mhurhangee/ep-ind-claims huggingface dataset:
A common-mode voltage controller for adjusting common-mode voltages between a first buffer and a second buffer at a subsequent stage or a preceding stage of the first buffer in a signal transmission circuit, comprising: a first reference voltage generation unit for generating a common-mode voltage corresponding to the first buffer; a second reference voltage generation unit for generating a common-mode voltage corresponding to the second buffer at the subsequent stage or the preceding stage; and a control signal generation unit for generating a control signal for controlling a common-mode voltage of the first buffer according to a difference voltage between an output of the first reference voltage generation unit and an output of the second reference voltage generation unit, and giving the control signal to the first buffer and first reference voltage generation unit, wherein said first reference voltage generation unit is constituted by a replica circuit of said first buffer, and said second reference voltage generation unit is constituted by a replica circuit of said second buffer at said preceding stage or subsequent stage, and an input and an output are shorted to each other in said replica circuit of said second buffer; characterised in that an input and an output are shorted to each other in said replica circuit of said first buffer. a first reference voltage generation unit for generating a common-mode voltage corresponding to the first buffer; a second reference voltage generation unit for generating a common-mode voltage corresponding to the second buffer at the subsequent stage or the preceding stage; and a control signal generation unit for generating a control signal for controlling a common-mode voltage of the first buffer according to a difference voltage between an output of the first reference voltage generation unit and an output of the second reference voltage generation unit, and giving the control signal to the first buffer and first reference voltage generation unit, wherein said first reference voltage generation unit is constituted by a replica circuit of said first buffer, and said second reference voltage generation unit is constituted by a replica circuit of said second buffer at said preceding stage or subsequent stage, and an input and an output are shorted to each other in said replica circuit of said second buffer; characterised in that an input and an output are shorted to each other in said replica circuit of said first buffer.
Process for providing a polypropylene composition comprising at least 90 wt.-% of a branched polypropylene (b-PP) having a polypropylene backbone covering side chains, the process comprises at least a step (a) in which a linear polypropylene (1-PP) is reacted with a thermally decomposing free radical-forming agent and optionally with bifunctionally unsaturated monomer(s) and/or with multifunctionally unsaturated low molecular weight polymer(s) obtaining thereby the branched polypropylene (b-PP), and subsequent to step (a) a further step (b), in which to the branched polypropylene (b-PP) a polypropylene (PP') having a melt flow rate MFR 2 (230°C) measured according to ISO 1133 of 1 to 18 g/10min is added, wherein (a) the linear polypropylene (l-PP) has a melt flow rate MFR 2 (230°C) measured according to ISO 1133 of 3.0 to 13.0 g/10min; (b) the linear polypropylene (l-PP) has a particle size distribution d 90 of below 1,500 μm; and/or the linear polypropylene (l-PP) has a particle size distribution d 50 of below 1,000 μm; (c) the polypropylene composition and/or the branched polypropylene (b-PP) has/have a F 30 melt strength of more than 5.8 cN and a v 30 melt extensibility of more than 200 mm/s, wherein the F 30 melt strength and the v 30 melt extensibility are measured according to ISO 16790:2005, and wherein the polypropylene (PP') comprises at least one additive selected from the group consisting of antioxidants, metal deactivators, UV-stabilizers, antistatic agents, antifogging agents, acid scavengers, blowing agents, cling agents, lubricants, nucleating agents, slip agents, antiblocking agents and mixtures thereof. (a) the linear polypropylene (l-PP) has a melt flow rate MFR 2 (230°C) measured according to ISO 1133 of 3.0 to 13.0 g/10min; (b) the linear polypropylene (l-PP) has a particle size distribution d 90 of below 1,500 μm; and/or the linear polypropylene (l-PP) has a particle size distribution d 50 of below 1,000 μm; (c) the polypropylene composition and/or the branched polypropylene (b-PP) has/have a F 30 melt strength of more than 5.8 cN and a v 30 melt extensibility of more than 200 mm/s, wherein the F 30 melt strength and the v 30 melt extensibility are measured according to ISO 16790:2005, and wherein the polypropylene (PP') comprises at least one additive selected from the group consisting of antioxidants, metal deactivators, UV-stabilizers, antistatic agents, antifogging agents, acid scavengers, blowing agents, cling agents, lubricants, nucleating agents, slip agents, antiblocking agents and mixtures thereof.
Ulipristal acetate, or a metabolite thereof selected from the group consisting of CDB-3877, CDB-3963, CDB-3236; and CDB-4183, for use in preventing or treating a breast tumor in a patient.
A method of operating a fire detection system comprising a control panel, one or more fire devices and a diagnostic tool arranging the one or more fire devices, each fire device including: a base portion fixed in a location; a replaceable device portion installed to the base portion, the device portion configured to detect fire and/or smoke; a passive radio frequency identification (RFID) tag affixed to the base portion, the RFID tag uniquely identifying a location of the fire device; and a RFID circuit comprising a transceiver and disposed at the device portion to receive a signal from the RFID tag, and wirelessly communicating with the one or more fire devices via the diagnostic tool through the transceiver, and wherein the RFID circuit is utilized to communicate and report data stored in the device portion to the control panel for maintenance, service or calibration purposes. a base portion fixed in a location; a replaceable device portion installed to the base portion, the device portion configured to detect fire and/or smoke; a passive radio frequency identification (RFID) tag affixed to the base portion, the RFID tag uniquely identifying a location of the fire device; and a RFID circuit comprising a transceiver and disposed at the device portion to receive a signal from the RFID tag, and
A method of unlocking a mobile terminal, the method comprising: outputting a lock screen comprising an icon area in which at least one icon representing an application is displayed and a pattern area configured to receive a pattern gesture input configured to unlock the mobile terminal; sensing a touch signal that moves a specific icon displayed in the icon area to the pattern area; determining whether a first pattern gesture for unlocking is inputted to the pattern area without release of the touch signal; determining, whether the first pattern gesture is inputted, whether the input first pattern gesture corresponds with a preset unlock pattern gesture; and unlocking, in response to determining the inputted first pattern gesture corresponds with a preset unlock pattern gesture, the mobile terminal and executing an application corresponding to the specific icon. outputting a lock screen comprising an icon area in which at least one icon representing an application is displayed and a pattern area configured to receive a pattern gesture input configured to unlock the mobile terminal; sensing a touch signal that moves a specific icon displayed in the icon area to the pattern area; determining whether a first pattern gesture for unlocking is inputted to the pattern area without release of the touch signal; determining, whether the first pattern gesture is inputted, whether the input first pattern gesture corresponds with a preset unlock pattern gesture; and unlocking, in response to determining the inputted first pattern gesture corresponds with a preset unlock pattern gesture, the mobile terminal and executing an application corresponding to the specific icon.
A neuromodulation system comprising: a first device (10; 100; 170) comprising a non-transitory computer-readable medium comprising instructions configured to cause a microcontroller to: cause one or more primary stimulus electrodes implanted in a patient to issue first waveforms to the patient's neural tissue, receive signals from one or more sensing electrodes implanted in the patient, the signals indicative of a sensed neural response at the one or more sensing electrodes, determine a time interval between the issuing of the first waveforms and an arrival of the sensed neural response at the one or more sensing electrodes, and based on the determined time interval, trigger one or more secondary stimulus electrodes to issue second waveforms to the patient's neural tissue. cause one or more primary stimulus electrodes implanted in a patient to issue first waveforms to the patient's neural tissue, receive signals from one or more sensing electrodes implanted in the patient, the signals indicative of a sensed neural response at the one or more sensing electrodes, determine a time interval between the issuing of the first waveforms and an arrival of the sensed neural response at the one or more sensing electrodes, and based on the determined time interval, trigger one or more secondary stimulus electrodes to issue second waveforms to the patient's neural tissue.
A method for controlling an electrical power subsystem, the electrical power subsystem comprising a power converter electrically coupled to a generator having a generator rotor and a generator stator, the electrical power subsystem defining a stator power path and a converter power path for providing power to the power grid, the converter power path comprising a partial power transformer, the stator power path bypassing the partial power transformer, the electrical power subsystem further comprising a low voltage distribution panel electrically coupled to the converter power path, the method comprising: determining an auxiliary voltage error value based on a measured voltage of the low voltage distribution panel; receiving an active current command; and calculating a switching pattern for a line-side converter of the power converter based on the auxiliary voltage error value and the active current command, wherein a current level produced by the line-side converter controls a voltage to the low voltage distribution panel. determining an auxiliary voltage error value based on a measured voltage of the low voltage distribution panel; receiving an active current command; and calculating a switching pattern for a line-side converter of the power converter based on the auxiliary voltage error value and the active current command, wherein a current level produced by the line-side converter controls a voltage to the low voltage distribution panel.
Subsonic blade (22, 24) of an axial turbomachine, intended to be located radially on the said machine, comprising a leading edge; a trailing edge; two aerodynamic surfaces on opposite sides to each other, extending over the height of the blade, with each one joining the leading edge to the trailing edge; the leading edge having an S-shaped lateral profile; and characterised in that the foremost area of the leading edge is at a height (H 1) comprised between 3% and 20% of the height of the blade, and/or the rearmost area of the leading edge is at a height (H 2) comprised between 85% and 97% of the height of the blade.
Exhaust gas recirculation valve for an internal combustion engine, comprising a housing with an inlet and an outlet, a translationally movable valve body by the movement of which a flow cross section between the inlet and the outlet can be controlled, a valve rod firmly connected to the valve body, an actuator by which the valve rod with the valve body can be set on a valve seat or be lifted off the valve seat which surrounds the controllable flow cross section, a guide bushing which is arranged in the housing and in which the valve rod is supported, sealing means for sealing a gap between the guide bushing and the valve rod movable in the guide bushing, characterized in that one or more piston rings are arranged on the valve rod in a first guide section facing the valve body within the guide bushing, via which rings the valve rod is slidably supported in the guide bushing and the valve rod is slidably supported directly in the guide bushing in a second guide section farther away from the valve body. a housing with an inlet and an outlet, a translationally movable valve body by the movement of which a flow cross section between the inlet and the outlet can be controlled, a valve rod firmly connected to the valve body, an actuator by which the valve rod with the valve body can be set on a valve seat or be lifted off the valve seat which surrounds the controllable flow cross section, a guide bushing which is arranged in the housing and in which the valve rod is supported, sealing means for sealing a gap between the guide bushing and the valve rod movable in the guide bushing, characterized in that one or more piston rings are arranged on the valve rod in a first guide section facing the valve body within the guide bushing, via which rings the valve rod is slidably supported in the guide bushing and the valve rod is slidably supported directly in the guide bushing in a second guide section farther away from the valve body.
An image reading apparatus comprising: an operation unit; a setting unit configured to set one of a plurality of operation modes, which include a color reading mode and a black-and-white reading mode or which include a high-definition reading mode and a high-productivity reading mode and in which different processing is executed for a document, in accordance with an operation content of the operation unit; a reading unit configured to read the document in response to a reading execution request from the operation unit, characterized by a control unit configured to control the reading unit whether or not to execute a reading preparation operation before the reading execution request is made depending on the set operation modes set by the setting unit, wherein the reading preparation operation is an operation for acquiring data for correcting the read data, which has been generated by reading the document, and wherein the control unit is configured to, when the set operation mode is a first operation mode, control the reading unit to execute the reading preparation operation before the reading execution request is made and when the set operation mode is a second operation mode, control the reading unit to execute the reading preparation operation after the reading execution request is made. an operation unit; a setting unit configured to set one of a plurality of operation modes, which include a color reading mode and a black-and-white reading mode or which include a high-definition reading mode and a high-productivity reading mode and in which different processing is executed for a document, in accordance with an operation content of the operation unit; a reading unit configured to read the document in response to a reading execution request from the operation unit, characterized by a control unit configured to control the reading unit whether or not to execute a reading preparation operation before the reading execution request is made depending on the set operation modes set by the setting unit, wherein the reading preparation operation is an operation for acquiring data for correcting the read data, which has been generated by reading the document, and wherein the control unit is configured to, when the set operation mode is a first operation mode, control the reading unit to execute the reading preparation operation before the reading execution request is made and when the set operation mode is a second operation mode, control the reading unit to execute the reading preparation operation after the reading execution request is made.
A waveform data structure, for varying waveforms, wherein: the waveform data structure is configured by a plurality of types of frames having different data sizes, depending on tone; each of the plurality of types of frames includes an auxiliary information area and a data area; the auxiliary information area includes an area for storing common effective-bit length data indicating a value of the common effective-bit length for compressed waveform samples, and an area for storing an identifier for identifying one of the plurality of types of frames; and the data area is an area for storing compressed waveform samples in accordance with the value of the common effective-bit length, and a number of the compressed waveform samples is determined based on the value of the common effective-bit length and the one of the plurality of types of frames which is identified by the identifier. the waveform data structure is configured by a plurality of types of frames having different data sizes, depending on tone; each of the plurality of types of frames includes an auxiliary information area and a data area; the auxiliary information area includes an area for storing common effective-bit length data indicating a value of the common effective-bit length for compressed waveform samples, and an area for storing an identifier for identifying one of the plurality of types of frames; and the data area is an area for storing compressed waveform samples in accordance with the value of the common effective-bit length, and a number of the compressed waveform samples is determined based on the value of the common effective-bit length and the one of the plurality of types of frames which is identified by the identifier.
Polymerisation unit for ionic polymerisation of a liquid monomer(s) containing reaction mixture, for example of isobutylene, comprising a polymerisation loop and a coolant loop and a heat exchanger reactor system ("HERS") which is shared amongst the polymerisation loop and the coolant loop, wherein • the polymerisation loop comprises a reaction mixture piping system connected to an inlet and an outlet of said HERS, • the coolant loop comprises a coolant piping system connected to an inlet and an outlet of said HERS, • the reaction mixture piping system comprises a circulating pump and the polymerisation loop comprises a polymer withdrawal system, characterised in that 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system. • the polymerisation loop comprises a reaction mixture piping system connected to an inlet and an outlet of said HERS, • the coolant loop comprises a coolant piping system connected to an inlet and an outlet of said HERS, • the reaction mixture piping system comprises a circulating pump and the polymerisation loop comprises a polymer withdrawal system, characterised in that 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system. 1. the HERS comprises at least one section, 2. the said HERS' section(s) comprises "n" (n being an integer superior or equal to 1) parallelepipedic channel(s) for the reaction mixture and "n+1" passages for the coolant, 3. the flow paths of the reaction mixture in the "n" channel(s) of a section are unidirectionally parallel, 4. the flow paths of the coolant in the "n+1" passages of a section are unidirectionally parallel to the reaction mixture flow paths, and 5. the coolant is not in direct contact with the reaction mixture, the coolant is an evaporative coolant and the coolant piping system comprises a coolant liquefaction system.
A stable lipid suspension composition comprising Carmustine and lipid, further comprising a buffer which is disodium succinate hexahydrate and which is present up to 15 % by weight of the composition, wherein the lipid is soybean phosphatidylcholine.
An error coding circuit comprising: a non-systematic convolutional encoder for coding an input bit stream to produce two or more groups of parity bits (P 1, P 2, P 3); an interleaver circuit for interleaving parity bits within each group of parity bits; and a rate-matching circuit for outputting a selected number of said interleaved parity bits (P 1 ', P 2 ', P 3 ') ordered by group to obtain a desired code rate, wherein said rate matching circuit comprises a group multiplexing circuit. a non-systematic convolutional encoder for coding an input bit stream to produce two or more groups of parity bits (P 1, P 2, P 3); an interleaver circuit for interleaving parity bits within each group of parity bits; and a rate-matching circuit for outputting a selected number of said interleaved parity bits (P 1 ', P 2 ', P 3 ') ordered by group to obtain a desired code rate, wherein said rate matching circuit comprises a group multiplexing circuit.
a.- Suitcase protector comprising a cardboard packaging, made from the development of a die-cut sheet of cardboard, in which a rectangular, horizontally elongated, major section is defined, which by means of vertical folding lines determine the two larger (1-1') and smaller (2-2') sides of a rectangular prismatic container, a prism being formed by attaching a tongue associated laterally to one of the larger sides and fixed by adhesive to the free smaller side, forming a foldable rectangular prism, wherein from the lower edges of the larger (1-1') and smaller (2-2') faces, folding flanges (4, 4', 5, 5') emerge with adhesive fixing means determining the bottom of the container, wherein the folding flanges have recesses provided at the corners, determining the windows for the wheels of the suitcase to be packed, while the upper mouth of the container includes a pair of smaller closing tabs (11-11'), which are complemented by a front tab and a rear tab, equipped with adhesive attachment means, as well as with recesses that determine a window for the passage of the telescopic handle of the suitcase; wherein the rear tab includes a longitudinal tear line that allows the gluing area of said rear tab to be separated from the front tab.