mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for obliquely fixing a fixing flange of a housing of a thermal engine element to a fixing wall of a cylinder head of said engine, said cylinder head comprising a fixing track against which the fixing flange is fixed in abutment using a fixing device, characterized in that said fixing device comprises a fixing and guiding insert which is mounted in abutment against the wall of a notch which is formed in the cylinder head from the face of the fixing track.
A supporting structure for a central frame of a direct-drive wind turbine, characterized in that the supporting structure is foldable and is configured to assume a deployed configuration, and a stowed configuration, wherein in the stowed configuration, the supporting structure is folded and has a shape and size such that the supporting structure can be introduced into the central frame from an outside, and wherein in the deployed configuration, the supporting structure is unfolded and has one or more increased dimensions with respect to the stowed configuration, and comprises a working platform. in the stowed configuration, the supporting structure is folded and has a shape and size such that the supporting structure can be introduced into the central frame from an outside, and wherein in the deployed configuration, the supporting structure is unfolded and has one or more increased dimensions with respect to the stowed configuration, and comprises a working platform.
Sprocket for a multi-gear sprocket assembly for rotatable mounting on a rear-wheel axle and for engagement into a bicycle chain with chain inner link plate pairs and chain outer link plate pairs, - wherein the sprocket has, between an axial inner side and an oppositely situated axial outer side, a planar sprocket body and a plurality of teeth formed on a circumference of the sprocket, - wherein the plurality of teeth comprises at least one tooth of a first tooth group, the axial width of said tooth being of a larger dimension than a chain inner link plate spacing and of a smaller dimension than a chain outer link plate spacing, and - comprises teeth of a second tooth group, the axial width of said teeth being of a smaller dimension than the chain inner link plate spacing, - wherein, viewed in a circumferential direction, at least one sequence of three teeth is provided in which a tooth of the second tooth group, a tooth of the first tooth group and another tooth of the second tooth group are arranged directly one after another, - wherein at least the one tooth of the first tooth group has a projection in an axial direction that is produced by a material deformation, characterized in that the proportion of the teeth of the first tooth group to the total number of teeth amounts to less than 50%, in particular less than 40%, in particular between 37.5% and 25%. - wherein the sprocket has, between an axial inner side and an oppositely situated axial outer side, a planar sprocket body and a plurality of teeth formed on a circumference of the sprocket, - wherein the plurality of teeth comprises at least one tooth of a first tooth group, the axial width of said tooth being of a larger dimension than a chain inner link plate spacing and of a smaller dimension than a chain outer link plate spacing, and - comprises teeth of a second tooth group, the axial width of said teeth being of a smaller dimension than the chain inner link plate spacing, - wherein, viewed in a circumferential direction, at least one sequence of three teeth is provided in which a tooth of the second tooth group, a tooth of the first tooth group and another tooth of the second tooth group are arranged directly one after another, - wherein at least the one tooth of the first tooth group has a projection in an axial direction that is produced by a material deformation, characterized in that the proportion of the teeth of the first tooth group to the total number of teeth amounts to less than 50%, in particular less than 40%, in particular between 37.5% and 25%.
A method of manufacturing a flexible tubular pipe intended for transporting hydrocarbons, said method being of the type including the following steps: a) forming a thermoplastic polymer material deformable tubular pressure sheath, said tubular pressure sheath having an external surface and an opposite internal surface defining an internal flow space for the hydrocarbons; b) helicoidally winding a metal wire at a short pitch around said tubular pressure sheath so as to form turns resting on said external surface, said turns defining successive intervals therebetween; c) helicoidally winding a plurality of armoring pull wires at a long pitch around said turns; and d) bringing said internal flow space to a pressure P greater than a given pressure P d so that said external surface of said pressure sheath is deformed radially at the level of said intervals; characterized in that in the step d) said tubular pressure sheath is simultaneously brought to a temperature T greater than a given temperature T d whereas said internal flow space is brought to a first pressure P 1 during a first time period t 1 and to a second pressure P 2 lower than P 1 during a second time period t2, and in that, between said first and second time periods t 1 and t 2, said internal flow space is brought to a pressure P close to the atmospheric pressure P 0 and then said pressure P is raised to said second pression value P 2 so as to be able to relieve the internal stresses of said polymer material of said external surface deformed at the level of said intervals. a) forming a thermoplastic polymer material deformable tubular pressure sheath, said tubular pressure sheath having an external surface and an opposite internal surface defining an internal flow space for the hydrocarbons; b) helicoidally winding a metal wire at a short pitch around said tubular pressure sheath so as to form turns resting on said external surface, said turns defining successive intervals therebetween; c) helicoidally winding a plurality of armoring pull wires at a long pitch around said turns; and d) bringing said internal flow space to a pressure P greater than a given pressure P d so that said external surface of said pressure sheath is deformed radially at the level of said intervals;
A hot melt adhesive composition comprising: a.) from 40 % to 85 % by weight of an ethylene copolymer derived from ethylene and a co-monomer selected from the group consisting of vinyl acetate, alkyl acrylate, alkyl methacrylate, and combinations thereof, b.) no greater than 27 % by weight of a tackifying agent, and c.) from 15 % to 35 % by weight of a synthetic wax; wherein the ethylene copolymer has a melt index (190°C, 2.16 kgs) of at least 450 g/10 min and a comonomer content of no greater than 27 % by weight, said hot melt adhesive composition having a viscosity at 177°C of no greater than 2 Pas (2000 cps). a.) from 40 % to 85 % by weight of an ethylene copolymer derived from ethylene and a co-monomer selected from the group consisting of vinyl acetate, alkyl acrylate, alkyl methacrylate, and combinations thereof, b.) no greater than 27 % by weight of a tackifying agent, and c.) from 15 % to 35 % by weight of a synthetic wax; wherein the ethylene copolymer has a melt index (190°C, 2.16 kgs) of at least 450 g/10 min and a comonomer content of no greater than 27 % by weight, said hot melt adhesive composition having a viscosity at 177°C of no greater than 2 Pas (2000 cps).
Device for harvesting stalk crops, comprising a picking device, a conveying device for conveying picked fruits, a chopping device for cutting stalks arranged in a plane underneath the picking device, which chopping device comprises at least one blade rotating in a horizontal or at least approximately horizontal plane, a catch pan arranged in the direction of discharge of the chopping device, and a transverse conveying apparatus arranged in the region of the catch pan, a baffle being arranged in the crop flow between the chopping device and the catch pan, characterised in that the baffle can be adjusted between an open position and a closed position and can be locked in either position, the baffle blocking the crop flow from the chopping device to the catch pan in the closed position and unblocking said crop flow in the open position.
Dosing Apparatus comprising a dosing unit including piston means (3; 103) movable along a first axis in a cavity of casing means and joint means (10; 110) for removably connecting a first end portion (6; 106) of said piston means (3, 103) to movement means arranged for moving said piston means (3; 103), characterised in that said first end portion (6; 106) comprises a seat (16; 116) adapted for receiving a clutch portion (11; 111) of said joint means (10, 110), said clutch portion (11; 111) being of complementary shape of said seat (16; 116) and being connectable in, and disconnectable from, said seat (16; 116) along a coupling direction substantially parallel to said first axis.
A hybrid encapsulate formulation obtained by a method comprising: (a) preparing an aqueous starch solution; (b) preparing an oil phase containing an active material; (c) emulsifying the oil phase with the aqueous starch solution to obtain an emulsion; (d) mixing the emulsion with a core-shell capsule suspension to obtain a mixture; and (e) spray drying the mixture to obtain a hybrid encapsulate formulation, wherein the core-shell capsule suspension contains a core-shell capsule that encapsulates an active material in capsule, and wherein the core-shell capsule suspension comprises a nonionic polymer, and the nonionic polymer is polyvinylpyrrolidone, polyvinyl alcohol, polyethylene glycol, polyethylene oxide, polyethylene oxide-polypropylene oxide, polyethylene oxide-polypropylene oxide-polyethylene oxide, or a combination thereof. (a) preparing an aqueous starch solution; (b) preparing an oil phase containing an active material; (c) emulsifying the oil phase with the aqueous starch solution to obtain an emulsion; (d) mixing the emulsion with a core-shell capsule suspension to obtain a mixture; and (e) spray drying the mixture to obtain a hybrid encapsulate formulation,
A method for supplying an application (29a, 29b) on a security module having a processor, on which a runtime environment is implemented, which supplies a plurality of APIs (27a, 27b, 27c) for utilizing functions of the runtime environment by the application (29a, 29b), wherein the method comprises the following steps: the supplying of the application (29a, 29b) from an application supplier which is an entity other than the security-module supplier; and the selecting of the APIs of the plurality of APIs, which the application (29a, 29b) should be able to access, by the security-module supplier; wherein the step of the selecting of the APIs of the plurality of APIs by the security-module supplier comprises the step of the determining of an authorization code for the application (29a, 29b) by the security-module supplier, wherein the authorization code of the application (29a, 29b) defines which APIs of the plurality of APIs (27a, 27b, 27c) the application (29a, 29b) can access; wherein the method comprises the further steps of the determining of a release code for the application (29a, 29b) by the security-module supplier and the checking of the release code with the help of a release code (FC') determined by the security module, wherein the security module then grants the application (29a, 29b) access to the APIs of the plurality of APIs (27a, 27b, 27c) defined by the authorization code if the release code determined by the security-module supplier is equal to the release code (FC') determined by the security module; wherein the method comprises, before the step of the determining of the authorization code for the application (29a, 29b) by the security-module supplier, the further step of the transferring of a machine code of the application (29a, 29b) from the application supplier to the security-module supplier; wherein into the determining of the release code by the security-module supplier, the authorization code and the machine code of the application (29a, 29b) are incorporated; wherein into the determining of the release code further a key individual to the security module is incorporated which the security-module supplier establishes by means of an identification code supplied by the security module to; wherein the release code is determined by mutually concatenating the machine code of the application (29a, 29b), the authorization code and the key individual to the security module, and applying a keyless hash function to the result of this concatenation, or by mutually concatenating the machine code of the application (29a, 29b) and the authorization code, and applying a key-dependent code while employing the key individual to the security module to the result of this concatenation. the supplying of the application (29a, 29b) from an application supplier which is an entity other than the security-module supplier; and the selecting of the APIs of the plurality of APIs, which the application (29a, 29b) should be able to access, by the security-module supplier;
Packaging machine which operates in a cyclical manner, having a cutting station with which completed items of packaging are cut out from at least one film web, in that a cutting means and a counter means and, if applicable, an ejections means are moved toward one another by at least one drive, characterized in that the drive is provided beside the format to be cut out, which consists of a multiplicity of rows and a multiplicity of columns, such that a change of the cutting means and/or of the ejection means and/or of the counter means is possible.
Calibration tool for calibrating a magnetic sensor, comprising a cuboid-shaped housing, the housing being configured to provide six alignment planes, the alignment planes extending either parallel or at an angle of 90° with respect to each other, and the housing having one or more holes allowing to position a magnetic sensor in a working volume, characterised in that the calibration tool further comprises either a predetermined number of two or four permanent magnets, wherein the two or four permanent magnets (3, 4; 3-6) are arranged along an axis and positioned in the housing, and the two or four permanent magnets (3, 4; 3-6) are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity, or a predetermined number of one or two permanent magnets (23; 25), wherein each of the one or two permanent magnets (23; 25) has a shape of a hollow cylinder and a lateral surface with four holes, each of the one or two permanent magnets is positioned in the housing, and the one or two permanent magnets (23; 25) are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity, or a number of permanent magnets arranged to form a Halbach array, wherein the permanent magnets are positioned in the housing, and the permanent magnets are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity. the two or four permanent magnets (3, 4; 3-6) are arranged along an axis and positioned in the housing, and the two or four permanent magnets (3, 4; 3-6) are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity, or a predetermined number of one or two permanent magnets (23; 25), wherein each of the one or two permanent magnets (23; 25) has a shape of a hollow cylinder and a lateral surface with four holes, each of the one or two permanent magnets is positioned in the housing, and the one or two permanent magnets (23; 25) are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity, or a number of permanent magnets arranged to form a Halbach array, wherein the permanent magnets are positioned in the housing, and the permanent magnets are configured to provide in the working volume a homogeneous magnetic field that has a constant field intensity.
A method of establishing wireless communication between a first transmitter and a first receiver on the same wireless data channel used for ongoing transmission between a second transmitter and a second receiver, comprising the steps of: performing interference detection including: determining if the second receiver can receive signals from the first transmitter, and determining if the first receiver can receive signals from the second transmitter; and if the second receiver cannot receive signals from the first transmitter and the first receiver cannot receive signals from the second transmitter indicating no interference, then establishing a new transmission from the first transmitter to the first receiver via the wireless data channel used for the ongoing transmission between the second transmitter and the second receiver by spatial reuse of the wireless data channel, wherein the new transmission on said data channel is at least partially concurrent with said ongoing transmission on said data channel. performing interference detection including: determining if the second receiver can receive signals from the first transmitter, and determining if the first receiver can receive signals from the second transmitter; and if the second receiver cannot receive signals from the first transmitter and the first receiver cannot receive signals from the second transmitter indicating no interference, then establishing a new transmission from the first transmitter to the first receiver via the wireless data channel used for the ongoing transmission between the second transmitter and the second receiver by spatial reuse of the wireless data channel, wherein the new transmission on said data channel is at least partially concurrent with said ongoing transmission on said data channel.
A multi-channel audio encoder for coding a digital audio signal sampled at a known sampling rate and having an audio bandwidth and blocked into a sequence of frames, comprising: a core encoder that extracts and codes a core signal from the digital audio signal into core bits; a packer that packs the core bits plus header information into a first bitstream; a core decoder that decodes the core bits to form a reconstructed core signal; a summing node that forms a difference signal from the reconstructed core signal and the digital audio signal for each of the multiple audio channels; a lossless encoder that segments each frame of the multi-channel difference signals into a plurality of variably sized segments and entropy codes the variably sized segments into extension bits, said lossless encoder selecting a segment duration and a type of entropy coder for each segment to reduce an encoded payload of the difference signals in the frame subject to a constraint that each variably sized segment must be fully decodable and less than a maximum size; and a packer that packs the extension bits into a second bitstream. a core encoder that extracts and codes a core signal from the digital audio signal into core bits; a packer that packs the core bits plus header information into a first bitstream; a core decoder that decodes the core bits to form a reconstructed core signal; a summing node that forms a difference signal from the reconstructed core signal and the digital audio signal for each of the multiple audio channels; a lossless encoder that segments each frame of the multi-channel difference signals into a plurality of variably sized segments and entropy codes the variably sized segments into extension bits, said lossless encoder selecting a segment duration and a type of entropy coder for each segment to reduce an encoded payload of the difference signals in the frame subject to a constraint that each variably sized segment must be fully decodable and less than a maximum size; and a packer that packs the extension bits into a second bitstream.
Motor vehicle comprising: - two front wheels; - a front frame structure comprising a pair of struts which are mutually symmetrical with respect to an ideal vertical centreline plane; - a safety device to turn at least one wheel, which is one of said front wheels, transversely to a travel direction during a frontal collision with an obstacle; said safety device being borne by an intermediate portion of one of said struts and comprising an arm, which protrudes laterally outwards from said intermediate portion and is able to rotate about a rotation axis with respect to said intermediate portion between: a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel along a longitudinal direction parallel to said travel direction; and b) an active position, in which said free end comes into contact with said wheel along a direction that is inclined with respect to said longitudinal direction in order to cause a swerving of the wheel; characterised in that, in the inactive position, said rotation axis is arranged longitudinally between said free end and said wheel. - two front wheels; - a front frame structure comprising a pair of struts which are mutually symmetrical with respect to an ideal vertical centreline plane; - a safety device to turn at least one wheel, which is one of said front wheels, transversely to a travel direction during a frontal collision with an obstacle; said safety device being borne by an intermediate portion of one of said struts and comprising an arm, which protrudes laterally outwards from said intermediate portion and is able to rotate about a rotation axis with respect to said intermediate portion between: a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel along a longitudinal direction parallel to said travel direction; and b) an active position, in which said free end comes into contact with said wheel along a direction that is inclined with respect to said longitudinal direction in order to cause a swerving of the wheel; a) an inactive position, in which said arm has a free end arranged in a position that is aligned with and spaced from said wheel along a longitudinal direction parallel to said travel direction; and b) an active position, in which said free end comes into contact with said wheel along a direction that is inclined with respect to said longitudinal direction in order to cause a swerving of the wheel;