mhurhangee/ep-ind-claims huggingface dataset:
A method, conducted on a server, of sending renderable graphics information to a client device, to be rendered by a rendering process associated with the client device, said graphics information including a first set of graphics information visible from a second view region (VIEWCELL B) and not visible from a first view region (VIEWCELL A), and said graphics information including a second set of graphics information visible from said second view region (VIEWCELL B) and not visible from said first view region (VIEWCELL A), said second graphics information including graphics information representing advertising, the method comprising: sending said first set of graphics information upon determination that the likelihood that a viewpoint (VP1, VP2) moves from said first view region (VIEWCELL A) to said second view region (VIEWCELL B) is greater than a predetermined movement threshold, wherein the movement the likelihood of which is assessed is determined according to a predetermined motion path or according to the user input to said client device, characterized in that the method further comprises: sending said second set of graphics information upon determination that the likelihood that the viewpoint (VP1, VP2) moves from said first view region (VIEWCELL A) to said second view region (VIEWCELL B) is greater than the predetermined movement threshold, wherein the movement the likelihood of which is assessed is determined according to the predetermined motion path or according to the user input to said client device, and upon determination that a maximum available transmission bandwidth from said server to said client device exceeds a predetermined bandwidth threshold. sending said first set of graphics information upon determination that the likelihood that a viewpoint (VP1, VP2) moves from said first view region (VIEWCELL A) to said second view region (VIEWCELL B) is greater than a predetermined movement threshold, wherein the movement the likelihood of which is assessed is determined according to a predetermined motion path or according to the user input to said client device, characterized in that the method further comprises: sending said second set of graphics information upon determination that the likelihood that the viewpoint (VP1, VP2) moves from said first view region (VIEWCELL A) to said second view region (VIEWCELL B) is greater than the predetermined movement threshold, wherein the movement the likelihood of which is assessed is determined according to the predetermined motion path or according to the user input to said client device, and upon determination that a maximum available transmission bandwidth from said server to said client device exceeds a predetermined bandwidth threshold.
Use of a polypeptide having acetyl xylan esterase activity selected from the group consisting of (i) a polypeptide comprising an amino acid sequence having at least 85% identity to the mature polypeptide of SEQ ID NO: 2; and (ii) a polypeptide encoded by a polynucleotide comprising a nucleotide sequence having at least 85% identity to the mature polypeptide coding sequence of SEQ ID NO:1 in a process of producing a fermentation product from lignocellulose-containing material, comprising the steps of: (a) pre-treating lignocellulose-containing material; (b) hydrolyzing the material in the presence of a cellulolytic enzyme and the acetyl xylan esterase (c) fermenting using a fermenting organism. (a) pre-treating lignocellulose-containing material; (b) hydrolyzing the material in the presence of a cellulolytic enzyme and the acetyl xylan esterase (c) fermenting using a fermenting organism.
Reducing agent tank for a reducing agent and preferably for installation on a motor vehicle, having a housing for accommodating the reducing agent, having a tank segment, and preferably having a delivery module for delivering the reducing agent, wherein the tank segment has at least one integrated fluid duct (3.1) for conducting a fluid for warming the reducing agent, in particular in such a way that the tank segment itself forms the fluid duct (3.1), wherein a moulded part forms the tank segment, and wherein the tank segment and/or the moulded part are one injection-moulded part, characterized in that one and the same moulded part forms the tank segment and the fluid duct (3.1) delimited by parallel-running wall elements (3.2) and by a part of a lid-like and/or surface-like wall (3.3).
A plumbing tundish device comprising a hollow tubular body, wherein the body comprises a first hollow connector and a second hollow connector, wherein the first and second hollow connectors (14, 16) are detachably connected to each other, wherein when connected the first and second hollow connectors (14, 16) form the tundish device, wherein the first connector comprises an air gap, characterised in that: the air gap is defined by a plurality of elongated windows, arranged in at least two rows comprising a grid arrangement, which is configured by a plurality of substantially horizontal and a plurality of substantially vertical members, wherein points of intersection of the substantially horizontal and the substantially vertical members, define corners of each window.
A method for preparing a liposome composition, comprising steps of: providing precursor liposomes encapsulating platinum-based precursors; and incubating the precursor liposomes in a salt solution to convert the platinum-based precursors to platinum-based drugs to form the liposome composition, wherein the precursor liposomes are prepared by hydrating the platinum-based drugs to form the platinum-based precursors; mixing a lipid-based formulation to form a lipid bilayer vehicle; and adding the platinum-based precursors to the lipid bilayer vehicle to form the precursor liposomes, wherein the platinum-based drugs comprise at least one platinum-halide bond; and the lipid-based formulation comprises DSPC, cholesterol, and a member selected from a group consisting of DSPE-PEG-2000, DSPE-PEG-3000, DSPE-PEG-4000, DSPE-PEG-5000, and DSPE-PEG-10000. providing precursor liposomes encapsulating platinum-based precursors; and incubating the precursor liposomes in a salt solution to convert the platinum-based precursors to platinum-based drugs to form the liposome composition, wherein the precursor liposomes are prepared by hydrating the platinum-based drugs to form the platinum-based precursors; mixing a lipid-based formulation to form a lipid bilayer vehicle; and adding the platinum-based precursors to the lipid bilayer vehicle to form the precursor liposomes, wherein the platinum-based drugs comprise at least one platinum-halide bond; and the lipid-based formulation comprises DSPC, cholesterol, and a member selected from a group consisting of DSPE-PEG-2000, DSPE-PEG-3000, DSPE-PEG-4000, DSPE-PEG-5000, and DSPE-PEG-10000.
A device for cutting hair comprising a skin contacting face that is arranged to be placed against a surface of the skin of a user during use, an optical system configured to direct a cutting laser beam across a cutting zone parallel to and spaced from said skin contacting face to cut hairs extending into the cutting zone, a detector (40, 42) configured to generate information indicative of the presence of one or more objects representative of hair and/or skin in the cutting zone, and a controller configured to determine the presence of one or more objects representative of hair and/or skin in the cutting zone and to adjust one or more characteristics of the optical system in dependence on the information generated by the detector, characterised in that the controller is configured to generate information indicative of the distance between the one or more objects representative of hair and skin in the cutting zone and the cutting laser beam in dependence on information generated by the detector (40, 42), and to adjust the intensity of the cutting laser beam in dependence on the information generated by the controller.
An ink composition comprising: (a) at least a first film-forming elastomeric polymer, (b) at least a second film-forming elastomeric polymer, (c) at least one pigment, and (d) water, wherein the first film-forming elastomeric polymer (a) is hydrogenated acrylonitrile butadiene rubber (HNBR), and wherein the second film-forming elastomeric polymer (b) is styrene butadiene rubber. (a) at least a first film-forming elastomeric polymer, (b) at least a second film-forming elastomeric polymer, (c) at least one pigment, and (d) water,
Electric machine, in particular an electric motor, having a one-piece can which is arranged between a stator and a rotor, - wherein the can has a hollow-cylindrical tubular casing, which is composed of composite fiber material, and - wherein the casing thickness of the can is less than 2.5 mm and greater than 0.5 mm, characterized - in that the can is loaded with external pressure by means of a cooling fluid within a machine housing, - in that the can is fitted axially on both sides onto a sleeve in each case, - in that each of the sleeves is fitted onto a collar of an end plate (12, 14) of the machine housing, and - in that each of the sleeves has a first axial section which projects into the can and a second axial section which adjoins the latter and with which the can is aligned. - wherein the can has a hollow-cylindrical tubular casing, which is composed of composite fiber material, and - wherein the casing thickness of the can is less than 2.5 mm and greater than 0.5 mm, characterized - in that the can is loaded with external pressure by means of a cooling fluid within a machine housing, - in that the can is fitted axially on both sides onto a sleeve in each case, - in that each of the sleeves is fitted onto a collar of an end plate (12, 14) of the machine housing, and - in that each of the sleeves has a first axial section which projects into the can and a second axial section which adjoins the latter and with which the can is aligned.
A riding toy in which a handlebar and rotatable wheels (12a, 12b) including two rear wheels are provided on a body thereof and which includes a button switch provided on the body or the handlebar and an output unit provided on the handlebar and made up of a light emitting device or a sound emitting device, comprising; a control unit that causes the light emitting device or the sound emitting device of the output unit to perform a predetermined operation in response to operation of the button switch, and characterised by: a generating motor that is linked with the wheels (12a, 12b) via a power transmission mechanism; a rectifier bridge circuit that rectifies an output current outputted from the generating motor; a storage unit that stores a direct current from the rectifier bridge circuit; wherein the control unit causes the light emitting device or the sound emitting device of the output unit to perform the predetermined operation in response to operation of the button switch based on an current supplied from the storage unit, and wherein the power transmission mechanism includes an engaging and disengaging unit that is adapted to connect and disconnect the transmission of power between the wheels (12a, 12b) and the generating motor, and wherein the power transmission mechanism comprises a gear mounted on an axle of the rear wheels so as to slide in an axial direction of the axle, and a gear linked to a rotational shaft of the generating motor so that the gear mounted on the axle and the gear linked to the generating motor are engaged or disengaged by controlling a lever of the engaging and disengaging unit. a generating motor that is linked with the wheels (12a, 12b) via a power transmission mechanism; a rectifier bridge circuit that rectifies an output current outputted from the generating motor; a storage unit that stores a direct current from the rectifier bridge circuit; wherein the control unit causes the light emitting device or the sound emitting device of the output unit to perform the predetermined operation in response to operation of the button switch based on an current supplied from the storage unit, and wherein the power transmission mechanism includes an engaging and disengaging unit that is adapted to connect and disconnect the transmission of power between the wheels (12a, 12b) and the generating motor, and wherein the power transmission mechanism comprises a gear mounted on an axle of the rear wheels so as to slide in an axial direction of the axle, and a gear linked to a rotational shaft of the generating motor so that the gear mounted on the axle and the gear linked to the generating motor are engaged or disengaged by controlling a lever of the engaging and disengaging unit.
A medical device comprising: at least one needle tip having a pointed closed end; and at least one tool (300, 300a, 300b) configured to install the at least one needle tip on a hollow needle shaft having a fluid flow passage within the needle shaft, characterized in that the needle tip is configured to close the fluid flow passage within the needle shaft when the needle tip is installed on the needle shaft, the tool (300, 300a, 300b) is comprising a tool body having a proximal end and a distal end, and a needle tip holder located at the distal end of the tool (300, 300a, 300b), the needle tip holder comprising a needle tip receptacle configured to receive the needle tip and configured to hold the needle tip during an installation of the needle tip on the needle shaft, wherein the needle tip receptacle is comprising a mating portion having an internal sidewall configured to mate and interact with an external sidewall of a mating portion of the needle tip fitting inside the mating portion of the needle tip receptacle such that, when the tool (300, 300a, 300b) is rotated about a longitudinal axis of rotation, LRA, both the needle tip receptacle and the needle tip rotate about the LRA, wherein the pointed closed end of the at least one needle tip faces towards the needle tip receptable. at least one needle tip having a pointed closed end; and at least one tool (300, 300a, 300b) configured to install the at least one needle tip on a hollow needle shaft having a fluid flow passage within the needle shaft, characterized in that the needle tip is configured to close the fluid flow passage within the needle shaft when the needle tip is installed on the needle shaft, the tool (300, 300a, 300b) is comprising a tool body having a proximal end and a distal end, and a needle tip holder located at the distal end of the tool (300, 300a, 300b), the needle tip holder comprising a needle tip receptacle configured to receive the needle tip and configured to hold the needle tip during an installation of the needle tip on the needle shaft, wherein the needle tip receptacle is comprising a mating portion having an internal sidewall configured to mate and interact with an external sidewall of a mating portion of the needle tip fitting inside the mating portion of the needle tip receptacle such that, when the tool (300, 300a, 300b) is rotated about a longitudinal axis of rotation, LRA, both the needle tip receptacle and the needle tip rotate about the LRA, wherein the pointed closed end of the at least one needle tip faces towards the needle tip receptable.
A vacuum bag sealing system comprising: a composite bagging sheet comprising a first edge, a second edge, a third edge and a fourth edge, wherein the third and fourth edges (26, 28) extend between the first edge and the second edge; and at least one interlocking strip connected to a surface of said composite bagging sheet; wherein said composite bagging sheet is configured to be foldable by one of both about the first edge and the second edge, and about the third edge and the fourth edge, to form a first section of said composite bagging sheet and a second section of said composite bagging sheet, both folds being about a central fold line (36, 37), and wherein said interlocking strip is configured to join said first section of said composite bagging sheet to said second section of said composite bagging sheet to form a sealed vacuum bag. a composite bagging sheet comprising a first edge, a second edge, a third edge and a fourth edge, wherein the third and fourth edges (26, 28) extend between the first edge and the second edge; and at least one interlocking strip connected to a surface of said composite bagging sheet; wherein said composite bagging sheet is configured to be foldable by one of both about the first edge and the second edge, and about the third edge and the fourth edge, to form a first section of said composite bagging sheet and a second section of said composite bagging sheet, both folds being about a central fold line (36, 37), and wherein said interlocking strip is configured to join said first section of said composite bagging sheet to said second section of said composite bagging sheet to form a sealed vacuum bag.
Process of producing chemical compounds of formula I wherein R is alkyl, comprising the following steps: a) producing dihydroisoquinoline from isoquinoline, b) optionally producing a glycidylether from an alkohol and an epichlorhydrine, c) reacting said dihydroisoquinoline with SO 3 and said glycidylether, wherein the dihydroisoquinoline in step a) is produced by ai) reducing an isoquinoline to give a tetrahydroisoquinoline and aii) oxidizing said tetrahydroisoquinoline to give the dihydroisoquinoline. wherein step c) comprises steps ci) dissolving dihydroisochinoline in a solvent, cii) adding SO 3 to the solution obtained in ci), wherein SO 3 is used in an excess with respect to dihydroisochinoline, ciii) adding glycidylether to the solution obtained in cii), civ) heating the mixture obtained in ciii), cv) quenching remaining SO 3 in the mixture obtained in ciii) or civ), cvii) inducing crystallisation, cviii) filtering the crystals off the mixture obtained in cvii), cix) purifying the crystals obtained in cviii), cx) drying the crystals obtained in cviii) or cix). a) producing dihydroisoquinoline from isoquinoline, b) optionally producing a glycidylether from an alkohol and an epichlorhydrine, c) reacting said dihydroisoquinoline with SO 3 and said glycidylether, ai) reducing an isoquinoline to give a tetrahydroisoquinoline and aii) oxidizing said tetrahydroisoquinoline to give the dihydroisoquinoline. ci) dissolving dihydroisochinoline in a solvent, cii) adding SO 3 to the solution obtained in ci), wherein SO 3 is used in an excess with respect to dihydroisochinoline, ciii) adding glycidylether to the solution obtained in cii), civ) heating the mixture obtained in ciii), cv) quenching remaining SO 3 in the mixture obtained in ciii) or civ), cvii) inducing crystallisation, cviii) filtering the crystals off the mixture obtained in cvii), cix) purifying the crystals obtained in cviii), cx) drying the crystals obtained in cviii) or cix).
Device for the axial fixing of an end of a Bowden cable, in particular a motor vehicle lock, having • a housing, • a Bowden cable, • an inserting means for inserting the Bowden cable into the mounting, so that incorrect mounting of the Bowden cable can be prevented; whereby • the housing has a mounting, in which the end of the Bowden cable can be fixed, • the housing has an aperture to accommodate a Bowden cable; • the inserting means is formed from a shape which prevents a form fit between the Bowden cable and the aperture; • the aperture in the housing is U-shaped and the inserting means is formed from an elevation extending along the circumference; • the Bowden cable sheath has a flange; • the mounting has a recess into which the flange is inserted; • the recess radially secures the Bowden cable sheath in relation to the housing; • the inserting means surrounds the Bowden cable sheath at least in places; characterized in that • the elevation is formed starting rising from an end of the aperture and falling to the opposite end of the aperture, so that the elevation forms an incline. • a housing, • a Bowden cable, • an inserting means for inserting the Bowden cable into the mounting, so that incorrect mounting of the Bowden cable can be prevented; • the housing has a mounting, in which the end of the Bowden cable can be fixed, • the housing has an aperture to accommodate a Bowden cable; • the inserting means is formed from a shape which prevents a form fit between the Bowden cable and the aperture; • the aperture in the housing is U-shaped and the inserting means is formed from an elevation extending along the circumference; • the Bowden cable sheath has a flange; • the mounting has a recess into which the flange is inserted; • the recess radially secures the Bowden cable sheath in relation to the housing; • the inserting means surrounds the Bowden cable sheath at least in places; • the elevation is formed starting rising from an end of the aperture and falling to the opposite end of the aperture, so that the elevation forms an incline.
Alight emitting diode (100, 200, 300, 400) comprising: a light emitting structure including an active layer (25, 125); a distributed Bragg reflector disposed on one side of the light emitting structure so as to reflect light emitted from the light emitting structure; and an interfacial layer disposed between the light emitting structure and the distributed Bragg reflector, wherein the distributed Bragg reflector includes first material layers having a low index of refraction and second material layers having a high index of refraction, the first and second material layers (43a, 43b) being alternately stacked one above another, and wherein the interfacial layer has a lower index of refraction than the first material layers, and also has a thickness greater than a thickness of each layer of the first material layers and the second material layers, characterized in that a second material layer of the second material layers that is closest to the interfacial layer includes a first sub-layer (43b-1) and a second sub-layer (43b-2), wherein the first sub-layer (43b-1) and the second sub-layer (43b-2) have different densities and the density of the second sub-layer (43b-2) is higher than the density of the first sub-layer (43b-1). a light emitting structure including an active layer (25, 125); a distributed Bragg reflector disposed on one side of the light emitting structure so as to reflect light emitted from the light emitting structure; and an interfacial layer disposed between the light emitting structure and the distributed Bragg reflector, wherein the distributed Bragg reflector includes first material layers having a low index of refraction and second material layers having a high index of refraction, the first and second material layers (43a, 43b) being alternately stacked one above another, and wherein the interfacial layer has a lower index of refraction than the first material layers, and also has a thickness greater than a thickness of each layer of the first material layers and the second material layers, characterized in that a second material layer of the second material layers that is closest to the interfacial layer includes a first sub-layer (43b-1) and a second sub-layer (43b-2), wherein the first sub-layer (43b-1) and the second sub-layer (43b-2) have different densities and the density of the second sub-layer (43b-2) is higher than the density of the first sub-layer (43b-1).