mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a photovoltaic air conditioning system, comprising: detecting a grid frequency f; determining whether the detected grid frequency f is equal to a preset frequency; maintaining a control parameter unchanged in a case that the detected grid frequency f is equal to the preset frequency, wherein the control parameter comprises a PI control parameter and a filter parameter, the PI control parameter comprises a proportion coefficient Kp and an integral coefficient Ki, and the filter parameter comprises a filter parameter vector group F; calculating the control parameter based on the detected grid frequency according to Kp=f1(f). Ki=f2(f) and F=f3(f), in a case where the detected grid frequency is not equal to the preset frequency; and controlling a photovoltaic air conditioner based on the calculated control parameter. detecting a grid frequency f; determining whether the detected grid frequency f is equal to a preset frequency; maintaining a control parameter unchanged in a case that the detected grid frequency f is equal to the preset frequency, wherein the control parameter comprises a PI control parameter and a filter parameter, the PI control parameter comprises a proportion coefficient Kp and an integral coefficient Ki, and the filter parameter comprises a filter parameter vector group F; calculating the control parameter based on the detected grid frequency according to Kp=f1(f). Ki=f2(f) and F=f3(f), in a case where the detected grid frequency is not equal to the preset frequency; and controlling a photovoltaic air conditioner based on the calculated control parameter.
A fitting for use with metal, corrugated medical tubing having peaks and valleys, the fitting comprising: a nut configured to receive the tubing; a sealing member for placement in a valley of the tubing, the sealing member including a sealing surface; an adaptor configured to engage the nut, the adaptor including an adaptor sealing surface; and an anti-tamper sleeve configured to encompass the nut and adaptor; wherein upon assembly, the tubing is compressed between the adaptor sealing surface and the sealing surface of the sealing member; wherein the adaptor includes a retaining surface, and the anti-tamper sleeve is made from a metal; and characterised in that the anti-tamper sleeve has a smooth exterior, and the anti-tamper sleeve is configured for press-fit assembly over the adaptor and nut via an interference fit between the retaining surface of the adaptor and a first inner diameter of the anti-tamper sleeve. a nut configured to receive the tubing; a sealing member for placement in a valley of the tubing, the sealing member including a sealing surface; an adaptor configured to engage the nut, the adaptor including an adaptor sealing surface; and an anti-tamper sleeve configured to encompass the nut and adaptor; wherein upon assembly, the tubing is compressed between the adaptor sealing surface and the sealing surface of the sealing member; wherein the adaptor includes a retaining surface, and the anti-tamper sleeve is made from a metal; and characterised in that the anti-tamper sleeve has a smooth exterior, and the anti-tamper sleeve is configured for press-fit assembly over the adaptor and nut via an interference fit between the retaining surface of the adaptor and a first inner diameter of the anti-tamper sleeve.
Method for operating a wind farm having a plurality of wind energy installations, each having a control unit, which are connected to an internal wind farm network, a substation at which electrical power that is generated on the wind farm is delivered by the internal wind farm network to a power supply network, and a farm master that is connected to the control units of the individual wind energy installations, characterized in that the farm master determines a uniform target voltage value (Utarget) and transmits the target voltage value (Utarget) to the control units of the individual wind energy installations, and the reactive power that is generated by a wind energy installation is adjusted via the control unit of the wind energy installation by an overall factor (Ib), wherein the overall factor (Ib) comprises a first factor that is calculated from the difference between the actual voltage (Uactual) present at the wind energy installation and the target voltage value (Utarget), multiplied by a gain factor (kIb).
A method to analyze whether an amplified DNA sequence accurately represents an analyte DNA fragment comprising a mutation using endogenous unique identifier sequences (UIDs), comprising: attaching adapter oligonucleotides to ends of fragments of analyte DNA of between 30 to 2000 bases, inclusive, to form adapted fragments, wherein each end of a fragment before said attaching is an endogenous UID for the fragment; amplifying the adapted fragments using primers complementary to the adapter oligonucleotides to form families of adapted fragments; determining the nucleotide sequence of a plurality of members of a family; comparing the nucleotide sequences of the plurality of members of the family; and identifying a nucleotide sequence as accurately representing said analyte DNA fragment comprising said mutation when at least 95% of members of the family share said mutation. attaching adapter oligonucleotides to ends of fragments of analyte DNA of between 30 to 2000 bases, inclusive, to form adapted fragments, wherein each end of a fragment before said attaching is an endogenous UID for the fragment; amplifying the adapted fragments using primers complementary to the adapter oligonucleotides to form families of adapted fragments; determining the nucleotide sequence of a plurality of members of a family; comparing the nucleotide sequences of the plurality of members of the family; and identifying a nucleotide sequence as accurately representing said analyte DNA fragment comprising said mutation when at least 95% of members of the family share said mutation.
A method for decoding a vehicle to X, V2X, signal transmitted based on a transmit diversity scheme in a wireless communication system, the method comprising: receiving sidelink control information, SCI, through a physical sidelink control channel, PSCCH, said method being characterized by: determining a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied. receiving sidelink control information, SCI, through a physical sidelink control channel, PSCCH, said method being characterized by: determining a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied. determining a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied.
Apparatus for mixing products, comprising a shell having an opening, wherein a closing means (3,5) is arranged on the opening and a seal is provided between the shell and the closing means (3,5), characterized in that the seal is magnetic, wherein the seal is hollow and comprises a magnetic material, wherein the magnetic material is provided as groups of magnets that are arranged on strings, wherein adjacent strings of magnets are arranged such that their magnetization is opposite, wherein the seal is reversibly removable from the closing means (3,5) and the shell, wherein at least in the region of the seal, the shell and the closing means (3,5) are made of steel, wherein the magnetic forces between the seal and the shell are smaller or larger than the magnetic forces between the seal and the closing means (3,5), wherein the shell and the closing means (3,5) comprise an at least partially circumferential groove in which the seal is arranged.
Building monitoring apparatus having at least one monitoring device, in particular an interior camera, and at least one remote control unit, remote from the monitoring device, that is provided at least for activation of the at least one monitoring device by at least one user, characterized in that the monitoring device has at least one output unit, in the form of an electronic unit integrated in the monitoring device, that is provided so as, when the monitoring device is activated by means of the remote control unit, to output a visually and/or audibly perceptible signal uniquely associated with the remote control unit and/or with a user of the remote control unit.
A rail system, comprising a rail vehicle which is movable along a stretch of rail, wherein the stretch of rail is composed of rail parts, wherein the rail vehicle has an electric motor by means of which the rail vehicle is drivable, i.e. movable in the direction of the rail along the stretch of rail, characterised in that one or more magnet wheel disc arrangements is or are arranged in stationary manner, i.e. connected to the stretch of rail, wherein the rail vehicle has a reaction part which can be brought into an operative connection with the magnet wheel disc arrangements, for generating a reaction force produced by eddy currents.
A method of managing access to a resource by a plurality of applications, the method comprising: storing, in a first storage area associated with a first application of the plurality of applications, a first credential for use in accessing the resource; receiving, at a second application of the plurality of applications, a message comprising data for use in determining that the first application stores a validated credential for accessing the resource, wherein the first application and the second application are configured on a same computing device; sending a request for the validated credential from the second application to the first application based on the message; receiving the first credential at the second application from the first application in response to the request sent from the second application to the first application; and storing the first credential, for accessing the resource by the second application, in a second storage area associated with the second application; wherein the message received at the second application is received from a server system, remote from the plurality of applications, which maintains data indicating a subset of the plurality of applications which store respective validated credentials for accessing the resource. storing, in a first storage area associated with a first application of the plurality of applications, a first credential for use in accessing the resource; receiving, at a second application of the plurality of applications, a message comprising data for use in determining that the first application stores a validated credential for accessing the resource, wherein the first application and the second application are configured on a same computing device; sending a request for the validated credential from the second application to the first application based on the message; receiving the first credential at the second application from the first application in response to the request sent from the second application to the first application; and storing the first credential, for accessing the resource by the second application, in a second storage area associated with the second application; wherein the message received at the second application is received from a server system, remote from the plurality of applications, which maintains data indicating a subset of the plurality of applications which store respective validated credentials for accessing the resource.
Multi-spark gap for an overvoltage protector, with multiple electrodes, and insulation elements arranged between the electrodes, wherein in each case, two electrodes facing one another form an individual spark gap (4, 41), and the individual spark gaps (4, 41) are connected in series, with two electrically-conductive contact elements (5, 6), between which the electrodes are arranged, so that the first contact element makes electrical contact with the first electrode and the second contact element makes electrical contact with the last electrode of the multi-spark gap, and with a control circuit for controlling the ignition behavior of the multi-spark gap, wherein the control circuit has multiple control elements, which are connected to the individual electrodes (2, 22, 23), except for the first electrode, wherein the distance (x 1) between the first electrode and the adjacent second electrode, which together form the first individual spark gap, is larger than the respective distances (x 2) between the other adjacent electrodes (2, 22, 23), which form the additional individual spark gaps, and wherein an ignition aid for igniting the first individual spark gap is provided, which aid has at least a resistive ignition element and a voltage-limiting element, and wherein the ignition element is connected to the electric-arc combustion chamber of the first individual spark gap, characterized in that the ignition element is electrically connected on the one side to the first electrode and on the other side via the voltage-limiting element to the second contact element. with two electrically-conductive contact elements (5, 6), between which the electrodes are arranged, so that the first contact element makes electrical contact with the first electrode and the second contact element makes electrical contact with the last electrode of the multi-spark gap, and with a control circuit for controlling the ignition behavior of the multi-spark gap, wherein the control circuit has multiple control elements, which are connected to the individual electrodes (2, 22, 23), except for the first electrode, wherein the distance (x 1) between the first electrode and the adjacent second electrode, which together form the first individual spark gap, is larger than the respective distances (x 2) between the other adjacent electrodes (2, 22, 23), which form the additional individual spark gaps, and wherein an ignition aid for igniting the first individual spark gap is provided, which aid has at least a resistive ignition element and a voltage-limiting element, and wherein the ignition element is connected to the electric-arc combustion chamber of the first individual spark gap, characterized in that the ignition element is electrically connected on the one side to the first electrode and on the other side via the voltage-limiting element to the second contact element.
A grid for a tunnel thruster, comprising: - a plurality of first radially extending bars arranged at angular intervals from each other, the first radially extending bars being flat bars, and - a plurality of first connecting bars, each of the first connecting bars being connected between adjacent first radially extending bars, characterised in that each of the flat bars has a leading edge and a trailing edge that are rounded or chamfered, and each of the flat bars is bent in the transverse direction of the flat bar. - a plurality of first radially extending bars arranged at angular intervals from each other, the first radially extending bars being flat bars, and - a plurality of first connecting bars, each of the first connecting bars being connected between adjacent first radially extending bars,
A pressure support system configured to provide pressure support to a subject, the system comprising: a respiratory therapy flow device configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject in accordance with a pressure support therapy regime, the respiratory therapy flow device including an exhalation pressure control port; a respiratory circuit configured to conduct the pressurized flow of breathable gas to the subject and conduct exhaled gas from the subject; and an exhalation valve configured to be removably engaged with the exhalation pressure control port and the respiratory circuit, the valve comprising a lid, a diaphragm, and a housing body, wherein the housing body is configured to house the diaphragm and receive the lid, the housing body comprising a lock configured to engage the respiratory therapy flow device at the exhalation pressure control port such that an engagement between the valve and the exhalation pressure control port causes the lid to form a compression seal with the exhalation pressure control port, the diaphragm to form a compression seal with the lid, and the diaphragm to be selectively controlled via gas pressure received through the exhalation pressure control port such that gas in the respiratory circuit flows to the ambient atmosphere during exhalation by the subject. a respiratory therapy flow device configured to generate a pressurized flow of breathable gas for delivery to an airway of the subject in accordance with a pressure support therapy regime, the respiratory therapy flow device including an exhalation pressure control port; a respiratory circuit configured to conduct the pressurized flow of breathable gas to the subject and conduct exhaled gas from the subject; and an exhalation valve configured to be removably engaged with the exhalation pressure control port and the respiratory circuit, the valve comprising a lid, a diaphragm, and a housing body, wherein the housing body is configured to house the diaphragm and receive the lid, the housing body comprising a lock configured to engage the respiratory therapy flow device at the exhalation pressure control port such that an engagement between the valve and the exhalation pressure control port causes the lid to form a compression seal with the exhalation pressure control port, the diaphragm to form a compression seal with the lid, and the diaphragm to be selectively controlled via gas pressure received through the exhalation pressure control port such that gas in the respiratory circuit flows to the ambient atmosphere during exhalation by the subject.
A method for transmitting uplink data, comprising: when user equipment, UE, correctly receives, in a subframe n, downlink control signaling used for instructing the UE to transmit a physical uplink shared channel, PUSCH, determining, by the UE according to the downlink control signaling and a subframe bundling configuration, a bundled subframe for transmitting the PUSCH, wherein the subframe bundling configuration comprises a quantity of bundled subframes; and transmitting, by the UE, the PUSCH in the bundled subframe; wherein, the subframe n refers to the n th subframe in a radio frame, a value of n ranges from 0 to 9, and the subframe n is a downlink subframe; wherein when a current uplink/downlink subframe configuration is a configuration 1, the quantity of bundled subframes is 2, a quantity of HARQ processes or a quantity of subframe bundling configurations is 3, and a start subframe of the bundled subframe is the k th subframe located after the subframe n, and the method further comprises: when the UE does not correctly receive the downlink control signaling, determining, by the UE, the bundled subframe according to a PHICH used for instructing the UE to transmit the PUSCH and the subframe bundling configuration, wherein a receiving subframe of the PHICH is the l th subframe before the subframe n; and transmitting the PUSCH in the bundled subframe. when user equipment, UE, correctly receives, in a subframe n, downlink control signaling used for instructing the UE to transmit a physical uplink shared channel, PUSCH, determining, by the UE according to the downlink control signaling and a subframe bundling configuration, a bundled subframe for transmitting the PUSCH, wherein the subframe bundling configuration comprises a quantity of bundled subframes; and transmitting, by the UE, the PUSCH in the bundled subframe; wherein, the subframe n refers to the n th subframe in a radio frame, a value of n ranges from 0 to 9, and the subframe n is a downlink subframe; wherein when a current uplink/downlink subframe configuration is a configuration 1, the quantity of bundled subframes is 2, a quantity of HARQ processes or a quantity of subframe bundling configurations is 3, and a start subframe of the bundled subframe is the k th subframe located after the subframe n, and the method further comprises: when the UE does not correctly receive the downlink control signaling, determining, by the UE, the bundled subframe according to a PHICH used for instructing the UE to transmit the PUSCH and the subframe bundling configuration, wherein a receiving subframe of the PHICH is the l th subframe before the subframe n; and transmitting the PUSCH in the bundled subframe. when the UE does not correctly receive the downlink control signaling, determining, by the UE, the bundled subframe according to a PHICH used for instructing the UE to transmit the PUSCH and the subframe bundling configuration, wherein a receiving subframe of the PHICH is the l th subframe before the subframe n; and transmitting the PUSCH in the bundled subframe.
A method for generating a fingerprint of an audio signal, comprising: detecting peaks in a representation of a temporal spectrum of frequencies of the audio signal, a peak being defined as a point in the representation which has a higher energy than its neighboring points; and characterized by further comprising generating the fingerprint of the audio signal as a function of a distribution of positions of the detected peaks along a frequency axis and a distribution of positions of the detected peaks along a time axis. detecting peaks in a representation of a temporal spectrum of frequencies of the audio signal, a peak being defined as a point in the representation which has a higher energy than its neighboring points; and characterized by further comprising generating the fingerprint of the audio signal as a function of a distribution of positions of the detected peaks along a frequency axis and a distribution of positions of the detected peaks along a time axis.