mhurhangee/ep-ind-claims huggingface dataset:
Bicycle saddle comprising: - a shell fitted with fastening means for fastening the saddle to an associable bicycle, the shell extending, in a prevailing longitudinal direction (X- X), from a front end to a rear end, - a padding associated to an upper portion of the shell, opposite said frame, characterized in that the shell comprises a rigid portion which supports said fastening means and a controlled deformation portion positioned between the rigid portion and the padding, - wherein said controlled deformation portion comprises at least one yielding insert suitable to deform itself elastically in compression when in use, wherein said yielding insert comprises a perimetral structure closed in a loop, wherein said perimetral structure closed in a loop is internally hollow, characterized in that said yielding inserts suitable to deform elastically in compression are placed in concave areas of the rigid portion of the shell, on the side of the rear end of the saddle, on opposite and symmetrical sides with respect to a longitudinal centreline plane (M - M) of said saddle. - a shell fitted with fastening means for fastening the saddle to an associable bicycle, the shell extending, in a prevailing longitudinal direction (X- X), from a front end to a rear end, - a padding associated to an upper portion of the shell, opposite said frame, the shell comprises a rigid portion which supports said fastening means and a controlled deformation portion positioned between the rigid portion and the padding, - wherein said controlled deformation portion comprises at least one yielding insert suitable to deform itself elastically in compression when in use, wherein said yielding insert comprises a perimetral structure closed in a loop, - wherein said controlled deformation portion comprises at least one yielding insert suitable to deform itself elastically in compression when in use, wherein said yielding insert comprises a perimetral structure closed in a loop, wherein said perimetral structure closed in a loop is internally hollow, characterized in that said yielding inserts suitable to deform elastically in compression are placed in concave areas of the rigid portion of the shell, on the side of the rear end of the saddle, on opposite and symmetrical sides with respect to a longitudinal centreline plane (M - M) of said saddle.
A monitoring system comprising: battery powered portable units designed to fit on the hands of users and to record information concerning the users; a docking station designed to receive the portable units before and after use, to receive information recorded by or stored within the units and to charge the batteries, characterised in that the docking station is designed to receive identity information concerning a worker requesting access to a unit; and that the monitoring system comprises a processing mechanism (18, 21) associated with the docking station and arranged and programmed (i) to receive the said identity information and information concerning the state of charge of the batteries, (ii) to inform a user about to start work which unit to take and (iii) to record which worker has or has had which unit. battery powered portable units designed to fit on the hands of users and to record information concerning the users; a docking station designed to receive the portable units before and after use, to receive information recorded by or stored within the units and to charge the batteries, characterised in that the docking station is designed to receive identity information concerning a worker requesting access to a unit; and that the monitoring system comprises a processing mechanism (18, 21) associated with the docking station and arranged and programmed (i) to receive the said identity information and information concerning the state of charge of the batteries, (ii) to inform a user about to start work which unit to take and (iii) to record which worker has or has had which unit.
Nebuliser device comprising a) a nebuliser nozzle provided with at least one opening for the intake of liquid and with at least one opening for the outlet of liquid, and on the side opposite said outlet opening a piezoelectric component which can emit acoustic waves into said liquid, and the cross-section of said nozzle having a progressive narrowing in the direction of said first outlet opening, in such a way that in said nozzle the acoustic waves are focussed in order to create a mist of droplets of said liquid; b) a collection reservoir which supplies said nozzle with liquid; c) a pump referred to as "circulation pump" connected on the one hand to the collection reservoir and on the other hand to said nozzle by the at least one intake opening arranged in said nozzle, said circulation pump being able to generate in said nozzle a liquid pressure sufficient to maintain a stream of liquid emerging via said outlet opening of the nozzle; d) a pressurising chamber through which passes the liquid emerging from the circulation pump before entering said nozzle, said nebuliser device being characterised in that the volume of the upper portion of the pressurising chamber located at a liquid level which is higher than the highest of the following three points: the highest opening for the intake of water of the nozzle, the upper edge of the outlet opening of the nozzle, the highest point of the piezoelectric component, is at least twice (preferably at least six times and more preferable at least twelve times) the volume of the nozzle, a) a nebuliser nozzle provided with at least one opening for the intake of liquid and with at least one opening for the outlet of liquid, and on the side opposite said outlet opening a piezoelectric component which can emit acoustic waves into said liquid, and the cross-section of said nozzle having a progressive narrowing in the direction of said first outlet opening, in such a way that in said nozzle the acoustic waves are focussed in order to create a mist of droplets of said liquid; b) a collection reservoir which supplies said nozzle with liquid; c) a pump referred to as "circulation pump" connected on the one hand to the collection reservoir and on the other hand to said nozzle by the at least one intake opening arranged in said nozzle, said circulation pump being able to generate in said nozzle a liquid pressure sufficient to maintain a stream of liquid emerging via said outlet opening of the nozzle; d) a pressurising chamber through which passes the liquid emerging from the circulation pump before entering said nozzle,
A method of producing methanol by recycling and reductive conversion of any available source of carbon dioxide, which comprises: electrochemically reducing the carbon dioxide in a divided electrochemical cell comprising an anode in a first cell compartment and a metal cathode electrode in a second cell compartment that also contains an aqueous solution or aqueous methanolic solution of an electrolyte of one or more alkyl ammonium halides, alkali carbonates or combinations thereof; recycling carbon dioxide into the second cell compartment; electrochemically reducing the recycled carbon dioxide and solution in the second cell compartment to produce therein a reaction mixture containing carbon monoxide and hydrogen gas while also producing oxygen in the first cell compartment at the anode, obtaining the carbon monoxide and hydrogen gas of the reaction mixture from the second cell compartment and reacting the carbon monoxide and hydrogen of the reaction mixture to produce methanol and wherein the carbon monoxide and hydrogen gas are obtained in the reaction mixture in a ratio of 1:2 or with higher excess amounts of hydrogen gas, and without adding hydrogen from outside of the cell. electrochemically reducing the carbon dioxide in a divided electrochemical cell comprising an anode in a first cell compartment and a metal cathode electrode in a second cell compartment that also contains an aqueous solution or aqueous methanolic solution of an electrolyte of one or more alkyl ammonium halides, alkali carbonates or combinations thereof; recycling carbon dioxide into the second cell compartment; electrochemically reducing the recycled carbon dioxide and solution in the second cell compartment to produce therein a reaction mixture containing carbon monoxide and hydrogen gas while also producing oxygen in the first cell compartment at the anode, obtaining the carbon monoxide and hydrogen gas of the reaction mixture from the second cell compartment and reacting the carbon monoxide and hydrogen of the reaction mixture to produce methanol and wherein the carbon monoxide and hydrogen gas are obtained in the reaction mixture in a ratio of 1:2 or with higher excess amounts of hydrogen gas, and without adding hydrogen from outside of the cell.
Method for producing a multicoat color and/or effect paint system by applying to a substrate a pigmented aqueous basecoat material, forming a polymer film from the coat material applied in stage, applying a clearcoat material to the resultant basecoat film, and then curing the basecoat film together with the clearcoat film, characterized in that in stage a pigmented aqueous basecoat material is used which comprises at least one alcohol in an amount of 0.1% to 5% by weight, based on the total weight of the aqueous basecoat material applied in stage, the at least one alcohol being characterized by the following structure: where R is a C 1 to C 4 alkyl radical but not an n-butyl radical. applying to a substrate a pigmented aqueous basecoat material, forming a polymer film from the coat material applied in stage, applying a clearcoat material to the resultant basecoat film, and then curing the basecoat film together with the clearcoat film,
An inhibitor of casein kinase 1 selected from the group comprising D4476, PF670462, IC261, PF 4800567 for use in the treatment of B-cell chronic lymphocytic leukemia.
A transmission control method, comprising: determining, by an access device, a distribution of a downlink transmission time slot in a first subframe of a first wireless frame based on a configuration periodicity of the first wireless frame in a case that the configuration periodicity of the first wireless frame is different from a configuration periodicity of a wireless frame which is prior to the first wireless frame, wherein the first subframe is a special subframe in a case that a ratio of the downlink transmission time slot in the first subframe to all data channel time slots in the first subframe is smaller than 100% or smaller than a preset value, wherein the special subframe is configured to switch between a uplink transmission and the downlink transmission, or the first subframe is a downlink subframe in a case that the ratio of the downlink transmission time slot in the first subframe to all data channel time slots in the first subframe is 100% or exceeds the preset value; generating, by the access device, control information for indicating the determined distribution of the downlink transmission time slot in the first subframe; and sending, by the access device, the first wireless frame to a user terminal, wherein the control information is carried in a subframe which is prior to the first subframe of the first wireless frame. determining, by an access device, a distribution of a downlink transmission time slot in a first subframe of a first wireless frame based on a configuration periodicity of the first wireless frame in a case that the configuration periodicity of the first wireless frame is different from a configuration periodicity of a wireless frame which is prior to the first wireless frame, wherein the first subframe is a special subframe in a case that a ratio of the downlink transmission time slot in the first subframe to all data channel time slots in the first subframe is smaller than 100% or smaller than a preset value, wherein the special subframe is configured to switch between a uplink transmission and the downlink transmission, or the first subframe is a downlink subframe in a case that the ratio of the downlink transmission time slot in the first subframe to all data channel time slots in the first subframe is 100% or exceeds the preset value; generating, by the access device, control information for indicating the determined distribution of the downlink transmission time slot in the first subframe; and sending, by the access device, the first wireless frame to a user terminal, wherein the control information is carried in a subframe which is prior to the first subframe of the first wireless frame.
A method for reducing second order intermodulation distortion in a harmonic rejection mixer comprising a plurality of mixing means, the method comprising - receiving a radio frequency signal, - compensating transistor mismatch only in a first mixing means which does not contribute to reconstructing in-phase baseband signal and in a second mixing means which does not contribute to reconstructing quadrature baseband signal, said first mixing means and said second mixing means being comprised in said plurality of mixing means, - down-converting said radio frequency signal using said plurality of mixing means and a plurality of local oscillator signals (LO1-LO4), each local oscillator signal having a different phase with respect to the other local oscillator signals, thereby obtaining a plurality of down-converted signals having different phases with respect to each other, said plurality of down-converted signals comprising a first down-converted compensated signal from said first mixing means and a second down-converted compensated signal from said second mixing means, - amplifying said plurality of down-converted signals using a plurality of amplifiers having a phase-dependent amplification factor and recombining them to obtain an in-phase (I BB) and a quadrature (Q BB) baseband signal, whereby in the recombination of said in-phase baseband signal an amplification factor of zero is given to said first down-converted compensated signal and in the recombination of said quadrature baseband signal an amplification factor of zero is given to said second down-converted compensated signal. - receiving a radio frequency signal, - compensating transistor mismatch only in a first mixing means which does not contribute to reconstructing in-phase baseband signal and in a second mixing means which does not contribute to reconstructing quadrature baseband signal, said first mixing means and said second mixing means being comprised in said plurality of mixing means, - down-converting said radio frequency signal using said plurality of mixing means and a plurality of local oscillator signals (LO1-LO4), each local oscillator signal having a different phase with respect to the other local oscillator signals, thereby obtaining a plurality of down-converted signals having different phases with respect to each other, said plurality of down-converted signals comprising a first down-converted compensated signal from said first mixing means and a second down-converted compensated signal from said second mixing means, - amplifying said plurality of down-converted signals using a plurality of amplifiers having a phase-dependent amplification factor and recombining them to obtain an in-phase (I BB) and a quadrature (Q BB) baseband signal, whereby in the recombination of said in-phase baseband signal an amplification factor of zero is given to said first down-converted compensated signal and in the recombination of said quadrature baseband signal an amplification factor of zero is given to said second down-converted compensated signal.
A method of impregnating a fiber texture of hollow shape, the method comprising at least the following steps: - introducing a first suspension containing a first powder of solid particles of ceramic or carbon material into an inside volume defined by an inside face of a fiber texture of hollow shape placed in a mold, an outer face of the fiber texture being presented facing a wall of the mold; and - using the action of centrifugal force to impregnate the fiber texture with the first suspension by causing the mold to rotate, the method being characterized in that impregnation of the texture with the first suspension is made by varying the speed of rotation of the mold during the impregnation of the texture with the first suspension. - introducing a first suspension containing a first powder of solid particles of ceramic or carbon material into an inside volume defined by an inside face of a fiber texture of hollow shape placed in a mold, an outer face of the fiber texture being presented facing a wall of the mold; and - using the action of centrifugal force to impregnate the fiber texture with the first suspension by causing the mold to rotate,
Vacuum cleaner, which is suitable for vacuuming ash, comprising a suctioned material container with a receiving space for suctioned material, a suction head, a suction blower device, which is arranged on the suction head, wherein the suction head is releasably connected to the suctioned material container, a suctioned material container lid (32; 160), which covers the receiving space toward the suction head, and a filter unit, which is arranged on a filter holder (76; 112; 124; 134; 140; 150; 170) with a clean side that faces toward the suction blower device with respect to a suction flow and with a dirty side that faces toward the receiving space, and a filter cleaning device for the filter unit, which is arranged on the suction head, wherein the filter holder (76; 112; 124; 134; 140; 150; 170) has a filter holder opening (78; 114; 132; 136; 148; 168), which is fluidically connected to the receiving space and in which the filter unit is positioned, characterized in that the filter unit is mounted in the filter holder (67; 112; 124; 134; 140; 150; 170) and is held mounted supported by way of a top side of the filter holder (76; 112; 124; 134; 140; 150; 170) that faces toward the suction head, in that a holding-down means for the filter unit and/or the suctioned material container lid (32; 160) is arranged on the suction head.
A seating structure (10A, 10B) comprising: a frame (26A, 26B) including first and second side frame members (78A, 82A, 78B, 82B) spaced apart in a first direction and defining an opening (98A, 98B) therebetween, the first and second side frame members (78A, 82A, 78B, 82B) each having an inner portion (99A, 99B) facing toward the opening (98A, 98B) and an outer portion (100A, 100B) facing away from the opening (98A, 98B), the outer portion (100A, 100B) including a plurality of first attachment features (102A, 102B) facing outwardly away from the first and second side frame members (78A, 82A, 78B, 82B) in the first direction; a carrier (30A, 30B) including first and second side carrier members (248A, 252A, 248B, 252B), the first and second side carrier members (248A, 252A, 248B, 252B) each including a plurality of second attachment features (262A, 262B) facing toward the first and second side frame members (78A, 82A, 78B, 82B) in the first direction, the plurality of second attachment features (262A, 262B) engaging the plurality of first attachment features (102A, 102B) to attach the carrier (30A, 30B) to the frame (26A, 26B); and a suspension material (34A, 34B) attached to the carrier (30A, 30B) and extending over the opening (98A, 98B) in the frame (26A, 26B). a frame (26A, 26B) including first and second side frame members (78A, 82A, 78B, 82B) spaced apart in a first direction and defining an opening (98A, 98B) therebetween, the first and second side frame members (78A, 82A, 78B, 82B) each having an inner portion (99A, 99B) facing toward the opening (98A, 98B) and an outer portion (100A, 100B) facing away from the opening (98A, 98B), the outer portion (100A, 100B) including a plurality of first attachment features (102A, 102B) facing outwardly away from the first and second side frame members (78A, 82A, 78B, 82B) in the first direction; a carrier (30A, 30B) including first and second side carrier members (248A, 252A, 248B, 252B), the first and second side carrier members (248A, 252A, 248B, 252B) each including a plurality of second attachment features (262A, 262B) facing toward the first and second side frame members (78A, 82A, 78B, 82B) in the first direction, the plurality of second attachment features (262A, 262B) engaging the plurality of first attachment features (102A, 102B) to attach the carrier (30A, 30B) to the frame (26A, 26B); and a suspension material (34A, 34B) attached to the carrier (30A, 30B) and extending over the opening (98A, 98B) in the frame (26A, 26B).
A polypeptide for use in medicine; wherein the polypeptide: a) comprises a sequence given in SEQ ID NO: 1 or 2; b) comprises 8 contiguous amino acids from SEQ ID NO: 6, 5, 4, 3, 2, or 1, with the proviso that at least one of said 8 contiguous amino acids is from SEQ ID NO: 5, 3, or 1; or c) comprises 8 contiguous amino acids that have only one, two or three amino acid substitutions relative to the 8 contiguous amino acids of SEQ ID NO: 6, 5, 4, or 3 as described in b) above, with the proviso that at least one of the 8 contiguous amino acids present is from SEQ ID NO: 5; wherein the polypeptide is capable of inducing a T cell response.
Proton-conductive electrochemical device, comprising: - a positive electrode able to reduce an oxidising species; - a negative electrode able to oxidise a reducing species; - a proton-conductive electrolyte, occupying a space between the positive electrode and the negative electrode and allowing the conduction of protons between the positive electrode and the negative electrode; the electrochemical device further comprising a layer able to diffuse protons and electrons and forming a protective barrier against contaminants for the proton-conductive electrolyte, said layer being in contact with the proton-conductive electrolyte on the one hand and the negative electrode on the other hand, the layer able to diffuse protons and electrons comprising a material chosen from: a material of the type ABB'O 3, and a material of the type ABO 3, in which A is an element chosen from group II of the periodic table, B is an element chosen from cerium or group IVB of the periodic table, B' is an element chosen from lanthanides or group VIIIB of the periodic table, and B' is an element chosen from lanthanides or group VIIIB of the periodic table. - a positive electrode able to reduce an oxidising species; - a negative electrode able to oxidise a reducing species; - a proton-conductive electrolyte, occupying a space between the positive electrode and the negative electrode and allowing the conduction of protons between the positive electrode and the negative electrode;