mhurhangee/ep-ind-claims huggingface dataset:
Acoustic and thermal shield for a motor vehicle, said shield comprising: * a thermo-compressed porous three-dimensional shell based on glass fibers, said fibers being joined together by a binding agent, * a foam-based inner spring layer - in particular made of polyurethane - elastically compressible, said shield additionally having the following features: * said layer is produced by reaction injection molding, said layer overmolding said shell, * said shell has a porosity arranged in order to enable said foam to penetrate a fraction of the thickness of said shell, so as to create a leaktight skin, such that said shield: o is acoustically insulating according to a mass-spring principle, said shield additionally having acoustic absorption properties conferred by the fraction of thickness of said shell not penetrated by said foam and remaining porous, ∘ has the rigidity thereof increased by the reinforcement brought by said fibers coated by said foam, said shield being characterised in that: * the binding agent is based on polypropylene, * the shell comprises between 45 and 55% by weight of glass fibers. * a thermo-compressed porous three-dimensional shell based on glass fibers, said fibers being joined together by a binding agent, * a foam-based inner spring layer - in particular made of polyurethane - elastically compressible, * said layer is produced by reaction injection molding, said layer overmolding said shell, * said shell has a porosity arranged in order to enable said foam to penetrate a fraction of the thickness of said shell, so as to create a leaktight skin, such that said shield: o is acoustically insulating according to a mass-spring principle, said shield additionally having acoustic absorption properties conferred by the fraction of thickness of said shell not penetrated by said foam and remaining porous, ∘ has the rigidity thereof increased by the reinforcement brought by said fibers coated by said foam, o is acoustically insulating according to a mass-spring principle, said shield additionally having acoustic absorption properties conferred by the fraction of thickness of said shell not penetrated by said foam and remaining porous, ∘ has the rigidity thereof increased by the reinforcement brought by said fibers coated by said foam, * the binding agent is based on polypropylene, * the shell comprises between 45 and 55% by weight of glass fibers.
Method for administering a plurality of local equipments connected to a local communication network, characterized in that it comprises the following steps implemented by LACS local configuration equipment able to be connected on the one hand to the local communication network and on the other hand to ACS remote configuration equipment: a) receiving from the ACS remote configuration equipment a command to administer an act of administration, said act of administration comprising a service capable of being executed on the local communication network, b) following the reception of said command from the remote configuration equipment, determining for said act of administration a list of a number of local equipments involved in the execution of said act of administration, said act of administration being included in a model of the local communication network, c) transmitting to each of the local equipments of said determined list at least one administration command necessary for the execution of said act of administration on the local communication network, d) said LACS local configuration equipment making available to the ACS remote configuration equipment the model of the local communication network allowing the ACS remote configuration equipment to determine acts of administration of services capable of being executed on the local communication network, and associated parameters, e) said model showing to the ACS remote configuration equipment all of the local equipments of the local network and the services offered as a single piece of equipment. a) receiving from the ACS remote configuration equipment a command to administer an act of administration, said act of administration comprising a service capable of being executed on the local communication network, b) following the reception of said command from the remote configuration equipment, determining for said act of administration a list of a number of local equipments involved in the execution of said act of administration, said act of administration being included in a model of the local communication network, c) transmitting to each of the local equipments of said determined list at least one administration command necessary for the execution of said act of administration on the local communication network, d) said LACS local configuration equipment making available to the ACS remote configuration equipment the model of the local communication network allowing the ACS remote configuration equipment to determine acts of administration of services capable of being executed on the local communication network, and associated parameters, e) said model showing to the ACS remote configuration equipment all of the local equipments of the local network and the services offered as a single piece of equipment.
Auto-injector for administering a dose of a liquid medicament, comprising: - a substantially tubular front-end device adapted to contain a syringe with an injection needle (2.2) and a barrel (2.3) containing the dose of the medicament and comprising a needle shroud (1.4) adapted to rest on the skin of a patient receiving an injection and - a reusable back-end device comprising - a housing (3.1), - a plunger (3.2) connected to or adapted to engage a stopper (3.3) providing a fluid tight seal for a distal end of the barrel (2.3), - a motor (3.5) for displacing the plunger (3.2) connected to the stopper (3.3), wherein the front-end device is attachable to the back-end device, wherein the needle shroud (1.4) is slidably arranged with respect to the injection needle (2.2) and wherein an interlock switch (3.10) is capable of detecting an axial position (PA, PR) of the needle shroud (1.4), characterized in that the back-end device further comprises an encoder sensor (3.12) capable of determining the position of the plunger (3.2), wherein the back-end device is arranged to detect the position of the stopper (3.3) by means of the encoder sensor (3.12) during an injection cycle in order to adapt the speed of the plunger (3.2) to different phases of the injection cycle, particularly needle insertion, drug delivery and retraction. - a substantially tubular front-end device adapted to contain a syringe with an injection needle (2.2) and a barrel (2.3) containing the dose of the medicament and comprising a needle shroud (1.4) adapted to rest on the skin of a patient receiving an injection and - a reusable back-end device comprising - a housing (3.1), - a plunger (3.2) connected to or adapted to engage a stopper (3.3) providing a fluid tight seal for a distal end of the barrel (2.3), - a motor (3.5) for displacing the plunger (3.2) connected to the stopper (3.3), - a housing (3.1), - a plunger (3.2) connected to or adapted to engage a stopper (3.3) providing a fluid tight seal for a distal end of the barrel (2.3), - a motor (3.5) for displacing the plunger (3.2) connected to the stopper (3.3),
An artificial tree (1, 2) for generating hybrid energy, comprising an elevated structure connected to and supported by a base structure integral with the ground, characterized in that said base structure comprises a modular central truck integral with the ground formed by vertically superimposed tubular members joined to one another, shelves being fixed to one of said tubular members, which shelves support the elevated structure comprising a water reserve cistern split into tanks defining a peripheral edge on top, a casing additionally being provided and pierced in the center to allow coupling to a tubular member (14, 16), in which an array of electric batteries and a water purifier are housed, and a box, also pierced in the center to allow coupling to a tubular member, in which an electricity generator of magnetic type (116, 117), a charge regulator and an inverter are accommodated, said central modular trunk being closed by two half shells (22, 23) in which a water pipe connecting said cistern to an external user, and a control unit with electric wires are provided, said elevated structure further comprising a radial flow wind turbine formed by blades (112, 113 and 114) converging towards the center according to a spiral and connected by means of a central shaft rotatably associated to a superimposed tubular member and fixed to said tubular members of the modular central trunk, each blade of said wind turbine including a convex curved outer surface which is joined at the bottom to other blades forming a single lower edge, said blades being fixed to said central shaft actuating the rotation thereof, said outer convex curved surfaces radially expanding from the top downwards so that, after assembly, said lower edge remains within the edge of the cistern providing the sliding of rainwater into the cistern, said outer convex curved surfaces supporting photovoltaic members which follow the curve of said outer convex surfaces and turn therewith.
A solar cell comprising a silicon wafer and a mixture applied to the silicon wafer, prior to making a contact by firing, the mixture comprising: a. at least one aluminum source, b. at least one boron source, and c. 0.1 to 10 wt% of a glass component, wherein the glass component is devoid of intentionally added lead in any form, and wherein the glass component comprises: (i) 12 to 50 mole % Bi 2 O 3, (ii) 25 to 65 mole % SiO 2, (iii) 5 to 15 mole % B 2 O 3, and (iv) 4 to 26 mole % K 2 O, wherein the content of aluminum is 50 wt% to 85 wt% of the mixture, and wherein the content of boron is 0.05 to 20 wt% of the mixture. a. at least one aluminum source, b. at least one boron source, and c. 0.1 to 10 wt% of a glass component, wherein the glass component is devoid of intentionally added lead in any form, and wherein the glass component comprises: (i) 12 to 50 mole % Bi 2 O 3, (ii) 25 to 65 mole % SiO 2, (iii) 5 to 15 mole % B 2 O 3, and (iv) 4 to 26 mole % K 2 O, (i) 12 to 50 mole % Bi 2 O 3, (ii) 25 to 65 mole % SiO 2, (iii) 5 to 15 mole % B 2 O 3, and (iv) 4 to 26 mole % K 2 O,
A solenoid valve, comprising: - a main valve housing with at least an inlet and outlet port (3, 5) and a bore extending there between, within which bore a valve poppet is moveable in a longitudinal direction to control medium flow between the ports (3, 5) through the valve; - electrically operable solenoid means associated with the valve poppet for moving the valve poppet within the bore in dependence of electricity being fed to the solenoid means; and - a manual override of the electrically operable solenoid means for manually moving the valve poppet in the longitudinal direction within the bore independent of the solenoid means, in which the manual override comprises an override housing part within which a manually operable operator organ is moveable while at the same time moving the valve poppet along with it in the longitudinal direction, an intermediate operator organ being provided between the manual override and the valve poppet, in which the manually operable operator organ, the intermediate operator organ and the valve poppet are associated to each other such that a manual operation of the manually operable operator organ causes the intermediate operator organ to move the valve poppet in the longitudinal direction to another position inside the bore independent of the solenoid means, characterized in that, an adapter is provided which comprises an adapter housing part delimiting an adapter cylinder part within which the intermediate operator organ is moveable, wherein the adapter housing part is sealingly connected to the main valve housing with the bore being in communication with the adapter cylinder part, wherein the override housing part is connected by means of a removable connection (41, 42) to the adapter housing part, wherein first sealing means are provided between the intermediate operator organ and the adapter cylinder part for preventing medium to flow out of the valve via the adapter, wherein the adapter housing part is connected by means of a removable connection (27, 28) to the main valve housing, with second sealing means being provided between the adapter housing part and the main valve housing. - a main valve housing with at least an inlet and outlet port (3, 5) and a bore extending there between, within which bore a valve poppet is moveable in a longitudinal direction to control medium flow between the ports (3, 5) through the valve; - electrically operable solenoid means associated with the valve poppet for moving the valve poppet within the bore in dependence of electricity being fed to the solenoid means; and - a manual override of the electrically operable solenoid means for manually moving the valve poppet in the longitudinal direction within the bore independent of the solenoid means,
An electrical cable fastener (1, 35) for fastening an elongate object comprising an electrically conductive cable to a support structure, the fastener comprising: a body portion formed entirely of one or more electrically non-conductive materials and comprising a bridge, a first column extending substantially perpendicularly from a first end of the bridge and a second column extending substantially perpendicularly from a second end of the bridge, the bridge and columns (4, 5) together forming a U-shaped receptacle configured for engaging the elongate object, and a nail partially contained within the first column of the body portion configured for positively engaging with the support structure upon the application of force by a driving mechanism thereby fastening the elongate object to the support structure, characterised in that the nail is formed entirely of one or more electrically non-conductive materials being one or more glass-reinforced nylon materials. a body portion formed entirely of one or more electrically non-conductive materials and comprising a bridge, a first column extending substantially perpendicularly from a first end of the bridge and a second column extending substantially perpendicularly from a second end of the bridge, the bridge and columns (4, 5) together forming a U-shaped receptacle configured for engaging the elongate object, and a nail partially contained within the first column of the body portion configured for positively engaging with the support structure upon the application of force by a driving mechanism thereby fastening the elongate object to the support structure, characterised in that the nail is formed entirely of one or more electrically non-conductive materials being one or more glass-reinforced nylon materials.
A method for producing cast iron with vermicular graphite with the following steps: - producing a melt - determining a sulfur content of the melt and determining a normal temperature related oxygen activity of the melt, as well as determining an amount of a structure-modifying agent to be added or of several structure-modifying agents to be added, based on the sulfur content of the melt and the normal temperature related oxygen activity of the melt, - separating two parts of the melt as a first and a second test melt, with an inoculant being added to the first test melt before recording the points of the cooling curve, so that the first test melt is inoculated and the second test melt is not inoculated and determining at least two points of the respective cooling curve of both test melts, and - adding an inoculant amount of an inoculant depending on the determined points of the cooling curve based on an inoculant formula, which comprises at least two controlling coefficients, which are determined empirically. - producing a melt - determining a sulfur content of the melt and determining a normal temperature related oxygen activity of the melt, as well as determining an amount of a structure-modifying agent to be added or of several structure-modifying agents to be added, based on the sulfur content of the melt and the normal temperature related oxygen activity of the melt, - separating two parts of the melt as a first and a second test melt, with an inoculant being added to the first test melt before recording the points of the cooling curve, so that the first test melt is inoculated and the second test melt is not inoculated and determining at least two points of the respective cooling curve of both test melts, and - adding an inoculant amount of an inoculant depending on the determined points of the cooling curve based on an inoculant formula, which comprises at least two controlling coefficients, which are determined empirically.
A fraud sensing method for use in an in-vehicle network system including a plurality of first electronic control units (400a-d) that communicate with each other via one or more buses (500a,b), the fraud sensing method comprising: a detecting step of detecting that a state of a vehicle including the in-vehicle network system satisfies a first condition or a second condition; and a switching step of (i) upon detecting, in the detecting step, that the state of the vehicle satisfies the first condition, switching an operation mode of a second electronic control unit connected to the one or more buses (500a,b) from a first mode in which a first type of sensing process for sensing a fraudulent message in the one or more buses (500a,b) is performed to a second mode in which the first type of sensing process is not performed, and (ii) upon detecting, in the detecting step, that the state of the vehicle satisfies the second condition, switching the operation mode of the second electronic control unit from the second mode to the first mode, wherein the second condition includes at least one of: start of use of the vehicle, and any of the plurality of first electronic control units (400a-d) becoming ready to start communication with a device outside the vehicle. a detecting step of detecting that a state of a vehicle including the in-vehicle network system satisfies a first condition or a second condition; and a switching step of (i) upon detecting, in the detecting step, that the state of the vehicle satisfies the first condition, switching an operation mode of a second electronic control unit connected to the one or more buses (500a,b) from a first mode in which a first type of sensing process for sensing a fraudulent message in the one or more buses (500a,b) is performed to a second mode in which the first type of sensing process is not performed, and (ii) upon detecting, in the detecting step, that the state of the vehicle satisfies the second condition, switching the operation mode of the second electronic control unit from the second mode to the first mode, (i) upon detecting, in the detecting step, that the state of the vehicle satisfies the first condition, switching an operation mode of a second electronic control unit connected to the one or more buses (500a,b) from a first mode in which a first type of sensing process for sensing a fraudulent message in the one or more buses (500a,b) is performed to a second mode in which the first type of sensing process is not performed, and (ii) upon detecting, in the detecting step, that the state of the vehicle satisfies the second condition, switching the operation mode of the second electronic control unit from the second mode to the first mode, wherein the second condition includes at least one of: start of use of the vehicle, and any of the plurality of first electronic control units (400a-d) becoming ready to start communication with a device outside the vehicle. start of use of the vehicle, and any of the plurality of first electronic control units (400a-d) becoming ready to start communication with a device outside the vehicle.
Photography system comprising: - a rotating unit configured to rotate around a first axis, - an illumination unit comprising at least one illumination element (1041, 1043, 1045) comprising at least one light source, - a wristwatch holder, the wristwatch holder being mounted on the rotating unit, - a chamber, wherein the interior of the chamber comprises the wristwatch holder, - a camera unit, and - a control unit, wherein the control unit is configured to control the camera unit and the rotating unit such that a series of pictures of a wristwatch mounted on the wristwatch holder can be generated automatically, the pictures of the series of pictures showing the wristwatch in different angles with respect to the camera unit, and wherein the at least one illumination element (1041, 1043, 1045) is forming at least one part of one or more sidewalls of the chamber, of the top of the chamber and/or of the bottom of the chamber and wherein the bottom portion of the chamber comprises a through-hole and wherein the wristwatch holder is mounted on the rotating unit by means of a shaft extending through the through-hole. - a rotating unit configured to rotate around a first axis, - an illumination unit comprising at least one illumination element (1041, 1043, 1045) comprising at least one light source, - a wristwatch holder, the wristwatch holder being mounted on the rotating unit, - a chamber, wherein the interior of the chamber comprises the wristwatch holder, - a camera unit, and - a control unit,
A composition suitable as a shampoo or hair conditioner, comprising • at least one surfactant, • optionally at least one cosurfactant which is different from the at least one surfactant, • at least one cationic polymer, • ethoxylated fatty acid glycerides, • ethoxylated mono- and diglycerol esters • trimethylpropane EO/PO trioleate, • NaCl, • optionally glycerol, • optionally further ingredients customary in shampoos or hair conditioners, and • water. • at least one surfactant, • optionally at least one cosurfactant which is different from the at least one surfactant, • at least one cationic polymer, • ethoxylated fatty acid glycerides, • ethoxylated mono- and diglycerol esters • trimethylpropane EO/PO trioleate, • NaCl, • optionally glycerol, • optionally further ingredients customary in shampoos or hair conditioners, and • water.
An annealing separator for manufacturing a grain-oriented silicon steel with good magnetic performance, which consists of a composition as follows: 77∼98% by weight of Al 2 O 3 powder; 1∼8% by weight of an alkaline earth metal oxide powder; wherein the alkaline earth metal oxide comprises BeO, MgO, CaO, SrO or BaO; 1∼15% by weight of alkali metal chloride and/or alkaline earth metal chloride; wherein the alkali metal chloride comprises LiCl, NaCl, KCl or RbCl, and the alkaline earth metal chloride comprises BeCl 2, MgCl 2, CaCl 2, SrCl 2 or BaCh. 77∼98% by weight of Al 2 O 3 powder; 1∼8% by weight of an alkaline earth metal oxide powder; wherein the alkaline earth metal oxide comprises BeO, MgO, CaO, SrO or BaO; 1∼15% by weight of alkali metal chloride and/or alkaline earth metal chloride;