mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal pendulum at least having at least one flange and a plurality of pendulum masses , wherein the pendulum masses are arranged on the flange for movement at least in a radial direction relative to an axis of rotation and relative to the flange ; wherein the pendulum masses are preloaded with respect to the flange in an axial direction by at least one first preloading element ; wherein the pendulum masses have an extension in the radial direction between an innermost point and an outermost point of the pendulum masses ; wherein the first preloading element contacts the pendulum masses in a first region , characterised in that the first region is arranged spaced apart from the outermost point in the radial direction at a distance , which is at most 5% of the extension , and wherein the first preloading element contacts the pendulum mass further outwards in the radial direction than the flange .
Use of phenol as a biomarker for detecting and/or quantifying mood disorder, improvements of the mood disorder status and/or the resulting emotional reaction of a subject.
A resin modifier comprising a compound represented by the following Formula : wherein, m represents an integer of 1 to 5; n represents an integer of 0 to 50; and R A , R B and R C each represent a hydrocarbon group having 2 to 20 carbon atoms, or a hydrocarbon group having 2 to 20 carbon atoms which has at least one atom selected from the group consisting of an oxygen atom, a sulfur atom and a nitrogen atom; wherein, when m is 1, the hydroxyl group exists at the 4-position on each aromatic ring; and wherein the resin modifier is a mixture of compounds having a molecular weight distribution, wherein the mixture comprises a compound wherein n is 0 in an amount of 0 to 80% by mass. m represents an integer of 1 to 5; n represents an integer of 0 to 50; and R A , R B and R C each represent a hydrocarbon group having 2 to 20 carbon atoms, or a hydrocarbon group having 2 to 20 carbon atoms which has at least one atom selected from the group consisting of an oxygen atom, a sulfur atom and a nitrogen atom; wherein, when m is 1, the hydroxyl group exists at the 4-position on each aromatic ring; and wherein the resin modifier is a mixture of compounds having a molecular weight distribution, wherein the mixture comprises a compound wherein n is 0 in an amount of 0 to 80% by mass.
A method of establishing a Packet Data Unit, PDU, session between a registering User Equipment, UE, (51; 600) and a data network identified by a Data Network Name, DNN, in a telecommunication network, said telecommunication network comprising an Access and Mobility Function, AMF, (56; 66; 500) and a Policy Control Function, PCF, (60; 700), said method comprising the steps of: - receiving (3; 310), by said AMF (56; 66; 500), a registration request initiated by a UE (51; 600) for registering said UE (51; 600) in said telecommunication network; - requesting (16; 320), by said AMF (56; 66; 500), from said PCF (60; 700), PDU session establishment information for said UE, wherein said step of requesting (16; 320) is triggered upon receiving (3; 310) said registration request; - receiving , by said AMF (56; 66; 500), from said PCF (60; 700), PDU session establishment information comprising one or more DNNs to which PDU sessions are to be established by said UE (51; 600), wherein said received session establishment information further comprises for each of said one or more DNNs an indicator for indicating if a PDU session to a DNN is to be initiated by said UE immediately after registration, and - transmitting (21a; 340), by said AMF (56; 66; 500), to said UE (51; 600) an instruction comprising one or more DNNs together with said indicator for each of said one or more DNNs for establishing at least one PDU session between said UE (51; 600) and at least one DNN of said one or more DNNs upon receipt of said instruction, based on said indicator. - receiving (3; 310), by said AMF (56; 66; 500), a registration request initiated by a UE (51; 600) for registering said UE (51; 600) in said telecommunication network; - requesting (16; 320), by said AMF (56; 66; 500), from said PCF (60; 700), PDU session establishment information for said UE, wherein said step of requesting (16; 320) is triggered upon receiving (3; 310) said registration request; - receiving , by said AMF (56; 66; 500), from said PCF (60; 700), PDU session establishment information comprising one or more DNNs to which PDU sessions are to be established by said UE (51; 600), wherein said received session establishment information further comprises for each of said one or more DNNs an indicator for indicating if a PDU session to a DNN is to be initiated by said UE immediately after registration, and - transmitting (21a; 340), by said AMF (56; 66; 500), to said UE (51; 600) an instruction comprising one or more DNNs together with said indicator for each of said one or more DNNs for establishing at least one PDU session between said UE (51; 600) and at least one DNN of said one or more DNNs upon receipt of said instruction, based on said indicator.
A method, wherein the method is performed by a media relay multipoint control unit that is communicatively coupled between a plurality of media relay endpoints and comprises the steps of: receiving a plurality of input streams from the plurality of media relay endpoints , wherein each input stream comprises input data chunks; parsing the input data chunks; calculating a parameter corresponding to each input stream for converting a timestamp field of the input data chunks into a single time domain; and converting the timestamp field of each input data chunk into a manipulated timestamp, reflecting the single time domain; characterized by calculating the parameter comprises estimating a difference between a clock of a transmitting media relay endpoint of the input stream and a clock of the media relay multipoint control unit , and determining the parameter as a function of the estimated difference, a timestamp clock rate associated with the input stream, a clock field and a timestamp field in a sender report corresponding to the input stream, a clock value of the media relay multipoint control unit , and a timestamp value of the media relay multipoint control unit ; and wherein the clock value of the media relay multipoint control unit and the timestamp value of the media relay multipoint control unit are obtained at a same time. receiving a plurality of input streams from the plurality of media relay endpoints , wherein each input stream comprises input data chunks; parsing the input data chunks; calculating a parameter corresponding to each input stream for converting a timestamp field of the input data chunks into a single time domain; and converting the timestamp field of each input data chunk into a manipulated timestamp, reflecting the single time domain; characterized by calculating the parameter comprises estimating a difference between a clock of a transmitting media relay endpoint of the input stream and a clock of the media relay multipoint control unit , and determining the parameter as a function of the estimated difference, a timestamp clock rate associated with the input stream, a clock field and a timestamp field in a sender report corresponding to the input stream, a clock value of the media relay multipoint control unit , and a timestamp value of the media relay multipoint control unit ; and wherein the clock value of the media relay multipoint control unit and the timestamp value of the media relay multipoint control unit are obtained at a same time.
A track joint assembly , comprising: a first link having a first bore ; a second link having a second bore ; a pin positioned at least partially within the first bore ; an inner bushing positioned coaxially around the pin , and at least partially within the second bore ; an outer bushing positioned coaxially around the inner bushing ; and a seal assembly positioned between the first link and the second link to form a hermetic seal between the first link and the second link ; characterised by a thrust ring positioned coaxially around the inner bushing , disposed in the second bore , and supporting a seal assembly positioned between the second link and the outer bushing to form a hermetic seal between the second link and the outer bushing . a first link having a first bore ; a second link having a second bore ; a pin positioned at least partially within the first bore ; an inner bushing positioned coaxially around the pin , and at least partially within the second bore ; an outer bushing positioned coaxially around the inner bushing ; and a seal assembly positioned between the first link and the second link to form a hermetic seal between the first link and the second link ; characterised by a thrust ring positioned coaxially around the inner bushing , disposed in the second bore , and supporting a seal assembly positioned between the second link and the outer bushing to form a hermetic seal between the second link and the outer bushing .
A flame retardant composition comprising: a triazine-intercalated metal phosphate with at least one monomer unit of the following general formula (I): (A-H) a(+) [M b m+ (H 2 PO 4 ) x1 (-) (HPO 4 ) x2 2(-) (PO 4 ) x3 3(-) (PO3) y (-) ] (a-) ∗pH 2 O (I) wherein (A-H) (+) is a triazine derivative of the following formula (11-1), (II-2) or (II-3): each M is independently Mg, Zn or Al; a is 1 to 6, b is 1 to 14, m = 1 to 4, x 1 , x 2 , x 3 , y = 0 to 12, wherein at least one of the variables x 1 , x 2 , x 3 > 0 and p = 0 to 5, wherein: a + mb = x 1 + 2x 2 + 3x 3 + y; and wherein: a) the monomer comprises: (i) a mixed type composed of orthophosphate and pyrophosphate ligands; (ii) a mixed type composed of metaphosphate and pyrophosphate ligands; or (iii) triphosphate ligands; or b) where x 1 > 0. a is 1 to 6, b is 1 to 14, m = 1 to 4, x 1 , x 2 , x 3 , y = 0 to 12, wherein at least one of the variables x 1 , x 2 , x 3 > 0 and p = 0 to 5, a) the monomer comprises: (i) a mixed type composed of orthophosphate and pyrophosphate ligands; (ii) a mixed type composed of metaphosphate and pyrophosphate ligands; or (iii) triphosphate ligands; or b) where x 1 > 0.
Conveyor device for a tank cart , comprising - an extension arm for conveying liquids, which has a first pipe part which is able to be fastened to the tank cart pivotably relative to the tank cart about a first rotational axis running in longitudinal direction (x) of the tank cart , and a second pipe part which is fastened, pivotably about a second rotational axis running in longitudinal direction (x) of the tank cart , on the first pipe part ; - a four-bar linkage having a frame , a swing arm , a coupler and a crank arm to pivot the pipe parts about the rotational axes ; - wherein the swing arm is formed by at least one hydraulic cylinder, the coupler , running parallel to the second pipe part , is fastened to said second pipe part and the crank arm is pivotable relative to the frame by means of at least one further hydraulic cylinder . - an extension arm for conveying liquids, which has a first pipe part which is able to be fastened to the tank cart pivotably relative to the tank cart about a first rotational axis running in longitudinal direction (x) of the tank cart , and a second pipe part which is fastened, pivotably about a second rotational axis running in longitudinal direction (x) of the tank cart , on the first pipe part ; - a four-bar linkage having a frame , a swing arm , a coupler and a crank arm to pivot the pipe parts about the rotational axes ; - wherein the swing arm is formed by at least one hydraulic cylinder, the coupler , running parallel to the second pipe part , is fastened to said second pipe part and the crank arm is pivotable relative to the frame by means of at least one further hydraulic cylinder .
An apparatus for mixing fluid food products, the apparatus comprising a housing provided with an inlet and an outlet , a first stator and a second stator that are fixedly arranged in the housing , and a rotor rotatably arranged in the housing and positioned between the first stator and the second stator , such that a first fluid path is formed between the first stator and a first side of the rotor , and a second fluid path is formed between the second stator and a second side of the rotor , openings (120a-120e) are provided in the rotor , such that the openings (120a-120e) form a fluid channel between the first side and the second side of the rotor , wherein the rotor comprises - a hub connected to a rotational axle of the apparatus , - a section surrounding the hub and comprising protrusions that face the first and the second stators , and - connecting portions (132a-132e) that are formed between the openings (120a-120e) in the rotor to connect said section to the hub , characterized in that the connecting portions (132a-132e) have a radial extension (R2-R3) that is at least 25% of a radius (R1) of the rotor , and the connecting portions (132a-132e) and the openings (120a-120e) are located within a ring shaped area (A) of the rotor , the openings having a total area (A1-A5) that constitutes at least 25% of the ring shaped area (A). - a hub connected to a rotational axle of the apparatus , - a section surrounding the hub and comprising protrusions that face the first and the second stators , and - connecting portions (132a-132e) that are formed between the openings (120a-120e) in the rotor to connect said section to the hub , characterized in that
An endoprosthesis comprising: an expandable tubular framework having a first end , a second end , and a lumen extending therethrough along a longitudinal axis, the expandable tubular framework including a plurality of interconnected struts ; the interconnected struts including a radially outward face ; wherein the radially outward face includes a plurality of anti-migration grooves defining anti-migration teeth formed therebetween; wherein the anti-migration teeth are configured to engage tissue to resist migration of the endoprosthesis within a body lumen; wherein each of the anti-migration teeth include a first flank and a second flank converging toward the first flank; wherein a first portion of the anti-migration teeth include at least one of the first and second flanks angled toward the first end of the tubular framework, and a second portion of the anti-migration teeth include at least one of the first and second flanks angled toward the second end of the tubular framework. an expandable tubular framework having a first end , a second end , and a lumen extending therethrough along a longitudinal axis, the expandable tubular framework including a plurality of interconnected struts ; the interconnected struts including a radially outward face ; wherein the radially outward face includes a plurality of anti-migration grooves defining anti-migration teeth formed therebetween; wherein the anti-migration teeth are configured to engage tissue to resist migration of the endoprosthesis within a body lumen; wherein each of the anti-migration teeth include a first flank and a second flank converging toward the first flank; wherein a first portion of the anti-migration teeth include at least one of the first and second flanks angled toward the first end of the tubular framework, and a second portion of the anti-migration teeth include at least one of the first and second flanks angled toward the second end of the tubular framework.
A tissue ablation needle system, comprising: a rigid elongate guide cannula including an open proximal end, an open distal end , and a guide cannula lumen connecting therebetween; an elongate needle cannula that circumferentially defines a needle lumen; an elongate inner probe disposed through the needle lumen and configured to provide a distal needle tip of the needle cannula , where a probe distal end region includes a first electrode ; an electroinsulative layer disposed between the needle cannula and the first electrode ; where a portion of the needle cannula is configured to include a second electrode , the needle cannula having a distal body that forms a needle cannula end having a terminus, the second electrode is formed by the distal body of the needle cannula ; where at least one of the inner probe and the needle cannula is slidable relative to the other such that the inner probe extends through and beyond the distal needle cannula end; where the needle cannula is longer than the guide cannula such that the needle cannula distal region can be extended through and beyond a distal guide cannula end , released thereby from guide cannula lumen restraint; and where the distal needle tip has an outer diameter at least as large as an outer diameter of the needle cannula . a rigid elongate guide cannula including an open proximal end, an open distal end , and a guide cannula lumen connecting therebetween; an elongate needle cannula that circumferentially defines a needle lumen; an elongate inner probe disposed through the needle lumen and configured to provide a distal needle tip of the needle cannula , where a probe distal end region includes a first electrode ; an electroinsulative layer disposed between the needle cannula and the first electrode ; where a portion of the needle cannula is configured to include a second electrode , the needle cannula having a distal body that forms a needle cannula end having a terminus, the second electrode is formed by the distal body of the needle cannula ; where at least one of the inner probe and the needle cannula is slidable relative to the other such that the inner probe extends through and beyond the distal needle cannula end; where the needle cannula is longer than the guide cannula such that the needle cannula distal region can be extended through and beyond a distal guide cannula end , released thereby from guide cannula lumen restraint; and where the distal needle tip has an outer diameter at least as large as an outer diameter of the needle cannula .
An autonomously operable vacuum cleaner, comprising a cleaning head module; a canister module having rechargeable batteries that is separate from the cleaning head module and comprises a control that carries out a navigation function to provide an autonomous control of the vacuum cleaner; and a hose that fluidically and electrically connects the cleaning head module to the canister module, wherein both the cleaning head module and the canister module each have a drive mechanism that provides independent mobility to the respective modules; and wherein the canister module or the cleaning head module comprises a motor fan unit by means of which a vacuum is made possible to suck air into the canister module via the cleaning head module, the connection of the cleaning head module to the hose and/or the connection of the hose to the canister module is/are configured as releasable, wherein i) the cleaning head module is released from the hose connected to the canister module having a motor fan unit and is replaced with a driveless cleaning head to be operated by a user or with a cleaning tool, in particular a crevice tool, an upholstery tool or a furniture brush; or the hose is released from the canister module having a motor fan unit together with the cleaning head module and is replaced with a further hose to which a driveless cleaning head to be operated by a user or a cleaning tool, in particular a crevice tool, an upholstery tool or a furniture brush, is attached, or ii) a suction pipe to be operated by the user is inserted between the hose and the cleaning head module and the cleaning head module is operated by the user by means of the suction pipe, wherein in the event of the replacement of the cleaning head module, the control of the vacuum cleaner carrying out the navigation function is deactivated by a user and the drive function can be set to idle; or brought into an operating mode in which the control carrying out the navigation function allows the canister module to follow the user. i) the cleaning head module is released from the hose connected to the canister module having a motor fan unit and is replaced with a driveless cleaning head to be operated by a user or with a cleaning tool, in particular a crevice tool, an upholstery tool or a furniture brush; or the hose is released from the canister module having a motor fan unit together with the cleaning head module and is replaced with a further hose to which a driveless cleaning head to be operated by a user or a cleaning tool, in particular a crevice tool, an upholstery tool or a furniture brush, is attached, or ii) a suction pipe to be operated by the user is inserted between the hose and the cleaning head module and the cleaning head module is operated by the user by means of the suction pipe,
An image transfer method comprising: inkjet printing a latex ink image onto an image transfer film of an image transfer sheet, the image transfer sheet comprising: a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; contacting the latex ink image and the image transfer film with a substrate; applying heat and pressure to the image transfer sheet and the substrate to transfer the latex ink image from the image transfer film to the substrate as a dry latex ink image; and removing the image transfer sheet from the substrate. inkjet printing a latex ink image onto an image transfer film of an image transfer sheet, the image transfer sheet comprising: a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; a base layer; and the image transfer film formed on the base layer by an extrusion of propylene-ethylene copolymer material comprising plastomers and elastomers; contacting the latex ink image and the image transfer film with a substrate; applying heat and pressure to the image transfer sheet and the substrate to transfer the latex ink image from the image transfer film to the substrate as a dry latex ink image; and removing the image transfer sheet from the substrate.
Hydrocarbon conversion catalyst, comprising: a first composition comprising a dehydrogenation active metal on a solid support; and a second composition comprising a transition metal and a doping agent on an inorganic support, wherein the doping agent is selected from zinc, gallium, indium, lanthanum, and mixtures thereof, wherein the inorganic support is silicon dioxide or a mixture of silicon dioxide and zeolite, and wherein the dehydrogenation active metal is selected from platinum, palladium, iridium, chromium, and mixtures thereof. a first composition comprising a dehydrogenation active metal on a solid support; and a second composition comprising a transition metal and a doping agent on an inorganic support, wherein the doping agent is selected from zinc, gallium, indium, lanthanum, and mixtures thereof, wherein the inorganic support is silicon dioxide or a mixture of silicon dioxide and zeolite, and wherein the dehydrogenation active metal is selected from platinum, palladium, iridium, chromium, and mixtures thereof.