mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an upper (100, 300) for an article of footwear, the method comprising: forming an upper (100, 300) on a textile manufacturing machine such that it has a pre-folded shape, wherein the textile knitting machine comprises at least two rails (214,216), wherein the pre-folded shape comprises a length (102, 302) along a direction of manufacture on the textile manufacturing machine, and a width (104, 304) generally traverse to the length (102, 302), wherein the upper (100, 300) is formed such that the length (102, 302) is perpendicular to the rails (214, 216), wherein the upper (100, 300) comprises first and second ends (106, 107; 306, 307) along the length (102, 302) of the upper (100, 300) in the pre-folded shape, wherein the first end (106, 306) comprises a toe region (108, 308) and wherein a central region (110, 310) disposed between the first and second ends (106, 107; 306, 307) comprises a heel region (122, 322), and folding the upper (100, 300) such that it has a folded shape that defines a final shape of the upper (100, 300), characterised in that the length (102, 302) is at least two times greater than the width (104, 304) in the pre-folded shape. forming an upper (100, 300) on a textile manufacturing machine such that it has a pre-folded shape, wherein the textile knitting machine comprises at least two rails (214,216), wherein the pre-folded shape comprises a length (102, 302) along a direction of manufacture on the textile manufacturing machine, and a width (104, 304) generally traverse to the length (102, 302), wherein the upper (100, 300) is formed such that the length (102, 302) is perpendicular to the rails (214, 216), wherein the upper (100, 300) comprises first and second ends (106, 107; 306, 307) along the length (102, 302) of the upper (100, 300) in the pre-folded shape, wherein the first end (106, 306) comprises a toe region (108, 308) and wherein a central region (110, 310) disposed between the first and second ends (106, 107; 306, 307) comprises a heel region (122, 322), and wherein the pre-folded shape comprises a length (102, 302) along a direction of manufacture on the textile manufacturing machine, and a width (104, 304) generally traverse to the length (102, 302), wherein the upper (100, 300) is formed such that the length (102, 302) is perpendicular to the rails (214, 216), wherein the upper (100, 300) comprises first and second ends (106, 107; 306, 307) along the length (102, 302) of the upper (100, 300) in the pre-folded shape, wherein the first end (106, 306) comprises a toe region (108, 308) and wherein a central region (110, 310) disposed between the first and second ends (106, 107; 306, 307) comprises a heel region (122, 322), and folding the upper (100, 300) such that it has a folded shape that defines a final shape of the upper (100, 300), characterised in that the length (102, 302) is at least two times greater than the width (104, 304) in the pre-folded shape.
An oxide superconducting conductor comprising: an oxide superconducting layer comprising a substrate and an oxide superconductor formed on the substrate, the oxide superconductor being expressed by a composition formula of RE 1 Ba 2 Cu 3 O y where RE represents a rare earth element and an expression of 6.5 < y < 7.1 is satisfied, wherein a normal conduction phase including Ba and a different phase including an alkaline earth metal having an ionic radius smaller than that of Ba are dispersed in the oxide superconducting layer, the normal conduction phase is an oxide including Ba and one selected from a group consisting of Zr, Sn, Hf, Ce, and Ti, characterised in that the different phase includes ABO 3 where "A" indicates the alkaline earth metal and "B" indicates one selected from a group consisting of Zr, Sn, Hf, Ce, and Ti, and the alkaline earth metal is Sr or Ca. an oxide superconducting layer comprising a substrate and an oxide superconductor formed on the substrate, the oxide superconductor being expressed by a composition formula of RE 1 Ba 2 Cu 3 O y where RE represents a rare earth element and an expression of 6.5 < y < 7.1 is satisfied, wherein a normal conduction phase including Ba and a different phase including an alkaline earth metal having an ionic radius smaller than that of Ba are dispersed in the oxide superconducting layer, the normal conduction phase is an oxide including Ba and one selected from a group consisting of Zr, Sn, Hf, Ce, and Ti, characterised in that the different phase includes ABO 3 where "A" indicates the alkaline earth metal and "B" indicates one selected from a group consisting of Zr, Sn, Hf, Ce, and Ti, and the alkaline earth metal is Sr or Ca.
A cutting insert suitable for cutting a work material comprising: an upper surface with a polygonal shape comprising side parts and a pair of corner parts adjacent to the side parts; a lower surface with a polygonal shape corresponding to the upper surface; a lateral surface provided between the lower surface (2, 2x) and the upper surface; a pair of corner cutting edges (5x, 5ax, 5bx) located at the pair of corner parts at a line of intersection of the upper surface and the lateral surface and comprising a first corner cutting edge and a second corner cutting edge; and a main cutting edge located in the side part at the line of intersection of the upper surface and the lateral surface, wherein the main cutting edge is upwardly convex in shape and comprises an upwardly convex curving portion and a pair of linear portions (62ax, 62bx) respectively extending toward the pair of corner cutting edges (5x, 5ax, 5bx) from the curving portion in a side view, and an top portion of the curving portion (61, 61x) is positioned more toward the first corner cutting edge (5a, 5ax) characterized in that the main cutting edge further comprises a concave, downwardly bent part when viewed from the side located between the linear portion extending toward the second corner cutting edge and the second corner cutting edge, and in the main cutting edge, the bent part is recessed toward the center of the upper surface when viewed from above. an upper surface with a polygonal shape comprising side parts and a pair of corner parts adjacent to the side parts; a lower surface with a polygonal shape corresponding to the upper surface; a lateral surface provided between the lower surface (2, 2x) and the upper surface; a pair of corner cutting edges (5x, 5ax, 5bx) located at the pair of corner parts at a line of intersection of the upper surface and the lateral surface and comprising a first corner cutting edge and a second corner cutting edge; and a main cutting edge located in the side part at the line of intersection of the upper surface and the lateral surface, wherein the main cutting edge is upwardly convex in shape and comprises an upwardly convex curving portion and a pair of linear portions (62ax, 62bx) respectively extending toward the pair of corner cutting edges (5x, 5ax, 5bx) from the curving portion in a side view, and an top portion of the curving portion (61, 61x) is positioned more toward the first corner cutting edge (5a, 5ax) characterized in that the main cutting edge further comprises a concave, downwardly bent part when viewed from the side located between the linear portion extending toward the second corner cutting edge and the second corner cutting edge, and in the main cutting edge, the bent part is recessed toward the center of the upper surface when viewed from above.
Hydraulic axis, in particular for driving a press, in particular a bending/straightening press, a folding press or a pipe bending press, comprising a hydraulic cylinder, which has a cylinder chamber and an annular chamber which are delimited from one another by way of a cylinder piston, and a hydraulic control arrangement, by way of which the hydraulic cylinder can be actuated in a fast stroke movement and in a power stroke movement, the control arrangement comprising: a hydraulic machine, the delivery direction of which can be switched over in a controlled manner, which hydraulic machine is connected fluidically to the annular chamber, a fluid container, a shut-off valve, by way of which a connection between the fluid container (7, 7a) and the cylinder chamber can be shut off and opened, the fluid container having a chamber with an adjustable volume in such a way that a reduction in the size of the said volume results in a displacement of fluid out of the fluid container, and a volume adjusting element of the fluid container being coupled mechanically to the cylinder piston, characterized by a replenishing valve which, on account of its arrangement, permits replenishing of fluid from the fluid container (7, 7a) to that connector of the hydraulic machine which is connected to the annular chamber. a hydraulic machine, the delivery direction of which can be switched over in a controlled manner, which hydraulic machine is connected fluidically to the annular chamber, a fluid container, a shut-off valve, by way of which a connection between the fluid container (7, 7a) and the cylinder chamber can be shut off and opened, the fluid container having a chamber with an adjustable volume in such a way that a reduction in the size of the said volume results in a displacement of fluid out of the fluid container, and a volume adjusting element of the fluid container being coupled mechanically to the cylinder piston, characterized by a replenishing valve which, on account of its arrangement, permits replenishing of fluid from the fluid container (7, 7a) to that connector of the hydraulic machine which is connected to the annular chamber.
A method for reducing or eliminating clock bias in an atomic clock, the method comprising: cooling a population of atoms collected in the atomic clock using a laser locked at a predetermined frequency; turning off the laser by removing a current through a diode in the laser; performing atomic clock spectroscopy; turning on the laser after the atomic clock spectroscopy; relocking the frequency of the laser to an external reference cell; and probing the population of atoms that are in each of two ground hyperfine levels using laser light that is on or near-resonant with a selected atomic transition. cooling a population of atoms collected in the atomic clock using a laser locked at a predetermined frequency; turning off the laser by removing a current through a diode in the laser; performing atomic clock spectroscopy; turning on the laser after the atomic clock spectroscopy; relocking the frequency of the laser to an external reference cell; and probing the population of atoms that are in each of two ground hyperfine levels using laser light that is on or near-resonant with a selected atomic transition.
A system for remotely locating animals, and in particular hounds, the system comprising: a plurality of locating units, each of which can be worn by a respective animal and comprises a GPS receiver to acquire the geographical position of the locating unit and first radio transceiver means operating in at least one first frequency band to transmit a first signal (PS, RS) containing data concerning the geographical position and the identity of the locating unit; and at least one portable device, which comprises second radio transceiver means operating in the first frequency band to receive the first signal (PS, RS); the system being characterized in that it comprises at least one additional receiving unit, which comprises an active antenna operating in the first frequency band to receive the first signal (PS, RS), first control means designed to extract said data from the first signal (PS, RS), and third radio transceiver means operating in at least one second frequency band, which is higher than the first frequency band, to transmit a second signal containing the data extracted from the first signal (PS, RS); and in that the portable device comprises fourth radio transceiver means operating in the second frequency band to receive the second signal.
Coaxial cartridge for storing a flowable multi-component composition and for placing into a support structure for dispensing the composition out of the cartridge, comprising: - a hollow-cylindrical inner wall and a hollow-cylindrical outer wall arranged coaxially around said inner wall, such that the cartridge has an inner chamber, which is delimited radially by the inner wall, for receiving a first component and an outer chamber, which is arranged radially between the inner wall and the outer wall, for receiving a second component of the multi-component composition; - a cartridge cover which firmly closes the inner and the outer chamber (6, 7) on one end face of the cartridge and has one discharge opening per chamber; and - an inner piston which closes the inner chamber at the rear and is axially movable therein, and an outer piston which closes the outer chamber at the rear and is axially movable therein; - the inner wall being dimensionally stable, in particular thick-walled, such that it radially supports the inner and the outer piston (10, 11) and thereby guides it, characterized in that the outer wall is fastened to the outer piston and to the cartridge cover and is deformable, in particular thin-walled, such that, due the movement of the outer piston toward the cartridge cover, it collapses and/or plastically deforms without restoring force when the composition is dispensed. - a hollow-cylindrical inner wall and a hollow-cylindrical outer wall arranged coaxially around said inner wall, such that the cartridge has an inner chamber, which is delimited radially by the inner wall, for receiving a first component and an outer chamber, which is arranged radially between the inner wall and the outer wall, for receiving a second component of the multi-component composition; - a cartridge cover which firmly closes the inner and the outer chamber (6, 7) on one end face of the cartridge and has one discharge opening per chamber; and - an inner piston which closes the inner chamber at the rear and is axially movable therein, and an outer piston which closes the outer chamber at the rear and is axially movable therein; - the inner wall being dimensionally stable, in particular thick-walled, such that it radially supports the inner and the outer piston (10, 11) and thereby guides it, characterized in that the outer wall is fastened to the outer piston and to the cartridge cover and is deformable, in particular thin-walled, such that, due the movement of the outer piston toward the cartridge cover, it collapses and/or plastically deforms without restoring force when the composition is dispensed.
Cooking appliance, in particular commercial cooking appliance, comprising - a cooking chamber arranged in an appliance housing; and - a cooking chamber cleaning device comprising the following components: • at least one pump (5 or 6), each of which is in flow connection with a cleaning container (9 or 10) via a pump inlet (7 or 8) and with a supply line via a pump outlet (11 or 12), and • a cleaning agent distributor device, which is arranged in the cooking chamber and which is in flow connection with the supply line, characterized by - a return pump arranged in a return line, which branches off from the supply line for emptying the line system of the cooking chamber cleaning device and opens in the cooking chamber, and characterized in that - the at least one pump (5 or 6), preferably two pumps (5, 6, 15), are provided with integrated control valves (20, 21 or 22), or in that the pump (5 or 6) or the pumps (5, 6, 15) are designed as pumps with a flow-restricting effect. - a cooking chamber arranged in an appliance housing; and - a cooking chamber cleaning device comprising the following components: • at least one pump (5 or 6), each of which is in flow connection with a cleaning container (9 or 10) via a pump inlet (7 or 8) and with a supply line via a pump outlet (11 or 12), and • a cleaning agent distributor device, which is arranged in the cooking chamber and which is in flow connection with the supply line, characterized by • at least one pump (5 or 6), each of which is in flow connection with a cleaning container (9 or 10) via a pump inlet (7 or 8) and with a supply line via a pump outlet (11 or 12), and • a cleaning agent distributor device, which is arranged in the cooking chamber and which is in flow connection with the supply line, characterized by - a return pump arranged in a return line, which branches off from the supply line for emptying the line system of the cooking chamber cleaning device and opens in the cooking chamber, and characterized in that - the at least one pump (5 or 6), preferably two pumps (5, 6, 15), are provided with integrated control valves (20, 21 or 22), or in that the pump (5 or 6) or the pumps (5, 6, 15) are designed as pumps with a flow-restricting effect.
Rotary harrow with a frame and rotatable tool rotors arranged in parallel with tines, which are connected to the frame via drive shafts, whereby the rotatable tool rotors are driven by an electric motor and each tool rotor is driven by a separate electric motor, whereby the respective electric motor is located above the tool rotor, characterised by the fact that a device is provided that records the structure of the tilled soil and that the rotational speed and the direction of rotation of the tool rotors as well are set through the controller so that the desired soil structure is achieved.
A directory service system adapted to provide uniform access to a plurality of various different directory services (409, 412, 415), each directory service having information relating to the information for each object (410, 413, 416) being defined by an object class, each object class having properties defined by a schema object of said directory service system, a schema object for each object class being contained in a schema container object of said directory service system for each directory service, the schema container object being assigned a pre-defined name within the namespace of the respective directory service, the definition of the various object classes being determinable at run time by enumerating the schema objects contained in the schema container object, additional object classes being definable by adding schema objects to the schema container object, each property having a property name and property type, the information for each object being a property value for each property of its object class, comprising: a schema browsing component adapted to retrieve the property name and property type of each property of each object class of each directory service, wherein the schema browsing component is adapted to be used by a client (406, 407) of the directory service system to retrieve property names and property types of the object classes; a name resolving component adapted to receive a unique identifier of an object within a directory service and locate the object within the directory service; a binding component adapted to bind to an in-memory object representing a located object within the identified directory service; and an extending component adapted to define new object classes and new properties for each directory service, wherein the extending component is adapted to be used by a client of the directory service system to define new object classes and new properties. a schema browsing component adapted to retrieve the property name and property type of each property of each object class of each directory service, wherein the schema browsing component is adapted to be used by a client (406, 407) of the directory service system to retrieve property names and property types of the object classes; a name resolving component adapted to receive a unique identifier of an object within a directory service and locate the object within the directory service; a binding component adapted to bind to an in-memory object representing a located object within the identified directory service; and an extending component adapted to define new object classes and new properties for each directory service, wherein the extending component is adapted to be used by a client of the directory service system to define new object classes and new properties.
A method for attaching flowable dry powder particles to a moving substrate, the method comprising: dispersing flowable dry powder particles onto a major radially inner surface of a hollow, rotating stencil roll, contacting a first major surface of a moving substrate with a major radially outer surface of the hollow, rotating stencil roll; imparting thermal energy to the moving substrate at least while the first major surface of the moving substrate is in contact with the major radially outer surface of the hollow, rotating stencil roll, so that a first portion of the moving substrate, which first portion includes the first major surface, is heated to a temperature sufficient to soften the first portion of the moving substrate; as the moving substrate rotates with the stencil roll, allowing at least some flowable dry powder particles to pass through at least some apertures in the stencil roll so as to contact the softened first major surface of the moving substrate and to partially embed in the first portion of the moving substrate so as to become attached thereto; and, allowing at least some flowable dry powder particles that have not become attached to the first portion of the moving substrate to tumble freely along the major radially inner surface of the stencil roll as the stencil roll rotates; and, separating the first major surface of the moving substrate from the major outer surface of the hollow, rotating stencil roll so as to produce a substrate comprising an array of flowable dry powder particles attached to the first portion thereof. dispersing flowable dry powder particles onto a major radially inner surface of a hollow, rotating stencil roll, contacting a first major surface of a moving substrate with a major radially outer surface of the hollow, rotating stencil roll; imparting thermal energy to the moving substrate at least while the first major surface of the moving substrate is in contact with the major radially outer surface of the hollow, rotating stencil roll, so that a first portion of the moving substrate, which first portion includes the first major surface, is heated to a temperature sufficient to soften the first portion of the moving substrate; as the moving substrate rotates with the stencil roll, allowing at least some flowable dry powder particles to pass through at least some apertures in the stencil roll so as to contact the softened first major surface of the moving substrate and to partially embed in the first portion of the moving substrate so as to become attached thereto; and, allowing at least some flowable dry powder particles that have not become attached to the first portion of the moving substrate to tumble freely along the major radially inner surface of the stencil roll as the stencil roll rotates; and, separating the first major surface of the moving substrate from the major outer surface of the hollow, rotating stencil roll so as to produce a substrate comprising an array of flowable dry powder particles attached to the first portion thereof.