mhurhangee/ep-ind-claims huggingface dataset:
Method for compensating for a material web offset in inspection systems for material webs which are moving in the direction of a material web length (y) and/or a material web width (x), wherein the method comprises the following steps: taking a first picture of a first portion of a material web at a first point in time with a camera which comprises a matrix chip; and taking a second picture of a second portion of the material web at a second point in time with the camera; wherein just a first active partial surface of the matrix chip is activated at the first point in time for the first picture and just a second active partial surface of the matrix chip is activated at the second point in time for the second picture, wherein the first active partial surface and the second active partial surface are not identical; wherein the second active partial surface is offset in comparison with the first active partial surface by a prescribed offset in the direction of the material web length (y) and/or in the direction of the material web width (x); and wherein a time lag between the first and the second picture is either prescribed as a fixed amount of time or adjusted according to the material web movement and is dependent on a first trigger, which triggers the first picture at the first point in time, and a second trigger, which triggers the second picture at the second point in time. taking a first picture of a first portion of a material web at a first point in time with a camera which comprises a matrix chip; and taking a second picture of a second portion of the material web at a second point in time with the camera; wherein just a first active partial surface of the matrix chip is activated at the first point in time for the first picture and just a second active partial surface of the matrix chip is activated at the second point in time for the second picture, wherein the first active partial surface and the second active partial surface are not identical; wherein the second active partial surface is offset in comparison with the first active partial surface by a prescribed offset in the direction of the material web length (y) and/or in the direction of the material web width (x); and wherein a time lag between the first and the second picture is either prescribed as a fixed amount of time or adjusted according to the material web movement and is dependent on a first trigger, which triggers the first picture at the first point in time, and a second trigger, which triggers the second picture at the second point in time.
A radio transmitting apparatus comprising: a random access burst transmission control section that is adapted to restrict a set of service priorities, for which the radio transmitting apparatus is allowed to allocate a signature to itself, when a number of signatures allocated by a network side, which is a communicating party, to other radio communication terminal apparatuses is equal to or greater than a certain number, or alleviate the restriction on the set of service priorities, for which the radio transmitting apparatus is allowed to allocate a signature to itself, when the number of signatures allocated by the network side to the other radio communication terminal apparatuses is below the certain number, wherein the radio transmitting apparatus is adapted to determine the number of signatures allocated by the network side to the other radio communication terminal apparatuses from a paging channel, downlink control channel including scheduling information, or a downlink control channel including an L2/L3 control message; a random access burst generating section that is adapted to generate a random access burst including a signature when the radio transmitting apparatus is used for a service with a priority among those for which the radio transmitting apparatus is allowed to allocate the signature to itself; and a transmitting section that is adapted to transmit the random access burst generated. a random access burst transmission control section that is adapted to restrict a set of service priorities, for which the radio transmitting apparatus is allowed to allocate a signature to itself, when a number of signatures allocated by a network side, which is a communicating party, to other radio communication terminal apparatuses is equal to or greater than a certain number, or alleviate the restriction on the set of service priorities, for which the radio transmitting apparatus is allowed to allocate a signature to itself, when the number of signatures allocated by the network side to the other radio communication terminal apparatuses is below the certain number, wherein the radio transmitting apparatus is adapted to determine the number of signatures allocated by the network side to the other radio communication terminal apparatuses from a paging channel, downlink control channel including scheduling information, or a downlink control channel including an L2/L3 control message; a random access burst generating section that is adapted to generate a random access burst including a signature when the radio transmitting apparatus is used for a service with a priority among those for which the radio transmitting apparatus is allowed to allocate the signature to itself; and a transmitting section that is adapted to transmit the random access burst generated.
A method for producing a hydroxy fatty acid condensate or a mixture of hydroxy fatty acid condensates, the method comprising the steps of: - providing one or more fatty acids having at least one C=C double bond functionality, - biotechnologically adding H 2 O to at least one C=C double bond functionality of the one or more fatty acids by means of hydratase, wherein the double bond is not a terminal double bond, thus obtaining one or more hydroxy fatty acids, - reacting the one or more hydroxy fatty acid(s) with one or more at least divalent linker group(s) selected from polyols, polyamines and (poly)amino(poly)alcohols, thus obtaining a hydroxy fatty acid condensate or a mixture of hydroxy fatty acid condensates, wherein the reaction of the one or more hydroxy fatty acid(s) with the one or more at least divalent linker group(s) is carried out biotechnologically. - providing one or more fatty acids having at least one C=C double bond functionality, - biotechnologically adding H 2 O to at least one C=C double bond functionality of the one or more fatty acids by means of hydratase, wherein the double bond is not a terminal double bond, thus obtaining one or more hydroxy fatty acids, - reacting the one or more hydroxy fatty acid(s) with one or more at least divalent linker group(s) selected from polyols, polyamines and (poly)amino(poly)alcohols, thus obtaining a hydroxy fatty acid condensate or a mixture of hydroxy fatty acid condensates, wherein the reaction of the one or more hydroxy fatty acid(s) with the one or more at least divalent linker group(s) is carried out biotechnologically.
An antibody comprising: (i) a heavy chain variable region having an amino acid sequence as shown in SEQ ID NO: 10; and (ii) a light chain variable region having an amino acid sequence as shown in SEQ ID NO: 20, wherein the antibody is a single chain antibody (scFv). (i) a heavy chain variable region having an amino acid sequence as shown in SEQ ID NO: 10; and (ii) a light chain variable region having an amino acid sequence as shown in SEQ ID NO: 20,
A chassis for vehicle, comprising: - a rigid frame (1a, 1b), - a pair of side wheels (6,7) in a parallel configuration, - a steerable front wheel, - a steerable rear wheel, - at least one electric motor, wherein at least one of said front wheel or rear wheel is connected to and driven by the at least one electric motor, characterized in that said front and rear wheels (2,4) are mutually connected through a turning mechanism arranged to turn said front and rear wheels (2,4) simultaneously and synchronously between: - a middle position in which the axles of the front and rear wheels (2,4) are substantially parallel with the axles of the side wheels (6,7), and - left or right end positions, in which the axles of the front and rear wheels (2,4) are substantially perpendicular to the axles of the side wheels (6,7), and in that the rigid frame and the centres of the wheels of the chassis are arranged in substantially one horizontal plane. - a rigid frame (1a, 1b), - a pair of side wheels (6,7) in a parallel configuration, - a steerable front wheel, - a steerable rear wheel, - at least one electric motor, - a middle position in which the axles of the front and rear wheels (2,4) are substantially parallel with the axles of the side wheels (6,7), and - left or right end positions, in which the axles of the front and rear wheels (2,4) are substantially perpendicular to the axles of the side wheels (6,7),
Apparatus for determining the solution rate and release kinetics of aerosol formulations, comprising (i) a cascade impactor, a membrane and an inhaler, which is connected to the cascade impactor, the membrane being disposed on a filter plate of the cascade impactor and after being charged with particles in the cascade impactor the membrane being placed in an air-liquid model system, so that the membrane is in contact with a release medium, (ii) and an air-liquid model system which is a two-chamber system, particularly a Franz diffusion cell, which comprises a device for measurement data acquisition, characterised in that the membrane consists of a hydrophilic material selected from among acrylic copolymer, polyethylene sulphone, polysulphone, cellulose, cellulose derivatives, cellulose esters and regenerated cellulose, and the membrane has a maximum thickness of 100 pm and a permeability of at least 20 litres per minute. (i) a cascade impactor, a membrane and an inhaler, which is connected to the cascade impactor, the membrane being disposed on a filter plate of the cascade impactor and after being charged with particles in the cascade impactor the membrane being placed in an air-liquid model system, so that the membrane is in contact with a release medium, (ii) and an air-liquid model system which is a two-chamber system, particularly a Franz diffusion cell, which comprises a device for measurement data acquisition, characterised in that the membrane consists of a hydrophilic material selected from among acrylic copolymer, polyethylene sulphone, polysulphone, cellulose, cellulose derivatives, cellulose esters and regenerated cellulose, and the membrane has a maximum thickness of 100 pm and a permeability of at least 20 litres per minute.
An electromagnetic valve device comprising an armature unit which is designed for carrying out an opening or closing operation of a fluid channel, and which, as a reaction to stationary coil means (18, 20, 22), which at least partially surround the armature unit, being energized, is drivable so as to be moveable along an axial direction relative to the coil means, the coil means having a coil former forming a winding section for a winding to be energized, and the coil former forming an axially extending inner casing which is designed for guiding the armature unit and in the lateral surface of which slot- or groove-like channels permitting drainage of an armature movement space are formed, fluid guide sections being assigned to the coil former for the formation of a section of the fluid channel, the fluid guide sections being arranged radially outwards, characterized in that the fluid guide sections have deflection and/or meander means for fluid guidance.
A laundry treating apparatus comprising: a laundry receiving unit for receiving laundry; a steam generator for generating steam to be supplied to the laundry receiving unit; a water supply unit for supplying water to the steam generator; a water softening member for softening water to be supplied to the steam generator, a display unit to display a replacement or regeneration time of the water softening member, and a control unit for controlling the replacement or regeneration time of the water softering member to be displayed in the display unit, characterized in that the water supply unit comprises a detachable water supply source including a lower housing for storing water and an upper housing detachably mounted to the lower housing, the water softening member being detachably mounted in the detachable water supply source. a laundry receiving unit for receiving laundry; a steam generator for generating steam to be supplied to the laundry receiving unit; a water supply unit for supplying water to the steam generator; a water softening member for softening water to be supplied to the steam generator, a display unit to display a replacement or regeneration time of the water softening member, and a control unit for controlling the replacement or regeneration time of the water softering member to be displayed in the display unit, characterized in that the water supply unit comprises a detachable water supply source including a lower housing for storing water and an upper housing detachably mounted to the lower housing, the water softening member being detachably mounted in the detachable water supply source.
An internal combustion engine cooling device having: a piston fixedly mounted within a device housing coupled to a plurality of flow paths through which cooling water flows, the piston disposed facing the interior of the device housing; a cylinder container that advances and retreats relative to the piston and has a flange valve that opens and closes a main flow path of the cooling water; a thermal expansion unit provided within the cylinder container that causes the cylinder container to advance and retreat due to volumetric changes attendant upon temperature changes; and a heat-emitting element provided within a piston casing that heats the thermal expansion unit when supplied with electricity, characterized in that a resinous insulating material, a layer of air or a multi-layered structure composed of a resinous insulating material layer and a layer of air is provided on the inside of an insulating cover, up to but excluding a portion of the insulating cover disposed facing a top portion of the cylinder container. a piston fixedly mounted within a device housing coupled to a plurality of flow paths through which cooling water flows, the piston disposed facing the interior of the device housing; a cylinder container that advances and retreats relative to the piston and has a flange valve that opens and closes a main flow path of the cooling water; a thermal expansion unit provided within the cylinder container that causes the cylinder container to advance and retreat due to volumetric changes attendant upon temperature changes; and a heat-emitting element provided within a piston casing that heats the thermal expansion unit when supplied with electricity, characterized in that a resinous insulating material, a layer of air or a multi-layered structure composed of a resinous insulating material layer and a layer of air is provided on the inside of an insulating cover, up to but excluding a portion of the insulating cover disposed facing a top portion of the cylinder container.
A system for forming an airfoil portion of a turbine engine component, said system comprising: a main body core for forming at least one internal cavity in said airfoil portion; a microcircuit skin core for forming a cooling microcircuit embedded in a wall of said airfoil portion; and a trailing edge core for forming a cooling passage in a trailing edge of said airfoil portion, said microcircuit skin core having at least one cut-back portion, characterised in that said trailing edge core has a portion that forms an inlet region for said cooling passage which includes a plurality of holes for forming pedestals within said cooling passage and wherein said at least one cut-back portion has a trailing edge which does not overlap any of said pedestal forming holes. a main body core for forming at least one internal cavity in said airfoil portion; a microcircuit skin core for forming a cooling microcircuit embedded in a wall of said airfoil portion; and a trailing edge core for forming a cooling passage in a trailing edge of said airfoil portion, said microcircuit skin core having at least one cut-back portion,
A block copolymer comprising a first block and a second block having a different chemical structure from the first block, wherein the first block comprises a unit represented by Formula 1 and the second block comprises an aromatic structure comprising a halogen atom, wherein the first block exhibits a melting transition peak or isotropic transition peak in a range from -80°C to 200°C in differential scanning calorimetry analysis, wherein R is a hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom, a sulfur atom or -S(=O) 2 -; and Y is a monovalent substituent comprising an aromatic structure having 6 to 18 carbon atoms to which a side chain having 8 or more chain-forming atoms is linked. wherein the first block comprises a unit represented by Formula 1 and the second block comprises an aromatic structure comprising a halogen atom, wherein the first block exhibits a melting transition peak or isotropic transition peak in a range from -80°C to 200°C in differential scanning calorimetry analysis, wherein R is a hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom, a sulfur atom or -S(=O) 2 -; and Y is a monovalent substituent comprising an aromatic structure having 6 to 18 carbon atoms to which a side chain having 8 or more chain-forming atoms is linked.
A canister-less pressure gradient wound therapy apparatus comprising a wound dressing and a pump assembly, the pump assembly comprising: a diaphragm comprising a magnetic material; an electromagnetic actuator switchable between two or more operational states, at least one of which comprises a state in which the actuator induces a magnetic field (F1, F2) for moving the diaphragm; and a valve arrangement including an inlet valve and an outlet valve configured to allow for the introduction and/or removal of fluid into a fluid chamber of the pump assembly; wherein the actuator is fixed in position within the apparatus and is spatially separated from the diaphragm; and the actuator is configured to move the diaphragm with respect to the actuator between a first position corresponding to a first operational state of the actuator and a second position corresponding to the second operational state of the actuator. a diaphragm comprising a magnetic material; an electromagnetic actuator switchable between two or more operational states, at least one of which comprises a state in which the actuator induces a magnetic field (F1, F2) for moving the diaphragm; and a valve arrangement including an inlet valve and an outlet valve configured to allow for the introduction and/or removal of fluid into a fluid chamber of the pump assembly; wherein the actuator is fixed in position within the apparatus and is spatially separated from the diaphragm; and the actuator is configured to move the diaphragm with respect to the actuator between a first position corresponding to a first operational state of the actuator and a second position corresponding to the second operational state of the actuator.
A method for producing a forming mold comprising a base member, and a resin layer formed on the base member, wherein the resin layer has a surface serving as a forming surface, and the base member has a rigidity higher than that of the resin layer, characterized in that the method comprises: a forming step of forming on the base member a resin layer having a thickness of 1 mm or more, and a machining step of machining the surface of the formed resin layer, to thereby form the forming surface. a forming step of forming on the base member a resin layer having a thickness of 1 mm or more, and a machining step of machining the surface of the formed resin layer, to thereby form the forming surface.
A method for embedding a virtual network definition defining a virtual network comprising a plurality of virtual nodes and a plurality of virtual links on a physical network, the method comprising: determining a conflicting set for each virtual link of the virtual network definition, each conflicting set comprising a plurality of virtual links of the virtual network that must be embedded on disjoint paths in the physical network to maintain connectivity of the virtual network in the presence of k physical link failures; and embedding the virtual network onto the physical network so that each of the plurality virtual links in each conflicting set are embedded on disjoint paths of the physical network. determining a conflicting set for each virtual link of the virtual network definition, each conflicting set comprising a plurality of virtual links of the virtual network that must be embedded on disjoint paths in the physical network to maintain connectivity of the virtual network in the presence of k physical link failures; and embedding the virtual network onto the physical network so that each of the plurality virtual links in each conflicting set are embedded on disjoint paths of the physical network.
A device comprising a base part and a removable member that is mounted in removable manner on the base part, the base part and the removable member including magnetic means (15, 35) that are suitable for generating axial magnetic attraction between them that is at its maximum in an assembled rest position, the device being characterized in that it further comprises mover means, distinct from the removable member, for moving the removable member axially away from the base part, starting from the assembled rest position, by turning an actuator member that forms part of the mover means, so as to reduce the magnetic attraction between the base part and the removable member, and thus facilitate the removal of the removable member.
An appliance, in particular a home appliance, comprising: a main body having a cavity; a door at a front side of the main body for opening and closing the cavity; and a sensing module for sensing vibrations caused by a knock input to the door, the sensing module being arranged outside of the cavity, wherein the sensing module comprises: a sensor configured to sense vibrations of the door and disposed at a rear side of the main body; and a transfer member configured to transfer vibrations of the door to the sensor and extending in front-rear direction, characterized in that the transfer member includes a rod. a main body having a cavity; a door at a front side of the main body for opening and closing the cavity; and a sensing module for sensing vibrations caused by a knock input to the door, the sensing module being arranged outside of the cavity, wherein the sensing module comprises: a sensor configured to sense vibrations of the door and disposed at a rear side of the main body; and a transfer member configured to transfer vibrations of the door to the sensor and extending in front-rear direction, characterized in that the transfer member includes a rod. a sensor configured to sense vibrations of the door and disposed at a rear side of the main body; and a transfer member configured to transfer vibrations of the door to the sensor and extending in front-rear direction, characterized in that the transfer member includes a rod.
A variable vane system for a gas turbine engine, comprising: an actuator; characterized in that the variable vane system further comprises: a harmonic drive driven by the actuator; a cable drive system driven by the harmonic drive; and a unison ring driven by the cable drive system. a harmonic drive driven by the actuator; a cable drive system driven by the harmonic drive; and a unison ring driven by the cable drive system.