mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting an abnormal condition in a heat exchanger, the method comprising: calculating data generated from a plurality of first load variables from sampled values of a plurality of heat exchanger process variables collected over a plurality of sample windows, the plurality of first load variables including a first fluid flow rate; calculating data generated from a plurality of first monitored variables from sampled values of the plurality of heat exchanger process variables collected over a plurality of corresponding sample windows, the plurality of first monitored variables including one or more of a first differential pressure and a first thermal resistance; and generating a function modeling the data generated from the plurality of first load variables as a function of the data generated from the plurality of first monitored variables by adding points to an array, the points comprising ordered pairs of the data generated from the plurality of first load variables and the data generated from the plurality of first monitored variables calculated from corresponding sample windows; wherein the first thermal resistance includes one of the first load variables and one or more of a hot fluid inlet temperature, a hot fluid outlet temperature, a cold fluid inlet temperature, and a cold fluid outlet temperature. calculating data generated from a plurality of first load variables from sampled values of a plurality of heat exchanger process variables collected over a plurality of sample windows, the plurality of first load variables including a first fluid flow rate; calculating data generated from a plurality of first monitored variables from sampled values of the plurality of heat exchanger process variables collected over a plurality of corresponding sample windows, the plurality of first monitored variables including one or more of a first differential pressure and a first thermal resistance; and generating a function modeling the data generated from the plurality of first load variables as a function of the data generated from the plurality of first monitored variables by adding points to an array, the points comprising ordered pairs of the data generated from the plurality of first load variables and the data generated from the plurality of first monitored variables calculated from corresponding sample windows; wherein the first thermal resistance includes one of the first load variables and one or more of a hot fluid inlet temperature, a hot fluid outlet temperature, a cold fluid inlet temperature, and a cold fluid outlet temperature.
An ultrasonic sensor including a cylindrical case with a bottom and a piezoelectric element fixed to the inner side of the bottom portion, the bottom portion constituting a vibrating surface, the ultrasonic sensor comprising: a ring-shaped inner supporter disposed inside the sidewall portion of the case, having a central hole extending in the axial direction at the central portion of the supporter, and having a flat portion around the central hole; a viscoelastic filler disposed inside the central hole and on the flat portion of the inner supporter; characterized in that the ultrasonic transducer further comprises: a tabular member having a rigidity higher than the rigidity of the filler and disposed on the flat portion of the inner supporter so as to face the flat portion with the filler interposed therebetween; and a through-hole corresponding to the central hole of the inner support, the through-hole being formed in the central portion of the tabular member. a ring-shaped inner supporter disposed inside the sidewall portion of the case, having a central hole extending in the axial direction at the central portion of the supporter, and having a flat portion around the central hole; a viscoelastic filler disposed inside the central hole and on the flat portion of the inner supporter; characterized in that the ultrasonic transducer further comprises: a tabular member having a rigidity higher than the rigidity of the filler and disposed on the flat portion of the inner supporter so as to face the flat portion with the filler interposed therebetween; and a tabular member having a rigidity higher than the rigidity of the filler and disposed on the flat portion of the inner supporter so as to face the flat portion with the filler interposed therebetween; and a through-hole corresponding to the central hole of the inner support, the through-hole being formed in the central portion of the tabular member.
A method of fabricating a device, wherein the device comprises a plurality of lengths of material (304; 404; 602a, 602b) and at least one junction joining (302; 402; 706; 806) two or more of the plurality of lengths of material, and wherein the method comprises: in a masking phase, forming a mask (102; 400; 700a, 700b; 800) on an underlying layer of the device, wherein the mask comprises a plurality of trenches (406; 502; 702; 802) exposing the underlying layer, each trench corresponding to one of said plurality of lengths of material, and wherein a respective section of each of at least two of said plurality of trenches either (a) narrows down, or (b) is separated by a discontinuity (408b; 704a, 704b; 804), at a position corresponding to the at least one junction; in a selective area growth phase, growing, by selective-area-growth, material in the plurality of trenches to form the plurality of lengths of material (304; 404; 602a, 602b) on the underlying layer; and joining the two or more of the plurality of lengths of material at the at least one junction (302; 402; 706; 806). in a masking phase, forming a mask (102; 400; 700a, 700b; 800) on an underlying layer of the device, wherein the mask comprises a plurality of trenches (406; 502; 702; 802) exposing the underlying layer, each trench corresponding to one of said plurality of lengths of material, and wherein a respective section of each of at least two of said plurality of trenches either (a) narrows down, or (b) is separated by a discontinuity (408b; 704a, 704b; 804), at a position corresponding to the at least one junction; in a selective area growth phase, growing, by selective-area-growth, material in the plurality of trenches to form the plurality of lengths of material (304; 404; 602a, 602b) on the underlying layer; and joining the two or more of the plurality of lengths of material at the at least one junction (302; 402; 706; 806).
Replacement device intended to replace an aircraft engine inside a propulsion unit that also comprises a nacelle and has a main axis, said nacelle comprising at least one pair of protective cowls (21, 22) for the engine, and the propulsion unit comprising an engine support pylon having at least two engine attachments (43, 44), said protective cowls each being mounted so as to pivot about an axis (X1, X2) substantially parallel to the main axis, between an open position and a closed position, the replacement device comprising: - a body that extends along a first axis and is designed to be positioned substantially parallel to the main axis, characterized in that the device comprises: - at least two anchor points (2a, 2b) that are integral with the body and designed to be fixed to the engine attachments (43, 44) of the engine support pylon, - bearing-surface portions (11, 12) on which the protective cowls can rest. - a body that extends along a first axis and is designed to be positioned substantially parallel to the main axis, characterized in that the device comprises: - at least two anchor points (2a, 2b) that are integral with the body and designed to be fixed to the engine attachments (43, 44) of the engine support pylon, - bearing-surface portions (11, 12) on which the protective cowls can rest. - at least two anchor points (2a, 2b) that are integral with the body and designed to be fixed to the engine attachments (43, 44) of the engine support pylon, - bearing-surface portions (11, 12) on which the protective cowls can rest.
A borehole drilling tool, comprising: a drilling body having an outer surface and defining a receptacle exposed in the outer surface; a first stabilizer (130 1) having a first underside, the first stabilizer (130 1) disposed on the outer surface of the drilling body and covering the receptacle; and a sensor component (140, 150) for measuring in the borehole, the sensor component (140, 150) disposed in the receptacle and including a sensor housing characterized in that the sensor housing is mounted with a mounting surface of the sensor housing directly affixed using one or more fasteners to the first underside of the first stabilizer (130 1). a drilling body having an outer surface and defining a receptacle exposed in the outer surface; a first stabilizer (130 1) having a first underside, the first stabilizer (130 1) disposed on the outer surface of the drilling body and covering the receptacle; and a sensor component (140, 150) for measuring in the borehole, the sensor component (140, 150) disposed in the receptacle and including a sensor housing characterized in that the sensor housing is mounted with a mounting surface of the sensor housing directly affixed using one or more fasteners to the first underside of the first stabilizer (130 1).
A method for transmitting media data by a sending entity in a MPEG Media Transport, MMT, system, the method comprising: identifying at least one media processing unit, MPU for transmission of the media data, each of the at least one MPU including at least one media fragment unit, MFU; configuring a payload for transmission of media data, the payload including media data of one or more MFU of the at least one MFU; and transmitting a packet including the configured payload to a receiving entity, wherein the payload includes sample number information indicating a sample number of a sample to which media data of the respective MFU belongs, and offset information indicating an offset of media data of the respective MFU in the sample, wherein the respective MFU comprises, in an MFU header, at least one hint sample of an MMT hint track related to a location of the media data of the respective MFU. identifying at least one media processing unit, MPU for transmission of the media data, each of the at least one MPU including at least one media fragment unit, MFU; configuring a payload for transmission of media data, the payload including media data of one or more MFU of the at least one MFU; and transmitting a packet including the configured payload to a receiving entity, wherein the payload includes sample number information indicating a sample number of a sample to which media data of the respective MFU belongs, and offset information indicating an offset of media data of the respective MFU in the sample, wherein the respective MFU comprises, in an MFU header, at least one hint sample of an MMT hint track related to a location of the media data of the respective MFU.
A method for operating a system for secure one-way RFID tag identification, the system comprising an RFID tag reader, and a tags talk only, TTO, RFID tag including a memory storing a tag identifier of the TTO RFID tag, the method comprising: generating, at the TTO RFID tag, an auxiliary identifier; generating, at the TTO RFID tag, a secure representation based on the auxiliary identifier; transmitting, from the TTO RFID tag and receiving at the RFID reader, one or more representations of the auxiliary identifier and the tag identifier including the secure representation; and verifying the identity of the TTO RFID tag based on the received representations, wherein the method includes only one-way data communication from the TTO RFID tag to the RFID tag reader, and wherein the auxiliary identifier is a random number. generating, at the TTO RFID tag, an auxiliary identifier; generating, at the TTO RFID tag, a secure representation based on the auxiliary identifier; transmitting, from the TTO RFID tag and receiving at the RFID reader, one or more representations of the auxiliary identifier and the tag identifier including the secure representation; and verifying the identity of the TTO RFID tag based on the received representations, wherein the method includes only one-way data communication from the TTO RFID tag to the RFID tag reader, and wherein the auxiliary identifier is a random number.
A vector composition comprising, a colloidal gold particle, a thiol polyethylene glycol and one or more agents, and wherein the one or more agents are bound directly to the colloidal gold particle or indirectly through one or more integrating molecules selected from a polycationic molecule, or a member of a binding pair.
A communication control device for managing communication devices of a second wireless system that secondarily uses some or all of frequencies being used by a first wireless system, the communication control device comprising: an acquisition section configured to acquire, from the second wireless system, desired communication parameter information regarding secondary use; a setting section (330, 340) configured to set a tentative communication parameter for the second wireless system on a basis of the desired communication parameter information by calculating frequency information that is available to each communication device of the second wireless system in accordance with a prescribed spectrum policy and estimating service areas of the respective communication devices of the second wireless system; a determination section (330, 340) configured to determine, by using a protection criterion for the first wireless system, whether or not the tentative communication parameter set by the setting section satisfies a prescribed requirement regarding the first wireless system and to adjust a configuration of secondary use between the communication devices of the second wireless system on the basis of positional relation between the estimated service areas of the communication devices of the second wireless system and on the basis of a wireless access method available to the communication devices of the second wireless system; and a reporting section configured to report, in a case where the determination section determines that the prescribed requirement is satisfied, a permission communication parameter based on the tentative communication parameter to the second wireless system. an acquisition section configured to acquire, from the second wireless system, desired communication parameter information regarding secondary use; a setting section (330, 340) configured to set a tentative communication parameter for the second wireless system on a basis of the desired communication parameter information by calculating frequency information that is available to each communication device of the second wireless system in accordance with a prescribed spectrum policy and estimating service areas of the respective communication devices of the second wireless system; a determination section (330, 340) configured to determine, by using a protection criterion for the first wireless system, whether or not the tentative communication parameter set by the setting section satisfies a prescribed requirement regarding the first wireless system and to adjust a configuration of secondary use between the communication devices of the second wireless system on the basis of positional relation between the estimated service areas of the communication devices of the second wireless system and on the basis of a wireless access method available to the communication devices of the second wireless system; and a reporting section configured to report, in a case where the determination section determines that the prescribed requirement is satisfied, a permission communication parameter based on the tentative communication parameter to the second wireless system.
A method for communicating information from a power-constrained device, the method comprising: configuring, by the power-constrained device, a short media access control, MAC, frame having fewer fields than a full-length MAC frame, wherein the full-length MAC frame is a full-length IEEE 802.11 MAC frame, and the short MAC frame is a shortened IEEE 802.11 MAC frame consisting of a frame control field, two MAC address fields (407, 409), a sequence control field, a frame body, and a frame check sequence, FCS, field, the sequence control field being positioned in-between the two MAC address fields (407, 409) and the frame body, wherein all other fields in the full-length MAC frame are excluded from the short MAC frame; and transmitting, by the power-constrained device, the short MAC frame. configuring, by the power-constrained device, a short media access control, MAC, frame having fewer fields than a full-length MAC frame, wherein the full-length MAC frame is a full-length IEEE 802.11 MAC frame, and the short MAC frame is a shortened IEEE 802.11 MAC frame consisting of a frame control field, two MAC address fields (407, 409), a sequence control field, a frame body, and a frame check sequence, FCS, field, the sequence control field being positioned in-between the two MAC address fields (407, 409) and the frame body, wherein all other fields in the full-length MAC frame are excluded from the short MAC frame; and transmitting, by the power-constrained device, the short MAC frame.
A discharge electrode for use in an electrostatic precipitator in combination with one or more collecting electrodes, wherein the discharge electrode is a tube, which includes electrode elements that consist of a tab or a tongue bent outwardly from the wall of the tube, characterized in, that said tab or tongue is also bent upwards, and that the discharge electrode includes a tab or a tongue that is bent inwardly from the tube wall and that is positioned generally diametrical to a corresponding outwardly bent tab or tongue.
A water-soluble packaging film comprising a polyvinyl alcohol resin, the water-soluble packaging film having, on a film surface thereof, irregularities having a surface roughness (Ra), as measured in accordance with JIS B0601-2001, of 0.3 to 1 μm and a maximum height (Rz), as measured in accordance with JIS B0601-2001, of 3 to 9 μm, and wherein the polyvinyl alcohol resin has a saponification degree of 80 to 99.9% by mol, as measured in accordance with JIS K6726. the water-soluble packaging film having, on a film surface thereof, irregularities having a surface roughness (Ra), as measured in accordance with JIS B0601-2001, of 0.3 to 1 μm and a maximum height (Rz), as measured in accordance with JIS B0601-2001, of 3 to 9 μm, and wherein the polyvinyl alcohol resin has a saponification degree of 80 to 99.9% by mol, as measured in accordance with JIS K6726.
An oil supply guide (11, 101) configured to apply oil to a yarn which is constituted by filaments spun out from a spinning apparatus, the oil supply guide comprising: a guide main body (20, 120) which has a surface (21, 121) extending along a first direction; a discharge port (25, 125) which is formed in the surface (21, 121) of the guide main body (20, 120) and discharges the oil; and two yarn guiding members which are provided on the surface (21, 121) of the guide main body (20, 120) to be on respective sides of the discharge port (25, 125) in a second direction orthogonal to the first direction, the distance between the two yarn guiding members in the second direction decreasing from one side toward the other side in the first direction, and the two yarn guiding members guiding the filaments toward the center in the second direction of the discharge port (25, 125), the surface (21, 121) of the guide main body (20, 120) having a contact surface to which the yarn makes contact, the contact surface being on the other side in the first direction of the discharge port (25, 125), the contact surface being a curved surface protruding outward of the guide main body (20, 120), and when viewed in the second direction, an end (25a, 125a) on the one side in the first direction of the discharge port (25, 125) and a part of the guide main body (20, 120), which is on the one side in the first direction of the end (25a, 125a) on the one side of the discharge port (25, 125), do not overlap a tangent of the curved surface at an end (25b, 125b) on the other side in the first direction of the discharge port (25, 125). a guide main body (20, 120) which has a surface (21, 121) extending along a first direction; a discharge port (25, 125) which is formed in the surface (21, 121) of the guide main body (20, 120) and discharges the oil; and two yarn guiding members which are provided on the surface (21, 121) of the guide main body (20, 120) to be on respective sides of the discharge port (25, 125) in a second direction orthogonal to the first direction, the distance between the two yarn guiding members in the second direction decreasing from one side toward the other side in the first direction, and the two yarn guiding members guiding the filaments toward the center in the second direction of the discharge port (25, 125), the surface (21, 121) of the guide main body (20, 120) having a contact surface to which the yarn makes contact, the contact surface being on the other side in the first direction of the discharge port (25, 125), the contact surface being a curved surface protruding outward of the guide main body (20, 120), and when viewed in the second direction, an end (25a, 125a) on the one side in the first direction of the discharge port (25, 125) and a part of the guide main body (20, 120), which is on the one side in the first direction of the end (25a, 125a) on the one side of the discharge port (25, 125), do not overlap a tangent of the curved surface at an end (25b, 125b) on the other side in the first direction of the discharge port (25, 125).
A semiconductor device which performs a non-linear operation, comprising: a memory; a reading unit that reads data from the memory; a majority circuit that inputs a result of a predetermined operation on the data read by the reading unit; and a write circuit that receives an output of the majority circuit, wherein a value of a predetermined signal is stochastically inverted at a preceding stage of the majority circuit. a memory; a reading unit that reads data from the memory; a majority circuit that inputs a result of a predetermined operation on the data read by the reading unit; and a write circuit that receives an output of the majority circuit, wherein a value of a predetermined signal is stochastically inverted at a preceding stage of the majority circuit.