mhurhangee/patent-ind-claim-en huggingface dataset:
A medical apparatus comprising: an elongated body having a proximal end , a distal end , and defining a loading chamber between the proximal end and the distal end for storing a liquid therein, the elongated body defining an outlet at the distal end thereof; a cell block filter assembly comprising: a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a base member for securing the cell block filter assembly at the distal end of the elongated body , and wherein the outer surface of the distal end of the elongated body is configured to engage with the base member; wherein the entire cell block filter assembly is sliceable into slices having a thickness suitable for mounting on a laboratory slide; and wherein the base member prevents the passage of fluid out of the filter assembly . an elongated body having a proximal end , a distal end , and defining a loading chamber between the proximal end and the distal end for storing a liquid therein, the elongated body defining an outlet at the distal end thereof; a cell block filter assembly comprising: a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a base member for securing the cell block filter assembly at the distal end of the elongated body , and wherein the outer surface of the distal end of the elongated body is configured to engage with the base member; wherein the entire cell block filter assembly is sliceable into slices having a thickness suitable for mounting on a laboratory slide; and wherein the base member prevents the passage of fluid out of the filter assembly .
A wire connecting structure, wherein it is the wire connecting structure of coils wound to each salient-pole (12, U1, U2, V1, V2, W1, W2) in a three-phase motor having respective salient-pole (12, U1, U2, V1, V2, W1, W2) of a first phase, a second phase and a third phase, wherein the coils of the salient-poles (U1, U2, W1, W2) belonging to any two phases among the first phase, the second phase and the third phase are formed by a single continuous first conducting wire , wherein the coils of the salient-poles (U1, U2, W1, W2) formed by the single continuous first conducting wire comprise a first salient-pole (U1), a second salient-pole (U2), a third salient-pole (W1), a fourth salient-pole (W2), wherein the single continuous first conducting wire is sequentially wound around the first salient-pole (U1), the second salient-pole (U2), the third salient-pole (W1), the fourth salient-pole (W2), and the coils of the salient-poles (U1, U2, W1, W2) are disposed in a circumferential direction with equal intervals in a sequence of the first salient-pole (U1), the third salient-pole (W1), the second salient-pole (U2) and the fourth salient-pole (W2), and the coil of the salient-pole (V1, V2) belonging to the rest one phase among the first phase, the second phase and the third phase is formed by a single continuous second conducting wire , wherein one end of the first conducting wire is electrically connected to an external connection terminal (Us) corresponding to one of the two phases, the other end of the first conducting wire is electrically connected to an external connection terminal (Ws) corresponding to the other of the two phases, and a middle point of the first conducting wire is electrically connected to a short circuit terminal of a neutral point (N) without the first conducting wire being cut, wherein the wire connecting structure is such that two connecting portions which respectively have a U-shaped cross-section are formed on the neutral point (N), and the first conducting wire is tucked into one of the connecting portions formed on the neutral point (N); and one end of the second conducting wire is electrically connected to an external connection terminal (Vs) corresponding to the rest one phase, and the other end of the second conducting wire is electrically connected to the short circuit terminal.
A fuel cell system control method of controlling a fuel cell system when warming is performed at least at starting-up of the system, the fuel cell system including a solid oxide fuel cell that is supplied with an anode gas and a cathode gas to generate electric power, a fuel processor that at least reforms fuel to generate the anode gas and supplies the generated anode gas to the fuel cell , and a combustor that combusts the supplied fuel to perform warming of the fuel processor , the method comprising: a cathode gas supply step (S1) of supplying the cathode gas to the fuel processor ; a determining step (S2) of determining whether a temperature of gas passing through the fuel processor is higher than a temperature at which reforming is possible; a cathode gas decreasing step (S3) of decreasing a supplied amount of the cathode gas to the fuel processor when it is determined that the temperature of the gas is higher than the temperature at which reforming is possible; and a fuel supply step (S4) of starting to supply the fuel to the fuel processor after the cathode gas decreasing step (S3). a cathode gas supply step (S1) of supplying the cathode gas to the fuel processor ; a determining step (S2) of determining whether a temperature of gas passing through the fuel processor is higher than a temperature at which reforming is possible; a cathode gas decreasing step (S3) of decreasing a supplied amount of the cathode gas to the fuel processor when it is determined that the temperature of the gas is higher than the temperature at which reforming is possible; and a fuel supply step (S4) of starting to supply the fuel to the fuel processor after the cathode gas decreasing step (S3).
A piezoelectric transmitting and/or receiving device for a vibration sensor , characterized in that the piezoelectric transmitting and/or receiving device is configured as a unit that can be handled separately, with a drive seat with a mechanical connection section for connecting the piezoelectric transmitting and/or receiving device to a diaphragm of the vibration sensor , has a piezo-stack drive , wherein the drive seat has a fastening section for fastening and biasing the piezo-stack drive in the drive seat , and the piezo-stack drive is clamped to the drive seat .
A computer system comprising a Dynamic Voltage Frequency Scaling device and a chip connected with the Dynamic Voltage Frequency Scaling device, the Dynamic Voltage Frequency Scaling device comprising: an information acquisition unit configured to acquire working state information of the chip connected with the Dynamic Voltage Frequency Scaling device in real time; and a voltage frequency scaling unit configured to send voltage frequency scaling information to the chip according to the working state information of the chip , where the voltage frequency scaling information is configured to instruct the chip to scale its working voltage or working frequency; wherein the chip comprises at least a first unit and a second unit, output data of the first unit is input data of the second unit, the working state information of the chip comprises an operating speed of the first unit and an operating speed of the second unit, and the voltage frequency scaling information comprises a second voltage frequency scaling information, the voltage frequency scaling unit is further configured to: in response to determining, according to the operating speed of the first unit and the operating speed of the second unit, that a running time of the first unit exceeds a running time of the second unit, send the second voltage frequency scaling information to the second unit, where the second voltage frequency scaling information is configured to instruct the second unit to decrease its working frequency or working voltage. an information acquisition unit configured to acquire working state information of the chip connected with the Dynamic Voltage Frequency Scaling device in real time; and a voltage frequency scaling unit configured to send voltage frequency scaling information to the chip according to the working state information of the chip , where the voltage frequency scaling information is configured to instruct the chip to scale its working voltage or working frequency; wherein the chip comprises at least a first unit and a second unit, output data of the first unit is input data of the second unit, the working state information of the chip comprises an operating speed of the first unit and an operating speed of the second unit, and the voltage frequency scaling information comprises a second voltage frequency scaling information, the voltage frequency scaling unit is further configured to: in response to determining, according to the operating speed of the first unit and the operating speed of the second unit, that a running time of the first unit exceeds a running time of the second unit, send the second voltage frequency scaling information to the second unit, where the second voltage frequency scaling information is configured to instruct the second unit to decrease its working frequency or working voltage.
A pharmaceutical composition for use in the treatment of neonatal abstinence syndrome (NAS) in a mammalian subject, the pharmaceutical composition comprising a therapeutically effective amount of oxytocin.
Sanitary insert unit having an insert housing , in which insert housing a valve having a valve piston is provided, which valve piston is guided in a displaceable manner in the insert housing and is movable from a rest position, under the pressure of the inflowing water, counter to the restoring force of at least one restoring element, wherein the insert unit has at least one movement damper, which damps or brakes the movement of the valve piston from the rest position into the open position, characterized in that the at least one movement damper is configured as a hydraulic damper which has a damper housing , in which damper housing a damper piston is guided in a displaceable manner, wherein, during a sliding movement from the rest position into the open position, the damper piston displaces oil or similar viscous fluid from one side of the damper piston to the other side of the damper piston through at least one connecting duct.
A system for use with a passive optical network, PON, the system comprising: an array of laser sources to generate downstream wavelength division multiplexing, WDM, signals having downstream carrier wavelengths of a WDM- PON wavelength grid ; and an array of photo-detectors to receive upstream WDM signals having upstream carrier wavelengths of the WDM-PON wavelength grid , the system being characterized by : a wavelength interleaving multiplexer/demultiplexer coupled to the array of laser sources and the array of photo-detectors to interleave the downstream WDM signals with the upstream WDM signals such that consecutive communication wavelengths of the WDM-PON wavelength grid are alternately assigned between the downstream and upstream WDM signals by associating different respective offsets (OS1, OS2) with the downstream and upstream WDM signals, wherein the array of laser sources, the array of photo-detectors, and the wavelength interleaving multiplexer/demultiplexer are components of a WDM optical line terminal, OLT, (155, 500A-F) for delivering communication services to a first group of customer premises, CPs, via WDM signals. an array of laser sources to generate downstream wavelength division multiplexing, WDM, signals having downstream carrier wavelengths of a WDM- PON wavelength grid ; and an array of photo-detectors to receive upstream WDM signals having upstream carrier wavelengths of the WDM-PON wavelength grid , the system being characterized by : a wavelength interleaving multiplexer/demultiplexer coupled to the array of laser sources and the array of photo-detectors to interleave the downstream WDM signals with the upstream WDM signals such that consecutive communication wavelengths of the WDM-PON wavelength grid are alternately assigned between the downstream and upstream WDM signals by associating different respective offsets (OS1, OS2) with the downstream and upstream WDM signals, wherein the array of laser sources, the array of photo-detectors, and the wavelength interleaving multiplexer/demultiplexer are components of a WDM optical line terminal, OLT, (155, 500A-F) for delivering communication services to a first group of customer premises, CPs, via WDM signals. a wavelength interleaving multiplexer/demultiplexer coupled to the array of laser sources and the array of photo-detectors to interleave the downstream WDM signals with the upstream WDM signals such that consecutive communication wavelengths of the WDM-PON wavelength grid are alternately assigned between the downstream and upstream WDM signals by associating different respective offsets (OS1, OS2) with the downstream and upstream WDM signals, wherein the array of laser sources, the array of photo-detectors, and the wavelength interleaving multiplexer/demultiplexer are components of a WDM optical line terminal, OLT, (155, 500A-F) for delivering communication services to a first group of customer premises, CPs, via WDM signals.
Single-portion pack for producing a beverage from a beverage concentrate, comprising a closable concentrate container for holding the beverage concentrate, wherein the single-portion pack has an extraction and mixing device comprising: an extraction means for extracting the beverage concentrate from the concentrate container , a mixing chamber for preparing the beverage from the beverage concentrate extracted from the concentrate container and a mixing liquid able to be supplied, an inlet for the mixing liquid into the mixing chamber , and an outlet for the beverage from the mixing chamber , wherein the extraction means comprises at least one piercing part for piercing the concentrate container , characterized in that the at least one piercing part is arranged in the mixing chamber .
A user device comprising: a memory area storing computer-executable instructions for managing an operation of a peripheral device; and a processor configured to execute the computer-executable instructions to: detect a signal associated with the peripheral device; based on the signal, identify a device identity associated with the peripheral device; determine whether the device identity corresponds to a user account associated with the user device through checking the user account stored in said memory area, and upon determining that the device identity is not stored in the user account in said memory area, through checking the user account stored in a remote memory at a server managing the user account, wherein the user account comprises the association between the user device and the device identity of the peripheral device; and upon determining that the device identity corresponds to the user account, pair the peripheral device with the user device without manually pairing the peripheral device with the user device. a memory area storing computer-executable instructions for managing an operation of a peripheral device; and a processor configured to execute the computer-executable instructions to: detect a signal associated with the peripheral device; based on the signal, identify a device identity associated with the peripheral device; determine whether the device identity corresponds to a user account associated with the user device through checking the user account stored in said memory area, and upon determining that the device identity is not stored in the user account in said memory area, through checking the user account stored in a remote memory at a server managing the user account, wherein the user account comprises the association between the user device and the device identity of the peripheral device; and upon determining that the device identity corresponds to the user account, pair the peripheral device with the user device without manually pairing the peripheral device with the user device. detect a signal associated with the peripheral device; based on the signal, identify a device identity associated with the peripheral device; determine whether the device identity corresponds to a user account associated with the user device through checking the user account stored in said memory area, and upon determining that the device identity is not stored in the user account in said memory area, through checking the user account stored in a remote memory at a server managing the user account, wherein the user account comprises the association between the user device and the device identity of the peripheral device; and upon determining that the device identity corresponds to the user account, pair the peripheral device with the user device without manually pairing the peripheral device with the user device.
A method of monitoring the radionuclide content of radioactive waste, RAW, generated during processing of spent nuclear fuel, SNF, from power units equipped with fast reactors with a liquid lead coolant, which includes preparatory step in which RAW streams are identified and the radionuclide vectors thereof are determined, and subsequent step of routine characterization of RAW in the streams, wherein samples are collected to produce test samples in order to determine a radionuclide vector in the stream, the specific activities of radionuclides in the test samples, which decay is accompanied by gamma radiation, are determined using gamma-ray spectrometry, a reference radionuclide and target hard-to-detect radionuclides, HD-RN, are selected and specific activities and standard uncertainties of the activities thereof are determined in relation to the activity of the reference radionuclide, wherein at the step of routine RAW characterization the specific activities in RAW are measured for the reference radionuclide only, using gamma-ray spectrometric non-destructive method, followed by calculation of the activities of the target HD-RN in RAW streams on the basis of the characteristics of the identified radionuclide vectors obtained at the preparatory step, wherein the activation product of a lead coolant 207 Bi is used as the reference radionuclide, the specific activity of which is determined using gamma-ray spectrometry apparatus having a resolution of at least 8% along the 662 keV line, and 210 Pb, 202 Pb and 205 Pb, which decay is accompanied by alpha- and beta-radiation, are included in the list of target, HD-RN, of the radionuclide vector, their activities are measured using liquid scintillation spectrometer, data on the activity of gamma-emitting radionuclides in the test sample are used in the processing of liquid scintillation spectrometer readings, wherein the processing is carried out using the generalized least squares method, taking into account both the uncertainty values of the specific activity measurements of the reference radionuclide and those of the HD-RN as weights of measured values.
A cyclic di-nucleotide comprising two 2'-5' phosphodiester linkages for use in the treatment of a cellular proliferative disease by increasing the production of a type I interferon (IFN) by increasing the level of a 2'-5' phosphodiester linkage comprising cyclic di-nucleotide in the cell.
A method of wireless communication at a user equipment, UE, comprising: determining operation in a wideband and support of an extended coverage, EC, restriction; identifying a duration of a non-access stratum, NAS, timer based on determining the operation in the wideband and support of the EC restriction; transmitting an access request message to a network entity to trigger a mobility management procedure; receiving an acceptance message from the network entity indicating an unrestricted or restricted status of the EC restriction; applying the duration to the NAS timer based at least in part on a history of EC restrictions of a public land mobile network, PLMN, in a defined geographic area; and initiating the NAS timer according to the identified duration. determining operation in a wideband and support of an extended coverage, EC, restriction; identifying a duration of a non-access stratum, NAS, timer based on determining the operation in the wideband and support of the EC restriction; transmitting an access request message to a network entity to trigger a mobility management procedure; receiving an acceptance message from the network entity indicating an unrestricted or restricted status of the EC restriction; applying the duration to the NAS timer based at least in part on a history of EC restrictions of a public land mobile network, PLMN, in a defined geographic area; and initiating the NAS timer according to the identified duration.
An induction heating cooker comprising: a drive circuit for converting an AC power supply to high-frequency electric power; a plurality of heating coils provided to a metallic shielding plate and generating a high-frequency magnetic field upon receiving the high-frequency electric power; and a relay circuit including a plurality of relays that switches connections between the drive circuit and the plurality of heating coils in response to a signal supplied from the drive circuit , and coupled to the heating coils via a connection wire , wherein the relay circuit is disposed to an electrically insulated holder disposed to the shielding plate on a face opposite to a face where the heating coils are provided; wherein the relay circuit includes a connecting section for receiving the connection wire ; characterized in that : the holder includes an outer wall taller than the relays and the connecting section , and the outer wall is disposed close to the housing . a drive circuit for converting an AC power supply to high-frequency electric power; a plurality of heating coils provided to a metallic shielding plate and generating a high-frequency magnetic field upon receiving the high-frequency electric power; and a relay circuit including a plurality of relays that switches connections between the drive circuit and the plurality of heating coils in response to a signal supplied from the drive circuit , and coupled to the heating coils via a connection wire , wherein the relay circuit is disposed to an electrically insulated holder disposed to the shielding plate on a face opposite to a face where the heating coils are provided; wherein the relay circuit includes a connecting section for receiving the connection wire ; characterized in that : the holder includes an outer wall taller than the relays and the connecting section , and the outer wall is disposed close to the housing .
A method for communication, the method comprising: in an avalanche photodiode comprising an absorbing layer , an anode , a cathode , an N-doped layer , a P-doped layer, and a multiplication region between the N-doped layer and the P-doped layer, wherein oxide interfaces are at top and bottom surfaces of the anode , cathode , N-doped layer , P-doped layer, and multiplication region and doping profiles in the N-doped layer and the P-doped layer vary in a direction perpendicular to the top and bottom surfaces of the N-doped layer and the P-doped layer: absorbing a received optical signal in the absorbing layer to generate carriers; and directing the carriers to a center of the cathode using the doping profiles. absorbing a received optical signal in the absorbing layer to generate carriers; and directing the carriers to a center of the cathode using the doping profiles.