mhurhangee/patent-ind-claim-en huggingface dataset:
An endoscope comprising: an operation section provided with an erecting operating member and a bending operating member; an insertion section that is provided on a distal end side of the operation section, that is inserted into a subject, and that has a bending part that is moved to be bent by an operation of the bending operating member; a treatment tool erecting base provided at a distal end part of the insertion section; a movable member that is arranged to be exposed to outside of the operation section and that moves in association with an operation of the erecting operating member; an erecting operation wire that is coupled to the treatment tool erecting base at a distal end side thereof, that is coupled to the movable member at a proximal end side thereof, and that is pushed/pulled in accordance with a movement of the movable member to move the treatment tool erecting base; and an attachment member that is provided at a proximal end of the erecting operation wire and that is engaged with the movable member in an attachable/detachable manner, characterized in that the movable member is arranged at a surface of the operation section opposite to a surface of the operation section at which the bending operating member is arranged. an operation section provided with an erecting operating member and a bending operating member; an insertion section that is provided on a distal end side of the operation section, that is inserted into a subject, and that has a bending part that is moved to be bent by an operation of the bending operating member; a treatment tool erecting base provided at a distal end part of the insertion section; a movable member that is arranged to be exposed to outside of the operation section and that moves in association with an operation of the erecting operating member; an erecting operation wire that is coupled to the treatment tool erecting base at a distal end side thereof, that is coupled to the movable member at a proximal end side thereof, and that is pushed/pulled in accordance with a movement of the movable member to move the treatment tool erecting base; and an attachment member that is provided at a proximal end of the erecting operation wire and that is engaged with the movable member in an attachable/detachable manner,
Household device , comprising: - a microphone that is adapted to sample sound from a surrounding of the household device ; - processing means for recognizing a voice command on the basis of the sampled sound; - a front face that extends in a vertical direction; - a front cover that is affixed to the front face ; - so that an acoustic path from the surrounding to the microphone comprises a gap between the front face and the front cover , - wherein the acoustic path extends in the vertical direction between the front face and the front cover , - wherein the acoustic path between the front face and the front cover is limited in a lateral direction by a lateral boundary, - characterized in that the lateral boundary is arranged such, that the acoustic path between the front face and the front cover gets narrower in a descending vertical direction, whereby the section of the acoustic path built between front face and front cover is formed as a funnel, so that water may flow off through the acoustic path past the microphone . - a microphone that is adapted to sample sound from a surrounding of the household device ; - processing means for recognizing a voice command on the basis of the sampled sound; - a front face that extends in a vertical direction; - a front cover that is affixed to the front face ; - so that an acoustic path from the surrounding to the microphone comprises a gap between the front face and the front cover , - wherein the acoustic path extends in the vertical direction between the front face and the front cover , - wherein the acoustic path between the front face and the front cover is limited in a lateral direction by a lateral boundary, - characterized in that the lateral boundary is arranged such, that the acoustic path between the front face and the front cover gets narrower in a descending vertical direction, whereby the section of the acoustic path built between front face and front cover is formed as a funnel, so that water may flow off through the acoustic path past the microphone .
A process for preparing a cold mix, comprising: the mixing of a mineral mixture with an aqueous binder emulsion, wherein a hydrate-forming inorganic mineral or mineral mixture is added to said mineral mixture and/or said mixture of mineral mixture and aqueous binder emulsion, characterized in that said hydrate-forming inorganic mineral is anhydrite.
A medical pump drive comprising at least: - at least one housing and one pump motor provided in the housing ; - at least one rechargeable voltage source for storing electrical energy, or a battery , for supplying power to the pump motor ; - at least one magnet section for magnetically coupling and/or magnetically driving a magnetically driven pump rotor ; and - at least one control electronics programmed to activate the magnet section of the pump drive ; characterized in that the control electronics is designed as or connected to a motion sensor configured to detect a position or motion of the medical pump drive in space. - at least one housing and one pump motor provided in the housing ; - at least one rechargeable voltage source for storing electrical energy, or a battery , for supplying power to the pump motor ; - at least one magnet section for magnetically coupling and/or magnetically driving a magnetically driven pump rotor ; and - at least one control electronics programmed to activate the magnet section of the pump drive ;
Device for impregnating, consolidating or electrically insulating a body bearing single-layer or multi-layer windings, wherein the device comprises electrical contacts for applying a DC voltage between the windings and the body, a multi-component reactive resin and a resin bath filled with the reactive resin, wherein a DC voltage of at least 300 V/min is applied between the windings and the body, with the result that the body bearing the windings, on the one hand, and the windings, on the other hand, act like the two electrodes of a capacitor and draw in the reactive resin.
A glass composition comprising: from 70 mol.% to 80 mol.% SiO 2 ; from 0 mol.% to 8 mol.% Al 2 O 3 ; from 3 mol.% to 10 mol.% B 2 O 3 ; from 0 mol.% to 2 mol.% Na 2 O; from 10 mol.% to 15 mol.% K 2 O; and from 5 mol.% to 6 mol.% of alkaline earth oxide, wherein: the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2 ; and the glass composition is substantially free from MgO. from 70 mol.% to 80 mol.% SiO 2 ; from 0 mol.% to 8 mol.% Al 2 O 3 ; from 3 mol.% to 10 mol.% B 2 O 3 ; from 0 mol.% to 2 mol.% Na 2 O; from 10 mol.% to 15 mol.% K 2 O; and from 5 mol.% to 6 mol.% of alkaline earth oxide, wherein: the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2 ; and the glass composition is substantially free from MgO. the alkaline earth oxide is SrO, BaO or a combination thereof; the glass composition comprises a coefficient of thermal expansion which is greater than or equal to 75x10 -7 /°C averaged over a temperature range from 20°C to 300°C; the glass composition comprises a liquidus viscosity greater than or equal to 25 kPa•s (250 kPoise); the glass composition is substantially free from TiO 2 ; and the glass composition is substantially free from MgO.
System for the generation of compressed air and for air conditioning, for at least one railway vehicle (701, ..., 705), wherein said system comprises a first compressor arranged to generate compressed air to supply a main tank and a main brake pipe of the railway vehicle through an air drying unit and a second compressor arranged to compress a refrigerant gas for an air conditioning system of the at least one railway vehicle; the system being characterized in that it comprises a single electric motor arranged to generate a mechanical torque adapted to be selectively provided to the first compressor , or to the second compressor , or simultaneously to both the first compressor and to the second compressor , as a function of: - a first electrical signal generated by a pressure measurement device and indicative of a pressure present in the main brake pipe , or in the main tank ; and - at least one second electrical signal coming from the conditioning system and indicative of a temperature value or a pressure value or a humidity value, and at least a third electrical signal indicative of a temperature of an environment to be conditioned of the railway vehicle. - a first electrical signal generated by a pressure measurement device and indicative of a pressure present in the main brake pipe , or in the main tank ; and - at least one second electrical signal coming from the conditioning system and indicative of a temperature value or a pressure value or a humidity value, and at least a third electrical signal indicative of a temperature of an environment to be conditioned of the railway vehicle.
A recording method for recording a forthcoming broadcast program that is to be broadcast as announced by a trailer being viewed or heard by a user, the recording method comprising the steps of: - continuously recording broadcasting that is being viewed by the user and conserving that recording at least over a recording period preceding the present viewing instant; - while the trailer of the forthcoming broadcast program is playing, receiving a recording request signal issued by the user; - analyzing the recording of the broadcasting that is being viewed over the recording period preceding reception of the recording request signal in order to obtain programming parameters, the analysis starting after reception of the recording request signal; - recording the forthcoming broadcast program by using the programming parameters. - continuously recording broadcasting that is being viewed by the user and conserving that recording at least over a recording period preceding the present viewing instant; - while the trailer of the forthcoming broadcast program is playing, receiving a recording request signal issued by the user; - analyzing the recording of the broadcasting that is being viewed over the recording period preceding reception of the recording request signal in order to obtain programming parameters, the analysis starting after reception of the recording request signal; - recording the forthcoming broadcast program by using the programming parameters.
A method comprising: obtaining a first prediction model as a neural network, the first prediction model being a binarized neural network including two values of 1 and -1 as a plurality of parameters; wherein the first prediction model including learned parameters γ, σ, ε, β and μ used for uniformization processing included in prediction processing, the uniformization processing is indicated by the following equation: y = γ σ 2 + ε x + β − γμ σ 2 + ε wherein x indicates an input to the uniformization processing, and y indicates an output of the uniformization processing; calculating uniformization parameters s and t indicated by the following equations: s = γ σ 2 + ε t = β − γμ σ 2 + ε obtaining a second prediction model by applying the calculated uniformization parameters s and t to the equation of the uniformization processing; converting each negative numerical value in the plurality of parameters included in the second prediction model to a positive numerical value to obtain a converted prediction model, wherein when one element z is a negative numerical value, the element z is converted to p + z using a modulus p used for sharing, the plurality of parameters including the calculated uniformization parameters s and t, wherein the converting includes converting each value with a decimal fraction, in the plurality of parameters included in the second prediction model, to an integer value; and sharing the converted prediction model by a secret sharing method to obtain shared prediction models to be used for prediction processing while concealing an input data. obtaining a first prediction model as a neural network, the first prediction model being a binarized neural network including two values of 1 and -1 as a plurality of parameters; wherein the first prediction model including learned parameters γ, σ, ε, β and μ used for uniformization processing included in prediction processing, the uniformization processing is indicated by the following equation: y = γ σ 2 + ε x + β − γμ σ 2 + ε wherein x indicates an input to the uniformization processing, and y indicates an output of the uniformization processing; calculating uniformization parameters s and t indicated by the following equations: s = γ σ 2 + ε t = β − γμ σ 2 + ε obtaining a second prediction model by applying the calculated uniformization parameters s and t to the equation of the uniformization processing; converting each negative numerical value in the plurality of parameters included in the second prediction model to a positive numerical value to obtain a converted prediction model, wherein when one element z is a negative numerical value, the element z is converted to p + z using a modulus p used for sharing, the plurality of parameters including the calculated uniformization parameters s and t, wherein the converting includes converting each value with a decimal fraction, in the plurality of parameters included in the second prediction model, to an integer value; and sharing the converted prediction model by a secret sharing method to obtain shared prediction models to be used for prediction processing while concealing an input data.
Optical retinal imaging method , comprising: providing a beam of imaging radiation from a radiation source of an optical retinal imaging apparatus ; directing, using directing optics, the beam of imaging radiation towards a fundus of a human or animal eye ; and receiving a reflected portion of the imaging radiation by the optical retinal imaging apparatus; wherein the method further comprises: providing, by a tracking camera configured for capturing images from a field of view, a tracking image of an image area covering at least a part of said fundus; analyzing the tracking image for detecting a displacement of the fundus; and adapting, at least dependent on the detected displacement, a direction of the beam of imaging radiation by actuating an optical correction unit of said direction optics; characterised in that in addition to said adapting of the direction of the beam of imaging radiation, adapting a location of the image area on said fundus imaged by the tracking camera at least dependent on the detected displacement. providing a beam of imaging radiation from a radiation source of an optical retinal imaging apparatus ; directing, using directing optics, the beam of imaging radiation towards a fundus of a human or animal eye ; and receiving a reflected portion of the imaging radiation by the optical retinal imaging apparatus; wherein the method further comprises: providing, by a tracking camera configured for capturing images from a field of view, a tracking image of an image area covering at least a part of said fundus; analyzing the tracking image for detecting a displacement of the fundus; and adapting, at least dependent on the detected displacement, a direction of the beam of imaging radiation by actuating an optical correction unit of said direction optics; characterised in that in addition to said adapting of the direction of the beam of imaging radiation, adapting a location of the image area on said fundus imaged by the tracking camera at least dependent on the detected displacement. providing, by a tracking camera configured for capturing images from a field of view, a tracking image of an image area covering at least a part of said fundus; analyzing the tracking image for detecting a displacement of the fundus; and adapting, at least dependent on the detected displacement, a direction of the beam of imaging radiation by actuating an optical correction unit of said direction optics; characterised in that in addition to said adapting of the direction of the beam of imaging radiation, adapting a location of the image area on said fundus imaged by the tracking camera at least dependent on the detected displacement.
Monitoring device for verifying the state of an electrical circuit (2 to 7) supplied with electric power by an electric power source , such as an electrical circuit (2 to 7) for protecting against power surges of the type comprising at least one fuse (2 to 7) and provided at an output of the electric power source in a power distribution network, or such as an electrical circuit (2 to 7) for supplying an electronic apparatus at the output of the electric power source , said monitoring device comprising measuring means (8 to 13) for measuring at least one electrical quantity, such as the electric power, associated with the electrical circuit (2 to 7) supplied by the electric power source , said measuring means (8 to 13) comprising at least one supply circuit capable of generating an electric supply current and at least one measuring circuit, for example of the Rogowski type, capable of measuring said electrical quantity associated with said supply circuit , characterised in that the supply circuit comprises detection means (15 to 17, 20, 21) capable of detecting the absence or the presence of current in the electric circuit (2 to 7) by measuring the voltage at the terminals of the supply circuit .
A method for purifying a protein comprising an Exotoxin A, Exotoxin A mutein or active fragment thereof, the method comprising: (a) solubilizing a sample comprising the protein in a solubilization buffer containing urea and at alkaline pH, the protein is a recombinant protein, sample is a bacterial pellet obtained following expression of the recombinant protein in bacteria, wherein the solubilization buffer contains urea at a concentration in the range of from 1.8 to 2.2M and has a buffer pH in the range of from 11.5 to 12.5, and wherein the solubilization buffer is a phosphate buffer, (b) decreasing the concentration of urea and the pH by dilution using a dilution buffer, prior to purification of the protein, and wherein the dilution buffer comprises phosphate buffer without urea at a pH in the range of from pH 7.5 to 8.5, preferably wherein three volumes of dilution buffer are added to one volume of lysate. (c) purifying a protein by chromatographic separation, wherein purification is performed by chromatographic separation by passing the diluted protein through one immobilized metal ion affinity chromatography (IMAC) column or one IMAC and one chitin column, and wherein the elution buffer for IMAC comprises 40 to 60 mM NaH 2 PO 4 , 270 to 330mM NaCl, 450 to 550mM imidazole, 9 to 11% glycerol at pH 7.5 to 8.5. (a) solubilizing a sample comprising the protein in a solubilization buffer containing urea and at alkaline pH, the protein is a recombinant protein, sample is a bacterial pellet obtained following expression of the recombinant protein in bacteria, wherein the solubilization buffer contains urea at a concentration in the range of from 1.8 to 2.2M and has a buffer pH in the range of from 11.5 to 12.5, and wherein the solubilization buffer is a phosphate buffer, (b) decreasing the concentration of urea and the pH by dilution using a dilution buffer, prior to purification of the protein, and wherein the dilution buffer comprises phosphate buffer without urea at a pH in the range of from pH 7.5 to 8.5, preferably wherein three volumes of dilution buffer are added to one volume of lysate. (c) purifying a protein by chromatographic separation, wherein purification is performed by chromatographic separation by passing the diluted protein through one immobilized metal ion affinity chromatography (IMAC) column or one IMAC and one chitin column, and wherein the elution buffer for IMAC comprises 40 to 60 mM NaH 2 PO 4 , 270 to 330mM NaCl, 450 to 550mM imidazole, 9 to 11% glycerol at pH 7.5 to 8.5.
An inkjet ink comprising: a colorant; a first resin; a second resin; an aminosilane; and an organic solvent; wherein the second resin is a styrene maleic anhydride and the second resin is different to the first resin. a colorant; a first resin; a second resin; an aminosilane; and an organic solvent; wherein the second resin is a styrene maleic anhydride and the second resin is different to the first resin.
A caster wheel assembly , comprising: a double bell-shaped caster wheel comprising two bell-shaped halves , wherein each bell-shaped half comprises a central hub , a smooth transition portion , an outer circumferential rim , and a planar face ; and a wheel mount . a double bell-shaped caster wheel comprising two bell-shaped halves , wherein each bell-shaped half comprises a central hub , a smooth transition portion , an outer circumferential rim , and a planar face ; and a wheel mount .