mhurhangee/ep-ind-claims huggingface dataset:
A holder for a two-wheeler accessory, in particular for a two-wheeler lock, comprising: a fastening band for wrapping around a tube section of a two-wheeler, wherein the fastening band has a first end and a second, loose end (27, 33); a securing element; and a base body which has a support section for contacting the tube section of the two-wheeler, a holding device for the two-wheeler accessory or for an accessory-specific adapter piece, a leadthrough for at least the second end of the fastening band and a reception opening for the securing element aligned transversely to the leadthrough, wherein the fastening band is displaceable along the leadthrough when it is led through the leadthrough; and wherein the securing element can be linearly displaced by the user from a position generally releasing the leading through of at least a part of the fastening band into a securing position in which the securing element is at least partly located in the reception opening and tensions the fastening band in the leadthrough by deflection and/or blocks it against a displacement, characterized in that the securing element is linearly displaceable into the securing position without tools. a fastening band for wrapping around a tube section of a two-wheeler, wherein the fastening band has a first end and a second, loose end (27, 33); a securing element; and a base body which has a support section for contacting the tube section of the two-wheeler, a holding device for the two-wheeler accessory or for an accessory-specific adapter piece, a leadthrough for at least the second end of the fastening band and a reception opening for the securing element aligned transversely to the leadthrough, wherein the fastening band is displaceable along the leadthrough when it is led through the leadthrough; and wherein the securing element can be linearly displaced by the user from a position generally releasing the leading through of at least a part of the fastening band into a securing position in which the securing element is at least partly located in the reception opening and tensions the fastening band in the leadthrough by deflection and/or blocks it against a displacement, characterized in that the securing element is linearly displaceable into the securing position without tools.
A saddle vehicle comprising: a head tube; a main frame extending rearwardly from the head tube; left and right seat rails (30, 30) adapted to support a seat, the seat rails (30, 30) being provided as separate bodies from the main frame and located rearwardly of the main frame; a swing arm adapted to support a rear wheel; left and right pivot plates adapted to pivotally support the swing arm; and a shock absorber for suppressing vibrations attributable to a road surface; wherein an upper end of the shock absorber is received by a cross member located between the left and right seat rails (30, 30); wherein the pivot plates are provided as separate bodies from the seat rails (30, 30); and wherein the cross member is a separate body from the seat rails (30, 30), and the cross member is fastened to the seat rails (30, 30) by cross member fastening members; characterized in that both ends of the cross member are supported by recesses which are provided in the left and right seat rails (30, 30) at inner sides of the seat rails so as to face each other; and in that the cross member fastening members are mounted substantially in parallel to an axis of the shock absorber in a side view. a head tube; a main frame extending rearwardly from the head tube; left and right seat rails (30, 30) adapted to support a seat, the seat rails (30, 30) being provided as separate bodies from the main frame and located rearwardly of the main frame; a swing arm adapted to support a rear wheel; left and right pivot plates adapted to pivotally support the swing arm; and a shock absorber for suppressing vibrations attributable to a road surface; wherein an upper end of the shock absorber is received by a cross member located between the left and right seat rails (30, 30); wherein the pivot plates are provided as separate bodies from the seat rails (30, 30); and wherein the cross member is a separate body from the seat rails (30, 30), and the cross member is fastened to the seat rails (30, 30) by cross member fastening members; characterized in that both ends of the cross member are supported by recesses which are provided in the left and right seat rails (30, 30) at inner sides of the seat rails so as to face each other; and in that the cross member fastening members are mounted substantially in parallel to an axis of the shock absorber in a side view.
A pump attachable to a reservoir and a cylinder of an implantable penile prosthetic, comprising: a pump body; a pump bulb connected to the pump body, where the pump bulb is operable to move liquid from the reservoir to the cylinder; an inlet valve (64, 200) disposed in the pump body; and an inlet flow path having a first portion communicating between the reservoir and the inlet valve and a second portion communicating between the inlet valve and the pump bulb, characterized in that the inlet valve (64, 200) comprises: a spherical part (100, 210) that is positioned between the first portion and the second portion of the inlet flow path, and a channel (114, 224) is formed in one hemisphere of the spherical part (100, 210) of the inlet valve (64, 200), with the channel (114, 224) extending from an entrance hole (130, 230) formed in an exterior surface of the spherical part (100, 210) to an outlet hole (132, 232) formed in the exterior surface of the spherical part (100, 210); an inlet flange (102, 212) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200), and a lockout flange (104, 214) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200). a pump body; a pump bulb connected to the pump body, where the pump bulb is operable to move liquid from the reservoir to the cylinder; an inlet valve (64, 200) disposed in the pump body; and an inlet flow path having a first portion communicating between the reservoir and the inlet valve and a second portion communicating between the inlet valve and the pump bulb, characterized in that the inlet valve (64, 200) comprises: a spherical part (100, 210) that is positioned between the first portion and the second portion of the inlet flow path, and a channel (114, 224) is formed in one hemisphere of the spherical part (100, 210) of the inlet valve (64, 200), with the channel (114, 224) extending from an entrance hole (130, 230) formed in an exterior surface of the spherical part (100, 210) to an outlet hole (132, 232) formed in the exterior surface of the spherical part (100, 210); an inlet flange (102, 212) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200), and a lockout flange (104, 214) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200). a spherical part (100, 210) that is positioned between the first portion and the second portion of the inlet flow path, and a channel (114, 224) is formed in one hemisphere of the spherical part (100, 210) of the inlet valve (64, 200), with the channel (114, 224) extending from an entrance hole (130, 230) formed in an exterior surface of the spherical part (100, 210) to an outlet hole (132, 232) formed in the exterior surface of the spherical part (100, 210); an inlet flange (102, 212) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200), and a lockout flange (104, 214) connected to and extending radially away from the spherical part (100, 210) of the inlet valve (64, 200).
A method for manufacturing a chromatography column, in particular for gas phase chromatography, comprising a stationary phase, characterizing in that the stationary phase is made from a sol, said sol comprising a pore-forming agent, this method comprising the following steps (a) to (c): (a) introducing this sol at the first end of the column, (b) moving said sol towards the second end of the column, so that a sol layer is formed on the internal wall of the column, this layer being able to form a gel on said internal wall, and (c) drying of the gel, as well as the following consecutive step (d): (d) removing the pore-forming agent from the formed layer, so as to form a porous layer, and in particular a microporous or mesoporous layer, the size and/or the density of the pores being controlled, said porous layer forming the stationary phase. (a) introducing this sol at the first end of the column, (b) moving said sol towards the second end of the column, so that a sol layer is formed on the internal wall of the column, this layer being able to form a gel on said internal wall, and (c) drying of the gel, (d) removing the pore-forming agent from the formed layer, so as to form a porous layer, and in particular a microporous or mesoporous layer, the size and/or the density of the pores being controlled, said porous layer forming the stationary phase.
A composition comprising a superhydrophilic amphiphilic copolymer, a micellar thickener and a cosmetically-acceptable or pharmaceutically-acceptable carrier, wherein: said superhydrophilic amphiphilic copolymer comprises a starch-based polysaccharide modified with a hydrophobic reagent, wherein said hydrophobic reagent is dodecenylsuccinic anhydride and the modified starch based polysaccharide has a weight average molecular weight that is less than 200,000; and said micellar thickener is a corona thickener which is a fatty acid polyester of an ethoxylated glucoside. said superhydrophilic amphiphilic copolymer comprises a starch-based polysaccharide modified with a hydrophobic reagent, wherein said hydrophobic reagent is dodecenylsuccinic anhydride and the modified starch based polysaccharide has a weight average molecular weight that is less than 200,000; and said micellar thickener is a corona thickener which is a fatty acid polyester of an ethoxylated glucoside.
A process for purifying a protein of interest from a heterogeneous tissue culture fluid mixture, comprising: (a) producing by a continuous perfusion fermentation process a heterogeneous tissue culture fluid mixture containing a protein of interest; (b) transferring the tissue culture fluid mixture to a continuous particle removal process integrated with the continuous perfusion fermentation process; (c) removing particulate contaminants from the tissue culture fluid in the continuous particle removal process to produce a clarified tissue culture fluid containing the protein of interest; (d) transferring the clarified tissue culture fluid to a continuous purification process integrated with the continuous particle removal process, wherein the continuous purification process is ultrafiltration and the clarified tissue culture fluid is filtered at a specific flow rate that produces a wall concentration less than 20% greater than a retentate concentration; and (e) purifying the protein of interest from the clarified tissue culture fluid in the continuous purification process; wherein the specific flow rate of the mixture through the continuous perfusion fermentation process, continuous particle removal process and continuous purification process is maintained substantially constant. (a) producing by a continuous perfusion fermentation process a heterogeneous tissue culture fluid mixture containing a protein of interest; (b) transferring the tissue culture fluid mixture to a continuous particle removal process integrated with the continuous perfusion fermentation process; (c) removing particulate contaminants from the tissue culture fluid in the continuous particle removal process to produce a clarified tissue culture fluid containing the protein of interest; (d) transferring the clarified tissue culture fluid to a continuous purification process integrated with the continuous particle removal process, wherein the continuous purification process is ultrafiltration and the clarified tissue culture fluid is filtered at a specific flow rate that produces a wall concentration less than 20% greater than a retentate concentration; and (e) purifying the protein of interest from the clarified tissue culture fluid in the continuous purification process;
A process for producing spherical submicron particles of amorphous silicon dioxide, in which silicon dioxide and a reducing agent is injected into a reaction vessel comprising a molten pool of zirconium oxide based material, wherein said molten pool of zirconium oxide based material is serving as a heat reservoir, in which silicon dioxide reacts with the reducing agent producing a silicon-sub-oxide vapour, SiO, said silicon-sub-oxide vapour is oxidised into said spherical submicron particles of amorphous silicon dioxide.
A display system for a vehicle, in particular a commercial vehicle, comprising: a capturing device mountable to a vehicle and adapted to capture at least part of the immediate vehicle environment and to generate signals corresponding to the captured part of the immediate vehicle environment, a calculation unit associated with said capturing device and adapted to receive the signals generated by the capturing device, to determine obstacles (40 - 46) in the captured immediate vehicle environment, and to generate a display image (20, 20a - 20d) displaying both the vehicle in a stylized or symbolic representation and the obstacle (40 - 46) determined in the immediate vehicle environment in a stylized or symbolic representation and its relative position with regard to the vehicle, and a rendering unit associated with the calculation unit and adapted to display the display image (20, 20a - 20d) generated by the calculation unit in the vehicle and visible to the driver, characterized in that the calculation unit is further adapted to determine a motion speed and/or motion direction of the obstacle and to illustrate the motion of the determined obstacle (40 - 46) relative to the vehicle on the display images (20, 20a - 20d) in a continuous or clocked manner. a capturing device mountable to a vehicle and adapted to capture at least part of the immediate vehicle environment and to generate signals corresponding to the captured part of the immediate vehicle environment, a calculation unit associated with said capturing device and adapted to receive the signals generated by the capturing device, to determine obstacles (40 - 46) in the captured immediate vehicle environment, and to generate a display image (20, 20a - 20d) displaying both the vehicle in a stylized or symbolic representation and the obstacle (40 - 46) determined in the immediate vehicle environment in a stylized or symbolic representation and its relative position with regard to the vehicle, and a rendering unit associated with the calculation unit and adapted to display the display image (20, 20a - 20d) generated by the calculation unit in the vehicle and visible to the driver, characterized in that the calculation unit is further adapted to determine a motion speed and/or motion direction of the obstacle and to illustrate the motion of the determined obstacle (40 - 46) relative to the vehicle on the display images (20, 20a - 20d) in a continuous or clocked manner.
A layer composite constructed from a first layer of a first material and a second layer of a polymer reinforced with endless fibers, wherein the first layer and the second layer are joined to one another face to face, wherein the endless fibers in the second layer are aligned in at least three fiber directions, wherein the three fiber directions are in a plane aligned parallel to the first layer and the fiber content is adjusted such that the coefficient of thermal expansion of the second layer corresponds to the coefficient of thermal expansion of the first layer, wherein the material of the first layer is a metal, the polymer reinforced with endless fibers has a total fiber content in the range from 1 to 70 vol% and wherein i) the second layer is constructed from two or more individual layers of a fiber-reinforced polymer that are each rotated relative to one another, or ii) the second layer contains two or more plies comprising endless fibers and wherein the endless fibers within a ply are present in two or more fiber directions rotated relative to one another. i) the second layer is constructed from two or more individual layers of a fiber-reinforced polymer that are each rotated relative to one another, or ii) the second layer contains two or more plies comprising endless fibers and wherein the endless fibers within a ply are present in two or more fiber directions rotated relative to one another.
Use of an oligomer of formula I' -X1-An-X2- (I') where: - the recurrent units A, each independently the same or different, are restricted mimetics of dipeptides or tripeptides selected from among the following formulas and: - n is an integer of between 2 and 40; - X 1 and X 2 are each independently a spacer group or a linker; - u, v and w being integers of between 0 and 10; as vectorisation agent. - the recurrent units A, each independently the same or different, are restricted mimetics of dipeptides or tripeptides selected from among the following formulas and: - n is an integer of between 2 and 40; - X 1 and X 2 are each independently a spacer group or a linker; - u, v and w being integers of between 0 and 10;
An inhibitor of CLEC14A for use in inhibiting tumour angiogenesis in an individual, wherein the inhibitor is an antibody that specifically binds the CLEC14A polypeptide, or wherein the inhibitor is an siRNA molecule, an antisense molecule, or a ribozyme specific for the CLEC14A polynucleotide, or a polynucleotide or vector encoding said siRNA molecule, antisense molecule or ribozyme.
An arrangement for maintaining a desired operating temperature of a battery in a vehicle, wherein the arrangement comprises the battery and an AC installation with a circulating refrigerant, the AC installation comprises a first circuit with a first evaporator in which a refrigerant is intended to cool air in a driving cab space of the vehicle, and a first condenser in which the refrigerant is intended to release thermal energy, and a cooling system with a circulating coolant, which cooling system comprises a radiator in which the coolant is intended to be cooled and a heat-transfer region in which the coolant is in contact with the battery, wherein the AC installation comprises a second circuit with a second evaporator in which the refrigerant is intended to cool the coolant in the cooling system, characterised in that said second circuit comprises a second condenser in which the refrigerant is intended to warm the coolant in the cooling system, that the radiator is situated at a location in the cooling system between the second condenser and the second evaporator and that the cooling system comprises circulation means in the form of a reversible pump capable of circulating the coolant in opposite directions through the cooling system.
An apparatus for removing debris from a well fluid in a subterranean wellbore, the apparatus comprising: a power head tool (110, 225, 704) connected to a tubing string for positioning in the wellbore, the power head tool for creating reverse fluid flow in the wellbore; a knock-out tool connected along the tubing string downhole from the power head tool, the knock-out tool comprising an elongated housing defining an interior passageway, a knock-out member, and a removable subassembly; wherein the removable subassembly comprises an elongated inner tube positioned within the housing, thereby defining an annulus between the inner tube and housing, a faceplate removably attached to the housing, the faceplate for blocking fluid flow from the lower end of the annulus between the inner tube and housing, the faceplate having an inlet passage therein for directing fluid flow into the interior of the inner tube; wherein the knock-out member is positioned proximate an upper end of the elongated housing and operable to direct debris in the well fluid into the annulus between the inner tube and housing; wherein the knock-out member is substantially conical in shape having an apex of the knock-out member extending towards the inner tube and an opposing base extending away from the apex to contact an interior surface of the housing; and a screen assembly for removing debris from the well fluid, the screen assembly positioned uphole from the knock-out assembly. a power head tool (110, 225, 704) connected to a tubing string for positioning in the wellbore, the power head tool for creating reverse fluid flow in the wellbore; a knock-out tool connected along the tubing string downhole from the power head tool, the knock-out tool comprising an elongated housing defining an interior passageway, a knock-out member, and a removable subassembly; wherein the removable subassembly comprises an elongated inner tube positioned within the housing, thereby defining an annulus between the inner tube and housing, a faceplate removably attached to the housing, the faceplate for blocking fluid flow from the lower end of the annulus between the inner tube and housing, the faceplate having an inlet passage therein for directing fluid flow into the interior of the inner tube; wherein the knock-out member is positioned proximate an upper end of the elongated housing and operable to direct debris in the well fluid into the annulus between the inner tube and housing; wherein the knock-out member is substantially conical in shape having an apex of the knock-out member extending towards the inner tube and an opposing base extending away from the apex to contact an interior surface of the housing; and a screen assembly for removing debris from the well fluid, the screen assembly positioned uphole from the knock-out assembly.