mhurhangee/patent-ind-claim-en huggingface dataset:
Waterproofing profile intended to be mounted on a top edge of an exterior panel of door fitted with a window , the said profile comprising: - a body forming a slit with two opposite faces , capable of placing the upper edge ; - a lip extending along the body , intended to contact the glass ; at least one of the two opposite faces of the slot comprising edges extending horizontally to the profile and each having an outer edge face at the slot , with a medium angle profile (IDM) forming an angle between 10° and 30° with a main direction of the said slot. in such a way as to facilitate the insertion of the edge in the slot , one of the two opposite faces of the slot being an inner face on the side of the lip , the said inner face , which also includes at least one boss with a triangular section extending lengthwise to form a sloping face along the top edge , the boss forming a clip suitable for engagement with a corresponding opening (3B.1) in the top edge , the said sealing profile being characterized as the portion of the body forming the inner face of the slit is a wall with cross-section on either side of each bossing so as to allow a bending of the said wall at the level of the said inner face between the said slit when placing the profile on the top edge (A). - a body forming a slit with two opposite faces , capable of placing the upper edge ; - a lip extending along the body , intended to contact the glass ;
A method of generating regular expressions using a longest common subsequence, LCS, algorithm, the method comprising: receiving , by a regular expression generator comprising one or more processors, first input data comprising a first character sequence; converting , by the regular expression generator, the first character sequence into a first set of regular expression codes; receiving, by the regular expression generator, second input data comprising a second character sequence; converting, by the regular expression generator, the second character sequence into a second set of regular expression codes; executing , by the regular expression generator, a longest common subsequence, LCS, algorithm, wherein said executing comprises providing the first set of regular expression codes and the second set of regular expression codes as inputs to the execution of the LCS algorithm and capturing an output of the LCS algorithm in regular expression codes; generating , by the regular expression generator, a first regular expression based on the output of the LCS algorithm by converting the captured output of the LCS algorithm into the first regular expression; matching a pattern of the first regular expression against one or more data sets; and extracting, reformatting, or modifying data from the one or more data sets matching the regular expression. receiving , by a regular expression generator comprising one or more processors, first input data comprising a first character sequence; converting , by the regular expression generator, the first character sequence into a first set of regular expression codes; receiving, by the regular expression generator, second input data comprising a second character sequence; converting, by the regular expression generator, the second character sequence into a second set of regular expression codes; executing , by the regular expression generator, a longest common subsequence, LCS, algorithm, wherein said executing comprises providing the first set of regular expression codes and the second set of regular expression codes as inputs to the execution of the LCS algorithm and capturing an output of the LCS algorithm in regular expression codes; generating , by the regular expression generator, a first regular expression based on the output of the LCS algorithm by converting the captured output of the LCS algorithm into the first regular expression; matching a pattern of the first regular expression against one or more data sets; and extracting, reformatting, or modifying data from the one or more data sets matching the regular expression.
A product resulting from the reaction of at least: - a hydroxybenzoic acid, optionally substituted by a hydrocarbyl group, - a boron compound, - an amine component selected from a di-fatty-alkyl(ene) polyalkylamine composition comprising one or more polyalkylamines of formulae (I) or (II): wherein, • each R is, independent of the other R, an alkyl moiety or an alkylene moiety with 4 to 30 carbon atoms, which is linear or branched, • n and z are independent of each other either 0, 1, 2, or 3, and • when z is superior than 0 then o and p are independent of each other either 0, 1, 2, or 3, or derivatives thereof selected from products wherein one or more of the NH moieties of the dialkyl polyalkylamines are methylated, alkoxylated, or both, whereby said polyalkylamine composition comprises at least 3% by weight of branched compounds of formula (I) or (II), with regards to the total weight of polyalkylamine compounds (I) and (II) in the composition, branched compound signifying that: - in formula (I) at least one of n and z are superior or equal to 1, - in formula (II) n is superior or equal to 1. - a hydroxybenzoic acid, optionally substituted by a hydrocarbyl group, - a boron compound, - an amine component selected from a di-fatty-alkyl(ene) polyalkylamine composition comprising one or more polyalkylamines of formulae (I) or (II): wherein, • each R is, independent of the other R, an alkyl moiety or an alkylene moiety with 4 to 30 carbon atoms, which is linear or branched, • n and z are independent of each other either 0, 1, 2, or 3, and • when z is superior than 0 then o and p are independent of each other either 0, 1, 2, or 3, or derivatives thereof selected from products wherein one or more of the NH moieties of the dialkyl polyalkylamines are methylated, alkoxylated, or both, whereby said polyalkylamine composition comprises at least 3% by weight of branched compounds of formula (I) or (II), with regards to the total weight of polyalkylamine compounds (I) and (II) in the composition, branched compound signifying that: - in formula (I) at least one of n and z are superior or equal to 1, - in formula (II) n is superior or equal to 1. • each R is, independent of the other R, an alkyl moiety or an alkylene moiety with 4 to 30 carbon atoms, which is linear or branched, • n and z are independent of each other either 0, 1, 2, or 3, and • when z is superior than 0 then o and p are independent of each other either 0, 1, 2, or 3, - in formula (I) at least one of n and z are superior or equal to 1, - in formula (II) n is superior or equal to 1.
Energy supply system , comprising at least one latent heat accumulator , one hydraulic circuit and also at least one collector array , which comprises two or more collector units , a conveying apparatus, which, during operation, conveys a mass flow of a heat transfer fluid of the hydraulic circuit through the collector units of the at least one collector array , and also comprising a heat pump , whereby the at least one collector array is connected in respect of flow with the hydraulic circuit and at least one apparatus arranged in the hydraulic circuit , characterised in that the apparatus comprises at least the latent heat accumulator and the heat pump , the latent heat accumulator has an extraction heat exchanger, which is coupled with the heat pump , and via which heat from the storage medium of the latent heat accumulator can be conveyed to the flow of the heat pump , which raises the heat extracted from the extraction heat exchanger to a higher temperature level, and the latent heat accumulator has at least one regeneration heat exchanger, with which the collector array is coupled, and via which heat can be transferred into the storage medium of the latent heat accumulator ; the collector array comprises two or more collector units , which are in heat exchange with ambient air surrounding them, the conveying apparatus comprises at least two separate conveying units , controllable by way of closed-loop and/or open-loop control and operable at least at times simultaneously, depending on at least one operating parameter of the collector unit that influences a thermal output of the particular collector unit , whereby at least two of the collector units are each supplied at least at times simultaneously with a mass flow of the heat transfer fluid by a conveying unit assigned to one of the particular collector units .
A header of a combine harvester comprising: an auger for directing the movement of harvested grain toward a feederhouse of the combine harvester ; and an adjustable hood positioned above the auger and moveable between a lowered position, a raised position, and an intermediate position between the lowered and raised positions, the adjustable hood including: a pivot mechanism , the header being characterised in that it comprises: an actuator for moving the adjustable hood between the lowered, raised, and intermediate positions, wherein the actuator is in communication with a control unit for remotely controlling the adjustable hood between the lowered, raised and intermediate positions, and in that the control unit is configured to automatically position the adjustable hood based on a harvesting speed or on feedback from a sensor , the sensor comprised in the header and in communication with the control unit . an auger for directing the movement of harvested grain toward a feederhouse of the combine harvester ; and an adjustable hood positioned above the auger and moveable between a lowered position, a raised position, and an intermediate position between the lowered and raised positions, the adjustable hood including: a pivot mechanism , the header being characterised in that it comprises: an actuator for moving the adjustable hood between the lowered, raised, and intermediate positions, wherein the actuator is in communication with a control unit for remotely controlling the adjustable hood between the lowered, raised and intermediate positions, and in that the control unit is configured to automatically position the adjustable hood based on a harvesting speed or on feedback from a sensor , the sensor comprised in the header and in communication with the control unit . a pivot mechanism , the header being characterised in that it comprises: an actuator for moving the adjustable hood between the lowered, raised, and intermediate positions, wherein the actuator is in communication with a control unit for remotely controlling the adjustable hood between the lowered, raised and intermediate positions, and in that the control unit is configured to automatically position the adjustable hood based on a harvesting speed or on feedback from a sensor , the sensor comprised in the header and in communication with the control unit . an actuator for moving the adjustable hood between the lowered, raised, and intermediate positions, wherein the actuator is in communication with a control unit for remotely controlling the adjustable hood between the lowered, raised and intermediate positions, and in that the control unit is configured to automatically position the adjustable hood based on a harvesting speed or on feedback from a sensor , the sensor comprised in the header and in communication with the control unit .
Sealing strand , in particular an extruded sealing strand, for forming a seal on a motor vehicle, with an identification means for providing individual features concerning the sealing strand , wherein one or more selected physical and/or geometrical properties of the sealing strand lie within a prescribed production tolerance in each case, characterized in that each production tolerance is divided into a number of tolerance ranges and the identification means is designed to allow access to a strand-specific tolerance range of the entire sealing strand or to tolerance ranges of various subregions of the sealing strand .
A near-eye display system, comprising: a display panel ; and a beam steering assembly facing the display panel , the beam steering assembly configurable to displace a light beam incident on the beam steering assembly, wherein the displaced light beam is laterally shifted relative to an optical path of the light beam incident on the beam steering assembly, wherein the beam steering assembly comprises a birefringent plate configurable to replicate the light beam incident on the beam steering assembly, wherein the replicated light beam is laterally shifted relative to the optical path of the light beam incident on the beam steering assembly, and wherein the beam steering assembly is positioned at a first tilt angle so that the beam steering assembly is tilted relative to the optical path of the light beam incident on the beam steering assembly, characterized by an actuator coupled to the beam steering assembly and controllable to reposition the beam steering assembly to a second tilt angle. a display panel ; and a beam steering assembly facing the display panel , the beam steering assembly configurable to displace a light beam incident on the beam steering assembly, wherein the displaced light beam is laterally shifted relative to an optical path of the light beam incident on the beam steering assembly, wherein the beam steering assembly comprises a birefringent plate configurable to replicate the light beam incident on the beam steering assembly, wherein the replicated light beam is laterally shifted relative to the optical path of the light beam incident on the beam steering assembly, and wherein the beam steering assembly is positioned at a first tilt angle so that the beam steering assembly is tilted relative to the optical path of the light beam incident on the beam steering assembly, characterized by an actuator coupled to the beam steering assembly and controllable to reposition the beam steering assembly to a second tilt angle.
An intermittent urinary catheter with a triangular cross-section, the intermittent urinary catheter comprises three substantially flat surfaces connected by rounded corners characterised in that at least one eyelet is positioned in one of the surfaces .
Insulating glass elements for multi-pane doors with transparent edge seal for use in shop fitting, refrigerated cabinets and special display cases, characterised in that the glass spacers are arranged between the base pane and the cover pane in the vertical edge region of the door and glass spacers are arranged in the upper horizontal region or aluminium or plastic spacers are arranged in both horizontal regions and EVA film strips are located between the base pane and the spacers and between the spacers and the cover pane , where the EVA film strips are arranged in overlapping fashion at the four corner points from the horizontal spacers to the vertical spacers .
An asymmetric double-entry turbine housing comprising: a first volute having a first exhaust gas inlet and a first exhaust gas outlet , wherein the first exhaust gas outlet extends circumferentially from a tip of a first tongue to a tip of a second tongue ; a second volute having a second exhaust gas inlet and a second exhaust gas outlet , wherein the second exhaust gas outlet extends circumferentially from the tip of the second tongue to the tip of the first tongue ; a turbine receiving bore in fluid communication with the first exhaust gas outlet and the second exhaust gas outlet for conducting a flow of exhaust gas from the first exhaust gas outlet and the second exhaust gas outlet out in an axial direction, characterized by the first exhaust gas outlet having an angular opening amount of approximately 200 degrees around the turbine receiving bore, and the second exhaust gas outlet having an angular opening amount of approximately 160 degrees around the turbine receiving bore; and a plurality of vanes disposed in a circumferential arrangement around the turbine receiving bore along the first and second exhaust gas outlets, wherein the vanes include variable geometry vanes , which are disposed along the second exhaust gas outlet , and fixed geometry vanes , which are disposed along the first exhaust gas outlet . a first volute having a first exhaust gas inlet and a first exhaust gas outlet , wherein the first exhaust gas outlet extends circumferentially from a tip of a first tongue to a tip of a second tongue ; a second volute having a second exhaust gas inlet and a second exhaust gas outlet , wherein the second exhaust gas outlet extends circumferentially from the tip of the second tongue to the tip of the first tongue ; a turbine receiving bore in fluid communication with the first exhaust gas outlet and the second exhaust gas outlet for conducting a flow of exhaust gas from the first exhaust gas outlet and the second exhaust gas outlet out in an axial direction, characterized by the first exhaust gas outlet having an angular opening amount of approximately 200 degrees around the turbine receiving bore, and the second exhaust gas outlet having an angular opening amount of approximately 160 degrees around the turbine receiving bore; and a plurality of vanes disposed in a circumferential arrangement around the turbine receiving bore along the first and second exhaust gas outlets, wherein the vanes include variable geometry vanes , which are disposed along the second exhaust gas outlet , and fixed geometry vanes , which are disposed along the first exhaust gas outlet .
A sheet manufacturing method comprising: a mixing step of mixing a fiber and a resin powder in air, and a sheet forming step of accumulating and heating a mixture mixed in the mixing step to form a sheet, wherein the resin powder has a volume average particle diameter of equal to or less than 50 μm, and an absolute value of an average charging amount in a range of 15 (μC/g) to 35 (μC/g), wherein a length along a length direction of the fiber is in a range of 1 μm to 5 mm, wherein the resin powder is a thermal fusion-bondable resin powder for causing a plurality of the fibers to bond, and wherein the resin powder includes a resin particle and an inorganic fine particle that is disposed on a surface of the resin particle. a mixing step of mixing a fiber and a resin powder in air, and a sheet forming step of accumulating and heating a mixture mixed in the mixing step to form a sheet, wherein the resin powder has a volume average particle diameter of equal to or less than 50 μm, and an absolute value of an average charging amount in a range of 15 (μC/g) to 35 (μC/g), wherein a length along a length direction of the fiber is in a range of 1 μm to 5 mm, wherein the resin powder is a thermal fusion-bondable resin powder for causing a plurality of the fibers to bond, and wherein the resin powder includes a resin particle and an inorganic fine particle that is disposed on a surface of the resin particle.
A glass-wiping robot comprising a robot main body , a power cord connected to the robot main body , characterized by a safety buckle wound by the power cord , wherein a suction cup is provided on said safety buckle for sucking the safety buckle onto a glass.
A machine to process components made of wood or the like comprising a base , which extends in a first direction , is provided with at least one holding device to hold at least one component , and has a front face and a rear face , which are opposite one another, as well as two side faces , which are opposite one another; an overhead crane , which extends above the base in a second direction transverse to the first direction , is movable along the base in the first direction , and is provided with an operating head to process the components , which is movable in the second direction ; a protection barrier , which extends around the rear face and the side faces of the base , projects from the front face of the base in the second direction so as to laterally delimit, in the first direction , an access area allowing access to the base , and comprises, in turn, two side walls facing respective side faces of the overhead crane in the first direction ; and a first detection device (17; 34, 35) to detect the presence of an operator in the access area ; and characterized in that it further comprises, for each side wall of the protection barrier , a respective second detection device to detect the presence of the operator above the base between the side wall of the protection barrier and the relative side face of the overhead crane ; the machine further comprising a control unit , which is configured to order the slowing down and/or stopping of the overhead crane in the first direction and/or of the operating head in the second direction , when the first detection device (17; 34, 35) detects the absence of the operator in the access area and one of the second detection devices detects the presence of the operator above the base between the protection barrier and the overhead crane .
An adjustable brace comprising: a first lower rigid portion ; a first upper adjustable portion and a second adjustable portion , the lower rigid portion being coupled to the first upper adjustable portion and the second upper adjustable portion by way of hinges ; a plurality of adjustable couplings that allow the first upper adjustable portion and the second upper adjustable portion to be adjusted to the proper position around a patient's limb and secured in the desired position, wherein the adjustable couplings include a plurality of fingers , characterised in that each of the fingers has a plurality of adjacent slots , wherein the slots are adapted to be aligned, and in that the adjustable brace further comprises an elongated structure adapted to be placed through the aligned slots . a first lower rigid portion ; a first upper adjustable portion and a second adjustable portion , the lower rigid portion being coupled to the first upper adjustable portion and the second upper adjustable portion by way of hinges ; a plurality of adjustable couplings that allow the first upper adjustable portion and the second upper adjustable portion to be adjusted to the proper position around a patient's limb and secured in the desired position, wherein the adjustable couplings include a plurality of fingers , characterised in that each of the fingers has a plurality of adjacent slots , wherein the slots are adapted to be aligned, and in that the adjustable brace further comprises an elongated structure adapted to be placed through the aligned slots .
A heat-generating assembly, comprising a first inorganic layer , a heat-generating layer , and a second inorganic layer that are stacked sequentially, the heat-generating layer comprising: a first side portion (A) connected to a surface of the first inorganic layer ; a second side portion (B) connected to a surface of the second inorganic layer ; and two end portions (C) opposite to each other, each of the two end portions (C) being connected to the first inorganic layer and the second inorganic layer , each of the two end portions (C) being characterised by having a recess (E), the recess (E) extending towards the interior of the heat-generating layer . a first side portion (A) connected to a surface of the first inorganic layer ; a second side portion (B) connected to a surface of the second inorganic layer ; and two end portions (C) opposite to each other, each of the two end portions (C) being connected to the first inorganic layer and the second inorganic layer , each of the two end portions (C) being characterised by having a recess (E), the recess (E) extending towards the interior of the heat-generating layer .