mhurhangee/ep-ind-claims huggingface dataset:
A method of predicting the likelihood of disease-free survival of a node-negative, estrogen receptor-positive, invasive ductal breast cancer patient, comprising determining the expression level of the RNA transcript of GRB7 in a breast cancer cell or tissue sample obtained from the cancer patient, normalized against the expression level of a reference set of RNA transcripts, comparing the normalized expression level of GRB7 from the patient to a normalized expression level of GRB7 in a breast cancer tissue reference set comprising patients who were (a) alive without local, regional, or distant breast cancer recurrence, (b) alive with contralateral breast cancer recurrence, (c) alive with non-breast second primary cancer, or (d) who died prior to breast cancer recurrence, wherein an increased normalized expression level of GRB7 from the patient indicates a decreased likelihood of disease-free survival.
A separation-transfer device that separates analyte by way of electrophoresis, dispenses the analyte thus separated from a dispensing part, and transfers the analyte thus separated to a transfer membrane by causing the transfer membrane to abut the dispensing part and move in a direction that is orthogonal to the dispensing part, characterized in that the device comprises a transfer-membrane retaining jig comprising: a fixing part (20, 21) that fixes two ends of the transfer membrane in said movement direction, wherein the fixing part (20, 21) includes: an elastic body (20a, 21a) that abuts the transfer membrane from an opposite side to the dispensing part; and a pressing member (20b, 21b) that presses the transfer membrane against the elastic body (20a, 21a). a fixing part (20, 21) that fixes two ends of the transfer membrane in said movement direction, wherein the fixing part (20, 21) includes: an elastic body (20a, 21a) that abuts the transfer membrane from an opposite side to the dispensing part; and a pressing member (20b, 21b) that presses the transfer membrane against the elastic body (20a, 21a). an elastic body (20a, 21a) that abuts the transfer membrane from an opposite side to the dispensing part; and a pressing member (20b, 21b) that presses the transfer membrane against the elastic body (20a, 21a).
A method of forming a looped cable (200; 400) from a cable (210; 410; 510; 610) and a collar (100; 300), comprising: positioning a first cable segment (212; 412) of the cable (210; 410; 510; 610) in a first opening (122; 322) of the collar (100; 300); positioning a second cable segment (214; 414) of the cable (210; 410; 510; 610) in a second opening (124; 324) of the collar (100; 300); positioning a third cable segment (216; 416) of the cable (210; 410; 510; 610) in a third opening (126; 326) of the collar (100; 300); wherein each of the openings (122, 124, 126; 322, 324, 326) extends through the collar (100; 300) along a longitudinal dimension of the collar (100; 300); forming a loop (223; 423) with a fourth cable segment (213; 413) of the cable (210; 410; 510; 610), wherein the fourth cable segment (213; 413) of the cable (210; 410; 510; 610) is positioned between the first cable segment (212; 412) and the second cable segment (214; 414) of the cable (210; 410; 510; 610); and deforming the collar (100; 300) to a deformed state by at least one of crimping and swaging the collar (100; 300), which securely engages the collar (100; 300) about the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610), and substantially preventing movement of the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610) relative to the collar (100; 300). positioning a first cable segment (212; 412) of the cable (210; 410; 510; 610) in a first opening (122; 322) of the collar (100; 300); positioning a second cable segment (214; 414) of the cable (210; 410; 510; 610) in a second opening (124; 324) of the collar (100; 300); positioning a third cable segment (216; 416) of the cable (210; 410; 510; 610) in a third opening (126; 326) of the collar (100; 300); wherein each of the openings (122, 124, 126; 322, 324, 326) extends through the collar (100; 300) along a longitudinal dimension of the collar (100; 300); forming a loop (223; 423) with a fourth cable segment (213; 413) of the cable (210; 410; 510; 610), wherein the fourth cable segment (213; 413) of the cable (210; 410; 510; 610) is positioned between the first cable segment (212; 412) and the second cable segment (214; 414) of the cable (210; 410; 510; 610); and deforming the collar (100; 300) to a deformed state by at least one of crimping and swaging the collar (100; 300), which securely engages the collar (100; 300) about the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610), and substantially preventing movement of the first cable segment (212; 412), the second cable segment (214; 414) and the third cable segment (216; 416) of the cable (210; 410; 510; 610) relative to the collar (100; 300).
A device comprising: a measurement unit configured to perform measurement of each of one or more frequency bands that are a part of a plurality of frequency bands that are not used by a terminal device, wherein the measurement unit does not perform measurement of each of remaining frequency bands among the plurality of frequency bands, the device further comprises: a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station, characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station. a measurement unit configured to perform measurement of each of one or more frequency bands that are a part of a plurality of frequency bands that are not used by a terminal device, wherein the measurement unit does not perform measurement of each of remaining frequency bands among the plurality of frequency bands, the device further comprises: a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station, characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station. a reporting unit configured to report a result of the measurement of each of the one or more frequency bands to a base station, characterized in that the reporting unit substitutes a result of measurement of a first frequency band included in the one or more frequency bands with a result of measurement of a second frequency band included in the remaining frequency bands, and thus reports the result of the measurement of the second frequency band to the base station.
A hearing protection device, comprising: a first material (102, 202), having sound attenuating characteristics, and shaped, on a first side, to cover over an ear of a user; at least one aperture (104, 204) formed in the first material (102, 202); a second material (106, 206), having sound attenuating characteristics, positioned over the aperture (104, 204) and attached to the outer surface of the first material; and a third material (110, 210), having sound attenuating characteristics, positioned on the first side of the first material (102, 202), wherein the at least one aperture (104, 204) is located between the third material (110, 210)and the second material (106, 206), characterised in that the device includes a weight (108, 208) attached to the second material (106, 206) and positioned over the aperture (104, 204). a first material (102, 202), having sound attenuating characteristics, and shaped, on a first side, to cover over an ear of a user; at least one aperture (104, 204) formed in the first material (102, 202); a second material (106, 206), having sound attenuating characteristics, positioned over the aperture (104, 204) and attached to the outer surface of the first material; and a third material (110, 210), having sound attenuating characteristics, positioned on the first side of the first material (102, 202), wherein the at least one aperture (104, 204) is located between the third material (110, 210)and the second material (106, 206), characterised in that the device includes a weight (108, 208) attached to the second material (106, 206) and positioned over the aperture (104, 204).
A rescue apparatus for an elevator, the rescue apparatus comprising: a brake control unit having input terminals (2A, 2B) for connecting to a power supply (3A, 3B), output terminals for connecting to a magnetizing coil of an electromagnetic brake, and two independently controllable brake opening switches (8A, 8B; 9A, 9B) each associated with at least one of the input terminals (2A, 2B) and adapted, in an open state, to prevent supply of current from the power supply (3A, 3B) to the magnetizing coil and, in a closed state, to allow supply of current from the power supply (3A, 3B) to the magnetizing coil; a control cable comprising a plurality of control signal wires (11A, 11B, 11C); and a remote control panel for operating the two brake opening switches (8A, 8B; 9A, 9B), the remote control panel being coupled via the control cable to the brake control unit, the remote control panel comprising two manually operated drive switches (13A, 13B), one of the drive switches (13A, 13B) being coupled via a first control signal wire (11A, 11B) to a control pole (8C, 9C) of the first brake opening switch (8A, 8B; 9A, 9B) and the other of the drive switches (13A, 13B) being coupled via a second control signal wire (11A, 11B) to a control pole (8C, 9C) of the second brake opening switch (8A, 8B; 9A, 9B). a brake control unit having input terminals (2A, 2B) for connecting to a power supply (3A, 3B), output terminals for connecting to a magnetizing coil of an electromagnetic brake, and two independently controllable brake opening switches (8A, 8B; 9A, 9B) each associated with at least one of the input terminals (2A, 2B) and adapted, in an open state, to prevent supply of current from the power supply (3A, 3B) to the magnetizing coil and, in a closed state, to allow supply of current from the power supply (3A, 3B) to the magnetizing coil; input terminals (2A, 2B) for connecting to a power supply (3A, 3B), output terminals for connecting to a magnetizing coil of an electromagnetic brake, and two independently controllable brake opening switches (8A, 8B; 9A, 9B) each associated with at least one of the input terminals (2A, 2B) and adapted, in an open state, to prevent supply of current from the power supply (3A, 3B) to the magnetizing coil and, in a closed state, to allow supply of current from the power supply (3A, 3B) to the magnetizing coil; a control cable comprising a plurality of control signal wires (11A, 11B, 11C); and a remote control panel for operating the two brake opening switches (8A, 8B; 9A, 9B), the remote control panel being coupled via the control cable to the brake control unit, the remote control panel comprising two manually operated drive switches (13A, 13B), one of the drive switches (13A, 13B) being coupled via a first control signal wire (11A, 11B) to a control pole (8C, 9C) of the first brake opening switch (8A, 8B; 9A, 9B) and the other of the drive switches (13A, 13B) being coupled via a second control signal wire (11A, 11B) to a control pole (8C, 9C) of the second brake opening switch (8A, 8B; 9A, 9B).
A method for wireless communication, comprising: determining, based at least in part on a number of downlink component carriers, CCs, scheduled for a user equipment, UE, during a reporting interval, a number of bits to be included in a physical uplink control channel, PUCCH, acknowledgement/non-acknowledgement, ACK/NAK, payload for the reporting interval; and selecting, based at least in part on the determined number of bits, a format of the PUCCH ACK/NAK payload, wherein the selected format (800, 900) comprises a plurality of symbol periods, wherein a spreading factor of two using a Walsh code is applied to each of the symbol periods of the selected format. determining, based at least in part on a number of downlink component carriers, CCs, scheduled for a user equipment, UE, during a reporting interval, a number of bits to be included in a physical uplink control channel, PUCCH, acknowledgement/non-acknowledgement, ACK/NAK, payload for the reporting interval; and selecting, based at least in part on the determined number of bits, a format of the PUCCH ACK/NAK payload, wherein the selected format (800, 900) comprises a plurality of symbol periods, wherein a spreading factor of two using a Walsh code is applied to each of the symbol periods of the selected format.
A method of wireless communication at a base station, BS (105, 105a, 105b, 105c, 400), the method comprising: obtaining (1410, 1510) an uplink control channel multiplex configuration indicating a first frequency spreading sequence and at least one of a second frequency spreading sequence or a first spatial direction; transmitting the uplink control channel multiplex configuration to a user equipment, UE (115, 300); and communicating (1440, 1520), with the UE (115, 300), a first uplink control channel signal including a first reference signal (622, 722) and a first uplink control information signal (620, 720) in a frequency spectrum based on the uplink control channel multiplex configuration, wherein the first reference signal (622, 722) is based on the first frequency spreading sequence and the first uplink control information signal (620, 720) is based on at least one of the second frequency spreading sequence or the first spatial direction, wherein the communicating (1440, 1520) includes: receiving, from the UE (115, 300), the first reference signal (622, 722) from first frequency resources based on the first frequency spreading sequence; and receiving, from the UE (115, 300), the first uplink control information signal (620, 720) from second frequency resources different from the first frequency resources based on at least one of the second frequency spreading sequence or the first spatial direction. obtaining (1410, 1510) an uplink control channel multiplex configuration indicating a first frequency spreading sequence and at least one of a second frequency spreading sequence or a first spatial direction; transmitting the uplink control channel multiplex configuration to a user equipment, UE (115, 300); and communicating (1440, 1520), with the UE (115, 300), a first uplink control channel signal including a first reference signal (622, 722) and a first uplink control information signal (620, 720) in a frequency spectrum based on the uplink control channel multiplex configuration, wherein the first reference signal (622, 722) is based on the first frequency spreading sequence and the first uplink control information signal (620, 720) is based on at least one of the second frequency spreading sequence or the first spatial direction, receiving, from the UE (115, 300), the first reference signal (622, 722) from first frequency resources based on the first frequency spreading sequence; and receiving, from the UE (115, 300), the first uplink control information signal (620, 720) from second frequency resources different from the first frequency resources based on at least one of the second frequency spreading sequence or the first spatial direction.
Measuring device for detecting a metallic object, wherein the measuring device comprises the following: - a transmitting coil for generating a magnetic field; - a compensation network connected to the transmitting coil; - wherein a differential voltage is applied at the connection of the transmitting coil with the compensation network; - a control device (110-120, 145-160) for supplying the transmitting coil and the compensation network with alternating voltages in such a manner that the value of an alternating voltage component, synchronized in timing with the alternating voltages, of the differential voltage is minimized; characterized in that - the control device (110-120, 145-160) is configured for detecting the metallic object when the ratio of the alternating voltages does not correspond to the ratio of the currents flowing through the transmitting coil and the compensation network. - a transmitting coil for generating a magnetic field; - a compensation network connected to the transmitting coil; - wherein a differential voltage is applied at the connection of the transmitting coil with the compensation network; - a control device (110-120, 145-160) for supplying the transmitting coil and the compensation network with alternating voltages in such a manner that the value of an alternating voltage component, synchronized in timing with the alternating voltages, of the differential voltage is minimized; - the control device (110-120, 145-160) is configured for detecting the metallic object when the ratio of the alternating voltages does not correspond to the ratio of the currents flowing through the transmitting coil and the compensation network.
A ring rolling mill comprising a main roll and a mandrel provided so as to be capable of being brought close to or separated from each other, wherein the ring rolling mill is adapted to roll a peripheral portion of a ring-shaped body in a radial direction of the ring-shaped body while the ring-shaped body is rotated along its peripheral direction in a state where the peripheral portion of the ring-shaped body is pinched in the radial direction between an outer peripheral surface of the main roll which is rotationally driven, and an outer peripheral surface of the mandrel which is rotatable, characterized in that the ring rolling mill further comprises a mandrel inclining and supporting mechanism which is adapted to incline and support the mandrel with respect to the axis of rotation of the main roll such that a gap between the outer peripheral surface of the mandrel and the outer peripheral surface of the main roll differs on one side and on the other side as seen in a direction along the axis of rotation of the main roll.
Method for producing a multilayer film, comprising the steps: a) providing a base body with a carrier ply and a transfer ply, which comprises at least one layer; b) applying an adhesive, in particular a UV-curable adhesive, to at least one first partial region of the transfer ply of the base body, wherein no adhesive is applied in at least one second partial region of the transfer ply; c) applying a stamping foil, which comprises a carrier ply and a transfer ply, such that the transfer ply of the stamping foil comes into contact with the adhesive applied on the transfer ply of the base body in the at least one first partial region; d) curing the adhesive by UV irradiation; e) removing the carrier ply of the stamping foil, with the transfer ply of the stamping foil only remaining on the base body in those regions where the adhesive has been applied. a) providing a base body with a carrier ply and a transfer ply, which comprises at least one layer; b) applying an adhesive, in particular a UV-curable adhesive, to at least one first partial region of the transfer ply of the base body, wherein no adhesive is applied in at least one second partial region of the transfer ply; c) applying a stamping foil, which comprises a carrier ply and a transfer ply, such that the transfer ply of the stamping foil comes into contact with the adhesive applied on the transfer ply of the base body in the at least one first partial region; d) curing the adhesive by UV irradiation; e) removing the carrier ply of the stamping foil, with the transfer ply of the stamping foil only remaining on the base body in those regions where the adhesive has been applied.
Use of a whipping agent for making a whipped, food product, wherein said whipping agent comprises a non-ionic emulsifier and potato protein in a weight ratio between 10 and 0.01, and wherein said food product comprises less than 2 % (w/w) fat.
A system for processing semiconductor components, comprising a lifting device for a system part or a system module, which is attached laterally next to or below or above the system part or the system module, wherein the lifting device comprises a telescopic rail for horizontally moving the system part or system module, and wherein the telescopic rail comprises a movable rail that can be raised via wedges (18a, 18b).
A fluid ejection device adapted to eject a fluent material comprising: a fluent material chamber configured to be supplied with the fluent material; a moving object, which can reciprocate in the fluent material chamber; a nozzle part having a discharge port communicating with the fluent material chamber, and an inner wall on a periphery of the discharge port on which a tip part of the moving object can contact from the fluent material chamber side; an actuator having contact with a back end part of the moving object to reciprocate the moving object to thereby discharge the fluent material from the discharge port; and a drive signal supply section (60a, 60b) adapted to output a signal used to drive the actuator, characterized in that the actuator includes a first piezoelectric element and a second piezoelectric element connected in series to each other, an end of the second piezoelectric element having contact with the back end part of the moving object, the drive signal supply section is capable of outputting a first drive waveform and a second drive waveform having a voltage change part steeper than a voltage change part included in the first drive waveform to the first piezoelectric element and the second piezoelectric element, and the drive signal supply section is configured to output the second drive waveform to the second piezoelectric element in a case of outputting the first drive waveform to the first piezoelectric element, and outputs the first drive waveform to the second piezoelectric element in a case of outputting the second drive waveform to the first piezoelectric element. a fluent material chamber configured to be supplied with the fluent material; a moving object, which can reciprocate in the fluent material chamber; a nozzle part having a discharge port communicating with the fluent material chamber, and an inner wall on a periphery of the discharge port on which a tip part of the moving object can contact from the fluent material chamber side; an actuator having contact with a back end part of the moving object to reciprocate the moving object to thereby discharge the fluent material from the discharge port; and a drive signal supply section (60a, 60b) adapted to output a signal used to drive the actuator, characterized in that the actuator includes a first piezoelectric element and a second piezoelectric element connected in series to each other, an end of the second piezoelectric element having contact with the back end part of the moving object,