mhurhangee/ep-ind-claims huggingface dataset:
Stacking method for stacking wave winding wires (10, 10a-10f) to form a winding mat for a coil winding of a stator, said stacking method comprising the steps of: providing at least one magazine (14, 14a, 14b) containing a plurality of similar wave winding wires in a receiving space, wherein the magazine (14, 14a, 14b) is designed as a drop magazine such that the receiving space extends, with at least one directional component, in a vertical direction through the magazine (14, 14a, 14b), wherein the contour of the receiving space is adapted to the received wave winding wires, so that the wave winding wires are positioned at a plurality of guide devices at different locations of the boundary of the receiving space and are guided through the receiving space without changing their geometry, positioning a workpiece carrier which is provided with a retaining structure for a winding mat formed of a plurality of stacked wave winding wires (10, 10a-10f) in a first transfer position below the at least one magazine (14, 14a, 14b) and depositing a wave winding wire from the at least one magazine (14, 14a, 14b) at a first position (21.1) on the workpiece carrier, positioning the workpiece carrier in a second transfer position offset relative to the first transfer position below the at least one magazine (14, 14a, 14b), and depositing a further wave winding wire from the at least one magazine (14, 14a, 14b) at a position (21.2, 21.2, 21.3) offset relative to the first position (21.1) on the workpiece carrier. providing at least one magazine (14, 14a, 14b) containing a plurality of similar wave winding wires in a receiving space, wherein the magazine (14, 14a, 14b) is designed as a drop magazine such that the receiving space extends, with at least one directional component, in a vertical direction through the magazine (14, 14a, 14b), wherein the contour of the receiving space is adapted to the received wave winding wires, so that the wave winding wires are positioned at a plurality of guide devices at different locations of the boundary of the receiving space and are guided through the receiving space without changing their geometry, positioning a workpiece carrier which is provided with a retaining structure for a winding mat formed of a plurality of stacked wave winding wires (10, 10a-10f) in a first transfer position below the at least one magazine (14, 14a, 14b) and depositing a wave winding wire from the at least one magazine (14, 14a, 14b) at a first position (21.1) on the workpiece carrier, positioning the workpiece carrier in a second transfer position offset relative to the first transfer position below the at least one magazine (14, 14a, 14b), and depositing a further wave winding wire from the at least one magazine (14, 14a, 14b) at a position (21.2, 21.2, 21.3) offset relative to the first position (21.1) on the workpiece carrier.
Sensor element for temperature measurement, having - a ceramic carrier, - at least one NTC film, wherein the carrier is printed with the NTC film, wherein the NTC film covers at least part of a surface of the carrier, wherein the NTC film has a recess, and wherein the recess is provided to adjust the resistance of the NTC film, wherein the sensor element is configured for wireless contacting, wherein the sensor element is configured to be adhesively bonded, soldered or sintered to a conductor track, and wherein the sensor element is an NTC thick-film sensor. - a ceramic carrier, - at least one NTC film, wherein the carrier is printed with the NTC film, wherein the NTC film covers at least part of a surface of the carrier, wherein the NTC film has a recess, and wherein the recess is provided to adjust the resistance of the NTC film, wherein the sensor element is configured for wireless contacting, wherein the sensor element is configured to be adhesively bonded, soldered or sintered to a conductor track, and wherein the sensor element is an NTC thick-film sensor.
A process of producing a ceramic matrix composite component having a blade tip, the process comprising: positioning core wrap plies on a mandrel; surrounding the core wrap plies with blade plies; at least partially rigidizing the core wrap plies and blade plies to form a preform ceramic matrix composite arrangement defining a tip cavity and a hollow region, wherein the at least partially rigidized preform ceramic matrix composite arrangement includes at least partially rigidized preform ceramic matrix composite plies, and wherein the at least partially rigidized preform ceramic matrix composite plies include both the core wrap plies and the blade plies; applying ceramic matrix composite tip plies on the preform ceramic matrix composite arrangement to substantially fill the cavity and form the tip region within the tip cavity; and densifying the ceramic matrix composite tip plies to form the tip region of the composite component. positioning core wrap plies on a mandrel; surrounding the core wrap plies with blade plies; at least partially rigidizing the core wrap plies and blade plies to form a preform ceramic matrix composite arrangement defining a tip cavity and a hollow region, wherein the at least partially rigidized preform ceramic matrix composite arrangement includes at least partially rigidized preform ceramic matrix composite plies, and wherein the at least partially rigidized preform ceramic matrix composite plies include both the core wrap plies and the blade plies; applying ceramic matrix composite tip plies on the preform ceramic matrix composite arrangement to substantially fill the cavity and form the tip region within the tip cavity; and densifying the ceramic matrix composite tip plies to form the tip region of the composite component.
A chair comprising: a base frame; a seat assembly pivotally mounted to the base; and a footrest assembly pivotally mounted to the base frame, the footrest assembly being associated with the seat assembly so as to pivot in unison with the seat assembly until the seat assembly is pivoted forward to an extent at which the footrest assembly contacts the floor or ground, at which point the footrest assembly does not pivot further upon further forward pivoting of the seat assembly. a base frame; a seat assembly pivotally mounted to the base; and a footrest assembly pivotally mounted to the base frame, the footrest assembly being associated with the seat assembly so as to pivot in unison with the seat assembly until the seat assembly is pivoted forward to an extent at which the footrest assembly contacts the floor or ground, at which point the footrest assembly does not pivot further upon further forward pivoting of the seat assembly.
Gas turbine comprising a combustion system with several burners arranged in an annular array, a conduit system with a fuel manifold for providing the burners arranged in the annular array with liquid fuel and a system for aerating the liquid fuel with shop air, said system for aerating the liquid fuel with shop air comprising - a fuel feed feeding the liquid fuel, - a flow body with a feed providing said flow body with shop air under pressure higher than a pressure of said liquid fuel, - said flow body is a perforated bluff body formed as a ball,comprising a surface with several outlet openings for aerating said liquid fuel with said shop air, - said perforated bluff body arranged in said fuel feed circulated around by said liquid fuel while flowing in said fuel feed, - said fuel feed is extended in the range of said perforated bluff body to assure an advantageous circulation of the liquid fuel arround said bluff body, - said system for aerating the liquid fuel with shop air is located upstream to said fuel manifold. - a fuel feed feeding the liquid fuel, - a flow body with a feed providing said flow body with shop air under pressure higher than a pressure of said liquid fuel, - said flow body is a perforated bluff body formed as a ball,comprising a surface with several outlet openings for aerating said liquid fuel with said shop air, - said perforated bluff body arranged in said fuel feed circulated around by said liquid fuel while flowing in said fuel feed, - said fuel feed is extended in the range of said perforated bluff body to assure an advantageous circulation of the liquid fuel arround said bluff body, - said system for aerating the liquid fuel with shop air is located upstream to said fuel manifold.
Polymer particles comprising a terminally branched copolymer represented by the following general formula and having a number average molecular weight of not more than 2.5 x 10 4, wherein, in the formula, A represents a polyolefin chain; R 1 and R 2 each represent a hydrogen atom or an alkyl group having 1 to 18 carbon atoms, and at least one of R 1 and R 2 is a hydrogen atom; and X 1 and X 2 may be the same or different, and each represent a linear or branched polyalkylene glycol group, or the following general formula or, [Chemical Formula 2] -E-X 3 wherein, in the formula, E represents an oxygen atom or a sulfur atom; and X 3 represents a polyalkylene glycol group or a group represented by the following general formula, [Chemical Formula 3] -R 3 - m wherein, in the formula, R 3 represents an (m+1)-valent hydrocarbon group; G may be the same or different, and represents a group represented by -OX 4 or -NX 5 X 6 (X 4 to X 6 each represent a polyalkylene glycol group); and m is the bonding number of R 3 and G, and represents an integer of 1 to 10, wherein, in the formula, X 7 and X 8 may be the same or different, and each represent a polyalkylene glycol group or a group represented by the above-described general formula, wherein, in the polymer particles, the melting point of the polyolefin chain portion of the terminally branched copolymer is not less than 80 degrees centigrade, and wherein an average particle size of 50% by volume is from not less than 1nm and not more than 100 nm.
A cosmetic agent for temporarily shaping keratin fibres, in particular human hair, containing, in a cosmetic carrier in the form of a disperse system, at least one propylene-oxide-modified starch that has an average molecular mass (weight average) of from 700 to 1000 kDa, wherein said agent contains the propylene-oxide-modified starch in an amount of from 2 wt.% to 10 wt.%, based on the weight of the agent.
A controller for an internal combustion engine, the controller comprising: a start-time target engine speed setting section that, when detecting a starting operation of a vehicle, sets a start-time target engine speed of an internal combustion engine on the basis of a basic start-time target engine speed corresponding to an accelerator operation amount by a driver in a period until a vehicle speed reaches a specified cancellation threshold value; an idle rotation control torque calculation section that sets idle rotation control torque of the internal combustion engine on the basis of the higher of a target idle engine speed and the start-time target engine speed of the internal combustion engine; a driver request torque calculation section that sets driver request torque of the internal combustion engine on the basis of basic driver request torque corresponding to the accelerator operation amount by the driver such that a change speed does not exceed a specified threshold value; a target torque calculation section that adds the idle rotation control torque to the driver request torque and sets target torque with specified upper limit torque as an upper limit; and an engine control section that controls the internal combustion engine on the basis of the target torque, wherein in the case where a sum (T2 + T1) of the idle rotation control torque and the basic driver request torque exceeds the upper limit torque, the idle rotation control torque calculation section sets the idle rotation control torque, from which at least differential torque between the sum (T2 + T1) and the upper limit torque is subtracted. a start-time target engine speed setting section that, when detecting a starting operation of a vehicle, sets a start-time target engine speed of an internal combustion engine on the basis of a basic start-time target engine speed corresponding to an accelerator operation amount by a driver in a period until a vehicle speed reaches a specified cancellation threshold value; an idle rotation control torque calculation section that sets idle rotation control torque of the internal combustion engine on the basis of the higher of a target idle engine speed and the start-time target engine speed of the internal combustion engine; a driver request torque calculation section that sets driver request torque of the internal combustion engine on the basis of basic driver request torque corresponding to the accelerator operation amount by the driver such that a change speed does not exceed a specified threshold value; a target torque calculation section that adds the idle rotation control torque to the driver request torque and sets target torque with specified upper limit torque as an upper limit; and an engine control section that controls the internal combustion engine on the basis of the target torque, wherein in the case where a sum (T2 + T1) of the idle rotation control torque and the basic driver request torque exceeds the upper limit torque, the idle rotation control torque calculation section sets the idle rotation control torque, from which at least differential torque between the sum (T2 + T1) and the upper limit torque is subtracted.
A mineral glass having a composition, expressed in percentages by weight of oxides, which essentially consists of: SiO 2 65 - 70 Al 2 O 3 18 - 20.5 Li 2 O 2.5 - 3.8 MgO 0.55 -1.5 ZnO 1.2 - 2.8 BaO 0 - 1.4 SrO 0 - 1.4 with BaO + SrO 0.4 - 1.4 with MgO + BaO + SrO 1.1 - 2.3 Na 2 O 0 - < 1 K 2 O 0 - < 1 with Na 2 O + K 2 O 0 - < 1 with (2.8 Li 2 O + 1.2 ZnO)/5.2 MgO > 1.8 TiO 2 1.8 - 3.5 ZrO 2 0.8 - 2.5 with 2.2 < TiO 2 ZrO 2 < 4.5, advantageously 2.3 < TiO 2 ZrO 2 < 4.5, and, optionally at least one fining agent < 2.
A method of designing at least one fixation feature of an implant for a bone, comprising: - creating a virtual model of the bone (100, 200, 402); - mapping bone property information (101, 102) to the virtual bone, the bone property information derived from image data; - creating a virtual model of the implant (300, 401) including at least one virtual fixation feature (310, 320, 330, 340) characterized by at least one input parameter; - performing a first simulation of an implantation of the virtual implant (300, 401) on the virtual bone (100, 200, 402) with a first value for the at least one input parameter, the first simulation resulting in at least a first value for an output parameter; the method being characterized by - performing a second simulation of the implantation of the virtual implant (300, 401) on the virtual bone (100, 200, 402) with a second value for the at least one input parameter, the second simulation resulting in at least a second value for the output parameter; - deriving a relationship between the values of the input parameter and the values of the output parameter, the derived relationship being a mathematical best fit equation; and - designing the fixation feature of the implant based on the derived relationship. - creating a virtual model of the bone (100, 200, 402); - mapping bone property information (101, 102) to the virtual bone, the bone property information derived from image data; - creating a virtual model of the implant (300, 401) including at least one virtual fixation feature (310, 320, 330, 340) characterized by at least one input parameter; - performing a first simulation of an implantation of the virtual implant (300, 401) on the virtual bone (100, 200, 402) with a first value for the at least one input parameter, the first simulation resulting in at least a first value for an output parameter; the method being characterized by - performing a second simulation of the implantation of the virtual implant (300, 401) on the virtual bone (100, 200, 402) with a second value for the at least one input parameter, the second simulation resulting in at least a second value for the output parameter; - deriving a relationship between the values of the input parameter and the values of the output parameter, the derived relationship being a mathematical best fit equation; and - designing the fixation feature of the implant based on the derived relationship.
A method for burning lime mud into lime in a rotary drum kiln, wherein the lime mud flows counter-currently to flue gases from a feed end to a firing end of the rotary drum kiln, the firing end being provided with a burner, and wherein the fuel gases used in the burner are produced by gasifying fuel in the presence of combustion air in a solid bed or fluidized bed type of gasifier separate from the drum kiln, from which gasifier the fuel gases are led into the burner of the drum kiln, characterized in that at least a portion of the combustion air for the gasification is preheated by heat generated in the drum kiln and introduced into the gasifier from or through the firing end of the drum kiln.
Device for adsorbing a gas from a gas mixture to be treated, having an inlet for gas to be treated and an outlet for treated gas, which device comprises at least two vessels (4a, 4b) filled with a regenerable adsorbent and an adjustable valve system connecting said inlet and outlet to said vessels (4a, 4b), whereby the adjustable valve system is such that at least one vessel will treat compressed gas while the other vessel is regenerated, whereby by control of the valve system the vessels (4a, 4b) each in turn treat compressed gas sequentially, characterized in that the adjustable valve system is assembled in a single valve block; in that the valve block is provided with: - one or more control valves; - a supply channel running from the inlet to the aforementioned control valves; - a blow-off channel leading from the aforementioned control valves to a blow-off opening. - one or more control valves; - a supply channel running from the inlet to the aforementioned control valves; - a blow-off channel leading from the aforementioned control valves to a blow-off opening.
A configurable generic electrical member comprising processor means for performing at least one configured function in order to generate output signals for at least one piece of electrical equipment (20, 53, 72), the member being characterized in that the processor means comprise a fast processor unit and a slow processor unit in which functional blocks (23-33, 36-41) are implemented, which blocks are arranged respectively to perform relatively fast operations and relatively slow operations, in that the functional blocks (23-33, 36-41) are independent and parameterizable, and in that the processor units (4, 7) are configurable to parameterize and interconnect the functional blocks (23-33, 36-41) selectively in such a manner as to perform the configured function.
"A speed bump style lockable storage base unit with ground centre spike and anchors, storing a foldable concertina sheeting, that extends from one end of the base unit to be fully completed, attached to an extendable grip to make a triangular shape water defence apparatus comprising: - A main base unit that is storage for the concertina sheeting and for the sheeting to attach to rails within the base, with the main base unit ensuring full ground flood protection; and - A rubber attachment to cover the base of the main unit to protect against surface water". - A main base unit that is storage for the concertina sheeting and for the sheeting to attach to rails within the base, with the main base unit ensuring full ground flood protection; and - A rubber attachment to cover the base of the main unit to protect against surface water".
A heavy duty pneumatic tire comprising a tread that comes into contact with a road surface, wherein the tread includes at least three land portions (8, 8c, 8m, 8s) extending in a circumferential direction, and a circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb) is present between one land portion (8, 8c, 8m, 8s) and another land portion (8, 8c, 8m, 8s) located adjacent to the one land portion (8, 8c, 8m, 8s), the land portion (8, 8c, 8m, 8s) includes a large number of blocks aligned in the circumferential direction, and a lateral groove (10, 18) is present between one block and another block located adjacent to the one block, the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb) includes a large number of projections projecting from a bottom surface of the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), the projections include first projections and second projections, the second projections have volumes smaller than those of the first projections, the lateral groove (10, 18) is connected to the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), and each first projection is located at a position where the lateral groove (10, 18) is connected to the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), and, in the circumferential direction, an opening of the lateral groove (10, 18) is located between an end of the first projection and another end of the first projection, characterized in that the first projections are taller than the second projections. the tread includes at least three land portions (8, 8c, 8m, 8s) extending in a circumferential direction, and a circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb) is present between one land portion (8, 8c, 8m, 8s) and another land portion (8, 8c, 8m, 8s) located adjacent to the one land portion (8, 8c, 8m, 8s), the land portion (8, 8c, 8m, 8s) includes a large number of blocks aligned in the circumferential direction, and a lateral groove (10, 18) is present between one block and another block located adjacent to the one block, the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb) includes a large number of projections projecting from a bottom surface of the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), the projections include first projections and second projections, the second projections have volumes smaller than those of the first projections, the lateral groove (10, 18) is connected to the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), and each first projection is located at a position where the lateral groove (10, 18) is connected to the circumferential groove (10, 12, 12c, 12ca, 12cb, 12s, 12sa, 12sb), and, in the circumferential direction, an opening of the lateral groove (10, 18) is located between an end of the first projection and another end of the first projection, characterized in that the first projections are taller than the second projections.
Method for at least partially removing iron from an aluminum melt, comprising the steps of: - Producing a thixotropic aluminum melt containing a liquid phase and a solid phase, wherein the thixotropic aluminum melt is produced by cooling a liquid aluminum melt to a target temperature in a controlled manner, and - separating the liquid phase by the effect of a centrifugal force on the thixotropic aluminum melt, wherein the target temperature is in the range of 575 °C to 655 °C. - Producing a thixotropic aluminum melt containing a liquid phase and a solid phase, wherein the thixotropic aluminum melt is produced by cooling a liquid aluminum melt to a target temperature in a controlled manner, and - separating the liquid phase by the effect of a centrifugal force on the thixotropic aluminum melt,