mhurhangee/ep-ind-claims huggingface dataset:
A cell culture vessel for containing a culture gel in which cells or cell tissue is embedded, the cell culture vessel comprising a frame, at least one window bordered by the frame, and at least one projection projecting from the frame inwardly into the cell culture vessel, wherein - the at least one window is light-permeable and nutrient component-permeable and is placed in such a way as to allow for multifaceted observation of the cells or the cell tissue, and - the projection has a feature point to be placed at a position where the cells or the cell tissue as well as the feature point can be observed from the window. - the at least one window is light-permeable and nutrient component-permeable and is placed in such a way as to allow for multifaceted observation of the cells or the cell tissue, and - the projection has a feature point to be placed at a position where the cells or the cell tissue as well as the feature point can be observed from the window.
A solar cell sealing film comprising ethylene-vinyl acetate copolymer, ethylene-methyl methacrylate copolymer (EMMA), and a crosslinker, wherein a mass ratio of the ethylene-vinyl acetate copolymer to the ethylene-methyl methacrylate copolymer (EVA: EMMA) is in the range of from 10:90 to 90:10.
An OFDM reception device for receiving an OFDM symbol that includes a signal for a useful symbol duration and a signal for a guard interval duration generated based on the signal for the useful symbol duration, the OFDM reception device comprising: a first orthogonal transformation unit that orthogonally transforms the signal for the useful symbol duration and outputs a resulting orthogonally transformed signal; a second orthogonal transformation unit that orthogonally transforms the signal for the guard interval duration and outputs a resulting orthogonally transformed signal; and a correction unit that corrects a wide band carrier frequency shift of the OFDM symbol according to a wide band carrier frequency error amount, characterized by a detection unit that detects the wide band carrier frequency error amount according to a signal, YCOMB, obtained by multiplying, for each subcarrier, the power or the amplitude of the signal output from the first orthogonal transformation unit with the power or the amplitude, respectively, of the signal output from the second orthogonal transformation unit, and a correlation calculation unit for correlating the obtained signal YCOMB by multiplying it with an active carrier arrangement sequence input from a carrier distribution sequence, CDS, table generating unit; wherein the wide band carrier frequency error amount having a frequency domain size in units of a subcarrier spacing. a first orthogonal transformation unit that orthogonally transforms the signal for the useful symbol duration and outputs a resulting orthogonally transformed signal; a second orthogonal transformation unit that orthogonally transforms the signal for the guard interval duration and outputs a resulting orthogonally transformed signal; and a correction unit that corrects a wide band carrier frequency shift of the OFDM symbol according to a wide band carrier frequency error amount, characterized by a detection unit that detects the wide band carrier frequency error amount according to a signal, YCOMB, obtained by multiplying, for each subcarrier, the power or the amplitude of the signal output from the first orthogonal transformation unit with the power or the amplitude, respectively, of the signal output from the second orthogonal transformation unit, and a correlation calculation unit for correlating the obtained signal YCOMB by multiplying it with an active carrier arrangement sequence input from a carrier distribution sequence, CDS, table generating unit; wherein the wide band carrier frequency error amount having a frequency domain size in units of a subcarrier spacing.
Mirror comprising a glass substrate covered with a silver layer, itself covered with at least one coat of paint, wherein the intensity ratio of the / crystallographic orientations within the silver layer is lower than 5.0, characterized in that the silver layer has a correlation length (CLz), measured by X-ray diffraction analyzed using the Scherrer method, greater than 27.0 nm.
A handheld tool comprising: a nose portion having an injection passage for a fastener; a magazine configured to accommodate the fastener and located in an intersecting direction intersecting with the injection passage; a magazine cap portion including a tip portion and a base end portion, the base end portion being located opposite to the tip portion in the intersecting direction, the magazine cap portion being configured to open and close the magazine by the tip portion separating from and approaching the magazine, the tip portion being rotatable in a direction separating from and approaching the magazine with the base end portion as a fulcrum; characterized by a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft, wherein the nose portion includes an engaging portion (99a,99b) engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. a nose portion having an injection passage for a fastener; a magazine configured to accommodate the fastener and located in an intersecting direction intersecting with the injection passage; a magazine cap portion including a tip portion and a base end portion, the base end portion being located opposite to the tip portion in the intersecting direction, the magazine cap portion being configured to open and close the magazine by the tip portion separating from and approaching the magazine, the tip portion being rotatable in a direction separating from and approaching the magazine with the base end portion as a fulcrum; characterized by a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft, wherein the nose portion includes an engaging portion (99a,99b) engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. a door portion rotatably coupled to the tip portion of the magazine cap portion via a coupling shaft, wherein the nose portion includes an engaging portion (99a,99b) engageable with the door portion, and wherein the door portion is configured to: in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion. in a state where the magazine cap portion is opened, bent toward the magazine with the coupling shaft as a fulcrum; and in a state where the magazine cap portion is closed, extend linearly and engage with the engaging portion.
An apparatus comprising: a thermo-photovoltaic fiber, hereinafter referred to as a TPV fiber, the TPV fiber comprising a material including TPV cells (204, 300) each having one or more valence electrons, one or more conduction electrons, and an energy bandgap between the valence electrons and the conduction electrons, wherein the TPV cells are configured to generate electrical power from heat radiation incident on the TPV fiber via the photovoltaic effect, the heat radiation including one or more photons having an energy; characterised in that the apparatus further comprises an electric field generator coupled adjacent to the TPV cells (204,300) and configured to apply an electric field to the TPV cells of the TPV fiber, wherein the electric field generator is arranged to adjust a strength of the electric field such that the strength is sufficient to shift the sensitivity of the TPV cells (204, 300) to lower frequency heat radiation than to which the TPV cells (204, 300) are sensitive when the electric field is not applied to the TPV fiber and to broaden the range of frequencies over which the TPV cells (204, 300) are sensitive to heat radiation by reducing the energy bandgap of the TPV cells to be equal to or less than the energy of the one or more photons. a thermo-photovoltaic fiber, hereinafter referred to as a TPV fiber, the TPV fiber comprising a material including TPV cells (204, 300) each having one or more valence electrons, one or more conduction electrons, and an energy bandgap between the valence electrons and the conduction electrons, wherein the TPV cells are configured to generate electrical power from heat radiation incident on the TPV fiber via the photovoltaic effect, the heat radiation including one or more photons having an energy; characterised in that the apparatus further comprises an electric field generator coupled adjacent to the TPV cells (204,300) and configured to apply an electric field to the TPV cells of the TPV fiber, wherein the electric field generator is arranged to adjust a strength of the electric field such that the strength is sufficient to shift the sensitivity of the TPV cells (204, 300) to lower frequency heat radiation than to which the TPV cells (204, 300) are sensitive when the electric field is not applied to the TPV fiber and to broaden the range of frequencies over which the TPV cells (204, 300) are sensitive to heat radiation by reducing the energy bandgap of the TPV cells to be equal to or less than the energy of the one or more photons.
Device for ultrasound-supported reflection and transmission tomography, comprising a) a measurement volume with an opening for inserting a body which is to be examined, and b) a total number of ultrasonic transducers, which are arranged with direct contact to the ultrasonic coupling medium around the measurement volume away from the opening and are oriented into the measurement volume, wherein the measurement volume comprises a jacket surface away from the opening, wherein c) the total number of ultrasonic transducers are distributed onto a plurality of transducer fields, and the arrangement of the ultrasonic transducers on each transducer field follows an aperiodic random uniform distribution, characterised in that d) the transducer fields are circular in shape. a) a measurement volume with an opening for inserting a body which is to be examined, and b) a total number of ultrasonic transducers, which are arranged with direct contact to the ultrasonic coupling medium around the measurement volume away from the opening and are oriented into the measurement volume, wherein the measurement volume comprises a jacket surface away from the opening, wherein c) the total number of ultrasonic transducers are distributed onto a plurality of transducer fields, and the arrangement of the ultrasonic transducers on each transducer field follows an aperiodic random uniform distribution, characterised in that d) the transducer fields are circular in shape.
Circuit arrangement with a thyristor circuit, that contains at least one series connection of at least two thyristor groups each having a thyristor or two antiparallel connected thyristors respectively, wherein each thyristor group contains an RC-circuit, that is connected in parallel with the at least one thyristor, and wherein the RC-circuit contains a series connection of a capacitor and a first resistor, with a control device, that is connected with control input terminals of the thyristors via control lines and that is adapted to control each of the thyristors separately by means of a control signal (S ik) applied to the control input terminal, in order to switch the respective thyristor into the conducting condition, wherein the control device contains several thyristor drivers, wherein every control input terminal of a thyristor is connected via one of the control lines with one of the thyristor drivers respectively, and wherein each thyristor driver includes a first measuring terminal connected to the anode of the respective thyristor, a second measuring terminal connected to the cathode of the respective thyristor, wherein the control device is adapted to execute a test sequence, in which all of the thyristors of the series connection or of the thyristor circuit are controlled subsequently by means of a respective control signal (S ik), so that one or more of the thyristors of one series connection are in the conducting condition respectively, characterized in that each thyristor driver includes a third measuring terminal adapted to measure or determine the thyristor current (I T) between the anode and the cathode of the respective thyristor.
A method for managing and controlling user equipment, UE, performed by a network data analytics function, NWDAF, entity in a 5 th Generation, 5G, mobile network, comprising: obtaining UE behavioral information; determining a risk for the UE by analyzing the UE behavioral information; and sending a first indication to at least one network function entity in the 5G mobile network, so as to trigger the at least one network function entity to perform policy update or parameter adjustment for the UE in response to the first indication, wherein the first indication indicates a type of the risk that the UE has, or the first indication indicates a policy or parameter for solving the risk that the UE has; wherein the at least one network function entity is one or more of a policy control function, PCF, an access and mobility management function, AMF, or a session management function, SMF. obtaining UE behavioral information; determining a risk for the UE by analyzing the UE behavioral information; and sending a first indication to at least one network function entity in the 5G mobile network, so as to trigger the at least one network function entity to perform policy update or parameter adjustment for the UE in response to the first indication, wherein the first indication indicates a type of the risk that the UE has, or the first indication indicates a policy or parameter for solving the risk that the UE has; wherein the at least one network function entity is one or more of a policy control function, PCF, an access and mobility management function, AMF, or a session management function, SMF.
A high voltage assembly, in particular, a high voltage transformer or a high voltage reactor, comprising a metal enclosure comprising: - a first compartment containing an active component; and - a second compartment forming an integral part of the metal enclosure, wherein the first compartment is connected to the second compartment via a return fluid connection, and wherein the return fluid connection comprises a pumping means is adapted to deliver insulation fluid from the second compartment to the first compartment. - a first compartment containing an active component; and - a second compartment forming an integral part of the metal enclosure,
Portable hairstyling device, comprising an upper jaw and a lower jaw arranged opposite each other, the jaws being connected by a hinge so as to go from an open position to a closed position, the upper jaw comprising at least one upper casing integrating an upper straightening plate, the lower jaw comprising at least one lower casing integrating a lower straightening plate, at least the lower jaw comprising at least: - means for pulling hair which could be moved between two separate positions in relation to the lower straightening plate, of which an exit position wherein the pulling means exceed the straightening plate of a maximum height and are in contact with the hair taken between the two straightening plates to brush the hair with a significant pulling force, and a retracted position, - means for adjusting (5, 15, 25) the pulling means between the exit position and the retracted position, the adjustment means (5, 15, 25) being integrated to the device, said pulling means comprising, on each side of the straightening plate, a row of bristles (41, 41') which are connected by moving during the adjustment, characterised in that: said retracted position is a position wherein the pulling means are retracted into the lower casing so as to no longer be in contact with the hair and thus not apply any pulling force on the hair. - means for pulling hair which could be moved between two separate positions in relation to the lower straightening plate, of which an exit position wherein the pulling means exceed the straightening plate of a maximum height and are in contact with the hair taken between the two straightening plates to brush the hair with a significant pulling force, and a retracted position, - means for adjusting (5, 15, 25) the pulling means between the exit position and the retracted position, the adjustment means (5, 15, 25) being integrated to the device, said retracted position is a position wherein the pulling means are retracted into the lower casing so as to no longer be in contact with the hair and thus not apply any pulling force on the hair.
A bulk catalyst comprising metal oxidic particles comprising one or more Group VIB metals and one or more Group VIII metals obtainable by a process comprising the steps of: i) combining in a reaction mixture one or more first compounds comprising one or more Group VIII metals and one or more second compounds comprising one or more Group VIB metals in the presence of water, wherein the Group VIII metals to Group VIB metals molar ratio is between 0.1 and 1.5, and ii) reacting the compounds under hydrothermal conditions at a reaction temperature above the boiling temperature at atmospheric pressure of water and at a pressure above atmospheric pressure to form metal oxidic particles. i) combining in a reaction mixture one or more first compounds comprising one or more Group VIII metals and one or more second compounds comprising one or more Group VIB metals in the presence of water, wherein the Group VIII metals to Group VIB metals molar ratio is between 0.1 and 1.5, and ii) reacting the compounds under hydrothermal conditions at a reaction temperature above the boiling temperature at atmospheric pressure of water and at a pressure above atmospheric pressure to form metal oxidic particles.
A transesophageal echocardiography, TEE, probe, comprising: a handle; a gastroscope coupled to, and detachable from, the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising an ultrasonic transducer disposed at a distal portion of the gastroscope and configured to obtain ultrasonic imaging data; and a wireless module coupled to the handle and in communication with the gastroscope, the wireless module comprising: a wireless communication element; and a microcontroller in communication with the wireless communication element, wherein the wireless module is configured to receive a command signal from a console spaced from the TEE probe and to transmit the ultrasonic imaging data to the console, and wherein the microcontroller, in response to the received command signal, is configured to transmit an electrical signal to the gastroscope to control the movement of the distal portion of the gastroscope. a handle; a gastroscope coupled to, and detachable from, the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising an ultrasonic transducer disposed at a distal portion of the gastroscope and configured to obtain ultrasonic imaging data; and a wireless module coupled to the handle and in communication with the gastroscope, the wireless module comprising: a wireless communication element; and a microcontroller in communication with the wireless communication element, a wireless communication element; and a microcontroller in communication with the wireless communication element, wherein the wireless module is configured to receive a command signal from a console spaced from the TEE probe and to transmit the ultrasonic imaging data to the console, and wherein the microcontroller, in response to the received command signal, is configured to transmit an electrical signal to the gastroscope to control the movement of the distal portion of the gastroscope.
A portable electronic device comprising: an antenna; a charge unit configured to be charged by a current induced electromagnetically in the antenna; a memory storing processing execution information for discontinuously executing a plurality of processings; and a first processor configured to operate by a current from the charge unit, sense a residual capacity, a voltage, or a current of the charge unit, and discontinuously execute a plurality of processings by providing a time interval based on the processing execution information, characterized in that the processing execution information includes at least a threshold, and progress information indicating progress of each processing, and the processing execution information includes the time interval of a plurality of processings determined by the residual capacity of the charge unit and a current value or a voltage value obtained by a non-contact power supply, and the threshold relates to the residual capacity, the voltage or the current of the charge unit. an antenna; a charge unit configured to be charged by a current induced electromagnetically in the antenna; a memory storing processing execution information for discontinuously executing a plurality of processings; and a first processor configured to operate by a current from the charge unit, sense a residual capacity, a voltage, or a current of the charge unit, and discontinuously execute a plurality of processings by providing a time interval based on the processing execution information, characterized in that the processing execution information includes at least a threshold, and progress information indicating progress of each processing, and the processing execution information includes the time interval of a plurality of processings determined by the residual capacity of the charge unit and a current value or a voltage value obtained by a non-contact power supply, and the threshold relates to the residual capacity, the voltage or the current of the charge unit.
Method for reduction of galvanic pitting in a transportation and storage tank of a marine vehicle with immerged in the tank stainless steel constructive elements, wherein the method comprises the following steps: a) preparation of polymer material by adding carbon nano-particles to the polymer material with a ratio of 1 % or more from polymer weight to a such amount that an electrical conductivity is at least 1.0 E-04 S/cm and necessary chemical and mechanical properties of the doped polymer coating are reached; b) applying the polymer material prepared in a previous step on the inner surface of the bottom part of the transportation and storage tank of the marine vehicle; and c) curing of the applied coating within the transportation and storage tank of the marine vehicle until full polymerization the applied coating is obtained. a) preparation of polymer material by adding carbon nano-particles to the polymer material with a ratio of 1 % or more from polymer weight to a such amount that an electrical conductivity is at least 1.0 E-04 S/cm and necessary chemical and mechanical properties of the doped polymer coating are reached; b) applying the polymer material prepared in a previous step on the inner surface of the bottom part of the transportation and storage tank of the marine vehicle; and c) curing of the applied coating within the transportation and storage tank of the marine vehicle until full polymerization the applied coating is obtained.