mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication performed by an Internet of Things, IoT, user equipment, UE, the method comprising: receiving at least one synchronization signal, SS, block, wherein the SS block is one of multiple SS blocks of an SS burst set, wherein the SS block includes at least three slots, wherein a primary synchronization signal, a secondary synchronization signal, and a broadcast channel are each transmitted in a corresponding slot of the at least three slots, and wherein at least one of a bandwidth or a subcarrier spacing of the SS block is based at least in part on a frequency band utilized by the SS burst set, and wherein a number of SS blocks received within a time window is proportionate to the subcarrier spacing of the SS burst set; and performing synchronization using the at least one SS block. receiving at least one synchronization signal, SS, block, wherein the SS block is one of multiple SS blocks of an SS burst set, wherein the SS block includes at least three slots, wherein a primary synchronization signal, a secondary synchronization signal, and a broadcast channel are each transmitted in a corresponding slot of the at least three slots, and wherein at least one of a bandwidth or a subcarrier spacing of the SS block is based at least in part on a frequency band utilized by the SS burst set, and wherein a number of SS blocks received within a time window is proportionate to the subcarrier spacing of the SS burst set; and performing synchronization using the at least one SS block.
Fungicidal mixtures comprising, as active components [ -1-methyl-2-(o-tolyl)propyl] -2-[(4-methoxy-3-propanoyloxy-pyridine-2-carbonyl)amino]propanoate of the formula I one fungicidal compound II selected from the group consisting of: II-1: N-methoxy-N-[[4-[5-(trifluoromethyl)-1,2,4-oxadiazol-3-yl]phenyl]methyl]cyclopropanecarboxamide of the formula II-2: N-[2-(2,4-dichlorophenyl)cyclobutyl]-2-(trifluoromethyl)pyridine-3-carboxamide of the formula [ -1-methyl-2-(o-tolyl)propyl] -2-[(4-methoxy-3-propanoyloxy-pyridine-2-carbonyl)amino]propanoate of the formula I one fungicidal compound II selected from the group consisting of: II-1: N-methoxy-N-[[4-[5-(trifluoromethyl)-1,2,4-oxadiazol-3-yl]phenyl]methyl]cyclopropanecarboxamide of the formula II-2: N-[2-(2,4-dichlorophenyl)cyclobutyl]-2-(trifluoromethyl)pyridine-3-carboxamide of the formula II-1: N-methoxy-N-[[4-[5-(trifluoromethyl)-1,2,4-oxadiazol-3-yl]phenyl]methyl]cyclopropanecarboxamide of the formula II-2: N-[2-(2,4-dichlorophenyl)cyclobutyl]-2-(trifluoromethyl)pyridine-3-carboxamide of the formula
Mounting system for busbars (L1..L3, L1', N) of an electrical switchgear , comprising - a plurality of holder rails made of plastic, - connection profiles to interconnect the holder rails and to effect a distance between the holder rails and - a plurality of busbar holders made of metal, which are provided to receive the busbars (L1..L3, L1', N) and which are arranged in the holder rails , characterized in that - the busbar holders are strut profiles with a square pipe cross section and with cutouts (B) for the busbars (L1..L3, L1', N). - a plurality of holder rails made of plastic, - connection profiles to interconnect the holder rails and to effect a distance between the holder rails and - a plurality of busbar holders made of metal, which are provided to receive the busbars (L1..L3, L1', N) and which are arranged in the holder rails , - the busbar holders are strut profiles with a square pipe cross section and with cutouts (B) for the busbars (L1..L3, L1', N).
Electronic protection device for a low voltage electric line , said protection device being provided with a control unit comprising a controller including digital data processing resources clocked by a first clock source adapted to provide a first clock signal (CK1) with a first nominal clock frequency (f 1 ), said control unit comprising a clock testing arrangement adapted to check whether said first clock source is properly operating, characterised in that said clock testing arrangement comprises: - a second clock source adapted to provide a second clock signal (CK2) with a second nominal clock frequency (f 2 ), said second clock source being adapted to operate independently from said first clock source; - a task-performing module clocked by said second clock source, said task-performing module being adapted to perform a predefined testing task within an expected time interval (T E ); - a data processing module clocked by said first clock source and adapted to control the operation of said task-performing module, said data processing module being adapted to determine whether said first clock source is properly operating by obtaining a measured time value (T M ) indicative of the time employed by said task-performing module to perform said predefined testing task and by comparing said measured time value (T M ) with said expected time interval (T E ). - a second clock source adapted to provide a second clock signal (CK2) with a second nominal clock frequency (f 2 ), said second clock source being adapted to operate independently from said first clock source; - a task-performing module clocked by said second clock source, said task-performing module being adapted to perform a predefined testing task within an expected time interval (T E ); - a data processing module clocked by said first clock source and adapted to control the operation of said task-performing module, said data processing module being adapted to determine whether said first clock source is properly operating by obtaining a measured time value (T M ) indicative of the time employed by said task-performing module to perform said predefined testing task and by comparing said measured time value (T M ) with said expected time interval (T E ).
A method, comprising: - providing at least one housing having a pre-determined physical structure; - fixing a first edge of at least one electro-active polymer (EAP) film by means of at least one first attachment mechanism in form of a first clip to a first edge within the at least one housing ; - connecting a first edge of at least one pulling mechanism by means of at least one second attachment mechanism in form of a second clip to a second edge of the at least one EAP film ; wherein the first edge and the second edge of the at least one EAP film are opposite of each other; wherein a second edge of the at least one pulling mechanism extends outside of the at least one housing ; sufficiently pulling at the second edge of the at least one pulling mechanism to form at least one pre-stretched EAP film that has been stretched in a first axial direction within the at least one housing by a first pre-determined, pre-stretched amount; and wherein the first pre-determined, pre-stretched amount is limited by the pre-determined physical structure of the at least one housing in form of a barrier limiting motion of the second clip. - providing at least one housing having a pre-determined physical structure; - fixing a first edge of at least one electro-active polymer (EAP) film by means of at least one first attachment mechanism in form of a first clip to a first edge within the at least one housing ; - connecting a first edge of at least one pulling mechanism by means of at least one second attachment mechanism in form of a second clip to a second edge of the at least one EAP film ; wherein the first edge and the second edge of the at least one EAP film are opposite of each other; wherein a second edge of the at least one pulling mechanism extends outside of the at least one housing ; sufficiently pulling at the second edge of the at least one pulling mechanism to form at least one pre-stretched EAP film that has been stretched in a first axial direction within the at least one housing by a first pre-determined, pre-stretched amount; and wherein the first pre-determined, pre-stretched amount is limited by the pre-determined physical structure of the at least one housing in form of a barrier limiting motion of the second clip.
A combustor panel comprising: an attachment feature having a central longitudinal axis and extending from a cold side of the combustor panel , the attachment feature defining a core passage extending from an inlet opening through the attachment feature substantially parallel to the central longitudinal axis ; a network of cooling passages defined in the combustor panel , wherein a first portion of the cooling passages extends from and perpendicular to the core passage , and a second portion of the cooling passages extends at an angle from the first portion to a hot side of the combustor panel to deliver effusion cooling to the hot side of the combustor panel via a plurality of effusion outlets ; and a plurality of standoffs extending from the cold side of the combustor panel and distributed circumferentially around the attachment feature , wherein the network of cooling passages is substantially confined within a footprint of the plurality of standoffs , the core passage is the exclusive source of cooling airflow to the network of cooling passages , and the second portion of the cooling passages comprises the plurality of effusion outlets defined on the hot side of the combustor panel ; wherein each effusion outlet of the plurality of effusion outlets is oriented in the same, uniform direction as the other effusion outlets . an attachment feature having a central longitudinal axis and extending from a cold side of the combustor panel , the attachment feature defining a core passage extending from an inlet opening through the attachment feature substantially parallel to the central longitudinal axis ; a network of cooling passages defined in the combustor panel , wherein a first portion of the cooling passages extends from and perpendicular to the core passage , and a second portion of the cooling passages extends at an angle from the first portion to a hot side of the combustor panel to deliver effusion cooling to the hot side of the combustor panel via a plurality of effusion outlets ; and a plurality of standoffs extending from the cold side of the combustor panel and distributed circumferentially around the attachment feature , wherein the network of cooling passages is substantially confined within a footprint of the plurality of standoffs , the core passage is the exclusive source of cooling airflow to the network of cooling passages , and the second portion of the cooling passages comprises the plurality of effusion outlets defined on the hot side of the combustor panel ; wherein each effusion outlet of the plurality of effusion outlets is oriented in the same, uniform direction as the other effusion outlets .
A catheter comprising: a proximal elongate shaft comprising a longitudinal axis , a distal end , a lumen, and a shaft braid ; and an expandable distal tip section at the distal end of the elongate shaft , the tip section comprising a collapsed delivery configuration, an expanded deployed configuration, a tip braid , and a distal mouth comprising a beveled profile and a perimeter defined by a reinforcing ring ; the reinforcing ring comprising a plurality of relief features spaced equally around the longitudinal axis, characterized in that the relief features comprise proximally extending cutouts. a proximal elongate shaft comprising a longitudinal axis , a distal end , a lumen, and a shaft braid ; and an expandable distal tip section at the distal end of the elongate shaft , the tip section comprising a collapsed delivery configuration, an expanded deployed configuration, a tip braid , and a distal mouth comprising a beveled profile and a perimeter defined by a reinforcing ring ; the reinforcing ring comprising a plurality of relief features spaced equally around the longitudinal axis, characterized in that the relief features comprise proximally extending cutouts.
A service data packet encapsulation method, comprising: obtaining (S31), by a source communications device, a mobility support parameter of a current service, wherein the mobility support parameter is used to indicate whether a corresponding service requires mobility support, and the source communications device comprises at least an identifier, ID layer and a locator layer; determining (S32), by the source communications device based on the mobility support parameter of the current service, whether the current service requires mobility support; and obtaining (S33), by the source communications device, a source locator of the source communications device and a destination locator of a destination communications device when determining that the current service does not require mobility support, and performing (S34), by using the source locator and the destination locator, locator layer encapsulation on a data packet that needs to be sent by the current service, wherein the source communications device does not perform ID layer encapsulation on the data packet that needs to be sent by the service that does not require mobility support. obtaining (S31), by a source communications device, a mobility support parameter of a current service, wherein the mobility support parameter is used to indicate whether a corresponding service requires mobility support, and the source communications device comprises at least an identifier, ID layer and a locator layer; determining (S32), by the source communications device based on the mobility support parameter of the current service, whether the current service requires mobility support; and obtaining (S33), by the source communications device, a source locator of the source communications device and a destination locator of a destination communications device when determining that the current service does not require mobility support, and performing (S34), by using the source locator and the destination locator, locator layer encapsulation on a data packet that needs to be sent by the current service, wherein the source communications device does not perform ID layer encapsulation on the data packet that needs to be sent by the service that does not require mobility support.
A bracket device , comprising: a bracket having a longitudinal wall and an end wall substantially perpendicularly connected to the longitudinal wall , the end wall being connected with at least one mounting member ; and an engagement member operatively arranged on the longitudinal wall of the bracket so that, when operated, the engagement member is transversely movable relative to the longitudinal wall from a first position (P1) to a second position (P2), characterized in that the bracket device is adapted to mount an object arranged on a slide rail assembly to a post of a rack ; the bracket is connectable to the slide rail assembly ; the end wall of the bracket is mountable to the post via the at least one mounting member ; and the engagement member is releasably engaged with a portion of the object , and in that the bracket device further comprises a hook member movably connected to the longitudinal wall of the bracket , the hook member including a body portion and a hook portion substantially transversely connected to the body portion , the hook portion corresponding to the post of the rack . and in that the engagement member includes a space and the hook portion of the hook member passes through the space of the engagement member . a bracket having a longitudinal wall and an end wall substantially perpendicularly connected to the longitudinal wall , the end wall being connected with at least one mounting member ; and an engagement member operatively arranged on the longitudinal wall of the bracket so that, when operated, the engagement member is transversely movable relative to the longitudinal wall from a first position (P1) to a second position (P2), characterized in that the bracket device is adapted to mount an object arranged on a slide rail assembly to a post of a rack ; the bracket is connectable to the slide rail assembly ; the end wall of the bracket is mountable to the post via the at least one mounting member ; and the engagement member is releasably engaged with a portion of the object , and in that the bracket device further comprises a hook member movably connected to the longitudinal wall of the bracket , the hook member including a body portion and a hook portion substantially transversely connected to the body portion , the hook portion corresponding to the post of the rack . and in that the engagement member includes a space and the hook portion of the hook member passes through the space of the engagement member .
Device for the treatment of esophageal stenosis, comprising: - at least one body of elongated shape intended to be inserted inside the esophagus of a patient; - at least one tubular sheath mounted around said body to define an interspace between said body and said tubular sheath ; - at least one stiffening element housed in said interspace and comprising a plurality of ribs extending along said interspace ; characterized by the fact that it comprises at least one waveguide housed inside said interspace and configured to drive at least one light radiation (R) inside it, said light radiation diffusing into said esophagus, and by the fact that it comprises at least one light source of said light radiation (R), said light source comprising a plurality of emitting devices coupled to said waveguide , said emitting devices being arranged adjacent to and aligned with each other along the longitudinal direction (L) of extension of said body and positioned between said ribs . - at least one body of elongated shape intended to be inserted inside the esophagus of a patient; - at least one tubular sheath mounted around said body to define an interspace between said body and said tubular sheath ; - at least one stiffening element housed in said interspace and comprising a plurality of ribs extending along said interspace ;
An apparatus for hot filling or warm filling comprising a blowing machine (B), a filling machine (F), a capping machine (C), a tilting machine (T), a cooling tunnel (CT), wherein there is provided a compression machine (P) configured to apply an axial compression force to a collapsible thermoplastic container along a longitudinal axis (Z) thereof, wherein said compression machine (P) is positioned between the blowing machine (B) and the filling machine (F), or between the filling machine (F) and the capping machine (C), or after the cooling tunnel (CT), or wherein the filling machine is also the compression machine, or wherein the capping machine is also the compression machine, wherein the collapsible thermoplastic container is designed for a hot filling or warm filling process and comprises: - a body provided with a shoulder, - a neck , provided with a circular upper end defining an opening at a first side of the body, and with a neck ring , - a base, defining a base plane at a second side of the body opposite to the first side, the body having a peripheral groove , between the neck and the middle of the container along the longitudinal axis (Z), comprising a first side , proximal to the neck , and a second side , distal from the neck , whereby the first side comes into contact with the second side , thus reducing the internal volume of the container, when the axial compression force is applied along the longitudinal axis (Z), the compression machine (P) comprising: - at least one lower body having a surface designed to be a resting surface for the base of the collapsible thermoplastic container; - at least one upper body designed to contact a portion of the collapsible thermoplastic container above the peripheral groove ; so that the collapsible thermoplastic container can be held in an upright position by the at least one lower body and the at least one upper body , - actuating means for actuating the at least one lower body and/or the at least one upper body , in order to apply said axial compression force in order to make the first side to come into contact with the second side , thus reducing the internal volume of the collapsible thermoplastic container. - a body provided with a shoulder, - a neck , provided with a circular upper end defining an opening at a first side of the body, and with a neck ring , - a base, defining a base plane at a second side of the body opposite to the first side, - at least one lower body having a surface designed to be a resting surface for the base of the collapsible thermoplastic container; - at least one upper body designed to contact a portion of the collapsible thermoplastic container above the peripheral groove ; so that the collapsible thermoplastic container can be held in an upright position by the at least one lower body and the at least one upper body , - actuating means for actuating the at least one lower body and/or the at least one upper body , in order to apply said axial compression force in order to make the first side to come into contact with the second side , thus reducing the internal volume of the collapsible thermoplastic container.
Method for optimising the coexistence of radio "pico-networks" (P), each "pico-network" (P) comprising at least two modems interconnected by a central node (N) comprising at least one memory for the storage of data and/or computer programs and at least one processor, said method comprising at least one step of allocation of communications channels by the central node, for each of the modems by means of an allocation algorithm, in order to allow coexistence between said "pico-networks" (P), said method being characterised in that the step of allocating communications channels comprises at least: - determination of the direction of communication and of the associated transmission rate; - optimisation, by means of an optimisation algorithm, of the rate of transmission of messages and/or data in the communications channels as a function of the direction of communication. - determination of the direction of communication and of the associated transmission rate; - optimisation, by means of an optimisation algorithm, of the rate of transmission of messages and/or data in the communications channels as a function of the direction of communication.