mhurhangee/ep-ind-claims huggingface dataset:
A method for making a window for a building comprising a frame and a pane with at least two sheet elements (11, 12), such as sheets of glass, separated by one or more spacer members, where the pane is provided with a border element, where the border element is attached to the frame and where a fitting (41, 42) is embedded in the border element, characterized in that both the border element and the frame are made by moulding, that a connection between the border element and the frame is achieved by adhesion between the moulding materials used, that the fitting (41, 42) is embedded in the border element during the border element moulding process, and that the fitting (41, 42) is used for the attachment to the frame by the fltting (41, 42) being embedded in the frame during the moulding thereof.
A scroll compressor comprising: a fixed scroll in which a fixed spiral wrap is disposed upright on a surface of a fixed end plate; an orbiting scroll in which an orbiting spiral wrap is disposed upright on a surface of an orbiting end plate, the orbiting scroll being meshed with the fixed scroll, forming a plurality of compression chambers arranged in a point-symmetrical configuration; and a rotation preventing mechanism that allows the orbiting scroll to orbitally revolve around the fixed scroll while preventing rotation of the orbiting scroll, wherein the fixed scroll and the orbiting scroll each have a step portion (14D,14E,15D,15E) at an arbitrary position in a spiral direction of the spiral wrap (14B,15B), the spiral wrap (14B,15B) having a higher wrap height on an outer circumferential side than on an inner circumferential side, characterized in that a pair of compression chambers arranged in a point-symmetrical configuration among the compression chambers are configured such that a volume V1 of the compression chamber formed on a concave-surface side of the fixed spiral wrap of the fixed scroll when intake is cut off and a volume V2 of the compression chamber formed on a concave-surface side of the orbiting spiral wrap of the orbiting scroll are different. a fixed scroll in which a fixed spiral wrap is disposed upright on a surface of a fixed end plate; an orbiting scroll in which an orbiting spiral wrap is disposed upright on a surface of an orbiting end plate, the orbiting scroll being meshed with the fixed scroll, forming a plurality of compression chambers arranged in a point-symmetrical configuration; and a rotation preventing mechanism that allows the orbiting scroll to orbitally revolve around the fixed scroll while preventing rotation of the orbiting scroll, wherein the fixed scroll and the orbiting scroll each have a step portion (14D,14E,15D,15E) at an arbitrary position in a spiral direction of the spiral wrap (14B,15B), the spiral wrap (14B,15B) having a higher wrap height on an outer circumferential side than on an inner circumferential side, characterized in that a pair of compression chambers arranged in a point-symmetrical configuration among the compression chambers are configured such that a volume V1 of the compression chamber formed on a concave-surface side of the fixed spiral wrap of the fixed scroll when intake is cut off and a volume V2 of the compression chamber formed on a concave-surface side of the orbiting spiral wrap of the orbiting scroll are different.
An information processing apparatus comprising: a light emission control part (102, 202, 302) configured to control a light emitting part (31, 101, 201) such that measurement data of a transient response of chlorophyll fluorescence of a plant is obtained, the light emitting part configured to emit a light beam to the plant; and a calculating part (110, 210, 310) configured to calculate a quantum yield of photosynthesis of the plant by applying a calculation algorithm to the measurement data; wherein the calculation algorithm includes an algorithm to calculate the quantum yield of the photosynthesis from the measurement data, using a transient model that represents an electron transfer system of a photochemical reaction in the photosynthesis of the plant; characterized in that the light emission control part is configured to control the light emitting part to emit a measurement light beam with a light emission intensity to cause an intensity of the chlorophyll fluorescence to not substantially vary, followed by a first growing light beam with a higher light emission intensity than the measurement light beam to cause an intensity of the chlorophyll fluorescence to immediately increase and then to not substantially vary, followed by a second growing light beam with a higher light emission intensity than the first growing light beam to cause an intensity of the chlorophyll fluorescence to immediately increase. a light emission control part (102, 202, 302) configured to control a light emitting part (31, 101, 201) such that measurement data of a transient response of chlorophyll fluorescence of a plant is obtained, the light emitting part configured to emit a light beam to the plant; and a calculating part (110, 210, 310) configured to calculate a quantum yield of photosynthesis of the plant by applying a calculation algorithm to the measurement data; wherein the calculation algorithm includes an algorithm to calculate the quantum yield of the photosynthesis from the measurement data, using a transient model that represents an electron transfer system of a photochemical reaction in the photosynthesis of the plant; characterized in that the light emission control part is configured to control the light emitting part to emit a measurement light beam with a light emission intensity to cause an intensity of the chlorophyll fluorescence to not substantially vary, followed by a first growing light beam with a higher light emission intensity than the measurement light beam to cause an intensity of the chlorophyll fluorescence to immediately increase and then to not substantially vary, followed by a second growing light beam with a higher light emission intensity than the first growing light beam to cause an intensity of the chlorophyll fluorescence to immediately increase.
A mucoadhesive nicotine-containing film, obtainable by - preparing an aqueous solution at a pH of from 9.5 to 13, by admixing (i) a nicotine salt, (ii) an alkaline pH regulating agent, and (iii) a film-forming agent comprising an alginate salt of monovalent cation or a mixture of alginate salts of monovalent cations, the film-forming agent having a mean guluronate content of from 50 to 85% by weight, a mean mannuronate content of from 15 to 50% by weight, a mean molecular weight of from 30,000 g/mol to 90,000 g/mol and being such that a 10% aqueous solution thereof at a temperature of 20°C has a viscosity of 100-1000 mPas, as measured at a shear rate of 20 rpm by use of a Brookfield viscometer with a spindle No. 2; - distributing the solution onto a solid surface; and - permitting the solution to dry on said surface. - preparing an aqueous solution at a pH of from 9.5 to 13, by admixing (i) a nicotine salt, (ii) an alkaline pH regulating agent, and (iii) a film-forming agent comprising an alginate salt of monovalent cation or a mixture of alginate salts of monovalent cations, the film-forming agent having a mean guluronate content of from 50 to 85% by weight, a mean mannuronate content of from 15 to 50% by weight, a mean molecular weight of from 30,000 g/mol to 90,000 g/mol and being such that a 10% aqueous solution thereof at a temperature of 20°C has a viscosity of 100-1000 mPas, as measured at a shear rate of 20 rpm by use of a Brookfield viscometer with a spindle No. 2; (i) a nicotine salt, (ii) an alkaline pH regulating agent, and (iii) a film-forming agent comprising an alginate salt of monovalent cation or a mixture of alginate salts of monovalent cations, the film-forming agent having a mean guluronate content of from 50 to 85% by weight, a mean mannuronate content of from 15 to 50% by weight, a mean molecular weight of from 30,000 g/mol to 90,000 g/mol and being such that a 10% aqueous solution thereof at a temperature of 20°C has a viscosity of 100-1000 mPas, as measured at a shear rate of 20 rpm by use of a Brookfield viscometer with a spindle No. 2; - distributing the solution onto a solid surface; and - permitting the solution to dry on said surface.
A method for the manufacture of mineral wool comprising the steps of: a) providing an aqueous phenol-formaldehyde resole with free formaldehyde, b) preparing a phenol-formaldehyde-urea prereact by contacting the resole with a first amount of urea and allowing the mixture to react; c) contacting the prereact with a second amount of urea, d) applying the resulting mixture of prereact and second amount of urea, as part of a binder, optionally with additives, to the surface of mineral fibers; and e) curing the binder on the surface of the mineral fibers; wherein: the phenol-formaldehyde resole in step a) has a free formaldehyde content, determined according to ISO 9397:1995, of at most 10 wt.-% related to the dry weight content of the resole; the total amount of urea (Ut) used in steps b) and c) is between 30 and 35 wt.% relative to the sum of the dry weight content of the phenol-formaldehyde resole and the total amount of urea (Ut), and the second amount of urea used in c) is between 20-35 wt.% of the total amount of urea (Ut) or wherein the total amount of urea (Ut) used in steps b) and c) is between 42 and 50 wt.% relative to the sum of the dry weight content of the phenol-formaldehyde resole and the total amount of urea (Ut)and the second amount of urea used in c) is between 63% and 66 wt.% of the total amount of urea. a) providing an aqueous phenol-formaldehyde resole with free formaldehyde, b) preparing a phenol-formaldehyde-urea prereact by contacting the resole with a first amount of urea and allowing the mixture to react; c) contacting the prereact with a second amount of urea, d) applying the resulting mixture of prereact and second amount of urea, as part of a binder, optionally with additives, to the surface of mineral fibers; and e) curing the binder on the surface of the mineral fibers; the phenol-formaldehyde resole in step a) has a free formaldehyde content, determined according to ISO 9397:1995, of at most 10 wt.-% related to the dry weight content of the resole; the total amount of urea (Ut) used in steps b) and c) is between 30 and 35 wt.% relative to the sum of the dry weight content of the phenol-formaldehyde resole and the total amount of urea (Ut), and the second amount of urea used in c) is between 20-35 wt.% of the total amount of urea (Ut) or wherein the total amount of urea (Ut) used in steps b) and c) is between 42 and 50 wt.% relative to the sum of the dry weight content of the phenol-formaldehyde resole and the total amount of urea (Ut)and the second amount of urea used in c) is between 63% and 66 wt.% of the total amount of urea.
A method for setting of a call diversion, comprising: setting, by a requesting terminal, a message requesting for call diversion and sending the message to a target terminal, in a case that the requesting terminal encounters abnormal call access; reading, by the target terminal, an identifier of call diversion in the message requesting for call diversion, determining whether the identifier of call diversion is valid, and in a case of positive determination, reading an address of the target terminal in the message requesting for call diversion; determining, by the target terminal, whether the address of the target terminal is valid, and in a case of positive determination, reading an identifier of diversion address in the message requesting of call diversion, setting an address of a diverting terminal based on the identifier of diversion address, wherein an address of the requesting terminal is the address of the diverting terminal, and a call sent to the requesting terminal is to be diverted to the target terminal, setting an acknowledgement message of successful call diversion indicating that the call diversion is activated and sending the acknowledgement message to the requesting terminal; and receiving, by the requesting terminal, the acknowledgement message of successful call diversion, and establishing the call diversion. setting, by a requesting terminal, a message requesting for call diversion and sending the message to a target terminal, in a case that the requesting terminal encounters abnormal call access; reading, by the target terminal, an identifier of call diversion in the message requesting for call diversion, determining whether the identifier of call diversion is valid, and in a case of positive determination, reading an address of the target terminal in the message requesting for call diversion; determining, by the target terminal, whether the address of the target terminal is valid, and in a case of positive determination, reading an identifier of diversion address in the message requesting of call diversion, setting an address of a diverting terminal based on the identifier of diversion address, wherein an address of the requesting terminal is the address of the diverting terminal, and a call sent to the requesting terminal is to be diverted to the target terminal, setting an acknowledgement message of successful call diversion indicating that the call diversion is activated and sending the acknowledgement message to the requesting terminal; and receiving, by the requesting terminal, the acknowledgement message of successful call diversion, and establishing the call diversion.
A method of constructing a wind turbine rotor blade, which method comprises the steps of - forming a first blade section to include an inner connecting part (10, 10') of a blade connector, which inner connecting part has an airfoil shape and a blunt face at the side nearest the trailing edge of the rotor blade; - forming a second blade section to include an outer connecting part (11, 11') of the blade connector such that the outer connecting part (11, 11') is realised to enclose the inner connecting part (10, 10'), which outer connecting part has an airfoil shape and a blunt face at the side nearest the trailing edge of the rotor blade, whereby the inner connecting part (10, 10') is smaller than the outer connecting part (11, 11') so that a gap remains between the connecting parts when the blade sections are joined; - arranging a first seal about a connecting part (10, 10', 11, 11'); - arranging the outer connecting part (11, 11') about the inner connecting part (10, 10') such that a mould is formed by an outer surface of the inner connecting part (10, 10'), an inner surface of the outer connecting part (11, 11') and the first seal; and - introducing an adhesive layer to fill the mould by pouring a low-viscosity adhesive into the gap between the outer connecting part (11, 11') and the inner connecting part (10, 10'). - forming a first blade section to include an inner connecting part (10, 10') of a blade connector, which inner connecting part has an airfoil shape and a blunt face at the side nearest the trailing edge of the rotor blade; - forming a second blade section to include an outer connecting part (11, 11') of the blade connector such that the outer connecting part (11, 11') is realised to enclose the inner connecting part (10, 10'), which outer connecting part has an airfoil shape and a blunt face at the side nearest the trailing edge of the rotor blade, whereby the inner connecting part (10, 10') is smaller than the outer connecting part (11, 11') so that a gap remains between the connecting parts when the blade sections are joined; - arranging a first seal about a connecting part (10, 10', 11, 11'); - arranging the outer connecting part (11, 11') about the inner connecting part (10, 10') such that a mould is formed by an outer surface of the inner connecting part (10, 10'), an inner surface of the outer connecting part (11, 11') and the first seal; and - introducing an adhesive layer to fill the mould by pouring a low-viscosity adhesive into the gap between the outer connecting part (11, 11') and the inner connecting part (10, 10').
A process for the preparation of an elastomer composition capable of swelling in oil and/or in water and brine, comprising the steps of: a) making an aqueous inverse emulsion of particles of a polymer prepared by inverse emulsion polymerization of monomers A b comprising a betaine group, monomers B a and a small quantity of polyvalent monomers C a, comprised in an aqueous phase dispersed in the form of droplets in a hydrophobic external phase having hydrophobic surfactants, the molar ratio of the monomers A b to monomers B a being between 4/96 and 40/60, the quantity of polyvalent monomers C a comprised between 0.001 and 0.1 mol% of the polymer, and b) compounding an elastomer with the aqueous inverse emulsion obtained by step a), wherein, prior to the compounding, the aqueous inverse emulsion may optionally be partially or totally dehydrated and de-oiled to form a dry solid containing the hydrophilic polymer and its hydrophobic surfactants. a) making an aqueous inverse emulsion of particles of a polymer prepared by inverse emulsion polymerization of monomers A b comprising a betaine group, monomers B a and a small quantity of polyvalent monomers C a, comprised in an aqueous phase dispersed in the form of droplets in a hydrophobic external phase having hydrophobic surfactants, the molar ratio of the monomers A b to monomers B a being between 4/96 and 40/60, the quantity of polyvalent monomers C a comprised between 0.001 and 0.1 mol% of the polymer, and b) compounding an elastomer with the aqueous inverse emulsion obtained by step a), wherein, prior to the compounding, the aqueous inverse emulsion may optionally be partially or totally dehydrated and de-oiled to form a dry solid containing the hydrophilic polymer and its hydrophobic surfactants.
Electric machine having a stator, wherein - the stator comprises a plurality of grooves for receiving a stator winding; - a conductor section of the stator winding is inserted into each groove; - the conductor sections of at least one pole pair are shortcircuited with one another on a first side of the stator; - the conductor sections are connected on a second side of the stator that lies opposite the first side, in each case to a connection of a power supply unit; - the power supply unit comprises at least two conductors (17, 18) that are electrically connected to at least one electronic power component; - the at least one electronic power component is embodied on a cooling body, wherein the cooling body covers the second side of the stator over a large area, - the at least one electronic power component is attached to the first side of the cooling body which faces away from the stator and which is embodied in a disk-shaped manner, so that the at least two conductors (17, 18) and electronic components of the at least one electronic power component are arranged approximately in a plane that extends perpendicular to the axial direction of the stator, wherein the electronic power component comprises a single-layer or multi-layer printed circuit board having at least one semiconductor switch (2, 3) and an optional driver circuit and characterised in that the printed circuit board forms at least part of the cooling body. - the stator comprises a plurality of grooves for receiving a stator winding; - a conductor section of the stator winding is inserted into each groove; - the conductor sections of at least one pole pair are shortcircuited with one another on a first side of the stator; - the conductor sections are connected on a second side of the stator that lies opposite the first side, in each case to a connection of a power supply unit; - the power supply unit comprises at least two conductors (17, 18) that are electrically connected to at least one electronic power component; - the at least one electronic power component is embodied on a cooling body, wherein the cooling body covers the second side of the stator over a large area, - the at least one electronic power component is attached to the first side of the cooling body which faces away from the stator and which is embodied in a disk-shaped manner, so that the at least two conductors (17, 18) and electronic components of the at least one electronic power component are arranged approximately in a plane that extends perpendicular to the axial direction of the stator, wherein
A medical, in particular dental, handpiece having a tool receptacle which comprises a chucking sleeve and a chucking member and at least one roller bearing (4, 5) provided for bearing support of the tool receptacle, said rotary bearing having a bearing inner ring (6, 10) and a bearing outer ring (7, 9), each with a raceway for the at least one roller element (8, 11) arranged in between, characterized in that the chucking sleeve of the tool receptacle is supported on at least one bearing ring (6, 7, 9, 10) on a side having the raceway for the at least one roller element (8, 11).
A method for analyzing a device connected to a computer system, the method comprising: storing, in at least one database(250, 260), data relating to devices previously connected to the computer system and rules that specify at least one condition indicating when the device should be further analyzed as being possibly corrupted; receiving from the device data relating to the device or to a connection between the device and the computer system; performing, by a hardware processor, an analysis of the received data by comparing the received data and the stored data relating to devices previously connected to the computer system; and applying, by the hardware processor, results of the analysis of the received data to the rules to determine whether the at least one condition is satisfied that indicates that the device is possibly modified or corrupted and should be further analyzed for presence of malware, the method being characterized in that performing the analysis of the received data comprises determining at least one of whether the device is unknown, how the device was connected to the computer system, and a time of the connection between the device and the computer system, and the method further comprises generating and storing an additional rule in the at least one database if the device is determined to be corrupted, wherein the additional rule is based on the analysis of the received data of the corrupted device. storing, in at least one database(250, 260), data relating to devices previously connected to the computer system and rules that specify at least one condition indicating when the device should be further analyzed as being possibly corrupted; receiving from the device data relating to the device or to a connection between the device and the computer system; performing, by a hardware processor, an analysis of the received data by comparing the received data and the stored data relating to devices previously connected to the computer system; and applying, by the hardware processor, results of the analysis of the received data to the rules to determine whether the at least one condition is satisfied that indicates that the device is possibly modified or corrupted and should be further analyzed for presence of malware, the method being characterized in that performing the analysis of the received data comprises determining at least one of whether the device is unknown, how the device was connected to the computer system, and a time of the connection between the device and the computer system, and the method further comprises generating and storing an additional rule in the at least one database if the device is determined to be corrupted, wherein the additional rule is based on the analysis of the received data of the corrupted device.
A use of a compound of general formula where m is an integer greater than or equal to 2, and B is a linear, branched or cyclic aliphatic hydrocarbon group which can optionally be substituted, in a reactive resin or a reactive resin component for the chemical fastening of anchoring means in recesses. m is an integer greater than or equal to 2, and B is a linear, branched or cyclic aliphatic hydrocarbon group which can optionally be substituted, in a reactive resin or a reactive resin component for the chemical fastening of anchoring means in recesses.