mhurhangee/ep-ind-claims huggingface dataset:
A replaceable fluid container for a vehicle or equipment, the container comprising: a housing comprising a fluid reservoir; at least one fluid port (5,6) arranged on the housing to couple the reservoir in fluidic communication with a fluid system of the vehicle or the equipment; a vent port arranged on the housing to couple the reservoir in fluidic communication with the engine for allowing gas to be passed into and out from the reservoir; a vent tube connected at a first end, to said vent port and arranged within the reservoir to pass through fluid contained in the reservoir when the container is connected with the fluid reservoir in fluidic communication with the fluid system, with a second end of the vent tube in a headspace above the fluid in the reservoir, to allow gas communication between the vent port and the headspace, in which the vent tube comprises a vent valve at the second end of the vent tube adapted to close to prevent ingress of fluid and gas from the reservoir into the vent tube when the vent port is not in fluidic communication with the vehicle or the equipment and to open to allow gas communication between the head space and the engine through the vent tube and vent port when the vent port is in fluid communication with the vehicle or the equipment. a housing comprising a fluid reservoir; at least one fluid port (5,6) arranged on the housing to couple the reservoir in fluidic communication with a fluid system of the vehicle or the equipment; a vent port arranged on the housing to couple the reservoir in fluidic communication with the engine for allowing gas to be passed into and out from the reservoir; a vent tube connected at a first end, to said vent port and arranged within the reservoir to pass through fluid contained in the reservoir when the container is connected with the fluid reservoir in fluidic communication with the fluid system, with a second end of the vent tube in a headspace above the fluid in the reservoir, to allow gas communication between the vent port and the headspace, in which the vent tube comprises a vent valve at the second end of the vent tube adapted to close to prevent ingress of fluid and gas from the reservoir into the vent tube when the vent port is not in fluidic communication with the vehicle or the equipment and to open to allow gas communication between the head space and the engine through the vent tube and vent port when the vent port is in fluid communication with the vehicle or the equipment.
Fluidisation apparatus comprising a distribution chamber and a swirl chamber, wherein the swirl chamber is arranged above the distribution chamber and has an outer casing, and the fluidisation apparatus has a solid particle inlet unit and a solid particle outlet unit, wherein the fluidisation apparatus has a rotary dryer star for segmenting the swirl chamber into process chambers, wherein the rotary dryer star is rotatably mounted and has partition walls for conveyance of the solid particles along a conveyor line and which divide the swirl chamber into process chambers, and wherein below the rotary dryer star is provided a diffuser plate, rotatable with the former, characterised in that the partition walls extend over the entire height of the swirl chamber and that the diffuser plate is mounted releasably on the rotary dryer star.
A toaster, comprising a body comprising a first toasting chamber and a second toasting chamber, said body further comprising an upper cover, wherein the first toasting chamber extends in a vertical direction for vertically toasting bread slices, and the second toasting chamber extends in a horizontal direction for horizontally toasting bread slices, wherein the first toasting chamber and the second toasting chamber are arranged crosswise, and wherein the upper cover comprises a first outer housing, a first inner housing and an annular bracket; and the annular bracket connects an edge of the first outer housing with an edge of the first inner housing, the first inner housing comprises a first side wall and a first top wall, said toaster being characterized in that the first side wall and first top wall are detachable; and the first side wall is annular and integrally formed, the first top wall comprises an arched first top plate and two first baffles sealing both ends of the first top plate.. a body comprising a first toasting chamber and a second toasting chamber, said body further comprising an upper cover, wherein the first toasting chamber extends in a vertical direction for vertically toasting bread slices, and the second toasting chamber extends in a horizontal direction for horizontally toasting bread slices, wherein the first toasting chamber and the second toasting chamber are arranged crosswise, and wherein the upper cover comprises a first outer housing, a first inner housing and an annular bracket; and the annular bracket connects an edge of the first outer housing with an edge of the first inner housing, the first inner housing comprises a first side wall and a first top wall, said toaster being characterized in that the first side wall and first top wall are detachable; and the first side wall is annular and integrally formed, the first top wall comprises an arched first top plate and two first baffles sealing both ends of the first top plate..
A composition comprising: (a) a water-soluble extract of tomato fruit, wherein the extract: (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (b) an exogenous source of dietary nitrate or a precursor of endogenous nitric oxide selected from citrulline, glutamine or arginine and wherein the exogenous source comprises a water-based extract of fresh fruit or vegetable tissue, wherein the fruit or vegetable contains levels of nitrate sufficiently high to result in final extract concentrations of 7.5 g/l nitrate or greater; and (c) Folic acid or a metabolite of folic acid selected from 5-methoxytetrahydrofolate or tetrahydrofolate. (a) a water-soluble extract of tomato fruit, wherein the extract: (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (i) consists of components having a molecular weight of less than 1000; and (ii) contains one or more of a nucleoside; a glycosylated phenolic acid or a phenolic ester, or a glycosylated flavonoid; (b) an exogenous source of dietary nitrate or a precursor of endogenous nitric oxide selected from citrulline, glutamine or arginine and wherein the exogenous source comprises a water-based extract of fresh fruit or vegetable tissue, wherein the fruit or vegetable contains levels of nitrate sufficiently high to result in final extract concentrations of 7.5 g/l nitrate or greater; and (c) Folic acid or a metabolite of folic acid selected from 5-methoxytetrahydrofolate or tetrahydrofolate.
Insulating profile for a multi-pole contact line, which exhibits a regular arrangement of a plurality of chambers which extend in the longitudinal direction of the insulating profile, wherein at least one group of chambers is present which in cross-section are open towards one side and thereby define an open front side of the insulating profile, and wherein wall sections of a plurality of chambers (6, 7) which are closed in cross-section and lie next to one another together form a rear wall of the insulating profile lying opposite the open front side of the insulating profile, characterised in that suitable fastening elements (11, 12) are formed in one piece on the rear wall of the insulating profile for fastening to a carrier profile, in that a regular arrangement of spacers is provided which extend outwards towards the rear from the rear wall of the insulating profile and prevent direct contact of another body with the rear wall where this exhibits predetermined minimum dimensions, and in that the sections of the rear wall of the insulating profile located between the spacers each exhibit an inward recess.
Drainage device (1, 1', 1") for producing a water drain embedded in a floor, comprising a housing defining a cavity, an odor trap arranged in the cavity of the housing for receiving sealing water, and a connecting pipe piece connected to the odor trap for connecting a drainage line, wherein the odor trap has at least one flexibly deformable conduit section, characterized in that the flexibly deformable conduit section is provided with at least one deformation element (6, 8; 7; 18), for the actuation of which the drainage device (1, 1', 1") has a control and/or a drive mechanism.
An apparatus for applying a liquid active substance onto surfaces moving in a circulating fashion such as, for example, surfaces of cylinders, rolls, fabric covers or other moving webs, consisting of a metering unit with a pipe system and an application unit, characterized in that a feeding system for conveying the active substance to the application unit is arranged by means of the metering unit, and the application unit includes a pad (12,60, 65,96) with an open-pore mesh structure for receiving and storing the active substance and for applying the active substance onto the moving surface in the form of a film in dependence on the degree of saturation and the contact pressure of the pad (12, 60, 65, 96), at least sections of the pipe system of the metering unit being integrated into the pad (12, 60,65,96).
A tire inflation system for a vehicle comprising: a first gas supply adapted to provide a first compressed gas mixture; and a second gas supply adapted to provide a second compressed gas mixture having a greater concentration of nitrogen than the first compressed gas mixture; characterised in that the tire inflation system further comprises: a switching valve fluidly coupled to the first and second gas supplies; and a tire maintenance system disposed on the vehicle that fluidly couples the switching valve to a vehicle tire; wherein the switching valve provides the second compressed gas mixture to the tire maintenance system to inflate the vehicle tire when a pressure of the second compressed gas mixture is greater than a second gas mixture threshold pressure value. a first gas supply adapted to provide a first compressed gas mixture; and a second gas supply adapted to provide a second compressed gas mixture having a greater concentration of nitrogen than the first compressed gas mixture; characterised in that the tire inflation system further comprises: a switching valve fluidly coupled to the first and second gas supplies; and a tire maintenance system disposed on the vehicle that fluidly couples the switching valve to a vehicle tire; wherein the switching valve provides the second compressed gas mixture to the tire maintenance system to inflate the vehicle tire when a pressure of the second compressed gas mixture is greater than a second gas mixture threshold pressure value. a switching valve fluidly coupled to the first and second gas supplies; and a tire maintenance system disposed on the vehicle that fluidly couples the switching valve to a vehicle tire; wherein the switching valve provides the second compressed gas mixture to the tire maintenance system to inflate the vehicle tire when a pressure of the second compressed gas mixture is greater than a second gas mixture threshold pressure value.
Support template for moulds for sports helmets, in particular cycling helmets, provided with at least one frame, the frame comprising: at least one support portion, placed on a first side of the frame, for the support of at least one component (C1, C2) of a helmet to be obtained by a moulding or co-moulding process, the support portion being configured to keep the respective component (C1, C2) of the helmet to be obtained according to a predetermined position inside a respective mould; at least one centring portion placed on the first side of the frame and arranged to engage a respective centring seat made on the respective mould so as to ensure the alignment of the latter with the support template and keep the centred positioning of the component (C1, C2) of the helmet to be obtained according to a predetermined configuration; at least one grip portion to allow manual engagement of the support template by an operator; characterised by the support portion of the frame comprising at least one support surface, preferably two support surfaces placed in a mirror-like manner with respect to a median plane of the frame, the support surface being provided with corresponding support projections, in particular comprising corresponding support blocks, for the rest of a first component of the helmet to be obtained, preferably a lower ring of the helmet, optionally according to a position that is spaced apart from the respective support surface. at least one support portion, placed on a first side of the frame, for the support of at least one component (C1, C2) of a helmet to be obtained by a moulding or co-moulding process, the support portion being configured to keep the respective component (C1, C2) of the helmet to be obtained according to a predetermined position inside a respective mould; at least one centring portion placed on the first side of the frame and arranged to engage a respective centring seat made on the respective mould so as to ensure the alignment of the latter with the support template and keep the centred positioning of the component (C1, C2) of the helmet to be obtained according to a predetermined configuration; at least one grip portion to allow manual engagement of the support template by an operator; characterised by the support portion of the frame comprising at least one support surface, preferably two support surfaces placed in a mirror-like manner with respect to a median plane of the frame, the support surface being provided with corresponding support projections, in particular comprising corresponding support blocks, for the rest of a first component of the helmet to be obtained, preferably a lower ring of the helmet, optionally according to a position that is spaced apart from the respective support surface.
A method of making a split bearing including the steps of: i) forming a metal strip into a semi-cylindrical bearing member having a concave bearing surface extending throughout the length thereof to a parting face at each opposed circumferential end of the bearing member; ii) applying a bearing overlay to the whole bearing surface except for regions of the bearing surface adjacent to the parting faces by way of a spraying process; and iii) machining crush relief portions in the bearing member at the regions of the bearing surface adjacent to the parting faces. i) forming a metal strip into a semi-cylindrical bearing member having a concave bearing surface extending throughout the length thereof to a parting face at each opposed circumferential end of the bearing member; ii) applying a bearing overlay to the whole bearing surface except for regions of the bearing surface adjacent to the parting faces by way of a spraying process; and iii) machining crush relief portions in the bearing member at the regions of the bearing surface adjacent to the parting faces.
Method for orienting an axisymmetric preform of axis, notably a preform made of thermoplastic material, in a forming mold of a blowing machine, a neck of the preform being provided with at least one marker (28A, 28B, 28C, 28D) enabling determination of the angular position of the preform about the main axis thereof in relation to a reference angular position that is static in relation to the mold, the method including: - a step of installing the preform in a cavity of the mold, the neck projecting outside the mold, - then a step of orienting the preform thus installed, in which the preform is automatically rotated about the axis thereof in relation to the mold until the reference angular position is reached, characterized in that it includes an intermediate step involving detection of the current angular position of the preform and determination of an angle of rotation through which the preform has to be rotated to reach the reference angular position thereof, the orientation step being triggered on completion of the intermediate step. - a step of installing the preform in a cavity of the mold, the neck projecting outside the mold, - then a step of orienting the preform thus installed, in which the preform is automatically rotated about the axis thereof in relation to the mold until the reference angular position is reached,
A computer-implemented method for encoding digital data, performed by one or more computing processors, comprising: defining a protograph structure of a polar-type low-density generator matrix (LDGM) code based on a code specification, wherein the code specification comprises at least two stages of proto-polarizations, at least one rule of frozen bits allocation, at least one rule of a protograph permutation, and at least one rule of a message passing; accessing a source bit stream as an input digital data; initializing a data array with the source bit stream and a set of frozen bits according to the rule of frozen bits allocation; propagating the data array according to the rule of the message passing over the all stages of the proto-polarizations, further comprising the steps of: (a) feeding the data array into the proto-polarization stages sequentially from one stage to another stage, wherein the proto-polarization stage comprises at least one proto-polarization unit; (b) permuting the data array at each of the proto-polarization unit according to the rule of the protograph permutation; and (c) modifying the data array at each of the proto-polarization unit according to the rule of the message passing; arranging the modified data array into a codeword in a specified order; and providing the codeword as an encoded digital data of the input digital data. defining a protograph structure of a polar-type low-density generator matrix (LDGM) code based on a code specification, wherein the code specification comprises at least two stages of proto-polarizations, at least one rule of frozen bits allocation, at least one rule of a protograph permutation, and at least one rule of a message passing; accessing a source bit stream as an input digital data; initializing a data array with the source bit stream and a set of frozen bits according to the rule of frozen bits allocation; propagating the data array according to the rule of the message passing over the all stages of the proto-polarizations, further comprising the steps of: (a) feeding the data array into the proto-polarization stages sequentially from one stage to another stage, wherein the proto-polarization stage comprises at least one proto-polarization unit; (b) permuting the data array at each of the proto-polarization unit according to the rule of the protograph permutation; and (c) modifying the data array at each of the proto-polarization unit according to the rule of the message passing; (a) feeding the data array into the proto-polarization stages sequentially from one stage to another stage, wherein the proto-polarization stage comprises at least one proto-polarization unit; (b) permuting the data array at each of the proto-polarization unit according to the rule of the protograph permutation; and (c) modifying the data array at each of the proto-polarization unit according to the rule of the message passing; arranging the modified data array into a codeword in a specified order; and providing the codeword as an encoded digital data of the input digital data.
A means for cooling a motor vehicle internal combustion engine in a cooling circuit with a coolant pump, an internal-combustion engine housing (208, 209, 210), an exhaust-gas recirculation heat exchanger and a coolant heat exchanger, wherein - the coolant pump and the exhaust-gas recirculation heat exchanger are encompassed by a first partial coolant circuit and - the coolant pump, the internal-combustion engine housing (208, 210) and the coolant heat exchanger by a second partial coolant circuit, and - a first shutoff valve (204, 402) for opening or closing the second partial coolant circuit and also - a thermostatic coolant valve for regulating a coolant throughflow through the coolant heat exchanger, which is adapted to prevent and to permit a throughflow through the coolant heat exchanger, are provided. - the coolant pump and the exhaust-gas recirculation heat exchanger are encompassed by a first partial coolant circuit and - the coolant pump, the internal-combustion engine housing (208, 210) and the coolant heat exchanger by a second partial coolant circuit, - a first shutoff valve (204, 402) for opening or closing the second partial coolant circuit and also - a thermostatic coolant valve for regulating a coolant throughflow through the coolant heat exchanger, which is adapted to prevent and to permit a throughflow through the coolant heat exchanger,
Method for operating a wind turbine with a speed-regulated rotor, operating management system and safety system for braking the rotor, comprising the following method steps: - the operating management system triggers a braking process for the rotor of the wind turbine when the rotary speed of the rotor exceeds a first threshold (n c1), - the safety system is triggered to brake the rotor when the rotary speed exceeds a second threshold (n s1) and only when the operating management system has not initiated a braking process, wherein the second threshold (n s1) is greater than the first threshold (n c1), and - the safety system is triggered when the rotary speed of the rotor exceeds a third threshold (n s2), wherein the third threshold (n s2) is greater than the second threshold (n s1). - the operating management system triggers a braking process for the rotor of the wind turbine when the rotary speed of the rotor exceeds a first threshold (n c1), - the safety system is triggered to brake the rotor when the rotary speed exceeds a second threshold (n s1) and only when the operating management system has not initiated a braking process, wherein the second threshold (n s1) is greater than the first threshold (n c1), and - the safety system is triggered when the rotary speed of the rotor exceeds a third threshold (n s2), wherein the third threshold (n s2) is greater than the second threshold (n s1).