mhurhangee/ep-ind-claims huggingface dataset:
A turbofan engine comprising: a fan rotatable about an axis within a case; a first acoustic treatment lining a first portion of the case upstream of the fan; and a second acoustic treatment lining a second portion of the case downstream of the fan, wherein the second acoustic treatment is a single degree of freedom acoustic treatment, and wherein the first acoustic treatment has a different noise-attenuating characteristic relative to the second acoustic treatment, characterized in that the first acoustic treatment is a double degree of freedom acoustic treatment. a fan rotatable about an axis within a case; a first acoustic treatment lining a first portion of the case upstream of the fan; and a second acoustic treatment lining a second portion of the case downstream of the fan, wherein the second acoustic treatment is a single degree of freedom acoustic treatment, and wherein the first acoustic treatment has a different noise-attenuating characteristic relative to the second acoustic treatment, characterized in that the first acoustic treatment is a double degree of freedom acoustic treatment.
A method for measuring on-chip capacitance, the method comprising: disconnecting a target capacitance from a main oscillation circuit of an integrated circuit; connecting the target capacitance to a relaxation oscillator on the integrated circuit; measuring an output of the relaxation oscillator; and measuring the target capacitance based on the measured output disconnecting a target capacitance from a main oscillation circuit of an integrated circuit; connecting the target capacitance to a relaxation oscillator on the integrated circuit; measuring an output of the relaxation oscillator; and measuring the target capacitance based on the measured output
A nucleoside triphosphate derivative, which is represented by formula below: wherein each of X and Y independently represents a bivalent linking group, Z represents a substituent, and B represents a hydrogen atom or a hydroxyl group.
A method comprising: receiving device data for a computing device; determining, based on the device data, an accent library for use in speech recognition; receiving speech at the computing device; recognizing the speech based on the accent library; receiving other speech at the computing device; dynamically determining, based on the other speech, that the other speech is not associated with the accent library; determining another accent library or no accent library for the other speech; and recognizing the other speech with the other or no accent library. receiving device data for a computing device; determining, based on the device data, an accent library for use in speech recognition; receiving speech at the computing device; recognizing the speech based on the accent library; receiving other speech at the computing device; dynamically determining, based on the other speech, that the other speech is not associated with the accent library; determining another accent library or no accent library for the other speech; and recognizing the other speech with the other or no accent library.
Joining device (3, 103, 203) for joining a trailing end (13, 113) of a first strip (1, 101) to a leading end (23, 123) of a second strip (2, 102) to form a tire component, wherein the joining device (3, 103, 203) comprises a support member with a support surface for supporting the first strip (1, 101) and the second strip (2, 102) in a support plane in a first strip position and a second strip position, respectively, on opposite sides of a joining line and a retaining member (5, 205) with a retaining surface for retaining the second strip (2, 102) in a retaining plane extending above the support plane at the second strip position, wherein the retaining member (5, 205) is arranged for retaining the second strip (2, 102) to the retaining surface with the leading end (23, 123) projecting from the retaining member (5, 205) towards the first strip position over a first projecting distance in a projecting direction parallel to the retaining plane, wherein the joining device (3, 103, 203) is arranged for positioning the leading end (23, 123) of the second strip (2, 102) in a joining orientation in which said leading end (23, 123) is closer to the support plane than the rest of the second strip (2, 102), characterized in that the joining device (3, 103, 203) comprises a control unit for controlling a relative movement between the support member and the retaining member (5, 205), wherein the relative movement comprises a first component in a placement direction perpendicular to the support plane to place the leading end (23, 123) of the second strip (2, 102) in the joining orientation in contact with the support plane and a second component in a joining direction transverse to the joining line and parallel to the support plane to bring the leading end (23, 123) of the second strip (2, 102) in the joining orientation into contact with the trailing end (13, 113) of the first strip (1, 101).
A bonded structure comprising - a substrate component having a plurality of first pads arranged on or within a surface of the substrate component; - an integrated circuit component having a plurality of second pads arranged on or within a surface of the integrated circuit component; and - a plurality of connection elements physically connecting the first pads to the second pads, wherein - - the surface of the integrated circuit component is tilted obliquely to the surface of the substrate component at a tilt angle (α); - the tilt angle (α) results from nominal variations of surface sizes of the first and second pads (21, 11) characterised in that the first pads and/or the second pads are arranged in recesses formed on the respective surface (22,12). - a substrate component having a plurality of first pads arranged on or within a surface of the substrate component; - an integrated circuit component having a plurality of second pads arranged on or within a surface of the integrated circuit component; and - a plurality of connection elements physically connecting the first pads to the second pads, wherein - - the surface of the integrated circuit component is tilted obliquely to the surface of the substrate component at a tilt angle (α); - the tilt angle (α) results from nominal variations of surface sizes of the first and second pads (21, 11)
Warp beam arrangement having a warp beam carrier, at least one tensioning device and at least one sectional warp beam, the at least one sectional warp beam being arranged on the warp beam carrier, characterized in that the at least one sectional warp beam is radially tensioned to the warp beam carrier by the tensioning device.
A copolymer which is water-soluble and comprises as constitutional units the following monomers A and B: monomer A: a monomer containing a (meth)acryloyl group and an ester or amide structure in a molecule, wherein said ester or amide structure is not constituted by including a part of said (meth)acryloyl group; monomer B: a monomer containing a (meth)acrylamide group in a molecule and having a structure different from that of said monomer A, wherein said monomer A is a compound represented by the following formula: wherein, R 1 represents hydrogen or methyl; R 2 represents alkyl; X represents oxygen or NR 3, wherein R 3 represents hydrogen or alkyl; Y represents oxygen or NR 4, wherein R 4 represents hydrogen or alkyl; R 4 and R 2 optionally together form a ring structure; and m represents an integer from 1 to 4, and the monomer A content is 5 to 50 mol%, and the monomer B content is 50 to 95 mol%. monomer A: a monomer containing a (meth)acryloyl group and an ester or amide structure in a molecule, wherein said ester or amide structure is not constituted by including a part of said (meth)acryloyl group; monomer B: a monomer containing a (meth)acrylamide group in a molecule and having a structure different from that of said monomer A, R 1 represents hydrogen or methyl; R 2 represents alkyl; X represents oxygen or NR 3, wherein R 3 represents hydrogen or alkyl; Y represents oxygen or NR 4, wherein R 4 represents hydrogen or alkyl; R 4 and R 2 optionally together form a ring structure; and m represents an integer from 1 to 4, and the monomer A content is 5 to 50 mol%, and the monomer B content is 50 to 95 mol%.
Device for rotatably mounting a spray arm (7, 8) of a dishwasher, the device comprising a first sleeve body and a second sleeve body, wherein the first sleeve body provides means for arranging the device on the spray arm (7, 8), and the second sleeve body provides means for arranging the device on an abutment, specifically the feed pipe for the spray arm (7, 8), wherein the first and second sleeve bodies (12, 13) provide mutually corresponding through-flow channels (14, 15) for rinsing fluid, and comprising an axle body, which twistably couples the two sleeve bodies (12, 13) to one another to form an axle bearing of the spray arm (7, 8) without passing through the spray arm (7, 8), wherein, in each case on the axle body, the first sleeve body is supported on one end of the axle body and the second sleeve body is supported on the other end of the axle body and, as a result, are each axially fixed with respect to the axle body in a direction pointing away from the respective other sleeve body (12, 13).
A method for an electronic price label system comprising at least a base station and a plurality of electronic labels for transferring information between the base station and electronic labels, the method comprising. transmitting a first message from base station to a plurality of electronic labels (5a, 5b), the first message comprising at least identification information of one electronic label (5a, 5b), receiving the first message at the electronic label (5a, 5b), recognizing the identification information in the first transmitted message by the electronic label (5a, 5b), and characterized in that the method further comprises: transmitting a second message from the base station to the electronic label (5a, 5b), receiving the second message and sending an acknowledgement message to the second message from electronic label (5a, 5b) with a modulation frequency around an intended and specified modulation frequency from a certain frequency range, searching the acknowledgement message sent with the modulation frequency around the intended and specified modulation frequency from a predefined frequency range at the base station, wherein the acknowledgement message from electronic label (5a, 5b) to base station is sent by reflecting back the transmission of the base station. transmitting a second message from the base station to the electronic label (5a, 5b), receiving the second message and sending an acknowledgement message to the second message from electronic label (5a, 5b) with a modulation frequency around an intended and specified modulation frequency from a certain frequency range, searching the acknowledgement message sent with the modulation frequency around the intended and specified modulation frequency from a predefined frequency range at the base station, wherein the acknowledgement message from electronic label (5a, 5b) to base station is sent by reflecting back the transmission of the base station.
A transmitter comprising: an L1 (Layer-1) signaling data generator configured to generate L1 signaling data including transmission parameter data and an extension field, the transmission parameter data generated from transmission parameters of a main signal; an error correction coding unit configured to perform error correction coding on the L1 signaling data output by the L1 signaling data generator; and a mapper configured to perform mapping on the error correction coded L1 signaling data output by the error correction coding unit, characterized in that the L1 signaling data generator fills the extension field with a predetermined number of 1 bits and a predetermined number of 0 bits so as to decrease a difference between a total number of 0 bits and a total number of 1 bits of the L1 signaling data. an L1 (Layer-1) signaling data generator configured to generate L1 signaling data including transmission parameter data and an extension field, the transmission parameter data generated from transmission parameters of a main signal; an error correction coding unit configured to perform error correction coding on the L1 signaling data output by the L1 signaling data generator; and a mapper configured to perform mapping on the error correction coded L1 signaling data output by the error correction coding unit, characterized in that the L1 signaling data generator fills the extension field with a predetermined number of 1 bits and a predetermined number of 0 bits so as to decrease a difference between a total number of 0 bits and a total number of 1 bits of the L1 signaling data.
A heating cooker comprising: a heating chamber that houses an object to be heated; a heating unit that heats the object to be heated disposed in the heating chamber; an imaging unit that captures an image of an inside of the heating chamber; a heating control information recognizing unit that recognizes heating control information of the object to be heated from the image captured by the imaging unit; a heating controller that controls the heating unit based on the heating control information recognized by the heating control information recognizing unit; characterized by a disposing position guide unit that determines a direction of guiding to guide a disposing position of the object to be heated to a capturing range of the imaging unit; and an operation display unit configured to display the direction of guiding determined by the disposing position guide unit, wherein the disposing position guide unit determines the direction of guiding based on the image captured by the imaging unit. a heating chamber that houses an object to be heated; a heating unit that heats the object to be heated disposed in the heating chamber; an imaging unit that captures an image of an inside of the heating chamber; a heating control information recognizing unit that recognizes heating control information of the object to be heated from the image captured by the imaging unit; a heating controller that controls the heating unit based on the heating control information recognized by the heating control information recognizing unit; characterized by a disposing position guide unit that determines a direction of guiding to guide a disposing position of the object to be heated to a capturing range of the imaging unit; and an operation display unit configured to display the direction of guiding determined by the disposing position guide unit, wherein the disposing position guide unit determines the direction of guiding based on the image captured by the imaging unit.
A respiratory mask, comprising a frame and a nasal pad for respiratory mask, wherein, the frame comprises a nasal pad fixing portion; the nasal pad comprises a nasal pad body and two nasal plugs, the nasal pad fixing portion is fitted with the nasal pad body so as to mount the nasal pad on the frame; each of the nasal plugs comprises a nasal plug body fixedly connected to the nasal pad body; the nasal pad body comprises at least two telescoping adjustment sections (112, 114); the telescoping adjustment sections have extended length and retracted length and are configured in a way that the length thereof may be adjusted between the extended length and the retracted length, thus varying the distance between the two nasal plug bodies; characterised in that, the frame further comprises a frame gas inlet configured to lead gas flow into the nasal pad; the nasal pad body comprises at least two fixed sections (113, 115); the fixed sections (113, 115) are configured in a way that the length thereof is not adjustable; the two nasal plug bodies are fixedly connected with different fixed sections (113, 115); two ends of at least one of the fixed sections fixedly connected with the nasal plug bodies are respectively provided with at least one of the telescoping adjustment sections (112, 114).
A fuel cell module disposed below a floor of a vehicle, the fuel cell module comprising: a high-voltage portion including a fuel cell; a case that is formed of aluminum or aluminum alloy and that accommodates at least a part of the high-voltage portion; and a gasket sandwiched between the case and another component, which is different from the case, characterized in that: an anodic oxide coating is formed on at least a surface that comes into contact with the gasket in a surface of the case; wherein: the case has a groove portion in which the gasket is fitted; and the anodic oxide coating is formed on at least a surface (130a, 130b, 130c) of the groove portion in the surface of the case. a high-voltage portion including a fuel cell; a case that is formed of aluminum or aluminum alloy and that accommodates at least a part of the high-voltage portion; and a gasket sandwiched between the case and another component, which is different from the case, characterized in that: an anodic oxide coating is formed on at least a surface that comes into contact with the gasket in a surface of the case; wherein: the case has a groove portion in which the gasket is fitted; and the anodic oxide coating is formed on at least a surface (130a, 130b, 130c) of the groove portion in the surface of the case. the case has a groove portion in which the gasket is fitted; and the anodic oxide coating is formed on at least a surface (130a, 130b, 130c) of the groove portion in the surface of the case.
A thermally conductive composition, comprising: 10 to 40 parts by mass of a thermoplastic resin which is a polyolefin-based resin having a melt flow rate of 11 to 100 g/10 min measured at 230°C under a load of 2.16 kg according to ASTM D1238E; 60 to 90 parts by mass of a metal oxide (a total of the thermoplastic resin and the metal oxide being 100 parts by mass); and 0.1 to 20 parts by mass of a modified polyolefin-based wax with respect to 100 parts by mass of the thermoplastic resin. 10 to 40 parts by mass of a thermoplastic resin which is a polyolefin-based resin having a melt flow rate of 11 to 100 g/10 min measured at 230°C under a load of 2.16 kg according to ASTM D1238E; 60 to 90 parts by mass of a metal oxide (a total of the thermoplastic resin and the metal oxide being 100 parts by mass); and 0.1 to 20 parts by mass of a modified polyolefin-based wax with respect to 100 parts by mass of the thermoplastic resin.
A method of manufacturing a semiconductor device, comprising a gate forming step of forming a gate structure (31, 32) by patterning a conductive film on a laminate film (13, 14, 15), the gate forming step comprising a step of forming the laminate film on a surface of a semiconductor substrate (W, 11), the laminate film being obtained by laminating a first oxide film containing at least one of a rare earth oxide and an alkaline earth oxide on the substrate, and a high dielectric constant film made from a material of which the dielectric constant is higher than that of silicon oxide on the first oxide film; the gate forming step further comprising a step of forming a first photoresist mask in a first region on the first oxide film and a first etching step of etching the first oxide film in the region exposed by the first photoresist mask; the gate forming step further comprising a step of exposing the first oxide film in the first region by a first removal step of removing the first photoresist mask or a photoresist residue formed on the surface of the first oxide film by a removal liquid, wherein after the first removing step a rinse step is performed of replacing the removal liquid by a rinse liquid, wherein the rinse step is executed immediately after removal of the first photoresist mask by the removal liquid; characterized in that the rinsing step is executed with a rinse liquid made of an alkaline chemical or an organic solvent, so that a loss of the first oxide film during rinsing is decreased as compared to a rinse step in deionized water.
A method of manufacturing a magnetic bearing (20, 50) for an electrical machine, comprising: forming a rotor (36, 52) for a magnetic bearing of the electrical machine; forming a stator (30, 54) for the magnetic bearing, wherein the stator has a plurality of stator teeth (32, 58) separated from the rotor by an air gap (AG, AG1, AG2); and characterized by the further steps of selecting a desired threshold control current, wherein the threshold control current defines a stator winding current value above which modified stator teeth generate a greater force on the rotor than do unmodified stator teeth; selecting a first chamfer dimension (CH, CH1) based on the desired threshold control current; selecting a second chamfer dimension (CW, CW1) based on the desired threshold control current; selecting at least some of the stator teeth for modification; and forming the selected stator teeth as modified stator teeth by incorporating a chamfer on the selected stator teeth using the selected first chamfer dimension and the selected second chamfer dimension. forming a rotor (36, 52) for a magnetic bearing of the electrical machine; forming a stator (30, 54) for the magnetic bearing, wherein the stator has a plurality of stator teeth (32, 58) separated from the rotor by an air gap (AG, AG1, AG2); and characterized by the further steps of selecting a desired threshold control current, wherein the threshold control current defines a stator winding current value above which modified stator teeth generate a greater force on the rotor than do unmodified stator teeth; selecting a first chamfer dimension (CH, CH1) based on the desired threshold control current; selecting a second chamfer dimension (CW, CW1) based on the desired threshold control current; selecting at least some of the stator teeth for modification; and forming the selected stator teeth as modified stator teeth by incorporating a chamfer on the selected stator teeth using the selected first chamfer dimension and the selected second chamfer dimension.
A master evolved node B, MeNB, comprising: logic, at least a portion of which is in hardware, the logic being configured to send an inactivity notification message to a secondary evolved node B, SeNB, which SeNB provides wireless service within a small cell to a dually-connected user equipment UE, to indicate the expiration of an RRC_Inactivity_Timer for the dually-connected UE, receive from the SeNB a state decision message in response to the inactivity notification message, the state decision message indicating whether the dually-connected UE may be transitioned to the RRC_Idle state based on an activity status of the small cell for the dually-connected UE, and determine whether to transition the dually-connected UE to an RRC_Idle state based on the state decision message. send an inactivity notification message to a secondary evolved node B, SeNB, which SeNB provides wireless service within a small cell to a dually-connected user equipment UE, to indicate the expiration of an RRC_Inactivity_Timer for the dually-connected UE, receive from the SeNB a state decision message in response to the inactivity notification message, the state decision message indicating whether the dually-connected UE may be transitioned to the RRC_Idle state based on an activity status of the small cell for the dually-connected UE, and determine whether to transition the dually-connected UE to an RRC_Idle state based on the state decision message.
Dispenser for flat products wound up as rolls with a cover part with a front wall and a housing part, the housing part comprising a rear wall and a first and a second side wall (24, 26), forming an interior space, wherein a pressure arm is provided which is mounted on its one end and which interacts with a setting means, so that a pressure is exerted to an insertable roll in a direction from one side wall to the other side wall, characterized in that the setting means has a ring-shaped adjusting ridge on its surface facing the pressure arm.