mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing access to a protected resource, comprising: obtaining a first authentication factor for a user that is accessing the resource using a computing device; prompting the user to provide a second authentication factor; accessing the second authentication factor from a second authentication factor device using a pairing code; determining if the second authentication factor device is bound by a registration process to the computing device, wherein the registration process comprises obtaining data from the second authentication factor device and information identifying the computing device and storing the obtained data in a record of a directory in an authentication system that is separate from the computing device and the second authentication factor device, thereby binding the second authentication factor device to the computing device, wherein the registration process requires receipt of additional security information from the user in order to bind the second authentication factor device to the computing device; and allowing the user to access the protected resource in response to the first and second authentication factors being valid and the second authentication factor device being bound to the computing device. obtaining a first authentication factor for a user that is accessing the resource using a computing device; prompting the user to provide a second authentication factor; accessing the second authentication factor from a second authentication factor device using a pairing code; determining if the second authentication factor device is bound by a registration process to the computing device, wherein the registration process comprises obtaining data from the second authentication factor device and information identifying the computing device and storing the obtained data in a record of a directory in an authentication system that is separate from the computing device and the second authentication factor device, thereby binding the second authentication factor device to the computing device, wherein the registration process requires receipt of additional security information from the user in order to bind the second authentication factor device to the computing device; and allowing the user to access the protected resource in response to the first and second authentication factors being valid and the second authentication factor device being bound to the computing device.
A user equipment as a transmitting end, comprising processing circuitry configured to: transmit a message to a receiving end equipment through a sidelink; and receive feedback information representing a receiving status of the receiving end equipment with respect to the message, the feedback information comprising either ACK and NACK, or only NACK; transmit, through a sidelink, scheduling information to the receiving end equipment, the scheduling information comprising feedback type information configured to inform the receiving end equipment whether and how to perform feedback on the receiving status with respect to the message, the feedback type information indicating whether the feedback information comprises either ACK and NACK, or only NACK. transmit a message to a receiving end equipment through a sidelink; and receive feedback information representing a receiving status of the receiving end equipment with respect to the message, the feedback information comprising either ACK and NACK, or only NACK; transmit, through a sidelink, scheduling information to the receiving end equipment, the scheduling information comprising feedback type information configured to inform the receiving end equipment whether and how to perform feedback on the receiving status with respect to the message, the feedback type information indicating whether the feedback information comprises either ACK and NACK, or only NACK.
A manual polishing apparatus having a handle comprising an air supply connection and an air exhaust, and a head comprising a polishing median , said apparatus comprising means for conveying air between the exhaust and said head in the form of a duct integrated with the handle , so as to use the exhaust air to cool the said head and the outer surface to be polished, this exhaust air being diffused by a plurality of channels through the polishing median , the head comprising a skirt and the duct opening into the head in line with the skirt , characterized in that the skirt is cylindrical in shape and has two concentric walls , the outer wall having an opening for conveying air from the duct into the space between the two walls , and in that the inner wall has a plurality of holes for radially diffusing the air inside the skirt , said two walls being connected together, at their free ends, by an openwork annular wall having a plurality of holes equally distributed over its length.
An aerosol-generating device for generating an aerosol by inductively heating an aerosol-forming substrate , the device comprising: - a device housing comprising a heating chamber for receiving an aerosol-forming substrate to be heated; - an induction source within the device housing for generating an alternating electromagnetic field within the heating chamber ; - a reusable susceptor configured to get into removable contact with the aerosol-forming substrate for heating the substrate , characterized in that the susceptor is displaceable between an operation position defined by the susceptor being arranged within the heating chamber , and a preparation position defined by the susceptor being arranged at least partially outside of the heating chamber . - a device housing comprising a heating chamber for receiving an aerosol-forming substrate to be heated; - an induction source within the device housing for generating an alternating electromagnetic field within the heating chamber ; - a reusable susceptor configured to get into removable contact with the aerosol-forming substrate for heating the substrate ,
A nucleic acid probe for binding a single stranded target nucleic acid fragment, the probe comprising a targeting oligonucleotide which is longer than the target fragment and comprises an internal target-complementary sequence, an upstream flanking sequence, and a downstream flanking sequence, so that hybridisation between the internal target-complementary sequence and the target fragment forms a double stranded sequence located between the upstream flanking sequence and the downstream flanking sequence, and a head sequence and a tail sequence having free 5' and 3' ends respectively, wherein the head sequence and the tail sequence are complementary to the upstream flanking sequence and the downstream flanking sequence, respectively, wherein the head sequence and tail sequence are in a different nucleic acid molecule to the upstream flanking sequence and the downstream flanking sequence, and wherein the head and tail sequences are at 5' and 3' ends respectively of a backbone oligonucleotide, so that under annealing conditions in the presence of the target fragment, the head sequence and the tail sequence hybridise to the upstream flanking sequence and the downstream flanking sequence, respectively, thereby defining a gap between the 5' end of the head sequence and the 3' end of the tail sequence, wherein the target fragment hybridises to the internal target-complementary sequence in the gap, thereby positioning the ends of the target fragment in juxtaposition with the 5' end of the head sequence and the 3' end of the tail sequences, and wherein: hybridisation of the target fragment in the gap completes a circle of nucleic acid, the circle comprising the target fragment, the head sequence and the tail sequence; and, other than the target complementary sequence, the probe is not complementary to human genomic DNA. hybridisation of the target fragment in the gap completes a circle of nucleic acid, the circle comprising the target fragment, the head sequence and the tail sequence; and, other than the target complementary sequence, the probe is not complementary to human genomic DNA.
A system for use with a subject suffering from a motor-related neurological condition, characterized by : at least one light source for emitting an above-ambient intensity of at least one first bandwidth of visible light including an intensity peak having a wavelength in a range of 460 nm to 570 nm, with an amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 95% of an amount of light having wavelengths of 460 nm to 570 nm emitted by the at least one light source and/or the amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 33% of an amount of all other wavelengths of visible light emitted by the at least one light source , wherein the at least one light source includes at least one filter for limiting ocular exposure of a subject to extraneous wavelengths of visible light generated by the at least one light source that are outside of the range of 460 nm to 570 nm, wherein the at least one filter prevents passage of the extraneous wavelengths of visible light therethrough. at least one light source for emitting an above-ambient intensity of at least one first bandwidth of visible light including an intensity peak having a wavelength in a range of 460 nm to 570 nm, with an amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 95% of an amount of light having wavelengths of 460 nm to 570 nm emitted by the at least one light source and/or the amount of light having wavelengths of 571 nm to 649 nm emitted by the at least one light source being at most 33% of an amount of all other wavelengths of visible light emitted by the at least one light source , wherein the at least one light source includes at least one filter for limiting ocular exposure of a subject to extraneous wavelengths of visible light generated by the at least one light source that are outside of the range of 460 nm to 570 nm, wherein the at least one filter prevents passage of the extraneous wavelengths of visible light therethrough.
A method comprising: receiving, by a first wireless device, a received power threshold for wireless communications between the first wireless device and a second wireless device; based on a determination that received signal power of at least one wireless communication fails to satisfy the received power threshold, sending, to the second wireless device, a request for transmission of one or more reference signals; receiving, from the second wireless device, the one or more reference signals; and sending, to a base station, a message comprising one or more measurement values associated with the one or more reference signals. receiving, by a first wireless device, a received power threshold for wireless communications between the first wireless device and a second wireless device; based on a determination that received signal power of at least one wireless communication fails to satisfy the received power threshold, sending, to the second wireless device, a request for transmission of one or more reference signals; receiving, from the second wireless device, the one or more reference signals; and sending, to a base station, a message comprising one or more measurement values associated with the one or more reference signals.
A computer system for transferring a packet, comprising: a hypervisor to run a first virtual machine and a second virtual machine ; a first memory address space associated with the first virtual machine to store the packet; a second memory address space associated with the second virtual machine to receive and store the packet; and a virtual switch coupled to the first virtual machine and the second virtual machine to detect that the packet is to be sent from the first virtual machine to the second virtual machine; wherein, the computer system is characterised by further comprising: a direct memory access device to copy the packet from the first memory address space to the second memory address space via the direct memory access device; and a virtual switch driver to write a receive descriptor into a virtual network interface controller, vNIC, receive queue in the second virtual machine, and to indicate a receive event to vNIC on the second virtual machine. a hypervisor to run a first virtual machine and a second virtual machine ; a first memory address space associated with the first virtual machine to store the packet; a second memory address space associated with the second virtual machine to receive and store the packet; and a virtual switch coupled to the first virtual machine and the second virtual machine to detect that the packet is to be sent from the first virtual machine to the second virtual machine; wherein, the computer system is characterised by further comprising: a direct memory access device to copy the packet from the first memory address space to the second memory address space via the direct memory access device; and a virtual switch driver to write a receive descriptor into a virtual network interface controller, vNIC, receive queue in the second virtual machine, and to indicate a receive event to vNIC on the second virtual machine. a direct memory access device to copy the packet from the first memory address space to the second memory address space via the direct memory access device; and a virtual switch driver to write a receive descriptor into a virtual network interface controller, vNIC, receive queue in the second virtual machine, and to indicate a receive event to vNIC on the second virtual machine.
An exhalation valve for a ventilation apparatus for at least partly mechanically assisted ventilation of a patient, encompassing a valve housing having a flow passage which extends along a passage path (D1, D2) that defines a local axial, radial, and circumferential direction, and along which respiratory air can flow through the valve housing ; the valve housing comprising a housing-mounted valve sub-configuration having an end surface which continuously encircles the passage path (D1); a counterpart surface , facing toward the end surface , of a valve body movable relative to the valve housing being preloaded by a preloading device in such a way that as a result of impingement of a flow of respiratory gas in an exhalation flow direction (E), the counterpart surface is movable away from the end surface in a lifting direction (A) against a preload force of the preloading device , accompanied by enlargement of an annular gap generatable or present between the end surface and the counterpart surface , so that the flow passage is flowthrough-capable in the exhalation flow direction (E) and so that a flow through the flow passage in a flow direction opposite to the exhalation flow direction (E) is blockable by abutment of the counterpart surface of the valve body against the end surface , wherein the valve body comprises a skirt which, when considering the exhalation valve in a reference state not stressed by a respiratory flow as intended, extends in a circumferential direction surrounding the counterpart surface and the end surface , and which in the reference state projects axially beyond the end surface , oppositely to the lifting direction (A), in a direction away from the counterpart surface , an annular gap space being provided radially between the skirt and an end portion , facing toward the end surface , of the valve sub-configuration, characterized in that the magnitude of a spacing (h), to be measured parallel to the lifting direction (A), between a skirt rim remote from the counterpart surface and the counterpart surface is different at least circumferentially locally depending on the respective position in a circumferential direction.
Electric device , comprising a housing and at least one printed circuit board and one heat sink , the housing enclosing a cavity , and the printed circuit board being received in the cavity , and the printed circuit board being connected to the heat sink so as to conduct heat, characterized in that the housing has a housing cover , the housing cover having at least one, two or three pressing bolts or pressing pins which are mounted so as to be slidable transversely to a planar extent of the housing cover along a longitudinal axis , which bolts or pins are designed to be inserted into the cavity and to be pressed against the printed circuit board at least directly or indirectly and thus press the printed circuit board against the heat sink .
Headlamp for vehicles, having at least one primary optics element , which comprises at least one light-exit surface for light from at least one light source , having at least one secondary lens associated with the at least one primary optics element and configured to image the at least one light-exit surface onto the road as a light image, wherein the at least one secondary lens has a preferably aspherical front light-exit surface , a rear light-entry surface , and substantially planar boundary surfaces located between the front light-exit surface and the rear light-entry surface, characterised in that a fillet is provided in the transition area of an upper and/or lower boundary surface to the front light-exit surface , the fillet having a surface which is G1-continuous, wherein the fillet in the transition region of an upper and/or lower boundary surface to the front light-exit surface is G2-continuous, wherein the radius of curvature (r1, r2) is in the range from 2 to 30% of the radius of curvature (R) of the light-exit surface of the at least one secondary lens.
An apparatus for edge grinding of a glazing , comprising: - a wheel suitable for grinding an edge of the glazing rotatable about an axis - a groove in a circumference of the wheel such that a plane of the groove is perpendicular to the axis of rotation - first and second orifices arranged on first and second sides of the plane of the groove, suitable for projecting coolant - the first and second orifices are arranged to form first and second jets of coolant directed substantially into the groove on first and second trajectories not in the plane of the groove. characterised in that : - the groove and the glazing are arranged to define a contact region and the first and second jets of coolant are directed substantially into the contact region . - a wheel suitable for grinding an edge of the glazing rotatable about an axis - a groove in a circumference of the wheel such that a plane of the groove is perpendicular to the axis of rotation - first and second orifices arranged on first and second sides of the plane of the groove, suitable for projecting coolant - the first and second orifices are arranged to form first and second jets of coolant directed substantially into the groove on first and second trajectories not in the plane of the groove. - the groove and the glazing are arranged to define a contact region and the first and second jets of coolant are directed substantially into the contact region .
A method for starting a rice cooker, comprising: detecting whether rice and water in the rice cooker meet a cooking condition; if the rice and the water in the rice cooker meet the cooking condition, detecting whether a specified user operation is received; and if a detection result is that the specified user operation is not received, starting a cooking function of the rice cooker, the method characterised in that detecting whether rice and water in the rice cooker meet the cooking condition comprises: detecting whether there is weight in the rice cooker via a pressure sensor provided on a bottom of a pan of the rice cooker; if there is weight in the rice cooker, acquiring a total mass of the weight; heating an inner pot of the rice cooker for a predetermined length of time; acquiring a temperature variation value in the inner pot of the rice cooker between before and after heating; determining a ratio of the rice and the water in the rice cooker according to the temperature variation value and the total mass; and detecting whether the rice and the water in the rice cooker meet the cooking condition according to the ratio of the rice and the water. detecting whether rice and water in the rice cooker meet a cooking condition; if the rice and the water in the rice cooker meet the cooking condition, detecting whether a specified user operation is received; and if a detection result is that the specified user operation is not received, starting a cooking function of the rice cooker, the method characterised in that detecting whether rice and water in the rice cooker meet the cooking condition comprises: detecting whether there is weight in the rice cooker via a pressure sensor provided on a bottom of a pan of the rice cooker; if there is weight in the rice cooker, acquiring a total mass of the weight; heating an inner pot of the rice cooker for a predetermined length of time; acquiring a temperature variation value in the inner pot of the rice cooker between before and after heating; determining a ratio of the rice and the water in the rice cooker according to the temperature variation value and the total mass; and detecting whether the rice and the water in the rice cooker meet the cooking condition according to the ratio of the rice and the water. detecting whether there is weight in the rice cooker via a pressure sensor provided on a bottom of a pan of the rice cooker; if there is weight in the rice cooker, acquiring a total mass of the weight; heating an inner pot of the rice cooker for a predetermined length of time; acquiring a temperature variation value in the inner pot of the rice cooker between before and after heating; determining a ratio of the rice and the water in the rice cooker according to the temperature variation value and the total mass; and detecting whether the rice and the water in the rice cooker meet the cooking condition according to the ratio of the rice and the water.
Connector comprising a housing made of a dielectric material, this housing comprising at least two cells in each of which a terminal is housed, each terminal extending essentially in a longitudinal direction (L), this housing also being equipped with a terminal position assurance device , having locking means adapted to interact, in a locking position of the terminal position assurance device , with a stop surface located on each of the terminals , wherein the terminal position assurance device comprises guide means for moving the locking means sequentially, perpendicularly to the longitudinal direction (L), for inserting the locking means facing the stop surfaces , and then in a movement having a component parallel to the longitudinal direction (L), for bringing the locking means towards the stop surfaces , wherein the at least two cells are separated by a partition extending longitudinally from a rear end towards a front face of the connector , characterized in that the locking means corresponding to each of the terminals housed in the cells penetrate, when the terminal position assurance device is in the locking position, into the cells in the longitudinal direction (L), towards the front face of the connector and beyond the rear end of the partition , and in that the locking means are formed by at least two protuberances separated by a space , the protuberances each penetrating, when the terminal position assurance device is in the locking position, into a respective cell , and the rear end of the partition being received in the space between the protuberances . wherein the at least two cells are separated by a partition extending longitudinally from a rear end towards a front face of the connector , characterized in that the locking means corresponding to each of the terminals housed in the cells penetrate, when the terminal position assurance device is in the locking position, into the cells in the longitudinal direction (L), towards the front face of the connector and beyond the rear end of the partition , and in that the locking means are formed by at least two protuberances separated by a space , the protuberances each penetrating, when the terminal position assurance device is in the locking position, into a respective cell , and the rear end of the partition being received in the space between the protuberances .