mhurhangee/patent-ind-claim-en huggingface dataset:
A method for random access, comprising: determining (S210), by a terminal device, a backoff time of a random access event according to a priority of the random access event, wherein a random access event with a first priority corresponds to a first backoff time range, a random access event with a second priority corresponds to a second backoff time range, the first priority is higher than the second priority, and the first backoff time range and the second backoff time range do not overlap; and re-initiating (S220), by the terminal device, a random access procedure after the backoff time; wherein a maximum backoff time of the first backoff time range is K ∗ T, wherein 0<K< 1, and T is indicated by a network device through a backoff indicator, BI; wherein the determining (S210), by a terminal device, a backoff time of a random access event according to a priority of the random access event, comprises: if the priority of the random access event is the first priority, randomly selecting, by the terminal device, a first time between 0 and K ∗ T, and taking a time value obtained after the first time is multiplied by a scaling factor as the backoff time of the random access event. determining (S210), by a terminal device, a backoff time of a random access event according to a priority of the random access event, wherein a random access event with a first priority corresponds to a first backoff time range, a random access event with a second priority corresponds to a second backoff time range, the first priority is higher than the second priority, and the first backoff time range and the second backoff time range do not overlap; and re-initiating (S220), by the terminal device, a random access procedure after the backoff time; wherein a maximum backoff time of the first backoff time range is K ∗ T, wherein 0<K< 1, and T is indicated by a network device through a backoff indicator, BI; wherein the determining (S210), by a terminal device, a backoff time of a random access event according to a priority of the random access event, comprises: if the priority of the random access event is the first priority, randomly selecting, by the terminal device, a first time between 0 and K ∗ T, and taking a time value obtained after the first time is multiplied by a scaling factor as the backoff time of the random access event.
A method of communication, comprising: monitoring traffic on a device-to-device communication resource pool allocated for a first radio access technology, RAT; determining , from the resource pool allocated for the first RAT, an indication of use of the resource pool for communication using the first RAT; comparing the indication to a threshold; determining , based on the comparison, whether to use the resource pool for communication using a second RAT; communicating a reservation of at least one resource of the resource pool if the determination of whether to use the resource pool indicates that the resource pool is to be used; and communicating data via the at least one reserved resource using the second RAT. monitoring traffic on a device-to-device communication resource pool allocated for a first radio access technology, RAT; determining , from the resource pool allocated for the first RAT, an indication of use of the resource pool for communication using the first RAT; comparing the indication to a threshold; determining , based on the comparison, whether to use the resource pool for communication using a second RAT; communicating a reservation of at least one resource of the resource pool if the determination of whether to use the resource pool indicates that the resource pool is to be used; and communicating data via the at least one reserved resource using the second RAT.
A bracket mounted on the car ventilation grille, in particular for fragrance carriers, consisting of a frame and fastening and stabilizing elements, characterized in that the frame is a U-shaped semi-closed structure provided with two arms, and the fastening and stabilizing elements are at least two sliding flexible fastening pads with a thickness less than or equal to the distance (A) between the frame arms , at least one of which is applied to the first frame arm and at least one of which is applied to the second frame arm .
A dental glass powder comprising zinc, silicon, and fluorine (F) and does not substantially comprising aluminum, wherein a content of zinc in the dental glass powder in terms of zinc oxide (ZnO) is in a range of 20% to 55% by mass, wherein a content of silicon in the dental glass powder in terms of silicon oxide (SiO 2 ) is in a range of 20% to 40% by mass, wherein a content of fluorine (F) in the dental glass powder is in a range of 3% to 20% by mass, and wherein a content of aluminum in the dental glass powder in terms of aluminum oxide (Al 2 O 3 ) is less than or equal to 1% by mass.
Tool for the rotary and cutting machining of workpieces having - a tool body , - a plurality of blades arranged on the tool body , which are arranged in blade arrangements , and - a securing element that secures the blade arrangements to the tool body such that the blades cannot detach from the tool body during operation, wherein - the tool body is produced of plastic, - the blades are incorporated into the tool body , characterized in that - the securing element is realized as a securing strip which is incorporated in the tool body and partially surrounds the blade arrangement and is a fiber composite material with a fiber content of at least 10%, and in that the fiber composite material comprises unidirectional fibers and is arranged in such a way that these fibers are aligned in the circumferential direction of the tool . - a tool body , - a plurality of blades arranged on the tool body , which are arranged in blade arrangements , and - a securing element that secures the blade arrangements to the tool body such that the blades cannot detach from the tool body during operation, wherein - the tool body is produced of plastic, - the blades are incorporated into the tool body , characterized in that - the securing element is realized as a securing strip which is incorporated in the tool body and partially surrounds the blade arrangement and is a fiber composite material with a fiber content of at least 10%, and in that the fiber composite material comprises unidirectional fibers and is arranged in such a way that these fibers are aligned in the circumferential direction of the tool .
Valve shutter adapted for being arranged in a valve body of a valve and extending along a longitudinal axis (X) passing through a passage channel of the valve body , said shutter comprising a main portion made of a non-deformable material and being adapted to be movable within a chamber of said valve body between an open configuration of said valve , where it allows the passage of a fluid through said passage channel , and a closed configuration of said valve , where it prevents the passage of fluid through said passage channel ; said valve shutter including a secondary portion adapted to be interposed between said main portion and said passage channel , said secondary portion being made of a deformable and resilient material as to be able to deform progressively in the transition between the open configuration and the closed configuration, and vice versa, as a function of the hydrodynamic pressure of the fluid, in order to determine a gradual variation in time of the fluid passage within the passage channel ; wherein said secondary portion includes at least an inner chamber enclosed between the main portion and the secondary portion , said inner chamber having at least a through hole suitable for putting said inner chamber in fluid communication with the chamber of the valve body , said inner chamber being configured to be progressively filled, at least partially, by said fluid during the transition between the closed configuration and the open configuration, and to be progressively emptied during the transition between the open configuration and the closed configuration; characterized in that said inner chamber comprises recesses and/or emerging structures in relief from said secondary portion ; and said emerging structures and or said recesses are arranged circumferentially and/or radially about said longitudinal axis (X), alternating with respective through holes .
A computer implemented method of determining a dimension of a gap between an edge of an aerofoil and a surface of an engine casing, the method comprising: receiving data generated by stereophotogrammetry apparatus and including a first image and a second image; generating a three dimensional model of the surface of the engine casing using the received data; identifying the edge of the aerofoil in the received data; determining a three dimensional position of a first location along the edge of the aerofoil in the received data using the identified edge; and determining a distance between the determined three dimensional position of the first location and the three dimensional model of the surface of the engine casing using an algorithm, wherein identifying the edge of the aerofoil includes: identifying one or more pairs of edges within the received data, the one or more pairs of edges defining one or more shadow images respectively, the one or more shadow images being caused by the aerofoil and the engine case being illuminated and the aerofoil casting a shadow on the engine case; and selecting a pair of edges from the one or more pairs of identified edges that satisfies at least one predetermined criterion. receiving data generated by stereophotogrammetry apparatus and including a first image and a second image; generating a three dimensional model of the surface of the engine casing using the received data; identifying the edge of the aerofoil in the received data; determining a three dimensional position of a first location along the edge of the aerofoil in the received data using the identified edge; and determining a distance between the determined three dimensional position of the first location and the three dimensional model of the surface of the engine casing using an algorithm, wherein identifying the edge of the aerofoil includes: identifying one or more pairs of edges within the received data, the one or more pairs of edges defining one or more shadow images respectively, the one or more shadow images being caused by the aerofoil and the engine case being illuminated and the aerofoil casting a shadow on the engine case; and selecting a pair of edges from the one or more pairs of identified edges that satisfies at least one predetermined criterion. identifying one or more pairs of edges within the received data, the one or more pairs of edges defining one or more shadow images respectively, the one or more shadow images being caused by the aerofoil and the engine case being illuminated and the aerofoil casting a shadow on the engine case; and selecting a pair of edges from the one or more pairs of identified edges that satisfies at least one predetermined criterion.
A pressure-sensitive adhesive composition, comprising: a polymer comprising a polymerization unit of 1 to 10 parts by weight of a hydroxyalkyl (meth)acrylate in which an alkyl group has 1 to 3 carbon atoms, and a polymerization unit of 1 to 10 parts by weight of a monomer represented by Formula 1 and a polymerization unit of 80 to 98 parts by weight of an alkyl (meth)acrylate having an alkyl group having 1 to 14 carbon atoms; an aliphatic isocyanate crosslinking agent: where the "Q" is hydrogen or an alkyl group, the "T" is an alkylene group, the "m" is a number ranging from 1 to 16, and a multiplication (m×c) of the "m" and the number (c) of carbon atoms in the alkylene group of the "T" is 4 or more; wherein at least two of the [-O-T-] units are present in the formula 1, and wherein the number of carbon atoms of T in each unit is the same as or different. a polymer comprising a polymerization unit of 1 to 10 parts by weight of a hydroxyalkyl (meth)acrylate in which an alkyl group has 1 to 3 carbon atoms, and a polymerization unit of 1 to 10 parts by weight of a monomer represented by Formula 1 and a polymerization unit of 80 to 98 parts by weight of an alkyl (meth)acrylate having an alkyl group having 1 to 14 carbon atoms; an aliphatic isocyanate crosslinking agent: where the "Q" is hydrogen or an alkyl group, the "T" is an alkylene group, the "m" is a number ranging from 1 to 16, and a multiplication (m×c) of the "m" and the number (c) of carbon atoms in the alkylene group of the "T" is 4 or more; wherein at least two of the [-O-T-] units are present in the formula 1, and wherein the number of carbon atoms of T in each unit is the same as or different.
Method for controlling a hydraulic transmission of an agricultural vehicle or of an earth-moving machine, in which the hydraulic transmission is of the series type, wherein a vehicle wheel (W) is connected to a hydraulic motor (HM) wherein a hydraulic pump (HP) with variable displacement is arranged to power said hydraulic motor, wherein the displacement of the hydraulic pump is arranged to be controlled as a function of a rotation speed of a prime mover (E) connected to the hydraulic pump, the method being characterized in that said function is manipulated in such a way as to include a first linear trend (C1) and a second linear trend (C2), connected by means of an intermediate curve (RC), defined in an interval of rotation speed (SI) of the prime mover having - a lower end corresponding to the stop (STOP) of the vehicle from a dynamic condition and - an upper end corresponding to the start (START) of the vehicle from a static condition, and wherein said joining curve identifies an increase in the displacement of the hydraulic pump with a slope greater than the first and second linear trends. - a lower end corresponding to the stop (STOP) of the vehicle from a dynamic condition and - an upper end corresponding to the start (START) of the vehicle from a static condition,
Use of a chemical mechanical polishing (CMP) composition (Q) for chemical mechanical polishing of a substrate (S) comprising (i) cobalt and/or (ii) a cobalt alloy, wherein the CMP composition (Q) comprises (A) Inorganic particles (B) a poly(amino acid) and or a salt thereof (C) at least one amino acid, (D) at least one oxidizer (E) an aqueous medium and wherein the CMP composition (Q) has a pH of from 7 to 10. (A) Inorganic particles (B) a poly(amino acid) and or a salt thereof (C) at least one amino acid, (D) at least one oxidizer (E) an aqueous medium and
Device for treating the hair, comprising: - two arms that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, one of the arms comprising a base having a housing and an external flap that pivots on the base between an open position for access to the housing and a closed position preventing access to the housing , - a refill comprising a reservoir containing a product to be applied, said refill being disposed in a removable manner in the housing , the housing having an opening giving onto the other arm, this opening being configured for the application of the haircare product. - two arms that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, one of the arms comprising a base having a housing and an external flap that pivots on the base between an open position for access to the housing and a closed position preventing access to the housing , - a refill comprising a reservoir containing a product to be applied, said refill being disposed in a removable manner in the housing ,
Electronic device such as a camera for a vehicle, including: - a supporting frame , - a main electronic substrate , provided with at least one electric or electronic component or circuit and coupled to the supporting frame ; - wherein the supporting frame has at least one main projecting tab , capable to occupy a non-twisted position or a twisted position, wherein the main projecting tab , when in the twisted position, is providing an attachment of the main electronic substrate to the supporting frame , the electronic device including a main cover part , and wherein said at least one of the main projecting tab : - when in the non-twisted position, is interfering with the main cover part , so as to prevent an assembly operation of the main cover part to the electronic device ; - when in the twisted position, is not interfering with the main cover part , so as to allow an assembly operation of the main cover part to the electronic device. - a supporting frame , - a main electronic substrate , provided with at least one electric or electronic component or circuit and coupled to the supporting frame ; - wherein the supporting frame has at least one main projecting tab , capable to occupy a non-twisted position or a twisted position, wherein the main projecting tab , when in the twisted position, is providing an attachment of the main electronic substrate to the supporting frame , the electronic device including a main cover part , and wherein said at least one of the main projecting tab : - when in the non-twisted position, is interfering with the main cover part , so as to prevent an assembly operation of the main cover part to the electronic device ; - when in the twisted position, is not interfering with the main cover part , so as to allow an assembly operation of the main cover part to the electronic device. - when in the non-twisted position, is interfering with the main cover part , so as to prevent an assembly operation of the main cover part to the electronic device ; - when in the twisted position, is not interfering with the main cover part , so as to allow an assembly operation of the main cover part to the electronic device.
Cryogenic tank for storing liquefied fluid, comprising an inner shell delimiting a storage volume for liquefied fluid and an outer shell arranged in a spaced manner around the inner shell , the space between said inner and outer shells comprising a thermal insulation , the inner and outer shells extending in a longitudinal direction (A) between two longitudinal ends, the tank comprising a structure for holding the inner shell in the outer shell , the holding structure being composed of a first mechanical connection between a first longitudinal end of the inner shell and a first longitudinal end of the outer shell , and of a second mechanical connection between the second longitudinal end of the inner shell and the second longitudinal end of the outer shell , the first mechanical connection comprising a first support wall of general truncated cone shape whose larger-diameter end is rigidly connected to the outer shell and whose smaller-diameter end is connected to the inner shell , characterized in that the second mechanical connection comprises a second support wall of general truncated cone shape whose larger-diameter end is rigidly connected to the outer shell and whose smaller-diameter end is connected to the inner shell .
A composition consisting of pentameric type A procyanidin, trimeric procyanidin and tetrameric procyanidin, optionally along with pharmaceutical excipient, for use in preventing and treating chemotherapy induced alopecia or cachexia or both.
A method of managing intercell interference in a wireless network comprising a serving cell , one or more neighbor cells and a user equipment served by the serving cell , the user equipment operating in CELL_FACH state during the detecting and transmitting in said method, said method further comprising: receiving a neighbor cell identification set indicating the one or more neighbor cells ; receiving a relative grant channel resource index corresponding to a shared relative grant channel of the one or more neighbor cells ; detecting intercell interference associated with the user equipment in the one or more neighbor cells ; transmitting a non-serving relative grant message to the user equipment on the relative grant channel in response to detecting the intercell interference associated with the user equipment . receiving a neighbor cell identification set indicating the one or more neighbor cells ; receiving a relative grant channel resource index corresponding to a shared relative grant channel of the one or more neighbor cells ; detecting intercell interference associated with the user equipment in the one or more neighbor cells ; transmitting a non-serving relative grant message to the user equipment on the relative grant channel in response to detecting the intercell interference associated with the user equipment .
A liquid level detection sensor comprising: a light emitter (170-1A) that emits a light beam; a first surface (180-1A) that reflects the light beam emitted from the light emitter (170-1A); a second surface (180-1B) that reflects the light beam which is reflected by the first surface (180-1A), and which is transmitted through a flow path allowing a liquid to pass therethrough; and a light detector (170-1B) that receives the light beam that is reflected by the second surface (180-1B), wherein an optical lens which condenses the light beam reflected by the second surface (180-1B) onto the light detector (170-1B) is disposed between the second surface (180-1B) and the light detector (170-1B), and between a light path member (130-1) and a board , wherein a space is provided between the light path member (130-1) and the board such that light exiting the optical lens passes through the space. a light emitter (170-1A) that emits a light beam; a first surface (180-1A) that reflects the light beam emitted from the light emitter (170-1A); a second surface (180-1B) that reflects the light beam which is reflected by the first surface (180-1A), and which is transmitted through a flow path allowing a liquid to pass therethrough; and a light detector (170-1B) that receives the light beam that is reflected by the second surface (180-1B), wherein an optical lens which condenses the light beam reflected by the second surface (180-1B) onto the light detector (170-1B) is disposed between the second surface (180-1B) and the light detector (170-1B), and between a light path member (130-1) and a board , wherein a space is provided between the light path member (130-1) and the board such that light exiting the optical lens passes through the space.