mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a master base station (MeNB) in a wireless communication system supporting dual connectivity, the method comprising: transmitting, to a target secondary base station (T-SeNB), an addition request message for secondary base station change, the addition request message including a current secondary cell group, SCG, configuration associated with a terminal; receiving, from the target secondary base station, an acknowledge message as a response to the addition request message for the secondary base station change, wherein the acknowledge message includes a new SCG configuration associated with the terminal and information indicating that a full configuration is applied to the secondary base station change; transmitting, to the terminal (UE), a radio resource control, RRC, reconfiguration message including the new SCG configuration associated with the terminal; receiving, from the terminal, an RRC reconfiguration complete message as a response to the RRC reconfiguration message; and transmitting, to the target secondary base station, a secondary base station reconfiguration complete message as a response to the RRC reconfiguration complete message. transmitting, to a target secondary base station (T-SeNB), an addition request message for secondary base station change, the addition request message including a current secondary cell group, SCG, configuration associated with a terminal; receiving, from the target secondary base station, an acknowledge message as a response to the addition request message for the secondary base station change, wherein the acknowledge message includes a new SCG configuration associated with the terminal and information indicating that a full configuration is applied to the secondary base station change; transmitting, to the terminal (UE), a radio resource control, RRC, reconfiguration message including the new SCG configuration associated with the terminal; receiving, from the terminal, an RRC reconfiguration complete message as a response to the RRC reconfiguration message; and transmitting, to the target secondary base station, a secondary base station reconfiguration complete message as a response to the RRC reconfiguration complete message.
An automated calibration system for calibrating a gas sensor in-situ within a controlled atmosphere workstation , the system comprising: microprocessor control means for automatically controlling the calibration system; a gas supply line, operable by the control means, and configured to sequentially supply at least one gas with a predetermined gas concentration into a calibration chamber such that at least one gas concentration reference point can be determined to calibrate a sensing scale of the sensor ; enclosure means movable between a first position and a second position; a drive mechanism , operable by the control means, for moving the enclosure means between the first position and the second position; wherein in the first position the enclosure means is arranged in a spaced relationship from the sensor such that a sensing head of the sensor is exposed to the controlled atmosphere of the workstation; and in the second position the enclosure means is arranged in engagement with at least one surface of the controlled atmosphere workstation so as to define the calibration chamber and enclose the sensing head in the calibration chamber. microprocessor control means for automatically controlling the calibration system; a gas supply line, operable by the control means, and configured to sequentially supply at least one gas with a predetermined gas concentration into a calibration chamber such that at least one gas concentration reference point can be determined to calibrate a sensing scale of the sensor ; enclosure means movable between a first position and a second position; a drive mechanism , operable by the control means, for moving the enclosure means between the first position and the second position; wherein in the first position the enclosure means is arranged in a spaced relationship from the sensor such that a sensing head of the sensor is exposed to the controlled atmosphere of the workstation; and in the second position the enclosure means is arranged in engagement with at least one surface of the controlled atmosphere workstation so as to define the calibration chamber and enclose the sensing head in the calibration chamber.
A tensioner for an accessory drive of an internal combustion engine , the drive including at least a first pulley connected to a drive shaft of the engine , at least a second pulley connected to an electric machine and a belt wound at least on the first and second pulleys , the tensioner including: - a base configured to be fixed to a casing of the electric machine; - a first ring rotating with respect to the base about a first axis (A1); and - a first tensioning pulley carried by the first ring and rotating with respect to the first ring about its own axis (PA1); characterized by comprising - a second ring rotating with respect to the first ring about a second axis (A2) distinct from the first axis (A1); - a second tensioning pulley carried by the second ring and rotating with respect to the second ring about its own axis (PA2); and - elastic means acting on the first and second rings (15; 20) to push the first and second pulleys into contact with the respective spans (8a; 8b) of the belt. - a base configured to be fixed to a casing of the electric machine; - a first ring rotating with respect to the base about a first axis (A1); and - a first tensioning pulley carried by the first ring and rotating with respect to the first ring about its own axis (PA1); characterized by comprising - a second ring rotating with respect to the first ring about a second axis (A2) distinct from the first axis (A1); - a second tensioning pulley carried by the second ring and rotating with respect to the second ring about its own axis (PA2); and - elastic means acting on the first and second rings (15; 20) to push the first and second pulleys into contact with the respective spans (8a; 8b) of the belt.
Aerostatic bearing with a rotatable rotor which has an axis of rotation and an axial bearing surface extending radially to the axis of rotation and a radial bearing surface extending axially to the axis of rotation, with a rotationally fixed bearing element which is arranged non-rotatably in a bore of a housing and which has an axial counter-bearing surface cooperating with the axial bearing surface and a radial counter-bearing surface cooperating with the radial bearing surface, into each of which at least one supply channel for supplying compressed air opens, the rotor having a central cavity which is designed to accommodate a pneumatically actuatable tool clamping device , and the cavity being connected via communicating supply lines , which penetrate the rotor and the rotationally fixed bearing element , to supply and discharge lines, which are formed in the housing , for the supply and discharge of actuating air.
A method for measuring and calculating a heat transfer through an enveloping surface with surface elements ΔA(i,k), in which a heat radiation and a convection are taken into account in a measuring system, wherein to determine the thermal radiation, a surface temperature of the enveloping surface and a back-radiation temperature of the hemisphere surrounding the enveloping surface are taken into account, wherein to take the convection into account, measuring devices (T1, T2) for air temperature, humidity and air speed are used, to determine the surface temperature, a thermal imaging camera (TK1) is used to take into account the respective surface temperatures of the surface elements ΔA (i, k), and to take into account the back-radiation temperature, the relevant 2π thermal radiation of the environment is modeled by measuring an equivalent radiation of the respective black 2π hemispherical environment, wherein to determine the back-radiation temperature, a 2π half-space radiation sensor (TK2) with MxK pixels is used, and to detect the radiant energy input into the measured object environment in each measured surface element ΔA(i, k), the 2π half-space radiation sensor divides the 2π half-space into MxK equal or non-equal spatial angles, measures them separately and communicates to the measuring system the respective radiation temperatures of the individual spatial angles according to the spatial angle proportions.
An ultrasound coupling device comprising: an ultrasound coupling adapter for coupling an ultrasound transducer to an ultrasound coupling medium housed in the ultrasound coupling adapter , said ultrasound coupling adapter comprising: an interface support region for operably interfacing the ultrasound transducer to the ultrasound coupling medium ; and an integrated means for rendering the ultrasound coupling adapter inoperable, thereby rendering the ultrasound coupling device inoperable, wherein the integrated means functions to permanently alter the interface support region , wherein the integrated means consists of a perforated or thinned area and a means selected from the group consisting of a pull tab , a snap-fit tab , and a stress concentrator , said integrated means being configured to facilitate permanently altering a portion of the interface support region , wherein the perforated or thinned area completely or partially extends around the perimeter of the interface support region of the ultrasound coupling adapter . an ultrasound coupling adapter for coupling an ultrasound transducer to an ultrasound coupling medium housed in the ultrasound coupling adapter , said ultrasound coupling adapter comprising: an interface support region for operably interfacing the ultrasound transducer to the ultrasound coupling medium ; and an integrated means for rendering the ultrasound coupling adapter inoperable, thereby rendering the ultrasound coupling device inoperable, an interface support region for operably interfacing the ultrasound transducer to the ultrasound coupling medium ; and an integrated means for rendering the ultrasound coupling adapter inoperable, thereby rendering the ultrasound coupling device inoperable, wherein the integrated means functions to permanently alter the interface support region , wherein the integrated means consists of a perforated or thinned area and a means selected from the group consisting of a pull tab , a snap-fit tab , and a stress concentrator , said integrated means being configured to facilitate permanently altering a portion of the interface support region , wherein the perforated or thinned area completely or partially extends around the perimeter of the interface support region of the ultrasound coupling adapter .
Abrasive nozzle assembly for surface processing of a workpiece using an abrasive, comprising a blasting nozzle and an lighting unit for targeted illumination of the workpiece, wherein it comprises a remote abrasive dosing system which has an abrasive dosing valve with an electrical and/or mechanical drive and evaluation and control electronics connected to it, characterized in that the lighting unit has several, evenly distributed illuminants (6.1) on a circumferential line concentric to the blasting nozzle , which are designed as directed, cone-shaped light sources, their respective radiation direction is aligned parallel to the blasting nozzle , wherein the lighting unit being covered on the blasting side by means of a rubber-elastic protective cap which has several light passage recesses (2.1), wherein the illuminants (6.1) are covered in radiation path by means of a transparent, replaceable, rotatable removable protective disk in the form of an annular disk-shaped plastic film to prevent the access of the abrasive, and wherein the removable protective disk is installed on the blasting side in front of the illuminants (6.1) by means of the protective cap .
A display apparatus, comprising: a backlight ; and a plurality of display panels disposed over one another over one side of the backlight ; wherein each of the plurality of display panels comprises a plurality of pixel structures (P) and a plurality of signal lines (X), wherein each of the plurality of signal lines (X) is a data line or each of the plurality of the signal lines (X) is a gate line, wherein the orthographic projections of the plurality of pixel structures (P) of each of the plurality of display panels on a plane parallel to the main surfaces of the display panels match with one another; and characterized in that the orthographic projections of the plurality of signal lines (X) in at least two of the plurality of display panels on the plane cross with one another. a backlight ; and a plurality of display panels disposed over one another over one side of the backlight ; wherein each of the plurality of display panels comprises a plurality of pixel structures (P) and a plurality of signal lines (X), wherein each of the plurality of signal lines (X) is a data line or each of the plurality of the signal lines (X) is a gate line, wherein the orthographic projections of the plurality of pixel structures (P) of each of the plurality of display panels on a plane parallel to the main surfaces of the display panels match with one another; and characterized in that the orthographic projections of the plurality of signal lines (X) in at least two of the plurality of display panels on the plane cross with one another.
An air-permeable seat having a seat cushion and a seatback , each formed by mounting an urethane pad (12a-U) on a frame used as skeleton and then covering the urethane pad (12a-U) with an air-permeable trim cover , the air-permeable seat comprising: a fiber pad (12a-F) provided in at least one of the seat cushion and the seatback ; a chamber defined at the back of the fiber pad (12a-F), covering the fiber pad (12a-F), and shaped to rectify an airflow coming from the fiber pad (12a-F); and air intake means facing the chamber , opposing the fiber pad (12a-F), and configured to draw air from the surface of the fiber pad (12a-F) through the trim cover , flow the air in the fiber pad (12a-F) and introduce the air from the fiber pad (12a-F) into the chamber ; wherein as the air intake means is driven, air is drawn from the surface of the fiber pad (12a-F) into the fiber pad (12a-F) through the trim cover , flows from the fiber pad (12a-F) to the chamber , is rectified in the chamber and flows out through the chamber , whereby the rectified air flows in the fiber pad (12a-F), characterized in that the fiber pad (12a-F) penetrates a part of the urethane pad (12a-U) from the upper surface to lower surface of the urethane pad (12a-U); and the chamber is shaped, having a cross section gradually narrowing from an air inlet side to an air outlet side. a fiber pad (12a-F) provided in at least one of the seat cushion and the seatback ; a chamber defined at the back of the fiber pad (12a-F), covering the fiber pad (12a-F), and shaped to rectify an airflow coming from the fiber pad (12a-F); and air intake means facing the chamber , opposing the fiber pad (12a-F), and configured to draw air from the surface of the fiber pad (12a-F) through the trim cover , flow the air in the fiber pad (12a-F) and introduce the air from the fiber pad (12a-F) into the chamber ; wherein as the air intake means is driven, air is drawn from the surface of the fiber pad (12a-F) into the fiber pad (12a-F) through the trim cover , flows from the fiber pad (12a-F) to the chamber , is rectified in the chamber and flows out through the chamber , whereby the rectified air flows in the fiber pad (12a-F), characterized in that the fiber pad (12a-F) penetrates a part of the urethane pad (12a-U) from the upper surface to lower surface of the urethane pad (12a-U); and the chamber is shaped, having a cross section gradually narrowing from an air inlet side to an air outlet side.
Stator of an electric machine , in particular for a hybrid or electric vehicle, the stator comprising a substantially cylinder shell-shaped, axially extending stator carrier , and the stator carrier carrying a laminated core with a multiplicity of substantially annularly arranged stator teeth , and having a radially inwardly extending shoulder edge which serves as an axial support for the laminated core , an axially extending fluid duct being configured in a lower region of the stator between the stator carrier and the laminated core , in order to transport coolant from one axial side of the stator to the other axial side of the stator , and at least one cut-out being configured in the region of the fluid duct on the shoulder edge of the stator carrier , characterized in that the fluid duct is configured as a substantially axially running groove on a stator tooth , the cut-out being arranged on the shoulder edge of the stator carrier in the region of the groove , and the stator carrier having an outflow duct at least in the region of the cut-out , which outflow duct is arranged axially on the outside with regard to the laminated core , extends at least partially radially to the outside, and is configured in fluidic contact with the cut-out .
A gas analysis apparatus configured to calculate a concentration of a measurement target component in a sample gas comprising a mixture of up to N measurement target components by using calibration curve data indicating a relationship between an optical spectrum obtainable by irradiating light to the sample gas and a concentration of the measurement target component contained in the sample gas, the gas analysis apparatus comprising: a calibration curve data storage section configured to store N types of calibration curve data which are previously created respectively for each of the N measurement target components and obtained by correcting influences of respective other N-1 measurement target components with respect to a concentration of each of the measurement target components; and a concentration calculation section configured to calculate a concentration of a measurement target component by using the N types of calibration curve data, wherein N is a natural number, characterized in that when there exist one or more subthreshold components whose concentration calculated by the concentration calculation section is not more than a predetermined threshold value, the concentration calculation section calculates a concentration of each of the M measurement target components other than the one or more subthreshold components by using M types of calibration curve data corresponding to the M measurement target components other than the one or more subthreshold components and being obtained by correcting influences of respective other M-1 measurement target components with respect to the concentrations of each of the measurement target components, where M is a natural number of not more than N-1. a calibration curve data storage section configured to store N types of calibration curve data which are previously created respectively for each of the N measurement target components and obtained by correcting influences of respective other N-1 measurement target components with respect to a concentration of each of the measurement target components; and a concentration calculation section configured to calculate a concentration of a measurement target component by using the N types of calibration curve data, wherein N is a natural number,
Hollow board comprising first and second main surface layers and a plurality of distance elements connecting the first and second main surface layers and maintaining a predetermined distance there between, characterized by - each main surface layer including at least a layer of fiberboard having a density of at least 800 kg/m 3 (HDF board) and - a plurality of distance elements distributed in a space between the main surface layers , and at least some of said plurality of distance elements comprising at least one elongate HDF board strip being oriented such that its longitudinal edges interconnect the first and second main surface layers , wherein the HDF boards of the surface layers and of the at least some of said plurality of distance elements comprise wood particles bonded by a resin including an isocyanate component. - each main surface layer including at least a layer of fiberboard having a density of at least 800 kg/m 3 (HDF board) and - a plurality of distance elements distributed in a space between the main surface layers , and at least some of said plurality of distance elements comprising at least one elongate HDF board strip being oriented such that its longitudinal edges interconnect the first and second main surface layers ,
A frame structure of a saddle riding type vehicle in which a front wheel suspension device is arranged in front of a power unit , the frame structure comprising: a main frame body configured to support the power unit and the front wheel suspension device ; and a steering post configured to support a steering shaft at above of the main frame body , wherein the steering post includes a rotating support member configured to rotatably support the steering shaft , and a plurality of column members that extend downward from the rotating support member and that are fixed to the main frame body , characterised in that the steering post is detachable with respect to the main frame body . a main frame body configured to support the power unit and the front wheel suspension device ; and a steering post configured to support a steering shaft at above of the main frame body , wherein the steering post includes a rotating support member configured to rotatably support the steering shaft , and a plurality of column members that extend downward from the rotating support member and that are fixed to the main frame body , characterised in that the steering post is detachable with respect to the main frame body .
A method, comprising: determining one or more service functions, SF, based on a received data packet; determining a list of routing identifiers based on the determined service functions and a destination of the data packet, wherein each routing identifier identifies at least one of a router computer and a service function; updating the data packet to include the list of routing identifiers; transmitting the updated data packet based on the list of routing identifiers; characterised by further identifying a compression service function upon determining that a rate of duplicate data in the received data packet exceeds a threshold; and updating the list of routing identifiers based on the identified compression service function. determining one or more service functions, SF, based on a received data packet; determining a list of routing identifiers based on the determined service functions and a destination of the data packet, wherein each routing identifier identifies at least one of a router computer and a service function; updating the data packet to include the list of routing identifiers; transmitting the updated data packet based on the list of routing identifiers; characterised by further identifying a compression service function upon determining that a rate of duplicate data in the received data packet exceeds a threshold; and updating the list of routing identifiers based on the identified compression service function.