mhurhangee/ep-ind-claims huggingface dataset:
A vehicle sensor diagnosis system comprising - one or more sensors arranged to monitor a host vehicle surrounding during drive along a host vehicle route and - one or more processing units connected to a database, the vehicle sensor diagnosis system being connected to a host vehicle positioning arrangement, arranged to determine a host vehicle position and driving direction, characterized in that the vehicle sensor diagnosis system is arranged to; - predict, by the processing unit, upcoming vehicle surrounding conditions along at least an upcoming section of the host vehicle route based on ∘ from the database retrieved information on the host vehicle surroundings along said section and ∘ information on a current host vehicle surrounding, - estimate, by the processing unit, an expected level of performance of at least one of said one or more sensors for said route section based on the prediction, - assess, by the processing unit, the level of performance of at least one of said one or more sensors detected during host vehicle travel along said host vehicle route section, - assess, by the processing unit, if a difference between the estimated level of sensor performance and the detected level of sensor performance for said host vehicle route section exceeds a first threshold difference and if so, - initiate, by the processing unit, a diagnose result communication. - one or more sensors arranged to monitor a host vehicle surrounding during drive along a host vehicle route and - one or more processing units connected to a database, - predict, by the processing unit, upcoming vehicle surrounding conditions along at least an upcoming section of the host vehicle route based on ∘ from the database retrieved information on the host vehicle surroundings along said section and ∘ information on a current host vehicle surrounding, ∘ from the database retrieved information on the host vehicle surroundings along said section and ∘ information on a current host vehicle surrounding, - estimate, by the processing unit, an expected level of performance of at least one of said one or more sensors for said route section based on the prediction, - assess, by the processing unit, the level of performance of at least one of said one or more sensors detected during host vehicle travel along said host vehicle route section, - assess, by the processing unit, if a difference between the estimated level of sensor performance and the detected level of sensor performance for said host vehicle route section exceeds a first threshold difference and if so, - initiate, by the processing unit, a diagnose result communication.
A single-crystal substrate for use in growing a Group-III nitride crystal thereon, which satisfies the following expression, wherein Z1 (μm) is an amount of warpage of physical shape in a growth surface of the single-crystal substrate and Z2 (μm) is an amount of warpage calculated from a radius of curvature of crystallographic-plane shape in a growth surface of the single-crystal substrate: − 40 < Z 2 / Z 1 < − 1
A washing machine comprising a cabinet where a washing tub is accommodated, comprising a rotatable drum which is rotatable with respect to a horizontal rotation axis for containing the laundry to be washed, said cabinet comprising a front wall and a back wall and said washing tub comprising a sidewall and base walls (23, 24) opposite to the back and front walls of cabinet, respectively, where in the case of a front loading washing machine, front and back walls of cabinet indicate the wall where the opening for loading the laundry to be washed is provided and the wall opposite thereto, respectively, while in the case of a top loading washing machine, they are the walls opposite to the base walls of the washing tub, characterized in that it comprises a pair of dampers anchored to the sidewall of the washing tub and to the front or back wall of the cabinet.
Method of adapting the engine to the octane number of the fuel by incrementing the learned octane number, said method starting out from a reference setting of the ignition advance in an engine operating range for a determined octane number, said reference setting corresponding to a pinking-free operation of the engine at a determined speed and a determined torque, the operating range of the engine being broken down into several zones, each of them comprising an anti-pinking corrective value to be applied to the ignition advance of the reference setting, the method comprising at least the following steps: - initializing to 0 a top dead centre counter (TDC CTR) upon activation of the method; - detecting the presence of pinking over a current time period (t); - activating an ignition advance angle correction loop if pinking is detected over the current time period (t); - decrementing part of the advance correction loop if the presence of pinking is not detected over a subsequent time period (t+1); - incrementing the top dead centre counter (TDC_CTR) if the advance correction in the current zone is below a threshold specific to that zone; - incrementing another, zones counter in each time period (X ms) by the number of zones in which the advance correction loop is below another threshold specific to each zone; the crossing of a determined threshold by the top dead centres counter (TDC_CTR) or the reaching or crossing of another determined threshold by the zones counter triggering a switch to a reference setting corresponding to a higher octane number. - initializing to 0 a top dead centre counter (TDC CTR) upon activation of the method; - detecting the presence of pinking over a current time period (t); - activating an ignition advance angle correction loop if pinking is detected over the current time period (t); - decrementing part of the advance correction loop if the presence of pinking is not detected over a subsequent time period (t+1); - incrementing the top dead centre counter (TDC_CTR) if the advance correction in the current zone is below a threshold specific to that zone; - incrementing another, zones counter in each time period (X ms) by the number of zones in which the advance correction loop is below another threshold specific to each zone;
Data processing device comprising: - a memory, - a direct memory access controller comprising a receiving module designed to receive data coming from outside the device and for writing it in a predetermined portion of the memory, called the main buffer memory, - a processing unit programmed to read and process data written by the receiving module in a main buffer memory area called the work area, characterized in that: - the main buffer memory is divided between used space and free space, - the processing unit is further programmed to define the work area, - the direct memory access controller comprises a buffer memory manager designed to free data written in the main buffer memory, by defining the location(s) of this data as free space, only when this data is outside the work area. - a memory, - a direct memory access controller comprising a receiving module designed to receive data coming from outside the device and for writing it in a predetermined portion of the memory, called the main buffer memory, - a processing unit programmed to read and process data written by the receiving module in a main buffer memory area called the work area, - the main buffer memory is divided between used space and free space, - the processing unit is further programmed to define the work area, - the direct memory access controller comprises a buffer memory manager designed to free data written in the main buffer memory, by defining the location(s) of this data as free space, only when this data is outside the work area.
A thermal interface device, characterised in that it comprises a film of thermal grease intended to be inserted between a first object and a second object, and a microporous seal encircling the periphery of the film of thermal grease.
Method for determining the soot concentration in the engine oil of internal combustion engines, in which a defined quantity of the engine oil is conducted with a defined flow rate along and/or through a measuring section, wherein energy is applied to the engine oil in the region of the measuring section by at least one energy source at a defined irradiation point or irradiation region, in such a way that the soot particles which are contained in the engine oil at least partially absorb this energy, and that this quantity of energy which is absorbed in the measuring section region is measured by at least one measuring device, in particular by means of at least one temperature-measuring device, and in that the soot concentration in the engine oil is determined therefrom, characterized in that a temperature is measured upstream of the irradiation point or irradiation region; in that a plurality of temperatures (T2, T3, T4) are measured downstream of the irradiation point or irradiation region by means of a plurality of temperature sensors which are spaced apart spatially from one another and are arranged in the same cross-sectional plane with respect to the flowing direction of the engine oil, and in that the soot content in the oil is deduced on the basis of the spatial distribution of the plurality of measured temperatures (T2, T3, T4).
Lock fitting fixture with a housing having an external thread which can be fixed in a hole formed in a door or a fastening plate, in the housing hole of which is rotatably mounted a rotation-limited actuator shaft supporting a locking tongue at its free end by means of an actuator shoulder formed on the actuator shaft, and with a screw sleeve having an internal thread which fixes the lock fitting with respect to the door or the fastening plate, characterised in that taking into account a hygienic design, the actuator shaft, sealed on both sides, engages through the housing and is sealed with respect to the housing and in that the rotation limit (5, 16, 23, 24) is arranged in the region of the sealed housing hole.
Positioning region for a track, the track having at least one guide rail (2, 3) and the guide rail (2, 3) serving to guide a current collector trolley, provided with current collector contacts, of a current collector system arranged on a vehicle which can be moved along the track, and the track having at least one track current rail, the positioning region being the region in which the current collector trolley is positioned horizontally and vertically with respect to the track by means of a positioning device of the current collector system, characterized in that at least one further current rail is arranged in the region of the positioning region, or at least one track current rail extends with its end into the positioning region and/or is extended, and in that the further current rail or at least the region of the track current rail extending in the positioning region is designed for the vertical insertion of the current collector contacts of the current collector trolley.
Multi-line plug connector for connecting two heated fluid lines and at least two electrical lines by way of a single connecting operation, including a female plug component which is connected with a male plug component which can be decoupled along a coupling axis when the plug components (2,3) are in their connected state, whereby each plug component (2, 3) includes a fluid connection (35, 35a, 35b) and two electrical connections (23, 24). wherein each plug component (2,3) includes a two-part plug housing made up of a base component and a cover component which can be connected to one another and enclose an inner space, in which a spectacle component is contained, wherein the spectacle component includes two guide channels, tubular in shape and extending along the coupling axis for the purpose of accepting electrical lines and the electrical connectors (23, 24), formed as contact pin or contact socket, on their ends, and the guide channels, tubular in shape, are connected with one another by way of at least one bridge, wherein the bridge is connected to a latching mechanism of the base component protruding into the inner space by friction-fit and/or form-fit, so that the spectacle component is secured on the base component against displacement along and/or crosswise to the coupling axis, wherein the spectacle component incorporates a fluid connector (7, 7a, 7b), tubular in shape, which is connected with the spectacle component by friction-fit and/or form-fit to prevent displacement along the coupling axis, wherein the fluid connector (7, 7a, 7b) includes a connecting component on one end for connection to the heated fluid line, and the respective fluid connection (35, 35a, 35b) is formed on the end opposite the connecting component.
A plastic molding composition comprising a thermoplastic polyester elastomer having a shore hardness ranging from 40 to 55 which is measured according to ISO 868, a phosphinate salt which is aluminium diethylphosphinate, and a phosphonate component which is a polymer or oligomer prepared from diphenylmethylphosphonate and 2,2-bis(4-hydroxyphenyl)propane.
A process for preparing the (R,R)-diastereromer of a compound of formula or a salt thereof the process comprising: (i) reacting 4-methoxyphenyl acetone with an amine of formula (VIII) under conditions of reductive amination to produce a compound of formula or a salt thereof, wherein there is no isolation of an imine intermediate formed during the reductive amination and wherein the reductive amination is carried out in the presence of an ionic compound in an organic solvent or an aqueous solvent or a mixture thereof, (ii) condensing the -enantiomer of compound or the acid addition salt thereof with an α-haloketone of formula to produce the -enantiomer of a compound of formula (iii) reducing the -enantiomer of compound to the (R,R)-diastereomer of a compound of formula, wherein the compound is subjected to chiral reduction using a chiral reducing agent selected from the group consisting of (-)-DIP-chloride, β-isopinocamphinyl-9BBN(R-Alpine-Borane), a chiral β-oxoaldiminatocobalt complex dioxazaluminium complex (derived from amino acid esters, LiAlH 4 and borane methyl sulfide), dihydrooxazaborins and a borane reducing agent; in the presence of a catalytic amount of a single enantiomer of an oxazaborolidine reagent derived from a chiral oxazaborolidine catalyst, and (iv) reducing the (R,R)-diastereomer of compound to the (R,R)-diastereomer of the compound of formula, wherein the reduction is carried out by either a hydrogen donating compound in the presence of a hydrogen transfer catalyst or ammonium formate using a hydrogenation catalyst, wherein: R 1 and R 2 are independently optionally substituted arylalkyl, and Hal is selected from chloro or bromo.
Method for encoderless determination of the rotor position of a synchronously running polyphase machine which is fed via an inverter, wherein active inverter states acting in different space vector directions are used for current control and current increases of the phase currents are detected during these active inverter states, characterized in that the detected current increases are transformed in a calculator unit into a coordinate system fixed to the direction of measurement and further into symmetrical components and at least one of the symmetrical components calculated from these current increases, which rotate at double electrical speed, at single electrical speed and at zero speed, is used to determine the rotor position, wherein at least the symmetrical component operating at zero speed and rotating at double electrical speed is evaluated and the electrical rotor position of the machine determined therefrom.
An air conditioner configured to heat and cool and to be placed on the ground, comprising: a housing having an upper air outlet and a lower air outlet, characterized in that the upper air outlet has an air outlet capacity greater than an air outlet capacity of the lower air outlet, the lower air outlet is configured to be disposed proximate to the ground; under a heating condition, the air conditioner is configured such that the upper air outlet and the lower air outlet perform blasting at the same time, and the upper air outlet produces an air stream performing downward suppression to an air stream proximate to ground produced by the lower air outlet to increase a movement distance of the air stream on the ground; wherein the lower air outlet has a lower edge, and a distance L3 from the ground to the lower edge of the lower air outlet satisfies that 0<L3≤0.2m.
A safety switch that switches a contact by cooperation of an actuator and a switch body, said switch body comprising: a cam (21, 22) that is adapted to rotate by insertion of said actuator; an operating part that switches said contact according to rotation of said cam (21, 22); and a locking part that is adapted to pass from a lock position in which it locks rotation of said cam (21, 22) and an unlock position in which it unlocks a lock state of said cam (21, 22) via an intermediate position between said lock position and said unlock position by actuation of said actuator; characterised in that said locking cam has a protrusion of a semi-circular cross sectional shape extending along an engagement surface of said cam (21, 22) at a position near an outer circumferential surface of said cam (21, 22), said locking part is a locking lever having a bulge at a portion of a cam contact surface of said locking lever, said bulge is protruded toward said cam (21, 22) from a circular arc (C 1) that has a center at a rotational center of said locking lever and that is tangent to said protrusion of said locking cam, said bulge is formed of a first planar surface (29d 1) and a second planar surface (29d 2) that intersect each other, and said bulge formed of said first and second planar surfaces (29d 1, 29d 2) is adapted to contact said cam (21, 22) when said actuator moves in a drawing-out direction in said intermediate position between said lock position and said unlock position, whereby said first planar surface (29d 1) of said locking lever at a distal end thereof slides along said protrusion of said locking cam. a cam (21, 22) that is adapted to rotate by insertion of said actuator; an operating part that switches said contact according to rotation of said cam (21, 22); and a locking part that is adapted to pass from a lock position in which it locks rotation of said cam (21, 22) and an unlock position in which it unlocks a lock state of said cam (21, 22) via an intermediate position between said lock position and said unlock position by actuation of said actuator; characterised in that said locking cam has a protrusion of a semi-circular cross sectional shape extending along an engagement surface of said cam (21, 22) at a position near an outer circumferential surface of said cam (21, 22), said locking part is a locking lever having a bulge at a portion of a cam contact surface of said locking lever, said bulge is protruded toward said cam (21, 22) from a circular arc (C 1) that has a center at a rotational center of said locking lever and that is tangent to said protrusion of said locking cam, said bulge is formed of a first planar surface (29d 1) and a second planar surface (29d 2) that intersect each other, and said bulge formed of said first and second planar surfaces (29d 1, 29d 2) is adapted to contact said cam (21, 22) when said actuator moves in a drawing-out direction in said intermediate position between said lock position and said unlock position, whereby said first planar surface (29d 1) of said locking lever at a distal end thereof slides along said protrusion of said locking cam.
A slip yoke assembly comprising: a shaft sleeve that is rotatable about an axis, the shaft sleeve having a first shaft sleeve cavity that extends around the axis, a set of shaft sleeve splines that are arranged around the first shaft sleeve cavity and face away from the axis; a yoke sleeve that receives the shaft sleeve, the yoke sleeve having a set of yoke sleeve splines that mates with the set of shaft sleeve splines and permits axial movement of the yoke sleeve with respect to the shaft sleeve; and a yoke that is fixedly disposed on the yoke sleeve, wherein the yoke and the yoke sleeve are moveable along the axis with respect to the shaft sleeve; the shaft sleeve further comprising a second shaft sleeve cavity that extends around the axis and that extends from the first shaft sleeve cavity wherein the second shaft sleeve cavity is configured to receive a shaft such that the shaft sleeve does not rotate with respect to the shaft. a shaft sleeve that is rotatable about an axis, the shaft sleeve having a first shaft sleeve cavity that extends around the axis, a set of shaft sleeve splines that are arranged around the first shaft sleeve cavity and face away from the axis; a yoke sleeve that receives the shaft sleeve, the yoke sleeve having a set of yoke sleeve splines that mates with the set of shaft sleeve splines and permits axial movement of the yoke sleeve with respect to the shaft sleeve; and a yoke that is fixedly disposed on the yoke sleeve, wherein the yoke and the yoke sleeve are moveable along the axis with respect to the shaft sleeve;
A machine tool which rotatably supports a tool (41,..., 46) for working an object to be worked such that an edge of the tool (41,..., 46) is inclined with respect to an axis line of the object, in performing working of the object by the tool (41,..., 46), wherein the tool (41,..., 46) is a tool for working the object in contact therewith; wherein the machine tool comprises a tool mounting part to hold the tool (41,..., 46) and a rotating device to rotate the tool mounting part, wherein the tool (41,..., 46) is configured to be rotated at a rotational angle (θ) by a rotation of the tool mounting part by the rotating device; wherein the machine tool is configured to hold the tool (41,..., 46) standby such that the edge is positioned at a working standby position proximal to a surface of the object, i.e. close enough to have possibility of interference between the tool and the surface of the object in case where the tool mounting part is rotated, and wherein the machine tool is configured to start to move the tool (41,..., 46) from the working standby position to work the object; with the machine tool comprising a working standby position correcting device to correct the working standby position such that the tool (41,..., 46) does not interfere with the object, according to a diameter (d) of the tool (41,..., 46) and the rotational angle (θ) of the tool (41,..., 46), in holding the tool (41,..., 46) at a corrected working standby position in a rotated state of the tool (41,..., 46).
A topical composition comprising: a) an alcohol having the formula: b) an ester having the formula: wherein each R is independently hydrogen or a methyl group; r is 0 or 1, s is 0 or 1, t is an integer from 1 to 6, n is an integer from 5 to 20 and q is an integer from 3 to 10; wherein the alcohol makes up from 1 to 6% by weight of the composition: wherein the ester makes up from 0.1 to 15% by weight of the composition and has a melting point from 20 to 40 degrees Celsius; wherein the topical composition comprises cross-linked acrylates in an amount from 0.001 to 5% by weight; and further wherein the topical composition is substantially free of silicone. a) an alcohol having the formula: b) an ester having the formula: wherein each R is independently hydrogen or a methyl group; r is 0 or 1, s is 0 or 1, t is an integer from 1 to 6, n is an integer from 5 to 20 and q is an integer from 3 to 10; wherein the alcohol makes up from 1 to 6% by weight of the composition: wherein the ester makes up from 0.1 to 15% by weight of the composition and has a melting point from 20 to 40 degrees Celsius; wherein the topical composition comprises cross-linked acrylates in an amount from 0.001 to 5% by weight; and further wherein the topical composition is substantially free of silicone. wherein each R is independently hydrogen or a methyl group; r is 0 or 1, s is 0 or 1, t is an integer from 1 to 6, n is an integer from 5 to 20 and q is an integer from 3 to 10;