mhurhangee/ep-ind-claims huggingface dataset:
Modular system for producing an electronic device, having a housing, which configures a receiving space, and having a printed circuit board which can be inserted into the receiving space of the housing along an insertion direction and which is received in the receiving space in an assembly position, characterized by a plurality of attachment parts (13, 13A-13G) which can be connected to the printed circuit board and which in each case have, as viewed along the insertion direction, a pitch (X1, X2, X3, X6, X9) which corresponds to a predetermined smallest pitch unit or to an integer multiple of the predetermined smallest pitch unit, wherein each attachment part (13, 13A-13G) has a first guide apparatus for guidance on a second guide apparatus of the housing, and a combination of different attachment parts (13, 13A-13G), lined up against one another along the insertion direction, can be connected to the printed circuit board in such a way that, when the printed circuit board is inserted into the receiving space, the combination of attachment parts (13, 13A-13G) is guided, by way of the first guide apparatuses, on the second guide apparatus of the housing in a displaceable manner along the insertion direction, wherein the attachment parts (13, 13A-13G) configure • screen parts for an electrical connection which is electrically connected to the printed circuit board, • terminal apparatuses having at least one plug-in opening for connection of an electrical conductor, • closed, areal wall elements for closing the housing, grid elements • or mechanical and/or electrical functional elements. • screen parts for an electrical connection which is electrically connected to the printed circuit board, • terminal apparatuses having at least one plug-in opening for connection of an electrical conductor, • closed, areal wall elements for closing the housing, grid elements • or mechanical and/or electrical functional elements.
Chain link for a chain conveyor for conveying small parts, in particular bottle closures, having a, in particular flat, support surface for small parts, wherein means for fitting at least one carrier are provided on opposite sides of the chain link, whereas at least two carriers are provided, each having a fastening part which can be fitted onto a means for fitting, and a gripping part, which has one or more extensions which, when the carrier is in the fitted state, are directed towards the respective other carrier, characterized in that the gripping part is made of a softer material than the fastening part, and that a groove is provided in a center of the support surface in a conveying direction, so that at the end of a conveying section, a removal wedge or a removal blade can engage in the groove in the conveying direction and small parts can be pushed straight on over the removal wedge or the removal blade.
A biochemical storage medium, comprising one or more electrospun fibers, wherein the one or more fibers have a uniformdiameter of 10 nm to 2000 nm and provide a dissolvable formulation that encapsulates one or more biologically active components comprising one or more proteins and stabilizes the proteins at room temperature for storage, wherein the one or more fibers are soluble in aqueous solutions, wherein the one or more proteins comprise an enzyme that retains biological activity when the one or more fibers are dissolved, and wherein the fibers comprise a stabilizing factor, the medium being characterised in that: within said fiber(s) are said stabilized proteins which comprise said enzyme in the form of a Taq polymerase which are released upon dissolution of the fiber with their biological activity intact, and retain their enzymatic activity after being stored at room temperature for 7 days, and said stabilizing factor comprises polysucrose having 70 to 400 polymerized sucrose units and comprises bovine serum albumin. within said fiber(s) are said stabilized proteins which comprise said enzyme in the form of a Taq polymerase which are released upon dissolution of the fiber with their biological activity intact, and retain their enzymatic activity after being stored at room temperature for 7 days, and said stabilizing factor comprises polysucrose having 70 to 400 polymerized sucrose units and comprises bovine serum albumin.
A method of supported liquid extraction, characterized in that the adsorption of at least one analyte to a solid phase from a sample comprising urine; saliva; whole blood; or blood serum is performed in the presence of non-buffering salt, wherein the solid phase comprises diatomaceous earth.
A method of manufacturing pneumatic tyres for vehicle wheels, comprising the steps of: - setting a green tyre comprising a tread band having a radially external surface, on a toroidal support provided with an outer surface conforming in shape to an inner surface of the tyre itself; - setting a vulcanisation mould having a moulding cavity defined by two half shells (130a, 130b) adapted to be moved close to each other in an axial direction, and circumscribed by centripetally approachable circumferential sectors carrying forming ridges facing a geometric axis (X-X) of the moulding cavity and movable in through slits set in the half shells (130a, 130b); - closing the tyre into the moulding cavity; - pressing the tyre against the outer surface of the toroidal support; - administering heat to the inner surface of the tyre pressed against the toroidal support, keeping the circumferential sectors spaced apart from the radially external surface of the tread band; - centripetally approaching the circumferential sectors of the mould to cause at least partial penetration of the forming ridges into the radially external surface of the tread band of the tyre; - pressing the radially external surface of the tread band of the tyre against a radially internal surface of the moulding cavity; - administering heat to the tyre penetrated by the forming ridges of the circumferential sectors. - setting a green tyre comprising a tread band having a radially external surface, on a toroidal support provided with an outer surface conforming in shape to an inner surface of the tyre itself; - setting a vulcanisation mould having a moulding cavity defined by two half shells (130a, 130b) adapted to be moved close to each other in an axial direction, and circumscribed by centripetally approachable circumferential sectors carrying forming ridges facing a geometric axis (X-X) of the moulding cavity and movable in through slits set in the half shells (130a, 130b); - closing the tyre into the moulding cavity; - pressing the tyre against the outer surface of the toroidal support; - administering heat to the inner surface of the tyre pressed against the toroidal support, keeping the circumferential sectors spaced apart from the radially external surface of the tread band; - centripetally approaching the circumferential sectors of the mould to cause at least partial penetration of the forming ridges into the radially external surface of the tread band of the tyre; - pressing the radially external surface of the tread band of the tyre against a radially internal surface of the moulding cavity; - administering heat to the tyre penetrated by the forming ridges of the circumferential sectors.
Bus system having a daisy chain configuration and comprising a master unit and a multiplicity of slave units (121, 122) which are connected in series downstream of the master unit via a line arrangement (131, 132), characterized in that a first slave unit connected downstream of the master unit first is designed - to invert a request signal provided by the master unit and received via a first line section of the line arrangement and to output it as an inverted request signal on a second line section of the line arrangement, said second line section leading to a adjacent second slave unit. - to invert a request signal provided by the master unit and received via a first line section of the line arrangement and to output it as an inverted request signal on a second line section of the line arrangement, said second line section leading to a adjacent second slave unit.
Water connection arrangement, comprising a combined water distributor and water collector, referred to as distributor collector below, the distributor collector comprising - a first channel which extends substantially in a straight manner and has a plurality of water outlet connections (10a-10c) to the first channel, - a second channel which extends substantially in a straight manner and has a plurality of water outlet connections (11a-11c) to the second channel, - a first supply connection to the first channel, and - a second supply connection to the second channel, wherein the two supply connections (4, 5) are formed at opposite ends of the distributor collector, and wherein the water connection arrangement furthermore comprises a plurality of water treatment devices (3a-3d) which are each connected to a water outlet connection (10a-10c) of the first channel and to a water outlet connection (11a-11c) of the second channel, characterized in that the first channel and the second channel are formed, at least in sections, in a common tube of the distributor collector, that the distributor collector has a modular structure with - a first end piece, - a second end piece, - one or a plurality of center pieces (13a-13c), wherein each center piece (13a-13c) forms a section of the first channel with at least one water outlet connection (10a-10c) and a section of the second channel with at least one water outlet connection (11a-11c), that the first end piece, the one or the plurality of center pieces (13a-13c) and the second end piece are sealingly connected to one another, that the first supply connection is oriented coaxially with respect to the second supply connection, wherein the first supply connection is formed on the first end piece and the second supply connection is formed on the second end piece, that the section of the first channel of that center piece which is sealingly connected to the second end piece is sealed on the side of the second end piece by means of a first sealing element, and that the section of the second channel of that center piece which is sealing connected to the first end piece is sealed on the side of the first end piece by means of a second sealing element. - a first channel which extends substantially in a straight manner and has a plurality of water outlet connections (10a-10c) to the first channel, - a second channel which extends substantially in a straight manner and has a plurality of water outlet connections (11a-11c) to the second channel, - a first supply connection to the first channel, and - a second supply connection to the second channel, wherein the two supply connections (4, 5) are formed at opposite ends of the distributor collector, - a first end piece, - a second end piece, - one or a plurality of center pieces (13a-13c), wherein each center piece (13a-13c) forms a section of the first channel with at least one water outlet connection (10a-10c) and a section of the second channel with at least one water outlet connection (11a-11c),
Keyless entry assembly (10, 20, 40, 70, 80) comprising: a vehicle opening movable between a locked position and an unlocked position; an electrical conductor mounted to an exterior surface of the vehicle opening, wherein the conductor capacitively couples to an electrically conductive object proximal to the conductor while the conductor is driven with an electrical charge such that capacitance of the conductor changes due to the conductor capacitively coupling with the object, characterized in that the conductor itself is in the shape of an emblem identifying a vehicle to be associated with the vehicle opening and includes a electrically non-conductive faceplate, an overlay in the shape of the emblem positioned over the faceplate having a plurality of cut-out portions, and a plurality of sensors mounted to an underside of the faceplate and located in the cut-out portions and patterned to conform to the emblem arrangement of the overlay and not electrically connected to one another; and a controller operable for driving the conductor with the electrical charge and measuring the capacitance of the conductor to determine whether an electrically conductive object is proximal to the conductor, the controller being operable for controlling the vehicle opening to move the vehicle opening from one of the positions to the other of the positions upon determining that an electrically conductive object is proximal to the conductor. a vehicle opening movable between a locked position and an unlocked position; an electrical conductor mounted to an exterior surface of the vehicle opening, wherein the conductor capacitively couples to an electrically conductive object proximal to the conductor while the conductor is driven with an electrical charge such that capacitance of the conductor changes due to the conductor capacitively coupling with the object, characterized in that the conductor itself is in the shape of an emblem identifying a vehicle to be associated with the vehicle opening and includes a electrically non-conductive faceplate, an overlay in the shape of the emblem positioned over the faceplate having a plurality of cut-out portions, and a plurality of sensors mounted to an underside of the faceplate and located in the cut-out portions and patterned to conform to the emblem arrangement of the overlay and not electrically connected to one another; and a controller operable for driving the conductor with the electrical charge and measuring the capacitance of the conductor to determine whether an electrically conductive object is proximal to the conductor, the controller being operable for controlling the vehicle opening to move the vehicle opening from one of the positions to the other of the positions upon determining that an electrically conductive object is proximal to the conductor.
Method for aiding driving of an automotive vehicle comprising at least one electric motor supplied by a battery and able to propel drive wheels of the vehicle, in which an optimized consumption of the vehicle over the same journey as the vehicle is in the process of making is computed on the basis of the actual energy consumption of the vehicle and of values collected by sensors of the vehicle (P heat, P cond, N, T ext, br), the optimized consumption corresponding to a reference driving style, the driver is informed of the distance that he could travel with the energy reserve (W avail) available aboard the vehicle if he adopted the reference driving style, or else the driver is informed of the energy saving per unit distance traveled that he could achieve if he adopted the reference driving style, and characterized in that an overconsumption (C excess) or mean excess energy consumed in excess by the vehicle is computed over a time period or over a predefined journey length, and an optimized consumption is computed by subtracting the mean excess energy from the energy (C real) actually consumed by the vehicle.
An electrosurgical generator, comprising: a first class D amplifier configured to provide a first voltage rail; a second class D amplifier configured to provide a second voltage rail; a gain stage electrically disposed between the first voltage rail and the second voltage rail, wherein the gain stage includes an input and an output; a voltage source operably coupled to the gain stage input and configured to provide an input signal thereto responsive to a drive control signal; at least one sensor configured to sense an operational parameter of the amplifier and to provide a sensor signal corresponding thereto; a controller adapted to receive the at least one sensor signal and in response thereto provide the drive control signal to the voltage source; and an amplifier output configured to supply an output voltage corresponding to the first voltage rail and the second voltage rail when the output of the gain stage falls between a voltage of the first voltage rail and a voltage of the second voltage rail and is configured to supply a peak voltage output when the voltage output is greater than the voltage of the first voltage rail or less than the voltage of the second voltage rail. a first class D amplifier configured to provide a first voltage rail; a second class D amplifier configured to provide a second voltage rail; a gain stage electrically disposed between the first voltage rail and the second voltage rail, wherein the gain stage includes an input and an output; a voltage source operably coupled to the gain stage input and configured to provide an input signal thereto responsive to a drive control signal; at least one sensor configured to sense an operational parameter of the amplifier and to provide a sensor signal corresponding thereto; a controller adapted to receive the at least one sensor signal and in response thereto provide the drive control signal to the voltage source; and an amplifier output configured to supply an output voltage corresponding to the first voltage rail and the second voltage rail when the output of the gain stage falls between a voltage of the first voltage rail and a voltage of the second voltage rail and is configured to supply a peak voltage output when the voltage output is greater than the voltage of the first voltage rail or less than the voltage of the second voltage rail.
Binding mixture for obtaining screeds, comprising cement in a quantity between 13 and 14% by weight, aggregates in a quantity between 82 and 84% by weight, a superplasticizer additive, naphthalene sulphonate based, in a quantity between 0,10 and 0,20%, preferably between 0,14 and 0,16% and graphite characterized in that said graphite has a 90% particle size distribution between 125 and 400 micron and its amount is between 2 and 3% by weight.
Fermentation residue conditioning device for conditioning heaped materials of fermentation residues, sewage sludge and/or organic residue substances having a high water content, in particular fermentation residues from the fermentation of source materials containing household refuse, biowaste and/or food residues, with a fermentation residue delivery point for introducing the heaped material, and a fermentation residue removal point for discharging the heaped material, wherein the fermentation residue conditioning device is configured so that the heaped material can be conveyed during conditioning through the fermentation residue conditioning device, wherein the fermentation conditioning device has an air ventilation system, a heating system and a shelf surface for supporting the heaped material from underneath, characterized in that the shelf surface is configured so that the heaped material can be conveyed thereby with the shelf surface having shelf elements (15, 16) for supporting the heaped material, wherein these elements can be moved to and fro in the conveying direction, and/or wherein a conveying element is provided which is movable relative to the shelf surface and which for conveying the heaped material can be moved relative to the base surface and is preferably configured so that at least the parts directly causing the conveyance extend no more than 40 mm from the shelf surface into the heaped material, and/or wherein the shelf surface is designed in the manner of a belt conveyor, in particular with revolving flat shelf elements, wherein the shelf elements are preferably oriented for most of their extension direction in the conveying direction, and that the heating system is designed so that it enables a direct heat transfer to the heaped material through heat conduction.
Apparatus for use in sampling multiphase fluid in a fluid transport pipeline, the apparatus comprising: a process fluid conduit having first and second (20, 20A) fluid sampling ports, an upstream section and a downstream section; wherein the upstream section and the downstream section form a continuous passage for flow of multiphase fluid through the process fluid conduit; characterised by a blind leg connected to the upstream section and the downstream section; wherein the upstream section, the downstream section and the blind leg form a generally Y- or T- shaped three-legged junction where the upstream section of the process fluid conduit joins the downstream section of the process fluid conduit; wherein the blind leg extends from the upstream section of the process fluid conduit at the three-legged junction; wherein the length of the blind leg is between 10% and 200% of the diameter of the conduit; and wherein the first fluid sampling port is provided in the blind leg. a process fluid conduit having first and second (20, 20A) fluid sampling ports, an upstream section and a downstream section; wherein the upstream section and the downstream section form a continuous passage for flow of multiphase fluid through the process fluid conduit; characterised by a blind leg connected to the upstream section and the downstream section; wherein the upstream section, the downstream section and the blind leg form a generally Y- or T- shaped three-legged junction where the upstream section of the process fluid conduit joins the downstream section of the process fluid conduit; wherein the blind leg extends from the upstream section of the process fluid conduit at the three-legged junction; wherein the length of the blind leg is between 10% and 200% of the diameter of the conduit; and wherein the first fluid sampling port is provided in the blind leg.
A cosmetic composition comprising component: a compound represented by the formula wherein R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is an integer of 7 or 8, x and y are each independently an integer of 2 - 4, or a salt thereof, and component: a cationic surfactant. R 1 and R 2 are each independently an alkyl group having 5 - 21 carbon atoms or an alkenyl group having 5 - 21 carbon atoms, R 3 and R 4 are each independently a hydrogen atom, an alkyl group having 1 - 22 carbon atoms or an alkenyl group having 2 - 22 carbon atoms, z is an integer of 7 or 8, x and y are each independently an integer of 2 - 4, or a salt thereof, and
A unit dose article comprising: a. water-soluble film, wherein said film comprises a first bittering agent; and b. a liquid composition encapsulated by said film, wherein said liquid composition comprises a second bittering agent, preferably wherein said first bittering agent and said second bittering agent are the same bittering agent. a. water-soluble film, wherein said film comprises a first bittering agent; and b. a liquid composition encapsulated by said film, wherein said liquid composition comprises a second bittering agent,