mhurhangee/ep-ind-claims huggingface dataset:
Method for operating an air jet spinning machine, - whereas the air jet spinning machine features at least one spinning position with one spinning nozzle for producing a yarn, - whereas, during the normal operation of the spinning position, a fiber assembly is fed to the spinning nozzle through an inlet and in a predefined transport direction, - whereas the fiber assembly within a vortex chamber of the spinning nozzle receives a twist with the assistance of a vortex air flow, such that a yarn is formed from the fiber assembly, which ultimately leaves the spinning nozzle through an outlet, and is spooled onto a sleeve with the assistance of a spooling device, - whereas, after an interruption in yarn production, a piecing process is carried out, with which a yarn end on the spool side is moved counter to the transport direction through the spinning nozzle, is overlaid with an end of the fiber assembly after passing through the spinning nozzle and, together with this, is brought through the inlet into the spinning nozzle, and - whereas, after the conclusion of the specified steps of the piecing process, the production of yarn is continued through the resumption of normal operation, characterized in that during the piecing process, at least temporarily, additive is applied at the end of the fiber assembly. - whereas the air jet spinning machine features at least one spinning position with one spinning nozzle for producing a yarn, - whereas, during the normal operation of the spinning position, a fiber assembly is fed to the spinning nozzle through an inlet and in a predefined transport direction, - whereas the fiber assembly within a vortex chamber of the spinning nozzle receives a twist with the assistance of a vortex air flow, such that a yarn is formed from the fiber assembly, which ultimately leaves the spinning nozzle through an outlet, and is spooled onto a sleeve with the assistance of a spooling device, - whereas, after an interruption in yarn production, a piecing process is carried out, with which a yarn end on the spool side is moved counter to the transport direction through the spinning nozzle, is overlaid with an end of the fiber assembly after passing through the spinning nozzle and, together with this, is brought through the inlet into the spinning nozzle, and - whereas, after the conclusion of the specified steps of the piecing process, the production of yarn is continued through the resumption of normal operation,
A method for knitting a knitted fabric in which a base knitted fabric portion (1, 1F, 1B) is knitted and a decoration knitting yarn different from a base knitting yarn for knitting the base knitted fabric portion(1, 1F, 1B) is interweaved in the base knitted fabric portion (1, 1F, 1B), using a flat knitting machine including one needle bed and an other needle bed disposed opposite to each other in a front-back direction, and a plurality of yarn feeders (7, 8) that feed knitting yarns (Y7, Y8) to knitting needles (A-Q) of the needle beds (FB, BB), the method being characterized by comprising process α to process ε by which a decoration unit is formed on a front surface of the base knitted fabric portion (1, 1F, 1B), the decoration unit being configured by a lower edge extending in a knitting width direction of the base knitted fabric portion (1, 1F, 1B), a left edge extending in a direction intersecting the knitting width direction from a left end of the lower edge, and a right edge extending in a direction intersecting the knitting width direction from a right end of the lower edge, the process α of temporarily transferring some stitches of the base knitted fabric portion(1, 1F, 1B) held on the one needle bed to the other needle bed and leaving at least a left side starting stitch, which is a starting point for forming the left edge, and a right side starting stitch, which is a starting point for forming the right edge, on the one needle bed (FB, BB) as a preparation for forming the lower edge, the process β of using the decoration knitting yarn to knit a left edge stitch continuing in a wale direction of the left side starting stitch and a right edge stitch continuing in a wale direction of the right side starting stitch, and form a pickup stitch on an empty needle between the left edge stitch and the right edge stitch, the process γ of removing the pickup stitch from the knitting needle, and thereby forming the lower edge configured by the decoration knitting yarn traversing a front side of the stitches temporarily transferred to the other needle bed in the process α between the left edge stitch and the right edge stitch, the process δ of increasing the number of knitting courses of the base knitted fabric portion (1, 1F, 1B) with the left edge stitch and the right edge stitch remained held on the one needle bed, and the process ε of overlapping and fixing the left edge stitch and the right edge stitch with the stitches of the base knitted fabric portion(1, 1F, 1B), and forming the left edge configured by the left edge stitch and the right edge configured by the right edge stitch.
An augmentor section for a gas turbine engine comprising: a fuel manifold system comprising: a first fuel manifold (84, 86, 88); a second fuel manifold (84, 86, 88), wherein the first fuel manifold (84, 86, 88) is at least partially nestable within the second fuel manifold (84, 86, 88); a support ring that supports the first fuel manifold (84, 86, 88) and the second fuel manifold (84, 86, 88); and a multiple of brackets that retain the first fuel manifold (84, 86, 88) and the second fuel manifold (84, 86, 88) to and/or within the support ring. a first fuel manifold (84, 86, 88); a second fuel manifold (84, 86, 88), wherein the first fuel manifold (84, 86, 88) is at least partially nestable within the second fuel manifold (84, 86, 88); a support ring that supports the first fuel manifold (84, 86, 88) and the second fuel manifold (84, 86, 88); and a multiple of brackets that retain the first fuel manifold (84, 86, 88) and the second fuel manifold (84, 86, 88) to and/or within the support ring.
A projection-image-displaying laminate film comprising a half-mirror film including a selective reflection layer configured to wavelength-selectively reflect light, and a heat-sealing layer disposed on one of surfaces of the half-mirror film, wherein the half-mirror film has a stiffness at 25°C of 4.0 N·mm or less, wherein the stiffness is calculated from a thickness d μm and a modulus of elasticity σ MPa at 25°C of the half-mirror film by a following formula: Stiffness = σ × d / 1000 3, wherein the heat-sealing layer has a thickness of 40 μm or less, contains a thermoplastic resin, and has a surface opposite from the half-mirror film, the surface having a static coefficient of friction of 1.0 or less, and wherein the static coefficient of friction is measured between the surface and a float glass. wherein the half-mirror film has a stiffness at 25°C of 4.0 N·mm or less, wherein the stiffness is calculated from a thickness d μm and a modulus of elasticity σ MPa at 25°C of the half-mirror film by a following formula: Stiffness = σ × d / 1000 3, wherein the heat-sealing layer has a thickness of 40 μm or less, contains a thermoplastic resin, and has a surface opposite from the half-mirror film, the surface having a static coefficient of friction of 1.0 or less, and wherein the static coefficient of friction is measured between the surface and a float glass.
A heat-sterilized enteral nutrition composition comprising, per 100 mL of composition: - 8 to 14 g total in proteins - 837 to 1465 kJ (200 to 350 kcal) - the total of proteins comprising: ∘ a quantity of caseinates greater than or equal to 55% by weight of said total proteins of the composition ∘ a quantity of serum proteins less than or equal to 30% by weight of said total proteins of the composition ∘ a quantity of caseins less than or equal to 30% by weight of said total proteins of the composition, wherein the weight ratio of said caseinates to said caseins is greater than or equal to 70/30, and wherein the viscosity is less than or equal to 800 mPa.s when measured at 20°C at 100 s -1 with a rotary viscometer. - 8 to 14 g total in proteins - 837 to 1465 kJ (200 to 350 kcal) - the total of proteins comprising: ∘ a quantity of caseinates greater than or equal to 55% by weight of said total proteins of the composition ∘ a quantity of serum proteins less than or equal to 30% by weight of said total proteins of the composition ∘ a quantity of caseins less than or equal to 30% by weight of said total proteins of the composition, wherein the weight ratio of said caseinates to said caseins is greater than or equal to 70/30, and wherein the viscosity is less than or equal to 800 mPa.s when measured at 20°C at 100 s -1 with a rotary viscometer. ∘ a quantity of caseinates greater than or equal to 55% by weight of said total proteins of the composition ∘ a quantity of serum proteins less than or equal to 30% by weight of said total proteins of the composition ∘ a quantity of caseins less than or equal to 30% by weight of said total proteins of the composition, wherein the weight ratio of said caseinates to said caseins is greater than or equal to 70/30, and wherein the viscosity is less than or equal to 800 mPa.s when measured at 20°C at 100 s -1 with a rotary viscometer.
Cutting tool, in particular for cutting flat foodstuffs, comprising a first cutting element and a second cutting element, which is mounted on the first cutting element so as to be pivotable about an axis of rotation, wherein the first cutting element has an upper cutting edge and a handle, between which the axis of rotation is arranged, and the second cutting element has a lower cutting edge and an end region without a handle, between which the axis of rotation is arranged, wherein the cutting tool further comprises a spring element which is fastened with a first end to the upper cutting edge and with a second end to the lower cutting edge and spreads the first cutting element and the second cutting element into a predetermined rest position, characterised in that the spring element is guided at least partially around the end region of the second cutting element, wherein the spring element provides less resistance to a cutting movement of the lower cutting edge via a first cutting region than via a second cutting region, wherein the first cutting region lies between the rest position of the second cutting element and a predetermined angle and the second cutting region lies between the predetermined angle of the second cutting element and the closed position of the second cutting element. wherein the first cutting element has an upper cutting edge and a handle, between which the axis of rotation is arranged, and the second cutting element has a lower cutting edge and an end region without a handle, between which the axis of rotation is arranged, wherein the cutting tool further comprises a spring element which is fastened with a first end to the upper cutting edge and with a second end to the lower cutting edge and spreads the first cutting element and the second cutting element into a predetermined rest position, characterised in that the spring element is guided at least partially around the end region of the second cutting element, wherein the spring element provides less resistance to a cutting movement of the lower cutting edge via a first cutting region than via a second cutting region, wherein the first cutting region lies between the rest position of the second cutting element and a predetermined angle and the second cutting region lies between the predetermined angle of the second cutting element and the closed position of the second cutting element.
A sealing device (30;30A;30B;30C) for a stoker type incinerator that is provided with a plurality of fixed fire grates and a plurality of the movable fire grates and in which objects are subjected to incineration while conveying the objects, for sealing a gap between a drop wall (27;28;29) of the stoker type incinerator and a movable fire grate, the sealing device (30;30A;30B;30C) comprising: a front fire grate to be disposed so that a distal end thereof abuts on the movable fire grate; a support portion (32;32B) having a top surface support plate (33;33B) to be xed to the drop wall (27;28;29) and configured to support a top surface of the front fire grate, and a bottom surface support plate disposed below the top surface support plate (33;33B) and configured to support a bottom surface of the front fire grate; and a spring configured to urge the front fire grate in a direction opposite to a direction in which the front fire grate is moved with the movable fire grate. a front fire grate to be disposed so that a distal end thereof abuts on the movable fire grate; a support portion (32;32B) having a top surface support plate (33;33B) to be xed to the drop wall (27;28;29) and configured to support a top surface of the front fire grate, and a bottom surface support plate disposed below the top surface support plate (33;33B) and configured to support a bottom surface of the front fire grate; and a spring configured to urge the front fire grate in a direction opposite to a direction in which the front fire grate is moved with the movable fire grate.
A method of probing multiple targets in a biological sample comprising: (a) providing a biological sample containing multiple targets; (b) binding at least one probe to one or more targets present in the sample, wherein the probe comprises an optical signal generator; (c) observing an optical signal from the at least one probe bound in step (b); (d) contacting the sample comprising the bound probe of step (b) with a borate compound of Formula I; R 1 R 2 R 3 R 4 BX a I where each R 1, R 2, and R 3 and R 4 is, independently, an alkyl, an alkylaryl, an arylalkyl, or an aryl, with the proviso that at least one of R 1, R 2, and R 3 and R 4 is an alkyl group and at least one of R 1, R 2, and R 3 and R 4 group is positively charged; X is an anion; and a equals 0, 1, 2, or 3; (e) irradiating the sample of step (d); and (f) analyzing the sample for one or more targets. (a) providing a biological sample containing multiple targets; (b) binding at least one probe to one or more targets present in the sample, wherein the probe comprises an optical signal generator; (c) observing an optical signal from the at least one probe bound in step (b); (d) contacting the sample comprising the bound probe of step (b) with a borate compound of Formula I; R 1 R 2 R 3 R 4 BX a I where each R 1, R 2, and R 3 and R 4 is, independently, an alkyl, an alkylaryl, an arylalkyl, or an aryl, with the proviso that at least one of R 1, R 2, and R 3 and R 4 is an alkyl group and at least one of R 1, R 2, and R 3 and R 4 group is positively charged; X is an anion; and a equals 0, 1, 2, or 3; where each R 1, R 2, and R 3 and R 4 is, independently, an alkyl, an alkylaryl, an arylalkyl, or an aryl, with the proviso that at least one of R 1, R 2, and R 3 and R 4 is an alkyl group and at least one of R 1, R 2, and R 3 and R 4 group is positively charged; X is an anion; and a equals 0, 1, 2, or 3; (e) irradiating the sample of step (d); and (f) analyzing the sample for one or more targets.
A method comprising: performing (134, 304), by a software security agent (102, 206) executing in kernel mode of a computing device, a security action with respect to a malicious data object or a malicious activity detected on the computing device; providing (144, 308), by the software security agent, a token to one or more user mode components of the computing device, the token associated with a user session in which the malicious data object or the malicious activity was detected; requesting (132, 310), by the one or more user mode components of the computing device, a pointer to one or more Component Object Model, COM, interfaces, wherein the requesting of the pointer to the one or more COM interfaces is based at least in part on the token; and outputting (150, 312), via an output device of the computing device, and using the pointer to the one or more COM interfaces, a notification to indicate that the security action was performed. performing (134, 304), by a software security agent (102, 206) executing in kernel mode of a computing device, a security action with respect to a malicious data object or a malicious activity detected on the computing device; providing (144, 308), by the software security agent, a token to one or more user mode components of the computing device, the token associated with a user session in which the malicious data object or the malicious activity was detected; requesting (132, 310), by the one or more user mode components of the computing device, a pointer to one or more Component Object Model, COM, interfaces, wherein the requesting of the pointer to the one or more COM interfaces is based at least in part on the token; and outputting (150, 312), via an output device of the computing device, and using the pointer to the one or more COM interfaces, a notification to indicate that the security action was performed.
A consumption meter comprising a foldable printed circuit board assembly, which foldable printed circuit board assembly comprises a printed circuit board substrate having at least a first and a second rigid part, and a radio frequency antenna extends mainly on the second rigid part, characterized in that electronic components and a battery are mounted on the first rigid part, which also comprises an electrical ground plane, and a first flexible part of the printed circuit board substrate being arranged to allow the printed circuit board assembly to be folded so that the first and second rigid parts extend in two different but substantially parallel geometric planes with said electrical ground plane on the first rigid part being located between said radio frequency antenna of said second rigid part and a flow channel through which a fluid to be metered by said consumption meter flows.
Method for building a bridge, said bridge comprising piers and at least one deck, the method comprising: - a cantilever step, wherein a girder is set in a cantilevered position relative to a bank or to a constructed zone of the bridge so that the girder comprises a first end overhanging the bank or the constructed zone, and a second end overhanging a construction zone of the bridge, - a construction step, wherein pier elements and deck elements are installed in said construction zone via a first and a second lifting devices (18, 20) mounted movable on the girder between the first and second ends (24, 26), wherein the first and second lifting devices (18, 20) cross one another along the girder during the cantilever step and/or during the construction step, characterized in that the method further comprises: - installing a cofferdam in the construction zone of the bridge; - setting the second end of the girder on the cofferdam so that said second end rests on the cofferdam; - installing pier elements in the cofferdam. - a cantilever step, wherein a girder is set in a cantilevered position relative to a bank or to a constructed zone of the bridge so that the girder comprises a first end overhanging the bank or the constructed zone, and a second end overhanging a construction zone of the bridge, - a construction step, wherein pier elements and deck elements are installed in said construction zone via a first and a second lifting devices (18, 20) mounted movable on the girder between the first and second ends (24, 26), - installing a cofferdam in the construction zone of the bridge; - setting the second end of the girder on the cofferdam so that said second end rests on the cofferdam; - installing pier elements in the cofferdam.
Method carried out by one or more devices (1, 2, 3, 50, 51), comprising: - capturing first information or receiving captured first information indicative of an odor in the interior of a cleaning appliance, the first information being captured by at least one odor sensor; - generating fragrancing and/or deodorizing information at least partially on the basis of the captured or received first information or outputting the captured first information for generating such fragrancing and/or deodorizing information; - triggering fragrancing and/or deodorizing by means of at least one actuator (13, 507) for fragrancing and/or deodorizing agents on the basis of the generated fragrancing and/or deodorizing information, characterized in that the captured first information is indicative of at least the dynamics of the odor in the interior of the cleaning appliance. - capturing first information or receiving captured first information indicative of an odor in the interior of a cleaning appliance, the first information being captured by at least one odor sensor; - generating fragrancing and/or deodorizing information at least partially on the basis of the captured or received first information or outputting the captured first information for generating such fragrancing and/or deodorizing information; - triggering fragrancing and/or deodorizing by means of at least one actuator (13, 507) for fragrancing and/or deodorizing agents on the basis of the generated fragrancing and/or deodorizing information,
An electric motorcycle which activates a rear wheel by driving power generated by an electric motor, the electric motorcycle comprising: a vehicle body frame; a motor case which is provided at a rear portion of the vehicle body frame and accommodates the electric motor; a swing arm which is pivotably coupled at its front end portion to the rear portion of the vehicle body frame and supports the rear wheel by its rear end portion such that the rear wheel is rotatable; a rear suspension coupled to the vehicle body frame and the swing arm; and a link mechanism which is placed below the swing arm and operates according to a pivot motion of the swing arm, wherein a lower end portion of the rear suspension is located below the swing arm, and the rear suspension extends vertically in a location close to a pivot around which the swing arm is pivotable, characterized in that the link mechanism includes a suspension bracket which is pivotable with respect to the vehicle body frame and the swing arm, wherein the lower end portion of the rear suspension is coupled to the suspenscion bracket and connected to the swing arm via the link mechanism, and wherein a bottom portion of the motor case constitutes an oil pan reserving oil for cooling or lubricating a portion of the electric motorcycle, and the suspension bracket is coupled to the oil pan. a vehicle body frame; a motor case which is provided at a rear portion of the vehicle body frame and accommodates the electric motor; a swing arm which is pivotably coupled at its front end portion to the rear portion of the vehicle body frame and supports the rear wheel by its rear end portion such that the rear wheel is rotatable; a rear suspension coupled to the vehicle body frame and the swing arm; and a link mechanism which is placed below the swing arm and operates according to a pivot motion of the swing arm, wherein a lower end portion of the rear suspension is located below the swing arm, and the rear suspension extends vertically in a location close to a pivot around which the swing arm is pivotable, characterized in that the link mechanism includes a suspension bracket which is pivotable with respect to the vehicle body frame and the swing arm, wherein the lower end portion of the rear suspension is coupled to the suspenscion bracket and connected to the swing arm via the link mechanism, and wherein a bottom portion of the motor case constitutes an oil pan reserving oil for cooling or lubricating a portion of the electric motorcycle, and the suspension bracket is coupled to the oil pan.