mhurhangee/patent-ind-claim-en huggingface dataset:
Rolling-bearing transmission, including the following features: - at least a first, second and third rolling-surface element having raceways, on which rolling elements are provided to roll, - at least a first set of rolling elements, which is arranged between the first and second rolling-surface element in such a way that the rolling-surface elements are rotatable relative to each other in the manner of a rolling bearing, - at least a second set of rolling elements, which is arranged between the second and third rolling-surface element in such a way that the rolling-surface elements are rotatable relative to each other in the manner of a rolling bearing, - the first and the third rolling-surface element are arranged axially beside each other, - the two raceways of the second rolling-surface element for the two rolling element sets are arranged on one and the same radial side of the rolling-surface element, - each of the rolling-surface elements is configured to form a transmission element or support at least one transmission element, and - the transmission elements are arranged and formed as gears in such a way that they interact in the manner of a transmission. - at least a first, second and third rolling-surface element having raceways, on which rolling elements are provided to roll, - at least a first set of rolling elements, which is arranged between the first and second rolling-surface element in such a way that the rolling-surface elements are rotatable relative to each other in the manner of a rolling bearing, - at least a second set of rolling elements, which is arranged between the second and third rolling-surface element in such a way that the rolling-surface elements are rotatable relative to each other in the manner of a rolling bearing, - the first and the third rolling-surface element are arranged axially beside each other, - the two raceways of the second rolling-surface element for the two rolling element sets are arranged on one and the same radial side of the rolling-surface element, - each of the rolling-surface elements is configured to form a transmission element or support at least one transmission element, and - the transmission elements are arranged and formed as gears in such a way that they interact in the manner of a transmission.
An apparatus to support a superconductor winding in a spaced apart relationship from a rotor core of an electromotive machine, comprising: a cradle configured to define a recess to receive the superconductor winding ; at least a first elongated loop arranged at a respective angle (α) relative to a radial axis intersecting said cradle , said radial axis extending radially with respect to a longitudinal axis of the rotor core , wherein said at least first elongated loop comprises a respective material substantially resistant to heat flow, wherein the cradle is received within said at least first loop at a distal end of the elongated loop ; an axially-extending base assembly arranged to anchor said at least first loop with respect to the rotor core at a proximate end of the elongated loop , which proximate end is located on a first side of the radial axis , wherein the base assembly extends axially in the direction of the longitudinal axis of the rotor core , wherein the first side of the radial axis is tangentially to one side of the radial axis , tangentially with respect to the longitudinal axis of the rotor core ; and a support structure to provide jointly with said at least first loop radial and tangential support to the cradle , said radial and tangential support being located on a second side of the radial axis , which is opposite to the first side, tangentially with respect to the longitudinal axis of the rotor core , wherein the apparatus further comprises a pedestal arranged to close a bottom side of the recess and support the superconductor winding in the cradle . a cradle configured to define a recess to receive the superconductor winding ; at least a first elongated loop arranged at a respective angle (α) relative to a radial axis intersecting said cradle , said radial axis extending radially with respect to a longitudinal axis of the rotor core , wherein said at least first elongated loop comprises a respective material substantially resistant to heat flow, wherein the cradle is received within said at least first loop at a distal end of the elongated loop ; an axially-extending base assembly arranged to anchor said at least first loop with respect to the rotor core at a proximate end of the elongated loop , which proximate end is located on a first side of the radial axis , wherein the base assembly extends axially in the direction of the longitudinal axis of the rotor core , wherein the first side of the radial axis is tangentially to one side of the radial axis , tangentially with respect to the longitudinal axis of the rotor core ; and a support structure to provide jointly with said at least first loop radial and tangential support to the cradle , said radial and tangential support being located on a second side of the radial axis , which is opposite to the first side, tangentially with respect to the longitudinal axis of the rotor core , wherein the apparatus further comprises a pedestal arranged to close a bottom side of the recess and support the superconductor winding in the cradle .
A single atomic zinc additive for use in feeds, characterized in that , the single atomic zinc additive comprises a carrier and active metal zinc, wherein the active metal zinc is distributed on a surface of the carrier in single atomic form, without active metal zinc contained inside the carriers; wherein the carrier is nano silica, and a mass ratio of metal zinc to nano silica is 1:(100-200).
A method of facilitating multi-connection-based authentication, the method being implemented by a computer system that comprises one or more processors executing computer program instructions that, when executed, perform the method, the method comprising: causing , by the computer system , first and second connections to be established between the computer system and a remote client device ; obtaining , by the computer system , a first challenge response from the remote client device via the first connection and a second challenge response from the remote client device via the second connection, the first and second challenge responses each being generated based on a same private key stored in a secure local storage at the remote client device ; obtaining, by the computer system , a public key corresponding to the private key from the remote client device via the first connection; obtaining , by the computer system , based on information obtained from the remote client device via the first connection, a confirmation of identification information associated with an individual; wherein the first connection comprises a video streaming connection, and wherein the information obtained via the first connection comprises a video of the individual associated with the identification information; authenticating , by the computer system , other information obtained from the remote client device via the second connection based on (i) the obtained confirmation via the first connection and (ii) public key based verification of the first and second challenge responses obtained respectively via the first and second connections. causing , by the computer system , first and second connections to be established between the computer system and a remote client device ; obtaining , by the computer system , a first challenge response from the remote client device via the first connection and a second challenge response from the remote client device via the second connection, the first and second challenge responses each being generated based on a same private key stored in a secure local storage at the remote client device ; obtaining, by the computer system , a public key corresponding to the private key from the remote client device via the first connection; obtaining , by the computer system , based on information obtained from the remote client device via the first connection, a confirmation of identification information associated with an individual; wherein the first connection comprises a video streaming connection, and wherein the information obtained via the first connection comprises a video of the individual associated with the identification information; authenticating , by the computer system , other information obtained from the remote client device via the second connection based on (i) the obtained confirmation via the first connection and (ii) public key based verification of the first and second challenge responses obtained respectively via the first and second connections.
A lithium-ion battery having a wound electrode configuration comprising: a wound cell element comprising a positive electrode and a negative electrode, the positive electrode comprising a current collector and a first active material and the negative electrode comprising a current collector and a second active material , wherein positive and negative electrodes each have an area defined by a leading edge, a trailing edge, and two lateral edges; wherein the second active material is a lithium titanate material; wherein the first active material is configured to be doped and undoped with lithium cations during cycling of the battery; wherein the current collector of the negative electrode comprises aluminium; and wherein in the wound cell element a first lateral edge of the positive electrode is provided proximate a first lateral edge of the negative electrode and wherein the first active material of the positive electrode extends beyond the second active material of the negative electrode in an axial direction relative to the wound cell element, such that a leading edge, trailing edge and other lateral edge of the first active material are either co-terminal with the corresponding edges of the second active material or extend beyond the respective edges of the second active material, and wherein the first active material of the positive electrode extends over a larger area than that of the second active material. a wound cell element comprising a positive electrode and a negative electrode, the positive electrode comprising a current collector and a first active material and the negative electrode comprising a current collector and a second active material , wherein positive and negative electrodes each have an area defined by a leading edge, a trailing edge, and two lateral edges; wherein the second active material is a lithium titanate material; wherein the first active material is configured to be doped and undoped with lithium cations during cycling of the battery; wherein the current collector of the negative electrode comprises aluminium; and wherein in the wound cell element a first lateral edge of the positive electrode is provided proximate a first lateral edge of the negative electrode and wherein the first active material of the positive electrode extends beyond the second active material of the negative electrode in an axial direction relative to the wound cell element, such that a leading edge, trailing edge and other lateral edge of the first active material are either co-terminal with the corresponding edges of the second active material or extend beyond the respective edges of the second active material, and wherein the first active material of the positive electrode extends over a larger area than that of the second active material.
A hub device for at least one peripheral device , the hub device comprising: a first antenna module for communication with a first peripheral device ; a second antenna module for communication with a remote station (110a or 110b); and a processing system configured to: operate in a first mode in which transmission by the first antenna module is at a first bit rate; upon receiving a predefined trigger, switch operation to a second mode, wherein in the second mode, the processing system is configured to: receive a stream of data from the remote station ; and instruct transmission to the first peripheral device of data derived from the stream of data, the instructed transmission being from the first antenna module while the stream of data is being received on the second antenna module ; and wherein in the second mode, the transmission from the first antenna module is at a second bit rate that is faster than the first bit rate such that transmitting the derived data at the second bit rate uses a shorter duty cycle than a duty cycle required to transmit the derived data at the first bit rate. a first antenna module for communication with a first peripheral device ; a second antenna module for communication with a remote station (110a or 110b); and a processing system configured to: operate in a first mode in which transmission by the first antenna module is at a first bit rate; upon receiving a predefined trigger, switch operation to a second mode, wherein in the second mode, the processing system is configured to: receive a stream of data from the remote station ; and instruct transmission to the first peripheral device of data derived from the stream of data, the instructed transmission being from the first antenna module while the stream of data is being received on the second antenna module ; and operate in a first mode in which transmission by the first antenna module is at a first bit rate; upon receiving a predefined trigger, switch operation to a second mode, wherein in the second mode, the processing system is configured to: receive a stream of data from the remote station ; and instruct transmission to the first peripheral device of data derived from the stream of data, the instructed transmission being from the first antenna module while the stream of data is being received on the second antenna module ; and receive a stream of data from the remote station ; and instruct transmission to the first peripheral device of data derived from the stream of data, the instructed transmission being from the first antenna module while the stream of data is being received on the second antenna module ; and wherein in the second mode, the transmission from the first antenna module is at a second bit rate that is faster than the first bit rate such that transmitting the derived data at the second bit rate uses a shorter duty cycle than a duty cycle required to transmit the derived data at the first bit rate.
A heat-shrinkable multilayer film for being filled with contents, the film comprising: an outer surface layer (A) comprising a heat-resistant thermoplastic resin; an intermediate layer (B) comprising a polyamide-based resin; and an inner surface layer (D) comprising an ethylene-vinyl acetate copolymer (EVA) having a vinyl acetate content from 15 to less than 25 mass% and a melting point of 80°C to 95°C measured by DSC in conformance with JIS K7121, a self-weld strength between the inner surface layers after treatment with 80°C hot water being not less than 10 N/15 mm, the self-weld strength being measured as described under "self weldability" in the description, the outer surface layer (A) or the inner surface layer (D) containing at least one of organic lubricants and inorganic lubricants, the organic lubricants being contained in the proportion of 0.1 to 2 mass% in the outer surface layer (A) or the inner surface layer (D), and the inorganic lubricants being contained in the proportion of 0.05 to 2 mass% in the outer surface layer (A) or the inner surface layer (D). an outer surface layer (A) comprising a heat-resistant thermoplastic resin; an intermediate layer (B) comprising a polyamide-based resin; and an inner surface layer (D) comprising an ethylene-vinyl acetate copolymer (EVA) having a vinyl acetate content from 15 to less than 25 mass% and a melting point of 80°C to 95°C measured by DSC in conformance with JIS K7121, a self-weld strength between the inner surface layers after treatment with 80°C hot water being not less than 10 N/15 mm, the self-weld strength being measured as described under "self weldability" in the description, the outer surface layer (A) or the inner surface layer (D) containing at least one of organic lubricants and inorganic lubricants, the organic lubricants being contained in the proportion of 0.1 to 2 mass% in the outer surface layer (A) or the inner surface layer (D), and the inorganic lubricants being contained in the proportion of 0.05 to 2 mass% in the outer surface layer (A) or the inner surface layer (D).
A polyarylate obtained from a dihydric phenol component and an aromatic dicarboxylic acid component, wherein the dihydric phenol component contains at least one dihydric phenol selected from 1,1-bis(4-hydroxy-3-methylphenyl)cyclododecane and 1,1-bis(4-hydroxyphenyl)cyclododecane as a primary raw material and the ratio of the said dihydric phenol is 50 mol% or more based on the total amount of dihydric phenols, and wherein the pencil hardness of the polyarylate is H or higher as measured in accordance with JIS K5600-5-4.
Household appliance , comprising a retractable drawer arranged in a drawer housing , said drawer comprising at least one sliding element slideably arranged on at least one guiding element provided on said drawer housing such that said sliding element and said guiding element provide respective contact surfaces for each other, characterized in that said guiding element and/or said sliding element comprises at least in a portion of said contact surface a roughness increased by recesses which reduces said respective contact surface , whereby said recesses are at least partially built as grooves, and whereby said grooves have a width between 50 μm and 2 mm.
A heating and demisting system , which enables to deliver warm and humid air to the passengers in the vehicle and to deliver air with reduced relative humidity rate to the windows, and which is provided in a single blower, characterized by - at least one rotor with solid desiccant which has a fan geometry and can rotate around its own axis by the flow of a warm air (H) coming from a HVAC module, - at least one heat transfer element , which enables heat transfer between a warm air and an air less warm than the said warm air, and which is positioned parallel to the rotor with solid desiccant and perpendicular to the air flows, - at least one hot part (3.1) which enables to reheat the warm air (H) coming from the HVAC module whose temperature decreases by being passed over the rotor with solid desiccant and whose humidity level increases upon collecting water vapor over the desiccant, - at least one air blower grill which enables the air heated by the hot part (3.1) of the heat transfer element to be delivered to the passengers, - at least one cold part (3.2), which enables to reduce temperature of the air (K) coming from inside the cabin, which is dried and temperature of which is increased upon being sucked by the rotor with solid desiccant that is rotated via the flow of the warm air (H) coming from the HVAC module and being passed over the regenerated desiccant, - at least one window blower grill which enables to blow the dry air, whose temperature is reduced, to the windows. - at least one rotor with solid desiccant which has a fan geometry and can rotate around its own axis by the flow of a warm air (H) coming from a HVAC module, - at least one heat transfer element , which enables heat transfer between a warm air and an air less warm than the said warm air, and which is positioned parallel to the rotor with solid desiccant and perpendicular to the air flows, - at least one hot part (3.1) which enables to reheat the warm air (H) coming from the HVAC module whose temperature decreases by being passed over the rotor with solid desiccant and whose humidity level increases upon collecting water vapor over the desiccant, - at least one air blower grill which enables the air heated by the hot part (3.1) of the heat transfer element to be delivered to the passengers, - at least one cold part (3.2), which enables to reduce temperature of the air (K) coming from inside the cabin, which is dried and temperature of which is increased upon being sucked by the rotor with solid desiccant that is rotated via the flow of the warm air (H) coming from the HVAC module and being passed over the regenerated desiccant, - at least one window blower grill which enables to blow the dry air, whose temperature is reduced, to the windows.
A radio terminal configured to communicate with a radio base station , the radio terminal comprising: a receiver ; a transmitter ; a memory ; measurement unit ; and at least one processor configured to: control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station , a status of the radio terminal , the status being related to the measurement results; control the receiver to receive, from the radio base station , a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station , the report of the measurement results in response to the report request. a receiver ; a transmitter ; a memory ; measurement unit ; and at least one processor configured to: control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station , a status of the radio terminal , the status being related to the measurement results; control the receiver to receive, from the radio base station , a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station , the report of the measurement results in response to the report request. control the measurement unit to detect radio link failure; control the memory to store measurement results related to the radio link failure; control the transmitter to transmit, to the radio base station , a status of the radio terminal , the status being related to the measurement results; control the receiver to receive, from the radio base station , a report request for a report of the measurement results, after transmitting the status; and control the transmitter to transmit, to the radio base station , the report of the measurement results in response to the report request.