mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a mineral feed additive comprising > 60 wt.% calcium carbonate, in particular comprising calcite, in particular an animal mineral feed additive, more in particular for calves, comprising: - providing pellets resulting from drinking water softening, said pellets being a side product of production of drinking water in a pellet reactor of a water softening installation, the pellets having a grafting core having at least 35 wt.% calcium, in particular at least 90 wt.% calcium carbonate, the pellets having a pellet size of 0.1 to 5 mm measured using sieve analysis, and an iron content below 100 ppm, in particular below 50 ppm, more in particular 5 ppm; - drying the pellets to a moisture content of below 10 wt.%, in particular below 2 wt.%; - grinding the pellets in a mill with an air classification system using a grinding disc therewith obtaining grinded pellets, wherein a disk grinder is used having ceramic and/or hardox steel wear protection, and - separating the particles from the grinded pellets through a classifying wheel using an air flow, resulting in a particle size distribution with D99 of less than 100 micron measured using a sieve measurement and D99 of less than 100 micron measured using laser diffraction, a calcium content of between 35% and 40% by weight, and an iron content of less than 50 ppm, in particular less than 10 ppm. - providing pellets resulting from drinking water softening, said pellets being a side product of production of drinking water in a pellet reactor of a water softening installation, the pellets having a grafting core having at least 35 wt.% calcium, in particular at least 90 wt.% calcium carbonate, the pellets having a pellet size of 0.1 to 5 mm measured using sieve analysis, and an iron content below 100 ppm, in particular below 50 ppm, more in particular 5 ppm; - drying the pellets to a moisture content of below 10 wt.%, in particular below 2 wt.%; - grinding the pellets in a mill with an air classification system using a grinding disc therewith obtaining grinded pellets, wherein a disk grinder is used having ceramic and/or hardox steel wear protection, and - separating the particles from the grinded pellets through a classifying wheel using an air flow, resulting in a particle size distribution with D99 of less than 100 micron measured using a sieve measurement and D99 of less than 100 micron measured using laser diffraction, a calcium content of between 35% and 40% by weight, and an iron content of less than 50 ppm, in particular less than 10 ppm.
A method for detecting the presence or absence of substance-specific immunoglobulin in a sample, said method comprising contacting said sample with a plurality of forms of said substance substantially simultaneously and determining for each form separately whether an immune-complex is formed, wherein at least one form is a natural extract, modified by removal of one or more antigenic components.
A hair care appliance comprising: a housing having a first end and a second end and a fluid inlet (40, 40a) which extends around the housing and is proximate the first end of the housing, a fluid outlet, a fluid flow path extending within the housing between the fluid inlet (40, 40a) and the fluid outlet, wherein the fluid inlet (40, 40a) is provided with a filtering system comprising a removable portion and a fixed portion wherein the removable portion comprises a first part and a second part which are separable and wherein the first part can only be secured to the housing when the second part is attached to the first part; characterized in that the first part is a sleeve capable of sliding over the second part and the second part comprises a tubular portion and a base portion extending radially out from the tubular portion at one end of the tubular portion. a housing having a first end and a second end and a fluid inlet (40, 40a) which extends around the housing and is proximate the first end of the housing, a fluid outlet, a fluid flow path extending within the housing between the fluid inlet (40, 40a) and the fluid outlet, wherein the fluid inlet (40, 40a) is provided with a filtering system comprising a removable portion and a fixed portion wherein the removable portion comprises a first part and a second part which are separable and wherein the first part can only be secured to the housing when the second part is attached to the first part; characterized in that the first part is a sleeve capable of sliding over the second part and the second part comprises a tubular portion and a base portion extending radially out from the tubular portion at one end of the tubular portion.
An anti-theft method for an electric vehicle, characterized in that the anti-theft method comprises: activating an electronic anti-theft function; determining whether the electric vehicle is moving; determining whether the temperature of the motor is greater than a critical value; and when a temperature of the motor of the electric vehicle exceeds the critical value, reversing the motor to generate a reverse resistance. activating an electronic anti-theft function; determining whether the electric vehicle is moving; determining whether the temperature of the motor is greater than a critical value; and when a temperature of the motor of the electric vehicle exceeds the critical value, reversing the motor to generate a reverse resistance.
An optoelectronic module (100A; 100B; 100C; 100D; 100E; 100F) comprising: an optoelectronic component disposed on a first side of a transparent substrate, the optoelectronic component being sensitive to and/or operable to generate a particular wavelength of electromagnetic radiation, and the transparent substrate being transmissive to the particular wavelength of electromagnetic radiation; a conductive layer disposed on a second side of the transparent substrate and a plurality of electrically conductive vias disposed between the first and second sides of the transparent substrate and being in electrical communication with the optoelectronic component and the conductive layer; a plurality of electrical connectors disposed on the conductive layer, the electrical connectors being in electrical communication with the optoelectronic component via the conductive layer and the plurality of electrically conductive vias, characterized in that a housing is disposed on at least the first side of the transparent substrate and is further disposed such that the optoelectronic component is at least partially encapsulated by the housing, the housing being substantially non-transmissive to the particular wavelength; and in that the conductive layer is transparent to the particular wavelength. an optoelectronic component disposed on a first side of a transparent substrate, the optoelectronic component being sensitive to and/or operable to generate a particular wavelength of electromagnetic radiation, and the transparent substrate being transmissive to the particular wavelength of electromagnetic radiation; a conductive layer disposed on a second side of the transparent substrate and a plurality of electrically conductive vias disposed between the first and second sides of the transparent substrate and being in electrical communication with the optoelectronic component and the conductive layer; a plurality of electrical connectors disposed on the conductive layer, the electrical connectors being in electrical communication with the optoelectronic component via the conductive layer and the plurality of electrically conductive vias, characterized in that a housing is disposed on at least the first side of the transparent substrate and is further disposed such that the optoelectronic component is at least partially encapsulated by the housing, the housing being substantially non-transmissive to the particular wavelength; and in that the conductive layer is transparent to the particular wavelength.
A film material (10, 10', 10") with a cutting grain including: a surface film layer, one surface thereof forming a cut surface with a cutting grain; another surface of the surface film layer being a second surface; a thermal bonding layer located on the second surface of the surface film layer, capable of generating adhesion when being heated; the second surface of the surface film layer being directly or indirectly bonded to the thermal bonding layer; and an adhering layer having an adhering surface; the cut surface of the surface film layer being bonded to the adhering surface of the adhering layer; the cutting grain having cut marks (221, 222, 223) formed on the cut surface, and the cut marks (221, 222, 223) cutting into the surface film layer from the cut surface without cutting off the thermal bonding layer. a surface film layer, one surface thereof forming a cut surface with a cutting grain; another surface of the surface film layer being a second surface; a thermal bonding layer located on the second surface of the surface film layer, capable of generating adhesion when being heated; the second surface of the surface film layer being directly or indirectly bonded to the thermal bonding layer; and an adhering layer having an adhering surface; the cut surface of the surface film layer being bonded to the adhering surface of the adhering layer; the cutting grain having cut marks (221, 222, 223) formed on the cut surface, and the cut marks (221, 222, 223) cutting into the surface film layer from the cut surface without cutting off the thermal bonding layer.
A drying plant for particulate materials comprising: an ascending drying duct, a hot gas generator designed for supplying to the inlet of the drying duct a flow (f) of high-temperature process gas, and a particulate feeding device structured so as to be able to feed/introduce into the drying duct a flow of the particulate material to be dried substantially without relevant leaks of process gas from the drying duct; the drying duct having a substantially rectilinear and substantially horizontal starting section, a substantially rectilinear ascending final section extending upward with a predetermined angle of inclination (α) with respect to the vertical, and an intermediate curved section that joins/connects the starting section to the final section; the hot gas generator being connected to the mouth of the starting section of the drying duct; the drying plant being characterized in that the particulate feeding device is located along the starting section of the drying duct, at a predetermined distance from the curved intermediate section; and in that it also comprises a bypass duct that branches from the starting section of the drying duct upstream of the particulate feeding device, and then rejoins the drying duct at the intermediate curved section, so as to feed the process gas that flows therein back into the drying duct; said bypass duct being structured to feed, at the confluence/intersection with the intermediate curved section, the process gas into the drying duct in a direction (d o) which is inclined by a predetermined angle with respect to the direction (d 1) of the flow of process gas that arrives from the starting section of the drying duct.
A composite implantable tissue attachment device comprising: a) a mechanical reinforcing component made of woven fibers comprising: i. a wide portion (6, 7) defining a length, a first width, and a depth, wherein the first width is at least 1 millimeter along at least a portion of the length and the depth is less than the first width, at least a portion of the wide portion (6, 7) defining a porosity; and ii. a single first narrow end portion (8, 9) and a single second narrow end portion (8, 9), wherein the wide portion (6, 7), the first narrow end portion (8, 9), and the second narrow end portion (8, 9) comprise the woven fibers; and b) a cellular scaffold component that overlays the wide portion (6, 7) but not the narrow end portions (8, 9) of the mechanical reinforcing component, wherein the cellular scaffold component is shaped to match the surface area of the wide portion (6, 7) of the mechanical reinforcing component and the cellular scaffold component is affixed to a portion of the reinforcing component around the periphery of the scaffold component. a) a mechanical reinforcing component made of woven fibers comprising: i. a wide portion (6, 7) defining a length, a first width, and a depth, wherein the first width is at least 1 millimeter along at least a portion of the length and the depth is less than the first width, at least a portion of the wide portion (6, 7) defining a porosity; and ii. a single first narrow end portion (8, 9) and a single second narrow end portion (8, 9), wherein the wide portion (6, 7), the first narrow end portion (8, 9), and the second narrow end portion (8, 9) comprise the woven fibers; and i. a wide portion (6, 7) defining a length, a first width, and a depth, wherein the first width is at least 1 millimeter along at least a portion of the length and the depth is less than the first width, at least a portion of the wide portion (6, 7) defining a porosity; and ii. a single first narrow end portion (8, 9) and a single second narrow end portion (8, 9), b) a cellular scaffold component that overlays the wide portion (6, 7) but not the narrow end portions (8, 9) of the mechanical reinforcing component, wherein the cellular scaffold component is shaped to match the surface area of the wide portion (6, 7) of the mechanical reinforcing component and the cellular scaffold component is affixed to a portion of the reinforcing component around the periphery of the scaffold component.
An acoustic device comprising: a rotary operator; and a base supporting the rotary operator so that the rotary operator is rotatable, the rotary operator comprising: a rotary body rotatably provided on the base; a top plate provided on the rotary body and on which a pressing operation is performed; a press detecting unit provided on the rotary body and disposed between the rotary body and the top plate along an outer circumference of the rotary operator, the press detecting unit being configured to detect the pressing operation performed on the top plate; and an elastic member (85, 86) interposed between the top plate and the press detecting unit, wherein the top plate presses the press detecting unit via the elastic member (85, 86) when the pressing operation is performed on the top plate. a rotary operator; and a base supporting the rotary operator so that the rotary operator is rotatable, the rotary operator comprising: a rotary body rotatably provided on the base; a top plate provided on the rotary body and on which a pressing operation is performed; a press detecting unit provided on the rotary body and disposed between the rotary body and the top plate along an outer circumference of the rotary operator, the press detecting unit being configured to detect the pressing operation performed on the top plate; and an elastic member (85, 86) interposed between the top plate and the press detecting unit, wherein the top plate presses the press detecting unit via the elastic member (85, 86) when the pressing operation is performed on the top plate. a rotary body rotatably provided on the base; a top plate provided on the rotary body and on which a pressing operation is performed; a press detecting unit provided on the rotary body and disposed between the rotary body and the top plate along an outer circumference of the rotary operator, the press detecting unit being configured to detect the pressing operation performed on the top plate; and an elastic member (85, 86) interposed between the top plate and the press detecting unit, wherein the top plate presses the press detecting unit via the elastic member (85, 86) when the pressing operation is performed on the top plate.
Method for selectively producing cold, warm or hot milk foam and/or milk, the method comprising the following steps: ▪ providing at least one container for storing milk to be foamed; ▪ providing a fluid and a fluid line; ▪ conveying, by means of a pump, a predefinable amount of the milk to be foamed through a line system, which comprises a milk intake line, between the at least one container and the pump, and an outlet line, between the pump and at least one outlet; ▪ potentially supplying air into the milk intake line via an air-flow regulator, which can be arranged in an air-supply line, in order to produce a milk/air mixture upstream of the pump; ▪ conveying the milk/air mixture or the milk through a heating element, which is designed as a flow heater and is arranged in the outlet line and is in the form of a thick-film heating element; ▪ producing a milk foam from the milk/air mixture by means of a throttle device; and ▪ dispensing the milk foam or milk at the at least one outlet, characterized in that the thick-film heating element is permanently heated to a predefinable temperature, and after each action of dispensing of the milk foam or the milk, fluid is applied to the line system at least in part. ▪ providing at least one container for storing milk to be foamed; ▪ providing a fluid and a fluid line; ▪ conveying, by means of a pump, a predefinable amount of the milk to be foamed through a line system, which comprises a milk intake line, between the at least one container and the pump, and an outlet line, between the pump and at least one outlet; ▪ potentially supplying air into the milk intake line via an air-flow regulator, which can be arranged in an air-supply line, in order to produce a milk/air mixture upstream of the pump; ▪ conveying the milk/air mixture or the milk through a heating element, which is designed as a flow heater and is arranged in the outlet line and is in the form of a thick-film heating element; ▪ producing a milk foam from the milk/air mixture by means of a throttle device; and ▪ dispensing the milk foam or milk at the at least one outlet,
A method of operating a mobile control unit intended to form successively and alternatively part: - of a first home-automation installation comprising appliances (11, 12, 13, 14, 15, 16, 17, 18) communicating on a first home-automation network, each element of the first installation being provided with an identifier and sharing one and the same first common key specific to the first home-automation network and authenticating an appliance's membership of the first home-automation network, and - of a second home-automation installation comprising appliances (21, 22, 23, 24, 25, 26, 27, 28) communicating on a second home-automation network, each element of the second installation being provided with an identifier and sharing one and the same second common key specific to the second home-automation network and authenticating an appliance's membership of the second home-automation network, and the mobile control unit comprising a memory containing several common keys, which include the first and second common keys, the method comprising: - a step of locating the mobile control unit in relation to the first home-automation installation and/or in relation to the second home-automation installation, - a step of automatically selecting a common key in the mobile control unit, according to the result of the locating step. - of a first home-automation installation comprising appliances (11, 12, 13, 14, 15, 16, 17, 18) communicating on a first home-automation network, each element of the first installation being provided with an identifier and sharing one and the same first common key specific to the first home-automation network and authenticating an appliance's membership of the first home-automation network, and - of a second home-automation installation comprising appliances (21, 22, 23, 24, 25, 26, 27, 28) communicating on a second home-automation network, each element of the second installation being provided with an identifier and sharing one and the same second common key specific to the second home-automation network and authenticating an appliance's membership of the second home-automation network, and the mobile control unit comprising a memory containing several common keys, which include the first and second common keys, the method comprising: - a step of locating the mobile control unit in relation to the first home-automation installation and/or in relation to the second home-automation installation, - a step of automatically selecting a common key in the mobile control unit, according to the result of the locating step. - a step of locating the mobile control unit in relation to the first home-automation installation and/or in relation to the second home-automation installation, - a step of automatically selecting a common key in the mobile control unit, according to the result of the locating step.
A method in a base unit, the method comprising: receiving (612, 614), from a remote unit, a request to establish a network connection with a mobile communication network, the mobile communication network including a plurality of network slices, wherein each network slice is an independent network partition optimized to support the performance requirements of a certain application category, and wherein the request comprises a radio resource control connection setup complete message containing an application category; identifying, by use of a processor, the application category associated with the request; selecting an MME or equivalent management entity in a network slice that supports the application category; and establishing (618, 620) the requested network connection by using the selected MME or equivalent management entity in the network slice. receiving (612, 614), from a remote unit, a request to establish a network connection with a mobile communication network, the mobile communication network including a plurality of network slices, wherein each network slice is an independent network partition optimized to support the performance requirements of a certain application category, and wherein the request comprises a radio resource control connection setup complete message containing an application category; identifying, by use of a processor, the application category associated with the request; selecting an MME or equivalent management entity in a network slice that supports the application category; and establishing (618, 620) the requested network connection by using the selected MME or equivalent management entity in the network slice.