mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: an upper including a first side and a second side, the first side and the second side spaced apart at a throat of the upper by a throat opening, wherein the first side is comprised of an inner layer and an outer layer forming an interior cavity therebetween; a sole structure secured with respect to the upper; a lower guide member disposed in the first side between the inner layer and the outer layer and proximate the sole structure; a first upper guide member disposed in the first side between the inner layer and the outer layer and closer to the throat opening than the lower guide member; a second upper guide member disposed in the first side between the inner layer and the outer layer and disposed closer to the throat opening than the lower guide member; a first set of strap members and a second set of strap members, the first set of strap members including strap members each being secured at one end to the second side and at an opposing end to the first upper guide member and the second set of strap members including strap members each being secured at one end to the second side and at an opposing end to the second upper guide member; a tensioning member routed from the lower guide member to the first upper guide member, and from the first upper guide member back to the lower guide member, the tensioning member being further routed along a distance of the lower guide member and then up to the second upper guide member, and from the second upper guide member back to the lower guide member; wherein at least one segment of the tensioning member is routed from the lower guide member to a location outside of the interior cavity; wherein the first upper guide member has a first longitudinal position with respect to a longitudinal axis of the article of footwear and wherein the second upper guide member has a second longitudinal position with respect to the longitudinal axis; and wherein at least a portion of the lower guide member extends from the first longitudinal position along the longitudinal axis to the second longitudinal position.
Vending station, in particular drinks station, for installation on an installation surface, comprising: - a base body, which contains a vending machine, the base body comprising a large-area, planar rear wall for installing the vending station on a planar installation wall, and - at least two side panels (4a, 4b) of an arc-shaped cross section, which are attached to the base body, wherein the vending station comprises a substantially cylindrical outer surface which is truncated towards exactly one side, specifically towards the rear side, and wherein the base body is formed as a cuboid which is open towards exactly one side, specifically towards the front. - a base body, which contains a vending machine, the base body comprising a large-area, planar rear wall for installing the vending station on a planar installation wall, and - at least two side panels (4a, 4b) of an arc-shaped cross section, which are attached to the base body,
cassette being designed for accommodating a pay load, the cassette being configured to be dispensed from a vehicle in motion, the cassette being exposed to an air flow when dispensed from said vehicle, the cassette comprising a base portion and a peripheral supporting portion connected to each other, which portions (13, 15) form a space for said accommodation, an opening is arranged in the cassette opposite the base portion through which opening the pay load can exit, the base portion comprises at least one orifice through which the air flow will flow pressing against and separating the pay load from the cassette when dispensed from the vehicle, the peripheral supporting portion comprises a first coupling member arranged adjacent the opening, and the base portion comprises a second coupling member, which coupling members (31, 35) are arranged for releasable attachment to a subsequent coupled identical cassette, for forming a stack of cassettes, characterized in that the first and second coupling members are designed as snap holders being respectively formed as hooks and recesses, each hook having a profile with an angular form corresponding with the shape of the corresponding recess for providing a snap in coupling between two cassettes and a straight extension parallel with the plane of the base portion so that the cassette during the discharge is fed perpendicular to the longitudinal direction of the stack.
Impact device, having: - an internal combustion engine; - an impact mechanism driven by the internal combustion engine; - an engine lubricating device for storing and supplying lubricant for the internal combustion engine; and having - an impact mechanism lubricating device for storing and supplying lubricant for the impact mechanism; characterised in that - the engine lubricating device comprises a line for supplying lubricant to the internal combustion engine; - the impact mechanism lubricating device comprises a line, which is separate from the line for supplying lubricant to the internal combustion engine, for supplying lubricant to the impact mechanism; and that - the engine lubricating device and the impact mechanism lubricating device at least partially have the same components (10, 11, 12, 15, 16). - an internal combustion engine; - an impact mechanism driven by the internal combustion engine; - an engine lubricating device for storing and supplying lubricant for the internal combustion engine; and having - an impact mechanism lubricating device for storing and supplying lubricant for the impact mechanism; characterised in that - the engine lubricating device comprises a line for supplying lubricant to the internal combustion engine; - the impact mechanism lubricating device comprises a line, which is separate from the line for supplying lubricant to the internal combustion engine, for supplying lubricant to the impact mechanism; and that - the engine lubricating device and the impact mechanism lubricating device at least partially have the same components (10, 11, 12, 15, 16).
Dental implant system for bone regeneration of a bone defect site of a jawbone including - an implant which is to be anchored in the jawbone, - a film for covering over the bone defect site and the implant, a spacer element which in a fitted position of the dental implant system is to be arranged between the implant and the film, and an abutment, wherein the abutment is adapted to receive a dental prosthesis such as a dental crown or an artificial tooth, wherein the film in the fitted position is to be clamped between the spacer element and the abutment, wherein in the fitted position the spacer element and the abutment are connected by means of a form-locked connection. - an implant which is to be anchored in the jawbone, - a film for covering over the bone defect site and the implant, a spacer element which in a fitted position of the dental implant system is to be arranged between the implant and the film, and an abutment, wherein the abutment is adapted to receive a dental prosthesis such as a dental crown or an artificial tooth, wherein the film in the fitted position is to be clamped between the spacer element and the abutment, wherein in the fitted position the spacer element and the abutment are connected by means of a form-locked connection.
An article of manufacture comprising a substrate and a coating layer wherein: e) the substrate comprises a polymer, glass, a metal, a fabric, or combinations thereof; preferably said polymer comprising polyurethane, polydimethylsiloxane, linear polyethylene, isotactic polypropylene, polystyrene, polyamide, derivatives thereof, or mixtures thereof; and more preferably said polymer comprising polyurethane or derivatives thereof; f) a coating layer comprises at least one coating material, preferably said coating material comprising hydrocarbons, chemically functionalized hydrocarbons, hydrophobic monomers, particulates, or mixtures thereof, and more preferably said coating material comprises allyl amine, allyl alcohol, 1,1,1-trimethyl-1-pentene, perfluoromethylcyclohexane monomer and derivatives thereof, or mixtures thereof; g) said coating layer is stably affixed to said substrate to form a stable, coated surface, and; h) the substrate, the coating layer, or combinations thereof has a texture that mimics the topography of mammalian keratinous tissue, preferably of human skin, human hair, the human vulvar region, the human oral cavity, or human lips wherein said coated surface demonstrates at least one physical property representative of mammalian keratinous tissue, comprising a total surface energy of from 15 mJ/m 2 to 50 mJ/m 2, a dispersive component of the surface energy of from 15 mJ/m 2 to 50 mJ/m 2, a polar component of the total surface energy of from 1 mJ/m 2 to 14 mJ/m 2, a zeta-potential at a pH of 5.0 of from -40 mV to 30 mV, or combinations thereof. e) the substrate comprises a polymer, glass, a metal, a fabric, or combinations thereof; preferably said polymer comprising polyurethane, polydimethylsiloxane, linear polyethylene, isotactic polypropylene, polystyrene, polyamide, derivatives thereof, or mixtures thereof; and more preferably said polymer comprising polyurethane or derivatives thereof; f) a coating layer comprises at least one coating material, preferably said coating material comprising hydrocarbons, chemically functionalized hydrocarbons, hydrophobic monomers, particulates, or mixtures thereof, and more preferably said coating material comprises allyl amine, allyl alcohol, 1,1,1-trimethyl-1-pentene, perfluoromethylcyclohexane monomer and derivatives thereof, or mixtures thereof; g) said coating layer is stably affixed to said substrate to form a stable, coated surface, and; h) the substrate, the coating layer, or combinations thereof has a texture that mimics the topography of mammalian keratinous tissue, preferably of human skin, human hair, the human vulvar region, the human oral cavity, or human lips
A method of intra predicting a chroma sample of a block by applying a cross-component linear model, comprising: obtaining reconstructed luma samples; determining maximum and minimum luma sample values based on the reconstructed luma samples; obtaining a difference of the maximum and minimum luma sample values; determining the position of the most-significant bit of the difference of the maximum and minimum luma sample values, wherein the position of the most-significant bit of the difference of the maximum and minimum luma sample values is obtained as a log2() of the difference; fetching a value out of a lookup table by using an index, wherein one or more bits of the index are determined based on the position of the most-significant bit of the difference of the maximum and minimum luma sample values and the remaining bits of the index are determined according to a set of bits following the position of the most-significant bit of the difference of the maximum and minimum luma sample values, the set of bits consisting of three or four bits; obtaining linear model parameters α and β based on the fetched value, wherein in obtaining the parameter α, a division operation is implemented using multiplication by the fetched value and a right shift by a shift parameter S 0, and wherein the parameter β is obtained based on the parameter α; and calculating a predicted chroma sample value by using the obtained linear model parameters α and β, wherein a further right shift by a shift parameter S 1 is performed on a multiplication of the linear model parameter α and a luma sample value. obtaining reconstructed luma samples; determining maximum and minimum luma sample values based on the reconstructed luma samples; obtaining a difference of the maximum and minimum luma sample values; determining the position of the most-significant bit of the difference of the maximum and minimum luma sample values, wherein the position of the most-significant bit of the difference of the maximum and minimum luma sample values is obtained as a log2() of the difference; fetching a value out of a lookup table by using an index, wherein one or more bits of the index are determined based on the position of the most-significant bit of the difference of the maximum and minimum luma sample values and the remaining bits of the index are determined according to a set of bits following the position of the most-significant bit of the difference of the maximum and minimum luma sample values, the set of bits consisting of three or four bits; obtaining linear model parameters α and β based on the fetched value, wherein in obtaining the parameter α, a division operation is implemented using multiplication by the fetched value and a right shift by a shift parameter S 0, and wherein the parameter β is obtained based on the parameter α; and calculating a predicted chroma sample value by using the obtained linear model parameters α and β, wherein a further right shift by a shift parameter S 1 is performed on a multiplication of the linear model parameter α and a luma sample value.
A proximity sensor for detecting a presence of an object within a first distance of an exterior surface of a protective layer of a portable electronic device, comprising: a light emitting device arranged to emit light at a primary frequency towards an interior surface of the protective layer; a light detecting device arranged to detect the emitted light; a collimator placed between the light detecting device and the light emitting device, the collimator causing a substantial portion of the light emitted by the light emitting device to impinge the protective layer of the portable electronic device at a low angle of incidence thereby reducing an amount of emitted light that reflects from the interior surface of the protective layer and detected by the light detecting device; a filtering layer applied to the interior surface of the protective layer arranged to filter out frequencies of light other than the primary frequency, thereby substantially reducing the likelihood of the light detecting device from detecting light other than that of the primary frequency; and a uniform transparent optical structure applied to the inner surface of the filtering layer, the optical structure having a size and shape in accordance with the proximity sensor, the optical structure arranged to absorb substantially all light incident thereon, thereby reducing an amount of light detected by the light detecting device not associated with light reflected from the object. a light emitting device arranged to emit light at a primary frequency towards an interior surface of the protective layer; a light detecting device arranged to detect the emitted light; a collimator placed between the light detecting device and the light emitting device, the collimator causing a substantial portion of the light emitted by the light emitting device to impinge the protective layer of the portable electronic device at a low angle of incidence thereby reducing an amount of emitted light that reflects from the interior surface of the protective layer and detected by the light detecting device; a filtering layer applied to the interior surface of the protective layer arranged to filter out frequencies of light other than the primary frequency, thereby substantially reducing the likelihood of the light detecting device from detecting light other than that of the primary frequency; and a uniform transparent optical structure applied to the inner surface of the filtering layer, the optical structure having a size and shape in accordance with the proximity sensor, the optical structure arranged to absorb substantially all light incident thereon, thereby reducing an amount of light detected by the light detecting device not associated with light reflected from the object.
Fastening element for fastening in components, comprising: at least one cavity being integrally formed within an inner region of the fastening element separated from the outside by a corresponding deflection portion being integrally formed at a surface region of the fastening element proximate to the at least one cavity; wherein the deflection portion is configured to resiliently deform into the cavity upon application of external forces to the deflection portion. at least one cavity being integrally formed within an inner region of the fastening element separated from the outside by a corresponding deflection portion being integrally formed at a surface region of the fastening element proximate to the at least one cavity; wherein the deflection portion is configured to resiliently deform into the cavity upon application of external forces to the deflection portion.
Corner piece for connecting metal profiles together at a right angle, whereby the corner piece comprises a first limb that extends parallel to a first geometric axis, and comprises a second limb that extends parallel to a second geometric axis, whereby the first and second geometric axes (4, 5) are perpendicular to one another, whereby the first limb has a first outer surface and a second outer surface that both run parallel to the first geometric axis, and which are at an angle to one another, whereby the first limb is provided with a spring with one or more spring arms with an end that protrudes outside the first limb and which is or are arranged to exert an elastic force, characterized in that said elastic force has a component (F 1) that is perpendicular to the first outer surface and a component (F 2) that is perpendicular to the second outer surface.
Apparatus for cutting products, comprising: - a base (100; 110; 130); - a cutting head (200; 400; 600) with at least one cutting element (208; 258, 259; 402) along the circumference of the cutting head for cutting products fed into the cutting head, the cutting head being rotatably fitted to the base with the at least one cutting element oriented to impart cutting action in a first rotational direction; - an impeller (300; 410; 420; 500) adapted for rotating concentrically within the cutting head to urge products fed into the cutting head towards the circumference of the cutting head by means of centrifugal force; - an impeller drive mechanism adapted for driving the impeller to make it rotate in said first rotational direction at an impeller rotational speed which sets the centrifugal force; and - a cutting head drive mechanism adapted for driving the cutting head to make it rotate in said first rotational direction at a cutting head rotational speed, such that the product is cut by the at least one cutting element at a predetermined cutting velocity; characterised in that the impeller drive mechanism and the cutting head drive mechanism are provided with controls for controlling the impeller rotational speed and the cutting head rotational speed within respectively a first range and a second range with the cutting head rotational speed a predetermined difference greater than the impeller rotational speed. - a base (100; 110; 130); - a cutting head (200; 400; 600) with at least one cutting element (208; 258, 259; 402) along the circumference of the cutting head for cutting products fed into the cutting head, the cutting head being rotatably fitted to the base with the at least one cutting element oriented to impart cutting action in a first rotational direction; - an impeller (300; 410; 420; 500) adapted for rotating concentrically within the cutting head to urge products fed into the cutting head towards the circumference of the cutting head by means of centrifugal force; - an impeller drive mechanism adapted for driving the impeller to make it rotate in said first rotational direction at an impeller rotational speed which sets the centrifugal force; and - a cutting head drive mechanism adapted for driving the cutting head to make it rotate in said first rotational direction at a cutting head rotational speed, such that the product is cut by the at least one cutting element at a predetermined cutting velocity;
A method for processing a web page supporting multiple languages, based on a tree-shaped translation file set, one tree-shaped translation file set corresponds to one language, the tree-shaped structure includes a plurality of leaf nodes, each leaf node is a translation file corresponding to a hypertext markup language HTML file of the web page, the translation file contains translations for the translatable text of corresponding HTML file(s), wherein, the method includes the following steps: scanning all translation files in the translation file set; extracting the same language string in different translation files, and inserting the same language string into a minimum common ancestor translation file of the different translation files in the tree-shaped structure; and deleting the same language string from the different translation files. scanning all translation files in the translation file set; extracting the same language string in different translation files, and inserting the same language string into a minimum common ancestor translation file of the different translation files in the tree-shaped structure; and deleting the same language string from the different translation files.
An apparatus for producing a composite material aircraft component, the apparatus comprising: - an autoclave or oven, - a mould having a receiving space adapted to accommodate a plastic material, wherein the mould is disposed in the autoclave or oven, - a heating device adapted to supply heat to the mould in order to heat the plastic material accommodated within the receiving space of the mould, and - a plurality of heat pipes, each heat pipe having a first end which is in thermal contact with a heat source and a second end which is in thermal contact with the receiving space of the mould, such that the plastic material accommodated within the receiving space is supplied with heat transferred to the receiving space from the heat source via the plurality of heat pipes, wherein the heat pipes extend along an outer surface of the mould between the heat source and a cold spot region of the outer surface of the mould. - an autoclave or oven, - a mould having a receiving space adapted to accommodate a plastic material, wherein the mould is disposed in the autoclave or oven, - a heating device adapted to supply heat to the mould in order to heat the plastic material accommodated within the receiving space of the mould, and - a plurality of heat pipes, each heat pipe having a first end which is in thermal contact with a heat source and a second end which is in thermal contact with the receiving space of the mould, such that the plastic material accommodated within the receiving space is supplied with heat transferred to the receiving space from the heat source via the plurality of heat pipes, wherein the heat pipes extend along an outer surface of the mould between the heat source and a cold spot region of the outer surface of the mould.