mhurhangee/ep-ind-claims huggingface dataset:
A motorcycle comprising: an engine with a variable valve timing device; and an oil control valve unit configured to control a hydraulic pressure to the variable valve timing device of the engine; wherein the engine is provided with a transmission, wherein a heat exchanger is mounted in front of the engine in a front and rear direction of the motorcycle, wherein the oil control valve unit is mounted at a right or left side of the engine, and wherein a transmission cover configured to cover the transmission from a right or left side bulges from a right or left side surface of the engine and the oil control valve unit is mounted above the transmission cover in a vertical direction of the motorcycle, characterized in that the oil control valve unit overlaps the transmission cover, as seen from a front and rear direction of the motorcycle. an engine with a variable valve timing device; and an oil control valve unit configured to control a hydraulic pressure to the variable valve timing device of the engine; wherein the engine is provided with a transmission, wherein a heat exchanger is mounted in front of the engine in a front and rear direction of the motorcycle, wherein the oil control valve unit is mounted at a right or left side of the engine, and wherein a transmission cover configured to cover the transmission from a right or left side bulges from a right or left side surface of the engine and the oil control valve unit is mounted above the transmission cover in a vertical direction of the motorcycle, characterized in that the oil control valve unit overlaps the transmission cover, as seen from a front and rear direction of the motorcycle.
Method for producing a non-woven fabric, in which method a non-woven is formed in a former and the non-woven-fabric material web created therefrom is subsequently bonded, wherein the non-woven in the former is at least in part formed according to a wet method; the non-woven-fabric material web created from the non-woven is bonded by means of at least one bonding installation operating according to the water-jet bonding method; at least part of the process water that arises in the forming of the non-woven according to the wet method is combined with at least part of the process water that arises in the water-jet bonding; fibres recovered from the process water resulting therefrom are re-fed to the production process; and the remaining resulting process water is at least in part re-used for the water-jet bonding.
Vehicle seat comprising at least one main component (12, 14, 16) and/or at least one sub-component (12C, 14C) of the main component (12, 14, 16) and at least one pneumatic adjustment element (200, 200') for adjusting at least one of the components (12, 14, 16; 12C, 14C), wherein the vehicle seat has at least one air-tight hollow body (200.B) filled with a fluid, and has at least one pressure element (200.0) which is arranged along a surface line of the envelope of the hollow body (200.B) and which has at least one tension element (200.Z) that is connected to the tension element (200.Z) for the force-fitting fastening of the pressure element (200.0) to the at least one tension element (200.Z) at at least two nodes, wherein the at least one tension element (200.Z) spans around the hollow body (200.B) in such a way that volume changes of the at least one hollow body (200.B) act at least on the at least one tension element (200.Z), wherein the at least one adjustment element (200, 200') is/are arranged so as to be integrated in at least one cavity of at least one main component (12, 14, 16) of the vehicle seat and/or at least one sub-component (12C, 14C) of the main component (12, 14, 16) of the vehicle seat, wherein the at least one main component (12, 14, 16) and/or the at least one sub-component (12C, 14C) can be adjusted from an initial position into an adjustment position (') by compressing the fluid in the at least one hollow body (200.B) starting from an initial state with simultaneous volume increase of the at least one hollow body (200.B) into the adjustment state, as a result of which the pressure element (200.0) assumes, in the adjustment position ('), a geometric shape that is changed with respect to the initial position and that is transferred to the at least one main component (12, 14, 16) and/or the at least one sub-component (12C, 14C).
Method for assembling an aircraft pylon comprising a primary structure comprising upper and lower spars (52, 54) and first and second lateral panels (60, 62), a secondary structure capping the primary structure, at least one internal system positioned at least partially inside the primary structure and at least one external system positioned between the primary structure and the secondary structure, the assembly method comprising: - a first step of assembling a subassembly comprising at least one of the upper and lower spars (52, 54) and at least one of the first and second lateral panels (60, 62), - a step of mounting an internal systems module comprising at least one internal system and at least one support to which the internal system is connected, said at least one or each support being distinct from the primary structure, said at least one or each support comprising first and second parts (74, 76) that meet at a junction plane, each of the first and second parts (74, 76) of the support comprising a plate and a bracket positioned at a first side of the plate, - a second step of assembling the internal systems module and the subassembly assembled in the first assembly step, and during the second assembly step, each support for the internal systems module being connected to at least one upper or lower spar (52, 54), and/or at least one first or second lateral panel (60, 62) of the subassembly assembled in the first assembly step, the bracket of each first and second parts (74, 76) of the support being connected to the first or second panel (60, 62), - a third step of assembling those element(s) of the primary structure not assembled in the first assembly step, - a step of installing and securing the external systems and the secondary structure. - a first step of assembling a subassembly comprising at least one of the upper and lower spars (52, 54) and at least one of the first and second lateral panels (60, 62), - a step of mounting an internal systems module comprising at least one internal system and at least one support to which the internal system is connected, said at least one or each support being distinct from the primary structure, said at least one or each support comprising first and second parts (74, 76) that meet at a junction plane, each of the first and second parts (74, 76) of the support comprising a plate and a bracket positioned at a first side of the plate, - a second step of assembling the internal systems module and the subassembly assembled in the first assembly step, and during the second assembly step, each support for the internal systems module being connected to at least one upper or lower spar (52, 54), and/or at least one first or second lateral panel (60, 62) of the subassembly assembled in the first assembly step, the bracket of each first and second parts (74, 76) of the support being connected to the first or second panel (60, 62), - a third step of assembling those element(s) of the primary structure not assembled in the first assembly step, - a step of installing and securing the external systems and the secondary structure.
A method comprising: during a first time interval, transmitting a signal comprising: traffic of a first type in a first time-frequency region during the first time interval with a first cyclic prefix type; traffic of a second type in a second time-frequency region during the first time interval with a second cyclic prefix type, wherein the traffic of the first type is sent in a downlink portion of a first self-contained sub-frame structure comprising a downlink portion, a guard period and an uplink portion; wherein the traffic of the second type is sent in a downlink portion of a second self-contained sub-frame structure comprising a downlink portion, a guard period and an uplink portion; wherein the sub-frame structures have at least partially aligned guard periods such that the uplink portion of one sub-frame structure does not overlap in time with the downlink portion of the other sub-frame structure and vice versa, wherein the second cyclic prefix type is different from the first cyclic prefix type, and wherein each cyclic prefix type is one of normal cyclic prefix, NCP, and extended cyclic prefix, ECP. traffic of a first type in a first time-frequency region during the first time interval with a first cyclic prefix type; traffic of a second type in a second time-frequency region during the first time interval with a second cyclic prefix type, wherein the traffic of the first type is sent in a downlink portion of a first self-contained sub-frame structure comprising a downlink portion, a guard period and an uplink portion; wherein the traffic of the second type is sent in a downlink portion of a second self-contained sub-frame structure comprising a downlink portion, a guard period and an uplink portion; wherein the sub-frame structures have at least partially aligned guard periods such that the uplink portion of one sub-frame structure does not overlap in time with the downlink portion of the other sub-frame structure and vice versa, wherein the second cyclic prefix type is different from the first cyclic prefix type, and wherein each cyclic prefix type is one of normal cyclic prefix, NCP, and extended cyclic prefix, ECP.
Method for preparing a bakery food product that is gluten-free and has a reduced content of digestible carbohydrates, said content of digestible carbohydrates being less than 1% by weight, said method comprising the following steps: - Whipping a pasteurized egg albumen until stiff, so as to obtain a first composition consisting of said whipped pasteurized egg albumen; - Leaving said first composition to rest; - Adding at least one leavening agent to said first composition; - Mixing a pasteurized egg yolk with a pea protein isolate having a reduced content of digestible carbohydrates, wherein 50 g of said pea protein isolate contain from 0 g to 0.5 g of digestible carbohydrates, a spreadable fresh cheese and a xanthan gum, said spreadable fresh cheese being lactose-free and having a reduced fat content, so as to obtain a second composition; - Leaving said second composition to rest; - Adding at least one flavouring agent to said second composition and further mixing said second composition; - Mixing said first composition with said second composition, so as to obtain a mixture; - Baking said mixture, so as to obtain said bakery food product. - Whipping a pasteurized egg albumen until stiff, so as to obtain a first composition consisting of said whipped pasteurized egg albumen; - Leaving said first composition to rest; - Adding at least one leavening agent to said first composition; - Mixing a pasteurized egg yolk with a pea protein isolate having a reduced content of digestible carbohydrates, wherein 50 g of said pea protein isolate contain from 0 g to 0.5 g of digestible carbohydrates, a spreadable fresh cheese and a xanthan gum, said spreadable fresh cheese being lactose-free and having a reduced fat content, so as to obtain a second composition; - Leaving said second composition to rest; - Adding at least one flavouring agent to said second composition and further mixing said second composition; - Mixing said first composition with said second composition, so as to obtain a mixture; - Baking said mixture, so as to obtain said bakery food product.
Method for operating a mobile hot air generator, in which solid fuel is burned in a combustion chamber and a cooling air blower forces ambient air through an inlet opening of an outer housing of the hot air generator into the housing interior and back out of the outer housing through an outlet opening and in this way generates an overpressure inside the outer housing, characterized in that the cooling air blower is stopped, and a flap (36, 54) of a ventilation unit with a heat shield opening in the outer housing moves to its open position by its inherent potential energy, the cooling air blower is switched on and builds up the overpressure in the outer housing, by which air escapes outwards through the heat shield opening, and the flap, when a limit value of the overpressure is reached, is brought to its closed position by the air stream flowing outwards through the heat shield opening.
Method of manufacturing a contactor body having contact tips configured for temporarily contacting respective contact areas of a semiconductor device, the method of manufacturing the contactor body comprising the steps of: stacking stocking a plurality of semifinished contactor elements to form a stack comprising placing the plurality of semifinished contactor elements in a base body of the contactor body, each of the semifinished contactor elements being formed of an electrically conductive material and formed from a sheet element; and after the step of stacking, finishing the stack by simultaneously shaping the plurality of semifinished contactor elements in the stack to form portions of respective shaped contactor elements having the respective contact tips of the contactor body. stacking stocking a plurality of semifinished contactor elements to form a stack comprising placing the plurality of semifinished contactor elements in a base body of the contactor body, each of the semifinished contactor elements being formed of an electrically conductive material and formed from a sheet element; and after the step of stacking, finishing the stack by simultaneously shaping the plurality of semifinished contactor elements in the stack to form portions of respective shaped contactor elements having the respective contact tips of the contactor body.
A fingerprint entry prompting method, comprising: receiving (101, 201, 301) an i th fingerprint image entered, when collecting a fingerprint template to be generated by combining N fingerprint images entered in sequence, where N≥i≥2, and N and i are integers; acquiring (102, 202, 302) an overlap region between the i th fingerprint image entered and a determined template image, wherein the determined template image is an image generated by combining previous i-1 fingerprint images entered; determining (204, 304) a relative direction, wherein the relative direction is a direction from a second center to a first center, the first center is the geometric center of the i th fingerprint image entered, and the second center is the geometric center of the overlap region in the i th fingerprint image entered; and presenting (103, 207, 309) a first prompting message when the overlap region satisfies a prompting condition, wherein the first prompting message is used for instructing to move a finger towards a specified direction and re-enter an i th fingerprint image, and wherein the prompting condition comprises that the area of the overlap region is outside a specified area range, and wherein the specified direction is determined (205, 305) as the relative direction when the area of the overlap region is greater than a maximum value in the specified area range, and is determined (206, 306) as an opposite direction of the relative direction when the area of the overlap region is less than a minimum value in the specified area range. receiving (101, 201, 301) an i th fingerprint image entered, when collecting a fingerprint template to be generated by combining N fingerprint images entered in sequence, where N≥i≥2, and N and i are integers; acquiring (102, 202, 302) an overlap region between the i th fingerprint image entered and a determined template image, wherein the determined template image is an image generated by combining previous i-1 fingerprint images entered; determining (204, 304) a relative direction, wherein the relative direction is a direction from a second center to a first center, the first center is the geometric center of the i th fingerprint image entered, and the second center is the geometric center of the overlap region in the i th fingerprint image entered; and presenting (103, 207, 309) a first prompting message when the overlap region satisfies a prompting condition, wherein the first prompting message is used for instructing to move a finger towards a specified direction and re-enter an i th fingerprint image, and wherein the prompting condition comprises that the area of the overlap region is outside a specified area range, and wherein the specified direction is determined (205, 305) as the relative direction when the area of the overlap region is greater than a maximum value in the specified area range, and is determined (206, 306) as an opposite direction of the relative direction when the area of the overlap region is less than a minimum value in the specified area range.
Method for communication between a portable device comprising a touch-sensitive surface and a peripheral device selected from among at least one peripheral device, comprising: a preliminary calibration phase comprising the steps, for each peripheral device, of: - detecting the said peripheral device; - acquiring a position (Pk) of the said peripheral device; - requesting to position the portable device in a calibration position (Tk); - requesting to carry out a calibration slide with the finger or with the any object, on the touch-sensitive surface of the portable device, in such a way that a direction of the calibration slide (Dk) aims at the said peripheral device; - acquiring and saving a calibration slide angle (θk) between the reference direction and the direction of the calibration slide, as well as the calibration position, the method for communication comprising moreover the steps of: - determining a current position (T') of the portable device, and a current orientation of the portable device relative to a reference direction; - determining a direction of a selection slide (D') on the touch-sensitive surface of the portable device, carried out by an individual's finger or by any object, the direction of the selection slide being relative to the reference direction; - defining, from among the at least one peripheral device, using the calibration slide angles, the calibration positions, the present position (T'), as well as the direction of the selection slide (D'), the selected peripheral device whose position (Pk) corresponds to the direction of the selection slide; - starting a communication between the portable device and the selected peripheral device. - detecting the said peripheral device; - acquiring a position (Pk) of the said peripheral device; - requesting to position the portable device in a calibration position (Tk); - requesting to carry out a calibration slide with the finger or with the any object, on the touch-sensitive surface of the portable device, in such a way that a direction of the calibration slide (Dk) aims at the said peripheral device; - acquiring and saving a calibration slide angle (θk) between the reference direction and the direction of the calibration slide, as well as the calibration position, the method for communication comprising moreover the steps of: - determining a current position (T') of the portable device, and a current orientation of the portable device relative to a reference direction; - determining a direction of a selection slide (D') on the touch-sensitive surface of the portable device, carried out by an individual's finger or by any object, the direction of the selection slide being relative to the reference direction; - defining, from among the at least one peripheral device, using the calibration slide angles, the calibration positions, the present position (T'), as well as the direction of the selection slide (D'), the selected peripheral device whose position (Pk) corresponds to the direction of the selection slide; - starting a communication between the portable device and the selected peripheral device.
A computer-implemented method, comprising: receiving information expressing a user's interest in a media program; determining that the media program is new; identifying a series associated with the media program; identifying, using the series identification, recommended series as being something in which the user would be interested in given the user's interest in the media program wherein the recommended series are other series having common genres, plot descriptions or actors; ranking the recommended series according to a degree of commonality with the media program and a popularity measure of the other series; searching for episodes of the recommended series that will be airing in the near future; and returning information about the episodes to the user. receiving information expressing a user's interest in a media program; determining that the media program is new; identifying a series associated with the media program; identifying, using the series identification, recommended series as being something in which the user would be interested in given the user's interest in the media program wherein the recommended series are other series having common genres, plot descriptions or actors; ranking the recommended series according to a degree of commonality with the media program and a popularity measure of the other series; searching for episodes of the recommended series that will be airing in the near future; and returning information about the episodes to the user.
A method for increasing the ratio of dopaminergic neuron progenitor cells relative to the ratios of other types of cells, said method comprising: extracting dopaminergic neuron progenitor cells from a cell population comprising dopaminergic neuron progenitor cells by using as an index the positivity of Lrtml; wherein said method is not a method for treatment of the human or animal body by surgery or therapy. extracting dopaminergic neuron progenitor cells from a cell population comprising dopaminergic neuron progenitor cells by using as an index the positivity of Lrtml; wherein said method is not a method for treatment of the human or animal body by surgery or therapy.
A shift selector mechanism for motor vehicle transmissions, comprising: - a first part; - a second part movable relative to the first part; - a spring member acting upon the second part such that the second part is biased onto a contoured surface; and - a damper element for absorbing impacts to the first part, the damper element being a part of or being attached to the second part and such that relative movement of the second part to the first part causes relative movement of the damper element to the first part without contacting the first part, wherein the second part is a plunger arranged to at least partially slide within the first part and wherein the first part is a shift lever, characterized in that the second part is provided with a number of folding flanges adapted for surrounding the damper element to retain it in position, whereby in use the damper element remains trapped between the second part and the folding flanges preventing the damper element from directly contacting the shift lever. - a first part; - a second part movable relative to the first part; - a spring member acting upon the second part such that the second part is biased onto a contoured surface; and - a damper element for absorbing impacts to the first part, the damper element being a part of or being attached to the second part and such that relative movement of the second part to the first part causes relative movement of the damper element to the first part without contacting the first part,