mhurhangee/ep-ind-claims huggingface dataset:
A three-speed synchronous transmission, suitable for being used aboard a motorcycle as transmission means for transmitting the motion generated by an engine to a driving wheel, in particular the rear wheel of the motorcycle, comprising: • a first pulley suitable for being mounted on a crankshaft, which receives motion of the engine; • a primary shaft, having a second pulley and a first set of three gears (21, 22, 23) mounted thereon, • a synchronous transmission belt connecting said first and said second pulley (9, 12); • a secondary shaft, suitable for being connected to the driving wheel, comprising a second set of three gears (31, 32, 33), engaged in pairs with respective gears (21, 22, 23) of the first set of three gears for the transmission of the first, second and third speed; • a clutch acting selectively on at least two pairs of gears assigned to the transmission of the second and third speeds; and • two free wheels (15, 18) arranged at the pairs of gears assigned to the transmission of the first and second speed. • a first pulley suitable for being mounted on a crankshaft, which receives motion of the engine; • a primary shaft, having a second pulley and a first set of three gears (21, 22, 23) mounted thereon, • a synchronous transmission belt connecting said first and said second pulley (9, 12); • a secondary shaft, suitable for being connected to the driving wheel, comprising a second set of three gears (31, 32, 33), engaged in pairs with respective gears (21, 22, 23) of the first set of three gears for the transmission of the first, second and third speed; • a clutch acting selectively on at least two pairs of gears assigned to the transmission of the second and third speeds; and • two free wheels (15, 18) arranged at the pairs of gears assigned to the transmission of the first and second speed.
A non-oriented electrical steel sheet, the casting slab of which consists of: Si: 0.1∼2.0wt%; Al: 0.1∼1.0wt%; Mn: 0.10∼1.0wt%; C: ≤0.005wt%; P: ≤0.2wt%; S: ≤0.005wt%; N: ≤0.005wt%, optionally one or both of Sn and Sb with a total amount of ≤0.3wt%; and balance being Fe and other unavoidable impurities, and the magnetic permeability of the steel sheet satisfies the following formulas and: μ 10 + μ 13 + μ 15 ≥ 13982 − 586 − 5 P 15 / 50 μ 10 + μ 13 + μ 15 ≥ 10000 wherein μ 10, μ 13 and μ 15 respectively represent the relative magnetic permeability at magnetic inductions of 1.0T, 1.3T and 1.5T at 50Hz; P 15/50 represents the iron loss at 50Hz and under a magnetic induction of 1.5T, P 15/50 in formula is calculated as a dimensionless numerical value. Si: 0.1∼2.0wt%; Al: 0.1∼1.0wt%; Mn: 0.10∼1.0wt%; C: ≤0.005wt%; P: ≤0.2wt%; S: ≤0.005wt%; N: ≤0.005wt%, optionally one or both of Sn and Sb with a total amount of ≤0.3wt%; and balance being Fe and other unavoidable impurities, and the magnetic permeability of the steel sheet satisfies the following formulas and: μ 10 + μ 13 + μ 15 ≥ 13982 − 586 − 5 P 15 / 50 μ 10 + μ 13 + μ 15 ≥ 10000 wherein μ 10, μ 13 and μ 15 respectively represent the relative magnetic permeability at magnetic inductions of 1.0T, 1.3T and 1.5T at 50Hz; P 15/50 represents the iron loss at 50Hz and under a magnetic induction of 1.5T, P 15/50 in formula is calculated as a dimensionless numerical value.
Method for determining blank parameters for slabs, wherein image representations of the slabs are provided together with dimensions of same, wherein a geometric model of a panelling of an area, is provided, the model comprising at least position, shape and size of panels (2, 15, 24, 25) of the panelling, wherein the panels (2, 15, 24, 25) are each assigned a congruent portion of one of the image representations and wherein the blank parameters are given by geometric parameters of the portions, characterized in that the panels (2, 15, 24, 25) each receive a unique identifier, in that the model comprises a first and a second sub-model (21, 22, 23) which overlap in an overlap region, and in that the identifier of one of the panels (2, 15, 24, 25) in the overlap region is assigned to the first and the second sub-model (21, 22, 23).
A polyamide composition comprising a) from 34.98 to 89.98% by weight of at least one synthetic polyamide as component A and b) from 0.01 to 1.0% by weight of a chromium complex dye selected from the compounds of the formulae A1), A2) and A3) and mixtures of two or three of these compounds a s component B, c) from 0.01 to 1% by weight of carbon black as component C, d) from 10 to 65% by weight of glass fibers as component D, e) from 0 to 50% by weight of other additional substances as component E, where the quantities stated, which give a total of 100% by weight, are based on the entire composition and the composition comprises at most 0.05% by weight of nigrosin. a) from 34.98 to 89.98% by weight of at least one synthetic polyamide as component A and b) from 0.01 to 1.0% by weight of a chromium complex dye selected from the compounds of the formulae A1), A2) and A3) and mixtures of two or three of these compounds a s component B, c) from 0.01 to 1% by weight of carbon black as component C, d) from 10 to 65% by weight of glass fibers as component D, e) from 0 to 50% by weight of other additional substances as component E, where the quantities stated, which give a total of 100% by weight, are based on the entire composition and the composition comprises at most 0.05% by weight of nigrosin.
A delayed release drug formulation for oral administration to deliver a drug to the colon of a subject, said formulation comprising: a core, a coating for the core and an isolation layer between the core and the coating, the core comprising a drug, the coating comprising an outer layer and an inner layer, wherein the outer layer comprises a film-forming enteric polymer having a pH threshold at pH 6 or above, and wherein the inner layer comprises a film-forming non-ionic polymer that is soluble in intestinal or gastrointestinal fluid, and a buffer agent in an amount of more than 20 wt % to 60 wt %, based on the dry weight of the non-ionic polymer. wherein the outer layer comprises a film-forming enteric polymer having a pH threshold at pH 6 or above, and wherein the inner layer comprises a film-forming non-ionic polymer that is soluble in intestinal or gastrointestinal fluid, and a buffer agent in an amount of more than 20 wt % to 60 wt %, based on the dry weight of the non-ionic polymer.
Drawer wall element for a drawer, on which an edge section of a drawer base can be inserted, in order to form a drawer side wall adjoining the drawer base, wherein the drawer wall element comprises a wall profile part and a base mount profile part, wherein on the drawer wall element a bearing surface provided on the base mount profile is provided for a lower support of a drawer base insertable on the drawer wall element, and wherein the wall profile part comprises a chamber section with an inner wall sheet metal section and an outer wall sheet metal section, which are connected opposite one another spaced part over a width dimension of the drawer wall element and are joined by a connecting section, wherein the inner wall sheet metal section on the lower edge comprises a tab bent relative to the outer wall sheet metal section, on which the base mount profile is supported, characterised in that on the base mount profile above the bearing surface a web section is provided, which adjoins a bearing section angled upwards relative to the bearing surface by means of a material bend, wherein the web section bridges a distance between the outer wall sheet metal section and the inner wall sheet metal section and is used as a bearing for the tab.
An internal failure detection method of an external failure detection system for industrial equipment, said external failure detection system comprising an array of transducers, wherein at least two transducers have an overlapping field of view, the method characterized in: (a) receiving (301 1, 301 2,...) a plurality of signals, each signal being measured by a corresponding transducer of the transducers array, (b) for each pair of transducers among a number of said pairs of transducers have an overlapping field of view, calculating at least one value of a correlation parameter between the pair of signals received at step (a) at said pair of transducers, by correlating at least part of said signals or of invertible transforms thereof, (c) for at least one transducer among said number of pairs of transducers, estimating (303, 304) from the values of the correlation parameters calculated at step (b) if said transducer is working properly. (a) receiving (301 1, 301 2,...) a plurality of signals, each signal being measured by a corresponding transducer of the transducers array, (b) for each pair of transducers among a number of said pairs of transducers have an overlapping field of view, calculating at least one value of a correlation parameter between the pair of signals received at step (a) at said pair of transducers, by correlating at least part of said signals or of invertible transforms thereof, (c) for at least one transducer among said number of pairs of transducers, estimating (303, 304) from the values of the correlation parameters calculated at step (b) if said transducer is working properly.
An ozone converter (110; 410) comprising: an inlet housing having an inlet (150; 206) at a first end and an inlet housing flange at a second end; an outlet housing having outlet housing flange at a first end and an outlet (152; 208) at a second end; a removable coupling holding the inlet housing and the outlet housing in a fixed relationship to one another; and a core (162; 212) configured to remove some or all of the ozone passing through the ozone converter (110; 410) disposed at least partially within one of the inlet housing flange and outlet housing flange, characterised by the core (162; 212) including a core flange disposed at least partially between the inlet housing flange and outlet housing flange such that the core (162; 212) is held in a fixed position relative to one or both of the inlet and outlet housings (156; 158). an inlet housing having an inlet (150; 206) at a first end and an inlet housing flange at a second end; an outlet housing having outlet housing flange at a first end and an outlet (152; 208) at a second end; a removable coupling holding the inlet housing and the outlet housing in a fixed relationship to one another; and a core (162; 212) configured to remove some or all of the ozone passing through the ozone converter (110; 410) disposed at least partially within one of the inlet housing flange and outlet housing flange, characterised by the core (162; 212) including a core flange disposed at least partially between the inlet housing flange and outlet housing flange such that the core (162; 212) is held in a fixed position relative to one or both of the inlet and outlet housings (156; 158).
A robot cleaner comprising a main body and drive devices installed respectively at left and right peripheral positions on the basis of the center of the main body to drive the main body, wherein each of the drive devices includes: a main wheel to drive the main body; a drive motor to generate rotation power required to rotate the main wheel; a gear assembly to transmit rotation power of the drive motor to the main wheel; a drive shaft to interconnect the gear assembly and the main wheel so as to assist the main wheel in rotating by rotation power transmitted from the gear assembly, the drive shaft extending from the main wheel toward the center of the main body; characterised by an auxiliary wheel to drive the main body, the auxiliary wheel being connected to a distal end of the drive shaft extending toward the center of the main body so as to be located closer to the center of the main body than the main wheel, and wherein, if the main wheel is lifted from a floor as the main body is caught at the center thereof by an obstacle when passing over the obstacle during traveling, the auxiliary wheel protrudes downward of the main body to reach the floor, assisting the main body in traveling to escape from the obstacle. a main wheel to drive the main body; a drive motor to generate rotation power required to rotate the main wheel; a gear assembly to transmit rotation power of the drive motor to the main wheel; a drive shaft to interconnect the gear assembly and the main wheel so as to assist the main wheel in rotating by rotation power transmitted from the gear assembly, the drive shaft extending from the main wheel toward the center of the main body; characterised by an auxiliary wheel to drive the main body, the auxiliary wheel being connected to a distal end of the drive shaft extending toward the center of the main body so as to be located closer to the center of the main body than the main wheel, and wherein, if the main wheel is lifted from a floor as the main body is caught at the center thereof by an obstacle when passing over the obstacle during traveling, the auxiliary wheel protrudes downward of the main body to reach the floor, assisting the main body in traveling to escape from the obstacle.
A fastener driving tool, comprising: a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a first actuator, operably coupled to said first inlet port, adapted to switch between a first open state, allowing said first fluid to move into said combustion chamber at a first mass flow rate that is dependent on said at least one variable fluid characteristic, and a first closed state, preventing or at least limiting said first fluid from moving into said combustion chamber; a second actuator, operably coupled to said second inlet port, adapted to switch between a second open state, allowing said second fluid to move into said combustion chamber at a second mass flow rate, and a second closed state, preventing said second fluid from moving into said combustion chamber; a controller, configured to operate any one of said first and second actuators and to control a time interval of said first open state and/or said second open state based on at least one predetermined parameter, so as to provide a predetermined mass ratio of said first and second fluid within said combustion chamber characterised in that said at least one predetermined parameter is a variable parameter of one or more component of said fastener driving tool that is directly or indirectly affected by the current ambient atmospheric pressure, the variable parameter being a measure of the electrical current consumed by said first actuator during said first open state. a combustion chamber having a first inlet port for inputting a first fluid having at least one variable fluid characteristic, and a second inlet port for inputting a second fluid; a first actuator, operably coupled to said first inlet port, adapted to switch between a first open state, allowing said first fluid to move into said combustion chamber at a first mass flow rate that is dependent on said at least one variable fluid characteristic, and a first closed state, preventing or at least limiting said first fluid from moving into said combustion chamber; a second actuator, operably coupled to said second inlet port, adapted to switch between a second open state, allowing said second fluid to move into said combustion chamber at a second mass flow rate, and a second closed state, preventing said second fluid from moving into said combustion chamber; a controller, configured to operate any one of said first and second actuators and to control a time interval of said first open state and/or said second open state based on at least one predetermined parameter, so as to provide a predetermined mass ratio of said first and second fluid within said combustion chamber characterised in that said at least one predetermined parameter is a variable parameter of one or more component of said fastener driving tool that is directly or indirectly affected by the current ambient atmospheric pressure, the variable parameter being a measure of the electrical current consumed by said first actuator during said first open state.
A resin molded product comprising: a surface formed using a thermoplastic resin, wherein irregularities are transferred from a mold cavity to the surface and have an arithmetic mean roughness (Sa) of 0.8 μm or greater and 10 μm or less and a peak arithmetic mean curvature (Spc) of 400 [1/mm] or greater and 900 [1/mm] or less. a surface formed using a thermoplastic resin, wherein irregularities are transferred from a mold cavity to the surface and have an arithmetic mean roughness (Sa) of 0.8 μm or greater and 10 μm or less and a peak arithmetic mean curvature (Spc) of 400 [1/mm] or greater and 900 [1/mm] or less.
An oil-fired burner to be disposed adjacent to an outer periphery of a solid fuel-fired burner, the oil-fired burner comprising: a nozzle main body which is substantially rectangular in cross-section in a front view which defines a vertical direction and a horizontal direction; an oil gun for inputting an oil fuel disposed at a center of an outlet opening of the nozzle main body; a circular diffuser mounted on a leading end side of the oil gun; and a secondary air input port provided so as to surround an outer periphery of the oil gun, wherein the secondary air input port is constituted of: a central arc section which is substantially similar in shape to the circular diffuser; and rectangular sections (42L,42R) which are provided continuously from left and right ends of the central arc section in the horizontal direction and which are narrowed in face-to-face dimension in the vertical direction such that the secondary air input port has an opening shape in which the central arc section bulges out in the vertical direction substantially concentrically with the diffuser, wherein a cylindrical ignition air passage is provided on an outer periphery of the diffuser so as to surround the oil gun and the diffuser, and wherein the secondary air input port is provided close to the leading end of the oil gun so as to surround the outer periphery of a nozzle tip, the diffuser and the ignition air passage. a nozzle main body which is substantially rectangular in cross-section in a front view which defines a vertical direction and a horizontal direction; an oil gun for inputting an oil fuel disposed at a center of an outlet opening of the nozzle main body; a circular diffuser mounted on a leading end side of the oil gun; and a secondary air input port provided so as to surround an outer periphery of the oil gun, wherein the secondary air input port is constituted of: a central arc section which is substantially similar in shape to the circular diffuser; and rectangular sections (42L,42R) which are provided continuously from left and right ends of the central arc section in the horizontal direction and which are narrowed in face-to-face dimension in the vertical direction such that the secondary air input port has an opening shape in which the central arc section bulges out in the vertical direction substantially concentrically with the diffuser, wherein a cylindrical ignition air passage is provided on an outer periphery of the diffuser so as to surround the oil gun and the diffuser, and wherein the secondary air input port is provided close to the leading end of the oil gun so as to surround the outer periphery of a nozzle tip, the diffuser and the ignition air passage.
An arrangement comprising: a series connection of a plurality of energy storage units; a plurality of bypass circuits, each bypass circuit being configured to bypass a respective one of the energy storage units in the series connection; and a plurality of control modules (6, 7), wherein each control module corresponds to a respective one of the bypass circuits; wherein each control module is configured to control operation of the corresponding bypass circuit and at least one other bypass circuit of the plurality of bypass circuits to selectively bypass the corresponding energy storage units in the series connection in such a way that operation of each bypass circuit of the plurality of bypass circuits to selectively bypass the corresponding energy storage unit in the series connection is controllable by means of at least two of the control modules. a series connection of a plurality of energy storage units; a plurality of bypass circuits, each bypass circuit being configured to bypass a respective one of the energy storage units in the series connection; and a plurality of control modules (6, 7), wherein each control module corresponds to a respective one of the bypass circuits; wherein each control module is configured to control operation of the corresponding bypass circuit and at least one other bypass circuit of the plurality of bypass circuits to selectively bypass the corresponding energy storage units in the series connection in such a way that operation of each bypass circuit of the plurality of bypass circuits to selectively bypass the corresponding energy storage unit in the series connection is controllable by means of at least two of the control modules.