mhurhangee/ep-ind-claims huggingface dataset:
A system for angle polishing of side-by-side ferrules (14, 16) to deliver polished surfaces (24, 26) in a lateral orientation, wherein the system comprises: a. a connector including a connector body and defining a longitudinal axis; b. at least two ferrules (14, 16) mounted with respect to the connector body and arranged in a side-by-side orientation, wherein each of the at least two ferrules (14, 16) defines an end face (24, 26); wherein the connector body is configured to allow at least one of the at least two ferrules (14, 16) to move relative to the connector body between a first, polishing position wherein the end face of a first ferrule of the at least two ferrules (14, 16) is extended distally relative to the end face of a second ferrule of the at least two ferrules (14, 16) and the end faces (24, 26) of the ferrules (14, 16) are coplanar when the connector is laterally tilted for polishing, and a second, mating position wherein both of the end faces (24, 26) of the at least two ferrules (14, 16) are aligned at a same height; and wherein movement of the at least one ferrule (14, 16) relative to the connector body facilitates lateral orientation of the angle polished end face (24, 26) of all ferrules (14, 16) relative to the connector body when in the mating position. a. a connector including a connector body and defining a longitudinal axis; b. at least two ferrules (14, 16) mounted with respect to the connector body and arranged in a side-by-side orientation, wherein each of the at least two ferrules (14, 16) defines an end face (24, 26); wherein the connector body is configured to allow at least one of the at least two ferrules (14, 16) to move relative to the connector body between a first, polishing position wherein the end face of a first ferrule of the at least two ferrules (14, 16) is extended distally relative to the end face of a second ferrule of the at least two ferrules (14, 16) and the end faces (24, 26) of the ferrules (14, 16) are coplanar when the connector is laterally tilted for polishing, and a second, mating position wherein both of the end faces (24, 26) of the at least two ferrules (14, 16) are aligned at a same height; and wherein movement of the at least one ferrule (14, 16) relative to the connector body facilitates lateral orientation of the angle polished end face (24, 26) of all ferrules (14, 16) relative to the connector body when in the mating position.
A coronary access assembly (100, 340), comprising: a coronary sinus guide (102, 202, 402) comprising: an elongate member (104, 204) including a proximal end (106, 206) and a distal end (108, 208), wherein the elongate member (104, 204) comprises: a proximal portion (110, 210); a curved medial portion (114, 214) extending distally from the proximal portion (110, 210), the curved medial (114, 214) portion curving through a substantially circular arc, the proximal portion (110, 210) and the medial portion (114, 214) disposed in a first plane; and a distal portion (118, 218) extending distally from the curved medial portion (114, 214) in a second plane; a first core (172, 472) disposable within the coronary sinus guide (102, 202, 402), the coronary access assembly characterised in that the first core (172, 472) comprises a nitinol reinforcement member, and further characterised by a lateral vein introducer (342, 442); and a second core (392, 492) disposable within the lateral vein introducer (342, 442), the second core (392, 492) comprising a nitinol reinforcement member. a coronary sinus guide (102, 202, 402) comprising: an elongate member (104, 204) including a proximal end (106, 206) and a distal end (108, 208), wherein the elongate member (104, 204) comprises: a proximal portion (110, 210); a curved medial portion (114, 214) extending distally from the proximal portion (110, 210), the curved medial (114, 214) portion curving through a substantially circular arc, the proximal portion (110, 210) and the medial portion (114, 214) disposed in a first plane; and a distal portion (118, 218) extending distally from the curved medial portion (114, 214) in a second plane; a proximal portion (110, 210); a curved medial portion (114, 214) extending distally from the proximal portion (110, 210), the curved medial (114, 214) portion curving through a substantially circular arc, the proximal portion (110, 210) and the medial portion (114, 214) disposed in a first plane; and a distal portion (118, 218) extending distally from the curved medial portion (114, 214) in a second plane; a first core (172, 472) disposable within the coronary sinus guide (102, 202, 402), the coronary access assembly characterised in that the first core (172, 472) comprises a nitinol reinforcement member, and further characterised by a lateral vein introducer (342, 442); and a second core (392, 492) disposable within the lateral vein introducer (342, 442), the second core (392, 492) comprising a nitinol reinforcement member. a lateral vein introducer (342, 442); and a second core (392, 492) disposable within the lateral vein introducer (342, 442), the second core (392, 492) comprising a nitinol reinforcement member.
A combustor of a gas turbine engine, comprising: a support shell (68, 72), and a liner panel (72, 74) comprising: a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge (154, 156) that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails. a support shell (68, 72), and a liner panel (72, 74) comprising: a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge (154, 156) that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails. a perimeter rail that extends from a cold side of the liner panel, the perimeter rail formed by a forward circumferential rail, an aft circumferential rail parallel to the forward circumferential rail, and axial rails that interconnect the forward and aft circumferential rail wherein the perimeter rail seals the liner panel with respect to the support shell to form an impingement cavity therebetween wherein the aft circumferential rail comprises a radiused edge that blends into the hot side of the liner panel, the axial rails comprise a radiused edge (154, 156) that blends into the hot side of the liner panel and the forward circumferential rail does not comprise a radiused edge; and a thermal barrier coating on the hot side and the radiused edges of the aft circumferential rail and the axial rails.
A transgenic corn plant, seed, cell, or plant part thereof obtainable by a method comprising: (a) crossing a transgenic corn plant comprising event MON87403, a representative sample of seed comprising said event having been deposited under ATCC Accession No. PTA-13584, comprising a nucleic acid molecule comprising (i) a nucleotide sequence selected from the group consisting of SEQ ID NOs: 1, 3, 5 and 7 and a nucleotide sequence selected from the group consisting of SEQ ID NOs: 2, 4, 6 and 8 and further comprising the nucleotide sequence of SEQ ID NO:9, or (ii) the nucleotide sequence of SEQ ID NO: 10, with itself or a second corn plant, thereby producing seed; (b) collecting said seed produced from said crossing; (c) growing said seed to produce a plurality of progeny plants; and (d) selecting a progeny plant comprising a nucleic acid molecule comprising (i) a nucleotide sequence selected from the group consisting of SEQ ID NOs: 1, 3, 5 and 7 and a nucleotide sequence selected from the group consisting of SEQ ID NOs: 2, 4, 6 and 8 and further comprising the nucleotide sequence of SEQ ID NO:9, or (ii) the nucleotide sequence of SEQ ID NO: 10. (a) crossing a transgenic corn plant comprising event MON87403, a representative sample of seed comprising said event having been deposited under ATCC Accession No. PTA-13584, comprising a nucleic acid molecule comprising (i) a nucleotide sequence selected from the group consisting of SEQ ID NOs: 1, 3, 5 and 7 and a nucleotide sequence selected from the group consisting of SEQ ID NOs: 2, 4, 6 and 8 and further comprising the nucleotide sequence of SEQ ID NO:9, or (ii) the nucleotide sequence of SEQ ID NO: 10, with itself or a second corn plant, thereby producing seed; (b) collecting said seed produced from said crossing; (c) growing said seed to produce a plurality of progeny plants; and (d) selecting a progeny plant comprising a nucleic acid molecule comprising (i) a nucleotide sequence selected from the group consisting of SEQ ID NOs: 1, 3, 5 and 7 and a nucleotide sequence selected from the group consisting of SEQ ID NOs: 2, 4, 6 and 8 and further comprising the nucleotide sequence of SEQ ID NO:9, or (ii) the nucleotide sequence of SEQ ID NO: 10.
A method for transmitting a broadcast signal, the method comprising: encoding service data being carried by at least one data pipe, DP, which is a logical channel in a physical layer; generating at least one signal frame including data symbols which include the encoded service data; modulating data in the at least one signal frame using an orthogonal frequency division multiplex, OFDM, scheme; inserting a preamble symbol at a beginning of each of the at least one signal frame in a time domain; and transmitting a broadcast signal having the modulated data of the at least one signal frame, wherein the preamble symbol includes a wake-up indicator which wakes up a receiver to decode a DP for an emergency alert table, EAT, and acquire the EAT which includes a 16-bit service identifier for an emergency-related service, and wherein the broadcast signal further includes physical layer signaling information indicating whether the signal frame includes the EAT or not. encoding service data being carried by at least one data pipe, DP, which is a logical channel in a physical layer; generating at least one signal frame including data symbols which include the encoded service data; modulating data in the at least one signal frame using an orthogonal frequency division multiplex, OFDM, scheme; inserting a preamble symbol at a beginning of each of the at least one signal frame in a time domain; and transmitting a broadcast signal having the modulated data of the at least one signal frame, wherein the preamble symbol includes a wake-up indicator which wakes up a receiver to decode a DP for an emergency alert table, EAT, and acquire the EAT which includes a 16-bit service identifier for an emergency-related service, and wherein the broadcast signal further includes physical layer signaling information indicating whether the signal frame includes the EAT or not.
A method for storing and releasing energy, in which the energy in part is stored in water, wherein the water is heated, characterised in that, the energy is primarily stored in a pressurised water reservoir, in that the release of the energy takes place by the evacuation of the pressurised water reservoir with the release of steam, wherein a pressure is exerted onto the water in the pressurised water reservoir through a pressure-side connection with a pressurised gas reservoir, such that the water in the pressurised water reservoir cannot vaporise.
Heating chamber for a portable stove comprising: a fixation mechanism for resolvably leak-free securing a container such as a bottle to a first surface of the heating chamber; one or more compartments (8, 27, 29) fillable with liquid, typically water, dispensed from the container; a pressure compensation valve; an outlet, in particular a pressure valve, configured to release the liquid from the heating chamber. a fixation mechanism for resolvably leak-free securing a container such as a bottle to a first surface of the heating chamber; one or more compartments (8, 27, 29) fillable with liquid, typically water, dispensed from the container; a pressure compensation valve; an outlet, in particular a pressure valve, configured to release the liquid from the heating chamber.
Method for fixing a further component to a component by means of a metric or imperial screw which is intended for screwing into a metric or imperial nut thread, respectively, wherein the screw is made of a metal which has a higher hardness than aluminium, wherein the component comprises a screw channel which is limited in cross-section by an inner lateral surface, wherein the inner lateral surface has an edge which extends parallel to a central axis of the screw channel and projects towards the central axis when viewed in cross-section, namely has the smallest distance to the central axis of the entire inner lateral surface, wherein the central axis extends perpendicular to the surface of the component through which the screw is screwed in, wherein the screw is rotated in the direction of the central axis into the screw channel for fixing the two components (1, 2) and in this way produces an internal thread in the edge, wherein the component is produced from aluminium or fibre-reinforced plastic, wherein at least three edges are provided which extend parallel to the central axis and project towards the central axis when viewed in cross-section.
A cleaning robot comprising: a main body; a driver configured to move the main body; an obstacle detector including an electrode plate and a touch integrated circuit, IC configured to detect a change in capacitance detected by the electrode plate; and a controller configured to determine an obstacle based on a signal transmitted by the obstacle detector, and to control the driver, characterized in that, the electrode plate of the obstacle detector is provided on a bottom of the main body. a main body; a driver configured to move the main body; an obstacle detector including an electrode plate and a touch integrated circuit, IC configured to detect a change in capacitance detected by the electrode plate; and a controller configured to determine an obstacle based on a signal transmitted by the obstacle detector, and to control the driver, characterized in that, the electrode plate of the obstacle detector is provided on a bottom of the main body.
Cycle counter for a pneumatic, or hydraulic, or electric apparatus, in particular for a pneumatic impact wrench, comprising: a sensor mounted inside said apparatus, said sensor being configured for detecting a complete rotation performed by a rotor included in said apparatus, and for generating, for each complete rotation detected, a cycle signal; and a processing unit mounted inside said apparatus, said processing unit being configured for communicating with said sensor for receiving said cycle signal and for processing, on the basis of said cycle signal, information on the use of said apparatus, in particular a total number of cycles completed by said rotor and/or a rotation direction of said rotor and/or a total or partial working time of said apparatus and/or a number of impacts for each cycle and/or a number of revolutions per minute of said rotor, in which said processing unit comprises a memory card configured for storing said information and making said information accessible to an operator, characterised in that said sensor is configured in such a manner as to generate said cycle signal when said detected complete rotation is performed at a speed that is lower than a preset reference speed, in particular a loadless rotation speed of said rotor. a sensor mounted inside said apparatus, said sensor being configured for detecting a complete rotation performed by a rotor included in said apparatus, and for generating, for each complete rotation detected, a cycle signal; and a processing unit mounted inside said apparatus, said processing unit being configured for communicating with said sensor for receiving said cycle signal and for processing, on the basis of said cycle signal, information on the use of said apparatus, in particular a total number of cycles completed by said rotor and/or a rotation direction of said rotor and/or a total or partial working time of said apparatus and/or a number of impacts for each cycle and/or a number of revolutions per minute of said rotor, in which said processing unit comprises a memory card configured for storing said information and making said information accessible to an operator, characterised in that said sensor is configured in such a manner as to generate said cycle signal when said detected complete rotation is performed at a speed that is lower than a preset reference speed, in particular a loadless rotation speed of said rotor.
A patient treatment system, comprising: a signal generator having a computer readable storage medium with instructions that, in operation, generate a therapy signal having a pulse width in a pulse width range from 600 ms to 2 seconds; and a signal delivery element coupleable to the signal generator, wherein the signal delivery element is positionable proximate a spinal cord region, and, in operation, delivers the therapy signal to the spinal cord region. a signal generator having a computer readable storage medium with instructions that, in operation, generate a therapy signal having a pulse width in a pulse width range from 600 ms to 2 seconds; and a signal delivery element coupleable to the signal generator, wherein the signal delivery element is positionable proximate a spinal cord region, and, in operation, delivers the therapy signal to the spinal cord region.
An organic electroluminescent display panel, comprising a base substrate and a pixel definition layer located on the base substrate, wherein: the pixel definition layer has opening regions corresponding to pixel areas of the organic electroluminescent display panel, and each of the opening regions has an opening larger than a bottom surface of the opening region; an upper surface (a) of the pixel definition layer is formed from a hydrophobic material, and an inclination surface (b) of the pixel definition layer corresponding to each of the opening regions is formed from a hydrophilic material, characterized in that each of the opening regions has a cross-section perpendicular to the base substrate with a width firstly increased and then decreased in a continuous manner from the opening to the bottom surface. the pixel definition layer has opening regions corresponding to pixel areas of the organic electroluminescent display panel, and each of the opening regions has an opening larger than a bottom surface of the opening region; an upper surface (a) of the pixel definition layer is formed from a hydrophobic material, and an inclination surface (b) of the pixel definition layer corresponding to each of the opening regions is formed from a hydrophilic material, characterized in that each of the opening regions has a cross-section perpendicular to the base substrate with a width firstly increased and then decreased in a continuous manner from the opening to the bottom surface.
A substrate lamination apparatus, the apparatus comprising: a vacuum chamber; a flexible membrane, the flexible membrane partitioning the vacuum chamber into a first compartment and a second compartment; a substrate support; and a substrate alignment insert, characterized in that the substrate alignment insert comprises a base portion and at least one substrate alignment guide, the substrate alignment insert being removable from the lamination apparatus to enable lamination of different sized substrates. a vacuum chamber; a flexible membrane, the flexible membrane partitioning the vacuum chamber into a first compartment and a second compartment; a substrate support; and a substrate alignment insert, characterized in that the substrate alignment insert comprises a base portion and at least one substrate alignment guide, the substrate alignment insert being removable from the lamination apparatus to enable lamination of different sized substrates.
Fluid pump, driven by an electric motor which is coupled to a pump rotor of the fluid pump, wherein the electric motor is an axial flow electric motor, the electric motor rotor of which is also the pump rotor, and the pump rotor and the electric motor rotor are accommodated in a common housing in which the pump rotor and the electric motor rotor rotate in an integrated fashion in the shape of a disk as a combination rotor, wherein the common housing has a fluid inflow and a fluid outflow (8, 15) to and from the combination rotor; wherein a first stator of the axial flow motor surrounds the combination rotor on a first end side, and a second stator of the axial flow motor surrounds the combination rotor on a second end side, opposite the first end side, of the common housing; characterized in that cores of the first stator and of the second stator lie opposite one another, offset with respect to one another and axis-parallel with respect to the rotational axis of the rotor.
Method for producing a drawer with at least one drawer element, wherein the at least one drawer element is made of plastic, characterised in that the at least one drawer element (1, 4, 7, 8, 9) made of plastic is powder coated, and wherein at least one associated base part is present in addition to the one drawer element (1, 4, 7, 8, 9), wherein a metal surface of the base part is powder coated, in particular a drawer frame.
Container for holding a substance that is transferrable by pipette for the processing of biological substances, comprising: - an outer wall; - a contiguous substance volume delimited by the outer wall for accommodating the substance that is transferrable by pipette; and - a wall, preferably a lid, having a plurality of opening areas which can be perforated to allow access to the substance volume for withdrawing the substance for transfer by pipette, wherein the wall or lid is provided with a reinforcement which is designed to counteract a force upon penetration of one or more of the opening areas, characterized in that the reinforcement has: - a different material than the opening area; and - a reinforced bordering part which at least partly surrounds a respective opening area; and - a plurality of reinforcement fins that are in contact with the bordering part. - an outer wall; - a contiguous substance volume delimited by the outer wall for accommodating the substance that is transferrable by pipette; and - a wall, preferably a lid, having a plurality of opening areas which can be perforated to allow access to the substance volume for withdrawing the substance for transfer by pipette, - a different material than the opening area; and - a reinforced bordering part which at least partly surrounds a respective opening area; and - a plurality of reinforcement fins that are in contact with the bordering part.