon pulling the compression cords . a first end in the form of a disc for placement in an intestine, joined to a second end in the form of a disc for placement against an abdominal wall, by a central lumen , characterised in that the collar is configured to provide support for an in-dwelling device that, in use, would pass through the collar via the lumen; wherein the collar comprises compression cords which, when pulled, draw the first and second ends together; and whereby the central lumen is configured to clamp down in an accordion effect on the in-dwelling device passing through the collar upon pulling the compression cords .
A method of wireless communication, comprising: configuring , at a network entity, at least one dedicated Demodulation Reference Signal, DMRS, in one or more symbols corresponding to a Physical Broadcast Channel, PBCH, each dedicated DMRS being used for demodulating the PBCH, wherein configuring the at least one dedicated DMRS in the one or more symbols corresponding to the PBCH further comprises assigning the at least one dedicated DMRS to one or more symbols having a same numerology as the one or more symbols corresponding to the PBCH; and transmitting , by the network entity, the at least one dedicated DMRS to one or more user equipments, UEs, using at least a single antenna port. configuring , at a network entity, at least one dedicated Demodulation Reference Signal, DMRS, in one or more symbols corresponding to a Physical Broadcast Channel, PBCH, each dedicated DMRS being used for demodulating the PBCH, wherein configuring the at least one dedicated DMRS in the one or more symbols corresponding to the PBCH further comprises assigning the at least one dedicated DMRS to one or more symbols having a same numerology as the one or more symbols corresponding to the PBCH; and transmitting , by the network entity, the at least one dedicated DMRS to one or more user equipments, UEs, using at least a single antenna port.
A method comprising: executing, by data processing hardware of a client device , an instruction to execute a query (q) for a data block stored on a server , wherein the server stores a plurality of publically available data blocks that are un-encrypted; sending a first download request from the data processing hardware for K blocks stored on the server , the K blocks excluding the queried data block , wherein each of the K blocks is selected uniformly at random; sending a second download request from the data processing hardware for the queried data block and K-1 other blocks , wherein each of the K-1 other blocks is selected uniformly at random; receiving, a first download sequence for the K blocks of the first download request from the server ; receiving a second download sequence for the queried data block and the K-1 other blocks of the second download request from the server ; discarding, by the data processing hardware , the K blocks of the first download sequence received from the server ; and discarding, by the data processing hardware , the K-1 other blocks of the second download sequence received from the server . executing, by data processing hardware of a client device , an instruction to execute a query (q) for a data block stored on a server , wherein the server stores a plurality of publically available data blocks that are un-encrypted; sending a first download request from the data processing hardware for K blocks stored on the server , the K blocks excluding the queried data block , wherein each of the K blocks is selected uniformly at random; sending a second download request from the data processing hardware for the queried data block and K-1 other blocks , wherein each of the K-1 other blocks is selected uniformly at random; receiving, a first download sequence for the K blocks of the first download request from the server ; receiving a second download sequence for the queried data block and the K-1 other blocks of the second download request from the server ; discarding, by the data processing hardware , the K blocks of the first download sequence received from the server ; and discarding, by the data processing hardware , the K-1 other blocks of the second download sequence received from the server .
A laser welding method for lap welding, using a laser beam (LB), of a plurality of metal plates including at least one aluminum alloy casting, comprising: a melting step of scanning and irradiating circularly a superimposed part made by superimposing the plurality of metal plates with a first laser beam (LB1) so as to form a molten pool made from the plurality of molten metal plates ; and characterized by a stirring step of scanning and irradiating circularly the molten pool with a second laser beam (LB2) having a scanning speed (V2) faster than a scanning speed (V1) of the first laser beam (LB1) so as to stir the molten pool ; wherein the second laser beam (LB2) is emitted outside a laser scanning area (LA1) of the first laser beam (LB1). a melting step of scanning and irradiating circularly a superimposed part made by superimposing the plurality of metal plates with a first laser beam (LB1) so as to form a molten pool made from the plurality of molten metal plates ; and characterized by a stirring step of scanning and irradiating circularly the molten pool with a second laser beam (LB2) having a scanning speed (V2) faster than a scanning speed (V1) of the first laser beam (LB1) so as to stir the molten pool ;
A computer implemented method for structural health monitoring of a fluid container that is configured to store fluids, the method comprising: a) with a plurality of fluid sensors that are distributed around and/or within a structure of the fluid container: measuring a gas level value of a gas that emanates from a fluid within the fluid container; b) from a database : retrieving gas leakage data that are indicative of a gas leakage rate of the fluid container; and c) with a classifier apparatus : classifying a gas leak of the fluid container by determining the gas leak to be a large gas leak , if individual fluid sensors report a gas level value increase above a first threshold determined by the gas leakage data, or determining the gas leak to be a small gas leak , if individual fluid sensors report a gas level value increase below the first threshold but above a second threshold that is non-zero and lower than the first threshold, characterized in that in step c) the classifier apparatus determines the fluid container to have degraded, if a predetermined number or a majority of individual fluid sensors reports a gas level value increase above a third threshold that is derived from the gas leak data. a) with a plurality of fluid sensors that are distributed around and/or within a structure of the fluid container: measuring a gas level value of a gas that emanates from a fluid within the fluid container; b) from a database : retrieving gas leakage data that are indicative of a gas leakage rate of the fluid container; and c) with a classifier apparatus : classifying a gas leak of the fluid container by determining the gas leak to be a large gas leak , if individual fluid sensors report a gas level value increase above a first threshold determined by the gas leakage data, or determining the gas leak to be a small gas leak , if individual fluid sensors report a gas level value increase below the first threshold but above a second threshold that is non-zero and lower than the first threshold, characterized in that in step c) the classifier apparatus determines the fluid container to have degraded, if a predetermined number or a majority of individual fluid sensors reports a gas level value increase above a third threshold that is derived from the gas leak data.
A method for providing reservoir based details comprising the steps of: a. isolating a subterranean rock sample capable of bearing a liquid hydrocarbon; b. combining a liquid hydrocarbon fraction with the subterranean rock sample under conditions capable of producing a first interface between the subterranean rock sample and the liquid hydrocarbon fraction, creating an interfacial liquid hydrocarbon fraction; c. performing measurements proximate the interfacial liquid hydrocarbon fraction and subterranean rock sample; d. combining a brine solution with the liquid hydrocarbon fraction under conditions capable of producing a second interface between the brine solution and the liquid hydrocarbon fraction; and e. performing measurements proximate the interfacial liquid hydrocarbon fraction and brine solution, wherein the measurements are made using spectroscopic and interfacial techniques including microscopic, rheometric and tensiometric measurements selected from the group consisting of: atomic force microscopy, Brewster angle microscopy, imaging ellipsometry, scanning electron microscopy, cryo-scanning electron microscopy, environmental scanning electron microscopy, transmission electron microscopy, surface force measurements, surface pressure measurements, surface potential measurements, confocal microscopy, molecular structural analyses, magnetic resonance measurements, rheometry, tensiometry, and combinations thereof. a. isolating a subterranean rock sample capable of bearing a liquid hydrocarbon; b. combining a liquid hydrocarbon fraction with the subterranean rock sample under conditions capable of producing a first interface between the subterranean rock sample and the liquid hydrocarbon fraction, creating an interfacial liquid hydrocarbon fraction; c. performing measurements proximate the interfacial liquid hydrocarbon fraction and subterranean rock sample; d. combining a brine solution with the liquid hydrocarbon fraction under conditions capable of producing a second interface between the brine solution and the liquid hydrocarbon fraction; and e. performing measurements proximate the interfacial liquid hydrocarbon fraction and brine solution,
A cannula for surgical procedures, the cannula comprising: a body member forming a lumen having a plurality of flexible fins extending therefrom, the flexible fins capable of inward convergence to allow insertion of the body member into an incision in the skin of a patient to form a port for a surgical tool, one or more of the flexible fins comprising a penetration for embedding a biasing device , wherein at least one biasing device is embedded within each penetration ; the at least one biasing device being capable to cause the fins to flex outwardly; and wherein a distal end of each biasing device protrudes beyond a distal end of the respective flexible fin in which said biasing device is embedded. a body member forming a lumen having a plurality of flexible fins extending therefrom, the flexible fins capable of inward convergence to allow insertion of the body member into an incision in the skin of a patient to form a port for a surgical tool, one or more of the flexible fins comprising a penetration for embedding a biasing device , wherein at least one biasing device is embedded within each penetration ; the at least one biasing device being capable to cause the fins to flex outwardly; and wherein a distal end of each biasing device protrudes beyond a distal end of the respective flexible fin in which said biasing device is embedded.
A method of memory allocation in a processing system, the processing system comprising a memory comprising b memory banks, wherein b is an integer, and the method comprising: identifying a dominant bank associated with a task , wherein a dominant bank is a bank that is statistically most likely to receive the highest number of accesses when a task is executed; allocating a bank counter value to the task using the dominant bank for the task and a stored dominant bank mask , wherein the dominant bank mask comprises b bits, one bit corresponding to each of the b memory banks; in response to a clash of the dominant bank of a newly created task with banks that are expected to be most frequently accessed by earlier tasks, as determined using the dominant bank mask, incrementing the bank counter value; in response to determining that the dominant bank of a newly created task does not clash with banks that are expected to be most frequently accessed by earlier tasks, as determined using the dominant bank mask, setting the bank counter value to zero; updating the dominant bank mask using the allocation ; and mapping registers referenced by the task to memory banks in the memory, wherein the mapping uses b and the allocated bank counter value . identifying a dominant bank associated with a task , wherein a dominant bank is a bank that is statistically most likely to receive the highest number of accesses when a task is executed; allocating a bank counter value to the task using the dominant bank for the task and a stored dominant bank mask , wherein the dominant bank mask comprises b bits, one bit corresponding to each of the b memory banks; in response to a clash of the dominant bank of a newly created task with banks that are expected to be most frequently accessed by earlier tasks, as determined using the dominant bank mask, incrementing the bank counter value; in response to determining that the dominant bank of a newly created task does not clash with banks that are expected to be most frequently accessed by earlier tasks, as determined using the dominant bank mask, setting the bank counter value to zero; updating the dominant bank mask using the allocation ; and mapping registers referenced by the task to memory banks in the memory, wherein the mapping uses b and the allocated bank counter value .
A plasma processing device, comprising: a) a vacuum container including a wall having an opening ; b) a radio-frequency antenna (11; 11A) including a metal fiber sheet and located at the opening ; and c) a dielectric protection plate located closer to an interior of the vacuum container than the radio-frequency antenna (11; 11A) and configured to close the opening in a gas-tight manner. a) a vacuum container including a wall having an opening ; b) a radio-frequency antenna (11; 11A) including a metal fiber sheet and located at the opening ; and c) a dielectric protection plate located closer to an interior of the vacuum container than the radio-frequency antenna (11; 11A) and configured to close the opening in a gas-tight manner.
A mechatronic key comprising a key blade for inserting into a key channel, and a key head for gripping the key , wherein the key head comprises a ring surrounding a cavity , and an electric circuit at least partially placed in the cavity , the electric circuit being configured to wirelessly communicate with a reader device , wherein the key head further comprises a cover assembly for protecting the electric circuit , the cover assembly forming a grip element for gripping the key head , wherein the ring comprises an opening to thereby have an interrupted section along a ring circumference of the ring , and wherein the opening has a length comprised between 0.1 mm and 20 mm along the ring circumference, characterised in that the cover assembly comprises a first cover element and a second cover element , wherein at least one of the first and second cover elements comprises a respective protruding feature on an inner face of the respective cover element , and wherein the protruding feature is configured as a closed or broken relief ring shaped and sized to engage with the ring .
A method for use in a first node of a transport network for supporting latency monitoring in the transport network, the transport network transporting traffic to and from at least one wireless base station, the transport network comprising the first node and a second node, the method comprising: determining a first timestamp representing time at which a data element is received at the first node; adding information representative of the first timestamp to a communication signal for sending to the second node, the communication signal carrying data for the at least one wireless base station, the data including the received data element; and sending an indication of an association between the information representative of the first timestamp and the data element that the information representative of the first timestamp relates to, wherein the indication of an association is a pointer, and the method comprises adding the pointer to an overhead part of the communication signal, the pointer pointing to a part of the payload where the data element is carried. determining a first timestamp representing time at which a data element is received at the first node; adding information representative of the first timestamp to a communication signal for sending to the second node, the communication signal carrying data for the at least one wireless base station, the data including the received data element; and sending an indication of an association between the information representative of the first timestamp and the data element that the information representative of the first timestamp relates to, wherein the indication of an association is a pointer, and the method comprises adding the pointer to an overhead part of the communication signal, the pointer pointing to a part of the payload where the data element is carried.
Method for producing stacked chips having cutout inner parts from dried and/or partially pregelatinized raw materials selected from the group consisting of potato powder, corn powder, rice powder, sweet potato powder and wheat powder, said raw materials being in the form of a powder, flour, starch or puree, comprising: providing a dough sheet on a conveyer belt ; transporting the dough sheet by means of the conveyer belt ; a two-step cutout method, comprising: cutting out dough openings in the dough sheet by means of a first cutting out device ; cutting out dough pieces by means of a second cutting out device , whereby dough pieces are formed with outline of a stack chip blank, wherein each dough piece has at least one dough opening cut out by the first cutting out device ; and frying the dough pieces. providing a dough sheet on a conveyer belt ; transporting the dough sheet by means of the conveyer belt ; a two-step cutout method, comprising: cutting out dough openings in the dough sheet by means of a first cutting out device ; cutting out dough pieces by means of a second cutting out device , whereby dough pieces are formed with outline of a stack chip blank, wherein each dough piece has at least one dough opening cut out by the first cutting out device ; and cutting out dough openings in the dough sheet by means of a first cutting out device ; cutting out dough pieces by means of a second cutting out device , whereby dough pieces are formed with outline of a stack chip blank, wherein each dough piece has at least one dough opening cut out by the first cutting out device ; and frying the dough pieces.
A polynucleotide cassette for enhanced expression of a transgene in cone cells of a mammalian retina, comprising: (a) a promoter region consisting of a truncated M-Opsin promoter having the sequence of SEQ ID NO: 80 or a functional fragment or variant thereof having a sequence identity of 85% or more to SEQ ID NO: 80; (b) a coding sequence operatively linked to the promoter region; and (c) a polyadenylation site operatively linked to the coding sequence. (a) a promoter region consisting of a truncated M-Opsin promoter having the sequence of SEQ ID NO: 80 or a functional fragment or variant thereof having a sequence identity of 85% or more to SEQ ID NO: 80; (b) a coding sequence operatively linked to the promoter region; and (c) a polyadenylation site operatively linked to the coding sequence.
A shelf rail for an electronic shelf tag system , - wherein the shelf rail comprises a first fastening structure for fastening at least one electronic shelf tag , which can be supplied with energy in a contact-free manner, in particular an electronic shelf tag display, wherein the first fastening structure comprises a wall running between a head region and a foot region of the shelf rail with a wall front side and a wall rear side, which, with its wall front side, serves the purpose of defining a shelf tag plane for positioning the at least one shelf tag along the wall , and - wherein the shelf rail comprises at least one second fastening structure, in particular formed in a tubular or channel-shaped manner, for fastening at least one conductor loop (L) in a conductor loop plane, wherein the conductor loop plane is aligned parallel to the shelf tag plane and runs at the defined first distance from the shelf tag plane, and - wherein the shelf rail comprises a third fastening structure for fastening a conductivity structure , in particular formed in a planar manner, at a defined second distance from the conductor loop plane, characterized in that the second fastening structure is formed on the wall rear side, and that the third fastening structure is formed in such a way that the conductivity structure can be received with a height, which covers at least the entire conductor loop (L), in particular with a height, which corresponds approximately to the height of the wall , measured between the head region and the foot region of the shelf rail . - wherein the shelf rail comprises a first fastening structure for fastening at least one electronic shelf tag , which can be supplied with energy in a contact-free manner, in particular an electronic shelf tag display, wherein the first fastening structure comprises a wall running between a head region and a foot region of the shelf rail with a wall front side and a wall rear side, which, with its wall front side, serves the purpose of defining a shelf tag plane for positioning the at least one shelf tag along the wall , and - wherein the shelf rail comprises at least one second fastening structure, in particular formed in a tubular or channel-shaped manner, for fastening at least one conductor loop (L) in a conductor loop plane, wherein the conductor loop plane is aligned parallel to the shelf tag plane and runs at the defined first distance from the shelf tag plane, and - wherein the shelf rail comprises a third fastening structure for fastening a conductivity structure , in particular formed in a planar manner, at a defined second distance from the conductor loop plane,