mhurhangee/patent-ind-claim-en huggingface dataset:
A clutch device for transmitting a torque about an axis of rotation between a first clutch side and a second clutch side , wherein the clutch device comprises: at least one first friction partner connected in a torque-locking manner to the first clutch side , and at least one second friction partner connected in a torque-locking manner to the second clutch side , wherein the first friction partner and the second friction partner are arranged in a stationary housing and are able to be brought into frictional engagement by means of a pressing force, in order to transmit the torque between the first clutch side and the second clutch side , wherein a fluid line , extending through the stationary housing and at least the rotating first clutch side or second clutch side , is provided for supplying a fluid into the clutch device , and a conveying device for conveying a fluid flow in the axial direction of the axis of rotation is provided in the fluid line within the clutch device , characterised in that the conveying device is arranged in a flow direction of the fluid in a region directly behind a stationary guide plate on the housing side and in front of axial fluid openings on the first clutch side and the conveying device has at least one rotor blade or stator blade. at least one first friction partner connected in a torque-locking manner to the first clutch side , and at least one second friction partner connected in a torque-locking manner to the second clutch side , wherein the first friction partner and the second friction partner are arranged in a stationary housing and are able to be brought into frictional engagement by means of a pressing force, in order to transmit the torque between the first clutch side and the second clutch side , wherein a fluid line , extending through the stationary housing and at least the rotating first clutch side or second clutch side , is provided for supplying a fluid into the clutch device , and a conveying device for conveying a fluid flow in the axial direction of the axis of rotation is provided in the fluid line within the clutch device , characterised in that the conveying device is arranged in a flow direction of the fluid in a region directly behind a stationary guide plate on the housing side and in front of axial fluid openings on the first clutch side and the conveying device has at least one rotor blade or stator blade.
Nonwoven comprising a cellulosic fibre comprising a hydrophobic agent, characterised in that the softness of the fibre measured by the sledge test according to EN 1202 PPS is at least 1,3 times higher than the softness of an untreated fibre of the same type, the hydrophobic agent is an Alkyl Ketene Dimer (AKD) according to formula where R1 and R2 are hydrocarbon groups with between 8 and 40 carbon atoms and which can be both, saturated or unsaturated, straight-chained or branched, and wherein the cellulosic fibre is cotton, a viscose fibre, a modal fibre or a lyocell fibre.
A semiconductor device comprising: a startup circuit comprising: a first transistor comprising a gate, a first terminal, and a second terminal; a control circuit electrically connected to the gate of the first transistor; and a capacitor comprising a first electrode electrically connected to the first terminal of the first transistor and a second electrode electrically connected to ground; and a reference voltage generating circuit electrically connected to the second terminal of the first transistor , wherein the first transistor comprises an oxide semiconductor layer in which a channel is formed; and characterized by a second transistor comprising a gate, a first terminal, and a second terminal; and a second capacitor comprising a third electrode electrically connected to the first terminal of the second transistor and a fourth electrode electrically connected to ground, wherein the gate of the second transistor is electrically connected to the control circuit , wherein the second terminal of the second transistor is electrically connected to the reference voltage generating circuit , and wherein the second transistor comprises an oxide semiconductor layer in which a channel is formed. a first transistor comprising a gate, a first terminal, and a second terminal; a control circuit electrically connected to the gate of the first transistor; and a capacitor comprising a first electrode electrically connected to the first terminal of the first transistor and a second electrode electrically connected to ground; and a reference voltage generating circuit electrically connected to the second terminal of the first transistor , wherein the first transistor comprises an oxide semiconductor layer in which a channel is formed; and characterized by a second transistor comprising a gate, a first terminal, and a second terminal; and a second capacitor comprising a third electrode electrically connected to the first terminal of the second transistor and a fourth electrode electrically connected to ground, wherein the gate of the second transistor is electrically connected to the control circuit , wherein the second terminal of the second transistor is electrically connected to the reference voltage generating circuit , and wherein the second transistor comprises an oxide semiconductor layer in which a channel is formed.
A granular ceramic mixture comprising: (a) from above 0wt% to 30wt% fluid bed combustion fly ash; (b) from 15wt% to 70wt% clay; (c) from 0wt% to 35wt% feldspar; and (d) optionally, other ingredients to 100wt%. (a) from above 0wt% to 30wt% fluid bed combustion fly ash; (b) from 15wt% to 70wt% clay; (c) from 0wt% to 35wt% feldspar; and (d) optionally, other ingredients to 100wt%.
An apparatus for implementing a proxy call session control function, P-CSCF, node , the apparatus configured to: receive a session initiation protocol, SIP, INVITE message from a roaming user equipment, UE , wherein the SIP INVITE message is associated with an attempt to place an emergency call via an unauthenticated internet protocol multimedia subsystem, IMS, session; determine a callback parameter for the UE based on a mobile station international subscriber directory number, MSISDN, that is received from a policy and charging rules function, PCRF, node via an Rx interface; insert the callback parameter into the SIP INVITE message ; and forward the SIP INVITE message to a public safety answering point, PSAP . receive a session initiation protocol, SIP, INVITE message from a roaming user equipment, UE , wherein the SIP INVITE message is associated with an attempt to place an emergency call via an unauthenticated internet protocol multimedia subsystem, IMS, session; determine a callback parameter for the UE based on a mobile station international subscriber directory number, MSISDN, that is received from a policy and charging rules function, PCRF, node via an Rx interface; insert the callback parameter into the SIP INVITE message ; and forward the SIP INVITE message to a public safety answering point, PSAP .
Method for monitoring an electrical system having at least one measuring station , in particular an electrical energy transmission system, in particular a high-voltage DC transmission system, having the following steps: - a mathematical model (Ppi) is produced (S2) for each state of the system, wherein each model (Ppi) assigns a dedicated model-specific value of at least one output variable to each value of at least one input variable, wherein the input variable is a voltage (U) and the output variable is an electric current (Y) at the respective measuring station , - for the respective measuring station, storing (S3), carried out by means of storage devices , the models (Ppi) of the system that describe a respective state of the system in a respective estimation device , wherein these estimation devices are integrated in a bank of estimation devices ; - using the respective bank of estimation devices by comparing (S4) values measured by the respective measuring station with values of the respective produced mathematical models (Ppi); - determining (S5) the model (Pp*) with the smallest difference between the measured values and the values of the respective model (Ppi), wherein the determined model (Pp*) indicates the current state of the system . - a mathematical model (Ppi) is produced (S2) for each state of the system, wherein each model (Ppi) assigns a dedicated model-specific value of at least one output variable to each value of at least one input variable, wherein the input variable is a voltage (U) and the output variable is an electric current (Y) at the respective measuring station , - for the respective measuring station, storing (S3), carried out by means of storage devices , the models (Ppi) of the system that describe a respective state of the system in a respective estimation device , wherein these estimation devices are integrated in a bank of estimation devices ; - using the respective bank of estimation devices by comparing (S4) values measured by the respective measuring station with values of the respective produced mathematical models (Ppi); - determining (S5) the model (Pp*) with the smallest difference between the measured values and the values of the respective model (Ppi), wherein the determined model (Pp*) indicates the current state of the system .
An accelerator composition for the cure of epoxy resins with aromatic amines comprising (a) a metal complex with carboxylate ligands; and (b) a boron trifluoride amine complex or a boron trifluoride phenol complex, wherein the stoichiometric ratio of (a) : (b) is in the range from 1 : 3 to 3 : 1. (a) a metal complex with carboxylate ligands; and (b) a boron trifluoride amine complex or a boron trifluoride phenol complex,
A light ring assembly for a smart-home device, the light ring assembly comprising: a plurality of light-emitting diodes, LEDs, (1308; 1802); a light guide (1304; 1806), wherein the light guide comprises: a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a light mask (1406; 1808) that is coupled to the light guide (1304; 1806), and an output surface (1502; 1810) that receives light emitted from the plurality of LEDs (1308; 1802) through the plurality of transmissive sections (1506; 1906), wherein the output surface (1502; 1810) is substantially circular, characterized in that a width of the light mask tapers as the light mask extends away from one of the plurality of cutouts. a plurality of light-emitting diodes, LEDs, (1308; 1802); a light guide (1304; 1806), wherein the light guide comprises: a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a plurality of cutouts (1504; 1905) that receive the plurality of LEDs (1308; 1802); and a plurality of transmissive sections (1506; 1906) between the plurality of cutouts (1504; 1905), wherein a thickness of the transmissive sections (1506; 1906) tapers as the transmissive sections (1506; 1906) extend away from the plurality of cutouts (1504; 1905); a light mask (1406; 1808) that is coupled to the light guide (1304; 1806), and an output surface (1502; 1810) that receives light emitted from the plurality of LEDs (1308; 1802) through the plurality of transmissive sections (1506; 1906), wherein the output surface (1502; 1810) is substantially circular, characterized in that a width of the light mask tapers as the light mask extends away from one of the plurality of cutouts.
A roller mill for grinding and processing cereals, granular materials, mixtures of cereals and similar products, comprising at least one pair of parallel cylinders (C, C") positioned side by side, characterised in that it comprises: • permanent magnets (M', M") arranged in proximity to at least one end of the shaft (A', A") of each cylinder (C, C"), wherein said permanent magnets (M', M") are arranged so that they are equally spaced along the circumference of said shaft (A, A"); • coils or windings (B', B") fixed to the structure (S) of the roller mill through flanges (H', H") and arranged radially around the end provided with permanent magnets (M', M") of each shaft (A, A"); • at least one control circuit (Z) that controls the power supply and the change of polarity of the coils or windings (B', B") of the motors of each pair of cylinders (C, C"), and wherein each set of said permanent magnets (M', M") of said shafts (A, A") and each set of said coils or windings (B', B") arranged around said permanent magnets (M', M") respectively constitute the rotor and the stator of the contactless rotation motor of each cylinder (C, C"), wherein said control circuit (Z) is configured to control the power supply and the change of polarity of the coils or windings (B', B") of each motor independently by means of a respective control unit (L', L") and to provide a setting according to which the speed of the first cylinder (C, C") is higher than that of the second cylinder (C", C), in which said slower cylinder (C", C) is also driven by the motion of said faster cylinder (C, C") and by the material introduced between the cylinders (C, C"), , and in that said control circuit (Z) is further configured to provide a setting according to which a given rotation speed and a given torque are transmitted to the first cylinder (C) and no power is transmitted to the second cylinder (C"), the second cylinder (C") is braked by its own motor (C") not powered by said control circuit (Z), wherein the control unit (L") of said second cylinder (C"), through a feedback connection (R), makes part of the recovered energy available for the motor of the first cylinder (C), supplying it directly to the control unit (L') of said first motor. • permanent magnets (M', M") arranged in proximity to at least one end of the shaft (A', A") of each cylinder (C, C"), wherein said permanent magnets (M', M") are arranged so that they are equally spaced along the circumference of said shaft (A, A"); • coils or windings (B', B") fixed to the structure (S) of the roller mill through flanges (H', H") and arranged radially around the end provided with permanent magnets (M', M") of each shaft (A, A"); • at least one control circuit (Z) that controls the power supply and the change of polarity of the coils or windings (B', B") of the motors of each pair of cylinders (C, C"), and wherein each set of said permanent magnets (M', M") of said shafts (A, A") and each set of said coils or windings (B', B") arranged around said permanent magnets (M', M") respectively constitute the rotor and the stator of the contactless rotation motor of each cylinder (C, C"),
A beer maker comprising: a container including an opening , the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening , the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus ; and a capsule attachably/detachably provided in the capsule mounting part , the capsule accommodating materials therein, a water supply flow path through which water is supplied to the capsule mounting part ; a supply flow path through which water introduced into the capsule is supplied together with the materials accommodated in the capsule to the accommodating apparatus ; and a discharge flow path through which gas generated from the accommodating apparatus in a beer brewing process is discharged; wherein beer maker further comprising: a sealing body attachably/detachably provided in the opening to seal the opening , wherein a through-hole connected to the supply flow path and a discharge hole connected to the discharge flow path are formed in the sealing body ; and wherein the accommodating apparatus includes: a stopper part having a flow hole communicating with the through-hole and an exhaust hole communicating with the discharge hole ; and a storage part connected to the stopper part , the storage part having a space in which the wort is accommodated, the storage part having a changeable volume. a container including an opening , the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening , the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus ; and a capsule attachably/detachably provided in the capsule mounting part , the capsule accommodating materials therein, a water supply flow path through which water is supplied to the capsule mounting part ; a supply flow path through which water introduced into the capsule is supplied together with the materials accommodated in the capsule to the accommodating apparatus ; and a discharge flow path through which gas generated from the accommodating apparatus in a beer brewing process is discharged; a stopper part having a flow hole communicating with the through-hole and an exhaust hole communicating with the discharge hole ; and a storage part connected to the stopper part , the storage part having a space in which the wort is accommodated, the storage part having a changeable volume.
A method performed by a Path Computation Element, PCE, using a Path Computation Element Protocol, PCEP, comprising: advertising to a Path Computation Client PCC in an open PCEP message to indicate that the PCE supports a Central Controller Instruction, CCI, for creating a Segment Routing, SR, policy independent of a candidate path, sending a first PCEP initiate message to the PCC, wherein the first PCEP initiate message comprises: the CCI with a Central Controller Identifier, CC-ID, for creating the SR policy; receiving a first PCEP report message from the PCC upon creation of the SR policy, wherein the first PCEP report message is used to report by the PCC that the SR policy corresponding to the CC-ID has been created. advertising to a Path Computation Client PCC in an open PCEP message to indicate that the PCE supports a Central Controller Instruction, CCI, for creating a Segment Routing, SR, policy independent of a candidate path, sending a first PCEP initiate message to the PCC, wherein the first PCEP initiate message comprises: the CCI with a Central Controller Identifier, CC-ID, for creating the SR policy; receiving a first PCEP report message from the PCC upon creation of the SR policy, wherein the first PCEP report message is used to report by the PCC that the SR policy corresponding to the CC-ID has been created.
A method for implementing data transmission, wherein the method comprises: obtaining (S150), by a sending device , a data packet in a target data flow; and sending (S150), by the sending device , the data packet through each of at least two physical links between the sending device and a receiving device , wherein the data packet sent through each of the at least two physical links comprises a same sequence number, wherein the sequence number of the data packet is carried in an extended header of the data packet between a data link layer header and a network layer header, and wherein before the sending (S150), by the sending device , the data packet through each of at least two physical links between the sending device and the receiving device , the method further comprises: adding, by the sending device , the sequence number to the data packet. obtaining (S150), by a sending device , a data packet in a target data flow; and sending (S150), by the sending device , the data packet through each of at least two physical links between the sending device and a receiving device , wherein the data packet sent through each of the at least two physical links comprises a same sequence number, wherein the sequence number of the data packet is carried in an extended header of the data packet between a data link layer header and a network layer header, and wherein before the sending (S150), by the sending device , the data packet through each of at least two physical links between the sending device and the receiving device , the method further comprises: adding, by the sending device , the sequence number to the data packet.
A grant-free resource allocation method, wherein the method is applied to a grant-free communications system, the grant-free communications system including at least two grant-free resource areas, each grant-free resource area includes at least one cell, each cell in the grant-free resource area shares user equipment information, and configuration information of a grant-free resource of each cell in the grant-free resource area is the same, wherein the grant-free resource in a cell is divided into contention transmission units, CTUs, of different sizes, and for each user equipment in an inactive or connected state and supporting grant-free transmission in the cell, configuration information of a grant-free resource of the user equipment is mapped to one or more CTUs in the grant-free resource of the cell, the method comprising: when user equipment moves from a first cell to a second cell, obtaining , by the user equipment, an ID that is of a second grant-free resource area to which the second cell belongs and is broadcast by a second network device; and if the ID of the second grant-free resource area is the same as a preobtained ID of a first grant-free resource area to which the first cell belongs, performing , by the user equipment, UE, grant-free communication based on a first UE ID corresponding to the first cell; wherein the performing , by the user equipment, grant-free communication based on a first UE ID corresponding to the first cell comprises: performing, by the user equipment, grant-free communication based on the first UE ID corresponding to the first cell and configuration information of a first target grant-free resource in the first cell, the first target grant-free resource corresponding to the first cell and allocated by a first network device. when user equipment moves from a first cell to a second cell, obtaining , by the user equipment, an ID that is of a second grant-free resource area to which the second cell belongs and is broadcast by a second network device; and if the ID of the second grant-free resource area is the same as a preobtained ID of a first grant-free resource area to which the first cell belongs, performing , by the user equipment, UE, grant-free communication based on a first UE ID corresponding to the first cell; wherein the performing , by the user equipment, grant-free communication based on a first UE ID corresponding to the first cell comprises: performing, by the user equipment, grant-free communication based on the first UE ID corresponding to the first cell and configuration information of a first target grant-free resource in the first cell, the first target grant-free resource corresponding to the first cell and allocated by a first network device.