mhurhangee/ep-ind-claims huggingface dataset:
A radio tag reading device comprising: a body portion including a radio tag reader that reads a radio tag; a grip portion detachably connected to the body portion; a magnet provided in the grip portion; a magnet detector provided in the body portion and configured to detect magnetism generated by the magnet; an operation component provided in the grip portion and configured to operate reading of the radio tag; a state detector configured to detect a state of the grip portion based on the magnetism detected by the magnet detector; and a reading controller configured to control the radio tag reader, wherein the magnet moves in conjunction with an operation of the operation component and a distance between the magnet and the magnetic detector changes according to the operation of the operation unit, the reading controller controls the radio tag reader according to the state of the grip portion detected by the state detector, characterized in that based on the magnetism detected by the magnetic detector, the state detector detects whether the state of the grip portion is a connection state in which the grip portion is connected to the body portion or a non-connection state in which the grip portion is not connected to the body portion. a body portion including a radio tag reader that reads a radio tag; a grip portion detachably connected to the body portion; a magnet provided in the grip portion; a magnet detector provided in the body portion and configured to detect magnetism generated by the magnet; an operation component provided in the grip portion and configured to operate reading of the radio tag; a state detector configured to detect a state of the grip portion based on the magnetism detected by the magnet detector; and a reading controller configured to control the radio tag reader, wherein the magnet moves in conjunction with an operation of the operation component and a distance between the magnet and the magnetic detector changes according to the operation of the operation unit, the reading controller controls the radio tag reader according to the state of the grip portion detected by the state detector, characterized in that based on the magnetism detected by the magnetic detector, the state detector detects whether the state of the grip portion is a connection state in which the grip portion is connected to the body portion or a non-connection state in which the grip portion is not connected to the body portion.
A medical device for closing a luminal tissue passageway between a first and a second chamber in a body, the luminal tissue passageway having first and second open ends, comprising: a closure line having a first end and a second end; a first expandable anchor connected to the first end of the closure line; and a second expandable anchor located along the second end of the closure line, the second expandable anchor configured to substantially close the second open end of the passageway and inhibit fluid communication from the first chamber to the second chamber when the closure line is tensioned between the first expandable anchor and the second expandable anchor, characterized in that, the first expandable anchor has a plurality of distally oriented flexible members configured to project from within the passageway out through the first open end without penetrating the luminal tissue passageway wall. a closure line having a first end and a second end; a first expandable anchor connected to the first end of the closure line; and a second expandable anchor located along the second end of the closure line, the second expandable anchor configured to substantially close the second open end of the passageway and inhibit fluid communication from the first chamber to the second chamber when the closure line is tensioned between the first expandable anchor and the second expandable anchor, characterized in that, the first expandable anchor has a plurality of distally oriented flexible members configured to project from within the passageway out through the first open end without penetrating the luminal tissue passageway wall.
A method for controlling the consumption rate of a yarn being unwound from an accumulation feeder toward a textile machine, wherein the yarn tension is stabilized on a reference tension (T_ref) by a weft braking device driven by a control unit that receives a measured tension signal (T_meas) from a tension sensor, characterized in that it comprises the steps of: - continuously measuring the yarn consumption rate (YS_meas), - continuously comparing said yarn consumption rate (YS_meas) with a reference rate (YS_ref), - if the difference between said yarn consumption rate (YS_meas) and said reference rate (YS_ref) falls within a predefined error range that indicates that the machine is operating with constant consumption, then adjust said reference tension (T_ref) so as to minimize the difference between said yarn consumption rate (YS_meas) and said reference rate (YS_ref), otherwise disable said adjustment of the reference tension (T_ref), said yarn consumption rate being calculated by a speed evaluation block as a function of pulses originating from a sensor provided on the accumulation feeder and generating a pulse for each yarn loop unwound. - continuously measuring the yarn consumption rate (YS_meas), - continuously comparing said yarn consumption rate (YS_meas) with a reference rate (YS_ref), - if the difference between said yarn consumption rate (YS_meas) and said reference rate (YS_ref) falls within a predefined error range that indicates that the machine is operating with constant consumption, then adjust said reference tension (T_ref) so as to minimize the difference between said yarn consumption rate (YS_meas) and said reference rate (YS_ref), otherwise disable said adjustment of the reference tension (T_ref), said yarn consumption rate being calculated by a speed evaluation block as a function of pulses originating from a sensor provided on the accumulation feeder and generating a pulse for each yarn loop unwound.
A film comprising a stack of polymer layers, the polymer layers being organized into layer packets, each of the layer packets having at least two of the polymer layers; wherein attachment between adjacent layer packets is weak enough to permit the layer packets to be separately irreversibly delaminated from a remainder of the stack, wherein the stack is configured such that for every pair of adjacent layer packets in the stack, attachment between the layer packets is weaker than attachment between the polymer layers within the layer packets, such that irreversible delamination tends to occur between the layer packets rather than within the layer packets, wherein the polymer layers are non-adhesive; wherein all of the polymer layers in the stack of polymer layers have respective polymer compositions that are coextrudable with each other; wherein each layer packet in the stack includes at least one polymer layer that comprises one or more organic antimicrobial agents; and wherein for each layer packet in the stack, the at least one polymer layer comprising the one or more organic antimicrobial agents is disposed at a front of such layer packet. wherein attachment between adjacent layer packets is weak enough to permit the layer packets to be separately irreversibly delaminated from a remainder of the stack, wherein the stack is configured such that for every pair of adjacent layer packets in the stack, attachment between the layer packets is weaker than attachment between the polymer layers within the layer packets, such that irreversible delamination tends to occur between the layer packets rather than within the layer packets, wherein the polymer layers are non-adhesive; wherein all of the polymer layers in the stack of polymer layers have respective polymer compositions that are coextrudable with each other; wherein each layer packet in the stack includes at least one polymer layer that comprises one or more organic antimicrobial agents; and wherein for each layer packet in the stack, the at least one polymer layer comprising the one or more organic antimicrobial agents is disposed at a front of such layer packet.
A configuration method, applied to a terminal in a communications system, in which a master node and a secondary node jointly provide a service for the terminal, and the method comprises: receiving configuration information for a signaling radio bearer, SRB, of a secondary node from a master node, wherein the SRB is used to transmit a radio resource control, RRC, message between the secondary node and the terminal; and configuring the SRB by using the configuration information for the SRB; sending (S550, S570) a result of configuring the SRB; receiving a downlink RRC message of the secondary node on a first path; and sending an uplink RRC message to the secondary node on a second path, wherein the uplink RRC message is a response message for the downlink RRC message, wherein when the first path is that the downlink RRC message is received by the terminal from the secondary node via the master node, the second path is that the uplink RRC message is sent to the secondary node via the master node, and when the first path is that the downlink RRC message is received by the terminal from the secondary node directly, the second path is that the uplink RRC message is sent to the secondary node directly. receiving configuration information for a signaling radio bearer, SRB, of a secondary node from a master node, wherein the SRB is used to transmit a radio resource control, RRC, message between the secondary node and the terminal; and configuring the SRB by using the configuration information for the SRB; sending (S550, S570) a result of configuring the SRB; receiving a downlink RRC message of the secondary node on a first path; and sending an uplink RRC message to the secondary node on a second path, wherein the uplink RRC message is a response message for the downlink RRC message, wherein when the first path is that the downlink RRC message is received by the terminal from the secondary node via the master node, the second path is that the uplink RRC message is sent to the secondary node via the master node, and when the first path is that the downlink RRC message is received by the terminal from the secondary node directly, the second path is that the uplink RRC message is sent to the secondary node directly.
A system (200, 400) for acquiring seismic data from a seabed, comprising: a case (202, 402) having a cylindrical portion; a cap (204, 416) positioned adjacent to a first end of the case (202, 402); a first conveyor having a first helix structure and provided within the case (202, 402) to receive an ocean bottom seismometer ("OBS") unit at a first end of the first conveyor and transport the OBS unit via the first helix structure to a second end of the first conveyor to provide the OBS unit on the seabed to acquire the seismic data, a first distance between the first end (304, 418) of the first conveyor and the cap (204, 416) less than a second distance between the second end (306, 422) of the first conveyor and the cap (204, 416); a second conveyor having a second helix structure provided within the case, the second conveyor configured to support a second OBS unit; and a support structure configured to extend through a central axis of the first helix structure of the first conveyor and the second helix structure of the second conveyor. a case (202, 402) having a cylindrical portion; a cap (204, 416) positioned adjacent to a first end of the case (202, 402); a first conveyor having a first helix structure and provided within the case (202, 402) to receive an ocean bottom seismometer ("OBS") unit at a first end of the first conveyor and transport the OBS unit via the first helix structure to a second end of the first conveyor to provide the OBS unit on the seabed to acquire the seismic data, a first distance between the first end (304, 418) of the first conveyor and the cap (204, 416) less than a second distance between the second end (306, 422) of the first conveyor and the cap (204, 416); a second conveyor having a second helix structure provided within the case, the second conveyor configured to support a second OBS unit; and a support structure configured to extend through a central axis of the first helix structure of the first conveyor and the second helix structure of the second conveyor.
A solid oxide fuel cell comprising an electrochemical device manifold and interconnect structure, comprising: a metallic manifold comprising a support surface that is impervious to a fuel gas associated with a corresponding electrochemical device; a metallic porous material comprising a permeable planar surface that forms a first electrode interconnect, wherein the manifold is continuous and completely encircles the porous material such that either a single interconnect junction exists between the manifold and the porous material or the manifold and interconnect structure comprises a plurality of tiled permeable metallic structures to yield a plurality of substantially planar junctions between the permeable metallic structures and a dense metallic structure, and wherein an interconnect junction between the support surface and the permeable planar surface comprises an exposed planar surface that is substantially flat and devoid of discontinuities, corners and seams, and further wherein the support surface, the permeable planar surface and the exposed planar surface lay in a single plane common to the support surface, the permeable planar surface and the exposed planar surface; an electrode material deposited onto and fully covering the exposed planar surface of the interconnect junction, the permeable planar surface, and the support surface; and an electrolyte deposited onto the electrode material, wherein the electrolyte substantially seals the first electrode material and provides a fluid barrier between an oxidant and the fuel gas. a metallic manifold comprising a support surface that is impervious to a fuel gas associated with a corresponding electrochemical device; a metallic porous material comprising a permeable planar surface that forms a first electrode interconnect, wherein the manifold is continuous and completely encircles the porous material such that either a single interconnect junction exists between the manifold and the porous material or the manifold and interconnect structure comprises a plurality of tiled permeable metallic structures to yield a plurality of substantially planar junctions between the permeable metallic structures and a dense metallic structure, and wherein an interconnect junction between the support surface and the permeable planar surface comprises an exposed planar surface that is substantially flat and devoid of discontinuities, corners and seams, and further wherein the support surface, the permeable planar surface and the exposed planar surface lay in a single plane common to the support surface, the permeable planar surface and the exposed planar surface; an electrode material deposited onto and fully covering the exposed planar surface of the interconnect junction, the permeable planar surface, and the support surface; and an electrolyte deposited onto the electrode material, wherein the electrolyte substantially seals the first electrode material and provides a fluid barrier between an oxidant and the fuel gas.
A material which is suitable as a cover material for hermetic sealing and is constituted of a three-layer clad material comprising: (i) a base material layer made of a Ni-Cr-Fe alloy containing 36-48 mass-% of Ni, 1-10 mass-% of Cr and Fe, or a Ni-Cr-Co-Fe alloy containing 36-48 mass-% of Ni, 1-10 mass-% of Cr, 6-18 mass-% of Co and Fe; (ii) a first surface layer made of a Ni-Cu alloy containing ≥ 30 mass% Ni, Cu and unavoidable impurities and bonded to one surface of the base material layer; and (iii) a second surface layer made of a Ni-Cu alloy containing ≥ 30 mass% Ni, Cu and unavoidable impurities and bonded to the other surface of the base material layer [10; and the layers and have a thickness of 2-6 μm. (i) a base material layer made of a Ni-Cr-Fe alloy containing 36-48 mass-% of Ni, 1-10 mass-% of Cr and Fe, or a Ni-Cr-Co-Fe alloy containing 36-48 mass-% of Ni, 1-10 mass-% of Cr, 6-18 mass-% of Co and Fe; (ii) a first surface layer made of a Ni-Cu alloy containing ≥ 30 mass% Ni, Cu and unavoidable impurities and bonded to one surface of the base material layer; and (iii) a second surface layer made of a Ni-Cu alloy containing ≥ 30 mass% Ni, Cu and unavoidable impurities and bonded to the other surface of the base material layer [10;
An imaging device, adapted to provide three-dimensional images, for performing a method for providing meaningful real-time visualization of elongate guide members within a surrounding body portion of interest during a clinical intervention, which is capable of being guided by N elongate guide member or members, the imaging device comprising at least one processing device being arranged for - establishing N+1 first spatial imaging planes each having an intersection with each of the N elongate guide member or members; - determining a spatial orientation of each of the N elongate guide member or members based on the intersection of the respective guide member with each of the first spatial imaging planes; and - identifying at least one second spatial imaging plane along or perpendicular to the respective determined spatial orientation of each of the N elongate guide member or members. - establishing N+1 first spatial imaging planes each having an intersection with each of the N elongate guide member or members; - determining a spatial orientation of each of the N elongate guide member or members based on the intersection of the respective guide member with each of the first spatial imaging planes; and - identifying at least one second spatial imaging plane along or perpendicular to the respective determined spatial orientation of each of the N elongate guide member or members.
A method for determining the presence or expression level of a transcript comprising a transcript of a fusion gene on the genome, the method comprising: a step of preparing a transcript from a sample derived from a subject; a step of preparing cDNA from the transcript; a step of concentrating target cDNA hybridized to a capture probe set; a step of subjecting the concentrated target cDNA to sequencing by massively parallel sequencing; and a step of determining the presence or expression level of a transcript comprising a transcript of a fusion gene on the genome; wherein the fusion gene expresses a transcript comprising a part of gene A on the 5' side and a part of gene B on the 3' side linked to each other at a potential junction point, the capture probe set comprises at least two different capture probes that hybridize to a region derived from either gene A or B of cDNA prepared from the transcript, and z ≥ x + y is met, wherein x represents the minimum nucleotide length from an end of each of the capture probes hybridized to the cDNA to the potential junction point, y represents the nucleotide length of the region of each of the capture probes hybridized to cDNA, and z represents the length of a read of massively parallel sequencing. a step of preparing a transcript from a sample derived from a subject; a step of preparing cDNA from the transcript; a step of concentrating target cDNA hybridized to a capture probe set; a step of subjecting the concentrated target cDNA to sequencing by massively parallel sequencing; and a step of determining the presence or expression level of a transcript comprising a transcript of a fusion gene on the genome; wherein the fusion gene expresses a transcript comprising a part of gene A on the 5' side and a part of gene B on the 3' side linked to each other at a potential junction point, the capture probe set comprises at least two different capture probes that hybridize to a region derived from either gene A or B of cDNA prepared from the transcript, and z ≥ x + y is met, wherein x represents the minimum nucleotide length from an end of each of the capture probes hybridized to the cDNA to the potential junction point, y represents the nucleotide length of the region of each of the capture probes hybridized to cDNA, and z represents the length of a read of massively parallel sequencing.
A micromechanical gyroscope comprising - a substrate, and - at least one gyroscopic element comprising ∘ a mass element, ∘ suspension means for flexibly connecting the mass element with respect to the substrate, ∘ means for exciting the mass element into an orbiting bi-directional vibrational mode in which a center of mass of the mass element moves along a closed loop path, and ∘ sensing means (131A-131B) for detecting vibrational characteristics of the mass element, the sensing means being adapted to detect at least one change in the characteristics of the orbiting vibrational mode caused by external rotational motion of the micromechanical gyroscope, characterized in that - the means for exciting comprise means for exerting oscillating forces at two orthogonal directions with 90 degrees phase difference to the mass element for achieving the orbiting mode, and - the sensing means (131A-131B) are adapted to detect a phase shift in said orbiting mode caused by said external rotation. - a substrate, and - at least one gyroscopic element comprising ∘ a mass element, ∘ suspension means for flexibly connecting the mass element with respect to the substrate, ∘ means for exciting the mass element into an orbiting bi-directional vibrational mode in which a center of mass of the mass element moves along a closed loop path, and ∘ sensing means (131A-131B) for detecting vibrational characteristics of the mass element, the sensing means being adapted to detect at least one change in the characteristics of the orbiting vibrational mode caused by external rotational motion of the micromechanical gyroscope, characterized in that ∘ a mass element, ∘ suspension means for flexibly connecting the mass element with respect to the substrate, ∘ means for exciting the mass element into an orbiting bi-directional vibrational mode in which a center of mass of the mass element moves along a closed loop path, and ∘ sensing means (131A-131B) for detecting vibrational characteristics of the mass element, the sensing means being adapted to detect at least one change in the characteristics of the orbiting vibrational mode caused by external rotational motion of the micromechanical gyroscope, - the means for exciting comprise means for exerting oscillating forces at two orthogonal directions with 90 degrees phase difference to the mass element for achieving the orbiting mode, and - the sensing means (131A-131B) are adapted to detect a phase shift in said orbiting mode caused by said external rotation.