mhurhangee/ep-ind-claims huggingface dataset:
A premixed combustion burner comprising: a mixing part that includes a first peripheral wall having a burner axis as a center thereof, that includes a mixing region for mixing gas fuel and air at an inner periphery of the first peripheral wall, and that includes a plurality of air supply ports arranged in a circumferential direction and open in the first peripheral wall; a nozzle part (11; 11A; 11B) that is on a leading end side of the mixing part, that includes a second peripheral wall (111; 111A; 111B) having the burner axis as a center thereof, that includes a premixed gas passage continuous to the mixing region at an inner periphery of the second peripheral wall (111; 111A; 111B), and that includes a cooling passage (4; 4A; 4B) in the second peripheral wall (111; 111A: 111B); and a header part that is on a proximal end side of the mixing part, and that has therein a first header chamber, a fuel supply port configured to supply the gas fuel to the first header chamber, a second header chamber, and a fuel ejection port that allows communication between the second header chamber and the mixing region, wherein the first peripheral wall has therein an outward path that connects the first header chamber and an inlet of the cooling passage (4; 4A; 4B), and a return path that connects an outlet of the cooling passage (4; 4A; 4B) and the second header chamber. a mixing part that includes a first peripheral wall having a burner axis as a center thereof, that includes a mixing region for mixing gas fuel and air at an inner periphery of the first peripheral wall, and that includes a plurality of air supply ports arranged in a circumferential direction and open in the first peripheral wall; a nozzle part (11; 11A; 11B) that is on a leading end side of the mixing part, that includes a second peripheral wall (111; 111A; 111B) having the burner axis as a center thereof, that includes a premixed gas passage continuous to the mixing region at an inner periphery of the second peripheral wall (111; 111A; 111B), and that includes a cooling passage (4; 4A; 4B) in the second peripheral wall (111; 111A: 111B); and a header part that is on a proximal end side of the mixing part, and that has therein a first header chamber, a fuel supply port configured to supply the gas fuel to the first header chamber, a second header chamber, and a fuel ejection port that allows communication between the second header chamber and the mixing region, wherein the first peripheral wall has therein an outward path that connects the first header chamber and an inlet of the cooling passage (4; 4A; 4B), and a return path that connects an outlet of the cooling passage (4; 4A; 4B) and the second header chamber.
A sanitary system having a sanitary element, particularly a drainage element, provided for being disposed in and/or on a tread surface of a sanitary facility, having a support arrangement by means of which the sanitary element can be supported in the installed condition and spaced apart from a foundation disposed below the tread surface at a height, the sanitary system comprising at least one elastic compensating element, by means of which the support arrangement can be connected indirectly to the foundation, and by means of which the height between the sanitary element and the foundation can be elastically reduced for compensating for a lowering of the tread surface, characterized in that the compensating element is an axially elastic anchor. having a sanitary element, particularly a drainage element, provided for being disposed in and/or on a tread surface of a sanitary facility, having a support arrangement by means of which the sanitary element can be supported in the installed condition and spaced apart from a foundation disposed below the tread surface at a height, the sanitary system comprising at least one elastic compensating element, by means of which the support arrangement can be connected indirectly to the foundation, and by means of which the height between the sanitary element and the foundation can be elastically reduced for compensating for a lowering of the tread surface, characterized in that the compensating element is an axially elastic anchor.
A power module comprising: a plurality of semiconductor devices constituting upper/lower arms of an inverter circuit; a plurality of conductive plates (315, 318, 319, 320) arranged to face electrode surfaces of the semiconductor devices; and a module case configured to accommodate the semiconductor devices and the conductive plates (315, 318, 319, 320), wherein the module case includes, a heat radiation member made of plate-like metal and facing a surface of the conductive plate, and a metallic frame body having an opening portion that is closed by the heat radiation member, wherein a heat radiation fin unit (371f, 372f) having a plurality of heat radiation fins vertically arranged thereon is provided at a center of the heat radiation member, and a joint portion with the frame body is provided at an external peripheral edge of the heat radiation member, characterized in that the heat radiation member has a thermal conductivity higher than that of the frame body, and the frame body is of a higher rigidity than that of the heat radiation member. a plurality of semiconductor devices constituting upper/lower arms of an inverter circuit; a plurality of conductive plates (315, 318, 319, 320) arranged to face electrode surfaces of the semiconductor devices; and a module case configured to accommodate the semiconductor devices and the conductive plates (315, 318, 319, 320),
Reactive system, characterized in that a) at least one component containing or consisting of particles between 5 nm and 500 μm in size, in very finely divided form b) is present in a liquid phase of at least one further component with which the particles of component are capable of reacting following activation through energy supply, c) wherein the particles of component are not soluble in component. a) at least one component containing or consisting of particles between 5 nm and 500 μm in size, in very finely divided form b) is present in a liquid phase of at least one further component with which the particles of component are capable of reacting following activation through energy supply, c) wherein the particles of component are not soluble in component.
A hair colouring composition comprising i) at least one source of hydrogen peroxide ii) at least one source of carbonate, carbamate, and/or hydrogen carbonate ions iii) at least one source of alkalising agent, wherein the source of alkalising agent is a source of ammonium ions iv) at least one oxidative dye precursor and/or at least one preformed dye wherein said composition comprises at least greater than 4% by weight of said source of hydrogen peroxide or at least greater than 4% by weight of said source of carbonate, carbamate, and/or hydrogen carbonate ions and wherein said composition has a pH of from 7.5 to 9.5 and wherein said composition is free of a source of radical scavengers. i) at least one source of hydrogen peroxide ii) at least one source of carbonate, carbamate, and/or hydrogen carbonate ions iii) at least one source of alkalising agent, wherein the source of alkalising agent is a source of ammonium ions iv) at least one oxidative dye precursor and/or at least one preformed dye wherein said composition comprises at least greater than 4% by weight of said source of hydrogen peroxide or at least greater than 4% by weight of said source of carbonate, carbamate, and/or hydrogen carbonate ions
Sealing element made from an elastomer material, which is provided for fastening to a seal support, in particular on a vehicle body, wherein the sealing element has a coating (14, 14a) by way of which said sealing element is weldable to an element (9, 9a) for the mechanical connection of the sealing element to the seal support (21, 21a), or to the seal support per se, characterized in that the coating is a film applied by lamination, has a plurality of layers and, in each case as an external layer, comprises one layer of polyethylene and one layer of polyamide.
Arrangement for heating and working blanks, the arrangement comprising a heating oven provided with a transport opening at the underside thereof, wherein the heating oven is configured to heat blanks in upright position, and transport means to transport blanks through the transport opening out of the heating oven, the arrangement further comprises a forming tool and wherein the heating oven and forming tool are positioned with respect to each other such that the transport opening of the heating oven is positioned above the forming tool such that the opening presented by the forming tool, when opened to receive a blank, and the transport opening of the heating oven are in register with each other, characterised in that the transport means are positioned above the transport opening of the heating oven and comprises a gripping member for gripping a blank, an extendable arm connected to the gripping member and actuator means to actuate the gripping member and the extendable arm.
A method of reducing fuel injector deposits in a gasoline engine, the method comprising: providing a fuel composition at a pressure of 500 to 7,500 psi to a fuel injector of a gasoline engine and combusting the fuel composition in the gasoline engine; the fuel composition including a major amount of gasoline and a minor amount of a fuel injector cleaning mixture; the fuel injector cleaning mixture including a first additive of Formula I and a second additive of Formula II wherein R and R' are independently alkylene linkers having 1 to 10 carbon atoms; R 1 is a hydrocarbyl group or optionally substituted hydrocarbyl group, or an aryl group or optionally substituted aryl group; R 2 is independently a linear or branched C1 to C4 alkyl group; R 3 is hydrogen or a C1 to C4 alkyl group; R 4 is a hydrocarbyl group; R 5 is hydrogen, an alkyl group, an aryl group, -OH, -NHR 6, or a polyamine and wherein R 6 is a hydrogen or an alkyl group; wherein a ratio of the additive of Formula I to the additive of Formula II is 1:8 to 8:1, and wherein the fuel composition includes 1.5 to 100 ppmw of the additive of Formula I and 3 to 800 ppmw of the additive of Formula II. providing a fuel composition at a pressure of 500 to 7,500 psi to a fuel injector of a gasoline engine and combusting the fuel composition in the gasoline engine; the fuel composition including a major amount of gasoline and a minor amount of a fuel injector cleaning mixture; the fuel injector cleaning mixture including a first additive of Formula I and a second additive of Formula II wherein R and R' are independently alkylene linkers having 1 to 10 carbon atoms; R 1 is a hydrocarbyl group or optionally substituted hydrocarbyl group, or an aryl group or optionally substituted aryl group; R 2 is independently a linear or branched C1 to C4 alkyl group; R 3 is hydrogen or a C1 to C4 alkyl group; R 4 is a hydrocarbyl group; R 5 is hydrogen, an alkyl group, an aryl group, -OH, -NHR 6, or a polyamine and wherein R 6 is a hydrogen or an alkyl group; R and R' are independently alkylene linkers having 1 to 10 carbon atoms; R 1 is a hydrocarbyl group or optionally substituted hydrocarbyl group, or an aryl group or optionally substituted aryl group; R 2 is independently a linear or branched C1 to C4 alkyl group; R 3 is hydrogen or a C1 to C4 alkyl group; R 4 is a hydrocarbyl group; R 5 is hydrogen, an alkyl group, an aryl group, -OH, -NHR 6, or a polyamine and wherein R 6 is a hydrogen or an alkyl group; wherein a ratio of the additive of Formula I to the additive of Formula II is 1:8 to 8:1, and wherein the fuel composition includes 1.5 to 100 ppmw of the additive of Formula I and 3 to 800 ppmw of the additive of Formula II.
A rear-seat assembly of a motor vehicle, comprising a backrest, a transverse pin for articulation of the backrest to the body of the motor vehicle, and a pair of brackets fixed by welding to respective rear wheelhouses of the body of the motor vehicle, said rear-seat assembly being characterized in that each of said brackets comprises a fixing plate and a central bracket body, which are constituted by two separate components of sheet metal having thicknesses (T3, T4) that are different from one another and are fixed together by welding, wherein the fixing plate has a front surface and a rear surface in contact with an inner surface portion of the wheelhouse and wherein the central bracket body is substantially C-shaped with a central wall and two side walls (42, 44), which are bent with respect to the central wall and have respective front edges (46, 48) fixed by welding to the front surface of the fixing plate, and wherein the central wall of the central bracket body has an opening for insertion and blocking of one end of the transverse pin that has an internal edge that is not bent, with a thickness equal to the thickness of the central bracket body.
A device for differentiation of substances in a body fluid, comprising a compartment comprising in use the body fluid and a diffusion fluid, which are introduced into the compartment via several inlets (31, 33) comprised in the compartment for flowing parallel with each other in laminar flow layers with equal flow velocities; the compartment further comprising a first outlet for removing at least the body fluid and a second outlet for removing at least the diffusion fluid; characterized by a further inlet for a transition fluid layer, which is interposed between the body fluid layer and the diffusion fluid layer and flows parallel with the body fluid layer and the diffusion fluid layer in a laminar flow layer with equal flow velocity as said body fluid layer and diffusion fluid layer, whereby the transition fluid is sterile and whereby at least a portion of the transition fluid is removed by said first outlet; and further comprising a flow unit for adjusting said flow velocities so that a marker substance will not diffuse across the transition layer, during the passage from an inlet to an outlet of the compartment.
High-strength flat steel product suitable for a bake-hardening treatment, consisting of a steel which, in addition to iron and unavoidable impurities (in wt.%), consists of C: 0.1-0.5%, Si: 0.9-2.0%, Mn: 1.0-3.0%, Al: 0.02-1.5%, N: 0.001-0.008%, P: ≤ 0.02%, S: ≤ 0.005%, and optionally of one or more of the following elements Cr: 0.01-1.0%, Mo: 0.01-0.2%, B: 0.001-0.01%, and optionally of a total of 0.005-0.2% V, Ti and Nb, where the Ti content does not exceed 0.10%, wherein the flat steel product has a structure that consists of - not more than 15% by area of ferrite, - not more than 5% by area of bainite, - at least 5% by volume of retained austenite and - at least 80% by area of martensite, of which at least 75% by area is tempered martensite, wherein, based on the total proportion of martensite in the structure, this has a martensite lancet length of at most 7.5 μm and a martensite lancet width of at most 1000 nm for at least 90% of the martensite, measured as set out in the description, and wherein the flat steel product has a yield strength Rp02 of more than 700 MPa or a yield strength ReH of more than 700 MPa, a tensile strength Rm of 950-1500 MPa, an elongation A80 of 7-25% and a BH2 value, determined after preforming of 2% and tempering for 20 minutes at 170°C in accordance with DIN EN 10325:2006, of at least 80 MPa. C: 0.1-0.5%, Si: 0.9-2.0%, Mn: 1.0-3.0%, Al: 0.02-1.5%, N: 0.001-0.008%, P: ≤ 0.02%, S: ≤ 0.005%, and optionally of one or more of the following elements Cr: 0.01-1.0%, Mo: 0.01-0.2%, B: 0.001-0.01%, and optionally of a total of 0.005-0.2% V, Ti and Nb, where the Ti content does not exceed 0.10%, wherein the flat steel product has a structure that consists of - not more than 15% by area of ferrite, - not more than 5% by area of bainite, - at least 5% by volume of retained austenite and - at least 80% by area of martensite, of which at least 75% by area is tempered martensite, wherein, based on the total proportion of martensite in the structure, this has a martensite lancet length of at most 7.5 μm and a martensite lancet width of at most 1000 nm for at least 90% of the martensite, measured as set out in the description, and - not more than 15% by area of ferrite, - not more than 5% by area of bainite, - at least 5% by volume of retained austenite and - at least 80% by area of martensite, of which at least 75% by area is tempered martensite, wherein, based on the total proportion of martensite in the structure, this has a martensite lancet length of at most 7.5 μm and a martensite lancet width of at most 1000 nm for at least 90% of the martensite, measured as set out in the description, and wherein the flat steel product has a yield strength Rp02 of more than 700 MPa or a yield strength ReH of more than 700 MPa, a tensile strength Rm of 950-1500 MPa, an elongation A80 of 7-25% and a BH2 value, determined after preforming of 2% and tempering for 20 minutes at 170°C in accordance with DIN EN 10325:2006, of at least 80 MPa.
A method comprising: - sampling an analog waveform and converting the waveform into a digitized data set; - generating an encoded waveform data point for each of an equivalent data point from a subset of the digitized data with a predictive encoding process; and characterized by using a rule processor to: - determine whether a predetermined condition has been met for a given data point by evaluating the encoded value of an immediately prior encoded data point; - wherein the predetermined condition is whether the immediately prior encoded data point should have been encoded, and wherein a given data point should have been encoded if its value is within a predetermined optimal band; - wherein the entropy encoding process comprises allocating shorter codewords to more likely data points and longer codewords to less likely data points, and wherein the optimal band is a band of data points wherein the codewords are equal to or shorter in length than the data points they represent; - wherein if the predetermined condition is met, substitute a codeword for an encoded waveform data point using an entropy encoding process; and store the codeword into a memory; and - when the predetermined condition is not met, store the encoded waveform data point into the memory. - sampling an analog waveform and converting the waveform into a digitized data set; - generating an encoded waveform data point for each of an equivalent data point from a subset of the digitized data with a predictive encoding process; and - determine whether a predetermined condition has been met for a given data point by evaluating the encoded value of an immediately prior encoded data point; - wherein the predetermined condition is whether the immediately prior encoded data point should have been encoded, and wherein a given data point should have been encoded if its value is within a predetermined optimal band; - wherein the entropy encoding process comprises allocating shorter codewords to more likely data points and longer codewords to less likely data points, and wherein the optimal band is a band of data points wherein the codewords are equal to or shorter in length than the data points they represent; - wherein if the predetermined condition is met, substitute a codeword for an encoded waveform data point using an entropy encoding process; and store the codeword into a memory; and - when the predetermined condition is not met, store the encoded waveform data point into the memory.
A patch preparation comprising a low stretchable skin patch comprising a support and an adhesive layer laminated on one surface of the support, wherein the planar outer shape of the patch forms a polygon and the corners of the patch are round, the ratio P of the total length W (mm) of curved sections of the planar outer shape of the patch to the total length S (mm) of straight-line sections (6, 7) of the planar outer shape of the patch (W/S) is not more than 1.22, the curved sections are approximated by a circular arc, the radius R (mm) of the circular arc is not less than 0.5 mm, adjacent two straight-line sections (6, 7) sandwiches a curved section of the planar outer shape, the support is a laminate film of a 1.5 - 6 μm thick non-porous polyethylene terephthalate film and a porous polyethylene terephthalate non-woven fabric, the adhesive layer is formed on the porous film side, and the adhesive layer contains a drug. the planar outer shape of the patch forms a polygon and the corners of the patch are round, the ratio P of the total length W (mm) of curved sections of the planar outer shape of the patch to the total length S (mm) of straight-line sections (6, 7) of the planar outer shape of the patch (W/S) is not more than 1.22, the curved sections are approximated by a circular arc, the radius R (mm) of the circular arc is not less than 0.5 mm, adjacent two straight-line sections (6, 7) sandwiches a curved section of the planar outer shape, the support is a laminate film of a 1.5 - 6 μm thick non-porous polyethylene terephthalate film and a porous polyethylene terephthalate non-woven fabric, the adhesive layer is formed on the porous film side, and the adhesive layer contains a drug.
Arrangement of devices that can be worn on the body of a person, comprising a first device for transmitting signals to at least one second device via electromagnetic fields or waves, wherein the first device comprises a transmitter for transmitting such signals and a first antenna (Ant) connected to this transmitter, and wherein the second device has a receiver and a second antenna (AntR), which is used to couple the field lines into the receiver, comprising a linear or chain-like but not necessarily rectilinear arrangement of materials, starting from the first antenna (Ant), which affect the course of the electromagnetic waves or fields transmitted or generated by the first antenna (Ant) such that a higher reception field strength of the signals transmitted by the transmitter prevails at the location of at least the second device than without this arrangement of materials, wherein the arrangement of materials is implemented as a series of arrangement elements which, at least to some extent, consist of ferromagnetic material.
Seeder comprising a chassis, a reference element and a coulter bar connected to the reference element by means of at least one connecting structure provided with an upper rod with a first and a second articulation (18, 19) and a lower rod with a third and a fourth articulation (20, 21), the said respective articulations (18, 19, 20, 21) forming a deformable quadrilateral, the seeding depth adjustment device and the soil-compacting adjustment device acting on the said connecting structure, within which the said connecting structure swivels around a transverse articulation by means of a rocker enabling ground clearance of the said coulter bar and that the adjustment devices (8, 9) and the said rocker are implemented so as to extend within the space occupied by the said connecting structure and characterized in that when the said rocker swivels around a transverse articulation to obtain the ground clearance of the said coulter bar, the adjustments of the said seeding depth adjustment device and the said soil-compacting adjustment device remain unchanged.
Watch delimited by a case formed of a back cover and of a middle part, a timepiece movement being disposed in a casing ring housed inside the watch case, the watch also including a dial disposed on top of the casing ring and held by means of a fixing ring, characterized in that the fixing ring has an S-shaped cross-section, an upper branch of the fixing ring being supported on the dial, and a lower branch of the fixing ring being supported on the casing ring, the lower branch of the fixing ring being clamped between the middle part and the casing ring, so as to grip the dial between the upper branch of the fixing ring and the casing ring.