mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving, by a user equipment, UE, a control channel from a base station in a wireless communication, the method comprising: decoding, by the UE in a subframe #n, first control channel candidates among first and second control channel candidates respectively included in a first and second search space in the subframe #n in order to obtain first control information corresponding to a subframe #n+k, wherein k is a predetermined number, decoding, by the UE in a subframe #n+1, the second control channel candidates included in the second search space in the subframe #n in order to obtain second control information corresponding to a subframe #n+1+k, wherein a resource region in which the first search space is set differs from a resource region in which the second search space is set. decoding, by the UE in a subframe #n, first control channel candidates among first and second control channel candidates respectively included in a first and second search space in the subframe #n in order to obtain first control information corresponding to a subframe #n+k, wherein k is a predetermined number, decoding, by the UE in a subframe #n+1, the second control channel candidates included in the second search space in the subframe #n in order to obtain second control information corresponding to a subframe #n+1+k, wherein a resource region in which the first search space is set differs from a resource region in which the second search space is set.
Method for verifying information (24, 26, 28) interchanged between vehicles using a radio system, in which frequency synchronization of the radio system is used to measure a Doppler shift between the vehicles, and relative speeds of the vehicles are calculated from the Doppler shift, and the information (24, 26, 28) is handled on the basis of the calculation.
A transparent ophthalmic lens comprising: - a substrate and at least one layer coated on the substrate, - at least one dye A at least partially inhibiting light having a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, characterized in that the transparent ophthalmic lens further comprises: - at least one optical brightener B for at least partially balancing the color imparted to the transparent ophthalmic lens by the dye A, wherein said at least one optical brightener B emits light by fluorescence at a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, wherein said dye A and said optical brightener B are different from each other, and wherein said at least one dye A and said at least one optical brightener B are incorporated separately into locations selected from the substrate and said at least one layer coated on the substrate. - a substrate and at least one layer coated on the substrate, - at least one dye A at least partially inhibiting light having a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, - at least one optical brightener B for at least partially balancing the color imparted to the transparent ophthalmic lens by the dye A, wherein said at least one optical brightener B emits light by fluorescence at a wavelength ranging from 400 to 460 nm, preferably from 420 to 450 nm, wherein said dye A and said optical brightener B are different from each other, and wherein said at least one dye A and said at least one optical brightener B are incorporated separately into locations selected from the substrate and said at least one layer coated on the substrate.
A method performed by a wireless device for maximizing capability for a media download service over a wireless network, comprising: estimating (S1, S11) a bandwidth of said wireless network available for downloading a target media, wherein said estimating is in accordance with at least a type of air interface being utilized; and operating said media download service in a high bandwidth mode when the estimated bandwidth exceeds a predetermined threshold, wherein: said act of operating said media download service in said high bandwidth mode comprises: automatically selecting a high encoding rate; and responsive to a previous act of downloading a target media at an encoding rate less than said high encoding rate, downloading a copy of said target media at said high encoding rate, and said copy of target media downloaded at said high encoding rate replaces the previously downloaded target media encoded at an encoding rate less than said high encoding rate. estimating (S1, S11) a bandwidth of said wireless network available for downloading a target media, wherein said estimating is in accordance with at least a type of air interface being utilized; and operating said media download service in a high bandwidth mode when the estimated bandwidth exceeds a predetermined threshold, wherein: said act of operating said media download service in said high bandwidth mode comprises: automatically selecting a high encoding rate; and responsive to a previous act of downloading a target media at an encoding rate less than said high encoding rate, downloading a copy of said target media at said high encoding rate, and automatically selecting a high encoding rate; and responsive to a previous act of downloading a target media at an encoding rate less than said high encoding rate, downloading a copy of said target media at said high encoding rate, and said copy of target media downloaded at said high encoding rate replaces the previously downloaded target media encoded at an encoding rate less than said high encoding rate.
A displacement measurement device for measuring a displacement of an object, the displacement measuring device comprising: a phase computing unit that is configured to acquire an image with two or more repetitive patterns spatially repeated at a constant pitch, to thin out the repetitive patterns at a predetermined thinned-out interval to generate a thinned-out image, and to compute a phase of a moire image obtained by interpolating the thinned-out image; and a displacement computing unit that is configured to compute a displacement of the repetitive patterns based on a difference between the phase at a time and the phase at another time; characterized by comprising a corrective operation unit that is configured to subtract an offset from the displacement of one repetitive pattern of the repetitive patterns, the offset being a product of the displacement of another repetitive pattern of the repetitive patterns by a pitch ratio of a pitch of the another repetitive pattern to a pitch of the one repetitive pattern. a phase computing unit that is configured to acquire an image with two or more repetitive patterns spatially repeated at a constant pitch, to thin out the repetitive patterns at a predetermined thinned-out interval to generate a thinned-out image, and to compute a phase of a moire image obtained by interpolating the thinned-out image; and a displacement computing unit that is configured to compute a displacement of the repetitive patterns based on a difference between the phase at a time and the phase at another time; characterized by comprising a corrective operation unit that is configured to subtract an offset from the displacement of one repetitive pattern of the repetitive patterns, the offset being a product of the displacement of another repetitive pattern of the repetitive patterns by a pitch ratio of a pitch of the another repetitive pattern to a pitch of the one repetitive pattern.
Method for operating a kitchen appliance, the kitchen appliance comprising a preparation vessel, for example in the form of a mixing vessel, it being possible for an action means such as a mixer to be located in the preparation vessel, predefined processing procedures, which procedures can preferably be triggered stepwise by a user, also being carried out by the kitchen appliance and an amount of a medium that is determined in terms of a weight or a volume being added into the preparation vessel for a processing procedure, the addition of the medium also being detected in terms of the amount thereof and the detected amount being compared with the amount provided for the processing procedure, optionally on the basis of a known specific weight assigned to the medium, in order to trigger a reaction of the kitchen appliance, at least when the detected amount deviates from the amount provided in the processing procedure, optionally when the detected amount falls below or exceeds a predefined range, characterised in that one or more amounts of media to be added that are provided in a recipe are adapted as a reaction of the kitchen appliance.
A transmission mechanism (110; 210) comprising: a planet gear (116; 216) configured to be mounted to a synchronization ring for rotation relative to the synchronization ring about a planet gear axis; a set of sun gear teeth (118; 218) meshed with teeth of the planet gear, wherein the set of sun gear teeth is configured to rotate and drive motion of the planet gear in a circumferential direction about an axis of the set of sun gear teeth; and a set of ring gear teeth meshed with the teeth of the planet gear, wherein the set of sun gear teeth and the set of ring gear teeth are spaced apart from one another; wherein the planet gear is configured to connect to the synchronization ring through a spherical joint (128; 228), wherein an end surface of a housing defines a gear plane, wherein the spherical joint is configured to allow the planet gear to remain parallel with respect to the gear plane throughout an arc of motion, and wherein the spherical joint is configured to allow the synchronization ring to rotate about and move axially with respect to a centerline axis to follow an arc of motion of the planet gear. a planet gear (116; 216) configured to be mounted to a synchronization ring for rotation relative to the synchronization ring about a planet gear axis; a set of sun gear teeth (118; 218) meshed with teeth of the planet gear, wherein the set of sun gear teeth is configured to rotate and drive motion of the planet gear in a circumferential direction about an axis of the set of sun gear teeth; and a set of ring gear teeth meshed with the teeth of the planet gear, wherein the set of sun gear teeth and the set of ring gear teeth are spaced apart from one another; wherein the planet gear is configured to connect to the synchronization ring through a spherical joint (128; 228), wherein an end surface of a housing defines a gear plane, wherein the spherical joint is configured to allow the planet gear to remain parallel with respect to the gear plane throughout an arc of motion, and wherein the spherical joint is configured to allow the synchronization ring to rotate about and move axially with respect to a centerline axis to follow an arc of motion of the planet gear.
A method performed by a computing system (200, 220) acting as a conversation manager, the method comprising: maintaining a record of a terminated conversation, the conversation comprising a plurality of participants and a plurality of media types (524, 526, 528), wherein the media types (524, 526, 528) used during the conversation changed during the conversation; receiving a request from a client system associated with a participant of the terminated conversation, the request being to reestablish the terminated conversation; and in response to the request, initiating reestablishment of the terminated conversation by attempting to reestablish the terminated conversation, characterized in that attempting to reestablish the terminated conversation includes a default setting of initiating communication sessions between a cumulative total of each of the participants, using a cumulative total of each media type (524, 526, 528) associated with the terminated conversation, wherein the cumulative total of each media type (524, 526, 528) includes a set of media types (524, 526, 528) that were not used together at any specific point during the terminated conversation. maintaining a record of a terminated conversation, the conversation comprising a plurality of participants and a plurality of media types (524, 526, 528), wherein the media types (524, 526, 528) used during the conversation changed during the conversation; receiving a request from a client system associated with a participant of the terminated conversation, the request being to reestablish the terminated conversation; and in response to the request, initiating reestablishment of the terminated conversation by attempting to reestablish the terminated conversation, characterized in that attempting to reestablish the terminated conversation includes a default setting of initiating communication sessions between a cumulative total of each of the participants, using a cumulative total of each media type (524, 526, 528) associated with the terminated conversation, wherein the cumulative total of each media type (524, 526, 528) includes a set of media types (524, 526, 528) that were not used together at any specific point during the terminated conversation.
Method for producing a band-like rubber strip strengthened with reinforcing elements, which is suitable for spooling a belt bandage ply of a pneumatic vehicle tyre, the band-like rubber strip having a maximum of 15 textile reinforcing elements arranged parallel to one another per cm, which lie within one plane and are completely encapsulated in rubber by extrusion, wherein, for encapsulating in rubber material, the reinforcing elements are passed through a hole template, in which two directly adjacent holes have a minimum spacing of 0.30 mm and wherein textile reinforcing elements that are cords of polyamide 6.6 twisted from at least two yarns are used, characterized in that the crude yarn of polyamide 6.6 has a tenacity which, at an elongation of 4%, lies in a range from 1.35 cN/dtex to 1.60 cN/dtex, in that the cord has a tenacity which, at an elongation of 4%, lies in a range from 1.2 cN/dtex to 2 cN/dtex and in that the cord has a heat shrinkage at 177°C in a range from 4.0% to 7.0%, wherein the tenacity is determined in accordance with ASTM D885-16 and the heat shrinkage at 177°C is determined under a prestress of 0.045 g/dtex with an exposure time of two minutes.
Cogeneration combined-cycle power plant comprising a gas turbine with a generator connected to the gas turbine for generating electrical power and with a waste-heat boiler for producing steam by heating feed water by means of the exhaust gas of the gas turbine, a steam turbine, which is operated by means of the steam produced in the waste-heat boiler, with a generator connected to the steam turbine for generating electrical power, wherein at least part of the steam exiting the steam turbine or of the hot condensate occurring in the steam turbine is led away as a process medium, characterized in that the actuators (24, 33, 37, 38) and sensors (51, 52) required for the operation of the cogeneration combined-cycle power plant are at least singly redundant (24', 33', 37', 38', 51', 52') and a control system comprising an expert system for determining potentially faulty actuators (24, 33, 37, 38) and/or sensors (51, 52) is provided such that, if a deviation of the actual behaviour from the expected behaviour of the cogeneration combined-cycle power plant is detected, the expert system determines potentially faulty actuators (24, 33, 37, 38) and/or sensors (51, 52) and changes over to the respectively redundantly provided actuators (24', 33', 37', 38') and/or sensors (51', 52').
A process for transitioning from a first continuous polymerization reaction, for polymerization of one or more α-olefins, in a reactor, for example a gas-phase reactor, conducted in the presence of a first catalyst to a second continuous polymerization reaction in the reactor conducted in the presence of a second catalyst, wherein the first and second catalysts are incompatible, the process comprising: (a) discontinuing the introduction of the first catalyst from a catalyst feeding system into a reactor and emptying the catalyst feeding system of the first catalyst; (b) introducing a first catalyst killer to the reactor to substantially deactivate the first catalyst in the reactor; (c) introducing a second catalyst killer to the catalyst feeding system to substantially deactivate the first catalyst in the catalyst feeding system; (d) introducing a second catalyst to the catalyst feeding system and (e) introducing the second catalyst to the reactor from the catalyst feeding system, wherein the second catalyst killer is the same as or different from the first catalyst killer. (a) discontinuing the introduction of the first catalyst from a catalyst feeding system into a reactor and emptying the catalyst feeding system of the first catalyst; (b) introducing a first catalyst killer to the reactor to substantially deactivate the first catalyst in the reactor; (c) introducing a second catalyst killer to the catalyst feeding system to substantially deactivate the first catalyst in the catalyst feeding system; (d) introducing a second catalyst to the catalyst feeding system and (e) introducing the second catalyst to the reactor from the catalyst feeding system, wherein the second catalyst killer is the same as or different from the first catalyst killer.
A data backup method, comprising: acquiring (S101, S201), by a terminal, current subscriber identification module, SIM, card information of the terminal when a first account is logged into, wherein the first account is bound to a preset first SIM card; registering, by the terminal, a second account associated with a second SIM card when determining based on the acquired current SIM card information that a current SIM card corresponding to the acquired current SIM card information is a second SIM card instead of the first SIM card, wherein the second account is bound to the second SIM card; executing (S103, S204), by the terminal, a predetermined data backup process to backup data of the first account to the second account after the second account is registered, comprising: sending, by the terminal, an instruction to a server storing data corresponding to the first account according to the predetermined data backup process, wherein the instruction is configured to instruct the server to copy the data stored in a storage space corresponding to the first account to a storage space corresponding to the second account; and sending (S104, S205), by the terminal, to a server corresponding to the first account, a deletion instruction for instructing the server to delete the data of the first account after determining that the data stored in the storage space corresponding to the first account has been copied to the storage space corresponding to the second account. acquiring (S101, S201), by a terminal, current subscriber identification module, SIM, card information of the terminal when a first account is logged into, wherein the first account is bound to a preset first SIM card; registering, by the terminal, a second account associated with a second SIM card when determining based on the acquired current SIM card information that a current SIM card corresponding to the acquired current SIM card information is a second SIM card instead of the first SIM card, wherein the second account is bound to the second SIM card; executing (S103, S204), by the terminal, a predetermined data backup process to backup data of the first account to the second account after the second account is registered, comprising: sending, by the terminal, an instruction to a server storing data corresponding to the first account according to the predetermined data backup process, wherein the instruction is configured to instruct the server to copy the data stored in a storage space corresponding to the first account to a storage space corresponding to the second account; and sending (S104, S205), by the terminal, to a server corresponding to the first account, a deletion instruction for instructing the server to delete the data of the first account after determining that the data stored in the storage space corresponding to the first account has been copied to the storage space corresponding to the second account.
A heat dissipation system used for a communications device, wherein the communications device comprises a chassis, a network board, a service board, a backplane, and a high-rate cable; the chassis is configured to house the network board, the service board, the backplane, and the high-rate cable; the backplane is vertically inserted in a middle part or a middle rear part of the chassis, and parallel to a front side of the chassis; the service board and the network board are parallel and are connected to a front side of the backplane; the high-rate cable is connected between the network board and the service board on a rear side of the backplane; and the heat dissipation system further comprises multiple fans that are installed in an array form on a rear side of the chassis, and an air vent that penetrates through the backplane; wherein at least one gap (200, 220) is formed between the multiple fans, and the high-rate cable connected between the network board and the service board passes through the gap (200, 220), characterized in that the at least one gap comprises a first gap, which is formed along a vertical direction between the multiple fans, and the high-rate cable connected between the network board and the service board passes through the first gap, wherein the multiple fans are installed in a form of two columns of fans, and the first gap is provided between the two columns of fans, wherein the at least one gap comprises a second gap, which is formed along a horizontal direction between the multiple fans, and the high-rate cable connected between the network board and the service board passes through the second gap.
A modular mock workpiece assembly for use with a desktop electronic device conducting a welding simulation, the assembly comprising: a first mock workpiece comprising: a first plurality of markers configured for recognition or detection by the desktop electronic device; and a connector; a second mock workpiece comprising: a second plurality of markers configured for recognition or detection by the desktop electronic device; and a complementary connector configured for tool-less connection to the connector of the first mock workpiece; and characterized in that the tool-less connection of the connector and complementary connector is adapted to create a first joint at an intersection of the first mock workpiece and the second mock workpiece, the first joint comprising at least one selected from a lap joint, a butt joint, a corner joint, a T joint, an edge joint, and a pipe joint. a first mock workpiece comprising: a first plurality of markers configured for recognition or detection by the desktop electronic device; and a connector; a first plurality of markers configured for recognition or detection by the desktop electronic device; and a connector; a second mock workpiece comprising: a second plurality of markers configured for recognition or detection by the desktop electronic device; and a complementary connector configured for tool-less connection to the connector of the first mock workpiece; a second plurality of markers configured for recognition or detection by the desktop electronic device; and a complementary connector configured for tool-less connection to the connector of the first mock workpiece; and characterized in that the tool-less connection of the connector and complementary connector is adapted to create a first joint at an intersection of the first mock workpiece and the second mock workpiece, the first joint comprising at least one selected from a lap joint, a butt joint, a corner joint, a T joint, an edge joint, and a pipe joint.