mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade clamping tool for lifting a wind turbine rotor blade, the clamping tool including a first clamping element adapted to be arranged at a first side of the rotor blade, a second clamping element adapted to be arranged at a second side of the rotor blade, and a clamping mechanism connecting the first clamping element and the second clamping element and being adapted to open the clamping tool for insertion of the rotor blade between the first and second clamping elements (3, 4) and close the clamping tool for clamping the rotor blade between the first and second clamping elements (3, 4), at least one of the first and second clamping elements (3, 4) including a first balancing lever and a second balancing lever, each balancing lever being arranged pivotally about a pivot axis (10, 11) and having a first end flexibly connected with a corresponding first rotor blade contacting surface and a second end flexibly connected with a corresponding second rotor blade contacting surface, wherein the at least one of the first and second clamping elements (3, 4) includes a main balancing lever (16, 17) being arranged pivotally about a main pivot axis (18, 19) and having a first end on which the corresponding first balancing lever is arranged pivotally about a corresponding first pivot axis and a second end on which the corresponding second balancing lever is arranged pivotally about a corresponding second pivot axis, and wherein first and second balancing levers (8, 9) arranged on the same main balancing lever (16, 17) are aligned in their longitudinal direction, characterised in that a main balancing lever of the first clamping element includes a first and a second lever wall (26, 27) arranged in spaced and parallel configuration and being fixed to each other by means of a top plate and a bottom plate, and in that the corresponding first and second balancing levers (8, 9) extend at least partly between the first and second lever wall (26, 27).
Chassis structure (8, 28) of a commercial vehicle, in particular a semitrailer, trailer or lorry, with a loading floor for depositing a load to be transported, with two longitudinal supports for supporting the load floor and with a head frame assigned to the rear end of the longitudinal supports, wherein the head frame has a middle part extending at least in sections behind and transverse to the longitudinal supports and two side parts (13, 29) in each case arranged at least in sections on the outer sides of the opposing longitudinal supports and in each case connected to an end section of the middle part, characterised in that the side parts (13, 29) are each removably connected, in particular screwed, to an end section of the middle part.
A method of determining an ambient parameter set associated with a textual description, the ambient parameter set for controlling a lighting application device (3,4), the method comprising the steps of: searching a database by using the textual description, the database comprising a plurality of files wherein the files comprise content in the form of a picture, characterized in that each file comprises information related to the file content, for obtaining a subset of files whose information matches the textual description; analyzing the subset of files for obtaining the ambient parameter set related to the textual description, wherein the ambient parameter set comprise one or more ambient parameters selected from the group of a color value, an intensity value, a hue value and a saturation value; and wherein the analyzing comprises determining average parameter values for the one or more ambient parameters of the ambient parameter set across the subset of files, and controlling the lighting application device (4, 5) in accordance with the average parameter values of the obtained ambient parameter set. searching a database by using the textual description, the database comprising a plurality of files wherein the files comprise content in the form of a picture, characterized in that each file comprises information related to the file content, for obtaining a subset of files whose information matches the textual description; analyzing the subset of files for obtaining the ambient parameter set related to the textual description, wherein the ambient parameter set comprise one or more ambient parameters selected from the group of a color value, an intensity value, a hue value and a saturation value; and wherein the analyzing comprises determining average parameter values for the one or more ambient parameters of the ambient parameter set across the subset of files, and wherein the ambient parameter set comprise one or more ambient parameters selected from the group of a color value, an intensity value, a hue value and a saturation value; and wherein the analyzing comprises determining average parameter values for the one or more ambient parameters of the ambient parameter set across the subset of files, and controlling the lighting application device (4, 5) in accordance with the average parameter values of the obtained ambient parameter set.
A system comprising: a power supply configured to provide a supply voltage between a first terminal and a second terminal; and a compressible first conductor (28, 29) electrically coupled to the first terminal and defining a first variable resistance in response to a first conductor compression; and being characterised by: a power manager electrically coupled between the first conductor (28, 29) and the second terminal, the power manager being configured to: receive a variable input voltage in response to a first variable voltage drop across the first conductor (28, 29); and provide a regulated output voltage in response to the received variable input voltage, the regulated output voltage being less than the supply voltage; and a power storage device electrically coupled to the power manager and configured to receive the regulated output voltage for charging. a power supply configured to provide a supply voltage between a first terminal and a second terminal; and a compressible first conductor (28, 29) electrically coupled to the first terminal and defining a first variable resistance in response to a first conductor compression; and being characterised by: a power manager electrically coupled between the first conductor (28, 29) and the second terminal, the power manager being configured to: receive a variable input voltage in response to a first variable voltage drop across the first conductor (28, 29); and provide a regulated output voltage in response to the received variable input voltage, the regulated output voltage being less than the supply voltage; and a power storage device electrically coupled to the power manager and configured to receive the regulated output voltage for charging. a power manager electrically coupled between the first conductor (28, 29) and the second terminal, the power manager being configured to: receive a variable input voltage in response to a first variable voltage drop across the first conductor (28, 29); and provide a regulated output voltage in response to the received variable input voltage, the regulated output voltage being less than the supply voltage; and receive a variable input voltage in response to a first variable voltage drop across the first conductor (28, 29); and provide a regulated output voltage in response to the received variable input voltage, the regulated output voltage being less than the supply voltage; and a power storage device electrically coupled to the power manager and configured to receive the regulated output voltage for charging.
A composition comprising an immunity-provoking agent and a bacterial antigen activator, wherein the immunity-provoking agent comprises an inactivated polio vaccine and wherein the bacterial antigen activator comprises tetanus toxoid and typhim VI.
Method for determining the position of a vehicle which is bound to a network, in particular a rail vehicle or overhead line-bound vehicle, - wherein a database is made available in advance which contains a number of network paths (12a, 12b,...), which represent the network in which the vehicle moves, - wherein a journey is made with said network-bound vehicle and the movement path of the vehicle is determined, - wherein the movement path is compared with the network paths (12a, 12b,...) saved in the database and examined for correspondences, - wherein in the event of the movement path at least partially corresponding with a network path (12a, 12b,...) from the database, said network path (12a, 12b,...) is selected, and - on the basis of the determined correspondence, that point on the selected network path (12a, 12b,...) which is assigned to the point recorded last on the movement path is determined and is used as the position of the vehicle, characterised in that if a movement path does not correspond with the network paths (12a, 12b,...) saved in the database or if there is multiple correspondence of a determined movement path with the network paths (12a, 12b,...) saved in the database, the route used for the comparison of the paths is increased or reduced until there is a clear correspondence of the path with a single network path (12a, 12b,...) saved in the database. - wherein a database is made available in advance which contains a number of network paths (12a, 12b,...), which represent the network in which the vehicle moves, - wherein a journey is made with said network-bound vehicle and the movement path of the vehicle is determined, - wherein the movement path is compared with the network paths (12a, 12b,...) saved in the database and examined for correspondences, - wherein in the event of the movement path at least partially corresponding with a network path (12a, 12b,...) from the database, said network path (12a, 12b,...) is selected, and - on the basis of the determined correspondence, that point on the selected network path (12a, 12b,...) which is assigned to the point recorded last on the movement path is determined and is used as the position of the vehicle, characterised in that if a movement path does not correspond with the network paths (12a, 12b,...) saved in the database or if there is multiple correspondence of a determined movement path with the network paths (12a, 12b,...) saved in the database, the route used for the comparison of the paths is increased or reduced until there is a clear correspondence of the path with a single network path (12a, 12b,...) saved in the database.
Device for measuring the internal temperature of a reforming tube comprising: - a first structure made up of at least a part of tubular shape positioned in the lengthwise direction of the tube and of an expansion of this tubular-shaped part projecting radially towards the central axis of the reforming tube, - at least a second structure of oblong shape comprising at least one thermocouple made of welded Nicrosil/Nisil conductors arranged longitudinally against the tubular-shaped part of the first structure and radially against the expansion of the first structure, and - an outer sheath enveloping the first and second structure. - a first structure made up of at least a part of tubular shape positioned in the lengthwise direction of the tube and of an expansion of this tubular-shaped part projecting radially towards the central axis of the reforming tube, - at least a second structure of oblong shape comprising at least one thermocouple made of welded Nicrosil/Nisil conductors arranged longitudinally against the tubular-shaped part of the first structure and radially against the expansion of the first structure, and - an outer sheath enveloping the first and second structure.
A cylinder lock comprising: a cylinder plug having a keyway adapted to receive a key; a longitudinally extending first cylinder half and a second cylinder half; a rotatable cam co-axial with and connected to the cylinder plug for rotation therewith, the rotatable cam being disposed externally of and between the first second cylinder halves (23, 24); a mechanically weakened cylinder notch provided through at least part of the first cylinder half for forming a breakable tip portion; a mechanically weakened plug notch provided through at least part of the cylinder plug for forming a breakable plug portion; a plurality of mutually aligned bores extending at right-angles to the cylinder plug axis and in which housing pins which are substantially of equal length and plug pins which are of different lengths are biased in the direction of the keyway under spring force by a plurality of springs; and at least one retaining pin which is pre-stressed and displaceable under a spring force wherein the retaining pin is provided at the cylinder plug within in its normal initial position and is depressed by a retaining member and wherein said retaining pin is adapted to match at least partly with a corresponding retaining recess formed at the first cylinder half such that when the mechanically weakened cylinder notch and plug notch breaks away, said retaining member slides out of the first cylinder half and said retaining pin maintains rest of the cylinder plug in the first cylinder half by matching with the retaining recess. a cylinder plug having a keyway adapted to receive a key; a longitudinally extending first cylinder half and a second cylinder half; a rotatable cam co-axial with and connected to the cylinder plug for rotation therewith, the rotatable cam being disposed externally of and between the first second cylinder halves (23, 24); a mechanically weakened cylinder notch provided through at least part of the first cylinder half for forming a breakable tip portion; a mechanically weakened plug notch provided through at least part of the cylinder plug for forming a breakable plug portion; a plurality of mutually aligned bores extending at right-angles to the cylinder plug axis and in which housing pins which are substantially of equal length and plug pins which are of different lengths are biased in the direction of the keyway under spring force by a plurality of springs; and at least one retaining pin which is pre-stressed and displaceable under a spring force wherein the retaining pin is provided at the cylinder plug within in its normal initial position and is depressed by a retaining member and wherein said retaining pin is adapted to match at least partly with a corresponding retaining recess formed at the first cylinder half such that when the mechanically weakened cylinder notch and plug notch breaks away, said retaining member slides out of the first cylinder half and said retaining pin maintains rest of the cylinder plug in the first cylinder half by matching with the retaining recess.
A blow-by heater, comprising: a tube member allowing a blow-by gas to flow therethrough, and opening in a downstream side, wherein the tube member is formed as a resin molded article wherein a metal plate is inserted in a state of being processed to be bent into a tube shape, the metal plate processed to be bent into the tube shape forms a metal pipe including a flat wall portion, and a curved wall portion, a joining portion of the metal pipe is positioned in the curved wall portion, and a heating source is provided in the flat wall portion, characterized in that the joining portion of the metal pipe corresponds to a ridge line of a top portion of the curved wall portion facing the flat wall portion, and there are formed slope portions which are curved surfaces extending in a direction to the axis of the metal pipe on both sides of the ridge line, and there are provided abutting portions on outer peripheral faces of the slope portions. a tube member allowing a blow-by gas to flow therethrough, and opening in a downstream side, wherein the tube member is formed as a resin molded article wherein a metal plate is inserted in a state of being processed to be bent into a tube shape, the metal plate processed to be bent into the tube shape forms a metal pipe including a flat wall portion, and a curved wall portion, a joining portion of the metal pipe is positioned in the curved wall portion, and a heating source is provided in the flat wall portion, characterized in that the joining portion of the metal pipe corresponds to a ridge line of a top portion of the curved wall portion facing the flat wall portion, and there are formed slope portions which are curved surfaces extending in a direction to the axis of the metal pipe on both sides of the ridge line, and there are provided abutting portions on outer peripheral faces of the slope portions.
A method performed by a terminal for receiving data, the terminal being configured to operate in a wireless communication system, the method comprising: identifying a resource block group, RBG, size from a configuration set of the RBG size based on a number of resource blocks, RBs, in a bandwidth part, wherein the configuration set is configured for the terminal among at least two configuration sets; identifying a plurality of RBGs in the bandwidth part based on the RBG size; receiving, from a base station, downlink control information including information on frequency domain resource allocation; identifying at least one RBG allocated to the terminal among the plurality of RBGs based on the information on frequency domain resource allocation; and receiving, from the base station, downlink data on the at least one RBG. identifying a resource block group, RBG, size from a configuration set of the RBG size based on a number of resource blocks, RBs, in a bandwidth part, wherein the configuration set is configured for the terminal among at least two configuration sets; identifying a plurality of RBGs in the bandwidth part based on the RBG size; receiving, from a base station, downlink control information including information on frequency domain resource allocation; identifying at least one RBG allocated to the terminal among the plurality of RBGs based on the information on frequency domain resource allocation; and receiving, from the base station, downlink data on the at least one RBG.
A projection optical system for exposure of a substrate via a liquid, the projection optical system comprising a plurality of optical elements including a first element, wherein: the first element is closest to an image plane of the projection optical system and arranged to contact the liquid; and the first element has a first surface, which is arrangeable opposite to a surface of the substrate for passing an exposure light beam, and a second surface, which is arranged opposite to the first surface; characterised in that an outer diameter of the second surface of the first element is not less than twice the outer diameter of the first surface of the first element. the first element is closest to an image plane of the projection optical system and arranged to contact the liquid; and the first element has a first surface, which is arrangeable opposite to a surface of the substrate for passing an exposure light beam, and a second surface, which is arranged opposite to the first surface; characterised in that an outer diameter of the second surface of the first element is not less than twice the outer diameter of the first surface of the first element.
A hydrophobic finish composition comprising; (i) hydraulic component comprising fly ash; (ii) film-forming polymer; and (iii) an extended flow time retention agent comprising at least one member of the group consisting of carboxylic acids, salts of carboxylic acids, and mixtures thereof, wherein the fly ash comprises Class C fly ash in an amount from about 50% to about 85% by weight of the finish composition on a water inclusive basis, and wherein the extended flow time retention agent comprises at least one member of the group consisting of carboxylic acids and salts of carboxylic acids, wherein said carboxylic acids have the chemical formula: wherein the extended flow time retention agent is not a polycarboxylate ether, wherein R is an organofunctional group; wherein the salts of carboxylic acid have the chemical formula wherein R is as defined in formula and X + is a cation. (i) hydraulic component comprising fly ash; (ii) film-forming polymer; and (iii) an extended flow time retention agent comprising at least one member of the group consisting of carboxylic acids, salts of carboxylic acids, and mixtures thereof,
A shotgun cartridge comprising a case of inner diameter d INT and a base with a primer, powder, a wad and shot, as well as an obturator arranged between said powder and said wad, characterized in that said obturator is made of biodegradable material with plastic deformation properties, and comprises a central disc and ribs together forming a one-piece element with said disc, the assembly having an outer diameter d EXT, the ribs comprising upper and lower ribs, these ribs forming a non-zero angle relative to the plane of said disc, said obturator having a nominal outer diameter d EXT, said fins being able to take at least one other position, called working position, in which said ribs are in the plane of the disc with the outer diameter D EXT being the theoretical diameter of the obturator in the working position greater than the inner diameter d INT of the case.
An improved apparatus for injecting a therapeutic agent into cardiac tissue at a precise location wherein the apparatus comprises a handle, a catheter, an end effector, and a flexible needle; the handle comprising a set of motion controllers, a means for advancing the flexible needle; and the catheter having a proximal end disposed nearest to the handle and extending to a distal end and the end effector, the catheter comprising a means for carrying a vacuum tube, the flexible needle, and a set of guide wires (210, 220, 230); wherein the motion controllers manipulate the set of guide wires to guide the end effector to the precise location; the end effector comprising: a body having at least a leading face, a trailing face and a working face, the leading face being the apparatus insertion end, the trailing face being proximal to the catheter and the working face being between the leading and trailing faces; a suction aperture in the working face for selectively affixing the body to the tissue when suction is created by a vacuum chamber that accesses a vacuum port in the trailing face; said vacuum port fittingly coupleable with the vacuum tube carried in the catheter; a deflecting needle tunnel extending from an injection needle port on the trailing face to a working surface port emerging from the vacuum chamber on the working face; whereby advancement of the flexible needle through the tunnel causes the needle to be deflected at an angle. a body having at least a leading face, a trailing face and a working face, the leading face being the apparatus insertion end, the trailing face being proximal to the catheter and the working face being between the leading and trailing faces; a suction aperture in the working face for selectively affixing the body to the tissue when suction is created by a vacuum chamber that accesses a vacuum port in the trailing face; said vacuum port fittingly coupleable with the vacuum tube carried in the catheter; a deflecting needle tunnel extending from an injection needle port on the trailing face to a working surface port emerging from the vacuum chamber on the working face; whereby advancement of the flexible needle through the tunnel causes the needle to be deflected at an angle.