mhurhangee/ep-ind-claims huggingface dataset:
Bicycle carrier for mounting on the rear of the body of a motor vehicle, comprising a carrier base with a mounting device for the connection of the bicycle carrier to a rear of the motor vehicle body and at least one wheel accommodating unit for a bicycle, said accommodating unit being arranged on the carrier base and comprising a receptacle with a luggage compartment, characterized in that the receptacle has supporting sections (54, 56) for supporting wheels (82, 84) of the bicycle, that the at least one wheel accommodating unit for the bicycles is held on the receptacle and that the at least one wheel accommodating unit has side members (92, 94) protruding to the side beyond the receptacle in at least one bicycle accommodating position.
A method for triggering a service of a cloud server, comprising: receiving a user's operation of triggering a key, wherein the key is in a preset binding relationship between identification information of the key and network address information of a thin client to which the key belongs, and a specific cloud service of the cloud server; generating a triggering message according to the operation of triggering the key, the triggering message comprising the identification information identifying the key and the network address information of the thin client to which the key belongs; and sending the triggering message to the cloud server, so that the cloud server invokes the specific cloud service according to the preset binding relationship. receiving a user's operation of triggering a key, wherein the key is in a preset binding relationship between identification information of the key and network address information of a thin client to which the key belongs, and a specific cloud service of the cloud server; generating a triggering message according to the operation of triggering the key, the triggering message comprising the identification information identifying the key and the network address information of the thin client to which the key belongs; and sending the triggering message to the cloud server, so that the cloud server invokes the specific cloud service according to the preset binding relationship.
Electric damper for damping the relative motion between a first and a second mass, comprising a generator driven by the motion, characterized in that in addition to a field generating means provided in the generator for generating a primary magnetic field, an additional field winding is provided for generating a secondary magnetic field, wherein the additional field winding is arranged such that the primary and secondary magnetic field have field lines oriented in opposite directions, wherein an electrical conductor provided in the generator for conducting the induced current is connected to the additional field winding such that a portion of the induced current is fed into the additional field winding only when a predetermined threshold has been exceeded.
Light-emitting semiconductor chip comprising: a semiconductor body having a pixel region with at least two electrically isolated sub-regions, each sub-region comprising an active layer, which generates electromagnetic radiation of a first wavelength range during operation, and a separately manufactured ceramic conversion die over a radiation emission area of at least one sub-region, said conversion die being configured to convert radiation of the first wavelength range into electromagnetic radiation of a second wavelength range, wherein a width of the conversion die does not exceed 100 μm. a semiconductor body having a pixel region with at least two electrically isolated sub-regions, each sub-region comprising an active layer, which generates electromagnetic radiation of a first wavelength range during operation, and a separately manufactured ceramic conversion die over a radiation emission area of at least one sub-region, said conversion die being configured to convert radiation of the first wavelength range into electromagnetic radiation of a second wavelength range, wherein a width of the conversion die does not exceed 100 μm.
Method for manufacturing hollow objects made of plastics material by way of an extruder, the method comprising steps in which: - respective quantities of virgin plastics material and additives are metered in order to obtain a metered mixture, - the extruder is fed at least with the metered mixture in order to obtain an extruded mixture, - the extruded mixture is moulded in order to obtain moulded blanks, - the moulded blanks are heated so that they can be blow-moulded, - the heated blanks are blow-moulded in order to convert them into hollow objects, - between at least some of the successive steps of moulding, heating and blow-moulding, the quality of the moulded blanks and/or of the heated blanks and/or of the blow-moulded hollow objects is checked, - if a predefined quality threshold has been reached, the method passes to the next step, and if not, at least a part of the moulded blanks and/or of the heated blanks and/or of the blow-moulded hollow objects is recycled to the extruder, after they have been ground, characterized in that the extruder that is fed at least with the metered mixture and to which at least a part of the moulded blanks and/or of the heated blanks and/or of the blow-moulded hollow objects is recycled is a twin-screw extruder. - respective quantities of virgin plastics material and additives are metered in order to obtain a metered mixture, - the extruder is fed at least with the metered mixture in order to obtain an extruded mixture, - the extruded mixture is moulded in order to obtain moulded blanks, - the moulded blanks are heated so that they can be blow-moulded, - the heated blanks are blow-moulded in order to convert them into hollow objects, - between at least some of the successive steps of moulding, heating and blow-moulding, the quality of the moulded blanks and/or of the heated blanks and/or of the blow-moulded hollow objects is checked, - if a predefined quality threshold has been reached, the method passes to the next step, and if not, at least a part of the moulded blanks and/or of the heated blanks and/or of the blow-moulded hollow objects is recycled to the extruder, after they have been ground,
Power supply device for a rotary electric machine (13, 13') of a motor vehicle, comprising: - a first electrical energy storage unit, in particular intended to supply power to an on-board network of the motor vehicle, - a second electrical energy storage unit, in particular intended to supply power to the rotary electric machine (13, 13'), - an amplifier able to be supplied with electric power by the first electrical energy storage unit and able to supply electric power to the second electrical energy storage unit, characterized in that the amplifier comprises an oscillating circuit, the oscillating circuit comprising a capacitance of value C' and an inductive assembly comprising an inductance of value L' and a resistance of value R', - the oscillating circuit having a natural angular frequency ω such that ω = 1/√(L' × C') and a natural frequency f such that f = ω/ (2π), and in that the value of the inductance is variable in a predetermined manner, in particular so as to increase an electric current delivered by the first electrical energy storage unit to the oscillating circuit so as to obtain an amplified current delivered by the oscillating circuit to the second electrical energy storage unit. - a first electrical energy storage unit, in particular intended to supply power to an on-board network of the motor vehicle, - a second electrical energy storage unit, in particular intended to supply power to the rotary electric machine (13, 13'), - an amplifier able to be supplied with electric power by the first electrical energy storage unit and able to supply electric power to the second electrical energy storage unit, - the oscillating circuit having a natural angular frequency ω such that ω = 1/√(L' × C') and a natural frequency f such that f = ω/ (2π),
A bearing seal comprising a strip-shaped seal base plate made of rubber and having a rectangular section, wherein one side of the seal base plate is configured to be fitted into a seal groove formed in an inner diameter surface of an outer bearing race or formed in an outer diameter surface of an inner bearing race so that the bearing seal is made annular-shaped along the seal groove, whereby a bearing space is sealed which is defined between the outer bearing race and the inner bearing race opposed to the outer race, wherein the one side of the seal base plate configured to be fitted into the seal groove constitutes a fitting portion having two side surfaces, wherein a plurality of detent ribs (44, 45) are formed on at least an outer side surface of the two side surfaces which is located closer to an open end of the bearing space, wherein the plurality of detent ribs (44, 45) are spaced apart from each other in a width direction of the seal base plate, and wherein the detent ribs (44, 45) are configured such that due to fitting of the fitting portion into the seal groove, distal ends of the respective detent ribs (44, 45) come into elastic contact with a side surface (3a, 3b) of the seal groove characterized in that heights (H1, H2) of the detent ribs (44, 45) in their natural state are predetermined such that the more rearward, with respect to a direction in which the fitting portion is fitted into the seal groove, the detent ribs (44, 45) are located, the larger the heights (H1, H2) of the detent ribs (44, 45) are.
A combustion chamber module for a fuel-operated vehicle heating device, comprising a combustion chamber housing having a combustion chamber defined by a circumferential wall and a flame tube that follows the circumferential wall in the direction of a housing longitudinal axis and encloses a waste gas flow space that is open in the direction of the housing longitudinal axis, wherein a waste gas backflow space is formed between the flame tube and a housing enclosing the latter, wherein heat transfer fins are provided on the housing projecting into the waste gas backflow space and wherein the waste gas flow space is open towards the waste gas backflow space in a first axial end region of the waste gas backflow space, characterized - in that a catalytic converter arrangement through which combustion waste gases flowing in the waste gas backflow space may flow is provided in the waste gas backflow space, - in that the catalytic converter arrangement is embodied annularly surrounding the housing longitudinal axis, and is arranged in the waste gas backflow space following the heat transfer fins, - in that a heating device is provided for heating the catalytic converter arrangement, wherein the heating device has a heating region annularly surrounding the housing longitudinal axis, and - in that the heating region is arranged between the catalytic converter arrangement and the heat transfer fins and is in heat transfer contact with the catalytic converter arrangement and the heat transfer fins. - in that a catalytic converter arrangement through which combustion waste gases flowing in the waste gas backflow space may flow is provided in the waste gas backflow space, - in that the catalytic converter arrangement is embodied annularly surrounding the housing longitudinal axis, and is arranged in the waste gas backflow space following the heat transfer fins, - in that a heating device is provided for heating the catalytic converter arrangement, wherein the heating device has a heating region annularly surrounding the housing longitudinal axis, and - in that the heating region is arranged between the catalytic converter arrangement and the heat transfer fins and is in heat transfer contact with the catalytic converter arrangement and the heat transfer fins.
A composition comprising an mRNA encoding a Cystic Fibrosis Transmembrane Conductance Regulator (CFTR) protein for use in a method of treating cystic fibrosis in a human subject, wherein the method comprises administration of the composition by nebulization at a dose between 13 mg and 19 mg that provides the human subject with at least a 3% increase in absolute change in ppFEV1 (percent predicted forced expiratory volume in one second) from baseline ppFEV1 at two days following the administration, wherein the mRNA is encapsulated in lipid nanoparticles.
Safety system for a hand gun to prevent unauthorized use, comprising a container for insertion with positive locking and so as to be lockable in the cartridge chamber of the hand gun to be protected, characterized in that an internal supply of individual components of an adhesive system is provided in the container, the individual components thereof, in the event of an improper opening and manipulation attempt on the locking means, by mixing of the individual components of the adhesive system triggered thereby, escaping through openings in the wall of the container by expansion into the cartridge chamber and adhering the same to the container, preventing further use of the hand gun until the activation of a joint-dissolving technology.
A method of making an electrode, the method comprising: - contacting an electrode material, the electrode material comprising an active material comprising C, Si, Sn, P, S, Sb, or a combination thereof, with a mixture comprising an aromatic compound, an alkali metal, and an organic solvent to provide the electrode, and - washing the electrode with a non-aqueous solvent, wherein the method is performed under ambient air. - contacting an electrode material, the electrode material comprising an active material comprising C, Si, Sn, P, S, Sb, or a combination thereof, with a mixture comprising an aromatic compound, an alkali metal, and an organic solvent to provide the electrode, and - washing the electrode with a non-aqueous solvent,
A rotary shaver comprising a metal external cutting element, an internal cutting element being rotatable with respect to the external cutting element about an axis of rotation, and a disc-shaped element (10, 110) having a central axis extending coaxially with the axis of rotation, which disc-shaped element (10, 110) covers at least part of the external cutting element, characterized in that the disc-shaped element (10, 110) is in contact with the external cutting element by means of a raised ring-shaped rim extending between a side surface of the external cutting element facing the disc-shaped element and a side surface of the disc-shaped element (10, 110) facing the external cutting element, which raised ring-shaped rim has a height of at least 0.1 millimetre in a direction parallel to the central axis and a width of less than 0.35 millimetre in a direction radial to the central axis.
A valve assembly having a housing into which are provided a first port, a second port and a third port which extend into a main chamber enclosed by the housing, and in which are located a first movable member, a second movable member and a third movable member, the first movable member being movable between a first position which causes the second movable member to close the first port to prevent any substantial flow of fluid through the first port, whilst the second and third ports remain open and flow of fluid between the second and third ports is permitted, a second position which causes the third movable member to close the third port to prevent any substantial flow of fluid through the third port, whilst the first and second ports remain open and flow of fluid between the first and second port is permitted, and a third position which causes the second movable member to close the first port and the third movable member to close the third port to prevent any substantial flow of fluid through either the first port or the third port, the third movable member being provided with a body which engages with a bearing surface of the housing, there being a seal which provides a substantially fluid tight seal between the bearing surface and the body of the third movable member whilst permitting movement of the third movable member relative to the housing, and the second movable member and the third movable member being separate such that relative movement between the second movable member and the third movable member is permitted, the valve assembly further including a valve formation which surrounds the third port, which is fixed relative to the housing and which is configured such that engagement of the valve formation with a valve seat provided by the third movable member substantially closes the third port characterised in that the area enclosed by the points of contact of the valve formation with the valve seat is greater than the area enclosed by the points of contact of the seal with the bearing surface, and the valve assembly is configured such that when the first movable member is in its second position causing the third movable member to close the third port, fluid pressure in the main chamber exerts a net force on the third movable member, urging the third movable member against the valve formation around the third port.
A flame-retardant polymer composition comprising a mineral filler and a polymer, said mineral filler comprising a calcium compound, characterized in that the calcium compound is a fire-resistant additive as calcium hydroxide of general formula xCa 2.yMg 2.zl, wherein x, y, z are mass proportions with y, comprised between 0.4 and 58.0%, the sum of the x, y, and z having the value of 100% and the sum of x and y being greater than or equal to 88%, I represents the impurities and having a specific surface area calculated according to the BET method greater than 25 m 2 /g, preferably greater than 30 m 2 /g, more preferentially greater than 35 m 2 /g and advantageously greater than 40 m 2 /g.
A method of operating a dual fuel internal combustion engine of the diesel-type, comprising a combustion chamber being at least partly delimited by a piston, a first fuel supply for a first fuel, said first fuel supply being located in or at the combustion chamber and/or in or at an inlet port thereof, and a second fuel supply for a second fuel, the method comprising the steps of: • pre-mixing said first fuel in said combustion chamber and/or in said inlet port, • compressing the charge containing the first fuel to conditions that allow auto- ignition of the second fuel, • performing a first injection of the second fuel into said combustion chamber to initiate auto-ignition of said second fuel for igniting said first fuel, thereby initiating conditions for pre-mixed flame propagation combustion of the first fuel, characterised in • performing at least one subsequent injection, said subsequent injection supplying additional kinetic energy into the combustion process to thereby enhance turbulence intensity and the propagation speed of said flame, wherein said subsequent injection is performed only when said first and second fuels have been ignited and said flame propagation combustion of the first fuel occurs as a result of said first injection. • pre-mixing said first fuel in said combustion chamber and/or in said inlet port, • compressing the charge containing the first fuel to conditions that allow auto- ignition of the second fuel, • performing a first injection of the second fuel into said combustion chamber to initiate auto-ignition of said second fuel for igniting said first fuel, thereby initiating conditions for pre-mixed flame propagation combustion of the first fuel, • performing at least one subsequent injection, said subsequent injection supplying additional kinetic energy into the combustion process to thereby enhance turbulence intensity and the propagation speed of said flame, wherein said subsequent injection is performed only when said first and second fuels have been ignited and said flame propagation combustion of the first fuel occurs as a result of said first injection.
An objective optical system comprising, in order from an object side, an aperture stop; a positive first group (G1'); a second group (G2'); a positive third group (G3'); and a fourth group (G4'), wherein the first group (G1') is formed of a single meniscus lens or plano-convex lens, whose convex surface faces an image side, the second group (G2') is formed of a single lens, the third group (G3') is formed of a cemented lens consisting of a positive lens and a negative lens, the fourth group (G4') is formed of a single lens, and Conditional Expressions and below are satisfied: - 0.5 < f / f ⁢ 4 < - 0.001, and 0.1 ≤ f ⁢ 4 / f ⁢ 2 ≤ 5, where f is a focal length of an entire objective optical system, f4 is a focal length of the fourth group (G4'), and f2 is a focal length of the second group (G2'). where f is a focal length of an entire objective optical system, f4 is a focal length of the fourth group (G4'), and f2 is a focal length of the second group (G2').
A vacuum cleaner comprising: a suction unit configured to suction and discharge air; at least one flow path (13, 14) configured to guide air to be suctioned into the suction unit or to be discharged from the suction unit; and at least one resonator connected to the at least one flow path (13, 14) to cancel a noise, wherein the at least one resonator is configured to change a resonant frequency to be cancelled. a suction unit configured to suction and discharge air; at least one flow path (13, 14) configured to guide air to be suctioned into the suction unit or to be discharged from the suction unit; and at least one resonator connected to the at least one flow path (13, 14) to cancel a noise, wherein the at least one resonator is configured to change a resonant frequency to be cancelled.
Hybrid-excitation rotary electric machine comprising a stator provided with stator windings and a rotor comprising a plurality of alternating north poles and south poles which are formed from a plurality of permanent magnets and from a plurality of excitation coils, the said permanent magnets being housed in first respective recesses extending axially and distributed regularly in a circumferential part of the magnetic mass of the said rotor so as to define a plurality of circumferential polar sections, the said excitation coils being housed in second respective recesses extending axially and distributed regularly in an intermediate part of the magnetic mass of the said rotor, the said intermediate part being situated between the said circumferential part and a central part of the said rotor, each said excitation coil being inserted into a respective radial polar tooth forming a partition between two said second consecutive recesses, each polar tooth being substantially aligned with a central radial axis (q) of the corresponding pole, characterized in that at least one said circumferential polar section comprises a third recess substantially aligned with the said central radial axis (q) and comprises, between a top of the said third recess and an outer polar face, a magnetic mass portion forming a bridge having a height (Hp) between about 0.7 mm and about 2 mm.