mhurhangee/ep-ind-claims huggingface dataset:
Location method for a railway track, carried out by a railway location system traveling on the railway track in a direction of travel, the location method comprising the following actions: - repeatedly acquiring, by means of a line-scan camera of the railway location system aimed at the railway track, instantaneous linear optical data along an instantaneous measurement line, - constructing a potentially distorted raster image of a region of the surface of the railway track by processing at least the instantaneous linear optical data, and - identifying points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) in the potentially distorted raster image, characterized in that: - data on the orientation of the railway location system with respect to a reference line of the railway track is repeatedly acquired using an orientation device of the railway location system, and - rectified coordinates of the points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) are determined on the basis of potentially distorted coordinates of the points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) in a repository of the potentially distorted raster image and orientation data. - repeatedly acquiring, by means of a line-scan camera of the railway location system aimed at the railway track, instantaneous linear optical data along an instantaneous measurement line, - constructing a potentially distorted raster image of a region of the surface of the railway track by processing at least the instantaneous linear optical data, and - identifying points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) in the potentially distorted raster image, characterized in that: - data on the orientation of the railway location system with respect to a reference line of the railway track is repeatedly acquired using an orientation device of the railway location system, and - rectified coordinates of the points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) are determined on the basis of potentially distorted coordinates of the points or lines of interest (A, B, C, D, A', B', C', D', 162, 163, 164) in a repository of the potentially distorted raster image and orientation data.
A power panel for generating thermal and electric energy from solar radiation, the power panel comprising: a transparent panel facing a source of the solar radiation; a photovoltaic panel for generating electrical power positioned on an opposite side of the transparent panel from the source of the solar radiation, the photovoltaic panel including: a PV cell tray having a first face directed toward the source of the solar radiation; a first layer of an adhesive applied to the first face of the PV cell tray; and multiple solar cells (62, 62', 62", 62"') fixedly connected to the PV cell tray first face by the first layer of the adhesive, characterized in that the solar cells (62, 62', 62", 62"') are arranged in series in individual cell columns (68a, 68b, 68c, 68d), wherein the power panel further includes a synthetic molded enclosure comprising a solar radiation top surface, bottom surface and sidewalls, the PV cell tray positioned in contact with the synthetic molded enclosure and spaced above the top surface, the PV cell tray having a second face oppositely directed with respect to the first face in contact with a fluid flowing on the top surface; and wherein at least the second face includes a plurality of dimples forming a pattern of raised surfaces aiding in development of turbulent flow of the fluid. a transparent panel facing a source of the solar radiation; a photovoltaic panel for generating electrical power positioned on an opposite side of the transparent panel from the source of the solar radiation, the photovoltaic panel including: a PV cell tray having a first face directed toward the source of the solar radiation; a first layer of an adhesive applied to the first face of the PV cell tray; and multiple solar cells (62, 62', 62", 62"') fixedly connected to the PV cell tray first face by the first layer of the adhesive, characterized in that the solar cells (62, 62', 62", 62"') are arranged in series in individual cell columns (68a, 68b, 68c, 68d), a PV cell tray having a first face directed toward the source of the solar radiation; a first layer of an adhesive applied to the first face of the PV cell tray; and multiple solar cells (62, 62', 62", 62"') fixedly connected to the PV cell tray first face by the first layer of the adhesive, characterized in that the solar cells (62, 62', 62", 62"') are arranged in series in individual cell columns (68a, 68b, 68c, 68d), wherein the power panel further includes a synthetic molded enclosure comprising a solar radiation top surface, bottom surface and sidewalls, the PV cell tray positioned in contact with the synthetic molded enclosure and spaced above the top surface, the PV cell tray having a second face oppositely directed with respect to the first face in contact with a fluid flowing on the top surface; and wherein at least the second face includes a plurality of dimples forming a pattern of raised surfaces aiding in development of turbulent flow of the fluid.
A piston assembly for a spring-loaded contact, comprising: - a piston body, arranged to be received into a guiding cylinder of the spring loaded contact, - a piston head, with a contacting surface arranged for contacting an external part, - a clip arranged to mate with a conductive portion of the spring loaded contact, the piston assembly being characterized by that the piston body comprises a through hole, the clip being arranged into the through hole, and that the piston head is attached to the piston body by an ultrasonic welded portion. - a piston body, arranged to be received into a guiding cylinder of the spring loaded contact, - a piston head, with a contacting surface arranged for contacting an external part, - a clip arranged to mate with a conductive portion of the spring loaded contact, the piston assembly being characterized by that the piston body comprises a through hole, the clip being arranged into the through hole,
A light emitting diode, comprising: a lower semiconductor layer (113, 213) formed on a substrate (111, 211); an upper semiconductor layer (117, 217) disposed above the lower semiconductor layer (113, 213) to expose at least a portion of the lower semiconductor layer (113, 213) forming an inclined mesa surface by a mesa-etching; a first electrode (121, 221) formed on a region of the upper semiconductor layer (117, 217), with an insulation layer (119, 140, 219, 240) interposed between the first electrode and the region of the upper semiconductor (117, 217), to supply electric current to the lower semiconductor layer (113, 213); a second electrode (133, 231) formed on another region of the upper semiconductor layer (117, 217) to supply electric current to the upper semiconductor layer (117, 217); and a DBR layer formed on a bottom side of the substrate, wherein the first electrode (121, 221) comprises an inclined extension part formed on the inclined mesa surface extending from the first electrode (121, 221) to the exposed portion of the lower semiconductor layer (113, 213), and wherein the insulation layer is formed on the upper surface of the upper semiconductor layer (117, 217) and the inclined mesa surface. a lower semiconductor layer (113, 213) formed on a substrate (111, 211); an upper semiconductor layer (117, 217) disposed above the lower semiconductor layer (113, 213) to expose at least a portion of the lower semiconductor layer (113, 213) forming an inclined mesa surface by a mesa-etching; a first electrode (121, 221) formed on a region of the upper semiconductor layer (117, 217), with an insulation layer (119, 140, 219, 240) interposed between the first electrode and the region of the upper semiconductor (117, 217), to supply electric current to the lower semiconductor layer (113, 213); a second electrode (133, 231) formed on another region of the upper semiconductor layer (117, 217) to supply electric current to the upper semiconductor layer (117, 217); and a DBR layer formed on a bottom side of the substrate, wherein the first electrode (121, 221) comprises an inclined extension part formed on the inclined mesa surface extending from the first electrode (121, 221) to the exposed portion of the lower semiconductor layer (113, 213), and wherein the insulation layer is formed on the upper surface of the upper semiconductor layer (117, 217) and the inclined mesa surface.
Method for the operation of a generator switch for medium or high voltage, in which switching device at least two parallel switching paths (4, 5, 6) are allocated to a phase (18, 19, 20), with the steps: - detection of current zero crossings (31, 32) in this phase (18, 19, 20), - actuation of at least one switching mechanism, which is operatively connected to the switching paths (4, 5, 6), in such a way that all parallel switching paths (4, 5, 6) allocated to this phase (18, 19, 20) open within a window of time (21, 22, 23, 24) that is correlated to the current zero crossings (31, 32) in this phase (18, 19, 20), characterized in that a time separation between the opening of a first of the parallel switching paths (4, 5, 6) to open and the opening of a last of the parallel switching paths (4, 5, 6) to open corresponds to at most one fifth of a duration of a period of a network frequency. - detection of current zero crossings (31, 32) in this phase (18, 19, 20), - actuation of at least one switching mechanism, which is operatively connected to the switching paths (4, 5, 6), in such a way that all parallel switching paths (4, 5, 6) allocated to this phase (18, 19, 20) open within a window of time (21, 22, 23, 24) that is correlated to the current zero crossings (31, 32) in this phase (18, 19, 20),
An arrangement for stabilizing a work machine, such as a forest work machine or another work machine, which comprises axled actual wheels, the arrangement comprising a bearing structure and a support arm, adapted vertically rotatably by means of the bearing structure to a frame of the work machine and on the side of the outer end of the support arm a wheel hub, supported by the support arm, for an auxiliary wheel, and the auxiliary wheel, and that the arrangement further comprises a hydraulic actuator to change the position of the wheel hub and consequently also the auxiliary wheel, characterized in that the wheel hub is supported by the support arm by means of a slide support structure provided in connection with the wheel hub, to enable the auxiliary wheel to move, supported by the support arm, in the direction of the support arm, and wherein the bearing structure enabling the vertical rotation of the support arm is a planar vertical structure which comprises a chamber piece and in it a circularly symmetric chamber for a circularly symmetric base part (SA1B) comprised by the support arm, and in addition the planar vertical structure comprises a support plate structure to cover the chamber.
An apparatus comprising: (a) a housing (310, 318) defining a gap configured to receive a portion of an end effector of a surgical stapler; (b) a platform, wherein a portion of the platform is exposed in the gap defined by the housing; (c) a first buttress assembly (100, 110) positioned on the platform, wherein the buttress assembly is exposed in the gap defined by the housing, wherein the first buttress assembly defines a longitudinal axis; and (d) at least one retainer member configured to selectively retain the first buttress assembly against the platform, wherein the at least one retainer member is further configured to release the first buttress assembly from the platform in response to a clamping action of an end effector positioned in the gap defined by the housing, wherein the at least one retainer member is configured to move from a first position to a second position, wherein the least one retainer member configured to selectively retain the first buttress assembly against the platform when the at least one retainer member is in the first position, wherein the at least one retainer is further configured to release the first buttress assembly from the platform when the at least one retainer member is in the second position, characterised in that the at least one retainer member is configured to slide along a path that is transverse to the longitudinal axis to thereby move from the first position to the second position, and wherein a portion of the at least one retainer member is configured to bear against a corresponding surface of the platform when the at least one retainer member is in the second position, providing friction such that the at least one retainer member is configured to remain in the second position after reaching the second position. (a) a housing (310, 318) defining a gap configured to receive a portion of an end effector of a surgical stapler; (b) a platform, wherein a portion of the platform is exposed in the gap defined by the housing; (c) a first buttress assembly (100, 110) positioned on the platform, wherein the buttress assembly is exposed in the gap defined by the housing, wherein the first buttress assembly defines a longitudinal axis; and (d) at least one retainer member configured to selectively retain the first buttress assembly against the platform, wherein the at least one retainer member is further configured to release the first buttress assembly from the platform in response to a clamping action of an end effector positioned in the gap defined by the housing,
A liquid stable vaccine that comprises a live swine virus, 10-30% (w/v) of the sugar alcohol sorbitol, and 0.3 to 0.5 M of the amino acid arginine; wherein the liquid stable vaccine comprises 10 to 20 mM phosphate buffer and has a pH of 6.0 to 8.0; wherein the live swine virus is live attenuated Porcine Reproductive and Respiratory Syndrome Virus.
An oven comprising a body having a front wall with a front opening for providing access to a cooking compartment; a flange forming the front wall; a front panel being fixed to the flange, the front panel having at least one first flap which is formed by bending the front panel towards the body so as to form a bracket; and comprising a connection piece for fixing the front panel to the flange, the connection piece having an upper channel for accommodating said first flap and having a lower channel for accommodating at least one wall (341, 342, 345) of said flange, characterized in that the upper channel of the connecting piece is adapted to restrict a movement of the first flap away from the flange.
A Radio Frequency, RF, generator in particular for a plasma application, comprising: a cooling element; at least a first RF power stage having a first output and a second RF power stage having a second output, both being mounted onto a surface of the cooling element; an RF combining network mounted onto the surface of the cooling element comprising at least a first input and a second input; an RF distribution element, wherein the RF distribution element comprises a printed circuit board, PCB, having a plurality of conductors (34, 36), wherein the conductors of the RF distribution element are arranged such that the first output of the first RF power stage is connected to the first input of the RF combining network and the second output of the second RF power stage with the second input of the RF combining network, respectively, wherein the PCB of the RF distribution element is arranged perpendicularly to the surface of the cooling element. a cooling element; at least a first RF power stage having a first output and a second RF power stage having a second output, both being mounted onto a surface of the cooling element; an RF combining network mounted onto the surface of the cooling element comprising at least a first input and a second input; an RF distribution element, wherein the RF distribution element comprises a printed circuit board, PCB, having a plurality of conductors (34, 36), wherein the conductors of the RF distribution element are arranged such that the first output of the first RF power stage is connected to the first input of the RF combining network and the second output of the second RF power stage with the second input of the RF combining network, respectively, wherein the PCB of the RF distribution element is arranged perpendicularly to the surface of the cooling element.
A needle housing having a distal end which is removably connectable to source of injectable fluid and a proximal end for contacting a patient, the needle housing comprising: a) a hollow needle through which the injectable fluid is deliverable to the patient, the needle having a proximal end for insertion into body tissue of the patient; and b) a chamber having an open proximal end, the chamber surrounding at least part of the needle and extending proximally beyond the proximal end of the needle to the open proximal end; characterised in that the open proximal end of the chamber is deformable and comprises a lip which is deformable and resiliently sealable against the body of the tissue of the patient to the extent necessary to allow the chamber, in use, to substantially completely fill with injectable fluid and such that the fluid in the chamber can be pressurised, and is moveable relative to the needle from a position in which the chamber extends proximally beyond the proximal end of the needle to a position in which the proximal end of the needle extends proximally through the open proximal end of the chamber, and wherein the needle housing additionally comprises a gas permeable section or a closable opening which connects the chamber to the exterior of the needle housing. a) a hollow needle through which the injectable fluid is deliverable to the patient, the needle having a proximal end for insertion into body tissue of the patient; and b) a chamber having an open proximal end, the chamber surrounding at least part of the needle and extending proximally beyond the proximal end of the needle to the open proximal end;
A method of production of a cooled solid of a polymerizable composition comprised of a mixture of a norbornene-based monomer and a metathesis polymerization catalyst comprising a step of preparing a mixture for a polymerizable composition comprised of the norbornene-based monomer and the metathesis polymerization catalyst, and a step of solidifying the mixture for a polymerizable composition by cooling, wherein the metathesis polymerization catalyst is a compound represented by a following general formula: wherein, in the general formula, m is 0 or 1, Q is an oxygen atom, nitrogen atom, sulfur atom, methylene group, ethylene group, or carbonyl group, ---- is a single bond or double bond, R 1 indicates a hydrogen atom; halogen atom; or C 1 to C 20 organic group which may contain a halogen atom, oxygen atom, nitrogen atom, sulfur atom, phosphorus atom or silicon atom, where the organic group which forms R 1 may be substituted, X 1 and X 2 respectively independently indicate any anionic ligand, L 1 indicates a hetero atom-containing carbene compound or a neutral electron donor compound other than a hetero atom-containing carbene compound, and R 13 to R 21 are each a hydrogen atom; halogen atom; or C 1 to C 20 organic group which may contain a halogen atom, oxygen atom, nitrogen atom, sulfur atom, phosphorus atom, or silicon atom, where the organic groups which form R 13 to R 21 may be substituted, or may bond together to form a ring, and R 1, X 1, X 2, and L 1 may respectively independently and/or in any combination bond together to form a multi-dendate chelate ligand. m is 0 or 1, Q is an oxygen atom, nitrogen atom, sulfur atom, methylene group, ethylene group, or carbonyl group, ---- is a single bond or double bond, R 1 indicates a hydrogen atom; halogen atom; or C 1 to C 20 organic group which may contain a halogen atom, oxygen atom, nitrogen atom, sulfur atom, phosphorus atom or silicon atom, where the organic group which forms R 1 may be substituted, X 1 and X 2 respectively independently indicate any anionic ligand, L 1 indicates a hetero atom-containing carbene compound or a neutral electron donor compound other than a hetero atom-containing carbene compound, and R 13 to R 21 are each a hydrogen atom; halogen atom; or C 1 to C 20 organic group which may contain a halogen atom, oxygen atom, nitrogen atom, sulfur atom, phosphorus atom, or silicon atom, where the organic groups which form R 13 to R 21 may be substituted, or may bond together to form a ring, and R 1, X 1, X 2, and L 1 may respectively independently and/or in any combination bond together to form a multi-dendate chelate ligand.
A gear transmission comprising a gear structure and a plurality of motors (36a, 36c, 60) configured to drive the gear structure, wherein the gear structure comprises: a plurality of crankshafts, each of the plurality of motors (36a, 36c, 60) being attached to one of the plurality of crankshafts, and each of the crankshafts comprising an eccentric body; an eccentric rotation gear engaging with the eccentric bodies; and a rotation gear comprising a greater number of teeth than that of the eccentric rotation gear and meshing with the eccentric rotation gear, the rotation gear being configured to rotate relative to the eccentric rotation gear, characterized in that at least one of the plurality of motors (36a, 36c, 60) is a first motor (36a, 36c), and at least another one of the plurality of motors (36a, 36c, 60) is a second motor, and a length of the second motor in an axial direction is shorter than that of the first motor (36a, 36c). a plurality of crankshafts, each of the plurality of motors (36a, 36c, 60) being attached to one of the plurality of crankshafts, and each of the crankshafts comprising an eccentric body; an eccentric rotation gear engaging with the eccentric bodies; and a rotation gear comprising a greater number of teeth than that of the eccentric rotation gear and meshing with the eccentric rotation gear, the rotation gear being configured to rotate relative to the eccentric rotation gear, at least one of the plurality of motors (36a, 36c, 60) is a first motor (36a, 36c), and at least another one of the plurality of motors (36a, 36c, 60) is a second motor, and a length of the second motor in an axial direction is shorter than that of the first motor (36a, 36c).