mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inspecting a component , the method comprising: determining a theoretical moment weight of the component ; comparing the theoretical moment weight of the component to a measured moment weight of the component to determine a difference between the theoretical moment weight of the component and the measured moment weight of the component ; and providing a fault notification where the difference between the theoretical moment weight of the component and the measured moment weight of the component is greater than a predetermined value, wherein the theoretical moment weight of the component is determined based on a measured weight of the component and a theoretical center of gravity distance of the component , and wherein the component is configured as a rotor blade. determining a theoretical moment weight of the component ; comparing the theoretical moment weight of the component to a measured moment weight of the component to determine a difference between the theoretical moment weight of the component and the measured moment weight of the component ; and providing a fault notification where the difference between the theoretical moment weight of the component and the measured moment weight of the component is greater than a predetermined value, wherein the theoretical moment weight of the component is determined based on a measured weight of the component and a theoretical center of gravity distance of the component , and wherein the component is configured as a rotor blade.
A method for managing a cell update message, comprising: determining whether a size of a message to be transmitted from a user equipment, UE, to a network is greater than a size threshold; determining , in response to a determination that the size of the message is greater than the size threshold, whether a security mode procedure is in progress at the UE; and omitting from the message one or more information elements, IEs, wherein which one or more IEs are omitted is based on the determination of whether the security mode procedure is in progress, wherein, when a determination is made that the security mode procedure is in progress, omitting from the message an IE other than a security IE that indicates a security status of the UE, and, when a determination is made that the security mode procedure is not in progress, omitting first the security IE from the message, and wherein the size of the message with the one or more IEs omitted is smaller than or equal to the size threshold. determining whether a size of a message to be transmitted from a user equipment, UE, to a network is greater than a size threshold; determining , in response to a determination that the size of the message is greater than the size threshold, whether a security mode procedure is in progress at the UE; and omitting from the message one or more information elements, IEs, wherein which one or more IEs are omitted is based on the determination of whether the security mode procedure is in progress, wherein, when a determination is made that the security mode procedure is in progress, omitting from the message an IE other than a security IE that indicates a security status of the UE, and, when a determination is made that the security mode procedure is not in progress, omitting first the security IE from the message, and wherein the size of the message with the one or more IEs omitted is smaller than or equal to the size threshold.
A machine for making sub-units of smoking articles, comprising: - a conveyor configured to convey a succession of tubular segments of the tobacco industry transversely along a conveying direction; - a feed unit for feeding a continuous web (N) and configured to advance the continuous web (N) along a feed direction parallel to the conveying direction of the tubular segments so that the continuous web (N) faces respective application ends of the tubular segments ; characterized in that the machine comprises: - at least one applicator movable along an application direction parallel to an axis of predominant extension of tubular segments of the succession of tubular segments and configured to engage the continuous web (N) so as to separate at least one closing element from the continuous web (N), and to apply the closing element internally or externally to an application end of a respective tubular segment in such a way as to form a closing wall to at least partly close the application end. - a conveyor configured to convey a succession of tubular segments of the tobacco industry transversely along a conveying direction; - a feed unit for feeding a continuous web (N) and configured to advance the continuous web (N) along a feed direction parallel to the conveying direction of the tubular segments so that the continuous web (N) faces respective application ends of the tubular segments ; characterized in that the machine comprises: - at least one applicator movable along an application direction parallel to an axis of predominant extension of tubular segments of the succession of tubular segments and configured to engage the continuous web (N) so as to separate at least one closing element from the continuous web (N), and to apply the closing element internally or externally to an application end of a respective tubular segment in such a way as to form a closing wall to at least partly close the application end.
An electrolyte for an electrochemical energy storing device comprising an electrolyte salt and a solvent, characterized in that the electrolyte comprises at least one compound of the general formula as indicated below: where: X is C; R 1 is selected from the group comprising CN, C 1 -C 10 -alkyl, C 3 -C 7 -cycloalkyl and/or C 6 -C 10 -aryl, where the alkyl, cycloalkyl and aryl groups are each unsubstituted or monosubstituted or polysubstituted by at least one substituent selected from the group comprising F, C 1-4 -alkyl and/or CN; and wherein the electrolyte contains the compound of the general formula in an amount in the range from ≥ 0.1% by weight to ≤ 10% by weight, based on the total weight of the electrolyte. X is C; R 1 is selected from the group comprising CN, C 1 -C 10 -alkyl, C 3 -C 7 -cycloalkyl and/or C 6 -C 10 -aryl, where the alkyl, cycloalkyl and aryl groups are each unsubstituted or monosubstituted or polysubstituted by at least one substituent selected from the group comprising F, C 1-4 -alkyl and/or CN; and
Anti-overflow device comprising: a first electrode and a second electrode , spaced apart from each other; an insulator with a cavity arranged on an outer surface of the insulator , the first electrode being installed inside the insulator , and comprising a projecting portion protruding from a bottom wall of the cavity , characterised in that : the distance between a side wall of the cavity and an outer surface of the projecting portion of the first electrode gradually increases from the bottom wall of the cavity in a direction extending towards an opening of the cavity . a first electrode and a second electrode , spaced apart from each other; an insulator with a cavity arranged on an outer surface of the insulator , the first electrode being installed inside the insulator , and comprising a projecting portion protruding from a bottom wall of the cavity , characterised in that : the distance between a side wall of the cavity and an outer surface of the projecting portion of the first electrode gradually increases from the bottom wall of the cavity in a direction extending towards an opening of the cavity .
Central actuator for a hydraulic or pneumatic clutch actuation, having a cylinder housing which has an inner cylinder wall and an outer cylinder wall made of a plastic which delimits a ring-shaped pressure chamber in a radial direction, in which a ring piston that can be operatively connected to the clutch is displaceably received, wherein the outer cylinder wall is provided with at least one reinforcement ring on its peripheral side facing away from the pressure chamber , characterized in that the reinforcement ring is attached to the outside of the outer cylinder wall and is divided in its axial extent into two abutting partial regions , wherein the first partial region is coated on the outside by plastic from the cylinder housing so that a secure hold of the reinforcement ring on the outer cylinder wall is provided in the axial direction, and wherein the second partial region is free from plastic from the cylinder housing on the outside.
Piston for a dispensing tap for removing a drink from a container, preferably beer from a beer cask, in a particularly preferred manner beer from a 5L party beer cask, comprising an inner flow channel , an inlet opening and an outlet opening , wherein the inner flow channel is formed in the piston and to direct the drink from the inlet opening to the outlet opening , and wherein the piston has at an outer side a plurality of webs , characterised in that at least one of the plurality of webs is in the form of a stepped web , wherein the at least one stepped web has a plurality of first regions and at least a second region which is arranged between adjacent first regions , wherein the plurality of first regions are constructed, when the piston is arranged in a piston chamber , to touch a wall of the piston chamber , and wherein the at least one second region is in the form of a recess relative to the plurality of first regions in each case.
An electrophotographic member comprising an electro-conductive substrate , an electro-conductive layer on the substrate and insulating parts , wherein the electrophotographic member has a surface having an electrical insulating first region and an electro-conductive second region, the first region and the second region are adjacent to each other, characterized in that , assuming that a square region 1000 μm on a side, is put on an outer surface of the electrophotographic member so that one side of the square region is parallel to a longer direction of the electrophotographic member being orthogonal to a circumferential direction thereof, a total area of the second region in the square region is 30% or more to 80% or less of an area of the square region; and assuming that 200 straight lines (A) are drawn in the square region at an interval of 5 μm in the circumferential direction of the electrophotographic member, two or more of the 200 straight lines (A) pass the second region at least once, and when in each of the straight lines (A) passing the second region at least once, a portion overlapping with the second region is defined as a line segment (LS), the number of the line segment (LS) having a length of 200 μm or more is 5% or less of the total number of the line segment (LS). wherein the electrophotographic member has a surface having an electrical insulating first region and an electro-conductive second region, the first region and the second region are adjacent to each other, characterized in that , assuming that a square region 1000 μm on a side, is put on an outer surface of the electrophotographic member so that one side of the square region is parallel to a longer direction of the electrophotographic member being orthogonal to a circumferential direction thereof, a total area of the second region in the square region is 30% or more to 80% or less of an area of the square region; and assuming that 200 straight lines (A) are drawn in the square region at an interval of 5 μm in the circumferential direction of the electrophotographic member, two or more of the 200 straight lines (A) pass the second region at least once, and when in each of the straight lines (A) passing the second region at least once, a portion overlapping with the second region is defined as a line segment (LS), the number of the line segment (LS) having a length of 200 μm or more is 5% or less of the total number of the line segment (LS).
A hydraulic valve including: a spool , wherein said spool includes a spool first slot at a spool first slot position and a spool second slot at a spool second slot position ; and a cage surrounding said spool, wherein said cage includes a cage first slot at a cage first slot position and a cage second slot at a cage second slot position , wherein, when said valve is in an on position, said spool first slot and said cage first slot are aligned to allow fluid to pass through both said spool first slot and said cage first slot, wherein, when said valve is in an off position, said spool second slot and said cage second slot are aligned to allow fluid to pass through both said spool second slot and said cage second slot. a spool , wherein said spool includes a spool first slot at a spool first slot position and a spool second slot at a spool second slot position ; and a cage surrounding said spool, wherein said cage includes a cage first slot at a cage first slot position and a cage second slot at a cage second slot position , wherein, when said valve is in an on position, said spool first slot and said cage first slot are aligned to allow fluid to pass through both said spool first slot and said cage first slot, wherein, when said valve is in an off position, said spool second slot and said cage second slot are aligned to allow fluid to pass through both said spool second slot and said cage second slot.
An ultrasound device for sealing and cutting material in sheets or strips for closing containers for infusion or extraction products, comprising: - a sonotrode for emitting mechanical vibrations and having a first profile ; - a contact body having a second profile acting in conjunction with the first profile of the sonotrode for defining a sealing and cutting region , any one between the first profile of the sonotrode and the second profile of the contact body comprising a first face and a second face joined together to define a shared cutting edge ; the first face having a first angle (α) of inclination relative to a plane in which it lies coincident with a portion of material in sheets or in strips passing in the sealing and cutting region ; the second face having a second angle (β) of inclination relative to the plane in which it lies; the first angle (α) of the first face having a value different from the value of the second angle (β) of the second face , characterised in that at least the contact body has an impression on the edge of which, with the perimeter closed and protruding from the contact body , the second profile is made for delimiting the closed sealing and cutting region in conjunction with the first profile of the sonotrode and wherein the second profile is continuous, that is, without interruptions on its surfaces, along the entire extension of the edge of the impression and wherein the contact body has the at least one impression delimited by the second profile made on the protruding edge of the impression ; the edge having a curved extension, and wherein the contact body comprises a drum rotating about an axis (X) of rotation; the drum having a plurality of impressions , each consisting of the second profile with a curved extension. - a sonotrode for emitting mechanical vibrations and having a first profile ; - a contact body having a second profile acting in conjunction with the first profile of the sonotrode for defining a sealing and cutting region , any one between the first profile of the sonotrode and the second profile of the contact body comprising a first face and a second face joined together to define a shared cutting edge ; the first face having a first angle (α) of inclination relative to a plane in which it lies coincident with a portion of material in sheets or in strips passing in the sealing and cutting region ; the second face having a second angle (β) of inclination relative to the plane in which it lies; the first angle (α) of the first face having a value different from the value of the second angle (β) of the second face ,
A computer-readable media, CRM, comprising instructions to, upon execution of the instructions by one or more processors of a user equipment, LTE, cause the LTE to: Determine a set of power control parameters that includes a Long Term Evolution, LTE, maximum power, P LTE , and a New Radio NR, maximum power, P NR ; characterized by determine an uplink subframe type for an LTE subframe based on a potential of overlapping transmissions with an NR uplink signal of a dual connectivity, DC, network, wherein the potential of overlapping transmissions includes at least one symbol that is potentially overlapped with the NR uplink signal; determine an uplink slot type for an NR slot based on the potential of overlapping transmissions with an LTE uplink signal of the DC network, wherein the potential of overlapping transmission includes the at least one symbol that is potentially overlapped with the LTE uplink signal; determine an NR maximum transmission power and an LTE maximum transmission power based on the uplink subframe type, uplink slot type, and the set of power control parameters; and transmit , in the DC network, signals in the LTE subframe based on the LTE maximum transmission power, and the NR slot based on the NR maximum transmission power, wherein the DC network is an Evolved Universal Terrestrial Radio Access New Radio dual connectivity, EN-DC, network or a New Radio - Evolved Universal Terrestrial Radio Access dual connectivity, NE-DC, network. Determine a set of power control parameters that includes a Long Term Evolution, LTE, maximum power, P LTE , and a New Radio NR, maximum power, P NR ; characterized by determine an uplink subframe type for an LTE subframe based on a potential of overlapping transmissions with an NR uplink signal of a dual connectivity, DC, network, wherein the potential of overlapping transmissions includes at least one symbol that is potentially overlapped with the NR uplink signal; determine an uplink slot type for an NR slot based on the potential of overlapping transmissions with an LTE uplink signal of the DC network, wherein the potential of overlapping transmission includes the at least one symbol that is potentially overlapped with the LTE uplink signal; determine an NR maximum transmission power and an LTE maximum transmission power based on the uplink subframe type, uplink slot type, and the set of power control parameters; and transmit , in the DC network, signals in the LTE subframe based on the LTE maximum transmission power, and the NR slot based on the NR maximum transmission power, wherein the DC network is an Evolved Universal Terrestrial Radio Access New Radio dual connectivity, EN-DC, network or a New Radio - Evolved Universal Terrestrial Radio Access dual connectivity, NE-DC, network.
A tire cord comprising: a textile substrate, an adhesive layer disposed on the textile substrate, and a latex layer disposed on the adhesive layer, wherein the adhesive layer includes resorcinol-formaldehyde-latex (RFL), wherein the latex layer is formed by a latex dispersion wherein latex dispersion contains 10 to 30% by weight of a latex component and 70 to 90% by weight of a solvent based on the total weight of the latex dispersion, and wherein the latex component comprises at least one selected from among natural rubber latex, styrene butadiene rubber latex, butadiene rubber latex, chloroprene rubber latex, isobutylene rubber latex, isoprene rubber latex, nitrile rubber latex, butyl rubber latex and neoprene rubber latex. a textile substrate, an adhesive layer disposed on the textile substrate, and a latex layer disposed on the adhesive layer, wherein the adhesive layer includes resorcinol-formaldehyde-latex (RFL), wherein the latex layer is formed by a latex dispersion wherein latex dispersion contains 10 to 30% by weight of a latex component and 70 to 90% by weight of a solvent based on the total weight of the latex dispersion, and wherein the latex component comprises at least one selected from among natural rubber latex, styrene butadiene rubber latex, butadiene rubber latex, chloroprene rubber latex, isobutylene rubber latex, isoprene rubber latex, nitrile rubber latex, butyl rubber latex and neoprene rubber latex.
A game token comprising: an RFID embedded in the game token; on a side face of the game token , in appearance: a layer characterized by a first surface color different according to the type of the game token; and a layer characterized by a second surface color not depending on the type of the game token; wherein the type of the game token placed, in use, on a game table can be determined based on a surface color of a side face of the game token; whereby when a plurality of the game tokens are placed in any of a plurality of bet areas set on a game table , the number of game tokens of the plurality of game tokens can be determined by measuring the number of the layers characterized by the first surface color or the layers characterized by the second surface color of the game token ; wherein the RFID stores information of the type of the game token , and the type of the game token can be determined based on the first surface color and also based on the information stored in the RFID. an RFID embedded in the game token; on a side face of the game token , in appearance: a layer characterized by a first surface color different according to the type of the game token; and a layer characterized by a second surface color not depending on the type of the game token; wherein the type of the game token placed, in use, on a game table can be determined based on a surface color of a side face of the game token; whereby when a plurality of the game tokens are placed in any of a plurality of bet areas set on a game table , the number of game tokens of the plurality of game tokens can be determined by measuring the number of the layers characterized by the first surface color or the layers characterized by the second surface color of the game token ; a layer characterized by a first surface color different according to the type of the game token; and a layer characterized by a second surface color not depending on the type of the game token; wherein the type of the game token placed, in use, on a game table can be determined based on a surface color of a side face of the game token; whereby when a plurality of the game tokens are placed in any of a plurality of bet areas set on a game table , the number of game tokens of the plurality of game tokens can be determined by measuring the number of the layers characterized by the first surface color or the layers characterized by the second surface color of the game token ; wherein the RFID stores information of the type of the game token , and the type of the game token can be determined based on the first surface color and also based on the information stored in the RFID.