mhurhangee/ep-ind-claims huggingface dataset:
A hydrodynamic filter unit comprising: a fluid chamber; an inlet channel connected to the fluid chamber by which a fluid including a target material can be introduced into the fluid chamber; a plurality of outlet channels connected to the fluid chamber through which fluid from the fluid chamber can be discharged; and a plurality of capturing portions (41, 43) for capturing the target material, the plurality of capturing portions being disposed in connection portions where the fluid chamber and each of the plurality of outlet channels are connected characterized by an accumulation prevention portion for preventing molecules other than the target material from being accumulated between capturing portions of the plurality of capturing portions, wherein the accumulation prevention portion being disposed between the plurality of outlet channels and protruding from an inside surface of the fluid chamber. a fluid chamber; an inlet channel connected to the fluid chamber by which a fluid including a target material can be introduced into the fluid chamber; a plurality of outlet channels connected to the fluid chamber through which fluid from the fluid chamber can be discharged; and a plurality of capturing portions (41, 43) for capturing the target material, the plurality of capturing portions being disposed in connection portions where the fluid chamber and each of the plurality of outlet channels are connected characterized by an accumulation prevention portion for preventing molecules other than the target material from being accumulated between capturing portions of the plurality of capturing portions, wherein the accumulation prevention portion being disposed between the plurality of outlet channels and protruding from an inside surface of the fluid chamber.
An electronic percussion instrument comprising: a struck surface; and strike sensors (10, 20, 30, 40) configured to detect a strike on the struck surface, wherein the strike sensors (10, 20, 30, 40) comprise a central sensor disposed at a central portion of the struck surface and at least one peripheral sensor disposed at a peripheral portion of the struck surface; the electronic percussion instrument being characterized in further comprising a first waiting device (S30, S31), configured to, when the central sensor detects the strike earlier than the peripheral sensor, perform a first waiting process for a first predetermined time after the central sensor detects the strike; a second waiting device (S20, S50, S51), configured to, when the peripheral sensor detects the strike earlier than the central sensor, perform a second waiting process for a second predetermined time after the peripheral sensor detects the strike; and a sound production instruction device (S41, S55), configured to, when the first waiting device (S30, S31) is activated, instruct production of a striking sound after the first waiting process of the first waiting device (S30, S31) ends, and configured to, when the second waiting device (S20, S50, S51) is activated, if the central sensor does not detect the strike within the second waiting process of the second waiting device (S20, S50, S51), instruct production of a striking sound after the second waiting process of the second waiting device (S20, S50, S51) ends. a struck surface; and strike sensors (10, 20, 30, 40) configured to detect a strike on the struck surface, wherein the strike sensors (10, 20, 30, 40) comprise a central sensor disposed at a central portion of the struck surface and at least one peripheral sensor disposed at a peripheral portion of the struck surface; the electronic percussion instrument being characterized in further comprising a first waiting device (S30, S31), configured to, when the central sensor detects the strike earlier than the peripheral sensor, perform a first waiting process for a first predetermined time after the central sensor detects the strike; a second waiting device (S20, S50, S51), configured to, when the peripheral sensor detects the strike earlier than the central sensor, perform a second waiting process for a second predetermined time after the peripheral sensor detects the strike; and a sound production instruction device (S41, S55), configured to, when the first waiting device (S30, S31) is activated, instruct production of a striking sound after the first waiting process of the first waiting device (S30, S31) ends, and configured to, when the second waiting device (S20, S50, S51) is activated, if the central sensor does not detect the strike within the second waiting process of the second waiting device (S20, S50, S51), instruct production of a striking sound after the second waiting process of the second waiting device (S20, S50, S51) ends.
Method for monitoring a dynamic vibration behaviour of a rotating shaft in a machine which has two main stiffness axes (V, H) forming an orthotropic coordinate system, characterised in that vibrations are detected by at least two sensors (10, 12) forming a coordinate system, positioned outside the shaft at defined different spatial positions, the dynamic vibration behaviour in the coordinate system of the sensors (10, 12) is determined from the vibrations detected by the sensors (10, 12) the dynamic vibration behaviour determined in the coordinate system of the sensors (10, 12) is transferred into the orthotropic coordinate system with the main stiffness axes (V, H) and subsequently the resonance ranges in the direction of the main stiffness axes (V, H) are determined.
An information transmission method, comprising: determining information of a group of terminals to be sent; wherein the information of the group of terminals at least comprises: a slot format indication; the slot format indication is sent using a first DCI format, and information other than the slot format indication is sent using at least one DCI format other than the first DCI format; and sending, through a group common physical downlink control channel, PDCCH, the information of the group of terminals using at least one DCI format; characterized in that: information about the at least one DCI format comprises at least one of: an information sending period corresponding to the at least one DCI format used for sending the information of the group of terminals, or indication information of the at least one DCI format that needs to be detected by the terminals; wherein the information about the at least one DCI format is sent through high layer signaling. determining information of a group of terminals to be sent; wherein the information of the group of terminals at least comprises: a slot format indication; the slot format indication is sent using a first DCI format, and information other than the slot format indication is sent using at least one DCI format other than the first DCI format; and sending, through a group common physical downlink control channel, PDCCH, the information of the group of terminals using at least one DCI format; characterized in that: information about the at least one DCI format comprises at least one of: an information sending period corresponding to the at least one DCI format used for sending the information of the group of terminals, or indication information of the at least one DCI format that needs to be detected by the terminals; wherein the information about the at least one DCI format is sent through high layer signaling. information about the at least one DCI format comprises at least one of: an information sending period corresponding to the at least one DCI format used for sending the information of the group of terminals, or indication information of the at least one DCI format that needs to be detected by the terminals; wherein the information about the at least one DCI format is sent through high layer signaling.
A bicistronic expression vector for silencing a gene in astrocytes and neurons comprising two expression cassettes, wherein a first cassette comprises "astrocyte specific promoter-posttranscriptional regulatory element-the first silencer sequence-polyA tail" and a second cassette comprises "neuron specific promoter- posttranscriptional regulatory element -the second silencer sequence -polyA tail".
A zinc oxide sintered compact consisting essentially of zinc oxide with zirconium at 10 to 1000 ppm in addition to zinc oxide, the zinc oxide sintered compact having a relative density of 97 % or greater, and the zinc oxide sintered compact having a transverse intensity of 40 MPa or greater, when measured in accordance with JIS R-1601.
Method for preparing substances for qualitative and quantitative analyses characterized in that in a delimited and sealed cavity, a defined region of a sample with a desired analyte is clamped and isolated, then brought into contact with a liquid introduced through a supply line, wherein this liquid is supplied together with dragged-along or dissolved matrix and with the desired analyte as a so-called specimen via a discharge line to a measuring device, wherein the cavity is delimited by a head with a sealing edge and a counter-head with a counter sealing edge or delimited by a head with a sealing edge and a plate arranged between head and counter-head, and wherein the absolute sealing and isolation of the cavity is achieved in that the material of the sample is clamped between the sealing edge and the counter sealing edge or between the sealing edge and the plate, and wherein the sealing edge and counter sealing edge lie on one another in an interlocking fashion in the closed state or the sealing edge and the plate lie flat on each other in the closed state.
A device (3; 3'; 3") for holding a pipe in a corresponding groove of a temperature control system integrated in a surface, and for forming a thermal connection between the surface and the pipe, the device comprising a sheet of metallic material with a longitudinal axis, the cross-section of the device comprising a central section (33; 33'; 33") for receiving the pipe and a lateral section (31, 32; 31', 32'; 31",32") at each one of two opposite sides of the central section (33; 33'; 33"), the lateral sections (31, 32; 31', 32'; 31 ", 32") being designed for coming into contact with the surface at each side of the groove, respectively, when holding the pipe, each of the lateral sections (31, 32; 31', 32'; 31", 32") being flat and angled about a corner (34, 35; 34', 35'; 34", 35"), respectively, with regard to the central section (33; 33'; 33"), and wherein the central section (33; 33'; 33") is resilient such that it can be inserted by deformation in the groove having a cross-section tapering towards the surface, and expand back in the groove so that the device takes the shape of an omega; characterised in that the angle at the corner (34, 35; 34', 35'; 34", 35") between each of the lateral sections (31, 32; 31', 32'; 31 ", 32") and the central section (33; 33'; 33"), before insertion of the device in the groove, is equal to or less than 80°.
A method (300, 400) of contextual authentication comprising: monitoring one or more activities performed with a computing device (100, 200, 404), said monitoring including the monitoring of a microphone for audio data; transmitting contextual data derived from the one or more activities and said audio data to a proxy device (250, 404) coupled to the computing device (100, 200, 402) by a network, said contextual data derived from the audio data including whether music is playing, and if so, which type of music, and/or music of which specific song, and/or music of which specific artist; storing a set of user credentials in an encrypted vault; generating (308, 412), in response to a request (304, 410) for access to a username-password combination in the set of user credentials, a challenge question based on the contextual data; evaluating (312, 422) a response (310, 420) to the challenge question to determine whether the response (310, 420) is correct; and transmitting (316, 426) one of the set of user credentials that corresponds to a secure resource (240, 406) to the secure resource (240, 406) over the network when the response to the challenge question is correct. monitoring one or more activities performed with a computing device (100, 200, 404), said monitoring including the monitoring of a microphone for audio data; transmitting contextual data derived from the one or more activities and said audio data to a proxy device (250, 404) coupled to the computing device (100, 200, 402) by a network, said contextual data derived from the audio data including whether music is playing, and if so, which type of music, and/or music of which specific song, and/or music of which specific artist; storing a set of user credentials in an encrypted vault; generating (308, 412), in response to a request (304, 410) for access to a username-password combination in the set of user credentials, a challenge question based on the contextual data; evaluating (312, 422) a response (310, 420) to the challenge question to determine whether the response (310, 420) is correct; and transmitting (316, 426) one of the set of user credentials that corresponds to a secure resource (240, 406) to the secure resource (240, 406) over the network when the response to the challenge question is correct.
An engine assembly for an aircraft, the assembly comprising: an engine; a drive shaft configured to be driven by the engine; a bladed propeller located at the distal end of the drive shaft with respect to the engine; a cooling circuit for circulating cooling fluid around the engine, the cooling circuit comprising a radiator mounted directly on the main body of the engine; the radiator comprising an aperture through which the drive shaft is received, the aperture being located such that the radiator substantially circumferentially surrounds the drive shaft, the radiator further comprising a longitudinally extending shroud, the shroud comprising a tubular side wall arranged to circumferentially surround the drive shaft; the radiator further comprising additional apertures for allowing air to pass therethrough, wherein the additional apertures extend longitudinally through the radiator and each define an elongate passage; wherein the tubular side wall of the shroud is upstanding from an outer peripheral edge of the radiator, and an end of the tubular side wall of the shroud distal from the radiator is adjacent to the rear side of the propeller blades, wherein the tubular side wall of the shroud flares outwardly, and characterised in that an air intake for the engine is provided proximal to a peripheral edge of the radiator; and in that each of the elongate passages comprises a restricted portion at a substantially longitudinally central position. an engine; a drive shaft configured to be driven by the engine; a bladed propeller located at the distal end of the drive shaft with respect to the engine; a cooling circuit for circulating cooling fluid around the engine, the cooling circuit comprising a radiator mounted directly on the main body of the engine; the radiator comprising an aperture through which the drive shaft is received, the aperture being located such that the radiator substantially circumferentially surrounds the drive shaft, the radiator further comprising a longitudinally extending shroud, the shroud comprising a tubular side wall arranged to circumferentially surround the drive shaft; the radiator further comprising additional apertures for allowing air to pass therethrough, wherein the additional apertures extend longitudinally through the radiator and each define an elongate passage; wherein the tubular side wall of the shroud is upstanding from an outer peripheral edge of the radiator, and an end of the tubular side wall of the shroud distal from the radiator is adjacent to the rear side of the propeller blades, wherein the tubular side wall of the shroud flares outwardly, and characterised in that an air intake for the engine is provided proximal to a peripheral edge of the radiator; and in that each of the elongate passages comprises a restricted portion at a substantially longitudinally central position.
An assembly comprising a set of strands forming a mooring and/or anchor cable, the strands extending mainly in a so-called direction D of tension in which the set of strands is intended to experience tensile stresses, characterized in that all the strands that form the set are made from the same material with the same mechanical tensile strength, the strands are made of transparent nylon and able to conduct light at least for certain wavelengths of light, in that at least one strand of the set forms a diagnostic fiber so that the diagnostic fiber is able to conduct light, the light propagating through the diagnostic fiber between an entrance end and an exit end, and in that the assembly comprises a diagnostic device comprising: - a light source arranged to send a light beam into the diagnostic fiber at the entrance end, - a first optical sensor capable of delivering a signal representative of the light intensity in the exit end of the diagnostic fiber, the light intensity in the exit end of the diagnostic fiber being correlated to the mechanical state of the diagnostic fiber. the strands are made of transparent nylon and able to conduct light at least for certain wavelengths of light, in that at least one strand of the set forms a diagnostic fiber so that the diagnostic fiber is able to conduct light, the light propagating through the diagnostic fiber between an entrance end and an exit end, and in that the assembly comprises a diagnostic device comprising: - a light source arranged to send a light beam into the diagnostic fiber at the entrance end, - a first optical sensor capable of delivering a signal representative of the light intensity in the exit end of the diagnostic fiber, the light intensity in the exit end of the diagnostic fiber being correlated to the mechanical state of the diagnostic fiber. - a light source arranged to send a light beam into the diagnostic fiber at the entrance end, - a first optical sensor capable of delivering a signal representative of the light intensity in the exit end of the diagnostic fiber, the light intensity in the exit end of the diagnostic fiber being correlated to the mechanical state of the diagnostic fiber.
Method for error-protected transmission of useful data in a networked, time-controlled communication system, comprising at least one cluster having at least two nodes, wherein nodes are formed with at least a host controller and a communication controller and at least one node captures useful data and transmits them to at least one second node of the cluster, characterized in that a plausibility is ascertained for at least relevant useful data (1A - 1C, 2A, 2B,...) of the node (1, 2) before transmission, at least the plausibility is transmitted with the useful data, after reception by at least one second node (1, 2) of the cluster, the plausibility of the received useful data (1A - 1C, 2A, 2B, 3A,...) is ascertained, and at least the plausibilities of the sending and the receiving node (1, 2) are checked for consistency.
A method implemented by a base station in a wireless communication system, the method being characterized by: receiving an update message indicating that a neighboring base station is serving a particular cell, wherein the received update message comprises an identifier that identifies said particular cell; and controlling handover to or from said particular cell, wherein if the identifier identifies said particular cell as a fixed cell, said controlling comprises performing the handover when signal measurements for the handover meet a defined signal measurement threshold for one threshold amount of time, and wherein if the identifier identifies said particular cell as a mobile cell, said controlling comprises performing the handover when the signal measurements for the handover meet the defined signal measurement threshold for a different threshold amount of time that is greater than the one threshold amount of time. receiving an update message indicating that a neighboring base station is serving a particular cell, wherein the received update message comprises an identifier that identifies said particular cell; and controlling handover to or from said particular cell, wherein if the identifier identifies said particular cell as a fixed cell, said controlling comprises performing the handover when signal measurements for the handover meet a defined signal measurement threshold for one threshold amount of time, and wherein if the identifier identifies said particular cell as a mobile cell, said controlling comprises performing the handover when the signal measurements for the handover meet the defined signal measurement threshold for a different threshold amount of time that is greater than the one threshold amount of time. wherein if the identifier identifies said particular cell as a fixed cell, said controlling comprises performing the handover when signal measurements for the handover meet a defined signal measurement threshold for one threshold amount of time, and wherein if the identifier identifies said particular cell as a mobile cell, said controlling comprises performing the handover when the signal measurements for the handover meet the defined signal measurement threshold for a different threshold amount of time that is greater than the one threshold amount of time.
A high strength steel sheet characterized by having a composition consisting of, on a percent by mass basis, C: 0.17% or more, and 0.73% or less; Si: 3.0% or less; Mn: 0.5% or more, and 3.0% or less; P: 0.1% or less; S: 0.07% or less; Al: 3.0% or less; and N: 0.010% or less, while it is satisfied that Si + Al is 0.7% or more, optionally comprising at least one type of element selected from Cr: 0.05% or more, and 5.0% or less; V: 0.005% or more, and 1.0% or less; Mo: 0.005% or more, and 0.5% or less; Ti: 0.01% or more, and 0.1% or less; Nb: 0.01% or more, and 0.1% or less; B: 0.0003% or more, and 0.0050% or less; Ni: 0.05% or more, and 2.0% or less; Cu: 0.05% or more, and 2.0% or less; Ca: 0.001% or more, and 0.005% or less; REM: 0.001% or more, and 0.005% or less; and the remainder includes Fe and incidental impurities, wherein regarding the steel sheet microstructure, it is satisfied that the area percentage of a total amount of lower bainite and whole martensite is 10% or more, and 90% or less relative to the whole steel sheet microstructure, the amount of retained austenite is 5% or more, and 50% or less, the area percentage of bainitic ferrite in upper bainite is 5% or more relative to the whole steel sheet microstructure, as-quenched martensite is 75% or less of the total amount of lower bainite and whole martensite, and the area percentage of polygonal ferrite is 10% or less (including 0%) relative to the whole steel sheet microstructure, the average amount of C in the retained austenite is 0.70% or more, and the tensile strength is 980 MPa or more.