mhurhangee/patent-ind-claim-en huggingface dataset:
Roll-forming unit for roll-forming a metal strip, having a plurality of serially arranged roll-forming stands which sequentially form and/or guide the metal strip, comprising: a) at least one sensor roll-forming stand which is arranged in the plurality of sequentially arranged roll-forming stands and which forms, bends and/or guides the metal strip, b) a first roller and a second roller which are connected to the respective sensor roll-forming stand rotatably about a respective rotational axis and are kept in position by the same, the first and the second roller being arranged such that they clamp the metal strip therebetween; c) at least one sensor which is arranged in the respective sensor roll-forming stand such as to measure a force, an oscillation or a torque exerted by the respective sensor roll-forming stand on the sheet metal and to generate a respective sensor signal; d) a microprocessor unit having a detection algorithm adapted to compare the sensor signal to a respective predefined desired value or desired value curve with a respective predefined allowable range of tolerance, wherein, if the sensor signal is detected to lie within the allowable range of tolerance, a first state and otherwise at least one second state of the respective sensor roll-forming stand is detected; and e) a display unit which displays the recognized first and/or second states of the respective sensor roll-forming stand ; characterized in that f) the detection algorithm is additionally adapted to determine the predefined desired value or desired value curve from the sensor signal upon at least one operator signal, and to store it. a) at least one sensor roll-forming stand which is arranged in the plurality of sequentially arranged roll-forming stands and which forms, bends and/or guides the metal strip, b) a first roller and a second roller which are connected to the respective sensor roll-forming stand rotatably about a respective rotational axis and are kept in position by the same, the first and the second roller being arranged such that they clamp the metal strip therebetween; c) at least one sensor which is arranged in the respective sensor roll-forming stand such as to measure a force, an oscillation or a torque exerted by the respective sensor roll-forming stand on the sheet metal and to generate a respective sensor signal; d) a microprocessor unit having a detection algorithm adapted to compare the sensor signal to a respective predefined desired value or desired value curve with a respective predefined allowable range of tolerance, wherein, if the sensor signal is detected to lie within the allowable range of tolerance, a first state and otherwise at least one second state of the respective sensor roll-forming stand is detected; and e) a display unit which displays the recognized first and/or second states of the respective sensor roll-forming stand ; characterized in that f) the detection algorithm is additionally adapted to determine the predefined desired value or desired value curve from the sensor signal upon at least one operator signal, and to store it.
A component dispenser comprising a housing accommodating in its interior: - a reservoir for holding components , and - a dosing volume , the component dispenser further comprising a pick surface , which is located outside the housing and suitable to let an industrial robot pick components from the pick surface , the component dispenser configured to: - displace a selection of components from the reservoir into the dosing volume as a result of the component dispenser being exposed to a first sequence of movements, - displace the selection of components from the dosing volume onto the pick surface as a result of the component dispenser being exposed to a second sequence of movements, and - return any components remaining on the pick surface back into the reservoir as a result of the component dispenser being exposed to a third sequence of movements. - a reservoir for holding components , and - a dosing volume , the component dispenser further comprising a pick surface , which is located outside the housing and suitable to let an industrial robot pick components from the pick surface , - displace a selection of components from the reservoir into the dosing volume as a result of the component dispenser being exposed to a first sequence of movements, - displace the selection of components from the dosing volume onto the pick surface as a result of the component dispenser being exposed to a second sequence of movements, and - return any components remaining on the pick surface back into the reservoir as a result of the component dispenser being exposed to a third sequence of movements.
Door fitting having a handle which can be locked on one side, with at least one rosette for lying against a door leaf and with a shaft element for forming an operative connection to the locking mechanism of a lock unit inserted into the door leaf, and wherein an adapter element is inserted in a neck section of the handle and is accommodated in the neck section in a torsion-resistant manner and which is accommodated on the shaft element , characterized in that a locking means is accommodated both in or on the neck section itself and in or on the adapter element , which can be brought into a locking position by means of manual operation, in which the handle can be rotationally blocked on the rosette by means of the locking means and in that the locking means is formed by a slide element , which is movably accommodated in or on the adapter element .
A composition for forming an organic semiconductor film, comprising: an organic semiconductor material; a phenolic reductant; a polymer compound having a weight-average molecular weight of equal to or greater than 500,000; a surfactant; and an organic solvent having a standard boiling point of equal to or higher than 150°C, wherein a ratio of a content of the organic semiconductor material to a content of the polymer compound is 0.02 to 10 based on mass, a ratio of a content of the phenolic reductant to the content of the polymer compound is 0.1 to 5 based on mass, and a ratio of a content of the polymer compound to a content of the surfactant is 3 to 200 based on mass. an organic semiconductor material; a phenolic reductant; a polymer compound having a weight-average molecular weight of equal to or greater than 500,000; a surfactant; and an organic solvent having a standard boiling point of equal to or higher than 150°C, wherein a ratio of a content of the organic semiconductor material to a content of the polymer compound is 0.02 to 10 based on mass, a ratio of a content of the phenolic reductant to the content of the polymer compound is 0.1 to 5 based on mass, and a ratio of a content of the polymer compound to a content of the surfactant is 3 to 200 based on mass.
A method comprising: encoding an in-situ Operation, Administration, and Maintenance, iOAM, instruction as a local argument in a function field of one or more segment identifiers selected from a plurality of segment identifiers in a segment identifier list of a segment routing header in a first packet, wherein the one or more segment identifiers are Segment Routing over IPv6, SRv6, identifiers corresponding to one or more segment routing nodes selected for iOAM data collection; sending the first packet to the one or more segment routing nodes based on the segment routing header; receiving a second packet containing the iOAM data from the one or more segment routing nodes selected for iOAM data collection; and processing the iOAM data from the one or more segment routing nodes selected for iOAM data collection. encoding an in-situ Operation, Administration, and Maintenance, iOAM, instruction as a local argument in a function field of one or more segment identifiers selected from a plurality of segment identifiers in a segment identifier list of a segment routing header in a first packet, wherein the one or more segment identifiers are Segment Routing over IPv6, SRv6, identifiers corresponding to one or more segment routing nodes selected for iOAM data collection; sending the first packet to the one or more segment routing nodes based on the segment routing header; receiving a second packet containing the iOAM data from the one or more segment routing nodes selected for iOAM data collection; and processing the iOAM data from the one or more segment routing nodes selected for iOAM data collection.
A secondary sheet comprising a resin and a particulate carbon material with a content of the particulate carbon material being 50% by mass or less such that the particulate carbon material is aligned in a thickness direction of the secondary sheet, wherein the resin comprises a thermoplastic resin that is liquid at a temperature of 23 °C; the particulate carbon material has an average diameter of 300 μm or less and comprises expanded graphite; and the secondary sheet has a curl index of 0.33 or less, where the curl index is obtained by, when the secondary sheet is formed into a square of 50 mm × 50 mm, a 65 g weight of 55 mm × 55 mm is placed on a flat surface thereof for 10 seconds, and the weight is then removed, dividing a curl height by 50 mm, which is the length of one side of the secondary sheet, where the curl height is measured in millimeters from the flat surface in a direction perpendicular to the flat surface.
A composition for clotting milk, the composition comprising two coagulants with different C/P ratios, with different origins; 80 w/w % of one coagulant having a specific milk clotting activity/proteolytic activity ratio of more than 5 IMCU/mU derived from camel and 20 w/w % of a second coagulant having a specific milk clotting activity/proteolytic activity ratio in the range of 0.05 to 1.5IMCU/mU derived from Mucor or derived from bovine; wherein the w/w % indicates the concentration of one coagulant relative to the total amount of coagulant wherein the coagulant derived from camel is a camel chymosin, wherein the specific milk clotting activity (C) and the proteolytic activity (P) are determined as described in the description. two coagulants with different C/P ratios, with different origins; 80 w/w % of one coagulant having a specific milk clotting activity/proteolytic activity ratio of more than 5 IMCU/mU derived from camel and 20 w/w % of a second coagulant having a specific milk clotting activity/proteolytic activity ratio in the range of 0.05 to 1.5IMCU/mU derived from Mucor or derived from bovine; wherein the w/w % indicates the concentration of one coagulant relative to the total amount of coagulant wherein the coagulant derived from camel is a camel chymosin, wherein the specific milk clotting activity (C) and the proteolytic activity (P) are determined as described in the description.
A dual frequency HF-UHF RFID integrated circuit comprising a power supply, the power supply comprising : - an HF branch comprising an HF rectifier and a linear voltage regulator , wherein the linear voltage regulator is a series linear voltage regulator, wherein the HF rectifier is configured to be connected to a resonance circuit formed by a HF antenna-coil and a resonance capacitor and wherein the HF rectifier is connected to the linear voltage regulator ; - a UHF branch comprising a UHF rectifier and a shunt voltage regulator , wherein the UHF rectifier comprises a charge pump and is configured to be connected to a UHF antenna and wherein the UHF rectifier is connected to the shunt voltage regulator ; wherein the HF branch and the UHF branch operates independently from each other; and a supply line , wherein the supply line of the power supply is connected to both said HF branch and said UHF branch ; wherein the linear voltage regulator is arranged between the HF rectifier and the supply line ; and the shunt voltage regulator is arranged between the UHF rectifier and the supply line . - an HF branch comprising an HF rectifier and a linear voltage regulator , wherein the linear voltage regulator is a series linear voltage regulator, wherein the HF rectifier is configured to be connected to a resonance circuit formed by a HF antenna-coil and a resonance capacitor and wherein the HF rectifier is connected to the linear voltage regulator ; - a UHF branch comprising a UHF rectifier and a shunt voltage regulator , wherein the UHF rectifier comprises a charge pump and is configured to be connected to a UHF antenna and wherein the UHF rectifier is connected to the shunt voltage regulator ; wherein the HF branch and the UHF branch operates independently from each other; and a supply line , wherein the supply line of the power supply is connected to both said HF branch and said UHF branch ; wherein the linear voltage regulator is arranged between the HF rectifier and the supply line ; and the shunt voltage regulator is arranged between the UHF rectifier and the supply line .
Differential circuit breaker comprising a differential protective compartment and a linking part mounted inside the differential protective compartment, said differential circuit breaker furthermore comprising a test circuit able to test correct operation of the differential protective compartment, said test circuit including a first on/off switch able to be opened and/or closed via a press on a test button , and the differential circuit breaker furthermore comprising switching compartments containing a mechanism for opening and closing at least one electrical contact between an upstream electrical line and a downstream electrical line, characterized in that the linking part on the one hand protrudes from either side of the differential protective compartment and penetrates into said switching compartments, which are located on either side of the differential protective compartment, and on the other hand allows the switching compartments to be joined mechanically to one another by virtue of lateral pins and is able to actuate opening of the contact of the switching compartments on a differential fault via its lateral pins and in that said test circuit furthermore includes a second on/off switch able to opened by said linking part when the contact of the switching compartments is opened and/or when the differential protective compartment detects a fault.
An optical metrology system (200; 400; 1800; 2600) for measuring imperfections in a multi-focal volumetric light field generated by a display, the optical metrology system comprising: a display (208; 1802; 2500) configured to project a target light field comprising a virtual object having an intended focus position; a camera (1806; 2208) configured to obtain images of the target light field; a hardware processor (224; 228; 450; 1808; 2510; 2610) programmed with executable instructions to: access one or more images corresponding to a portion of the light field; analyze the one or more images to identify a measured focus position corresponding to a position at which the virtual object is in focus; and determine imperfections in the light field based at least in part on a comparison of the measured focus position and the intended focus position. a display (208; 1802; 2500) configured to project a target light field comprising a virtual object having an intended focus position; a camera (1806; 2208) configured to obtain images of the target light field; a hardware processor (224; 228; 450; 1808; 2510; 2610) programmed with executable instructions to: access one or more images corresponding to a portion of the light field; analyze the one or more images to identify a measured focus position corresponding to a position at which the virtual object is in focus; and determine imperfections in the light field based at least in part on a comparison of the measured focus position and the intended focus position. access one or more images corresponding to a portion of the light field; analyze the one or more images to identify a measured focus position corresponding to a position at which the virtual object is in focus; and determine imperfections in the light field based at least in part on a comparison of the measured focus position and the intended focus position.
A rotor for a centrifuge, comprising: a rotor body defining a plurality of first receptacles spaced circumferentially about an axis of rotation of the rotor body , a plurality of adapters each configured to receive a processing container and to engage a respective first receptacle so that each adapter is held in place within the rotor by the respective first receptacle , characterized by : a rotor liner including a plurality of second receptacles placed circumferentially about the axis of rotation of the rotor body , each second receptacle being configured to be received by a respective one of the first receptacles . a rotor body defining a plurality of first receptacles spaced circumferentially about an axis of rotation of the rotor body , a plurality of adapters each configured to receive a processing container and to engage a respective first receptacle so that each adapter is held in place within the rotor by the respective first receptacle , characterized by : a rotor liner including a plurality of second receptacles placed circumferentially about the axis of rotation of the rotor body , each second receptacle being configured to be received by a respective one of the first receptacles .
A film which is suitable for a film capacitor and comprises, as a film-forming resin (A), a tetrafluoroethylene (TFE) resin (a1) that includes vinylidene fluoride (VdF) units, TFE units, and ethylenically unsaturated monomeric units, wherein the TFE resin (a1) includes (i) 55.0-90.0 mol% of TFE units, 9.2-44.2 mol% of VdF units, and 0.1-0.8 mol% of ethylenically unsaturated monomeric units of the formula : CF 2 =CF-ORf 1 wherein Rf 1 is C 1-3 -alkyl or C 1-3 -fluoroalkyl; or (ii) 55.0-90.0 mol% of TFE units; 5.0-44.8 mol% of VdF units; 0.1-0.8 mol% of the ethylenically unsaturated monomeric unit of the above formula ; and 0.1-10.0 mol% of ethylenically unsaturated monomeric units of the formula : CX 1 X 2 =CX 3 (CF 2 ) n X 4 wherein X 1 -X 4 each independently are H, F, or Cl; and n is an integer of 0-8, provided that compounds of the formula are neither TFE nor VdF; or (iii) 55.0-80.0 mol% of TFE units, 19.5-44.9 mol% of VdF units, and 0.1-0.6 mol% of ethylenically unsaturated monomeric units that is at least one of CH 2 =CH-C 4 F 9 , CH 2 =CH-C 6 F 13 , and CH 2 =CF-C 3 F 6 H. (i) 55.0-90.0 mol% of TFE units, 9.2-44.2 mol% of VdF units, and 0.1-0.8 mol% of ethylenically unsaturated monomeric units of the formula : CF 2 =CF-ORf 1 wherein Rf 1 is C 1-3 -alkyl or C 1-3 -fluoroalkyl; or (ii) 55.0-90.0 mol% of TFE units; 5.0-44.8 mol% of VdF units; 0.1-0.8 mol% of the ethylenically unsaturated monomeric unit of the above formula ; and 0.1-10.0 mol% of ethylenically unsaturated monomeric units of the formula : CX 1 X 2 =CX 3 (CF 2 ) n X 4 wherein X 1 -X 4 each independently are H, F, or Cl; and n is an integer of 0-8, provided that compounds of the formula are neither TFE nor VdF; or (iii) 55.0-80.0 mol% of TFE units, 19.5-44.9 mol% of VdF units, and 0.1-0.6 mol% of ethylenically unsaturated monomeric units that is at least one of CH 2 =CH-C 4 F 9 , CH 2 =CH-C 6 F 13 , and CH 2 =CF-C 3 F 6 H.
Agricultural distribution machine having: a distributor boom , a chassis which is supported on the ground, is able to be set in motion in a forward direction and to which the distributor boom is fastened, wherein the distributor boom has a width measured transversely to the forward direction, said width being a multiple of the transport width of the distribution machine , and an electronic controller , which is operable to actuate an actuator, influencing the advancing speed (v) and/or direction of travel of the chassis and/or of the distributor boom , in order to reduce a vibration, directed in the forward direction, of the distributor boom , characterized in that the controller is set up to actuate the actuator in reaction to a sensed or expected vibration of the distributor boom in such a way that, as a result of the resultant change in speed (Δv 2 ) and/or change in direction of travel of the chassis and/or distributor boom , a vibration of opposite phase to the sensed or expected vibration of the distributor boom is induced in the distributor boom , this causing the vibration of the distributor boom to be reduced or eliminated. a distributor boom , a chassis which is supported on the ground, is able to be set in motion in a forward direction and to which the distributor boom is fastened, wherein the distributor boom has a width measured transversely to the forward direction, said width being a multiple of the transport width of the distribution machine , and an electronic controller , which is operable to actuate an actuator, influencing the advancing speed (v) and/or direction of travel of the chassis and/or of the distributor boom , in order to reduce a vibration, directed in the forward direction, of the distributor boom , characterized in that the controller is set up to actuate the actuator in reaction to a sensed or expected vibration of the distributor boom in such a way that, as a result of the resultant change in speed (Δv 2 ) and/or change in direction of travel of the chassis and/or distributor boom , a vibration of opposite phase to the sensed or expected vibration of the distributor boom is induced in the distributor boom , this causing the vibration of the distributor boom to be reduced or eliminated.
Openable superstructure for a substructure , such as a truck, trailer, semitrailer, railway wagon, dumper truck, or container, comprising a folding-top framework to which, for example, a tarpaulin made of weather-resistant material or a plurality of hingedly couplable wall elements can be connected, wherein the folding-top framework has a plurality of carriages which are displaceable along at least one guide , wherein the guide comprises a longitudinal beam member along which the carriages are displaceable, characterized in that the longitudinal beam member is adjustably arranged at least in sections in a direction (y) transverse to the displacement direction (x) of the carriages . a folding-top framework to which, for example, a tarpaulin made of weather-resistant material or a plurality of hingedly couplable wall elements can be connected, wherein the folding-top framework has a plurality of carriages which are displaceable along at least one guide , wherein the guide comprises a longitudinal beam member along which the carriages are displaceable, characterized in that the longitudinal beam member is adjustably arranged at least in sections in a direction (y) transverse to the displacement direction (x) of the carriages .
Hob device, in particular induction hob device, having a hob plate (12j-k), at least one display unit (14j-k) wherein the at least one display unit (14j-k) is arranged in at least one edge region (16j-k) of the hob plate (12j-k) when viewed from above, a control unit (40j-k) and a supply unit for supplying the display unit (14j-k) with electrical energy, wherein the control unit (40j-k) is provided for operating the supply unit, characterised in that the hob device has a carrier unit (18j-k) and a connection line (42j-k), wherein the carrier unit (18j-k), in an installed position, carries the at least one display unit (14j-k), the at least one display unit (14j-k) is provided, in at least one operating state, to emit light in a direction facing away from the working side (20j-k) of the hob plate (12j-k), the hob device furthermore has hob frame (22j-k) which at least partially surrounds the hob plate (12j-k), wherein a frame top side of a hob frame (22j-k) is arranged so as to be essentially flush with the working side (20j-k), and wherein, in the assembled state, the display unit (14j-k) is aligned obliquely relative to the working side (20j-k) of the hob plate (12j-k), such that light emitted by the display unit strikes a projection of the hob frame , wherein the projection of the hob frame has a reflective surface, or such that light emitted by the display unit strikes a kitchen worktop .