mhurhangee/patent-ind-claim-en huggingface dataset:
A cleansing powder composition comprising: a) a surfactant system comprising a taurate and glycinate; b) a polysaccharide builder; and c) an emulsifier having an HLB of at least 8, wherein the total surfactant in the system is at least 70% by weight taurate and glycinate, and further wherein the polysaccharide builder comprises microcrystalline cellulose, maltodextrin and Oryza sativa (rice) starch at a weight ratio of 35 to 75% microcrystalline cellulose to 3 to 15% maltodextrin to 20 to 60% by weight Oryza sativa (rice) starch, based on total weight of the polysaccharide builder. a) a surfactant system comprising a taurate and glycinate; b) a polysaccharide builder; and c) an emulsifier having an HLB of at least 8,
A method for manufacturing of a glass ceramic material comprising tetragonal ZrO 2 crystals in a SiO 2 matrix, wherein the sizes of the ZrO 2 crystals are in the range of 10 to 100 nm for dental applications, the method comprising: - providing a first precursor comprising silicon(IV), wherein said silicon(IV) is silicon(IV) alkoxide or silicon(IV) halide, - providing a second precursor comprising zirconium(IV), wherein said zirconium(IV) is zirconium(IV) alkoxide or zirconium(IV) halide, wherein the molar ratio between zirconium(IV) and silicon(IV) is in the range of 20/80 to 60/40, - hydrolyzing said first precursor and second precursor in solution, - polymerizing of the hydrolysed first precursorand second precursor in a solvent, wherein polymers are formed, - formation of colloids comprising said polymers - formation of a gel from said colloids - aging the gel, - drying the gel, - producing particles from the aged and dried gel, wherein the particle sizes of the particles are in the range of 150 to 10 micrometers and - compacting and sintering the particles under formation of a glass ceramic material, wherein the sintering takes place in the range of 900°C to 1200°C, and wherein the glass ceramic material is characterized by comprising tetragonal ZrO 2 crystals in a SiO 2 matrix, wherein the sizes of the ZrO 2 crystals are in the range of 10 to 100 nm. - providing a first precursor comprising silicon(IV), wherein said silicon(IV) is silicon(IV) alkoxide or silicon(IV) halide, - providing a second precursor comprising zirconium(IV), wherein said zirconium(IV) is zirconium(IV) alkoxide or zirconium(IV) halide, wherein the molar ratio between zirconium(IV) and silicon(IV) is in the range of 20/80 to 60/40, - hydrolyzing said first precursor and second precursor in solution, - polymerizing of the hydrolysed first precursorand second precursor in a solvent, wherein polymers are formed, - formation of colloids comprising said polymers - formation of a gel from said colloids - aging the gel, - drying the gel, - producing particles from the aged and dried gel, wherein the particle sizes of the particles are in the range of 150 to 10 micrometers and - compacting and sintering the particles under formation of a glass ceramic material, wherein the sintering takes place in the range of 900°C to 1200°C, and wherein the glass ceramic material is characterized by comprising tetragonal ZrO 2 crystals in a SiO 2 matrix, wherein the sizes of the ZrO 2 crystals are in the range of 10 to 100 nm.
A clamp plate assembly for a print liquid supply, the clamp plate assembly characterized by a clamp plate comprising: two wedge-shaped forked ends (1038-1,1038-2) to facilitate clamping a spout to a container in which a print liquid reservoir is disposed; and a slot defined by the forked ends (1038-1,1038-2) to receive and retain the spout ; and a back plate approximately orthogonal to the clamp plate . two wedge-shaped forked ends (1038-1,1038-2) to facilitate clamping a spout to a container in which a print liquid reservoir is disposed; and a slot defined by the forked ends (1038-1,1038-2) to receive and retain the spout ; and
A battery pack comprising: a battery module accommodating a plurality of battery cells ; and a lower protective cover comprising a lower panel detachably coupled to a lower portion of the battery module and a plurality of buffer parts on one surface of the lower panel , characterized in that each buffer part of the plurality of buffer parts comprises a top surface and a bottom surface each being parallel to the lower panel , and left and right side surfaces connecting the top surface to the bottom surface, and wherein each of the left and right side surfaces has an inward concave shape and/or an outward convex shape. a battery module accommodating a plurality of battery cells ; and a lower protective cover comprising a lower panel detachably coupled to a lower portion of the battery module and a plurality of buffer parts on one surface of the lower panel , characterized in that each buffer part of the plurality of buffer parts comprises a top surface and a bottom surface each being parallel to the lower panel , and left and right side surfaces connecting the top surface to the bottom surface, and wherein each of the left and right side surfaces has an inward concave shape and/or an outward convex shape.
An antenna state determining circuit for determining a validity state of an antenna of a wireless communicator , the wireless communicator including a transmission circuit configured to generate a transmission signal, characterized in that the antenna state determining circuit comprises: an oscillation circuit having a feedback circuit and an oscillation frequency different from a frequency of the transmission signal of the transmission circuit ; an antenna connector configured to switch a connection state of the antenna between a first connection state in which the antenna is disconnected from the feedback circuit, and a second connection state in which the antenna is connected to the feedback circuit and disconnected from the transmission circuit ; a frequency measuring module configured to measure a first frequency (f1) of the oscillation frequency when the connection state is the first connection state and a second frequency (f2) of the oscillation frequency when the connection state is the second connection state; and a validity state determining module configured to determine the validity state of the antenna based on the first frequency (f1) and the second frequency (f2). an oscillation circuit having a feedback circuit and an oscillation frequency different from a frequency of the transmission signal of the transmission circuit ; an antenna connector configured to switch a connection state of the antenna between a first connection state in which the antenna is disconnected from the feedback circuit, and a second connection state in which the antenna is connected to the feedback circuit and disconnected from the transmission circuit ; a frequency measuring module configured to measure a first frequency (f1) of the oscillation frequency when the connection state is the first connection state and a second frequency (f2) of the oscillation frequency when the connection state is the second connection state; and a validity state determining module configured to determine the validity state of the antenna based on the first frequency (f1) and the second frequency (f2).
An electrical device , comprising: a housing having an inner surface; a lamination assembly having at least one slot therein; and at least one pin extending from said inner surface of said housing , said lamination assembly being clocked to a position so that said at least one pin coacts with said at least one slot to rotationally orient said lamination assembly , said at least one pin additionally constraining said lamination assembly from axial removal from said housing to thereby rotationally and axially constrain said lamination assembly to a limited movement in said housing , wherein said lamination assembly is constrained in said axial direction relative to said housing by way of said at least one pin encountering an end to said at least one slot in said axial direction, characterized in that said at least one pin is adapted to be inserted through the housing to thereby engage said at least one slot . a housing having an inner surface; a lamination assembly having at least one slot therein; and at least one pin extending from said inner surface of said housing , said lamination assembly being clocked to a position so that said at least one pin coacts with said at least one slot to rotationally orient said lamination assembly , said at least one pin additionally constraining said lamination assembly from axial removal from said housing to thereby rotationally and axially constrain said lamination assembly to a limited movement in said housing , wherein said lamination assembly is constrained in said axial direction relative to said housing by way of said at least one pin encountering an end to said at least one slot in said axial direction, characterized in that said at least one pin is adapted to be inserted through the housing to thereby engage said at least one slot .
A non-aqueous electrolyte comprising: a lithium salt having a concentration of 4.1 M or more; an organic solvent; and a surfactant, wherein the surfactant is a fluorine-based surfactant. a lithium salt having a concentration of 4.1 M or more; an organic solvent; and a surfactant, wherein the surfactant is a fluorine-based surfactant.
A vehicle window glass lifting device, comprising: a drive mechanism arrangeable on a vehicle door to vertically move a window glass; a control unit for controlling the drive mechanism; and a camera for capturing an image of a detection line of the vehicle window glass lifting device, providable along at least a part of an outer edge of the window glass in a state that the door and the window glass are closed, characterised in that the detection line comprises at least a first detection line , providable on the interior side of the window glass, and a second detection line , providable outwardly of the first detection line in a vehicle width direction, wherein the control unit comprises a detection means for detecting a first blocked state in which at least a part of the first detection line captured as the image by the camera is blocked by a foreign object and a second blocked state in which at least a part of the second detection line captured as the image by the camera is blocked by the foreign object, and a crime prevention control means that determines that the foreign object intrudes from the vehicle exterior to a vehicle interior and conducts a crime prevention operation to a crime prevention when a condition that the second blocked state is detected by the detection means without detecting the first blocked state is satisfied. a drive mechanism arrangeable on a vehicle door to vertically move a window glass; a control unit for controlling the drive mechanism; and a camera for capturing an image of a detection line of the vehicle window glass lifting device, providable along at least a part of an outer edge of the window glass in a state that the door and the window glass are closed, characterised in that the detection line comprises at least a first detection line , providable on the interior side of the window glass, and a second detection line , providable outwardly of the first detection line in a vehicle width direction, wherein the control unit comprises a detection means for detecting a first blocked state in which at least a part of the first detection line captured as the image by the camera is blocked by a foreign object and a second blocked state in which at least a part of the second detection line captured as the image by the camera is blocked by the foreign object, and a crime prevention control means that determines that the foreign object intrudes from the vehicle exterior to a vehicle interior and conducts a crime prevention operation to a crime prevention when a condition that the second blocked state is detected by the detection means without detecting the first blocked state is satisfied.
A control device for controlling a combined cycle plant , which combined cycle plant includes a gas turbine , a heat recovery steam generator , and a steam turbine , wherein the device is configured to set a standby load (P) which is a load retained on the gas turbine when the gas turbine is started-up to change continuously in accordance with a change in a metal temperature (T) of the steam turbine , wherein the device is configured to receive an input of the measured metal temperature (T) of the steam turbine , wherein the device has a map defining the standby load (P) as a function of the temperature (T) of the steam turbine , the function defining an increase of the standby load (P) in accordance with a rise of the metal temperature (T), and characterised in that the device is configured to set the standby load (P) of the gas turbine during the start-up based on the map and corresponding to the input measured metal temperature (T), to start up the gas turbine , and to operate the gas turbine such that the load (G) on the gas turbine is retained at the set standby load (P) after the load has reached the standby load (P).
A method for determining the linear electrical resistance in AC mode of a steel pipeline, characterized in that it comprises the steps of: a) generating in a portion of the pipeline an induced current resulting from the production of a magnetic field at a predefined frequency by means of an induction coil centered on a longitudinal axis (X-X) of the pipeline and traversed by an AC current, the induction coil being housed in a yoke made of ferromagnetic material in order to confine the magnetic field to a predefined surface of the pipeline portion; b) measuring the active power (P heat ) dissipated by the pipeline portion subjected to the magnetic field; c) determining the amplitude (H) of the produced magnetic field; and d) determining the linear electrical resistance in AC mode of the pipeline portion from the measurements of the dissipated active power and the amplitude of the induced magnetic field, the linear electrical resistance in AC mode of the pipeline portion being determined in step d) by the equation: R AC_DEH = (2 × ∏ heat_JIMP ) / ( π × OD × H JIMP ) 2 ; where R AC_DEH is the electrical resistance in AC mode, Π heat_JIMP is the active power dissipated per unit length of the pipeline, OD is the diameter of the pipeline, and H JIMP is the amplitude of the produced magnetic field. a) generating in a portion of the pipeline an induced current resulting from the production of a magnetic field at a predefined frequency by means of an induction coil centered on a longitudinal axis (X-X) of the pipeline and traversed by an AC current, the induction coil being housed in a yoke made of ferromagnetic material in order to confine the magnetic field to a predefined surface of the pipeline portion; b) measuring the active power (P heat ) dissipated by the pipeline portion subjected to the magnetic field; c) determining the amplitude (H) of the produced magnetic field; and d) determining the linear electrical resistance in AC mode of the pipeline portion from the measurements of the dissipated active power and the amplitude of the induced magnetic field, the linear electrical resistance in AC mode of the pipeline portion being determined in step d) by the equation: R AC_DEH = (2 × ∏ heat_JIMP ) / ( π × OD × H JIMP ) 2 ; where R AC_DEH is the electrical resistance in AC mode, Π heat_JIMP is the active power dissipated per unit length of the pipeline, OD is the diameter of the pipeline, and H JIMP is the amplitude of the produced magnetic field.
A switchable window, comprising a switchable optical device having a layer structure comprising at least one switchable layer and at least one optical layer , wherein the at least one switchable layer comprises a liquid-crystalline material and at least one dye, wherein the at least one optical layer has at least one reflection band which includes at least a first part of the visible spectrum, wherein at least 10% of light having a wavelength within the at least one reflection band is reflected by the at least one optical layer , and wherein the at least one optical layer has at least one transmission band which includes at least a second part of the visible spectrum, wherein at least 95% of light having a wavelength within the at least one transmission band is transmitted by the at least one optical layer , and wherein the transmission spectrum of the switchable optical device is colour neutral for the visible light spectrum for at least one of the states of the at least one switchable layer and the absorption spectrum of the at least one dye is complementary to the at least one reflection band of the at least one optical layer in order to obtain the colour neutral transmission spectrum, wherein the colour neutrality is determined by comparing the transmission spectrum of the switchable optical device to the standard daylight spectrum D65 as reference and the colour rendering index determined according to CIE 13.3-1995 is at least 80.
A computer implemented method for transferring at least one asset between a first user and a second user by means of a blockchain, the method comprising:- generating a first blockchain transaction (S105) comprising at least one first input representing a respective first asset transferrable from the second user to the first user, and at least one first output representing a respective second asset, the second asset redeemable by providing a cryptographic signature of the first user and a cryptographic signature of the second user; and generating a second blockchain transaction (S108) having at least one second input representing a respective said second asset, and at least one second output representing a respective third asset transferrable from the first user to the second user, wherein said third asset is exchanged for a respective said first asset, and wherein said third asset is redeemable by providing a cryptographic signature of the first user and a cryptographic signature of the second user; characterised in that the second blockchain transaction has at least one third output representing a respective said first asset, and the method further comprises repeating generation of said second blockchain transaction to update the value of said third asset. generating a first blockchain transaction (S105) comprising at least one first input representing a respective first asset transferrable from the second user to the first user, and at least one first output representing a respective second asset, the second asset redeemable by providing a cryptographic signature of the first user and a cryptographic signature of the second user; and generating a second blockchain transaction (S108) having at least one second input representing a respective said second asset, and at least one second output representing a respective third asset transferrable from the first user to the second user, wherein said third asset is exchanged for a respective said first asset, and wherein said third asset is redeemable by providing a cryptographic signature of the first user and a cryptographic signature of the second user; characterised in that the second blockchain transaction has at least one third output representing a respective said first asset, and the method further comprises repeating generation of said second blockchain transaction to update the value of said third asset.
A miniaturized scanning system to generate movement of a flexible device positioned at a distal part of a medical tool, comprising: - an inner shaft with a longitudinal axis (A), adapted to guide said flexible device along said longitudinal axis, - an abutment comprising an inclined external surface and adapted to maintain said flexible device, - a pusher mechanism adapted to engage with said abutment and comprising at least one end portion adapted to contact said inclined external surface of the abutment at a contact point, wherein said end portion is configured to translate along said longitudinal axis of the inner shaft and wherein the translation of said end portion causes the end portion to push against the inclined external surface of the abutment and to bend the abutment and the flexible device in a bending plane defined by the longitudinal axis of the inner shaft and said contact point. - an inner shaft with a longitudinal axis (A), adapted to guide said flexible device along said longitudinal axis, - an abutment comprising an inclined external surface and adapted to maintain said flexible device, - a pusher mechanism adapted to engage with said abutment and comprising at least one end portion adapted to contact said inclined external surface of the abutment at a contact point, wherein said end portion is configured to translate along said longitudinal axis of the inner shaft and wherein the translation of said end portion causes the end portion to push against the inclined external surface of the abutment and to bend the abutment and the flexible device in a bending plane defined by the longitudinal axis of the inner shaft and said contact point.
Motor pump unit (M), in particular portable motor pump unit, comprising an oil housing closed at both ends by covers, in which are mounted at least one electric motor and at least one pump and on which are mounted a distributor block with valves and at least one cooling fan (G), the oil housing being enclosed except for at least one blow-out opening (A1, A2) by an outer housing which conducts the cooling air at least via side walls , which is fixed to the oil housing and which reaches over side walls of the oil housing , characterized in that the at least one cooling fan (G) is arranged on a side wall of the oil housing between the ends of the oil housing closed by the sealing covers.
A transportable lifting device comprising: an upright ; an arm connectable to the upper end of said upright ; a diagonal for connecting said arm and said upright wherein said arm is fixed to said upright by means of a first joint ; said diagonal is fixed to said upright by means of a second joint ; said diagonal is fixed to said arm by means of a third joint ; said first joint , said second joint and said third joint are of the double tenon and mortise type, characterised in that said first joint comprises: two hooks placed at the end of the arm ; two vertical slots placed on the upright .