mhurhangee/ep-ind-claims huggingface dataset:
A receiving part for receiving a rod for coupling the rod to a bone anchoring element, the receiving part including a receiving part body with a channel for receiving the rod wherein the channel comprises two lateral legs (14a, 14b), and an accommodation space for accommodating a head of the bone anchoring element, the accommodation space having an opening for introduction of the head; and a pressure element (8,8') located at least partly in the accommodation space, the pressure element having a flexible portion to clamp the head; wherein the pressure element can assume in the receiving part body an inserting position in which introduction of the head is permitted, a locking position in which the head is locked in the receiving part and a pre-locking position in which the head is clamped by the pre-stress exerted by the pressure element, and wherein the inserting position is limited by a stop (9a,9b,84) acting onto the pressure element; characterized in that the pressure element comprises a substantially cylindrical portion with a U-shaped recess for receiving the rod and wherein said stop is formed by pins (9a, 9b), that are introduced into bores (20a, 20b) of the legs (14a, 14b) of the receiving part body and that engage recesses of the pressure element, thereby holding the recess for receiving the rod aligned with the channel of the receiving part body.
Method for marking a tyre of the type comprising a tread and two sidewalls delimiting said tread, the method comprising: - a step of inflating the tyre mounted on a rim, and - in the inflated state of the tyre, a step of making, on at least one of the sidewalls of said tyre, at least one marking which is at least partially coloured, characterized in that, during the inflation step, the tyre is inflated to a pressure greater than the nominal inflation pressure of said tyre. - a step of inflating the tyre mounted on a rim, and - in the inflated state of the tyre, a step of making, on at least one of the sidewalls of said tyre, at least one marking which is at least partially coloured, characterized in that, during the inflation step, the tyre is inflated to a pressure greater than the nominal inflation pressure of said tyre.
Device for applying a keratin fibre treatment composition, comprising: v) an applicator means that is capable of retaining an amount of the treatment composition in a container, vi) a holding member that can engage with the applicator means, in order, during a longitudinal movement of the device relative to a lock of keratin fibres, to hold the said lock in engagement with the applicator means so as to enable the lock to be coated with the treatment composition, vii) the said applicator means comprises an applicator tip mounted on the container and comprising an outlet orifice equipped with an opening/closing member, which, in a first position, closes off the said outlet orifice, and which, in a second position, at least partially releases the said outlet orifice, the passage from the first to the second position taking place in response to a stress exerted on the opening/closing member by engaging the said lock between the holding member and this opening/closing member; viii)the treatment composition comprising at least one hydrophobic film-forming polymer and at least one volatile solvent. v) an applicator means that is capable of retaining an amount of the treatment composition in a container, vi) a holding member that can engage with the applicator means, in order, during a longitudinal movement of the device relative to a lock of keratin fibres, to hold the said lock in engagement with the applicator means so as to enable the lock to be coated with the treatment composition, vii) the said applicator means comprises an applicator tip mounted on the container and comprising an outlet orifice equipped with an opening/closing member, which, in a first position, closes off the said outlet orifice, and which, in a second position, at least partially releases the said outlet orifice, the passage from the first to the second position taking place in response to a stress exerted on the opening/closing member by engaging the said lock between the holding member and this opening/closing member; viii)the treatment composition comprising at least one hydrophobic film-forming polymer and at least one volatile solvent.
A latch (1, 100) for a motor vehicle comprising a bolt (2, 200), said bolt (2, 200) being configured to be rotatably movable about a bolt axis, a pawl, said pawl being configured to be rotatably movable about a pawl axis and a striker, said latch (1, 100) being configured to adopt: - a partially closed position in which the pawl abuts against the bolt (2, 200) on a first pawl attachment point, the striker being captured by the bolt (2, 200), - a fully closed position in which the pawl abuts against the bolt (2, 200) on a second pawl attachment point, distinct from the first pawl attachment point, the striker being captured by the bolt (2, 200), - and an open position in which the striker is released from the bolt (2, 200), wherein the bolt (2, 200) comprises a first bolt attachment point (C, C') configured to abut the first pawl attachment point in the partially closed position, and the bolt (2, 200) comprises a second bolt attachment point (D, D') configured to abut the second pawl attachment point in the fully closed position, characterized in that the first pawl attachment point is farther from the pawl axis, than the second pawl attachment point. - a partially closed position in which the pawl abuts against the bolt (2, 200) on a first pawl attachment point, the striker being captured by the bolt (2, 200), - a fully closed position in which the pawl abuts against the bolt (2, 200) on a second pawl attachment point, distinct from the first pawl attachment point, the striker being captured by the bolt (2, 200), - and an open position in which the striker is released from the bolt (2, 200), wherein the bolt (2, 200) comprises a first bolt attachment point (C, C') configured to abut the first pawl attachment point in the partially closed position, and the bolt (2, 200) comprises a second bolt attachment point (D, D') configured to abut the second pawl attachment point in the fully closed position, characterized in that the first pawl attachment point is farther from the pawl axis, than the second pawl attachment point. wherein the bolt (2, 200) comprises a first bolt attachment point (C, C') configured to abut the first pawl attachment point in the partially closed position, and the bolt (2, 200) comprises a second bolt attachment point (D, D') configured to abut the second pawl attachment point in the fully closed position, characterized in that the first pawl attachment point is farther from the pawl axis, than the second pawl attachment point.
A safety belt retention device comprising a pad adapted to be located on an upper seat surface of a vehicle seat, a safety belt receiving means being adapted to retain a transversal belt section of a safety belt, the safety belt receiving means being connected to the pad such that, when in use, the safety belt receiving means is being accessible between the legs of a passenger, characterised in that the safety belt retention device further comprises a fastening means system, the fastening means system comprises two Isofix connectors fastened to the pad, arranged with a distance between each other and adapted to cooperate with standard anchorage points in the vehicle seat, and a tensioning belt adapted to be connected to the two Isofix connectors and secured around the vehicle seat when there is no anchorage points arranged in the vehicle seat.
A beverage including: dissolved and partially dissociated carbon dioxide present in an amount of 2-10g/litre, such as 3-8 g/litre, preferably 4-6g/litre, most preferably about 5.5 g/litre and establishing an equilibrium pressure at 10°C of 0,5-3 bar above atmospheric pressure, such as 1-2 bar, preferably about 1.5 bar, and a water insoluble or hydrophobic constituent present in molecular form or in molecular aggregated form and in an amount capable of generating ultra fine bubbles including gaseous carbon dioxide, the ultra fine bubbles being present in an amount exceeding 10 10 ultra fine bubbles per millilitre, such as 10 12 -10 18 ultra fine bubbles per millilitre, preferably 10 15 - 10 17 ultra fine bubbles per millilitre, most preferably about 10 16 ultra fine bubbles per millilitre, when the beverage is exposed to an external isostatic pressure exceeding said equilibrium pressure of said beverage by at least 1.0 bar, preferably 1.2 -60 bar, more preferably 1.5-10 bar, most preferably about 2 bar, said ultra fine bubbles having a major dimension smaller than 100nm, such as 20-60nm, preferably about 40nm. dissolved and partially dissociated carbon dioxide present in an amount of 2-10g/litre, such as 3-8 g/litre, preferably 4-6g/litre, most preferably about 5.5 g/litre and establishing an equilibrium pressure at 10°C of 0,5-3 bar above atmospheric pressure, such as 1-2 bar, preferably about 1.5 bar, and a water insoluble or hydrophobic constituent present in molecular form or in molecular aggregated form and in an amount capable of generating ultra fine bubbles including gaseous carbon dioxide, the ultra fine bubbles being present in an amount exceeding 10 10 ultra fine bubbles per millilitre, such as 10 12 -10 18 ultra fine bubbles per millilitre, preferably 10 15 - 10 17 ultra fine bubbles per millilitre, most preferably about 10 16 ultra fine bubbles per millilitre, when the beverage is exposed to an external isostatic pressure exceeding said equilibrium pressure of said beverage by at least 1.0 bar, preferably 1.2 -60 bar, more preferably 1.5-10 bar, most preferably about 2 bar, said ultra fine bubbles having a major dimension smaller than 100nm, such as 20-60nm, preferably about 40nm.
A drawer which can be extended from and retracted into a furniture body, comprising a bottom part, a front panel, two lateral frames (4, 5) and a back wall which is positively or non-positively connected to the end regions of the lateral frames (4, 5) via corner joints, whereby each corner joint consists of a first connecting part and a second connecting part that is pivotably connected to the first connecting part, and whereby that the second connecting part comprises at least one detent means which can be connected to the first connecting part and/or to the back wall, wherein the first connecting part is connected to an adapter associated with the end region of the lateral frame (4, 5), characterized in that the first connecting part of the corner join is provided with a stop in such a way that the back wall is fixed between the stop and the second connecting part and that the stop covers the back wall.
A one-piece cutting head (30, 130) for a drill bit, the cutting head having an overall cruciform shape, the cutting head comprising a forward-facing main cutting edge (40, 140) extending substantially between opposite radial extremities of the cutting head, and arms (36, 38, 136, 138) extending substantially transverse thereto, the main cutting edge (40, 140) being an edge between rake surfaces (42, 44, 142, 144) and relief surfaces (46, 48, 146, 148) of the cutting head, characterised in that the arms (36, 38, 136, 138) provide forward-facing convex crushing surfaces (70, 72, 170, 172) and no forward-facing cutting edge.
A resin-coated flame-retardant glass fiber bundle, said resin-coated flame-retardant glass fiber bundle comprising a first resin coating layer and a second resin coating layer, both of them coating a flame-retardant glass fiber bundle, wherein the flame-retardant fiber glass bundle is present in an amount of 20 - 50 mass% based on the total mass of the resin-coated flame-retardant glass fiber bundle, wherein the first resin coating layer bonds the flame-retardant glass fiber bundle and the second resin coating layer and is free of titanium dioxide particles, and the second resin coating layer contains titanium dioxide particles and is formed on the first resin coating layer, wherein the second resin coating layer comprises the titanium dioxide particles in a range of 4 - 12 mass% based on a total mass of the resin-coated flame-retardant glass fiber bundle, and wherein the titanium dioxide particles consist of first particles having a number average particle diameter in a range of 0.6 - 1.5 μm and second particles having a number average particle diameter in a range of 0.2 - 0.4 μm in a mass ratio of the first particles/second particles in a range of 80/20 - 89/11.
A light diffuser which comprises a thermoplastic resin and transparent particles added thereto, a total light transmittance of the light diffuser being 75% or more, a degree of dispersion of the light diffuser being 2° or more, wherein the degree of dispersion is defined as a transmission angle at which a light transmittance is 50% of a rectilinear light transmittance when light is emitted to a surface of the light diffuser in a direction normal to the surface, and a difference between a rectilinear light transmittance at a wavelength of 460 nm and a rectilinear light transmittance at a wavelength of 580 nm of the light diffuser being 0.96% or less, wherein a number average particle size of the transparent particles is in a range of 1 to 20 μm, wherein, provided that a content of particles whose particle size is 0.9 to 1.1 times the number average particle size of the transparent particles is divided by two, a result of which is taken as a first value, and that a content of particles whose particle size is 0.8 to 1.2 times the number average particle size of the transparent particles is divided by four, a result of which is taken as a second value, an absolute value of a difference between the first value and the second value is 1.0 % by number or less.
A method for controlling data transmission via a signaling by a User Equipment, UE, the method comprising: receiving, by the UE, a control parameter, wherein the control parameter is used for controlling a frequency of the data transmission via the signaling by the UE, wherein the frequency of the data transmission via the signaling refers to transmission times of the data transmission via the signaling within a preset period of time; controlling, by the UE, the frequency of the data transmission via the signaling by the UE according to the control parameter, wherein the control parameter carries indication information for indicating one or more limit strategies, and/or preset parameters corresponding to one or more limit strategies. receiving, by the UE, a control parameter, wherein the control parameter is used for controlling a frequency of the data transmission via the signaling by the UE, wherein the frequency of the data transmission via the signaling refers to transmission times of the data transmission via the signaling within a preset period of time; controlling, by the UE, the frequency of the data transmission via the signaling by the UE according to the control parameter, wherein the control parameter carries indication information for indicating one or more limit strategies, and/or preset parameters corresponding to one or more limit strategies.
A light emitting module, comprising: a circuit board on which a light emitting element is arranged; a lens assembly arranged on the circuit board to cover the light emitting element; and a housing made of a molding material and at least partially surrounding the circuit board and the lens assembly to form the light emitting module, wherein a fastener for firmly retaining the lens assembly to the housing is formed by the molding material while forming the housing using the molding material, characterized in that one or more holes (12, 22) are arranged at aligned coupling positions in the circuit board and the lens assembly respectively, and the molding material is filled in the one or more holes (12, 22) by a molding process to form the fastener for retaining the lens assembly. a circuit board on which a light emitting element is arranged; a lens assembly arranged on the circuit board to cover the light emitting element; and a housing made of a molding material and at least partially surrounding the circuit board and the lens assembly to form the light emitting module, wherein a fastener for firmly retaining the lens assembly to the housing is formed by the molding material while forming the housing using the molding material,
Optical device comprising at least one glass or polymer area (15/1), whereby an active matrix is located in contact with the at least one glass or polymer area (15/1), the optical device comprises a power supply system, wherein the power supply system is located within a space whose limitations are represented by a first, a second, a third and a fourth auxiliary-plane, where the first auxiliary-plane is arranged on top and approximately parallel to the at least one glass or polymer area (15/1), the second auxiliary-plane is arranged approximately parallel and in a distance L' of less than 10 cm from the first auxiliary-plane, and the third auxiliary-plane and the fourth auxiliary-plane are arranged approximately perpendicular to the main extension direction of the at least one glass or polymer area (15/1), where the third auxiliary-plane is positioned on the right side of a side of the at least one glass or polymer area (15/1) and has a distance of less than 21 cm from this side of the at least one glass or polymer area (15/1), and where the fourth auxiliary-plane is positioned on the left side of this side of the at least one glass or polymer area (15/1) and has a distance of less than 21 cm from this side of the at least one glass or polymer area (15/1), whereby the power supply system comprises at least a controller and at least one energy storing device, preferably a battery, characterised in that the optical device comprises at least one photovoltaic element, whereby the at least one photovoltaic element is arranged approximately perpendicular to the main extension area of the at least one glass or polymer area (15/1) and wherein the at least one photovoltaic element is placed on or in direct physical contact to a spacer.
A selective catalytic reduction catalyst comprising an SSZ-13 or an SSZ-62 zeolite promoted with greater than 5 wt.% iron, calculated as Fe 2 O 3, based on the total weight of the calcined zeolite reported on a volatile free basis, so that the catalyst is effective to catalyze the selective catalytic reduction of nitrogen oxides in the presence of a reductant at temperatures between 200°C and 600°C.
A method of predicting whether a patient suffering from colorectal cancer will be nonresponsive to treatment with panitumumab, comprising determining the presence or absence of a T20M and a G12V mutation in K-ras in a tumor of said patient, wherein the presence of the mutations indicates that the patient will be nonresponsive to treatment with panitumumab.
Use of a polyamide powder with fire retardant properties in a method of manufacturing a polyamide object by the agglomeration of this powder by fusion using radiation, characterized in that: - the polyamide is PA 11, - said powder comprises by weight (the total being 100%): - 95 to 70% of PA 11; - 5 to 30% of a flame retardant, the flame retardant being a mixture of at least one metal organic phosphinate and ammonium polyphosphate; and may comprise zinc borate as a synergist, in a proportion between 0 and 10% by weight for respectively 100 to 90% of flame retardant, the total of synergist + flame retardant totaling 100% by weight; - and at least one agent from among anti-UV, antioxidants, colorants, pigments, bactericides and fluidizing agents. - the polyamide is PA 11, - said powder comprises by weight (the total being 100%): - 95 to 70% of PA 11; - 5 to 30% of a flame retardant, the flame retardant being a mixture of at least one metal organic phosphinate and ammonium polyphosphate; and may comprise zinc borate as a synergist, in a proportion between 0 and 10% by weight for respectively 100 to 90% of flame retardant, the total of synergist + flame retardant totaling 100% by weight; - and at least one agent from among anti-UV, antioxidants, colorants, pigments, bactericides and fluidizing agents. - 95 to 70% of PA 11; - 5 to 30% of a flame retardant, the flame retardant being a mixture of at least one metal organic phosphinate and ammonium polyphosphate; and may comprise zinc borate as a synergist, in a proportion between 0 and 10% by weight for respectively 100 to 90% of flame retardant, the total of synergist + flame retardant totaling 100% by weight; - and at least one agent from among anti-UV, antioxidants, colorants, pigments, bactericides and fluidizing agents.
Method for detecting a mass flow in a distribution device having at least one spreading disc for distributing material fed to the spreading disc, comprising: driving the at least one spreading disc so that it rotates about a rotational axis; feeding material to the at least one rotating spreading disc; detecting a torque which is necessary to drive the at least one rotating spreading disc, characterized in that the method also comprises: determining a correction variable on the basis of a coefficient of friction of the material on the spreading disc and/or a period for which the material is present on the spreading disc and/or an ejection angle of the material relative to a feed direction in which the flow of material is fed to the spreading disc, and/or an ejection direction of the material; and determining a corrected mass flow of the material fed to the spreading disc, on the basis of the correction variable and the detected torque. driving the at least one spreading disc so that it rotates about a rotational axis; feeding material to the at least one rotating spreading disc; detecting a torque which is necessary to drive the at least one rotating spreading disc, characterized in that the method also comprises: determining a correction variable on the basis of a coefficient of friction of the material on the spreading disc and/or a period for which the material is present on the spreading disc and/or an ejection angle of the material relative to a feed direction in which the flow of material is fed to the spreading disc, and/or an ejection direction of the material; and determining a corrected mass flow of the material fed to the spreading disc, on the basis of the correction variable and the detected torque. determining a correction variable on the basis of a coefficient of friction of the material on the spreading disc and/or a period for which the material is present on the spreading disc and/or an ejection angle of the material relative to a feed direction in which the flow of material is fed to the spreading disc, and/or an ejection direction of the material; and determining a corrected mass flow of the material fed to the spreading disc, on the basis of the correction variable and the detected torque.