mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing limited buffer rate matching, LBRM, by a user equipment, UE , comprising: reporting a plurality of UE categories to an evolved Node B, eNB ; determining whether signaling in relation to the UE categories is received from the eNB based on whether the signaling indicates a particular channel quality information, CQI, table; selecting a UE category different from the plurality of UE categories based on the reported UE categories and an absence of signaling in relation to the UE categories; determining a total number of soft channel bits to use for LBRM at the UE based on the selected UE category; and performing LBRM based on the determined total number of soft channel bits. reporting a plurality of UE categories to an evolved Node B, eNB ; determining whether signaling in relation to the UE categories is received from the eNB based on whether the signaling indicates a particular channel quality information, CQI, table; selecting a UE category different from the plurality of UE categories based on the reported UE categories and an absence of signaling in relation to the UE categories; determining a total number of soft channel bits to use for LBRM at the UE based on the selected UE category; and performing LBRM based on the determined total number of soft channel bits.
A method comprising: receiving , by a processing device of a first user device , an encrypted media item and a wrapped encryption key from a second user device via a peer-to-peer connection , wherein the wrapped encryption key comprises an encryption key created by the second user device and encrypted, by the second user device , using a public key of a media server that provided the media item to the second user device , wherein each media item received from the second user device is encrypted using a different encryption key; transmitting , by the first user device , the wrapped encryption key and a request to the media server to determine whether the first user device is authorized to play the encrypted media item; receiving , from the media server , a response indicating the first user device is authorized to play the encrypted media item , the response comprising an encryption key derived from the wrapped encryption key; decrypting the encrypted media item using the encryption key to play the media item; and verifying the media item originated from the media server prior to playing the media item received from the second user device , wherein the verifying comprises computing a hash of the decrypted media item and using the hash and a digital signature created by the media server to verify the decrypted media item. receiving , by a processing device of a first user device , an encrypted media item and a wrapped encryption key from a second user device via a peer-to-peer connection , wherein the wrapped encryption key comprises an encryption key created by the second user device and encrypted, by the second user device , using a public key of a media server that provided the media item to the second user device , wherein each media item received from the second user device is encrypted using a different encryption key; transmitting , by the first user device , the wrapped encryption key and a request to the media server to determine whether the first user device is authorized to play the encrypted media item; receiving , from the media server , a response indicating the first user device is authorized to play the encrypted media item , the response comprising an encryption key derived from the wrapped encryption key; decrypting the encrypted media item using the encryption key to play the media item; and verifying the media item originated from the media server prior to playing the media item received from the second user device , wherein the verifying comprises computing a hash of the decrypted media item and using the hash and a digital signature created by the media server to verify the decrypted media item.
A driver assist system for an agricultural working machine comprising at least one open-loop and closed-loop control device which is adapted by means of families of characteristics stored therein for automatable adjustment and monitoring of working and/or quality parameters of the agricultural working machine and which by predetermining a selectable process implementation strategy effects automated monitoring and/or adjustment of at least one working and/or quality parameter of the agricultural working machine, characterised in that the driver assist system is so configured as to propose a change in the process implementation strategy when the predetermined target value of one or more quality parameters cannot be reached within the preselected process implementation strategy .
An antenna device (1 to 11) comprising: a patch antenna serving as a first antenna; a second antenna including capacitance loading elements (40 to 48, 51 to 59); and a helical element connected to an end one of the capacitance loading elements (40 to 48, 51 to 59), wherein the capacitance loading elements (40 to 48, 51 to 59) are arranged separately in a predetermined direction, the patch antenna is completely overlapped or a part of the patch antenna is overlapped with the capacitance loading elements (40 to 48, 51 to 59) when observed from above of the antenna device (1 to 11), characterized in that each pair of adjacent capacitance loading elements (40 to 48, 51 to 59) is connected by a respective filter . a patch antenna serving as a first antenna; a second antenna including capacitance loading elements (40 to 48, 51 to 59); and a helical element connected to an end one of the capacitance loading elements (40 to 48, 51 to 59), wherein the capacitance loading elements (40 to 48, 51 to 59) are arranged separately in a predetermined direction, the patch antenna is completely overlapped or a part of the patch antenna is overlapped with the capacitance loading elements (40 to 48, 51 to 59) when observed from above of the antenna device (1 to 11), characterized in that each pair of adjacent capacitance loading elements (40 to 48, 51 to 59) is connected by a respective filter .
A vehicle driving system comprising: a sensor configured to monitor an environment outside a vehicle; and a controller configured to recognize an oncoming traveling object through the sensor, derive a width of a travelable road between the traveling object and the vehicle, determine priority between the traveling object and the vehicle when the width of the travelable road is smaller than a sum of widths of the traveling object and the vehicle, and, when the traveling object is determined to have the priority, control traveling of the vehicle to provide a space in a lateral direction of the vehicle to allow the traveling object to pass, wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which requires a less time to reach the expected collision site, has the priority, or wherein the controller is configured to derive a time to collision, TTC, between the vehicle and the traveling object, and when the TTC is less than a reference value, determine that one of the vehicle and the traveling object, which has a higher speed or higher acceleration, has the priority, or wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which first passes through one of two sites spaced a predetermined distance apart from the expected collision site and facing each other, has the priority. a sensor configured to monitor an environment outside a vehicle; and a controller configured to recognize an oncoming traveling object through the sensor, derive a width of a travelable road between the traveling object and the vehicle, determine priority between the traveling object and the vehicle when the width of the travelable road is smaller than a sum of widths of the traveling object and the vehicle, and, when the traveling object is determined to have the priority, control traveling of the vehicle to provide a space in a lateral direction of the vehicle to allow the traveling object to pass, wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which requires a less time to reach the expected collision site, has the priority, or wherein the controller is configured to derive a time to collision, TTC, between the vehicle and the traveling object, and when the TTC is less than a reference value, determine that one of the vehicle and the traveling object, which has a higher speed or higher acceleration, has the priority, or wherein the controller is configured to derive an expected collision site of the vehicle and the traveling object, and determine that one of the vehicle and the traveling object, which first passes through one of two sites spaced a predetermined distance apart from the expected collision site and facing each other, has the priority.
A method of controlling a washing machine having a drum provided rotatably in a tub for containing water, wherein an introduction hole through which laundry is to be introduced is formed in a front of the drum , the method comprising: a step (S1) of washing the laundry introduced into the drum , by adding water mixed with detergent; a step (S2) of rotating the drum at a spin dry speed (RPM1), where the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to a highest point inside the drum , and draining a tub while the drum is rotated at the spin-dry speed; a first rinse step (S3) of decelerating the drum from the spin-dry speed to a laundry adherence speed (RPM2); and after the first rinse step (S3) a hygiene cleaning step (S4) of accelerating the drum from the laundry adherence speed (RPM2) to a first tub cleaning speed (RPM3) wherein the first rinse step (S3) comprises a step (S31) of providing a water supply to the drum , a step (S32) of draining the tub , and a step (S33) of providing a water supply to the drum , wherein the laundry adherence speed (RPM2) is set within a range where, despite the water supplies provided in the step (S31) and the step (S33), the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to the highest point inside the drum , and wherein the first tub cleaning speed (RPM3) is set within a range where laundry is able to rotate along with the drum while adhered to the drum even when the drum is being rotated in a submerged state in water. a step (S1) of washing the laundry introduced into the drum , by adding water mixed with detergent; a step (S2) of rotating the drum at a spin dry speed (RPM1), where the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to a highest point inside the drum , and draining a tub while the drum is rotated at the spin-dry speed; a first rinse step (S3) of decelerating the drum from the spin-dry speed to a laundry adherence speed (RPM2); and after the first rinse step (S3) a hygiene cleaning step (S4) of accelerating the drum from the laundry adherence speed (RPM2) to a first tub cleaning speed (RPM3) wherein the first rinse step (S3) comprises a step (S31) of providing a water supply to the drum , a step (S32) of draining the tub , and a step (S33) of providing a water supply to the drum , wherein the laundry adherence speed (RPM2) is set within a range where, despite the water supplies provided in the step (S31) and the step (S33), the laundry is able to rotate along with the drum while adhered to and not falling from the drum even when the laundry is lifted to the highest point inside the drum , and wherein the first tub cleaning speed (RPM3) is set within a range where laundry is able to rotate along with the drum while adhered to the drum even when the drum is being rotated in a submerged state in water.
A method of manufacturing a bladed stator element for a turbomachine, in particular for an aircraft, this bladed element having a general annular shape around an axis and comprising: - an annular shell extending around the axis and comprising an annular fixing flange extending radially outwardly at each of its axial ends, and - an annular row of vanes extending around the axis inside the shell and whose radially outer ends are fixed to the shell, the method comprising the steps of welding the radially outer ends of the vanes to the shell, characterized in that it comprises: i) prior to welding one or more vane(s) in a circumferential zone (Z) of the shell, a step of mounting a tool on this zone of the shell, between the flanges of the shell, this tool being clamped axially against these flanges so as to exert tensile forces in opposite axial directions on these flanges, and (ii) after the welding of this or these vane(s), a step of dismantling the tool, the steps i) and ii) being repeated on different circumferential zones (Zi) of the shell so as to fix the vanes all around the shell. - an annular shell extending around the axis and comprising an annular fixing flange extending radially outwardly at each of its axial ends, and - an annular row of vanes extending around the axis inside the shell and whose radially outer ends are fixed to the shell, i) prior to welding one or more vane(s) in a circumferential zone (Z) of the shell, a step of mounting a tool on this zone of the shell, between the flanges of the shell, this tool being clamped axially against these flanges so as to exert tensile forces in opposite axial directions on these flanges, and (ii) after the welding of this or these vane(s), a step of dismantling the tool,
An apparatus for forming an injection molded article, comprising: a mold having an exterior housing and an interior cavity therein; a first pumping system to deliver a first polymer material to the mold, the first polymer material comprising a thermoplastic polymer or a thermoset polymer; a second pumping system to deliver a silicone formulation to the mold, the silicone formulation having a viscosity of about 50 to about 2,000 Pa•s (50,000 to 2,000,000 centipoise); wherein the first polymer material and the silicone formulation flow into the cavity of the mold; and a source of radiation energy, wherein the radiation energy substantially cures the silicone formulation within the cavity of the mold to form the injection molded article. a mold having an exterior housing and an interior cavity therein; a first pumping system to deliver a first polymer material to the mold, the first polymer material comprising a thermoplastic polymer or a thermoset polymer; a second pumping system to deliver a silicone formulation to the mold, the silicone formulation having a viscosity of about 50 to about 2,000 Pa•s (50,000 to 2,000,000 centipoise); wherein the first polymer material and the silicone formulation flow into the cavity of the mold; and a source of radiation energy, wherein the radiation energy substantially cures the silicone formulation within the cavity of the mold to form the injection molded article.
A non-contact seal assembly , comprising: a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base , where the seal base and the plurality of spring elements are formed of a first material and the plurality of seal shoes are formed of a second material, where the first and second materials are joined together, characterized in that the second material has a density lower than the first material, and that the second material comprises one of cobalt alloy or aluminum. a plurality of seal shoes arranged about a centerline in an annular array, the seal shoes including a first seal shoe extending axially along the centerline between a first shoe end and a second shoe end ; a seal base circumscribing the annular array of the seal shoes ; and a plurality of spring elements , each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base , where the seal base and the plurality of spring elements are formed of a first material and the plurality of seal shoes are formed of a second material, where the first and second materials are joined together, characterized in that the second material has a density lower than the first material, and that the second material comprises one of cobalt alloy or aluminum.
A light curtain with a number of transmitters emitting light beams and a number of receivers associated with the transmitters , with a control unit for controlling the transmitters and with an evaluation unit in which an object detection signal is generated as a function of reception signals of the receivers , 5b, 5c) and having an evaluation unit in which an object detection signal is generated as a function of received signals from the receivers , the control unit comprising a regulating unit by means of which the transmitters are individually controlled, characterized in that a memory unit is provided in the control unit , in which memory unit setpoint values for the switching currents of the transmitters are stored, temperature-dependent, operating duration-dependent and/or batch-dependent correction tables for the setpoint values being stored in the memory unit for the setpoint values.
An induction heating device comprising: a casing ; a first induction heating module (IHM) located within the casing and configured to heat an object; a first wiring substrate extending in a first direction, the first wiring substrate comprising at least one of a power line and a signal line ; and characterised by a first connector coupling the first wiring substrate to the bottom of the first induction heating module (IHM), the first connector comprising a pogo pin. a casing ; a first induction heating module (IHM) located within the casing and configured to heat an object; a first wiring substrate extending in a first direction, the first wiring substrate comprising at least one of a power line and a signal line ; and characterised by a first connector coupling the first wiring substrate to the bottom of the first induction heating module (IHM), the first connector comprising a pogo pin.
A coated plywood panel , having a length (I p ), a width (w p ), and a thickness (t p ), wherein the thickness (t p ) is less than the smaller of the length (I p ) and the width (w p ), the coated plywood panel comprising - a first veneer layer , a second veneer layer , and a third veneer layer , wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (t p ) of the plywood panel , - the veneer layers have been attached to each other with adhesive , the coated plywood panel further comprising a first covering comprising - a first layer comprising hardened resin, a third layer , and a second layer that is arranged in between the third layer and first layer , wherein - the first layer bonds the second layer to the first veneer layer , whereby - the first covering forms a first surface of the coated plywood panel , characterized in that - the second is layer made of such a plastic polymer material that has a water absorption of at least 5 wt% as measurable according to ASTM D570 as an equilibrium value using water having a temperature of 23 °C and a melting point of at least 200 °C, and - the third layer comprises hardened phenol formaldehyde resin. - a first veneer layer , a second veneer layer , and a third veneer layer , wherein - the third veneer layer is arranged in between the first veneer layer and the second veneer layer in the direction of the thickness (t p ) of the plywood panel , - the veneer layers have been attached to each other with adhesive , the coated plywood panel further comprising a first covering comprising - a first layer comprising hardened resin, a third layer , and a second layer that is arranged in between the third layer and first layer , wherein - the first layer bonds the second layer to the first veneer layer , whereby - the first covering forms a first surface of the coated plywood panel , - the second is layer made of such a plastic polymer material that has a water absorption of at least 5 wt% as measurable according to ASTM D570 as an equilibrium value using water having a temperature of 23 °C and a melting point of at least 200 °C, and - the third layer comprises hardened phenol formaldehyde resin.
A method of wireless communication performed by a user equipment, UE, comprising: identifying a collision of resources for uplink control information and a beam failure recovery, BFR request; combining an indication of the BFR request with uplink control information that is to be transmitted in a resource, wherein the indication of the BFR request indicates the BFR request based at least in part on a determination that the BFR request is triggered, wherein: the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and transmitting the uplink control information combined with the indication in the resource. identifying a collision of resources for uplink control information and a beam failure recovery, BFR request; combining an indication of the BFR request with uplink control information that is to be transmitted in a resource, wherein the indication of the BFR request indicates the BFR request based at least in part on a determination that the BFR request is triggered, wherein: the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and the uplink control information includes channel state information that is allocated greater than two bits; and combining the indication of the BFR with the channel state information includes prepending the indication of the BFR request to the channel state information; and transmitting the uplink control information combined with the indication in the resource.
A nucleotide sequence encoding a chimeric polypeptide, comprising: a first nucleotide sequence encoding a light-induced oligomerization domain selected from the group consisting of VVD LOV, NcVVD, CRY2OLIG, CRYPHR, NcVVDY50W, NcLOV, VfAU1, YtvA, EL222, RsLOV, and AsLOV2, and a second nucleotide sequence encoding a low complexity domain from a neurodegenerative disease target protein selected from the group consisting of TDP-43, FUS, Alpha synuclein, Tau, TIA1, SOD1, Huntingtin, Ataxin 2, hnRNPA2B1, EWS RNA Binding Protein 1, and TATA box binding protein factor 15.