mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a first base station, BS, in a wireless communication network, the method comprising: transmitting a message including information on coverage modification of a cell comprising a cell coverage status of the cell and a cell identity, ID, of the cell, to a second BS; and receiving an acknowledgement message from the second BS, the method characterized in that : if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message. transmitting a message including information on coverage modification of a cell comprising a cell coverage status of the cell and a cell identity, ID, of the cell, to a second BS; and receiving an acknowledgement message from the second BS, the method characterized in that : if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message. if the information on coverage modification of the cell further comprises a cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that the cell coverage status of the cell is planned to be used as a next reconfiguration of the cell after transmission of the message; and if the information on coverage modification of the cell does not comprise the cell deployment status indicator of the cell, the information on coverage modification of the cell indicates that it is a post-notification of the cell coverage status of the cell as a cell reconfiguration which was deployed before transmission of the message.
A prosthetic heart valve , comprising: an outer frame ; an inner frame coupled to the outer frame, the inner frame including a tether coupling portion disposed at a proximal end portion of the prosthetic heart valve; and an anchoring tether coupled to the tether coupling portion of the inner frame with at least one suture , the anchoring tether configured to be secured to a wall of a heart a patient to secure a position of the prosthetic heart valve within the heart of the patient characterised in that the tether coupling portion includes a plurality of struts organized into pairs, each strut pair including a first strut portion and a second strut portion that converge to form a third strut portion , the third strut portion defining at least one opening , the plurality of struts collectively defining an interior region, a distal end portion of the anchoring tether disposed within the interior region, the at least one suture being received through the at least one opening and wrapped around at least a portion of the tether coupling portion and a portion of the anchoring tether to secure the anchoring tether to the tether connection portion. an outer frame ; an inner frame coupled to the outer frame, the inner frame including a tether coupling portion disposed at a proximal end portion of the prosthetic heart valve; and an anchoring tether coupled to the tether coupling portion of the inner frame with at least one suture , the anchoring tether configured to be secured to a wall of a heart a patient to secure a position of the prosthetic heart valve within the heart of the patient characterised in that the tether coupling portion includes a plurality of struts organized into pairs, each strut pair including a first strut portion and a second strut portion that converge to form a third strut portion , the third strut portion defining at least one opening , the plurality of struts collectively defining an interior region, a distal end portion of the anchoring tether disposed within the interior region, the at least one suture being received through the at least one opening and wrapped around at least a portion of the tether coupling portion and a portion of the anchoring tether to secure the anchoring tether to the tether connection portion.
A collection module for collecting windrows of plant stems (T), comprising: • a front part provided with a ground wheel which is arranged to roll on a ground (S) in a first direction of rotation (S1) when the collection module moves in a first direction of movement (F); • a collection device for picking up windrows of plant stems deposited on the ground, comprising at least a first set of collection fingers which is rotatable about a first axis of rotation (B1) in a second direction of rotation (S2) opposite the first direction of rotation (S1) of the ground wheel; • a guide element disposed above the set of collection fingers ; • a conveyor belt arranged to bring the collected plant stems toward a rear part of the collection module; the collection module being characterized in that it further comprises a ventilation device for generating at least one air flow (K) between the guide element and the collection device in order to evacuate the ground dust (P) generated during the collection of the windrows by the set of collection fingers. • a front part provided with a ground wheel which is arranged to roll on a ground (S) in a first direction of rotation (S1) when the collection module moves in a first direction of movement (F); • a collection device for picking up windrows of plant stems deposited on the ground, comprising at least a first set of collection fingers which is rotatable about a first axis of rotation (B1) in a second direction of rotation (S2) opposite the first direction of rotation (S1) of the ground wheel; • a guide element disposed above the set of collection fingers ; • a conveyor belt arranged to bring the collected plant stems toward a rear part of the collection module;
Poka-yoke system for mounting of a timing gear of a motor vehicle combustion engine from a family of engines having engines with different octane numbers, each of the engines having: - a crankshaft that is rotatable about an operating axis (X), - a timing gear mounted at one end of the crankshaft , coaxially with the crankshaft, - a longitudinal key for the angular timing setting of the timing gear on the crankshaft , said key being fixed parallel to the axis (X) of the timing gear on an interior cylindrical wall facing the crankshaft and designed to be housed in a longitudinal groove recessed in the crankshaft from a free end to a longitudinal end edge , said key being associated with a pairing formed by the crankshaft and the timing gear , such that said groove has a fixed width for each octane number and has a radial depth and longitudinal length that vary depending on the octane number of an engine, the variation in said depth is the inverse of the variation in the length of the longitudinal groove. - a crankshaft that is rotatable about an operating axis (X), - a timing gear mounted at one end of the crankshaft , coaxially with the crankshaft, - a longitudinal key for the angular timing setting of the timing gear on the crankshaft , said key being fixed parallel to the axis (X) of the timing gear on an interior cylindrical wall facing the crankshaft and designed to be housed in a longitudinal groove recessed in the crankshaft from a free end to a longitudinal end edge , said key being associated with a pairing formed by the crankshaft and the timing gear ,
A chair-shaped lumbar vertebra traction device, comprising: an upper body holding unit to hold user's upper body on a backrest ; a seat having a buttock portion , a loin guard and a lower leg rest portion ; a waist holding unit to hold the user's waist; a separating drive unit to separate the backrest and the seat from each other; a landing table , the seat and the backrest being set on the landing table; a tilting mechanism for tilting the landing table into a treatment position, and a waist pulling unit to pull the waist holding unit toward the buttock portion side, wherein the upper body holding unit can be slid along the backrest in order to adjust the proper position for users' height, the loin guard of the seat can move freely on the landing table , and the waist pulling unit is connected to a fixed pulling position fitted on the landing table and configured to pull the waist holding unit from below the buttock portion in a predetermined angle against the backrest with the seat keeping user's lower body. an upper body holding unit to hold user's upper body on a backrest ; a seat having a buttock portion , a loin guard and a lower leg rest portion ; a waist holding unit to hold the user's waist; a separating drive unit to separate the backrest and the seat from each other; a landing table , the seat and the backrest being set on the landing table; a tilting mechanism for tilting the landing table into a treatment position, and a waist pulling unit to pull the waist holding unit toward the buttock portion side, wherein the upper body holding unit can be slid along the backrest in order to adjust the proper position for users' height, the loin guard of the seat can move freely on the landing table , and the waist pulling unit is connected to a fixed pulling position fitted on the landing table and configured to pull the waist holding unit from below the buttock portion in a predetermined angle against the backrest with the seat keeping user's lower body.
An immunochromatographic analysis device, which is an immunochromatographic analysis device for detecting Varicella-Zoster Virus (VZV), comprising a sample addition part, a labeling substance retaining part, a chromatographic medium part having a detection part, and an absorption part, wherein at least one of the labeling substance retaining part and the detection part comprises an antibody which recognizes the amino acid sequence at positions 1 to 188 of glycoprotein E of the Varicella-Zoster Virus (VZVgE) composed of the amino acid sequence of SEQ ID NO: 1.
An apparatus for sensing a fluid flow passing within a pipe , comprising: a flow meter having an array of sensors and at least one processing unit , which flow meter is adapted to sense the fluid flow passing within the pipe as it travels past the array of sensors and produce sensor signals indicative of the presence of vortical structures convecting with the fluid flow; wherein the at least one processing unit is adapted to produce a k-ω plot using the sensor signals indicative of the presence of vortical structures convecting with the fluid flow, the k-ω plot representative of processed sensor signals as a function of frequency and wavenumber, the processed sensor signals defining at least one convective ridge region and at least one non-convective ridge region; characterised in that : the at least one processing unit is adapted to determine a k-ω plot quality parameter indicative of a gas-liquid ratio within the fluid flow passing within the pipe based on the processed sensor signals within the at least one convective ridge region of the k-ω plot and the processed sensor signals within the at least one non-convective ridge region of the k-ω plot . a flow meter having an array of sensors and at least one processing unit , which flow meter is adapted to sense the fluid flow passing within the pipe as it travels past the array of sensors and produce sensor signals indicative of the presence of vortical structures convecting with the fluid flow; wherein the at least one processing unit is adapted to produce a k-ω plot using the sensor signals indicative of the presence of vortical structures convecting with the fluid flow, the k-ω plot representative of processed sensor signals as a function of frequency and wavenumber, the processed sensor signals defining at least one convective ridge region and at least one non-convective ridge region; characterised in that : the at least one processing unit is adapted to determine a k-ω plot quality parameter indicative of a gas-liquid ratio within the fluid flow passing within the pipe based on the processed sensor signals within the at least one convective ridge region of the k-ω plot and the processed sensor signals within the at least one non-convective ridge region of the k-ω plot .
An antagonist and/or inverse agonist of CB1 receptors for use in the treatment of post-viral fatigue syndrome in COVID-19 patients.
A medical device comprising a lubricious coating comprising: a coated layer comprising a first polymer that is an acrylic acid polymer, a second polymer that is an acrylamide copolymer comprising at least one aryl ketone photoreactive group, and a cross-linking agent comprising at least two aryl ketone photoreactive groups, wherein the coated layer is in contact with a medical device surface and there is no further primer layer present between the coated layer and the medical device surface and also configured to contact a patient in use, wherein the medical device surface does not comprise a substrate material selected from the group consisting of polyvinylpyrrolidone. a coated layer comprising a first polymer that is an acrylic acid polymer, a second polymer that is an acrylamide copolymer comprising at least one aryl ketone photoreactive group, and a cross-linking agent comprising at least two aryl ketone photoreactive groups, wherein the coated layer is in contact with a medical device surface and there is no further primer layer present between the coated layer and the medical device surface and also configured to contact a patient in use, wherein the medical device surface does not comprise a substrate material selected from the group consisting of polyvinylpyrrolidone.
A semiconductor device, comprising: at least one FinFET device, including a substrate , a plurality of fins protruding from the substrate , at least one gate structure on the substrate and across the plurality of fins by covering portions of side and top surfaces of the plurality of fins , and source regions and drain regions formed in the plurality of fins at two sides of the gate structure ; a Fuse device, formed above any FinFET device or across a plurality of FinFET devices and including a positive terminal and a negative terminal, the negative terminal being electrically connected to at least one source region of the FinFET device and the positive terminal being electrically connected to an external pad ; and a dielectric layer, formed between the FinFET device and the Fuse device, wherein: the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal ; and wherein a direction from the positive terminal to the negative terminal is parallel to a length direction of the plurality of fins and the metal layer is right above one fin. at least one FinFET device, including a substrate , a plurality of fins protruding from the substrate , at least one gate structure on the substrate and across the plurality of fins by covering portions of side and top surfaces of the plurality of fins , and source regions and drain regions formed in the plurality of fins at two sides of the gate structure ; a Fuse device, formed above any FinFET device or across a plurality of FinFET devices and including a positive terminal and a negative terminal, the negative terminal being electrically connected to at least one source region of the FinFET device and the positive terminal being electrically connected to an external pad ; and a dielectric layer, formed between the FinFET device and the Fuse device, wherein: the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal ; and wherein a direction from the positive terminal to the negative terminal is parallel to a length direction of the plurality of fins and the metal layer is right above one fin. the Fuse device is a metal layer having two terminals; one terminal of the metal layer is configured as the negative terminal; and another terminal of the metal layer is configured as the positive terminal ; and wherein a direction from the positive terminal to the negative terminal is parallel to a length direction of the plurality of fins and the metal layer is right above one fin.
A method for accessing data in a cache of a device, the method comprising: storing in a buffer an access permission for a cacheline stored in the cache ; for a memory instruction that involves the cacheline, determining whether the memory instruction is permitted to access the cacheline based at least in part on the access permission for the cacheline, wherein the determining is made when the memory instruction is issued; and on condition of determining that the memory instruction is not permitted to access the cacheline, refraining from changing the cache; characterized in that on condition of changing the access permission of the cacheline between the time of the initial determining that a pending memory instruction is permitted to access the cacheline and the time of committing the pending memory instruction, redetermining whether the pending memory instruction is permitted to access the cacheline based at least in part on the access permission, wherein the redetermining is made when the memory instruction is committed. storing in a buffer an access permission for a cacheline stored in the cache ; for a memory instruction that involves the cacheline, determining whether the memory instruction is permitted to access the cacheline based at least in part on the access permission for the cacheline, wherein the determining is made when the memory instruction is issued; and on condition of determining that the memory instruction is not permitted to access the cacheline, refraining from changing the cache; characterized in that on condition of changing the access permission of the cacheline between the time of the initial determining that a pending memory instruction is permitted to access the cacheline and the time of committing the pending memory instruction, redetermining whether the pending memory instruction is permitted to access the cacheline based at least in part on the access permission, wherein the redetermining is made when the memory instruction is committed.
A method of rearranging media data using visual representations of the media data, each item of the media data being associated with temporal metadata, the method performed by an apparatus, the method comprising: clustering the visual representations of the media data items into groups according to the temporal metadata and displaying the groups comprising the visual representations of the media data items in a temporal order according to the temporal metadata of the media data items; receiving a user input to change a position of a visual representation of a first media data item from a first temporal position in a first group to a second temporal position in a second group or an empty area not belonging to any group; changing the position of the visual representation of the first media data item from the first temporal position to the second temporal position upon receipt of the user input; and automatically changing positions of visual representations of the media data items between the first temporal position and the second temporal position by moving the visual representations of the media data items between the first temporal position and the second temporal position to the second group or to the empty area corresponding to the position change of the visual representation of the first media data item, wherein the media data items between the first temporal position and the second temporal position include the first media data item. clustering the visual representations of the media data items into groups according to the temporal metadata and displaying the groups comprising the visual representations of the media data items in a temporal order according to the temporal metadata of the media data items; receiving a user input to change a position of a visual representation of a first media data item from a first temporal position in a first group to a second temporal position in a second group or an empty area not belonging to any group; changing the position of the visual representation of the first media data item from the first temporal position to the second temporal position upon receipt of the user input; and automatically changing positions of visual representations of the media data items between the first temporal position and the second temporal position by moving the visual representations of the media data items between the first temporal position and the second temporal position to the second group or to the empty area corresponding to the position change of the visual representation of the first media data item, wherein the media data items between the first temporal position and the second temporal position include the first media data item.
An implantable capsule , in particular a cardiac stimulation autonomous capsule, said implantable capsule comprising: - a tubular body housing a set of functional elements of the capsule and provided with a proximal electrode; - a distal element provided at its distal end with anchor screw means suitable for penetrating into tissue of a wall of an organ of a patient, and with a distal electrode , the body, and - electrical insulation means for providing electrical insulation between the body and the distal element for insulating the distal element from said body; characterized in that said electrical insulation means comprising an electrical insulation element made in one piece and of an insulating material ; characterized in that the anchor screw means are fastened to an anchor support , thereby forming a subassembly , the subassembly being fastened to the electrical insulation element. - a tubular body housing a set of functional elements of the capsule and provided with a proximal electrode; - a distal element provided at its distal end with anchor screw means suitable for penetrating into tissue of a wall of an organ of a patient, and with a distal electrode , the body, and - electrical insulation means for providing electrical insulation between the body and the distal element for insulating the distal element from said body; characterized in that said electrical insulation means comprising an electrical insulation element made in one piece and of an insulating material ;
Fabric comprising a series of base yarns B and a series of rip yarns R, wherein the fabric consists of a plain weave or broken twill with rip, wherein the fabric comprises a ratio of 3-5 base yarns B per rip yarn R, the fabric comprising: - base yarn B comprising 40-70 wt% of viscose fibre, 25-40 wt% of meta-aramid fibre and 5-20 wt% of para-aramid fibre, and - rip yarn R comprising 45-65 wt% of para-aramid fibre, 20-30 wt% of viscose fibre, 15-25 wt% of meta-aramid fibre. - base yarn B comprising 40-70 wt% of viscose fibre, 25-40 wt% of meta-aramid fibre and 5-20 wt% of para-aramid fibre, and - rip yarn R comprising 45-65 wt% of para-aramid fibre, 20-30 wt% of viscose fibre, 15-25 wt% of meta-aramid fibre.