mhurhangee/ep-ind-claims huggingface dataset:
A frequency converter (100, 200, 300, 500, 600) comprising a first mixer arranged to receive a first and a second input signal and to obtain an output signal with frequency components being the sum and the difference of the frequencies of said first and second input signals, the frequency converter (100, 200, 300, 500, 600) also comprising generating means for generating the second input signal characterized in that said generating means are also adapted for receiving the output signal of the first mixer and multiplying it by a signal at a frequency which is two times the frequency of the second input signal, thereby generating a product as a second output signal, the frequency converter (100, 200, 400, 500, 600) also comprising adding means for obtaining the sum of said second output signal and the output signal from the first mixer.
A sample plate comprising: a target plate; an organic matrix formed on one surface of the target plate, wherein the matrix is a matrix for MALDI; and a thin film formed on the target plate on which the organic matrix is formed, the thin film entirely covering the organic matrix, characterized in that the thin film is a Parylene thin film, that the sample plate further comprises a subject to be analyzed formed on the Parylene thin film and that the Parylene thin film is a deposited film having a thickness ranging from 10 to 100 nm. a target plate; an organic matrix formed on one surface of the target plate, wherein the matrix is a matrix for MALDI; and a thin film formed on the target plate on which the organic matrix is formed, the thin film entirely covering the organic matrix,
An antibody or an antigen-binding fragment thereof, which comprises the following CDRs: - VH-CDR1 the amino acid sequence of which is Effi3-VH3-CDR1 of SEQ ID No14; - VH-CDR2 the amino acid sequence of which is Effi3-VH3-CDR2 of SEQ ID No16; - VH-CDR3 the amino acid sequence of which is Efft3-VH3-CDR3 of SEQ ID No18; - VL-CDR2 the amino acid sequence of which is Effi3-VL3-CDR2 of SEQID No22; - VL-CDR3 the amino acid sequence of which is Effi3-VL3-CDR3 of SEQ ID No24; and - VL-CDR1 the amino acid sequence of which is Effi3-VL3-CDR1 of SEQ ID No20 or the amino acid sequence of which is Effi3-VL4-CDR1 of SEQ ID No26, wherein the antibody or the antigen-binding fragment thereof binds specifically to the extracellular domain of human CD127 and is not an antagonist of CD127. - VH-CDR1 the amino acid sequence of which is Effi3-VH3-CDR1 of SEQ ID No14; - VH-CDR2 the amino acid sequence of which is Effi3-VH3-CDR2 of SEQ ID No16; - VH-CDR3 the amino acid sequence of which is Efft3-VH3-CDR3 of SEQ ID No18; - VL-CDR2 the amino acid sequence of which is Effi3-VL3-CDR2 of SEQID No22; - VL-CDR3 the amino acid sequence of which is Effi3-VL3-CDR3 of SEQ ID No24; and - VL-CDR1 the amino acid sequence of which is Effi3-VL3-CDR1 of SEQ ID No20 or the amino acid sequence of which is Effi3-VL4-CDR1 of SEQ ID No26,
A household appliance for performing a housekeeping task, the household appliance comprising a data input device adapted to sense a property in a sensing area, and a controller coupled to the data input device and adapted to control an operation of the household appliance in accordance with the sensed property, wherein the data input device is adapted to remotely sense a property in the sensing area or the data input device is adapted to sense the temperature in the sensing area, characterized in that the household appliance further comprises a cooking plate area and projection means adapted to direct a visual image on the cooking plate area indicating a hot or cold area of the cooking plate area.
A diesel engine with an exhaust gas treatment device including a DOC disposed in an exhaust gas passage and a DPF disposed downstream of the DOC wherein a DPF regeneration control device is configured to control execution of forced regeneration that removes PM deposited on the DPF by increasing a temperature of the DPF, the DPF regeneration control device comprising: a valve control unit configured to throttle a valve opening of at least one of an intake throttle valve or an exhaust throttle valve so that an upstream temperature of the DOC reaches a predetermined temperature; and a deposition condition determination unit characterized in that the deposition condition determination unit is configured to determine whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being the soluble organic fraction, wherein the valve control unit includes a throttle amount decrease control execution unit configured to calculate a throttle amount decrease amount of the valve opening when the deposition condition is satisfied and configured to execute throttle amount decrease control to decrease a throttle amount of the valve opening when the deposition condition is satisfied to be smaller than when the deposition condition is not satisfied. a valve control unit configured to throttle a valve opening of at least one of an intake throttle valve or an exhaust throttle valve so that an upstream temperature of the DOC reaches a predetermined temperature; and a deposition condition determination unit characterized in that the deposition condition determination unit is configured to determine whether a deposition condition that a SOF deposition amount on the DOC exceeds a predetermined deposition amount is satisfied, the SOF being the soluble organic fraction, wherein the valve control unit includes a throttle amount decrease control execution unit configured to calculate a throttle amount decrease amount of the valve opening when the deposition condition is satisfied and configured to execute throttle amount decrease control to decrease a throttle amount of the valve opening when the deposition condition is satisfied to be smaller than when the deposition condition is not satisfied.
A pilot valve for controlling operation of a fluid-actuated pressure reducing valve, the pilot valve including a housing, a first valve member and a second valve member whose relative positions control flow through the pilot valve; the first valve member being provided on a movable actuating member which is mounted in the housing for movement relative to the housing in response to the outlet pressure of the pressure reducing valve, movement of the actuating member changing the relative positions of the first and second valve members; and an adjuster for varying the relative positions of the first and second valve members for a given position of the actuating member, so as to cause the output pressure of the pressure reducing valve to alter; wherein one of the first and second valve members includes an aperture; characterised in that the other of the first and second valve members includes a blocking portion which is arranged for relative sliding movement across the aperture to vary the flow cross section through the aperture and thus the flow through the pilot valve; and in that the adjuster is arranged to adjust the relative positions of the blocking portion and the aperture by sliding movement so as to adjust the flow cross section through the aperture for a given position of the actuating member.
An inhibitor of the histone deacetylase 6 (HDAC6) for use in the treatment of neoplasia in a patient, characterized in that the patient is characterized by one of the following conditions: a) NOTCH3 gene mutations or amplification; and/or b) high expression of the NOTCH3 gene. a) NOTCH3 gene mutations or amplification; and/or b) high expression of the NOTCH3 gene.
A display apparatus, comprising: a product card configured to receive printing; a case, the case being closable with a fastener, the fastener including a first portion and a second portion, wherein the first portion is coupled to a stationary portion of the case and the second portion is coupled to a closable flap of the case, and means for removably attaching the product card to the case, wherein the means for removably attaching the product card to the case couples the closable flap of the case to the product card with the second portion of the fastener. a product card configured to receive printing; a case, the case being closable with a fastener, the fastener including a first portion and a second portion, wherein the first portion is coupled to a stationary portion of the case and the second portion is coupled to a closable flap of the case, and means for removably attaching the product card to the case, wherein the means for removably attaching the product card to the case couples the closable flap of the case to the product card with the second portion of the fastener.
A sporting rifle with sound suppressor, the rifle comprising at least a stock, a trigger mechanism and a barrel partially covered over by over-moulded or over-injected material, defining therefore by said over-moulded or over-injected material a first area or housing for the mounting of the sound suppressor following up or alongside the barrel and a second area at least wrapping around a part of the barrel, whereby the sound suppressor comprises: - an inlet wherein the barrel is situated, comprising a support of diameter equal to the second area in which it is fitted, and - an outlet that comprises an attached stop, characterised in that the support has perforations that connect said second area with said first area or housing. - an inlet wherein the barrel is situated, comprising a support of diameter equal to the second area in which it is fitted, and - an outlet that comprises an attached stop, characterised in that the support has perforations that connect said second area with said first area or housing.
Method for automatically generating a control program for a production machine or machine tool which is designed for diagnostic purposes, wherein the control program is generated by means of an algorithm using freely selectable parameters and/or machine-specific parameters, wherein the resulting, automatically generated control program defines a movement profile, namely a movement profile with at least one test run, for at least one axis of the respective production machine or machine tool and wherein the at least one test run produces an axis excitation which is suitable for determining at least one mechatronic characteristic variable of the respective axis, characterised in that a number N of possible acceleration jumps along the travel distance X max are determined for a test run on the basis of a predetermined limited travel distance X max and the test run comprises the determined number of acceleration jumps and comprises a constant speed run before and after each acceleration jump. wherein the control program is generated by means of an algorithm using freely selectable parameters and/or machine-specific parameters, wherein the resulting, automatically generated control program defines a movement profile, namely a movement profile with at least one test run, for at least one axis of the respective production machine or machine tool and wherein the at least one test run produces an axis excitation which is suitable for determining at least one mechatronic characteristic variable of the respective axis, characterised in that a number N of possible acceleration jumps along the travel distance X max are determined for a test run on the basis of a predetermined limited travel distance X max and
A re-circulating oven for cooking a food product, comprising: a housing defining a cooking chamber; a conduit means for circulating gas to (17a,19a,18a:17b,19b,18b) and from (15a, 15b) the cooking chamber; a flow means (16a, 16b) for causing circulation of the gas; and a means (14a, 14b) for heating the gas; characterised in further comprising a bleed gas clean-up system (365a,365b) comprising an internal cleaning gas loop operating off the main convection air stream arranged such that a portion of the main convection air flow in the conduit (17a,17b) may be diverted and cleaned, and at least a portion of the cleaned diverted air may be returned to the main convection air stream a housing defining a cooking chamber; a conduit means for circulating gas to (17a,19a,18a:17b,19b,18b) and from (15a, 15b) the cooking chamber; a flow means (16a, 16b) for causing circulation of the gas; and a means (14a, 14b) for heating the gas; a bleed gas clean-up system (365a,365b) comprising an internal cleaning gas loop operating off the main convection air stream arranged such that a portion of the main convection air flow in the conduit (17a,17b) may be diverted and cleaned, and at least a portion of the cleaned diverted air may be returned to the main convection air stream
A system for operating a vehicle, said system comprising: an object-detector used to detect one or more targets proximate to a host-vehicle, said host-vehicle operable in an autonomous-mode and a manual-mode; and an operator-monitor used to detect a gaze-direction of an operator of the host-vehicle, characterized in that the system further comprises a controller-circuit in communication with the object-detector and the operator-monitor, said controller-circuit configured to determine a classification of each target detected by the object-detector, said classification includes a primary-target and an ignored-target, determine that a hand-over of operation of the host-vehicle from the autonomous-mode to the manual-mode is recommended, perform a verification that the operator has gazed at each primary-target more recently than a primary-time, and in response to the verification, execute the hand-over. an object-detector used to detect one or more targets proximate to a host-vehicle, said host-vehicle operable in an autonomous-mode and a manual-mode; and an operator-monitor used to detect a gaze-direction of an operator of the host-vehicle, characterized in that the system further comprises a controller-circuit in communication with the object-detector and the operator-monitor, said controller-circuit configured to determine a classification of each target detected by the object-detector, said classification includes a primary-target and an ignored-target, determine that a hand-over of operation of the host-vehicle from the autonomous-mode to the manual-mode is recommended, perform a verification that the operator has gazed at each primary-target more recently than a primary-time, and in response to the verification, execute the hand-over.
An apparatus comprising: an antenna tuning network configured to tune an antenna to a receive band in a plurality of receive bands; a tunable notch filter operatively coupled to the antenna tuning network and configured to attenuate signal components in a transmit band; a first switch matrix operatively coupled to the tunable notch filter; at least one low noise amplifier (440a, 440b,..., 440k) operatively coupled to the first switch matrix and configured to amplify an output signal from the first switch matrix; the at least one LNA (440a, 440b,..., 440k) comprising a plurality of LNAs (440a, 440b,..., 440k), each LNA (440a, 440b,..., 440k) supporting at least one of the plurality of receive bands; the first switch matrix configured to route an output signal from the tunable notch filter to a selected LNA (440a, 440b,..., 440k) among the plurality of LNAs (440a, 440b,..., 440k); and a second switch matrix operatively coupled to the plurality of LNAs (440a, 440b,..., 440k) and configured to provide an amplified signal from the selected LNA (440a, 440b,..., 440k). an antenna tuning network configured to tune an antenna to a receive band in a plurality of receive bands; a tunable notch filter operatively coupled to the antenna tuning network and configured to attenuate signal components in a transmit band; a first switch matrix operatively coupled to the tunable notch filter; at least one low noise amplifier (440a, 440b,..., 440k) operatively coupled to the first switch matrix and configured to amplify an output signal from the first switch matrix; the at least one LNA (440a, 440b,..., 440k) comprising a plurality of LNAs (440a, 440b,..., 440k), each LNA (440a, 440b,..., 440k) supporting at least one of the plurality of receive bands; the first switch matrix configured to route an output signal from the tunable notch filter to a selected LNA (440a, 440b,..., 440k) among the plurality of LNAs (440a, 440b,..., 440k); and a second switch matrix operatively coupled to the plurality of LNAs (440a, 440b,..., 440k) and configured to provide an amplified signal from the selected LNA (440a, 440b,..., 440k).
A compound of formula a stereoisomer, an enantiomer, a pharmaceutically acceptable salt thereof or an amino acid conjugate thereof, for use in the treatment or prevention of a cholestatic disorder, e.g. cholestasis (e.g. intrahepatic cholestasis, estrogen-induced cholestasis, drug-induced cholestasis, cholestasis of pregnancy, parenteral nutrition-associated cholestasis), primary biliary cholangitis, cirrhosis, primary sclerosing cholangitis, progressive familiar cholestatis (PFIC), Alagille syndrome, biliary atresia, ductopenic liver transplant rejection, cystic fibrosis liver disease, wherein said compound is to be administered at a dose in a range of about 3 μg to about 100 μg.
A method for securing a network, comprising: using one or more information sources to identify one or more devices on a first network; the method further comprising: determining that a particular one of the identified devices is bridging the first network and a second network, the second network comprising an ad hoc wireless network established between the particular one of the identified devices and a second wirelessly-enabled device; and determining whether the second device communicating via the second network with the particular one of the identified devices is authorized to be bridged to the first network, wherein one or more of said information sources are location aware wireless sensors capable of determining the physical position of the one or more devices. using one or more information sources to identify one or more devices on a first network; the method further comprising: determining that a particular one of the identified devices is bridging the first network and a second network, the second network comprising an ad hoc wireless network established between the particular one of the identified devices and a second wirelessly-enabled device; and determining whether the second device communicating via the second network with the particular one of the identified devices is authorized to be bridged to the first network, determining that a particular one of the identified devices is bridging the first network and a second network, the second network comprising an ad hoc wireless network established between the particular one of the identified devices and a second wirelessly-enabled device; and determining whether the second device communicating via the second network with the particular one of the identified devices is authorized to be bridged to the first network, wherein one or more of said information sources are location aware wireless sensors capable of determining the physical position of the one or more devices.
A user equipment access method applicable to a Frequency Division Duplex, FDD, system, comprising: a base station selecting one of every five adjacent sub-frames in an uplink frequency band as a special sub-frame comprising a downlink transmission time slot, a guard period and an uplink special time slot; the base station transmitting a secondary synchronization signal to a user equipment in the downlink transmission time slot in the selected special sub-frame; the user equipment receiving the secondary synchronization signal transmitted from the base station; the user equipment calculating a transmission power from the secondary synchronization signal; and the user equipment transmitting a Physical Random Access Channel, RACH, access preamble to the base station at the transmission power to perform an RACH access process. a base station selecting one of every five adjacent sub-frames in an uplink frequency band as a special sub-frame comprising a downlink transmission time slot, a guard period and an uplink special time slot; the base station transmitting a secondary synchronization signal to a user equipment in the downlink transmission time slot in the selected special sub-frame; the user equipment receiving the secondary synchronization signal transmitted from the base station; the user equipment calculating a transmission power from the secondary synchronization signal; and the user equipment transmitting a Physical Random Access Channel, RACH, access preamble to the base station at the transmission power to perform an RACH access process.
A battery module comprising: a battery cell stacked body in which a plurality of battery cells are adjacent each other in parallel and are stacked; a mono frame receiving the battery cell stacked body and including at least one opening opened in a length direction of the battery cell stacked body, and including an upper plate and a lower plate that are perpendicular to a stacked side of the battery cell stacked body and a pair of lateral plates in parallel to the stacked side of the battery cell stacked body; an external expansion controlling pad provided between the battery cell stacked body and the mono frame; and a heat radiating resin provided between the battery cell stacked body and the lower plate, wherein the external expansion controlling pad includes two main bodies covering one side of the battery cell stacked body and provided between the battery cell stacked body and the pair of lateral plates, and two bridges connecting the two main bodies and formed along a side of the battery cell stacked body between the battery cell stacked body and the lower plate, wherein the heat radiating resin is provided in a space formed by the two main bodies and the two bridges. a battery cell stacked body in which a plurality of battery cells are adjacent each other in parallel and are stacked; a mono frame receiving the battery cell stacked body and including at least one opening opened in a length direction of the battery cell stacked body, and including an upper plate and a lower plate that are perpendicular to a stacked side of the battery cell stacked body and a pair of lateral plates in parallel to the stacked side of the battery cell stacked body; an external expansion controlling pad provided between the battery cell stacked body and the mono frame; and a heat radiating resin provided between the battery cell stacked body and the lower plate, wherein the external expansion controlling pad includes two main bodies covering one side of the battery cell stacked body and provided between the battery cell stacked body and the pair of lateral plates, and two bridges connecting the two main bodies and formed along a side of the battery cell stacked body between the battery cell stacked body and the lower plate, wherein the heat radiating resin is provided in a space formed by the two main bodies and the two bridges.