mhurhangee/ep-ind-claims huggingface dataset:
Method for controlling a high pressure cleaning appliance, which comprises an electric motor, a high pressure pump driven by the electric motor, and a control device, characterized in that the control device determines the actual value of the electrical power consumption of the electric motor and switches off the electric motor when the actual value of the electrical power consumption of the electric motor after completion of a predetermined start phase after switching on the electric motor is less than a predetermined minimum value of the electrical power consumption of the electric motor, wherein the high pressure cleaning appliance comprises at least one rechargeable battery and the control device detects the battery current and the battery voltage and calculates therefrom the actual value of the electrical power consumption of the electric motor.
An adjustable anti-roll bar arrangement for a vehicle, the adjustable anti-roll bar arrangement comprising - a bracket configured to be mounted in a fixed relationship to a chassis or an axle of the vehicle, - a linear actuator connected to the bracket, - a guided element, wherein the linear actuator is configured to drive the guided element along a first geometrical axis, - a supporting shaft mounted to the bracket and defining a second geometrical axis (Y') which is different from the first geometrical axis, - an anti-roll bar (24, 24'), and - a stabilizer stay (26, 26', 126, 126') having a first end connected to the anti-roll bar, and a second end movably connected to and supported by the supporting shaft, wherein the second end of the stabilizer stay is also connected to the guided element such that when the linear actuator drives the guided element along the first geometrical axis, the second end of the stabilizer stay follows the motion along said second geometrical axis. - a bracket configured to be mounted in a fixed relationship to a chassis or an axle of the vehicle, - a linear actuator connected to the bracket, - a guided element, wherein the linear actuator is configured to drive the guided element along a first geometrical axis, - a supporting shaft mounted to the bracket and defining a second geometrical axis (Y') which is different from the first geometrical axis, - an anti-roll bar (24, 24'), and - a stabilizer stay (26, 26', 126, 126') having a first end connected to the anti-roll bar, and a second end movably connected to and supported by the supporting shaft,
A method of wireless communication performed in a user equipment, UE, comprising: detecting a mobility event triggering transfer of first communication services at the UE from a first radio access technology, RAT, to a second RAT, wherein the UE is configured for simultaneous communication with the first and second RATs; receiving measurement objects or a neighbor list of cells configured for communication in the second RAT from a second base station of the first RAT related to the transfer; and determining an existing connection to a first base station of the second RAT for second communication services when the UE is in an idle state with the second base station of the first RAT; modifying evaluation of reselection criteria for selection of the first base station, wherein the modified evaluation comprises evaluating the reselection criteria based at least in part on cached measurement information for the first base station instead of performing new measurements on cells present in the neighbor list of cells or the measurement objects; and reselecting to the first base station for the first communication service, when the first base station is present in the neighbor list of cells or the measurement objects and the reselection criteria are met by the cached measurement information. detecting a mobility event triggering transfer of first communication services at the UE from a first radio access technology, RAT, to a second RAT, wherein the UE is configured for simultaneous communication with the first and second RATs; receiving measurement objects or a neighbor list of cells configured for communication in the second RAT from a second base station of the first RAT related to the transfer; and determining an existing connection to a first base station of the second RAT for second communication services when the UE is in an idle state with the second base station of the first RAT; modifying evaluation of reselection criteria for selection of the first base station, wherein the modified evaluation comprises evaluating the reselection criteria based at least in part on cached measurement information for the first base station instead of performing new measurements on cells present in the neighbor list of cells or the measurement objects; and reselecting to the first base station for the first communication service, when the first base station is present in the neighbor list of cells or the measurement objects and the reselection criteria are met by the cached measurement information.
Alpha-1-microglobulin for use in the treatment or prophylaxis of a disease or condition involving oxidative stress by repairing or preventing oxidative damage by a combination of enzymatic reduction, non-enzymatic reduction and radical scavenging, wherein the disease or condition involving oxidative stress is kidney failure associated with dialysis.
Use of a non-woven thermoplastic resin fabric in combination with a curable moulding material comprising a fibrous reinforcement material and a thermoset resin material by bringing the thermoplastic resin in contact with the curable moulding material during or following assembly of the moulding material, the thermoplastic resin having a melting point below the gel temperature of the thermoset resin material to reduce the void fraction and increase the interlaminar shear strength (ILSS) and/or fracture toughness (G1c) of a cured moulding manufactured from said moulding material forming a laminate structure in comparison to a cured moulding manufactured from said moulding material in which the non-woven thermoplastic resin fabric is absent when forming the laminate structure.
A method, performed by a user equipment, UE, of performing communication by using a plurality of Radio Link Control, RLC, entities in a wireless communication system, the method comprising: receiving, from a base station, BS, a packet duplication configuration for a radio bearer via a Radio Resource Control, RRC, message; configuring a plurality of RLC entities comprising one primary RLC entity that is not deactivated and secondary RLC entities which correspond to a Packet Data Convergence Protocol, PDCP, entity, based on the packet duplication configuration; and receiving, from the BS, a Medium Access Control Control Element, MAC CE, for controlling activation or deactivation of each of the secondary RLC entities from among the plurality of configured RLC entities, characterised in that the MAC CE is a set of 8 bits comprising: one 5-bit field indicating a bearer identifier to which the packet duplication configuration is applied, and three 1-bit fields indicating activation or deactivation status of a first, a second, and a third of the secondary RLC entities, respectively. receiving, from a base station, BS, a packet duplication configuration for a radio bearer via a Radio Resource Control, RRC, message; configuring a plurality of RLC entities comprising one primary RLC entity that is not deactivated and secondary RLC entities which correspond to a Packet Data Convergence Protocol, PDCP, entity, based on the packet duplication configuration; and receiving, from the BS, a Medium Access Control Control Element, MAC CE, for controlling activation or deactivation of each of the secondary RLC entities from among the plurality of configured RLC entities, characterised in that the MAC CE is a set of 8 bits comprising: one 5-bit field indicating a bearer identifier to which the packet duplication configuration is applied, and three 1-bit fields indicating activation or deactivation status of a first, a second, and a third of the secondary RLC entities, respectively. one 5-bit field indicating a bearer identifier to which the packet duplication configuration is applied, and three 1-bit fields indicating activation or deactivation status of a first, a second, and a third of the secondary RLC entities, respectively.
A method for obtaining information about one or more fluids in a wellbore (116,216) in a subterranean formation (130,230), comprising: obtaining a first set of data relating to one or more fluids directed into the wellbore (116,216) over a period of time in short intervals; obtaining a second set of data relating to the one or more fluids exiting the wellbore (116,216) over a period of time in short intervals; and in real time, determining the location of the one or more fluids in the wellbore (116,216) by comparing the first and second sets of data. obtaining a first set of data relating to one or more fluids directed into the wellbore (116,216) over a period of time in short intervals; obtaining a second set of data relating to the one or more fluids exiting the wellbore (116,216) over a period of time in short intervals; and in real time, determining the location of the one or more fluids in the wellbore (116,216) by comparing the first and second sets of data.
Apparatus for shaping hair, comprising: - two arms (3, 4) that are able to move with respect to one another and are able to assume a spaced-apart configuration for introducing a lock of hair between them and a moved-together configuration for treating the lock of hair, the arms (3, 4) being movable along the lock in this moved-together configuration, - two contact surfaces (5, 6) borne by the two arms (3, 4), respectively, arranged facing one another, at least one of the contact surfaces (5, 6) being a heating surface, - at least one strip (12, 12a, 12b, 12c, 12d) made of a friction material comprising a silicone elastomer, a fluoroelastomer or a perfluoroelastomer, and attached to each of the contact surfaces (5, 6) so as to protrude from the contact surface (5; 6) to which it is attached by a height that is strictly greater than 0 mm even in the moved-together configuration of the arms (3, 4) and smaller than 2 mm, - one of the contact surfaces (5; 6) comprising a single strip (12, 12a) and the other of the contact surfaces (6; 5) comprising two strips (12, 12b, 12c) that are arranged so as to flank the single strip (12, 12a) in the moved-together configuration of the arms (3, 4). - two arms (3, 4) that are able to move with respect to one another and are able to assume a spaced-apart configuration for introducing a lock of hair between them and a moved-together configuration for treating the lock of hair, the arms (3, 4) being movable along the lock in this moved-together configuration, - two contact surfaces (5, 6) borne by the two arms (3, 4), respectively, arranged facing one another, at least one of the contact surfaces (5, 6) being a heating surface, - at least one strip (12, 12a, 12b, 12c, 12d) made of a friction material comprising a silicone elastomer, a fluoroelastomer or a perfluoroelastomer, and attached to each of the contact surfaces (5, 6) so as to protrude from the contact surface (5; 6) to which it is attached by a height that is strictly greater than 0 mm even in the moved-together configuration of the arms (3, 4) and smaller than 2 mm, - one of the contact surfaces (5; 6) comprising a single strip (12, 12a) and the other of the contact surfaces (6; 5) comprising two strips (12, 12b, 12c) that are arranged so as to flank the single strip (12, 12a) in the moved-together configuration of the arms (3, 4).
A ureteroscope system, comprising: a handle configured to remain outside of the body, the handle including a first port and a second port; an elongated shaft extending from the handle to a distal end and including a shaft lumen defined by an inner diameter of the shaft, the shaft lumen being open at the distal end of the shaft, the shaft being configured to be inserted through a bodily lumen to a target surgical site, wherein the first port is in communication with a handle channel which is in communication with the shaft lumen and the second port is in communication with a working channel extending through the handle and the shaft lumen to the distal end of the shaft, wherein the working channel is a closed channel separate from and disposed within the shaft lumen; a fluid source connected to the first port and configured to pump fluid through the handle channel and the shaft lumen to irrigate the target surgical site; and a vacuum source connected to the second port and configured to apply suction through the working channel to dislodge debris from the target surgical site through the working channel. a handle configured to remain outside of the body, the handle including a first port and a second port; an elongated shaft extending from the handle to a distal end and including a shaft lumen defined by an inner diameter of the shaft, the shaft lumen being open at the distal end of the shaft, the shaft being configured to be inserted through a bodily lumen to a target surgical site, wherein the first port is in communication with a handle channel which is in communication with the shaft lumen and the second port is in communication with a working channel extending through the handle and the shaft lumen to the distal end of the shaft, wherein the working channel is a closed channel separate from and disposed within the shaft lumen; a fluid source connected to the first port and configured to pump fluid through the handle channel and the shaft lumen to irrigate the target surgical site; and a vacuum source connected to the second port and configured to apply suction through the working channel to dislodge debris from the target surgical site through the working channel.
A transport device for transporting round blanks, whereby each round blank comprises multiple constituents (43, 46), having a drivable first transport part, which comprises a plurality of first transport pockets for one blank each, wherein a first clearance is provided between the outer contour of the blank and the inner contour of the first transport pocket, having a drivable second transport part, which comprises a plurality of second transport pockets for one blank each, wherein a second clearance is provided between the outer contour of the blank and the inner contour of the second transport pocket, having at least one preparation station (44, 47), which is arranged adjacent to the first transport part and is configured to prepare the round blanks for a subsequent minting operation, comprising a joining station, at which at least two constituents (46, 43) of the round blank are joined together, and having a minting station, which is configured to mint coins from the round blanks, characterized in that the first clearance is smaller than the second clearance, in that a transfer location is provided, at which the blanks are transferred from the first transport part to the second transport part, and in that the round blanks are transported by means of the second transport part from the transfer location to the minting station and the minted coin is transported from the minting station. having a drivable first transport part, which comprises a plurality of first transport pockets for one blank each, wherein a first clearance is provided between the outer contour of the blank and the inner contour of the first transport pocket, having a drivable second transport part, which comprises a plurality of second transport pockets for one blank each, wherein a second clearance is provided between the outer contour of the blank and the inner contour of the second transport pocket, having at least one preparation station (44, 47), which is arranged adjacent to the first transport part and is configured to prepare the round blanks for a subsequent minting operation, comprising a joining station, at which at least two constituents (46, 43) of the round blank are joined together, and having a minting station, which is configured to mint coins from the round blanks, characterized in that the first clearance is smaller than the second clearance, in that a transfer location is provided, at which the blanks are transferred from the first transport part to the second transport part, and in that the round blanks are transported by means of the second transport part from the transfer location to the minting station and the minted coin is transported from the minting station.
An interference cancellation system comprising: a filter configured to filter an incoming signal having an associated signal-to-noise metric and to output therefrom a filtered signal having an interference attribute of the incoming signal by amplification and/or isolation, wherein the filtered signal includes interference signals defined by the interference attribute; a signal detection circuit configured to detect the interference attribute in the filtered signal, the interference attribute defining the interference signals in terms of one or more of timing, amplitude, phase, and pulse shape; synthesis circuitry configured to synthesize interference in the incoming signal based on the interference attribute; and signal-generation circuitry configured to generate, in response to the synthesized interference in the incoming signal, a filtered version of the incoming signal which provides an improved signal-to-noise metric, the interference cancellation system being characterized in that it further includes circuitry to provide data that identifies a priori characteristics of the incoming signal, wherein the a priori characteristics include frequencies of active AM stations. a filter configured to filter an incoming signal having an associated signal-to-noise metric and to output therefrom a filtered signal having an interference attribute of the incoming signal by amplification and/or isolation, wherein the filtered signal includes interference signals defined by the interference attribute; a signal detection circuit configured to detect the interference attribute in the filtered signal, the interference attribute defining the interference signals in terms of one or more of timing, amplitude, phase, and pulse shape; synthesis circuitry configured to synthesize interference in the incoming signal based on the interference attribute; and signal-generation circuitry configured to generate, in response to the synthesized interference in the incoming signal, a filtered version of the incoming signal which provides an improved signal-to-noise metric, the interference cancellation system being characterized in that it further includes circuitry to provide data that identifies a priori characteristics of the incoming signal, wherein the a priori characteristics include frequencies of active AM stations.
Household appliance with at least one filter unit, which has an ionisation unit and a separation unit with at least one collecting electrode and at least one counter electrode, and in which the collecting electrode and the counter electrode are arranged in an alternating manner and at a distance (d) from one another, characterised in that the household appliance has at least one capacitive measuring unit for measuring the capacitance between the collecting electrode and the counter electrode.
An information processing apparatus comprising: a non-transitory computer readable medium that has movement trace information stored therein; and a computer processing unit that automatically divides the movement trace information at a division point into a first movement trace segment and a second movement trace segment; wherein the computer processing unit automatically determines the division point based on altitude information, the altitude information including time-series altitude changes of the movement trace information, characterised in that the computer processing unit determines the division point at a peak altitude within a predetermined time period. a non-transitory computer readable medium that has movement trace information stored therein; and a computer processing unit that automatically divides the movement trace information at a division point into a first movement trace segment and a second movement trace segment; wherein the computer processing unit automatically determines the division point based on altitude information, the altitude information including time-series altitude changes of the movement trace information, characterised in that the computer processing unit determines the division point at a peak altitude within a predetermined time period.
Roof tent assembly for a motor vehicle, having a roof tent and a protective cover which covers the roof tent in the folded-in state, wherein the roof tent has two base plates (6, 7) and a first base plate is located in the mounted state above a roof of the motor vehicle and a second base plate, which in the folded-in-state is arranged approximately parallel to, spaced from and above the first base plate and a tent body is situated between them and the protective cover covers a rear side of the second base plate and grips over the folded-together roof tent laterally and grips around the first base plate at least at the edge region, characterised in that in the edge region of the second base plate profile strips engaging through the protective cover are coupled to the second base plate and/or that on the rear side of the second base plate a ladder and/or support are coupled to the second base plate engaging through the protective cover.
A data setting method for body information analysis apparatus, adopted by a body information analysis apparatus and comprising following steps: a) determining whether an input interface of the body information analysis apparatus receives a trigger audio emitted from an electronic device; b) controlling the body information analysis apparatus to enter an account adding mode to wait after receiving the trigger audio, and activating an image obtaining module of the body information analysis apparatus in the account adding mode; c) determining, in the account adding mode, whether the image obtaining module captures a register message displayed by the electronic device, wherein the register message is generated according to a user record corresponding to a user of the electronic device; d) decoding the register message for obtaining the user record therein after capturing the register message; e) detecting a face record of the user through the image obtaining module; f) detecting a voice record of the user through the input interface; and g) creating an account for the user of the body information analysis apparatus according to the user record, the face record and the voice record. a) determining whether an input interface of the body information analysis apparatus receives a trigger audio emitted from an electronic device; b) controlling the body information analysis apparatus to enter an account adding mode to wait after receiving the trigger audio, and activating an image obtaining module of the body information analysis apparatus in the account adding mode; c) determining, in the account adding mode, whether the image obtaining module captures a register message displayed by the electronic device, wherein the register message is generated according to a user record corresponding to a user of the electronic device; d) decoding the register message for obtaining the user record therein after capturing the register message; e) detecting a face record of the user through the image obtaining module; f) detecting a voice record of the user through the input interface; and g) creating an account for the user of the body information analysis apparatus according to the user record, the face record and the voice record.