mhurhangee/ep-ind-claims huggingface dataset:
Transmission control circuit for controlling a system pressure provided by a pressure pump in a transmission of a working machine, comprising a pressure control valve for setting the provided system pressure to a maximum system pressure (p 0), characterized in that the transmission control circuit further comprises an electronic control unit, by means of which load states and operating states of the working machine can be detected and in which transmission input torque limits (L 1,2,...n) associated with the load states and state values representing at least one first operating state and state values representing at least one second operating state are stored, wherein the first operating state is associated with the maximum system pressure (p 0) and the second operating state is associated with a reduced system pressure (p 1, 2,...n) compared to the maximum system pressure (p 0), and a pressure limiting valve that can be activated by the control unit to overrule the pressure control valve in order to variably set the reduced system pressure (p 1,2,...n), wherein activation of the pressure limiting valve is carried out depending on a comparison of a detected load state with a transmission input torque limit (L 1,2,...n) with the simultaneous existence of a second operating state.
An hybrid electric vehicle comprising: a motor-generator that is installed in a front section of a vehicle body and mechanically connected with front wheels as drive wheels via drive shafts; an internal combustion engine that is installed in the front section of the vehicle body and generates electricity to be supplied to the motor-generator; and a steering gearbox that extends in a lateral direction of the vehicle body and steers the front wheels, characterized in that a lower portion of the internal combustion engine is located on a front side of a lower portion of the motor-generator in the vehicle body with being distanced therefrom, and wherein the steering gearbox is located between the internal combustion engine and the motor-generator and located on a front side of the drive shafts in the vehicle body. a motor-generator that is installed in a front section of a vehicle body and mechanically connected with front wheels as drive wheels via drive shafts; an internal combustion engine that is installed in the front section of the vehicle body and generates electricity to be supplied to the motor-generator; and a steering gearbox that extends in a lateral direction of the vehicle body and steers the front wheels, characterized in that a lower portion of the internal combustion engine is located on a front side of a lower portion of the motor-generator in the vehicle body with being distanced therefrom, and wherein the steering gearbox is located between the internal combustion engine and the motor-generator and located on a front side of the drive shafts in the vehicle body.
Method for controlling an electric motor of a Venetian blind, the method comprising the steps of: - connecting, via a two-wire power line, first electronic means, configured to generate a drive signal for driving said electric motor for actuating the movement of said Venetian blind, with second electronic means of a control unit having drive means for driving the movement of said Venetian blind and a power source for generating a current signal to power said electric motor; - supplying, by said power source, said electric motor with the current signal via said two-wire power line; characterized by further comprising the steps of: - generating, by said first electronic means, a first data signal identifying the state of said electric motor; - detecting, by said first electronic means, said current signal in said two-wire power line, which current signal identifies the current value absorbed by said electric motor; - receiving, by said second electronic means, said first data signal and filtering it against said current signal; - processing, by said second electronic means, said first data signal and said current signal for generating a second data signal; - receiving, by said first electronic means, said second data signal, filtering it against said current signal and then processing it for generating said drive signal. - connecting, via a two-wire power line, first electronic means, configured to generate a drive signal for driving said electric motor for actuating the movement of said Venetian blind, with second electronic means of a control unit having drive means for driving the movement of said Venetian blind and a power source for generating a current signal to power said electric motor; - supplying, by said power source, said electric motor with the current signal via said two-wire power line; - generating, by said first electronic means, a first data signal identifying the state of said electric motor; - detecting, by said first electronic means, said current signal in said two-wire power line, which current signal identifies the current value absorbed by said electric motor; - receiving, by said second electronic means, said first data signal and filtering it against said current signal; - processing, by said second electronic means, said first data signal and said current signal for generating a second data signal; - receiving, by said first electronic means, said second data signal, filtering it against said current signal and then processing it for generating said drive signal.
A transflective image display apparatus comprising: a transmissive polarizing plate; a color filter that is placed below the transmissive polarizing plate and consists of a white color filter and two further color filters of different colors selected from a red color filter, a green color filter, and a blue color filter; a liquid crystal display panel placed below the color filter of which the white, red, green and blue color filters correspond to pixels of the liquid crystal display panel; an electrical polarization control unit placed below the liquid crystal display panel; a reflective polarizing plate placed below the electrical polarization control unit; a backlight unit placed below the reflective polarizing plate and comprising a white light emitting light source and a colored light emitting light source emitting light of a color corresponding to the one of the red color filter, the green color filter, and the blue color filter which the color filter does not comprise; and a controller adapted to control the liquid crystal display panel, the electrical polarization control unit, and the backlight unit periodically in at least two states according to a predetermined condition. a transmissive polarizing plate; a color filter that is placed below the transmissive polarizing plate and consists of a white color filter and two further color filters of different colors selected from a red color filter, a green color filter, and a blue color filter; a liquid crystal display panel placed below the color filter of which the white, red, green and blue color filters correspond to pixels of the liquid crystal display panel; an electrical polarization control unit placed below the liquid crystal display panel; a reflective polarizing plate placed below the electrical polarization control unit; a backlight unit placed below the reflective polarizing plate and comprising a white light emitting light source and a colored light emitting light source emitting light of a color corresponding to the one of the red color filter, the green color filter, and the blue color filter which the color filter does not comprise; and a controller adapted to control the liquid crystal display panel, the electrical polarization control unit, and the backlight unit periodically in at least two states according to a predetermined condition.
A vehicle comprising a plurality of walls defining a housing provided with at least one seat assembly, said seat assembly being placed above a compartment defined by a bottom wall and a side wall extending on opposite sides along an edge of said bottom wall, said side wall supporting said seat assembly, said vehicle comprising at least one box housed in said compartment, said box comprising a bottom wall and a side wall extending from at least part of an edge of said bottom wall, on opposite sides thereof, said bottom wall and said side wall delimiting a space configured to house a vehicle cable, wherein said seat assembly comprises a backrest and a seat, said seat being carried by said side wall so as to assume a first, closed position in which it allows the passenger to sit and separates said compartment from said housing, and a second, open position in which it allows access to said compartment and said box from said housing, characterized in that said box is a separate element from said housing and can be selectively extracted from said compartment and in that said box further comprises a projection extending from said bottom wall on the same side as said side wall, said space and said projection being sized to allow the housing of said vehicle cable in said space around said projection, said box comprising a bottom wall and a side wall extending from at least part of an edge of said bottom wall, on opposite sides thereof, said bottom wall and said side wall delimiting a space configured to house a vehicle cable, wherein said seat assembly comprises a backrest and a seat, said seat being carried by said side wall so as to assume a first, closed position in which it allows the passenger to sit and separates said compartment from said housing, and a second, open position in which it allows access to said compartment and said box from said housing, characterized in that said box is a separate element from said housing and can be selectively extracted from said compartment and in that said box further comprises a projection extending from said bottom wall on the same side as said side wall, said space and said projection being sized to allow the housing of said vehicle cable in said space around said projection,
A heat exchanger comprising a pressure vessel with an inlet for air, an outlet for air and a bundle of pipes housed within the pressure vessel for a thermo-vector fluid, and at least one gas/solid separator for separating particles drawn by the air; characterized in that the at least one gas/solid separator is provided within the pressure vessel and comprises a plurality of vanes inclined with reference to a plane perpendicular to a pressure vessel longitudinal axis.
A medical container subjected to a sterilization treatment by radiation irradiation, comprising: an inner surface, wherein at least the inner surface is made of a polyethylene resin having a long-chain branch structure and wherein the medical container is made of a multi-layered molding product, characterized in that the inner layer and the outer layer thereof are made of a polyethylene resin having a long-chain branch structure and at least one layer is made of ethylenevinyl alcohol copolymer resin and wherein the transmittance of the wavelength 450 nm is 70 % or more and the transmission quantity per day at 55 °C is 0.008 g or less. an inner surface, wherein at least the inner surface is made of a polyethylene resin having a long-chain branch structure and wherein the medical container is made of a multi-layered molding product, characterized in that the inner layer and the outer layer thereof are made of a polyethylene resin having a long-chain branch structure and at least one layer is made of ethylenevinyl alcohol copolymer resin and wherein the transmittance of the wavelength 450 nm is 70 % or more and the transmission quantity per day at 55 °C is 0.008 g or less.
A process for the preparation of a compound of formula or salts thereof, which comprises the coupling reaction of a compound of formula with a compound of formula wherein R 1 is an amino-protecting group selected from the list of benzyl, benzyloxycarbonyl (carbobenzyloxy, CBZ), 9-Fluorenylmethyloxycarbonyl (Fmoc), p-methoxybenzyloxycarbonyl, p-nitrobenzyloxycarbonyl, tert-butoxycarbonyl, and trifluoroacetyl. R 2 is an amino-protecting group selected from the list of benzyl, benzyloxycarbonyl (carbobenzyloxy, CBZ), 9-Fluorenylmethyloxycarbonyl (Fmoc), p-methoxybenzyloxycarbonyl, p-nitrobenzyloxycarbonyl, tert-butoxycarbonyl, and trifluoroacetyl. M is a metal ion selected from the list of alkali metal ion, alkaline earth metal ion and transition metal ion. R 1 is an amino-protecting group selected from the list of benzyl, benzyloxycarbonyl (carbobenzyloxy, CBZ), 9-Fluorenylmethyloxycarbonyl (Fmoc), p-methoxybenzyloxycarbonyl, p-nitrobenzyloxycarbonyl, tert-butoxycarbonyl, and trifluoroacetyl. R 2 is an amino-protecting group selected from the list of benzyl, benzyloxycarbonyl (carbobenzyloxy, CBZ), 9-Fluorenylmethyloxycarbonyl (Fmoc), p-methoxybenzyloxycarbonyl, p-nitrobenzyloxycarbonyl, tert-butoxycarbonyl, and trifluoroacetyl. M is a metal ion selected from the list of alkali metal ion, alkaline earth metal ion and transition metal ion.
A negative pressure wound treatment apparatus for use in a negative pressure wound treatment system comprising: a flexible suction adapter comprising a bridge comprising a fluid passage configured to be in fluid communication with a source of negative pressure wherein said fluid passage comprises a porous material encapsulated in at least one film layer (210, 208) wherein said at least one film layer is configured to surround the fluid passage and comprises a proximal end and a distal end; and a wound dressing comprising a porous transmission layer; a cover layer and an orifice provided in the cover layer; wherein the suction adapter is sealed to the top of the cover layer over the orifice by a sealing surface connected to the distal end of the at least one film layer and wherein the suction adapter is configured to communicate negative pressure through the orifice; and wherein the suction adapter comprises a filter disposed over the orifice configured to substantially prevent wound exudate from entering the bridge and wherein the negative pressure wound treatment apparatus further comprises one or more spacer elements configured to create a gap between the filter and the transmission layer; wherein the apparatus further comprises a length of tubing configured to be coupled at a first end to the suction adapter and at a second end to a pump unit. a flexible suction adapter comprising a bridge comprising a fluid passage configured to be in fluid communication with a source of negative pressure wherein said fluid passage comprises a porous material encapsulated in at least one film layer (210, 208) wherein said at least one film layer is configured to surround the fluid passage and comprises a proximal end and a distal end; and a wound dressing comprising a porous transmission layer; a cover layer and an orifice provided in the cover layer; wherein the suction adapter is sealed to the top of the cover layer over the orifice by a sealing surface connected to the distal end of the at least one film layer and wherein the suction adapter is configured to communicate negative pressure through the orifice; and wherein the suction adapter comprises a filter disposed over the orifice configured to substantially prevent wound exudate from entering the bridge and wherein the negative pressure wound treatment apparatus further comprises one or more spacer elements configured to create a gap between the filter and the transmission layer; wherein the apparatus further comprises a length of tubing configured to be coupled at a first end to the suction adapter and at a second end to a pump unit.
An unducted fan with variable pitch blades for an aeronautical or wind turbine thruster, comprising a hub equipped with housings receiving vanes pivoting about radial axes, and an external casing constituting an aerodynamic fairing for the hub, said external casing comprising circular openings through which said housings open and which allow the vanes to be inserted into the hub, each vane comprising: - a root configured to be mounted in rotation about a radial axis in the associated housing, - a generally radially oriented blade, and - a platform substantially in the shape of a disc extending, transversely with respect to the radial direction, from said blade to an edge of the circular opening of the associated casing, the blade comprising at least one skin comprising an aerodynamic external surface defining a pressure side and a suction side of the blade, said skin comprising a free lower edge turned towards said root, characterised in that the platform is fitted to the free lower edge of the skin. - a root configured to be mounted in rotation about a radial axis in the associated housing, - a generally radially oriented blade, and - a platform substantially in the shape of a disc extending, transversely with respect to the radial direction, from said blade to an edge of the circular opening of the associated casing, the blade comprising at least one skin comprising an aerodynamic external surface defining a pressure side and a suction side of the blade, said skin comprising a free lower edge turned towards said root,
A human knee prosthetic implant comprising: a tibia component forming first and second medial tibia concave surfaces (46,48) and a lateral tibia concave surface, a femur component forming first and second medial femur convex surfaces (54,56) and a lateral femur convex surface, characterized by a projection extending from the tibia component and being disposed between the first medial tibia concave surface and the lateral tibia concave surface, the projection being formed to comprise a concave projection surface thereon; a central shaft being disposed between the lateral femur convex surface and the first medial femur convex surface; the tibia and femur surfaces (46,48,50,252) formed to provide contact interaction including contact between the concave projection surface and the central shaft. a tibia component forming first and second medial tibia concave surfaces (46,48) and a lateral tibia concave surface, a femur component forming first and second medial femur convex surfaces (54,56) and a lateral femur convex surface, characterized by a projection extending from the tibia component and being disposed between the first medial tibia concave surface and the lateral tibia concave surface, the projection being formed to comprise a concave projection surface thereon; a central shaft being disposed between the lateral femur convex surface and the first medial femur convex surface; the tibia and femur surfaces (46,48,50,252) formed to provide contact interaction including contact between the concave projection surface and the central shaft.
Fluid compression device driven by an electric machine, said electric machine comprising a rotor and a stator, said rotor comprising a cylindrical magnet and a binding ring, said compression device comprising a compression shaft on which at least one compressor wheel is mounted, and a support piece being fastened to one end of said compression shaft, said cylindrical magnet being a solid piece, characterized in that said rotor is fastened to said support piece by means of said binding ring which surrounds at least part of said support piece, the support piece being fastened, for the one part, to one end of the compression shaft, and is fastened, for the other part, to the rotor.
A signal processing arrangement for processing electrophysiological signals (116, 302) related to uterine contractions of a pregnant woman, the signal processing arrangement comprises - an input for receiving an electrophysiological signal (116, 302) that is measured on the abdomen of a pregnant woman, - a filter for receiving the electrophysiological signal (116, 302) and for providing a filtered electrohysterogram signal, the filter being configured to allow a passages of frequencies of the electrophysiological signal (116, 302) in a frequency range and to attenuate frequencies of the electrophysiological signal (116, 302) outside the frequency range, where the frequency range is a range from 0 Hz to 3 Hz, from 0.1 to 3Hz or from 0.3 to 0.8Hz, - an output for providing an output waveform (146, 306), the output waveform (146, 306) simulating output data of a tocodynamometer or an intra-uterine pressure catheter, the output data representing data relating to uterine contractions, characterized by a window function applicator for receiving the filtered electrohysterogram signal from the filter and for providing the output waveform (146, 306), the window function applicator being configured to generate the output waveform by continuously applying a window function to samples of the filtered electrohysterogram signal, wherein a single application of the window function comprises adding, according to weight values provided by the applied window function, only absolute values of samples of the filtered electrohysterogram signal of an interval that immediately precedes the moment in time at which the window function is applied. - an input for receiving an electrophysiological signal (116, 302) that is measured on the abdomen of a pregnant woman, - a filter for receiving the electrophysiological signal (116, 302) and for providing a filtered electrohysterogram signal, the filter being configured to allow a passages of frequencies of the electrophysiological signal (116, 302) in a frequency range and to attenuate frequencies of the electrophysiological signal (116, 302) outside the frequency range, where the frequency range is a range from 0 Hz to 3 Hz, from 0.1 to 3Hz or from 0.3 to 0.8Hz, - an output for providing an output waveform (146, 306), the output waveform (146, 306) simulating output data of a tocodynamometer or an intra-uterine pressure catheter, the output data representing data relating to uterine contractions, characterized by a window function applicator for receiving the filtered electrohysterogram signal from the filter and for providing the output waveform (146, 306), the window function applicator being configured to generate the output waveform by continuously applying a window function to samples of the filtered electrohysterogram signal, wherein a single application of the window function comprises adding, according to weight values provided by the applied window function, only absolute values of samples of the filtered electrohysterogram signal of an interval that immediately precedes the moment in time at which the window function is applied.