mhurhangee/patent-ind-claim-en huggingface dataset:
A method of adapting reference signals by a radio network node of a wireless network , comprising: establishing a first wireless connection with a first user equipment , wherein the first wireless connection is associated with one or more reference signals and each of the one or more reference signals is associated with one or more antenna ports, wherein the one or more reference signals are one or more Channel State Information Reference Signals, CSI-RS; determining interference patterns in the wireless network based on CSI-RS measurement reports; based on the determined interference patterns, determining a mapping of the one or more antenna ports associated with the one or more reference signals to at least two antenna port reference signal resources, APRSRs, for the first user equipment , wherein each of the at least two APRSRs comprises a pair of consecutive time-frequency resource elements of a radio subframe of the first wireless connection ; and transmitting the one or more reference signals to the first user equipment according to the mapping of the one or more antenna ports to the at least two APRSR . establishing a first wireless connection with a first user equipment , wherein the first wireless connection is associated with one or more reference signals and each of the one or more reference signals is associated with one or more antenna ports, wherein the one or more reference signals are one or more Channel State Information Reference Signals, CSI-RS; determining interference patterns in the wireless network based on CSI-RS measurement reports; based on the determined interference patterns, determining a mapping of the one or more antenna ports associated with the one or more reference signals to at least two antenna port reference signal resources, APRSRs, for the first user equipment , wherein each of the at least two APRSRs comprises a pair of consecutive time-frequency resource elements of a radio subframe of the first wireless connection ; and transmitting the one or more reference signals to the first user equipment according to the mapping of the one or more antenna ports to the at least two APRSR .
A method for stabilizing one or more biological components from a biological sample from a subject, the method comprising obtaining an integrated sample acquisition and sample stabilization device comprising: (i) a sample acquisition component, wherein the sample acquisition component comprises one or more piercing elements; and (ii) more than one paper stabilization matrix, wherein the more than one paper stabilization matrices are stacked, and wherein the more than one paper stabilization matrices do not contact each other; and moving the biological sample from an opening in the sample acquisition component through one channel onto the more than one paper stabilization matrices, wherein the one or more biological components from the biological sample are stabilized on the more than one paper stabilization matrices. obtaining an integrated sample acquisition and sample stabilization device comprising: (i) a sample acquisition component, wherein the sample acquisition component comprises one or more piercing elements; and (ii) more than one paper stabilization matrix, wherein the more than one paper stabilization matrices are stacked, and wherein the more than one paper stabilization matrices do not contact each other; and moving the biological sample from an opening in the sample acquisition component through one channel onto the more than one paper stabilization matrices, wherein the one or more biological components from the biological sample are stabilized on the more than one paper stabilization matrices.
An ultrasound system comprising: a probe comprising a transducer array ; an acquisition module coupled to the transducer array; a transceiver coupled to the acquisition module for communicating with an adjustment module , wherein the adjustment module is configured to automatically make adjustments to beamformed acoustic pulse characteristics of the probe ; and an image processor for generating ultrasound images from acoustic data received by the transducer array ; wherein the image processor is configured to detect a position of a medical device within an image field including a region of interest , the position being detected based on an electrical response of an acoustic sensor disposed on the medical device as scan lines generated by the transducer array sweep across the acoustic sensor ; wherein the adjustments to the beamformed acoustic pulse characteristics are in accordance with the detected position of the medical device ; and wherein the adjustments to the beamformed acoustic pulse characteristics are selected from a set of pre-established user image adjustment selections available on a user interface. a probe comprising a transducer array ; an acquisition module coupled to the transducer array; a transceiver coupled to the acquisition module for communicating with an adjustment module , wherein the adjustment module is configured to automatically make adjustments to beamformed acoustic pulse characteristics of the probe ; and an image processor for generating ultrasound images from acoustic data received by the transducer array ; wherein the image processor is configured to detect a position of a medical device within an image field including a region of interest , the position being detected based on an electrical response of an acoustic sensor disposed on the medical device as scan lines generated by the transducer array sweep across the acoustic sensor ; wherein the adjustments to the beamformed acoustic pulse characteristics are in accordance with the detected position of the medical device ; and wherein the adjustments to the beamformed acoustic pulse characteristics are selected from a set of pre-established user image adjustment selections available on a user interface.
A thermoacoustic heating device comprising: a pipeline formed into a loop and having one pipeline and another pipeline ; a prime mover provided in said one pipeline ; and a heating device provided in said other pipeline ; the pipeline being configured such that said one pipeline on a prime mover side and said other pipeline on a heating device side are positioned adjacent to each other; wherein the heating device has a low-temperature side heat exchanger integrally formed with or held in contact with said one pipeline on the prime mover side; characterized in that the pipeline formed into a loop comprises a double-loop having two loop pipelines and a branch pipeline for connecting the two loop pipelines to each other, the prime mover being provided in one of the two loop pipelines , the heating device being provided in the other of the two loop pipelines , wherein the branch pipeline is bent at an intermediate portion thereof such that the loop pipeline on the heating device side is positioned adjacent to the branch pipeline on the prime mover side, and the low-temperature side heat exchanger of the heating device is integrally formed with or held in contact with the branch pipeline on the prime mover side. a pipeline formed into a loop and having one pipeline and another pipeline ; a prime mover provided in said one pipeline ; and a heating device provided in said other pipeline ; the pipeline being configured such that said one pipeline on a prime mover side and said other pipeline on a heating device side are positioned adjacent to each other; wherein the heating device has a low-temperature side heat exchanger integrally formed with or held in contact with said one pipeline on the prime mover side; characterized in that the pipeline formed into a loop comprises a double-loop having two loop pipelines and a branch pipeline for connecting the two loop pipelines to each other, the prime mover being provided in one of the two loop pipelines , the heating device being provided in the other of the two loop pipelines , wherein the branch pipeline is bent at an intermediate portion thereof such that the loop pipeline on the heating device side is positioned adjacent to the branch pipeline on the prime mover side, and the low-temperature side heat exchanger of the heating device is integrally formed with or held in contact with the branch pipeline on the prime mover side.
A communication cable comprising a cable separator, the cable separator comprising an extruded body extending along the length of the cable, wherein the body is formed from a polycarbonate-based material, and wherein the polycarbonate-based material is at least partially foamed.
An intrusion protection wall comprising an inner panel , an outer panel and a honeycomb structure forming a three-dimensional network between the inner panel and the outer panel and making intrusion more difficult, the wall also comprising a filler material hardened in the cells of the honeycomb structure and which crumbles during an intrusion attempt while remaining captured in the wall owing to the honeycomb structure , the wall being characterized in that the honeycomb structure forms, with the inner panel and the outer panel , a single-piece device whereof each cell of the honeycomb structure forms, around the filler material, a first passage arranged along a casting axis (C) substantially parallel to the inner panel and the outer panel larger than a lateral passage formed by said cell along a lateral axis (L) perpendicular to the casting axis (C), the inner panel and the outer panel .
A system , comprising: a first fastening strip which can be arranged on the wall, floor, ceiling or plate-shaped elements and has a plurality of first bendable tabs , a second fastening strip which can be arranged on the wall, ceiling or floor opposite the first fastening strip and has a plurality of second bendable tabs , and a plate-shaped element without a frame running round the outside, having a first groove provided on a first side and a second groove provided on a second side, the second side being opposite the first side, wherein the plurality of first bendable tabs are engageable with the first groove of the plate-shaped element and the plurality of second bendable tabs are engageable with the second groove of the plate-shaped element . a first fastening strip which can be arranged on the wall, floor, ceiling or plate-shaped elements and has a plurality of first bendable tabs , a second fastening strip which can be arranged on the wall, ceiling or floor opposite the first fastening strip and has a plurality of second bendable tabs , and a plate-shaped element without a frame running round the outside, having a first groove provided on a first side and a second groove provided on a second side, the second side being opposite the first side, wherein the plurality of first bendable tabs are engageable with the first groove of the plate-shaped element and the plurality of second bendable tabs are engageable with the second groove of the plate-shaped element .
A method for manufacturing a multi-sided continuously patterned stone panel, the method comprising: cutting out stripes in which continuous linear patterns are formed on both sides thereof by cutting an original plate along successively repeated linear paths (continuous linear patterns) while moving a water jet device in a vertical direction; separating the stripes , and loading each of the separated stripes on a lateral cutting device ; and cutting out multi-sided continuously patterned stone panel products in which continuous linear patterns are formed on both sides thereof and remaining two sides thereof are cut in rectilinear lines by cutting the stripe with a blade cutter , installed on a frame of the lateral cutting device , in rectilinear lines in a lateral direction. cutting out stripes in which continuous linear patterns are formed on both sides thereof by cutting an original plate along successively repeated linear paths (continuous linear patterns) while moving a water jet device in a vertical direction; separating the stripes , and loading each of the separated stripes on a lateral cutting device ; and cutting out multi-sided continuously patterned stone panel products in which continuous linear patterns are formed on both sides thereof and remaining two sides thereof are cut in rectilinear lines by cutting the stripe with a blade cutter , installed on a frame of the lateral cutting device , in rectilinear lines in a lateral direction.
A pinch detection switch , comprising: a pressure sensing structure including at least one linear pressure sensing member with a plurality of conductor wires spaced apart from each other in an inner side of a tubular elastic body; and a tubular cover member to be attached to an end portion on a forward side in a moving direction of a movable body , the tubular cover member being formed with a hollow portion which receives the pressure sensing structure , wherein the pressure sensing structure includes a coating member which covers the at least one linear pressure sensing member , and which is opposed to an inner surface of the hollow portion at both its end portions in a width direction at right angles to the moving direction of the movable body and an extending direction of the cover member , wherein a position in the width direction of the at least one linear pressure sensing member in the hollow portion is defined by the coating member, characterized in that the at least one linear pressure sensing member is disposed in a middle portion in the width direction of the pressure sensing structure , wherein the cover member includes a protruding portion which faces the middle portion of the pressure sensing structure in the moving direction of the movable body . a pressure sensing structure including at least one linear pressure sensing member with a plurality of conductor wires spaced apart from each other in an inner side of a tubular elastic body; and a tubular cover member to be attached to an end portion on a forward side in a moving direction of a movable body , the tubular cover member being formed with a hollow portion which receives the pressure sensing structure , wherein the pressure sensing structure includes a coating member which covers the at least one linear pressure sensing member , and which is opposed to an inner surface of the hollow portion at both its end portions in a width direction at right angles to the moving direction of the movable body and an extending direction of the cover member , wherein a position in the width direction of the at least one linear pressure sensing member in the hollow portion is defined by the coating member, characterized in that the at least one linear pressure sensing member is disposed in a middle portion in the width direction of the pressure sensing structure , wherein the cover member includes a protruding portion which faces the middle portion of the pressure sensing structure in the moving direction of the movable body .
An optical connector comprising: a ferrule ; a first optical fiber retained in the ferrule ; and a clamp section including an insertion section configured to have a second optical fiber inserted therein, the clamp section being configured to center and fix the first optical fiber and the second optical fiber , wherein: a solid index-matching material (C) is provided on an end face on the insertion section side of the first optical fiber ; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove , and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove ; an end portion of the first optical fiber is disposed in the centering groove ; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region. a ferrule ; a first optical fiber retained in the ferrule ; and a clamp section including an insertion section configured to have a second optical fiber inserted therein, the clamp section being configured to center and fix the first optical fiber and the second optical fiber , wherein: a solid index-matching material (C) is provided on an end face on the insertion section side of the first optical fiber ; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove , and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove ; an end portion of the first optical fiber is disposed in the centering groove ; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region. a solid index-matching material (C) is provided on an end face on the insertion section side of the first optical fiber ; the end face of the first optical fiber is an inclined end face that is inclined with respect to a plane perpendicular to an optical axis; a projecting portion is formed by the inclined end face so as to project more toward the insertion section side than a central region of the end face; the clamp section includes a base member including a centering groove , and a lid member configured to press the first optical fiber and the second optical fiber toward the centering groove ; an end portion of the first optical fiber is disposed in the centering groove ; characterized in that the projecting portion is disposed at the lid member side as viewed from the central region.
A shaped cross-linked hyaluronic acid product having a degree of modification of 1-40 cross-linking agent units per 1000 disaccharide units, a swelling degree of 4-300 mL per g hyaluronic acid, and a modification efficiency of 10 or higher, wherein the product is a string with a length to width ratio of at least 10:1, wherein the cross-linking agents are polyfunctional cross-linking agents, wherein all parameters are determined by the methods disclosed in the description.
Cosmetic composition for the temporary reshaping of keratinous fibers, containing: - at least one amphoteric starch derivative and - at least one carboxymethyl starch, characterized in that the amphoteric starch derivative is selected from compounds of formula (I) where ST-O stands for a starch molecule, R is the same or different and represents a hydrogen atom or a methyl radical. R' is the same or different and represents a hydrogen atom, a methyl radical or a- COOH group, n is an integer equal to 2 or 3, M is the same or different and represents a hydrogen atom, an alkali metal or alkaline earth metal such as Na, K, Li, NH 4 , a quaternary ammonium or an organic amine. - at least one amphoteric starch derivative and - at least one carboxymethyl starch, where ST-O stands for a starch molecule, R is the same or different and represents a hydrogen atom or a methyl radical. R' is the same or different and represents a hydrogen atom, a methyl radical or a- COOH group, n is an integer equal to 2 or 3, M is the same or different and represents a hydrogen atom, an alkali metal or alkaline earth metal such as Na, K, Li, NH 4 , a quaternary ammonium or an organic amine.
Method for operating a burner arrangement of a heat engine, particularly of a gas turbine, having a plurality of burners , each comprising at least one pilot burner and at least one main burner , wherein, on the basis of a preset operation of the heat engine, in a load-controlled manner: - the total quantity of fuel supplied to the burners is maintained substantially constant, - in a first group of burners , in each burner, both the pilot burner and the main burner are supplied with fuel, - in a second group of burners , the fuel supply to the main burners is interrupted, whereas the pilot burners continue to be operated, and - the quantity of fuel remaining as a result of the interruption in the fuel supply to the main burners of the second group is redistributed to the still active main burners of the first group , characterized in that the pilot burners of the burners in the second group are operated with a lower air ratio than the pilot burners in the first group . - the total quantity of fuel supplied to the burners is maintained substantially constant, - in a first group of burners , in each burner, both the pilot burner and the main burner are supplied with fuel, - in a second group of burners , the fuel supply to the main burners is interrupted, whereas the pilot burners continue to be operated, and - the quantity of fuel remaining as a result of the interruption in the fuel supply to the main burners of the second group is redistributed to the still active main burners of the first group ,
A method for replicating calls to different data centers, the method comprising: (a) receiving, by a device intermediary to a plurality of requestors and a plurality of data centers, an application programming interface, API, request to access a service from a requestor of a plurality of requestors, each of the plurality of data centers providing the service; (b) identifying, by the device, a policy for the request, the policy identifying whether the API request is idempotent and one or more rules identifying one or more data centers of the plurality of data centers to replicate the API request; (c) determining, by the device based on the policy, that the API request is idempotent; (d) communicating, by the device responsive to the determination, replicate API requests to each of the plurality of data centers identified by the one or more rules of the policy; (e) receiving, by the device responsive to the replicated API requests, one or more responses from one or more of the plurality of data centers; and (f) communicating, by the device responsive to the API request, a response selected from the one or more responses to the requestor. (a) receiving, by a device intermediary to a plurality of requestors and a plurality of data centers, an application programming interface, API, request to access a service from a requestor of a plurality of requestors, each of the plurality of data centers providing the service; (b) identifying, by the device, a policy for the request, the policy identifying whether the API request is idempotent and one or more rules identifying one or more data centers of the plurality of data centers to replicate the API request; (c) determining, by the device based on the policy, that the API request is idempotent; (d) communicating, by the device responsive to the determination, replicate API requests to each of the plurality of data centers identified by the one or more rules of the policy; (e) receiving, by the device responsive to the replicated API requests, one or more responses from one or more of the plurality of data centers; and (f) communicating, by the device responsive to the API request, a response selected from the one or more responses to the requestor.