mhurhangee/ep-ind-claims huggingface dataset:
A use of a cosmetic composition carrier for holding and carrying a cosmetic composition impregnated therein, wherein the cosmetic composition having a viscosity of 60000-100000 millipascal-second (mPa ̇s) is impregnated in a foam having 10-30 pores per inch (ppi), wherein the foam has hardness measured with an Asker hardness tester type F of 10-30, wherein the foam has a thickness of 5-30 mm.
An electrical machine, comprising: a first rotor (10, 110, 120, 130), rotatable about a first axis, and having a first arrangement of magnets on a first surface thereof; a second rotor (18, 118), held with a first surface thereof adjacent the first surface of the first rotor and such that it cannot rotate about the first axis, but is rotatable about a second axis, and having a second arrangement of magnets on the first surface thereof, wherein the second rotor is in the form of a hollow cylinder; and a stator, located within the hollow cylinder, wherein the first and second arrangements of magnets are such that rotation of the first rotor about the first axis causes rotation of the second rotor about the second axis. a first rotor (10, 110, 120, 130), rotatable about a first axis, and having a first arrangement of magnets on a first surface thereof; a second rotor (18, 118), held with a first surface thereof adjacent the first surface of the first rotor and such that it cannot rotate about the first axis, but is rotatable about a second axis, and having a second arrangement of magnets on the first surface thereof, wherein the second rotor is in the form of a hollow cylinder; and a stator, located within the hollow cylinder, wherein the first and second arrangements of magnets are such that rotation of the first rotor about the first axis causes rotation of the second rotor about the second axis.
A foundation for a wind mill comprising a circular or polygonal pedestal for supporting a wind mill tower and a plurality of ribs radiating radially outwardly from the pedestal, wherein the pedestal is divided into a plurality of circumferential sections, wherein a circumferential section and a rib are each integrally formed with one another as a precast concrete element, wherein the precast concrete elements are made from reinforced concrete comprising a first reinforcement structure, in particular reinforcement bars, embedded into the precast concrete elements, characterized in that a second reinforcement structure is provided, which holds the precast concrete elements together and which is coupled to the first reinforcement structure, whereby the first and the second reinforcement structure are directly coupled to each other,
An underfloor foil, consisting of at least two parts attached on top of each other, namely, a basic layer of plastic foam, and an upper layer in a material impermeable to water and water vapour, whereby channels are provided in the free exterior side of the basic layer, whereby the basic layer consists of a pressed together plastic foam, the cells of which are broken and characterized in that channels extend in different directions of the basic layer, whereby the channels intersect each other.
A medium- or large-sized battery system having two or more battery modules coupled with each other, each battery module including a module case for receiving a plurality of battery cartridges through an open front part thereof, and a front plate mounted to the open front part of the module case for electrically connecting the battery cartridges, wherein each front plate is provided at opposite sides thereof with indentions having size and shape approximately corresponding to the size and the shape of a connecting member when the front plate is connected with the front plate of the adjacent battery module, each module case is provided at opposite sides of the front part thereof corresponding to the indentions of the front plate with connection grooves, into which a connecting bar of the connecting member is inserted, and a plurality of coupling grooves for other coupling units, and the connecting member is inserted into the indentions and the connecting member is coupled to the module cases by means of the coupling units in the state that the battery modules are arranged adjacent to each other, thereby accomplishing mechanical and electrical connection of the battery modules, wherein the connecting member comprises an insulation body having a plurality of coupling holes for coupling the battery modules; the insulation body having a rear surface and a front surface, wherein the rear surface of the insulation body faces the front plate when the connecting member is coupled to the module case; a plate-shaped conductive strip mounted at the rear surface of the insulation body in the diagonal direction of the insulation body while the conductive strip is isolated from the front surface of the insulation body, the conductive strip having connection holes formed at opposite ends thereof such that the connection holes communicate with the insulation body; the connecting bar constructed such that the connecting bar can be inserted into the corresponding connection hole of the conductive strip while the strip is connected to the objects; and a mounting groove formed at the rear surface of the insulation body, the mounting groove having a shape approximately corresponding to the shape of the conductive strip, which is mounted to the insulation body in the state that the strip is inserted in the mounting groove.
A method for operating a container treatment plant, wherein containers are treated by a first treatment device of this container treatment plant in a first predefined manner, are subsequently transported from said first treatment device to a second treatment device of the container treatment plant and are subsequently treated by the second treatment device in a second predefined manner, wherein by means of first sensor units (22a, 24a), a first plurality of first reference characteristic values are recorded, which are characteristic of the treatment of the containers with the first treatment device, and by means of second sensor units (42a, 44a), a second plurality of second reference characteristic values is recorded, which are characteristic of the treatment of the containers with the second treatment device, and wherein these reference characteristic values (RK1, RK2) are stored in a storage unit, characterised in that the reference characteristic values (RK1, RK2) are detected with a time value that is characteristic of the temporal occurrence of the respective reference characteristic value (RK1, RK2), and a plurality of test characteristic values (PK1, PK2) is recorded, and as a result of a comparison between at least one of said test characteristic values (PK1, PK2) and at least one reference characteristic value (RK1, RK2), at least one piece of information is output that is characteristic of the determination of a present or future fault condition of the plant and wherein the test characteristic value (PK1, PK2) and the reference characteristic value (RK1, RK2) are detected by means of a sensor device which is assigned to the first or second treatment device (2, 4) and the information which is characteristic of the detection of the fault condition is related to the second or first treatment device (4, 2).
A crimping method for an endovascular stent, comprising steps of: preparing a crimping structure which comprises a to-be-crimped stent, a supporting mandrel arranged inside the to-be-crimped stent and a stopping pipe sleeved onto the to-be-crimped stent; and crimping the crimping structure in accordance with a first crimping configuration, until the to-be-crimped stent is attached to the supporting mandrel and a force value from a crimper reaches a first value; characterised in that the supporting mandrel is of a solid, cylindrical structure. preparing a crimping structure which comprises a to-be-crimped stent, a supporting mandrel arranged inside the to-be-crimped stent and a stopping pipe sleeved onto the to-be-crimped stent; and crimping the crimping structure in accordance with a first crimping configuration, until the to-be-crimped stent is attached to the supporting mandrel and a force value from a crimper reaches a first value; characterised in that the supporting mandrel is of a solid, cylindrical structure.
Breakdown and recovery equipment for rescuing broken-down vehicles, which is intended to be mounted on a breakdown vehicle; said equipment comprising: - a support structure (12, 14, 16, 18) intended to be attached to the chassis of said breakdown vehicle; - a movable element mounted in a displaceable manner on said support structure (12, 14, 16, 18) between a raised position and a lowered position; - a towing member suitable for carrying a broken-down vehicle, locked translationally to said movable element and swingable thereto between an angularly tilted-out position and an angularly withdrawn position; and - a driving actuator device associated to said movable element and arranged to control the motion thereof; wherein said support structure (12, 14, 16, 18) has guide means and in that said towing member has a corresponding guided portion cooperating with said guide means in such a manner to impart a controlled swinging movement to said towing member with respect to said movable element during at least a section of the path to be travelled by said movable element between said lowered position and said raised position; wherein said guided portion cooperates with said guide means by rolling; and wherein the group formed by said guide means and said guided portion comprises at least one roller and at least one associated shaped profile; said at least one roller being intended to come into contact with said at least one shaped profile in such a way to cause the swinging movement of said towing member; said equipment being characterised in that said at least one shaped profile defines a running surface having a substantially curvilinear shape. - a support structure (12, 14, 16, 18) intended to be attached to the chassis of said breakdown vehicle; - a movable element mounted in a displaceable manner on said support structure (12, 14, 16, 18) between a raised position and a lowered position; - a towing member suitable for carrying a broken-down vehicle, locked translationally to said movable element and swingable thereto between an angularly tilted-out position and an angularly withdrawn position; and - a driving actuator device associated to said movable element and arranged to control the motion thereof;
A method of handling data traffic in a data network, the method comprising: a node (120; 800; 900) of the data network receiving data packets; for at least one of the received data packets, the node (120; 800; 900) determining whether the data packet is a guaranteed data packet which is subject to a guarantee that the data packet is not dropped and not delayed by more than a certain delay limit or a non-guaranteed data packet which is not subject to the guarantee; based on a worst case calculation of a delay experienced by a data packet forwarded by the node (120; 800; 900), the node (120; 800; 900) configuring a resource contingent with a maximum amount of resources which is more than a minimum amount of resources required to meet the guarantee; the node (120; 800; 900) assigning resources to the resource contingent and identifying resources in excess of the minimum amount as excess resources; in response to determining that the data packet is a non-guaranteed data packet and determining that sufficient excess resources are present, the node (120; 800; 900) forwarding the non-guaranteed data packet based on the excess resources, otherwise dropping the non-guaranteed data packet; and in response to determining that the data packet is a guaranteed data packet, the node (120; 800; 900) forwarding the guaranteed data packet based on the resources from the resource contingent. a node (120; 800; 900) of the data network receiving data packets; for at least one of the received data packets, the node (120; 800; 900) determining whether the data packet is a guaranteed data packet which is subject to a guarantee that the data packet is not dropped and not delayed by more than a certain delay limit or a non-guaranteed data packet which is not subject to the guarantee; based on a worst case calculation of a delay experienced by a data packet forwarded by the node (120; 800; 900), the node (120; 800; 900) configuring a resource contingent with a maximum amount of resources which is more than a minimum amount of resources required to meet the guarantee; the node (120; 800; 900) assigning resources to the resource contingent and identifying resources in excess of the minimum amount as excess resources; in response to determining that the data packet is a non-guaranteed data packet and determining that sufficient excess resources are present, the node (120; 800; 900) forwarding the non-guaranteed data packet based on the excess resources, otherwise dropping the non-guaranteed data packet; and in response to determining that the data packet is a guaranteed data packet, the node (120; 800; 900) forwarding the guaranteed data packet based on the resources from the resource contingent.
An aqueous ink composition comprising, at least, water, a pigment (but excluding titanium oxides in which a pigment surface has been treated with an organic compound), a pigment dispersing resin, two or more types of alkyl polyols having boiling points of at least 180°C but not more than 250°C at 1 atmosphere, and a binder resin, wherein the pigment dispersing resin has an alkyl group of 10 to 36 carbon atoms, and a total amount of the alkyl polyols, relative to a total weight of the aqueous ink composition, is at least 10% by weight but not more than 30% by weight, the binder resin contains a water-soluble resin having an acid value of 10 to 80 mgKOH/g.
A developer accommodating container for an image forming apparatus for accommodating a developer, comprising: a flexibly deformable container provided with at least one opening for permitting discharge of the developer; and a sealing member which includes a bonded portion bonded to an outer surface of said flexibly deformable container so as to seal the opening and which is capable of exposing the opening by peeling the bonded portion from said flexibly deformable container by being moved, wherein said sealing member includes a first bonded portion in an upstream side of the opening and a second bonded portion in a downstream side of the opening with respect to a sealing member unsealing direction, the first bonded portion and the second bonded portion interposing the opening, and the second bonded portion is provided in a non-contact position with the opening, characterized in that the first bonded portion and the second bonded portion extend along a direction perpendicular to the sealing member unsealing direction, and the first bonded portion is closer to the opening than the second bonded portion is with respect to the sealing member unsealing direction. a flexibly deformable container provided with at least one opening for permitting discharge of the developer; and a sealing member which includes a bonded portion bonded to an outer surface of said flexibly deformable container so as to seal the opening and which is capable of exposing the opening by peeling the bonded portion from said flexibly deformable container by being moved, wherein said sealing member includes a first bonded portion in an upstream side of the opening and a second bonded portion in a downstream side of the opening with respect to a sealing member unsealing direction, the first bonded portion and the second bonded portion interposing the opening, and the second bonded portion is provided in a non-contact position with the opening, characterized in that the first bonded portion and the second bonded portion extend along a direction perpendicular to the sealing member unsealing direction, and the first bonded portion is closer to the opening than the second bonded portion is with respect to the sealing member unsealing direction.
A method for producing a spiral wound separation membrane element, comprising: a step for preparing a composite semipermeable membrane having a skin layer on the surface of a porous support; a step for forming on the skin layer a protective layer containing 35 mg/m 2 or more and 2000 mg/m 2 or less of an anionic polyvinyl alcohol to prepare a protective layer-equipped composite semipermeable membrane; a step for preparing an unwashed spiral wound separation membrane element using the protective layer-equipped composite semipermeable membrane; and a step for passing wash water through the unwashed spiral wound separation membrane element to remove the protective layer on the skin layer, wherein the skin layer contains a polyamide resin obtained by polymerizing a polyfunctional amine component and a polyfunctional acid halide component, and the anionic polyvinyl alcohol is a polyvinyl alcohol having a carboxyl group, a sulfonic acid group or a phosphoric acid group. a step for preparing a composite semipermeable membrane having a skin layer on the surface of a porous support; a step for forming on the skin layer a protective layer containing 35 mg/m 2 or more and 2000 mg/m 2 or less of an anionic polyvinyl alcohol to prepare a protective layer-equipped composite semipermeable membrane; a step for preparing an unwashed spiral wound separation membrane element using the protective layer-equipped composite semipermeable membrane; and a step for passing wash water through the unwashed spiral wound separation membrane element to remove the protective layer on the skin layer, wherein the skin layer contains a polyamide resin obtained by polymerizing a polyfunctional amine component and a polyfunctional acid halide component, and the anionic polyvinyl alcohol is a polyvinyl alcohol having a carboxyl group, a sulfonic acid group or a phosphoric acid group.
An airfoil of a rotor blade for a turbomachine, the airfoil comprising: a root; a tip spaced radially outward from the root, the root and the tip defining a span of the airfoil therebetween; a leading edge extending across the span of the airfoil from the root to the tip; a trailing edge downstream of the leading edge along a flow direction, the trailing edge extending across the span of the airfoil from the root to the tip; a pressure side surface extending between the root and the tip and extending between the leading edge and the trailing edge; a suction side surface extending between the root and the tip and extending between the leading edge and the trailing edge, the suction side surface opposing the pressure side surface, the pressure side surface and the suction side surface being continuous about the trailing edge; and an arc centered on the trailing edge and collectively defined by a portion of the pressure side surface and a portion of the suction side surface, the arc being a segment of an ellipse defined in a constant-span cross-section of the airfoil, the arc having a semi-major axis and a semi-minor axis, the axes defining the ellipse; wherein the semi-major axis and the semi-minor axis of the arc define an axis ratio, characterised in that the axis ratio varies symmetrically across the span of the airfoil. a root; a tip spaced radially outward from the root, the root and the tip defining a span of the airfoil therebetween; a leading edge extending across the span of the airfoil from the root to the tip; a trailing edge downstream of the leading edge along a flow direction, the trailing edge extending across the span of the airfoil from the root to the tip; a pressure side surface extending between the root and the tip and extending between the leading edge and the trailing edge; a suction side surface extending between the root and the tip and extending between the leading edge and the trailing edge, the suction side surface opposing the pressure side surface, the pressure side surface and the suction side surface being continuous about the trailing edge; and an arc centered on the trailing edge and collectively defined by a portion of the pressure side surface and a portion of the suction side surface, the arc being a segment of an ellipse defined in a constant-span cross-section of the airfoil, the arc having a semi-major axis and a semi-minor axis, the axes defining the ellipse; wherein the semi-major axis and the semi-minor axis of the arc define an axis ratio, characterised in that the axis ratio varies symmetrically across the span of the airfoil.
Transfer roller table for an edging roll stand, comprising a transfer table, at least one centre roller (10, 11) and a drive motor, by way of which the at least one centre roller (10, 11) is rotationally drivable, wherein the at least one centre roller (10, 11) and the drive motor are constructed in the form of a modular roller unit (8, 9), characterised in that the at least one centre roller is constructed as a hollow roller and the drive motor is arranged at least partly in the interior of the centre roller (10, 11) constructed as a hollow roller.
Processing device for determining air pollution, said processing device comprising processing circuitry configured to - obtain a spectral measurement signal representing sunlight measured in a spectral range of the solar spectrum, - determine a spectral power distribution from the obtained spectral measurement signal, - identify characteristic features of the spectral power distribution in a wavelength range of violet, blue and/or green light, characterized in that the processing circuitry is configured to - determine the presence and/or level of air pollution from the identified characteristic features by determining a Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm and using the Gaussian mixture for determining the presence and/or level of air pollution, and in that the processing circuitry is further configured - to determine that air pollution is present if the Gaussian mixture of the spectral power distribution value at 425 nm falls below a first threshold, and/or - to determine that the air pollution level is higher the lower the Gaussian mixture of the spectral power distribution value at 425 nm is, and/or - to determine that air pollution is present if an amplitude of a peak of the Gaussian mixture of the spectral power distribution at 475 nm increases, and/or - to determine the level of air pollution by determining the absolute and/or relative amount by which an amplitude of one or more peaks of the Gaussian mixture of the spectral power distribution at 425 nm and/or 475 nm changes, and/or the amount by which the mean, variance and/or integral of the Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm changes. - obtain a spectral measurement signal representing sunlight measured in a spectral range of the solar spectrum, - determine a spectral power distribution from the obtained spectral measurement signal, - identify characteristic features of the spectral power distribution in a wavelength range of violet, blue and/or green light, - determine the presence and/or level of air pollution from the identified characteristic features by determining a Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm and using the Gaussian mixture for determining the presence and/or level of air pollution, - to determine that air pollution is present if the Gaussian mixture of the spectral power distribution value at 425 nm falls below a first threshold, and/or - to determine that the air pollution level is higher the lower the Gaussian mixture of the spectral power distribution value at 425 nm is, and/or - to determine that air pollution is present if an amplitude of a peak of the Gaussian mixture of the spectral power distribution at 475 nm increases, and/or - to determine the level of air pollution by determining the absolute and/or relative amount by which an amplitude of one or more peaks of the Gaussian mixture of the spectral power distribution at 425 nm and/or 475 nm changes, and/or the amount by which the mean, variance and/or integral of the Gaussian mixture of the spectral power distribution values at 425 nm and 475 nm changes.