mhurhangee/patent-ind-claim-en huggingface dataset:
Method for connecting a household appliance to a wireless home network , comprising the following steps: - (a) Receipt of access data of the home network by a portable communications terminal , - (b) Setup of a wireless communication link separate from the home network between the household appliance on the one side and the portable communications terminal on the other side in accordance with a predetermined close-range communications standard, - (c) Transmission of an identifier of the household appliance for the wireless home network from the household appliance to the portable communications terminal via the communication link ; - (d) Selection of a home network , with which a data connection is to be established. using the portable communications terminal ; - (e) Following step (c) and (d), establishing the data connection between the portable communications terminal and the selected home network using the identifier of the household appliance and - (f) Following step (e), a handover of the data connection from the portable communications terminal to the household appliance by transmitting control commands from the portable communications terminal via the communication link to the household appliance , wherein the household appliance is controlled by the control commands to connect to the wireless home network using the access data. - (a) Receipt of access data of the home network by a portable communications terminal , - (b) Setup of a wireless communication link separate from the home network between the household appliance on the one side and the portable communications terminal on the other side in accordance with a predetermined close-range communications standard, - (c) Transmission of an identifier of the household appliance for the wireless home network from the household appliance to the portable communications terminal via the communication link ; - (d) Selection of a home network , with which a data connection is to be established. using the portable communications terminal ; - (e) Following step (c) and (d), establishing the data connection between the portable communications terminal and the selected home network using the identifier of the household appliance and - (f) Following step (e), a handover of the data connection from the portable communications terminal to the household appliance by transmitting control commands from the portable communications terminal via the communication link to the household appliance , wherein the household appliance is controlled by the control commands to connect to the wireless home network using the access data.
A method for generating an artificial picture of a person wearing a selectable piece of apparel, the method comprising the steps of: a. providing a 3D person model of at least a part of the person ; b. providing a photo of the person corresponding to the 3D person model , wherein the photo and the 3D person model show the person in the same pose; c. providing illumination condition data relating to the photo ; d. selecting the piece of apparel; e. generating the artificial picture as a combination of the photo , a light layer and a rendered 3D apparel model of the selected piece of apparel, wherein the light layer is layered on top of the photo and wherein the rendered 3D apparel model is layered on top of the light layer , wherein rendering the 3D apparel model considers the illumination condition data and the 3D person model , and calculating the light layer as a difference of: - the rendered 3D person model based on the illumination condition data ; and - the rendered 3D person model wearing the rendered 3D apparel model based on the illumination condition data , wherein the 3D apparel model and parts of the 3D person model that are covered by the 3D apparel model are set to invisible. a. providing a 3D person model of at least a part of the person ; b. providing a photo of the person corresponding to the 3D person model , wherein the photo and the 3D person model show the person in the same pose; c. providing illumination condition data relating to the photo ; d. selecting the piece of apparel; e. generating the artificial picture as a combination of the photo , a light layer and a rendered 3D apparel model of the selected piece of apparel, wherein the light layer is layered on top of the photo and wherein the rendered 3D apparel model is layered on top of the light layer , wherein rendering the 3D apparel model considers the illumination condition data and the 3D person model , and calculating the light layer as a difference of: - the rendered 3D person model based on the illumination condition data ; and - the rendered 3D person model wearing the rendered 3D apparel model based on the illumination condition data , wherein the 3D apparel model and parts of the 3D person model that are covered by the 3D apparel model are set to invisible. - the rendered 3D person model based on the illumination condition data ; and - the rendered 3D person model wearing the rendered 3D apparel model based on the illumination condition data , wherein the 3D apparel model and parts of the 3D person model that are covered by the 3D apparel model are set to invisible.
Machine comprising an apparatus for handling sheets of single face corrugated cardboard and a cutter , said apparatus arranged and acting downstream of the exit area of a said cutter which divides a single face corrugated cardboard web into a plurality of sheets, characterized in that said apparatus is provided with means for gripping and moving said sheets , shaped and arranged so as to temporarily clamp an edge of one of said sheets in at least two points and move the sheet itself for a length of predetermined length so as to arrange it in a subsequent processing or collection station of the sheets themselves.
A system for securing an epicardial device, the system comprising: a plurality of wires comprising first end portions and second end portions ; a cap configured for abutting an apex of a heart , wherein the first end portions and the second end portions of each of the plurality of wires are coupleable with the cap , wherein the cap comprises a plurality of holes, slots, or notches configured to receive the first end portions and the second end portions of the plurality of wires ; and an implantable medical device that is engageable with one or more wires of the plurality of wires , the implantable medical device configured to be securely positioned against an epicardium of the heart by the one or more wires of the plurality of wires and to deliver therapy to the heart . a plurality of wires comprising first end portions and second end portions ; a cap configured for abutting an apex of a heart , wherein the first end portions and the second end portions of each of the plurality of wires are coupleable with the cap , wherein the cap comprises a plurality of holes, slots, or notches configured to receive the first end portions and the second end portions of the plurality of wires ; and an implantable medical device that is engageable with one or more wires of the plurality of wires , the implantable medical device configured to be securely positioned against an epicardium of the heart by the one or more wires of the plurality of wires and to deliver therapy to the heart .
A computer-implemented method for verifying a kernel object to be executed by a data processing accelerator coupled to a host system, the method comprising: receiving , at a runtime library executed within a trusted execution environment, TEE, of a host system, a request from an application to invoke a predetermined function to perform a predefined operation; in response to the request, identifying a kernel object associated with the predetermined function; verifying an executable image of the kernel object using a public key corresponding to a private key that was used to sign the executable image of the kernel object; and in response to successfully verifying the executable image of the kernel object, transmitting the verified executable image of the kernel object to a data processing, DP, accelerator over a bus to be executed by the DP accelerator to perform the predefined operation. receiving , at a runtime library executed within a trusted execution environment, TEE, of a host system, a request from an application to invoke a predetermined function to perform a predefined operation; in response to the request, identifying a kernel object associated with the predetermined function; verifying an executable image of the kernel object using a public key corresponding to a private key that was used to sign the executable image of the kernel object; and in response to successfully verifying the executable image of the kernel object, transmitting the verified executable image of the kernel object to a data processing, DP, accelerator over a bus to be executed by the DP accelerator to perform the predefined operation.
A magnetic field sensor comprising: a first magnetic field sensing element comprising a magnetoresistance or giant-magnetoresistance element, configured to produce a first signal representing an external magnetic field by detecting the external magnetic field; a Hall element configured to produce a second signal representing the external magnetic field by detecting the external magnetic field; and an error compensation circuit , characterized in that the first signal comprises a first angle error resulting from spin-flop errors that are caused by the amplitude of the detected magnetic field, the Hall element is a circular vertical Hall element, and the magnetic field sensor further comprises a detecting circuit operable to identify an amplitude of the second signal and to generate a third signal indicative of the amplitude of the second signal, wherein the third signal is also indicative of an amplitude of the external magnetic field, wherein the error compensation circuit is configured to receive the first and third signals, and wherein the error compensation circuit is operable, based on the received third signal, to compensate for the first angle error to generate an output signal representing an angle of the external magnetic field. a first magnetic field sensing element comprising a magnetoresistance or giant-magnetoresistance element, configured to produce a first signal representing an external magnetic field by detecting the external magnetic field; a Hall element configured to produce a second signal representing the external magnetic field by detecting the external magnetic field; and an error compensation circuit , characterized in that the first signal comprises a first angle error resulting from spin-flop errors that are caused by the amplitude of the detected magnetic field, the Hall element is a circular vertical Hall element, and the magnetic field sensor further comprises a detecting circuit operable to identify an amplitude of the second signal and to generate a third signal indicative of the amplitude of the second signal, wherein the third signal is also indicative of an amplitude of the external magnetic field, wherein the error compensation circuit is configured to receive the first and third signals, and wherein the error compensation circuit is operable, based on the received third signal, to compensate for the first angle error to generate an output signal representing an angle of the external magnetic field.
A crimping unit for crimping a web of material used to make tobacco industry products, comprising: - a crimping station comprising a first crimping roller and a second crimping roller operatively coupled to make a plurality of longitudinal easy folding lines on the web in transit between the crimping rollers ; - a gathering station , located downstream of the crimping station and configured to receive the web and progressively gather it in order to give the web a substantially cylindrical shape; said station comprising along the feed direction of the web : - a pre-shaping member whose cross-sectional shape transverse to the feed direction of the web is curved and shaped to give the web a shape substantially like that of a U; and - a shaping device configured to receive the pre-shaped web from the pre-shaping member and having a shaping duct to give the web the substantially cylindrical shape; characterized in that the pre-shaping member has the curved shape on an outside surface of it designed to come into contact with the web , the outside surface having a cross-sectional shape transverse to the feed direction of the web which is curved and shaped to give the web a shape substantially like that of a U, and which also has, along the outside surface , a succession of protrusions and recesses adapted to engage the web at respective longitudinal easy folding lines in such a way as to pre-fold the web along the longitudinal easy folding lines. - a crimping station comprising a first crimping roller and a second crimping roller operatively coupled to make a plurality of longitudinal easy folding lines on the web in transit between the crimping rollers ; - a gathering station , located downstream of the crimping station and configured to receive the web and progressively gather it in order to give the web a substantially cylindrical shape; - a pre-shaping member whose cross-sectional shape transverse to the feed direction of the web is curved and shaped to give the web a shape substantially like that of a U; and - a shaping device configured to receive the pre-shaped web from the pre-shaping member and having a shaping duct to give the web the substantially cylindrical shape; characterized in that the pre-shaping member has the curved shape on an outside surface of it designed to come into contact with the web , the outside surface having a cross-sectional shape transverse to the feed direction of the web which is curved and shaped to give the web a shape substantially like that of a U, and which also has, along the outside surface , a succession of protrusions and recesses adapted to engage the web at respective longitudinal easy folding lines in such a way as to pre-fold the web along the longitudinal easy folding lines.
An automatic darkening filter assembly for a welding protector , comprising a housing that forms an opening in which a switchable light filter is arranged, the switchable light filter having two opposite major surfaces, an eye facing surface and a welding arc facing surface and the eye facing surface and welding arc facing surface forming opposite sides of the switchable light filter, characterized in that the switchable light filter is retained by a first and a second resilient gasket that are arranged on the eye facing surface and welding arc facing surface, respectively, of the switchable light filter and which each extend circumferentially adjacent a periphery of the switchable light filter .
A motor comprising: a casing ; a stator fixed to an inner circumferential surface of the casing ; and a rotor assembly coupled to the stator with a predetermined air gap therebetween and provided to be rotatable according to a magnetic interaction with the stator , wherein the rotor assembly comprises: a rotating shaft ; a rotor core coupled to the rotating shaft and having a plurality of holes penetrated in an axial direction; a first end ring coupled to one end of the rotor core and configured to guide oil supplied to the rotor assembly to the plurality of holes ; and a second end ring coupled to the other end of the rotor core and guiding the oil passing through the plurality of holes in a radial direction, wherein the plurality of holes comprise an oil movement hole penetrated in the axial direction, a first oil guiding portion (134aa1) is formed at the first end ring to guide the oil to the oil movement hole , characterised in that a second oil guiding portion (135aa1) is formed at the second end ring to guide the oil passing through the oil movement hole into the air gap (G). a casing ; a stator fixed to an inner circumferential surface of the casing ; and a rotor assembly coupled to the stator with a predetermined air gap therebetween and provided to be rotatable according to a magnetic interaction with the stator , wherein the rotor assembly comprises: a rotating shaft ; a rotor core coupled to the rotating shaft and having a plurality of holes penetrated in an axial direction; a first end ring coupled to one end of the rotor core and configured to guide oil supplied to the rotor assembly to the plurality of holes ; and a second end ring coupled to the other end of the rotor core and guiding the oil passing through the plurality of holes in a radial direction, wherein the plurality of holes comprise an oil movement hole penetrated in the axial direction, a first oil guiding portion (134aa1) is formed at the first end ring to guide the oil to the oil movement hole , characterised in that a second oil guiding portion (135aa1) is formed at the second end ring to guide the oil passing through the oil movement hole into the air gap (G). a rotating shaft ; a rotor core coupled to the rotating shaft and having a plurality of holes penetrated in an axial direction; a first end ring coupled to one end of the rotor core and configured to guide oil supplied to the rotor assembly to the plurality of holes ; and a second end ring coupled to the other end of the rotor core and guiding the oil passing through the plurality of holes in a radial direction, wherein the plurality of holes comprise an oil movement hole penetrated in the axial direction, a first oil guiding portion (134aa1) is formed at the first end ring to guide the oil to the oil movement hole , characterised in that a second oil guiding portion (135aa1) is formed at the second end ring to guide the oil passing through the oil movement hole into the air gap (G).
A test method for a vehicle powertrain, comprising: during a first test of a first vehicle or a portion of a first vehicle on a dynamometer, coordinatingly controlling (i) an accelerator pedal, an accelerator pedal signal, a fuel injector, a manifold pressure, a motor controller, or a throttle valve according to a load schedule and (ii) the dynamometer according to a speed schedule such that the dynamometer applies dynamic torque that causes a powertrain of the first vehicle or portion of the first vehicle to produce dynamic powertrain torque; recording values defining a history of the dynamic torque; the method characterized in that it further comprises the step: during a second test of the first vehicle or portion of the first vehicle on the dynamometer or another dynamometer, or during a second test of a second vehicle or a portion of a second vehicle on the dynamometer or another dynamometer, coordinatingly controlling (iii) an accelerator pedal, an accelerator pedal signal, a fuel injector, a manifold pressure, a motor controller, or a throttle valve according to the values defining the history of the dynamic torque and (iv) the dynamometer or the another dynamometer according to the speed schedule such that the dynamometer or the another dynamometer applies dynamic torque that causes a powertrain of the first vehicle or portion of the first vehicle or a powertrain of the second vehicle or portion of the second vehicle to reproduce the dynamic powertrain torque. during a first test of a first vehicle or a portion of a first vehicle on a dynamometer, coordinatingly controlling (i) an accelerator pedal, an accelerator pedal signal, a fuel injector, a manifold pressure, a motor controller, or a throttle valve according to a load schedule and (ii) the dynamometer according to a speed schedule such that the dynamometer applies dynamic torque that causes a powertrain of the first vehicle or portion of the first vehicle to produce dynamic powertrain torque; recording values defining a history of the dynamic torque; the method characterized in that it further comprises the step: during a second test of the first vehicle or portion of the first vehicle on the dynamometer or another dynamometer, or during a second test of a second vehicle or a portion of a second vehicle on the dynamometer or another dynamometer, coordinatingly controlling (iii) an accelerator pedal, an accelerator pedal signal, a fuel injector, a manifold pressure, a motor controller, or a throttle valve according to the values defining the history of the dynamic torque and (iv) the dynamometer or the another dynamometer according to the speed schedule such that the dynamometer or the another dynamometer applies dynamic torque that causes a powertrain of the first vehicle or portion of the first vehicle or a powertrain of the second vehicle or portion of the second vehicle to reproduce the dynamic powertrain torque.
A method for producing an equipotential bonding connection between two components of a lightning protection device of a wind turbine rotor blade, wherein the method comprises the following steps which are to be carried out in the specified order: a) providing a wind turbine rotor blade, which comprises two rotor blade half shells , each with a connection and fastening unit which is connected or connectable to one of the two components of the lightning protection device, wherein a space is realized in the interior of the wind turbine rotor blade between the two connection and fastening units , b) inserting a connection conductor from an outside surface of the wind turbine rotor blade through a through opening in one of the two connection and fastening units into the interior of the wind turbine rotor blade, c) fastening each of the two ends of the connection conductor to one of the connection and fastening units such that the connection conductor bridges the space. a) providing a wind turbine rotor blade, which comprises two rotor blade half shells , each with a connection and fastening unit which is connected or connectable to one of the two components of the lightning protection device, wherein a space is realized in the interior of the wind turbine rotor blade between the two connection and fastening units , b) inserting a connection conductor from an outside surface of the wind turbine rotor blade through a through opening in one of the two connection and fastening units into the interior of the wind turbine rotor blade, c) fastening each of the two ends of the connection conductor to one of the connection and fastening units such that the connection conductor bridges the space.
Steering device, in particular for the provision of electric steering assistance, with at least one main control unit (10a-e) which is provided for controlling an operation of at least one electric motor (12a-e) in at least one normal operating state, and with at least one auxiliary control unit (14a-e) which can be operated independently of the main control unit (10a-e) and is provided for controlling the operation of the electric motor (12a-e) exclusively in a fault operating state, in the case of which a malfunction and/or a failure of the main control unit (10a-e) occurs, wherein the auxiliary control unit (14a-e) is in a passive operating mode, in the form of an idle mode and/or a standby mode in which the auxiliary control unit (14a-e) is not operated and/or is inactive, in the normal operating state.
Joint rod , in particular for a windscreen wiper device of a motor vehicle, wherein the joint rod is of substantially tubular design, wherein end portions of the joint rod are of substantially flat design, and at least one end portion of the joint rod has at least one through hole, characterized in that a fastening element , in particular clip hook, of a closed ball socket is fixed with a ball region in the through hole, wherein the ball region of the ball socket is not plugged through the flat end portion .