mhurhangee/ep-ind-claims huggingface dataset:
A saddle-riding type automotive vehicle having a frame structure which comprises: a main frame assembly to support a combustion engine; and a pair of left and right subframes removably fitted to the main frame assembly, each of the left and right subframes having anteroposterior end portions supported by the main frame assembly, respective intermediate portions of the left and right subframes being connected together by means of a reinforcement member; characterized in that the left and right paired subframes support the combustion engine in one side of anteroposterior directions of the cylinder block of the combustion engine and are connected together by means of the reinforcement member in the other side of the anteroposterior directions of the cylinder block. a main frame assembly to support a combustion engine; and a pair of left and right subframes removably fitted to the main frame assembly, each of the left and right subframes having anteroposterior end portions supported by the main frame assembly, respective intermediate portions of the left and right subframes being connected together by means of a reinforcement member; characterized in that the left and right paired subframes support the combustion engine in one side of anteroposterior directions of the cylinder block of the combustion engine and are connected together by means of the reinforcement member in the other side of the anteroposterior directions of the cylinder block.
Method for mounting a rectangular SMD semiconductor light source on a printed circuit board of a motor vehicle headlamp, comprising the steps of: applying a solder at predetermined points of the printed circuit board and/or at predetermined points of the SMD semiconductor light source; positioning the SMD semiconductor light source on the printed circuit board in a position in which a soldered connection is produced in further steps, and, in a soldering step, temporarily melting and cooling the solder; adhesive being applied at predetermined points (14, 110) of the printed circuit board and/or of the SMD semiconductor light source before the melting of the solder, the SMD semiconductor light source, in the position achieved by the positioning step, being bonded to the printed circuit board in a bonding step, the bonding step and the soldering step being carried out in a soldering furnace, an adhesive being used which already dries and thus cures at temperatures below the melting temperature of the solder, and a profile of the furnace temperature being controlled over a residence time of the populated printed circuit board in the furnace such that only the smallest possible deviation from the target position occurs when the adhesive cures, and the solder being melted at a comparatively higher temperature, characterized in that the positioning of the semiconductor light source on the printed circuit board is carried out by means of at least one camera and an image-processing controller of a handling system which grips and positions the SMD semiconductor light source, at least one position of a light-emitting region of the SMD semiconductor light source within the chip of the SMD semiconductor light source firstly being determined for the positioning of the SMD semiconductor light source on the printed circuit board, and the SMD semiconductor light source subsequently being positioned on the printed circuit board according to the position of the light-emitting region, and being bonded and soldered to said printed circuit board, the positioning being carried out relative to defined reference marks (16, 18) of the printed circuit board, and the SMD semiconductor light source being held by means of a handling system, which is used for placing the SMD semiconductor light source on the printed circuit board, until the cured adhesive has developed sufficient strength for securing the SMD semiconductor light source, the predetermined points being four corners of the rectangular SMD semiconductor light element, and in that electrical contact is made via conductor track ends (102, 104) which lie between two adhesive points that are adjacent along a rectangle side of the SMD semiconductor light source.
A method of producing a solid urea-nitrogen stabilizer composition comprising: a) forming molten urea; b) adding a nitrogen stabilizer composition to said molten urea, wherein said nitrogen stabilizer composition comprises NBPT at a purity of at least 95% by weight; and c) cooling the molten urea-nitrogen stabilizer composition to form the solid urea-nitrogen stabilizer composition. a) forming molten urea; b) adding a nitrogen stabilizer composition to said molten urea, wherein said nitrogen stabilizer composition comprises NBPT at a purity of at least 95% by weight; and c) cooling the molten urea-nitrogen stabilizer composition to form the solid urea-nitrogen stabilizer composition.
A liquid composition for use in compression refrigeration, air-conditioning and heat pump systems comprising: 1,3,3,3-tetrafluoropropene (HFO-1234ze) an effective amount to provide lubrication of an essentially miscible organic lubricant comprised of carbon, hydrogen and oxygen and having a ratio of oxygen to carbon effective to provide a degree of miscibility with said HFO-1234ze so that when up to five weight per cent of lubricant is added to said HFO-1234ze the mixture has one liquid phase over essentially the entire temperature range between -40 and +70°C, and extreme pressure and antiwear additives, oxidation and thermal stability improvers, pour and floc point depressants, or anti foaming agents. 1,3,3,3-tetrafluoropropene (HFO-1234ze) an effective amount to provide lubrication of an essentially miscible organic lubricant comprised of carbon, hydrogen and oxygen and having a ratio of oxygen to carbon effective to provide a degree of miscibility with said HFO-1234ze so that when up to five weight per cent of lubricant is added to said HFO-1234ze the mixture has one liquid phase over essentially the entire temperature range between -40 and +70°C, and extreme pressure and antiwear additives, oxidation and thermal stability improvers, pour and floc point depressants, or anti foaming agents.
A method for detecting motion in a video sequence comprising distorted image frames produced via at least one image sensor, the method comprising: determining a spatial resolution distribution for the distorted image frames; determining a motion detection sensitivity map for the distorted image frames, the motion detection sensitivity map comprising areas having different motion detection sensitivity levels, wherein the motion detection sensitivity map is determined based on the spatial resolution distribution; and detecting motion in the video sequence based on the motion detection sensitivity map. determining a spatial resolution distribution for the distorted image frames; determining a motion detection sensitivity map for the distorted image frames, the motion detection sensitivity map comprising areas having different motion detection sensitivity levels, wherein the motion detection sensitivity map is determined based on the spatial resolution distribution; and detecting motion in the video sequence based on the motion detection sensitivity map.
An adjustable floor support system for supporting a raised floor construction relative to an underlying support surface, the adjustable floor support system comprising an elongated floor joist extending in a first direction, at least one level adjustment screw and at least one connection plug; wherein the at least one level adjustment screw is attachable to the at least one connection plug, and the at least one connection plug is attachable to the floor joist; wherein the at least one connection plug is attachable to the floor joist by a lower plug end connecting to at least one corresponding lower plug opening of the floor joist; characterized in that the floor joist has a hollow configuration with an upper wall, a lower wall and two side walls arranged between the upper wall and the lower wall, where the upper wall has at least one upper plug opening and the lower wall has the at least one corresponding lower plug opening; wherein the at least one connection plug is attachable to the floor joist by an upper plug end connecting to the at least one upper plug opening of the floor joist. wherein the at least one level adjustment screw is attachable to the at least one connection plug, and the at least one connection plug is attachable to the floor joist; wherein the at least one connection plug is attachable to the floor joist by a lower plug end connecting to at least one corresponding lower plug opening of the floor joist; characterized in that the floor joist has a hollow configuration with an upper wall, a lower wall and two side walls arranged between the upper wall and the lower wall, where the upper wall has at least one upper plug opening and the lower wall has the at least one corresponding lower plug opening; wherein the at least one connection plug is attachable to the floor joist by an upper plug end connecting to the at least one upper plug opening of the floor joist.
An apparatus comprising: at least one magnet (320, 310); and a movable platform having a conductive coil; characterized in that the conductive coil is nominally oriented in a platform plane above the at least one magnet (320, 310); and the apparatus further comprises at least one upper field focusing plate (352, 354) of magnetically permeable material at least partially above the platform plane, wherein the at least one upper field focusing plate (352, 354) includes a stepped portion (353, 355) that at least partially occupies space in the platform plane. at least one magnet (320, 310); and a movable platform having a conductive coil; characterized in that the conductive coil is nominally oriented in a platform plane above the at least one magnet (320, 310); and the apparatus further comprises at least one upper field focusing plate (352, 354) of magnetically permeable material at least partially above the platform plane, wherein the at least one upper field focusing plate (352, 354) includes a stepped portion (353, 355) that at least partially occupies space in the platform plane.
A material comprising a film made of HDPE, which is provided over a large area with two- or three-dimensional embossments overstretching the film, characterized in that the material consists exclusively of a film made of HDPE and the embossments take the entire HDPE film, wherein the embossments extend in at least one direction without interruption in the HDPE film with embossment next to embossment without a gap in between, so that the force flow cannot go around the embossments along un-embossed areas.
A combination of a stamp with a hydrophobic stamp surface and a curable embossing compound usable for imprint lithography with a hydrophilic surface or a combination of a stamp with a hydrophilic stamp surface and a curable embossing compound usable for imprint lithography with a hydrophobic surface, the embossing compound consisting of a mixture of: - at least one polymerisable main component based on silicon oxide and - at least one secondary component for adjusting the hydrophilicity or hydrophobicity and - an initiator and - a solvent wherein the activation of the initiator polymerises only the at least one main component, wherein the, in particular inorganic, main component is formed from at least one of the following materials: • polyhedral oligomeric silsesquioxane (POSS) • poly(organo)siloxane (silicone). - at least one polymerisable main component based on silicon oxide and - at least one secondary component for adjusting the hydrophilicity or hydrophobicity and - an initiator and - a solvent • polyhedral oligomeric silsesquioxane (POSS) • poly(organo)siloxane (silicone).
A compact packaged intermittent urinary catheter, comprising a longitudinally elongated intermittent urinary catheter sealed within a receiving chamber of a longitudinally compacted package wherein the package has a first longitudinal end and a second longitudinal end separated by a length of the package defining the receiving chamber, and is configured and arranged such that the first longitudinal end of the package and the second longitudinal end of the package are aligned and attached together such that removal of the first longitudinal end causes removal of the second longitudinal end at the same time and opens both longitudinal ends of the receiving chamber while leaving the intermittent urinary catheter surrounded by the length of the package.
A method for timer-based Bandwidth Part, BWP, switching, wherein, the method is applied to a terminal device, a BWP and a non-dynamic scheduling resource are configured for a current serving cell of the terminal device, and a BWP deactivation timer is configured for a currently activated BWP; the method comprises: after receiving indication information, determining, by the terminal device, whether to stop, start, or adjust the BWP deactivation timer, the indication information being used for indicating the terminal device to activate or deactivate the non-dynamic scheduling resource, wherein, the determining whether to stop, start, or adjust the BWP deactivation timer, comprises: determining to start, restart, or adjust the BWP deactivation timer, in a case where the terminal device meets a second condition, wherein the second condition is a criterion used by the terminal device to determine whether to start, restart, or adjust the BWP deactivation timer after acquiring the indication information, and wherein, the determining to start, restart, or adjust the BWP deactivation timer, in the case where the terminal device meets the second condition, comprises: determining to start, restart, or adjust the BWP deactivation timer, in a case where the terminal device determines that the indication information is used for indicating the terminal device to deactivate the non-dynamic scheduling resource. after receiving indication information, determining, by the terminal device, whether to stop, start, or adjust the BWP deactivation timer, the indication information being used for indicating the terminal device to activate or deactivate the non-dynamic scheduling resource, wherein, the determining whether to stop, start, or adjust the BWP deactivation timer, comprises: determining to start, restart, or adjust the BWP deactivation timer, in a case where the terminal device meets a second condition, wherein the second condition is a criterion used by the terminal device to determine whether to start, restart, or adjust the BWP deactivation timer after acquiring the indication information, and wherein, the determining to start, restart, or adjust the BWP deactivation timer, in the case where the terminal device meets the second condition, comprises: determining to start, restart, or adjust the BWP deactivation timer, in a case where the terminal device determines that the indication information is used for indicating the terminal device to deactivate the non-dynamic scheduling resource.
A therapeutically effective amount of a polynucleotide encoding for a polypeptide comprising the amino acid sequence as set forth in SEQ ID NO:1 wherein the amino residue at position 12 is substituted by an amino acid residue for use in a method of full ablating hematopoiesis in a patient in need thereof.
A heat cost allocator device, for application to a heating element in a room of a building, comprising a body configured to be fixed in contact with said heating element, said body enclosing at least: - a logic unit; - a first temperature sensor; - an electric charge accumulator; - an integrated radio communication system; characterized in that said radio communication system comprises a communication module controlled by the logic unit configured to communicate directly with Telco operator base stations to connect to the wide area network (internet) and, through said wide area network, to communicates with a remote data collection system for sending to it information already processed and stored in the cost allocator device relative to the energy consumption. - a logic unit; - a first temperature sensor; - an electric charge accumulator; - an integrated radio communication system;
A dental appliance comprising a hard, shaped body having at least one portion comprising a polymerized blend of: A) from 0 weight percent to 40 weight percent of an uncrosslinked polymer capable of dissolving in component B); B) from 2 weight percent to 45 weight percent of a monofunctional polymerizable monomer; C) from 10 weight percent to 40 weight percent of a highly crosslinked polymer in the form of ground particles having average diameters up to 500 μm; D) from 5 weight percent to 40 weight percent of a crosslinked polymer in the form of discrete particles having average diameters up to 500 μm and being easily swellable by said monomer; and E) from 5 weight percent to 40 weight percent of a di- or polyfunctional crosslinking agent, together with minor amounts of initiator and optionally activator for the initiator. A) from 0 weight percent to 40 weight percent of an uncrosslinked polymer capable of dissolving in component B); B) from 2 weight percent to 45 weight percent of a monofunctional polymerizable monomer; C) from 10 weight percent to 40 weight percent of a highly crosslinked polymer in the form of ground particles having average diameters up to 500 μm; D) from 5 weight percent to 40 weight percent of a crosslinked polymer in the form of discrete particles having average diameters up to 500 μm and being easily swellable by said monomer; and E) from 5 weight percent to 40 weight percent of a di- or polyfunctional crosslinking agent,
A method that facilitates subband assignment, comprising: transmitting a periodic power headroom measurement corresponding to a maximum achievable transmit power; advertising static differential power headroom corresponding to one or more of an inner subband, an edge subband and a single base node; and receiving a subband assignment, the subband assignment being based at least in part on the periodic power headroom measurement and the static differential power headroom. transmitting a periodic power headroom measurement corresponding to a maximum achievable transmit power; advertising static differential power headroom corresponding to one or more of an inner subband, an edge subband and a single base node; and receiving a subband assignment, the subband assignment being based at least in part on the periodic power headroom measurement and the static differential power headroom.
A subsea template for injecting fluid for long term storage in a subterranean void, the subsea template comprising: a base structure comprising a set of module receiving sections (r 11,..., r 65) each of which is configured to receive a respective utility module, a number of utility modules (221, 222, 223, 224, 225, 226, 231, 232, 233, 234) installed on the base structure, wherein each of said utility modules is arranged in a respective one (r 52, r 22, r 24, r 54, r 61, r 11) of said module receiving sections (r 11,..., r 65), and a pipe interface configured to receive at least one conduit (171, 172) transporting the fluid, which pipe interface is further configured forward the fluid for injection into the subterranean void via a drill hole under the base structure, wherein said utility modules are configured to support the injection of the fluid into the subterranean void, and wherein the base structure has an overall rectangular outline with four corners, and a respective corner module receiving section (r 11, r 15, r 61, r 66) in the set of module receiving sections is located in each of the four corners of the overall rectangular outline, characterized in that each of said corner utility modules comprises at least one shield surface (510, 520) arranged on an outer side of the corner utility module, which outer side faces away from an interior of the subsea template when the corner utility module is mounted in one of the corner module receiving sections (r 61) on the base structure, the at least one shield surface (510, 520) being arranged at an acute angle (α) relative to an upper surface of the base structure. a base structure comprising a set of module receiving sections (r 11,..., r 65) each of which is configured to receive a respective utility module, a number of utility modules (221, 222, 223, 224, 225, 226, 231, 232, 233, 234) installed on the base structure, wherein each of said utility modules is arranged in a respective one (r 52, r 22, r 24, r 54, r 61, r 11) of said module receiving sections (r 11,..., r 65), and a pipe interface configured to receive at least one conduit (171, 172) transporting the fluid, which pipe interface is further configured forward the fluid for injection into the subterranean void via a drill hole under the base structure, wherein said utility modules are configured to support the injection of the fluid into the subterranean void, and wherein the base structure has an overall rectangular outline with four corners, and a respective corner module receiving section (r 11, r 15, r 61, r 66) in the set of module receiving sections is located in each of the four corners of the overall rectangular outline, characterized in that each of said corner utility modules comprises at least one shield surface (510, 520) arranged on an outer side of the corner utility module, which outer side faces away from an interior of the subsea template when the corner utility module is mounted in one of the corner module receiving sections (r 61) on the base structure, the at least one shield surface (510, 520) being arranged at an acute angle (α) relative to an upper surface of the base structure.