mhurhangee/ep-ind-claims huggingface dataset:
Digital audio signal management kit, comprising a management device for managing digital audio signals and a user interface (100, 100a, 100b), the management device comprising a plurality of input channels suitable for receiving input audio signals and a plurality of output channels suitable for transmitting output audio signals, a microprocessor processing unit and programmable logic unit, wherein: - the processing unit is configured to manage the operating system and an embedded application suitable to communicate with the user interface for configuring the programmable logic unit; - the programmable logic unit is configured to manage the input and output channels, the processing of digital audio signals through an audio processing algorithm, and clock signals through clock management software; characterized in that the user interface is based on control software of the management device comprising code portions for: - monitoring the state of the channels passing through the management device; - checking the state of configuration parameters that regulate the processing of digital audio signals made by the programmable logic unit; - changing the state of said configuration parameters. - the processing unit is configured to manage the operating system and an embedded application suitable to communicate with the user interface for configuring the programmable logic unit; - the programmable logic unit is configured to manage the input and output channels, the processing of digital audio signals through an audio processing algorithm, and clock signals through clock management software; - monitoring the state of the channels passing through the management device; - checking the state of configuration parameters that regulate the processing of digital audio signals made by the programmable logic unit; - changing the state of said configuration parameters.
A hub die-casting mold, comprising a lower mold, a side mold, and an upper mold that are combined to form a hub casting cavity, wherein the lower mold is disposed on a lower mold plate, and the side mold is formed by abutting four sections of arc portions which are slidably connected to the lower mold plate, wherein the four sections of arc portions are divided into two groups that are respectively located at the left and right sides of the lower mold, characterized in that included angles from 3° to 10° are set between sliding tracks of two sections of arc portions in each group and a left-right diameter of the lower mold; and further comprising two connecting blocks that are respectively disposed on outer sides of the two groups of arc portions, wherein the connecting blocks are provided with connecting holes, hooks are respectively disposed on exterior walls of the two sections of arc portions in each group, and the hooks are slidably connected to the connecting holes.
A packaged condom comprising: a sealed package; within the package, a synthetic polyisoprene condom; and within the package and substantially coating the condom, a lubricant comprising solvent and one or more sensation-providing agents comprising one or more of vanillyl butyl ether, menthyl lactate, and menthol, optionally wherein the package comprises a layer of aluminum between the condom and an external environment, characterized in that the solvent comprises non-water soluble silicone oil and 99% or more of the lubricant by weight is the non-water soluble silicone oil. a sealed package; within the package, a synthetic polyisoprene condom; and within the package and substantially coating the condom, a lubricant comprising solvent and one or more sensation-providing agents comprising one or more of vanillyl butyl ether, menthyl lactate, and menthol, optionally wherein the package comprises a layer of aluminum between the condom and an external environment, characterized in that the solvent comprises non-water soluble silicone oil and 99% or more of the lubricant by weight is the non-water soluble silicone oil.
CNG power system comprising a storage tank, a fuel conversion system and an energy transfer system, wherein the storage tank is connected fluidically to the fuel conversion system via the energy transfer system, the fuel conversion system comprising a power unit using CNG as fuel and generating gas emissions comprising CO2, the fuel conversion system comprising a CO2 capture unit configured for separating out CO2 from the gas emissions, wherein the energy transfer system comprises a CNG expansion turbine mounted in a fuel circuit between the storage tank and fuel conversion system powered by expansion of the CNG flowing from the storage tank to the fuel conversion system, characterized in that the energy transfer system further comprises a CO2 compressor connected between the fuel conversion system and the storage tank along a CO2 circuit for compressing the CO2, wherein power for driving the CO2 compressor is supplied in part by power generated by the CNG expansion turbine.
A food composition, including a) an extract from 100 mg of nettle leaves, 100 mg of Rhodiola rosea, 100 mg of birch leaves, and 120 mg of calcium and b) an extract from 100 mg of nettle leaves, 100 mg of juniper leaves, 100 mg of mate tea, 100 mg of horsetail, and 55 mg of magnesium and c) an extract from 220 mg of dandelion leaves, 220 mg of artichoke, 11 mg of cynarine, and 1.5 mg of zinc, wherein the components are consumable in the form of capsules and preferably with 0.5 l of water. a) an extract from 100 mg of nettle leaves, 100 mg of Rhodiola rosea, 100 mg of birch leaves, and 120 mg of calcium and b) an extract from 100 mg of nettle leaves, 100 mg of juniper leaves, 100 mg of mate tea, 100 mg of horsetail, and 55 mg of magnesium and c) an extract from 220 mg of dandelion leaves, 220 mg of artichoke, 11 mg of cynarine, and 1.5 mg of zinc,
A battery pack comprising a plurality of battery modules (101, 102), each having a unit cell which is a battery cell or a unit module, wherein said unit cell can be charged and discharged, mounted in a pack case, wherein two or more unit cells constitute one battery module (101, 102), two or more battery modules (101, 102) are arranged in a length direction of the battery pack to constitute one battery module group (110, 120), two battery module groups (110, 120) are arranged in a width direction of the battery pack in a state in which the battery module groups (110, 120) are spaced apart from each other such that a coolant discharge part is defined between the battery module groups (110, 120), the pack case comprises a lower case, in which the battery modules (101, 102) are mounted, and an upper case to cover a top of the lower case, characterized in that coolant inlet ports (160, 162) are formed at regions of the pack case corresponding to outer edges of the respective battery modules (101, 102) located at a position opposite to the coolant discharge part, wherein each coolant inlet port (160, 162) has a structure comprising a plurality of through holes or slits to introduce a coolant from the outside through the coolant inlet ports, a coolant outlet port is formed at a front or a rear of the pack case in the length direction of the battery pack such that a coolant introduced through the respective coolant inlet ports (160, 162) cools the unit cells of the respective battery modules (101, 102) while passing through the respective battery modules (101, 102) and is then discharged out of the pack case, the battery modules (101, 102) are spaced apart from the pack case, at which the coolant inlet ports (160, 162) are formed, such that coolant flow sections, in which the coolant introduced through the coolant inlet ports (160,162) is distributed and then moves to the battery modules (101, 102), are defined between the pack case and the battery modules (101, 102).
A system for analyzing polarization properties of light, the system comprising: an optical element for collecting light; a polarization filter having an array of polarization cells in various directions of polarization comprising a core array of filter cells comprising at least horizontal polarization filter cell, vertical polarization filter cell, no-polarization filter cell and circular polarization filter cell, and at least one arrangement of filter cells surrounding said core array, said arrangement of filter cells comprises filter cells having linear polarization with varying linear polarization directions providing a constant angular difference between adjacent cells; a wavelength filter comprising a plurality of repeated sub-arrays of wavelength filtering cells in various colors, each sub-array wavelength filtering cells correspond to a respective polarization cell of said polarization filter; and an image sensor comprising an array of image sensor cells, wherein at least one of said sub-arrays of wavelength filtering cells corresponds to a respective polarization cell of said polarization filter and to a respective group of cells of said image sensor, so that each image sensor cell in said respective group of cells is configured to receive light that passed through both a respective polarization cell and a respective wavelength filtering cell. an optical element for collecting light; a polarization filter having an array of polarization cells in various directions of polarization comprising a core array of filter cells comprising at least horizontal polarization filter cell, vertical polarization filter cell, no-polarization filter cell and circular polarization filter cell, and at least one arrangement of filter cells surrounding said core array, said arrangement of filter cells comprises filter cells having linear polarization with varying linear polarization directions providing a constant angular difference between adjacent cells; a wavelength filter comprising a plurality of repeated sub-arrays of wavelength filtering cells in various colors, each sub-array wavelength filtering cells correspond to a respective polarization cell of said polarization filter; and an image sensor comprising an array of image sensor cells, wherein at least one of said sub-arrays of wavelength filtering cells corresponds to a respective polarization cell of said polarization filter and to a respective group of cells of said image sensor, so that each image sensor cell in said respective group of cells is configured to receive light that passed through both a respective polarization cell and a respective wavelength filtering cell.
A gas turbine engine, comprising: an accessory gearbox (AGB), comprising: a gearbox housing; and a gearbox gear train within the gearbox housing; and an integrated air turbine starter system removably installed on the AGB, the integrated ATS system comprising: an ATS including an air turbine and an ATS output shaft coupled thereto; and an ATS clutch module coupled to the ATS output shaft, the ATS clutch module received within the gearbox housing and mechanically coupling the ATS output shaft to the gearbox gear train when the integrated ATS system is installed on the AGB; characterized in that the gas turbine engine further comprises an oil recirculation system fluidly coupled to the AGB, the oil recirculation system having an oil outlet positioned to direct a jet of oil into an open side of the ATS clutch module and onto an enlarged, substantially cylindrical mating end portion of the ATS output shaft received in the gearbox housing when the integrated ATS system is installed on the AGB; and in that the mating end portion of the ATS output shaft is imparted with a smooth annular outer surface, which serves as a race for the ATS clutch module and which can be withdrawn from the ATS clutch module along an insertion/withdrawal axis to disconnect the ATS from the ATS clutch module. an accessory gearbox (AGB), comprising: a gearbox housing; and a gearbox gear train within the gearbox housing; and a gearbox housing; and a gearbox gear train within the gearbox housing; and an integrated air turbine starter system removably installed on the AGB, the integrated ATS system comprising: an ATS including an air turbine and an ATS output shaft coupled thereto; and an ATS clutch module coupled to the ATS output shaft, the ATS clutch module received within the gearbox housing and mechanically coupling the ATS output shaft to the gearbox gear train when the integrated ATS system is installed on the AGB; an ATS including an air turbine and an ATS output shaft coupled thereto; and an ATS clutch module coupled to the ATS output shaft, the ATS clutch module received within the gearbox housing and mechanically coupling the ATS output shaft to the gearbox gear train when the integrated ATS system is installed on the AGB; characterized in that the gas turbine engine further comprises an oil recirculation system fluidly coupled to the AGB, the oil recirculation system having an oil outlet positioned to direct a jet of oil into an open side of the ATS clutch module and onto an enlarged, substantially cylindrical mating end portion of the ATS output shaft received in the gearbox housing when the integrated ATS system is installed on the AGB; and in that the mating end portion of the ATS output shaft is imparted with a smooth annular outer surface, which serves as a race for the ATS clutch module and which can be withdrawn from the ATS clutch module along an insertion/withdrawal axis to disconnect the ATS from the ATS clutch module.
Extrudable polymer composition comprising: - from 50 to 99.95%, preferably from 80 to 99.95%, by weight of at least one copolymer comprising flexible blocks and rigid blocks, comprising: - at least 25% by weight of polyethylene glycol flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - from 0.01 to 5%, preferably from 0.05 to 0.5%, by weight of at least one polyol with a functionality greater than 2, comprising at least three hydroxyl groups, relative to the total weight of the composition, characterized in that: - the weight-average molar mass of said copolymer is at least equal to 100 000 g/mol; and - the weight-average molar mass of the polyol is at most 1000 g/mol; and - said at least one polyol links rigid blocks of the copolymer to one another. - from 50 to 99.95%, preferably from 80 to 99.95%, by weight of at least one copolymer comprising flexible blocks and rigid blocks, comprising: - at least 25% by weight of polyethylene glycol flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - at least 25% by weight of polyethylene glycol flexible blocks with a functionality equal to 2, relative to the total weight of copolymer, and - from 0.01 to 5%, preferably from 0.05 to 0.5%, by weight of at least one polyol with a functionality greater than 2, comprising at least three hydroxyl groups, relative to the total weight of the composition, - the weight-average molar mass of said copolymer is at least equal to 100 000 g/mol; and - the weight-average molar mass of the polyol is at most 1000 g/mol; and - said at least one polyol links rigid blocks of the copolymer to one another.
Method for producing a zinc-based corrosion protection coating for steel sheets or steel strips for directly press-hardened components made of steel, which are heated at least in some regions to a temperature above Ac3 and then cooled at a speed which is at least in some regions above the critical hardening speed, characterised in that a coating which contains at least 75 wt.% zinc and any inevitable impurities 0.5 to 5.0 wt.% manganese and 0. 1 to 2.0 wt.% aluminium is applied in the hot-dip process.
A catheter, comprising: an elongated body; an electrode mounted at a distal end of the elongated body, wherein the electrode is configured as a shell defining an interior space; a plurality of irrigation apertures formed in the shell and communicating with the interior space; a sensor array disposed within the interior space, comprising: a flexible substrate; a plurality of sensors secured to the substrate; and a plurality of traces on the substrate coupled to the sensors; an insert disposed within the interior space configured to engage the sensor array such that each sensor is positioned in a desired location relative to the electrode; and characterized in that the catheter further comprises: a support which forms a fluid tight seal with a proximal end of the electrode and engages a proximal end of the insert to stabilize the insert against rotational motion; and further characterized in that the sensor array conforms to an inner surface of the electrode and each sensor extends into a corresponding plurality of orifices in the shell of the electrode. an elongated body; an electrode mounted at a distal end of the elongated body, wherein the electrode is configured as a shell defining an interior space; a plurality of irrigation apertures formed in the shell and communicating with the interior space; a sensor array disposed within the interior space, comprising: a flexible substrate; a plurality of sensors secured to the substrate; and a plurality of traces on the substrate coupled to the sensors; a flexible substrate; a plurality of sensors secured to the substrate; and a plurality of traces on the substrate coupled to the sensors; an insert disposed within the interior space configured to engage the sensor array such that each sensor is positioned in a desired location relative to the electrode; and characterized in that the catheter further comprises: a support which forms a fluid tight seal with a proximal end of the electrode and engages a proximal end of the insert to stabilize the insert against rotational motion; and further characterized in that the sensor array conforms to an inner surface of the electrode and each sensor extends into a corresponding plurality of orifices in the shell of the electrode. a support which forms a fluid tight seal with a proximal end of the electrode and engages a proximal end of the insert to stabilize the insert against rotational motion; and further characterized in that the sensor array conforms to an inner surface of the electrode and each sensor extends into a corresponding plurality of orifices in the shell of the electrode.
Storage system comprising: a vertically extending transport area in which a goods transporting device is arranged such that it can move vertically, at least one storage area (25, 25') extending next to the transport area and having a plurality of floors (27, 27'), a housing enclosing the transport area and the at least one storage area (25, 25'), characterized in that an air deflector is arranged on the goods transporting device which comprises a drivable element being mobile relative to the goods transporting device. a vertically extending transport area in which a goods transporting device is arranged such that it can move vertically, at least one storage area (25, 25') extending next to the transport area and having a plurality of floors (27, 27'), a housing enclosing the transport area and the at least one storage area (25, 25'), characterized in that an air deflector is arranged on the goods transporting device which comprises a drivable element being mobile relative to the goods transporting device.
Magnetic angular position sensor mounted between two bearing elements (1, 2) rotationally mobile relative to one another about an axis of rotation, the sensor comprising, on the one hand, a magnetic member delimiting a useful zone in which extends a magnetic field having field lines at right angles to the axis of rotation, and, on the other hand, a detector member comprising at least one probe extending into the useful zone of the magnetic member to supply a signal as a function of an angular orientation of the probe relative to the field lines of the useful zone, the magnetic member comprising two parallel magnet sections (6; 6') and two elongate pole pieces of ferromagnetic material which extend to cover the ends of the latter, the pole pieces extending at right angles to the magnet sections (6; 6'), the magnetic member being arranged to create field lines extending from one pole piece to the other, at right angles to said pole pieces such that the field lines are all parallel to one another, the pole pieces having chamfered ends.
A method for the transmission of electrical energy, in which electrical current is transmitted between two electrical installations by means of a superconductive cable system, the two ends of which in each case are connected in a current-carrying manner to one of the electrical installations, and in which, furthermore, a normal-conducting cable system is arranged parallel to the superconductive cable system, wherein the function of the superconductive cable system is monitored by a control unit and wherein the normal-conducting cable system is then connected to the two electrical installations by signals sent by the control unit, if a fault is found for the superconductive cable system, and at a time interval thereafter the superconductive system is then disconnected from at least one of the electrical installations, characterized in - that in the normal operation only one end of the normal-conducting cable system is connected in a voltage-carrying manner by means of a circuit breaker (8, 9) to one of the electrical installations and - that in the event of a fault of the superconductive cable system due to a first signal of the control unit the other end of the normal-conducting cable system is connected by means of a second of the circuit breakers (8, 9) to the other electrical installation, so that the normal-conducting cable system becomes current-carrying, before the superconductive cable system is disconnected from the one electrical installation due to a second signal of the control unit. - that in the normal operation only one end of the normal-conducting cable system is connected in a voltage-carrying manner by means of a circuit breaker (8, 9) to one of the electrical installations and - that in the event of a fault of the superconductive cable system due to a first signal of the control unit the other end of the normal-conducting cable system is connected by means of a second of the circuit breakers (8, 9) to the other electrical installation, so that the normal-conducting cable system becomes current-carrying, before the superconductive cable system is disconnected from the one electrical installation due to a second signal of the control unit.
An interference-tolerant communications circuit comprising: a high-side current source coupled to a high-side input pin of a load and configured to operate the load at a high level; a low-side current source coupled to a low-side input pin of the load and configured to operate the load at a low level; a control circuit configured to, in response to interference conditions that alter the current supplied by at least one of the current sources on one of the input pins, maintain the sum of the current applied to the load by the current sources at a target current level; and for each current source, a clamping circuit (140; 150) configured to apply an offsetting current to one of the current sources (120; 130), in response to a change in current in the other one of the current sources, to mitigate fluctuations in voltage amplitude on the load. a high-side current source coupled to a high-side input pin of a load and configured to operate the load at a high level; a low-side current source coupled to a low-side input pin of the load and configured to operate the load at a low level; a control circuit configured to, in response to interference conditions that alter the current supplied by at least one of the current sources on one of the input pins, maintain the sum of the current applied to the load by the current sources at a target current level; and for each current source, a clamping circuit (140; 150) configured to apply an offsetting current to one of the current sources (120; 130), in response to a change in current in the other one of the current sources, to mitigate fluctuations in voltage amplitude on the load.