mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling an inverter in a system including a pressure sensor configured to detect a pressure of a pump, a motor configured to drive the pump, and an inverter configured to drive the motor, the method characterized by: providing a pre-PID delay time; determining whether a pressure data returned from the pressure sensor is smaller than a set value (SOFT FILL SET VALUE) even if the pre-PID delay time has finished; setting, as a first reference, the pressure data when the pre-PID delay time has finished and the pressure data is smaller than the set value; updating the first reference by as much as a predetermined step to a second reference of a predetermined period (B; S25); determining an output frequency of the inverter by performing a PID control using the second reference; determining an output frequency of the inverter by performing a PID control using a third reference (PID REFERENCE) set up by a user when the second reference or feedback pressure data is equal to the set value (SOFT FILL SET VALUE; S45, S55); and updating the second reference by as much as a predetermined step to a fourth reference when a difference between the second reference and a pressure data returned after laps of a predetermined period is less than another set value (PREDETERMINED VALUE; S35, S40), wherein the set value (SOFT FILL SET VALUE) is less than the third reference (PID REFERENCE). providing a pre-PID delay time; determining whether a pressure data returned from the pressure sensor is smaller than a set value (SOFT FILL SET VALUE) even if the pre-PID delay time has finished; setting, as a first reference, the pressure data when the pre-PID delay time has finished and the pressure data is smaller than the set value; updating the first reference by as much as a predetermined step to a second reference of a predetermined period (B; S25); determining an output frequency of the inverter by performing a PID control using the second reference; determining an output frequency of the inverter by performing a PID control using a third reference (PID REFERENCE) set up by a user when the second reference or feedback pressure data is equal to the set value (SOFT FILL SET VALUE; S45, S55); and updating the second reference by as much as a predetermined step to a fourth reference when a difference between the second reference and a pressure data returned after laps of a predetermined period is less than another set value (PREDETERMINED VALUE; S35, S40), wherein the set value (SOFT FILL SET VALUE) is less than the third reference (PID REFERENCE).
A ligand-drug conjugate compound of the following formula: L - (LU-D) p or a pharmaceufically acceptable salt or solvate thereof; wherein: L is a ligand unit wherein the ligand unit is an antibody that specifically binds to human CD19, comprising a heavy chain variable region amino acid sequence as set forth in SEQ ID NO:9; and a light chain variable region amino acid sequence as set forth In SEQ ID NO:24, wherein the antibody binds to CD19 with a dissociation constant of less than 10 -7 M; and (LU-D) is a Linker unit-Drug unit moiety, wherein: LU- is a Linker unit, and -D is a Drug unit having cytostatic or cytotoxic activity against the target cells; and p is an integer from 1 to about 20, wherein the antibody comprises a human IgG constant region, wherein the isotype of the IgG constant region is IgG1, IgG2, or IgG1V1. L is a ligand unit wherein the ligand unit is an antibody that specifically binds to human CD19, comprising a heavy chain variable region amino acid sequence as set forth in SEQ ID NO:9; and a light chain variable region amino acid sequence as set forth In SEQ ID NO:24, wherein the antibody binds to CD19 with a dissociation constant of less than 10 -7 M; and (LU-D) is a Linker unit-Drug unit moiety, wherein: LU- is a Linker unit, and -D is a Drug unit having cytostatic or cytotoxic activity against the target cells; and p is an integer from 1 to about 20, LU- is a Linker unit, and -D is a Drug unit having cytostatic or cytotoxic activity against the target cells; and p is an integer from 1 to about 20,
An image data processing apparatus comprising: a receiver configured to receive image data representing a 3D hologram image, the image data including first image data corresponding to a first depth of the 3D hologram image and second image data corresponding to a second depth of the 3D hologram image; and a processor configured to: - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT. a receiver configured to receive image data representing a 3D hologram image, the image data including first image data corresponding to a first depth of the 3D hologram image and second image data corresponding to a second depth of the 3D hologram image; and a processor configured to: - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT. - perform a converting operation, from a group of converting operations comprising a normalization operation, an image quality compensation and a field operation, on the first image data and the second image data; - perform a fast Fourier transform, FFT, on the converted first image data and on the converted second image data by using, simultaneously, a real part operation method on the converted first image data and an imaginary part operation method on the converted second image data, to thereby obtain the 3D hologram image of which the first depth is represented by the first image data and of which the second depth is represented by the second image data; and - display the 3D hologram image by using a result of the FFT.
An information processing apparatus connectable with a terminal via a network to manage a license of a package including one or more applications assignable to a device, the information processing apparatus comprising: a processor configured to: receive, from the terminal, tenant identification information identifying a tenant that purchases a package; send to the terminal, a first screen for displaying a device list including one or more devices belonging to the tenant identification information, the first screen including a plurality of first buttons for assigning the license of the package to each of the devices, the license of the package being cancellable from each of the devices, in response to receiving a first request from the terminal; receive, from the terminal, a button selection of a first button from among the plurality of the first buttons, the selected first button corresponding to a specific device from the one or more devices included in the device list displayed on the first screen; generate a first license list including the license information for the package for assigning to the specific device; generate a package management screen based on the first license list and send the package management screen to the terminal; and assign the license of the package to the specific device selected from the device list in response to receiving, from the terminal, the selection of the operation of assigning the license of the package from the package management screen. receive, from the terminal, tenant identification information identifying a tenant that purchases a package; send to the terminal, a first screen for displaying a device list including one or more devices belonging to the tenant identification information, the first screen including a plurality of first buttons for assigning the license of the package to each of the devices, the license of the package being cancellable from each of the devices, in response to receiving a first request from the terminal; receive, from the terminal, a button selection of a first button from among the plurality of the first buttons, the selected first button corresponding to a specific device from the one or more devices included in the device list displayed on the first screen; generate a first license list including the license information for the package for assigning to the specific device; generate a package management screen based on the first license list and send the package management screen to the terminal; and assign the license of the package to the specific device selected from the device list in response to receiving, from the terminal, the selection of the operation of assigning the license of the package from the package management screen.
Submerged combustion melter comprising a submerged combustion burner comprising three substantially concentric tubes (3,9,15), each being closed at one end of the burner and open at an opposite nozzle end of the burner, the internal tube being connected to a source of oxygen containing gas, the middle tube surrounding the internal tube being connected to a source of fuel gas, and the outer tube being connected to a source of oxygen containing gas.
A method, comprising: conforming a sheet substrate which is a planar sheet and which is pliable to an external surface of a vacuum apparatus whose temperature is to be determined, characterised in that said vaccum apparatus has heater elements, said sheet substrate has a width which is greater than a distance between said heater element: and a length which provides for a plurality of turns around said vacuum apparatus; and thermally coupling a temperature sensor with said sheet substrate to provide a thermal path from said vacuum apparatus to said temperature sensor by interposing said sheet substrate between said temperature sensor and said vacuum apparatus. conforming a sheet substrate which is a planar sheet and which is pliable to an external surface of a vacuum apparatus whose temperature is to be determined, characterised in that said vaccum apparatus has heater elements, said sheet substrate has a width which is greater than a distance between said heater element: and a length which provides for a plurality of turns around said vacuum apparatus; and thermally coupling a temperature sensor with said sheet substrate to provide a thermal path from said vacuum apparatus to said temperature sensor by interposing said sheet substrate between said temperature sensor and said vacuum apparatus.
Plastic injection moulding tool for manufacturing a multi-component injection moulding part including a hard part component made of a thermoplastic synthetic material and including a soft part component made of an elastomer material, wherein the soft part component is produced of a UV-curable elastomer material, in particular a silicone elastomer component, which is connected to the hard part component made of thermoplastic synthetic material, wherein the multi-component injection moulding part is configured as a valve assembly part for use in medical infusion system components, and wherein the valve assembly part is provided with a dimensionally stable housing body made of a thermoplastic synthetic material and with an elastically flexible valve component which is produced from the UV-curable elastomer material, and including a tool mould which has a supply connector for a thermoplastic synthetic material component and a supply connector for a UV-curable elastomer component, in particular a silicone elastomer component, wherein a UV light source for UV curing of the elastomer component is integrated in the tool mould, characterized in that the tool mould is configured for manufacturing the valve assembly part.
An auxiliary control system for vehicles, wherein the system comprises a Dynamic Stability Assistant module and an Electric Power Steering module; the Dynamic Stability Assistant module is configured for performing the following steps: detecting whether the vehicle is in a special working condition; calculating an assist steering torque for a current working condition of the vehicle in the case that the vehicle is in a special working condition; generating a torque overlay request comprising the assist steering torque; and sending the torque overlay request to the Electric Power Steering module; and the Electric Power Steering module is configured for regulating the steering wheel torque according to the assist steering torque in the torque overlay request, characterized in that the Electric Power Steering module regulates the steering wheel torque according to the assist steering torque and a gradient of the assist steering torque, wherein the gradient of the assist steering torque is the difference between the assist steering torque received currently and the assist steering torque received previously divided by the time difference. the Dynamic Stability Assistant module is configured for performing the following steps: detecting whether the vehicle is in a special working condition; calculating an assist steering torque for a current working condition of the vehicle in the case that the vehicle is in a special working condition; generating a torque overlay request comprising the assist steering torque; and sending the torque overlay request to the Electric Power Steering module; and the Electric Power Steering module is configured for regulating the steering wheel torque according to the assist steering torque in the torque overlay request, characterized in that the Electric Power Steering module regulates the steering wheel torque according to the assist steering torque and a gradient of the assist steering torque, wherein the gradient of the assist steering torque is the difference between the assist steering torque received currently and the assist steering torque received previously divided by the time difference.
A method for transmitting hybrid automatic repeat request acknowledgment, HARQ-ACK, feedback information by a user equipment, UE, in a wireless communication system, wherein component carriers, CCs, configured for the UE include a frequency division duplexing, FDD, CC and a time division duplexing, TDD, CC, the method comprising: determining a HARQ-ACK timing and a CC for transmitting the HARQ-ACK feedback information, based on a composition structure of the CCs configured for the UE; and transmitting the HARQ-ACK feedback information on a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH, of the determined CC, based on the determined HARQ-ACK timing, wherein, when the FDD CC is a Primary CC, PCC, determining the HARQ-ACK timing and the CC for transmitting the HARQ-ACK feedback information comprises: grouping at least one first CC configured with an FDD configuration into a first group; grouping at least one second CC configured with a TDD configuration into a second group; and determining a HARQ-ACK timing for each of the at least one second CC for transmitting the HARQ-ACK feedback information according to a TDD uplink/downlink configuration of the at least one second CC in the second group, and transmitting the HARQ-ACK feedback information comprises: transmitting HARQ-ACK feedback information of the first group on the PCC, based on an FDD HARQ-ACK timing; and transmitting HARQ-ACK feedback information of the second group on a specific TDD CC, based on the determined HARQ-ACK timing. determining a HARQ-ACK timing and a CC for transmitting the HARQ-ACK feedback information, based on a composition structure of the CCs configured for the UE; and transmitting the HARQ-ACK feedback information on a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH, of the determined CC, based on the determined HARQ-ACK timing, grouping at least one first CC configured with an FDD configuration into a first group; grouping at least one second CC configured with a TDD configuration into a second group; and determining a HARQ-ACK timing for each of the at least one second CC for transmitting the HARQ-ACK feedback information according to a TDD uplink/downlink configuration of the at least one second CC in the second group, and transmitting the HARQ-ACK feedback information comprises: transmitting HARQ-ACK feedback information of the first group on the PCC, based on an FDD HARQ-ACK timing; and transmitting HARQ-ACK feedback information of the second group on a specific TDD CC, based on the determined HARQ-ACK timing. transmitting HARQ-ACK feedback information of the first group on the PCC, based on an FDD HARQ-ACK timing; and transmitting HARQ-ACK feedback information of the second group on a specific TDD CC, based on the determined HARQ-ACK timing.
An audio processing unit (100, 200) comprising: a buffer memory (110, 201) for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder (101, 202) coupled to the buffer memory (110, 201) for decoding the audio data; and a parser (111, 205) coupled to or integrated with the audio decoder (101, 202) for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment, and wherein the one or more metadata payloads include a flag indicative of a number of frames between the current frame and a program boundary of the encoded audio bitstream, the current frame being the frame which includes the flag. a buffer memory (110, 201) for storing at least one frame of an encoded audio bitstream, wherein the encoded audio bitstream includes audio data and a metadata segment, wherein the metadata segment is data separate and different from the audio data and includes a header, one or more metadata payloads, and protection data; an audio decoder (101, 202) coupled to the buffer memory (110, 201) for decoding the audio data; and a parser (111, 205) coupled to or integrated with the audio decoder (101, 202) for parsing the encoded audio bitstream, wherein the header includes a syncword identifying the start of the metadata segment, the one or more metadata payloads describe an audio program associated with the audio data, the protection data is located after the one or more metadata payloads, and the protection data is capable of being used to verify the integrity of the metadata segment and the one or more payloads within the metadata segment, and wherein the one or more metadata payloads include a flag indicative of a number of frames between the current frame and a program boundary of the encoded audio bitstream, the current frame being the frame which includes the flag.
Polyvinyl acetals obtainable by the reaction of polyvinyl alcohol with at least one aldehyde to a degree of acetalization of at least 75 mol %, characterized by an OH blockiness of the polyvinyl acetal determined by 13 C NMR measurement, defined as the ratio of the number of methylene groups of two adjacent alcohol sequences and the sum of the number of methylene groups of adjacent alcohol/acetal sequences and acetal/acetal sequences (VB + BB) of more than 0.151.
Sensor for use in a magnetic resonance tomography unit, wherein the sensor has an energy supply device, a data transmission device and a first resonant antenna, wherein the energy supply device is configured to be wirelessly supplied with energy by the magnetic resonance tomography unit, wherein the data transmission device is configured to transmit data wirelessly between the sensor and the magnetic resonance tomography unit by means of radio-frequency signals with a frequency of more than 1 MHz, wherein the first resonant antenna has a signal connection to the data transmission device and there exists a significant mismatch between the impedance of the signal connection and the impedance of the first resonant antenna in free space without any appreciable interaction with another antenna at a first resonant frequency of the first resonant antenna, by which means the first resonant antenna is configured to radiate only a small part of the power supplied to it into a free electromagnetic wave propagating in space. wherein the sensor has an energy supply device, a data transmission device and a first resonant antenna, wherein the energy supply device is configured to be wirelessly supplied with energy by the magnetic resonance tomography unit, wherein the data transmission device is configured to transmit data wirelessly between the sensor and the magnetic resonance tomography unit by means of radio-frequency signals with a frequency of more than 1 MHz, wherein the first resonant antenna has a signal connection to the data transmission device and there exists a significant mismatch between the impedance of the signal connection and the impedance of the first resonant antenna in free space without any appreciable interaction with another antenna at a first resonant frequency of the first resonant antenna, by which means the first resonant antenna is configured to radiate only a small part of the power supplied to it into a free electromagnetic wave propagating in space.
A method of wireless communication, characterized in that the method comprises: communicating, by a first device, data over a first bearer configured over a wireless wide area network, WWAN; identifying, at the first device, a first set of one or more quality-of-service, QoS, parameters for serving the data over the first bearer; determining, at the first device, a second set of one or more QoS parameters for serving at least a portion of the data over a second bearer configured over a wireless local area network, WLAN, based on an association between the first set of one or more QoS parameters and the second set of one or more QoS parameters; and communicating, by the first device, at least the portion of the data over the second bearer configured over the WLAN using the determined second set of one or more QoS parameters. communicating, by a first device, data over a first bearer configured over a wireless wide area network, WWAN; identifying, at the first device, a first set of one or more quality-of-service, QoS, parameters for serving the data over the first bearer; determining, at the first device, a second set of one or more QoS parameters for serving at least a portion of the data over a second bearer configured over a wireless local area network, WLAN, based on an association between the first set of one or more QoS parameters and the second set of one or more QoS parameters; and communicating, by the first device, at least the portion of the data over the second bearer configured over the WLAN using the determined second set of one or more QoS parameters.