mhurhangee/ep-ind-claims huggingface dataset:
Pull-out part for a cupboard element, which is able to be pushed into the cupboard element and pulled out of this cupboard element, which has a bottom and lateral boundaries, on which bottom elements are placeable which are fixed to the bottom via fixing means, which elements have a foot part lying on the bottom and at least one standing part connected to the foot part, which standing part serves for receiving containers (5, 6) or the like and/or for partitioning the bottom, and the fixing means are made up of a mat, which is placeable on the bottom of the cupboard element and on the foot parts of the elements, characterized in that the mat is provided with openings, through which the standing parts of the elements protrude and in that made in the mat are auxiliary slits, through which the insertion of the elements into the mat is able to be carried out.
Screw anchor, consisting of a screw with a threaded portion and a screw tip in operative connection with a sand dowel in a drilled hole in concrete, natural stone or other solid solid building materials, - wherein the sand dowel has a hollow cylindrical shape and is designed to form kinematic sliding wedges, - wherein the threaded portion of the screw has a core of constant core diameter, a pointed thread of constant outside diameter, thread pitch (p), thread depth (t) and thread flanks, - wherein the nominal diameter of the screw is equal to the nominal diameter of the drill and the outer diameter of the threaded portion of the screw is smaller than the nominal diameter of the drill and smaller than the diameter of the drill hole and smaller as the nominal diameter of the screw, - wherein the threaded portion of the screw for a composite effect with the sand dowel is designed such that the thread flanks completely and with a thread depth t deep as possible extend into the sand material of the sand dowel without the thread touches the borehole wall and that the thread pitch p is at least by such a multiple greater than the thread depth t, that when a tensile force affects on the screw, the kinematic formation of substantially complete sliding wedges in the sand material of the sand anchor is effected, and - wherein the nominal diameter of the screw is greater than 10 mm, the thread depth t is at least 1.1 mm and the thread pitch p is at least 5 times greater than the thread depth t. - wherein the sand dowel has a hollow cylindrical shape and is designed to form kinematic sliding wedges, - wherein the threaded portion of the screw has a core of constant core diameter, a pointed thread of constant outside diameter, thread pitch (p), thread depth (t) and thread flanks, - wherein the nominal diameter of the screw is equal to the nominal diameter of the drill and the outer diameter of the threaded portion of the screw is smaller than the nominal diameter of the drill and smaller than the diameter of the drill hole and smaller as the nominal diameter of the screw, - wherein the threaded portion of the screw for a composite effect with the sand dowel is designed such that the thread flanks completely and with a thread depth t deep as possible extend into the sand material of the sand dowel without the thread touches the borehole wall and that the thread pitch p is at least by such a multiple greater than the thread depth t, that when a tensile force affects on the screw, the kinematic formation of substantially complete sliding wedges in the sand material of the sand anchor is effected, and - wherein the nominal diameter of the screw is greater than 10 mm, the thread depth t is at least 1.1 mm and the thread pitch p is at least 5 times greater than the thread depth t.
A control head (100, 600) for a flow valve, the control head (100, 600) comprising: a housing (103, 603) and an engaging element (109, 609), the engaging element (109, 609) adapted to engage an operating pin of a flow valve and the housing (103, 603) being rotatable about an axis to cause axial movement of said engaging element (109, 609), characterised in that said housing (103, 603) is movable between an unlocked position whereby the housing (103, 603) can rotate about its axis, and a locked position whereby the housing (103, 603) cannot rotate about its axis, and wherein the movement of the housing (103, 603) between said locked and unlocked positions is an axial movement.
A litter device comprising: (a) a support base and (b) a chamber, located on the support base, wherein the chamber has an entry opening so that an animal can enter and exit the chamber; wherein the chamber includes an axis of rotation that forms an angle (α) of 80 degrees or less with a vertical plane. (a) a support base and (b) a chamber, located on the support base, wherein the chamber has an entry opening so that an animal can enter and exit the chamber;
A spunbonded nonwoven made of continuous filaments of thermoplastic material, wherein the continuous filaments are configured as multicomponent filaments having a core-sheath configuration, in particular as bicomponent filaments having a core-sheath configuration, wherein the core component and the sheath component each have at least 90 wt.% of at least one component from the group "polypropylene, polypropylene copolymerizate, mixture of polypropylene and polypropylene copolymerizate, wherein the filaments contain at least one lubricant, wherein the proportion of the lubricant, relative to the overall filament, is 250 to 5500 ppm, preferably 500 to 5000 ppm, preferably 700 to 3000 ppm and particularly preferably 700 to 2500 ppm, wherein lubricant is present in the sheath component and wherein furthermore at least one additive that reduces the migration speed of the lubricant through the sheath component is also included in the sheath component.
A system for aligning the knee during a surgical procedure on the knee, the system comprising: a femoral assembly removably engagable with a distal femur, the femoral assembly including a stationary femoral portion, an adjustable medial femoral portion coupled to the stationary femoral portion, and an adjustable lateral femoral portion coupled to the stationary femoral portion; a knee alignment verification member (124; 126) coupleable with the stationary femoral portion of the femoral assembly and providing visual confirmation of a relationship of femoral and tibial mechanical axes of the knee; and a force sensor coupleable with the stationary femoral portion of the femoral assembly, the force sensor comprising a medial portion for sensing a first force in a medial portion of the knee and a lateral portion for sensing a second force in a lateral portion of the knee, characterised in that the relationship indicated by the knee alignment verification member (124;126) is less than 180 degrees such that the bottom surface of the distal femoral alignment assembly is less than 90 degrees relative to the femoral mechanical axis. a femoral assembly removably engagable with a distal femur, the femoral assembly including a stationary femoral portion, an adjustable medial femoral portion coupled to the stationary femoral portion, and an adjustable lateral femoral portion coupled to the stationary femoral portion; a knee alignment verification member (124; 126) coupleable with the stationary femoral portion of the femoral assembly and providing visual confirmation of a relationship of femoral and tibial mechanical axes of the knee; and a force sensor coupleable with the stationary femoral portion of the femoral assembly, the force sensor comprising a medial portion for sensing a first force in a medial portion of the knee and a lateral portion for sensing a second force in a lateral portion of the knee, characterised in that the relationship indicated by the knee alignment verification member (124;126) is less than 180 degrees such that the bottom surface of the distal femoral alignment assembly is less than 90 degrees relative to the femoral mechanical axis.
A component (50, 52) for a gas turbine engine, comprising: a wall (58, 158) having an internal surface and an outer skin; a cooling hole (54, 154) having an inlet extending from said internal surface and merging into a metering section (68, 168); and a diffusion section (70, 170) downstream of said metering section (68, 168) that extends to an outlet located at said outer skin; wherein said diffusion section (70, 170) of said cooling hole (54, 154) includes a first side surface that diverges laterally in a first axial direction from an axis of said metering section (68, 168) by a first side diffusion angle (α1), a second side surface that diverges laterally in a second axial direction from said axis by a second side diffusion angle (α2), and a downstream surface that diverges from said axis by a downstream diffusion angle, downstream diffusion angle being less than said first side diffusion angle (α1) and said second side diffusion angle (α2), and said downstream surface of said diffusion section (70, 170) is coaxial with a downstream surface of said metering section (68, 168); characterised in that: said first side diffusion angle (α1) is a different angle from said second side diffusion angle (α2). a wall (58, 158) having an internal surface and an outer skin; a cooling hole (54, 154) having an inlet extending from said internal surface and merging into a metering section (68, 168); and a diffusion section (70, 170) downstream of said metering section (68, 168) that extends to an outlet located at said outer skin; wherein said diffusion section (70, 170) of said cooling hole (54, 154) includes a first side surface that diverges laterally in a first axial direction from an axis of said metering section (68, 168) by a first side diffusion angle (α1), a second side surface that diverges laterally in a second axial direction from said axis by a second side diffusion angle (α2), and a downstream surface that diverges from said axis by a downstream diffusion angle, downstream diffusion angle being less than said first side diffusion angle (α1) and said second side diffusion angle (α2), and said downstream surface of said diffusion section (70, 170) is coaxial with a downstream surface of said metering section (68, 168); characterised in that: said first side diffusion angle (α1) is a different angle from said second side diffusion angle (α2).
A liquid delivery system for an inkjet type dispenser, comprising: a printhead unit; a reservoir separate from the printhead unit; a flow path from the reservoir through the printhead unit and back to the reservoir; an interconnect (16, 38) to connect a removable liquid container to the flow path; and a single pump configured to pump ink along the flow path: from the reservoir through the printhead unit and back to the reservoir; and from the interconnect (16, 38) to the reservoir when a removable liquid container is connected to the interconnect (16, 38), wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect (16, 38), and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect (16, 38). a printhead unit; a reservoir separate from the printhead unit; a flow path from the reservoir through the printhead unit and back to the reservoir; an interconnect (16, 38) to connect a removable liquid container to the flow path; and a single pump configured to pump ink along the flow path: from the reservoir through the printhead unit and back to the reservoir; and from the interconnect (16, 38) to the reservoir when a removable liquid container is connected to the interconnect (16, 38), wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect (16, 38), and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect (16, 38). from the reservoir through the printhead unit and back to the reservoir; and from the interconnect (16, 38) to the reservoir when a removable liquid container is connected to the interconnect (16, 38), wherein the pump is configured to pull liquid from the reservoir and from a removable liquid container when the container is connected to the interconnect (16, 38), and the system comprises a pressure control device configured to inhibit the flow of liquid from the reservoir so that a pressure to pull liquid from the reservoir is greater than a pressure to pull liquid from the removable liquid container connected to the interconnect (16, 38).
Multiple emulsion for applying at least one pharmaceutical or cosmetic active substance, which emulsion comprises an external water phase W 1, an oil phase O dispersed in the external water phase W 1 and an internal water phase W 2 dispersed in the oil phase O, at least one electrolyte selected from the group of alkali and alkaline-earth halides and alkali and alkaline-earth sulfates and at least one hydrophilic active substance being provided in the internal water phase W 2, characterised in that • the external water phase W 1 comprises a hydrophilic emulsifier, which is a polymer of ethylene oxide and propylene oxide; • the oil phase O is formed by triglycerides and comprises a lipophilic emulsifier from the group of dimethicones; and • the hydrophilic active substance is at least one oligonucleotide having a sequence according to SEQ ID No: 1 to SEQ ID No: 148 or SEQ ID No: 150. • the external water phase W 1 comprises a hydrophilic emulsifier, which is a polymer of ethylene oxide and propylene oxide; • the oil phase O is formed by triglycerides and comprises a lipophilic emulsifier from the group of dimethicones; and • the hydrophilic active substance is at least one oligonucleotide having a sequence according to SEQ ID No: 1 to SEQ ID No: 148 or SEQ ID No: 150.
Method for operating an HVAC system comprising at least one demand subsystem in signal communication with a supply side, the method comprising: a) determining a demand (Q D) with a demand estimation function, wherein the determination is carried out by a demand side processor included in the demand subsystem; wherein the demand estimation function comprises a variable input, and wherein the variable input of the demand estimation function comprises a zone property and a control signal (u ctrl); b) communicating the demand (Q D) from the demand subsystem to the supply side; and c) determining a supply side operation power (Q s,total) as a function of the demand (Q D) and supply side parameters; wherein the determination is carried out by a supply side processor included in the supply side. a) determining a demand (Q D) with a demand estimation function, wherein the determination is carried out by a demand side processor included in the demand subsystem; wherein the demand estimation function comprises a variable input, and wherein the variable input of the demand estimation function comprises a zone property and a control signal (u ctrl); b) communicating the demand (Q D) from the demand subsystem to the supply side; and c) determining a supply side operation power (Q s,total) as a function of the demand (Q D) and supply side parameters; wherein the determination is carried out by a supply side processor included in the supply side.
An artificial cartilage containing mesenchymal stem cell -like dedifferentiated cells obtainable by passaging costal chondrocytes in fibroblast growth factor -containing MSC Growth MediumTM (MSCGMTM) (Cambrex), wherein the dedifferentiated cells exhibit fibroblastic spindle shape and an increased expression of glycosaminoglycan when redifferentiated into cartilage.
Luminous device for a motor vehicle, said device comprising a plurality of light sources and an optical system configured to produce an output beam from light rays generated by at least some of the plurality of light sources, and comprising - a first luminous module comprising a row of first illuminating units each configured to produce a slope-comprising unitary beam that is formed by a first unitary beam having a first-unitary-beam shape comprising an upper segment endowed with a first lateral edge comprising a slope extending to a top of the upper segment of the first unitary beam so that a widthwise dimension of the upper segment tends to decrease towards the top; - a second luminous module comprising a row of second illuminating units each configured to produce a second unitary beam having a second-unitary-beam shape comprising a rectangular upper segment; and characterized in that each of the first unitary beams is associated with one of the second unitary beams so that an upper corner of the upper segment of the second unitary beam of said one of the second unitary beams coincides with the top of the upper segment of the associated first unitary beam and so that the upper segment of the second unitary beam extends laterally from said upper corner away from the slope of the associated first unitary beam. - a first luminous module comprising a row of first illuminating units each configured to produce a slope-comprising unitary beam that is formed by a first unitary beam having a first-unitary-beam shape comprising an upper segment endowed with a first lateral edge comprising a slope extending to a top of the upper segment of the first unitary beam so that a widthwise dimension of the upper segment tends to decrease towards the top; - a second luminous module comprising a row of second illuminating units each configured to produce a second unitary beam having a second-unitary-beam shape comprising a rectangular upper segment;
A co-planar differential pressure sensor module comprising: a base having a pair of recesses; a pair of isolation diaphragms; a differential pressure sensor having a pair of pressure sensing ports (210, 212), each port being fluidically coupled to a respective isolation diaphragm by a fill fluid; circuitry coupled to the differential pressure sensor to measure an electrical characteristic of the sensor that varies with differential pressure; and a pair of pedestals (218, 220), each pedestal being disposed in a respective recess (217, 219) and being coupled to a respective one of the isolation diaphragms; and characterized in that: the base is constructed from a material that is suitable for submersion in seawater; and the differential pressure sensor has a sensing diaphragm; and characterized by further comprising: a pair of process connectors (230, 232) each process connector being coupled to a respective pedestal and being coupled to the base, wherein each process connector is welded to a respective pedestal and welded to the base. a base having a pair of recesses; a pair of isolation diaphragms; a differential pressure sensor having a pair of pressure sensing ports (210, 212), each port being fluidically coupled to a respective isolation diaphragm by a fill fluid; circuitry coupled to the differential pressure sensor to measure an electrical characteristic of the sensor that varies with differential pressure; and a pair of pedestals (218, 220), each pedestal being disposed in a respective recess (217, 219) and being coupled to a respective one of the isolation diaphragms; and characterized in that: the base is constructed from a material that is suitable for submersion in seawater; and the differential pressure sensor has a sensing diaphragm; and characterized by further comprising: a pair of process connectors (230, 232) each process connector being coupled to a respective pedestal and being coupled to the base, wherein each process connector is welded to a respective pedestal and welded to the base.
A composition, in particular cosmetic composition, in the form of an oil-in-water emulsion comprising at least 1 % by weight of an oily phase relative to the total weight of the composition, and an aqueous phase characterized in that it comprises: from 0.1 % to 15 %, preferably from 0.5 % to 10 % and even more preferably from 1 % to 8 % by weight of spiculisporic acid relative to the total weight of the composition, at least one base chosen from amino acids and alkanolamines in an amount capable of forming at least the monosalt of spiculisporic acid, said base being comprised in particular in an amount ranging from 0.1 to 20 %, preferably from 0.5 to 15 % and further preferably from 0.6 to 10 % by weight relative to the total weight of the composition, less than 3%, preferably less than 1% by weight of glycol(s) and/or polyol(s) relative to the total weight of the composition, and advantageously being free of glycols and/or polyol(s), at least one UV-screening agent and optionally an additive chosen from odorous volatile materials such as essential oils and fragrancing substances, fillers, dyestuffs such as pigments, nacres or particles with a metallic tint, moisturizers, antiwrinkle or antiaging agents, desquamating agents, antioxidants, active agents for stimulating the synthesis of dermal and/or epidermal macromolecules, dermo-relaxant agents, depigmenting agents and deodorants, and mixtures thereof. from 0.1 % to 15 %, preferably from 0.5 % to 10 % and even more preferably from 1 % to 8 % by weight of spiculisporic acid relative to the total weight of the composition, at least one base chosen from amino acids and alkanolamines in an amount capable of forming at least the monosalt of spiculisporic acid, said base being comprised in particular in an amount ranging from 0.1 to 20 %, preferably from 0.5 to 15 % and further preferably from 0.6 to 10 % by weight relative to the total weight of the composition, less than 3%, preferably less than 1% by weight of glycol(s) and/or polyol(s) relative to the total weight of the composition, and advantageously being free of glycols and/or polyol(s), at least one UV-screening agent and optionally an additive chosen from odorous volatile materials such as essential oils and fragrancing substances, fillers, dyestuffs such as pigments, nacres or particles with a metallic tint, moisturizers, antiwrinkle or antiaging agents, desquamating agents, antioxidants, active agents for stimulating the synthesis of dermal and/or epidermal macromolecules, dermo-relaxant agents, depigmenting agents and deodorants, and mixtures thereof.
A method for joining a flexible electrical circuit to a substrate, the method comprising: arranging a flexible electrical circuit against a support surface of a substrate, the support surface of the substrate including at least one three-dimensional impression extending in the support surface; and applying pressure and thermal energy to the arranged flexible circuit and support surface to join the flexible electrical circuit to the support surface; characterized in that the method further includes determining whether the flexible electrical circuit is satisfactorily joined to the substrate by viewing deformation of the at least one three-dimensional impression. arranging a flexible electrical circuit against a support surface of a substrate, the support surface of the substrate including at least one three-dimensional impression extending in the support surface; and applying pressure and thermal energy to the arranged flexible circuit and support surface to join the flexible electrical circuit to the support surface; characterized in that the method further includes determining whether the flexible electrical circuit is satisfactorily joined to the substrate by viewing deformation of the at least one three-dimensional impression.