mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling floor cleaning robots, characterised in that the method comprises the steps: obtaining cleaning task information that includes an overall cleaning task; determining cleaning control information for a plurality of floor cleaning robots based on the cleaning task information, wherein the cleaning control information includes control information for each one of the plurality of floor cleaning robots; and transmitting the cleaning control information to each one of the plurality of floor cleaning robots, so that each one of the floor cleaning robots performs a cleaning task based on the corresponding cleaning control information. obtaining cleaning task information that includes an overall cleaning task; determining cleaning control information for a plurality of floor cleaning robots based on the cleaning task information, wherein the cleaning control information includes control information for each one of the plurality of floor cleaning robots; and transmitting the cleaning control information to each one of the plurality of floor cleaning robots, so that each one of the floor cleaning robots performs a cleaning task based on the corresponding cleaning control information.
A work surface extension for an embalming table, the work surface extension comprising: a sheet member forming a processing surface and a structural contact surface; one or more spar members secured to the sheet member and in contact with the structural contact surface of the sheet member; at least one stiffening member secured to the one or more spar members, wherein the at least one stiffening member comprises a table accepting opening partially formed by a table datum feature, a strut member that extends laterally from the table accepting opening in a first direction, and a sheet contacting surface the extends laterally from the table accepting opening in a second direction, and wherein the table datum feature and the processing surface of the sheet member are aligned at an extension alignment angle such that the extension alignment angle is acute; and a clamping member rotatably engaged with the at least one stiffening member, wherein the clamping member comprises an table engagement feature that is biased to at least partially enclose the table accepting opening of the at least one stiffening member. a sheet member forming a processing surface and a structural contact surface; one or more spar members secured to the sheet member and in contact with the structural contact surface of the sheet member; at least one stiffening member secured to the one or more spar members, wherein the at least one stiffening member comprises a table accepting opening partially formed by a table datum feature, a strut member that extends laterally from the table accepting opening in a first direction, and a sheet contacting surface the extends laterally from the table accepting opening in a second direction, and wherein the table datum feature and the processing surface of the sheet member are aligned at an extension alignment angle such that the extension alignment angle is acute; and a clamping member rotatably engaged with the at least one stiffening member, wherein the clamping member comprises an table engagement feature that is biased to at least partially enclose the table accepting opening of the at least one stiffening member.
A system comprising a rim comprising a rim hole, a tire valve that fits into the rim hole and has an air channel leading from an air inlet to an air outlet, plus an annular groove opening toward the air inlet, and a sealing ring for sealing between the tire valve and the rim, wherein the tire valve comprises a metal stop surface which in the mounted state abuts on the rim and wherein the metal stop surface is arranged radially inwardly from the annular groove, characterized in that the metal stop surface is conical.
An ethylene-vinyl alcohol copolymer composition comprising: an ethylene-vinyl alcohol copolymer; a phosphoric acid compound; and an iron compound; wherein the iron compound is present in a proportion of 0.01 to 100 ppm on a metal basis based on weight of the ethylene-vinyl alcohol copolymer composition; and wherein the phosphoric acid compound is present in a proportion of 1 to 100 ppm on a phosphorus basis based on weight of the ethylene-vinyl alcohol copolymer composition. an ethylene-vinyl alcohol copolymer; a phosphoric acid compound; and
A detector for detecting molecules, said detector comprising: a semiconductor membrane having an external surface for receiving said molecules, and an internal surface positioned opposite to said external surface, wherein said semiconductor membrane has a thickness of 5 nanometers to 50 microns; an electron emitting layer comprising a material selected from the group consisting of metals, doped semiconductors and doped diamond materials provided on the internal surface of said semiconductor membrane, wherein said emitting layer has a thickness of 5 nanometers to 10 microns, and an electron detector positioned to detect at least a portion of said emitted electrons, wherein said emitting layer emits electrons when said semiconductor membrane receives said molecules, and wherein the detector is free of any nanopillars attached to the semiconductor membrane. a semiconductor membrane having an external surface for receiving said molecules, and an internal surface positioned opposite to said external surface, wherein said semiconductor membrane has a thickness of 5 nanometers to 50 microns; an electron emitting layer comprising a material selected from the group consisting of metals, doped semiconductors and doped diamond materials provided on the internal surface of said semiconductor membrane, wherein said emitting layer has a thickness of 5 nanometers to 10 microns, and an electron detector positioned to detect at least a portion of said emitted electrons, wherein said emitting layer emits electrons when said semiconductor membrane receives said molecules, and wherein the detector is free of any nanopillars attached to the semiconductor membrane.
A stator vane assembly (50,50a,50b) of a turbomachine, comprising: a plurality of vanes which, when installed within the turbomachine, are configured to be distributed circumferentially about an axis of the turbomachine, each vane extending radially from a shroud having a leading edge, a trailing edge, and at least one circumferential edge (74,78), wherein the leading edge is circumferentially offset relative to the trailing edge; wherein the at least one circumferential edge (74,78) extends from the leading edge to the trailing edge, a first portion and a second portion of the circumferential edge (74,78) are parallel to the axis of the turbomachine, and said first and second portions (86, 90) are circumferentially offset; wherein the circumferential edge (74,78) comprises an angled edge portion extending between the first portion and the second portion; wherein the angled edge portion has an angle that is offset from the first portion and the second portion; the angled edge portion is configured to be spaced from the adjacent angled edge portion of a circumferentially adjacent vane; characterised in that the shroud is configured to contact a circumferentially adjacent shroud exclusively through both the first and second portions (86,90) of the circumferential edge (74,78). a plurality of vanes which, when installed within the turbomachine, are configured to be distributed circumferentially about an axis of the turbomachine, each vane extending radially from a shroud having a leading edge, a trailing edge, and at least one circumferential edge (74,78), wherein the leading edge is circumferentially offset relative to the trailing edge; wherein the at least one circumferential edge (74,78) extends from the leading edge to the trailing edge, a first portion and a second portion of the circumferential edge (74,78) are parallel to the axis of the turbomachine, and said first and second portions (86, 90) are circumferentially offset; wherein the circumferential edge (74,78) comprises an angled edge portion extending between the first portion and the second portion; wherein the angled edge portion has an angle that is offset from the first portion and the second portion; the angled edge portion is configured to be spaced from the adjacent angled edge portion of a circumferentially adjacent vane; characterised in that the shroud is configured to contact a circumferentially adjacent shroud exclusively through both the first and second portions (86,90) of the circumferential edge (74,78).
Composition comprising an ISCOM complex; a soluble multimeric hemagglutinin ectodomain from an influenza virus; and a soluble multimeric neuramidase ectodomain from an influenza virus; wherein the ectodomains are substantially isolated from other proteins and from the rest of the NA and HA proteins of the influenza virus; wherein the ISCOM complex is an ISCOM matrix comprising at least one saponin, and at least one lipid; with the proviso that the ectodomains do not comprise a fused streptavidin affinity tag.
A machining aggregate with a body, with a receiving element connected to the body which serves to receive the machining aggregate in a machining plant, with a first tool receptacle which serves to receive a tool which serves to machine a workpiece, with a second tool receptacle which serves to receive a tool which serves to machine a workpiece, with a longitudinal direction of the body of the machining aggregate, with at least two planes (10, 11) which are arranged perpendicular to the longitudinal direction of the body of the machining aggregate, wherein the first tool receptacle is arranged in the first plane and the second tool receptacle is arranged in the second plane and the two planes (10, 11) are spaced apart from one another in the longitudinal direction, wherein the body has a circumferential direction and the first tool receptacle is arranged in the circumferential direction of the body offset at 90° from the second tool receptacle and wherein the machining aggregate has a drive and the drive is arranged in the body or on the body of the machining aggregate, wherein the drive provides the energy required for the machining of the workpiece with the tool received in a tool receptacle and the drive is associated with a plurality of tool receptacles and drives a plurality of tools.
Device for driving in rotation a toothed wheel, said device having: - a worm intended to mesh with said toothed wheel; - a motor that is arranged parallel to said worm and of which a drive shaft arranged at a first extremity is connected, via a belt, to a first extremity of said worm in order to drive the worm in rotation; - a flexible sleeve that partially surrounds said worm in such a way as to form an assembly described as a worm/sleeve assembly; and - adjustable pre-stressing means enabling pressure to be exerted on the worm/sleeve assembly at a second extremity of the worm opposite said first extremity, characterised in that: - said motor is arranged in a structure that is fitted pivotably relative to the worm/sleeve assembly; and - said device also has a force transfer means that is arranged so as to connect a second extremity of the motor, opposite said first extremity, to said sleeve at said second extremity of the worm. - a worm intended to mesh with said toothed wheel; - a motor that is arranged parallel to said worm and of which a drive shaft arranged at a first extremity is connected, via a belt, to a first extremity of said worm in order to drive the worm in rotation; - a flexible sleeve that partially surrounds said worm in such a way as to form an assembly described as a worm/sleeve assembly; and - adjustable pre-stressing means enabling pressure to be exerted on the worm/sleeve assembly at a second extremity of the worm opposite said first extremity, characterised in that: - said motor is arranged in a structure that is fitted pivotably relative to the worm/sleeve assembly; and - said device also has a force transfer means that is arranged so as to connect a second extremity of the motor, opposite said first extremity, to said sleeve at said second extremity of the worm.
A handle assembly for a power tool, the handle assembly comprising:- a support member adapted to be mounted to a body of a power tool for supporting a handle on the power tool; a handle adapted to be pivotably mounted to the support member, wherein first and second mounting portions on one of the handle and the support member are pivotably mounted to respective ends of a third mounting portion on the other of the handle and the support member; and a vibration damping mechanism comprising at least one elongate biasing member having at least one respective resilient portion extending without coiling thereof from said first mounting portion to said second mounting portion and adapted to engage said third mounting portion, the handle being capable of pivoting relative to the support member to cause deformation of said resilient portion, said resilient portion opposing said pivoting of the handle relative to the support member; characterised in that said elongate biasing member is an elongate resilient torsion member having a first part mounted to the third mounting portion and a respective second part mounted to each of said first and second mounting portions such that pivoting of the handle relative to the support member causes twisting of the elongate resilient torsion member to resiliently oppose pivoting of the handle relative to the support member. a support member adapted to be mounted to a body of a power tool for supporting a handle on the power tool; a handle adapted to be pivotably mounted to the support member, wherein first and second mounting portions on one of the handle and the support member are pivotably mounted to respective ends of a third mounting portion on the other of the handle and the support member; and a vibration damping mechanism comprising at least one elongate biasing member having at least one respective resilient portion extending without coiling thereof from said first mounting portion to said second mounting portion and adapted to engage said third mounting portion, the handle being capable of pivoting relative to the support member to cause deformation of said resilient portion, said resilient portion opposing said pivoting of the handle relative to the support member; characterised in that said elongate biasing member is an elongate resilient torsion member having a first part mounted to the third mounting portion and a respective second part mounted to each of said first and second mounting portions such that pivoting of the handle relative to the support member causes twisting of the elongate resilient torsion member to resiliently oppose pivoting of the handle relative to the support member.
A turbomachine part, comprising: a body having a first side and a second side; and an overhung section extending in an overhung manner, such that the overhung section lacks structural support in a portion thereof, from at least one of the first side and the second side of the body, wherein at least a portion of the overhung section includes a first plurality of material layers extending in a first direction, and a second plurality of material layers extending in a second direction at a non-coplanar direction relative to the first direction of the first plurality of material layers. a body having a first side and a second side; and an overhung section extending in an overhung manner, such that the overhung section lacks structural support in a portion thereof, from at least one of the first side and the second side of the body, wherein at least a portion of the overhung section includes a first plurality of material layers extending in a first direction, and a second plurality of material layers extending in a second direction at a non-coplanar direction relative to the first direction of the first plurality of material layers.
A method for construction of a wind energy plant having a tower which is based on a foundation and also an electrical power module essentially consisting of a transformer and optionally an inverter or other electrical devices, such as switchgear cabinets, which is intended for controlling the wind energy plant and/or for passing on the electrical power which is provided by the generator of the wind energy plant and is fed into a grid system, wherein the power module is mounted on the tower foundation before the construction of the tower, and wherein empty conduits for accommodating cables are arranged in the foundation of the wind energy plant, and the empty conduits are fixed with cross-members before the finishing of the foundation.
An electromechanical component arrangement for a gas turbine engine, comprising: a mechanical component for being disposed at a first side of a firewall of a gas turbine engine; an electronic module in communication with the mechanical component, the electronic module suitable for being separated from the mechanical component by a firewall, the firewall comprising a first side and a second side, in operation the second side having a lower operating temperature than the first side, the electronic module suitable for being inserted through a module opening in the firewall from the first side to the second side; a vibration isolation structure for being disposed at the second side, the electronic module connected thereto and including at least one vibration isolator for being secured to the firewall to vibrationally isolate the electronic module from gas turbine engine vibrations; and a cover plate for being installed over the module opening after the electronic module is inserted therethrough. a mechanical component for being disposed at a first side of a firewall of a gas turbine engine; an electronic module in communication with the mechanical component, the electronic module suitable for being separated from the mechanical component by a firewall, the firewall comprising a first side and a second side, in operation the second side having a lower operating temperature than the first side, the electronic module suitable for being inserted through a module opening in the firewall from the first side to the second side; a vibration isolation structure for being disposed at the second side, the electronic module connected thereto and including at least one vibration isolator for being secured to the firewall to vibrationally isolate the electronic module from gas turbine engine vibrations; and a cover plate for being installed over the module opening after the electronic module is inserted therethrough.
A member for use in a vacuum bandage connected to a vacuum source and for use with a wound having a wound surface, the member comprising: a wound contacting layer having a top surface and a bottom surface adapted to be in contact with and generally conform to the wound surface, wherein the top surface of the wound contacting layer has channels formed therein, a plurality of discrete through holes which extend from the channels to the bottom surface of the wound contacting layer, a cover coupled to the top surface of the wound contacting layer, at least one discrete access hole extending through a top surface of the cover, and a port adapted to communicate with the vacuum source, the port communicating with each discrete hole, and the at least one discrete access hole, wherein the cover cooperates with the channels of the wound contacting layer to define passageways between the port and each discrete through hole and between the port and the at least one discrete access hole, characterised in that the at least one discrete access hole is in communication with the passageways of the wound contacting layer, such that the at least one discrete access hole is adapted to communicate negative pressure to an undermined portion of the wound. a wound contacting layer having a top surface and a bottom surface adapted to be in contact with and generally conform to the wound surface, wherein the top surface of the wound contacting layer has channels formed therein, a plurality of discrete through holes which extend from the channels to the bottom surface of the wound contacting layer, a cover coupled to the top surface of the wound contacting layer, at least one discrete access hole extending through a top surface of the cover, and a port adapted to communicate with the vacuum source, the port communicating with each discrete hole, and the at least one discrete access hole, wherein the cover cooperates with the channels of the wound contacting layer to define passageways between the port and each discrete through hole and between the port and the at least one discrete access hole, characterised in that the at least one discrete access hole is in communication with the passageways of the wound contacting layer, such that the at least one discrete access hole is adapted to communicate negative pressure to an undermined portion of the wound.
A method for machining shaped bricks (1, 1c) made of a cement-bound material or concrete on at least one surface side (1.1) with a plurality of machining tools moved along the surface side (1.1) and lying with machining heads against the surface side, wherein the elastic or spring-loaded machining tools are moved at least over part of their movement path over the surface side of the respective shaped brick, wherein the machining tools are provided on a tool transport element forming a closed loop, for example on a chain, which can be driven in a circulating manner, wherein the machining tools project away from the tool transport element in an axial direction perpendicular to or transversely to the plane of the loop of the transport element, characterised in that the shaped bricks (1, 1c) are moved with a transport element in a transport direction and that the movement path of the elastic or spring-loaded machining tools forms an angle (α) of 40° to 45° with the transport direction, which angle opens in transport direction, i.e. in the direction of the run-out (10.2) of the device, that, in the case of the simultaneous machining of a plurality of shaped bricks arranged in a brick layer, the machining thereof takes place in at least two machining steps following one another in time, and that, in a first machining step, a first group of shaped bricks is raised during the machining to allow free access to their edges and, in at least one further machining step, when the already machined shaped bricks are lowered, the shaped bricks of a second group still to be treated are raised for the machining.
Driver for emergency lighting means, comprising: output terminals (111a-b) for electrically supplying at least one emergency lighting means, and a test switch for starting a test routine controlled by a controller of the driver, wherein the driver is configured to start the test routine if the test switch is activated according to a first operation pattern, and is settable to a commissioning mode if the test switch is activated according to a predefined second operation pattern defined by time durations and/or repetition criteria of the second operation pattern, the second operation pattern being different to the first operation pattern, wherein the driver in the commissioning mode is configured to receive commissioning data by a subsequent operation of the test switch. output terminals (111a-b) for electrically supplying at least one emergency lighting means, and a test switch for starting a test routine controlled by a controller of the driver, wherein the driver is configured to start the test routine if the test switch is activated according to a first operation pattern, and is settable to a commissioning mode if the test switch is activated according to a predefined second operation pattern defined by time durations and/or repetition criteria of the second operation pattern, the second operation pattern being different to the first operation pattern, wherein the driver in the commissioning mode is configured to receive commissioning data by a subsequent operation of the test switch.