mhurhangee/ep-ind-claims huggingface dataset:
A road surface information collection device that is configured to collect road surface information with an acceleration sensor attached to an inner circumferential surface of a tire of a vehicle, the device comprising: a sampling unit that is configured to sample detection results of the acceleration sensor with a first sampling cycle to obtain first sampling data and that is configured to sample detection results of the acceleration sensor with a second sampling cycle shorter than the first sampling cycle to obtain second sampling data as the road surface information based on a condition that the acceleration sensor is positioned within a first predetermined range including a back side of a point on the tire in contact with the ground; a position calculator that is configured to calculate a rotational position of the acceleration sensor based on changes in the first sampling data; a speed calculator that is configured to detect a rotation speed of the tire based on changes in the first sampling data; and a first predetermined range determination unit that is configured to change the first predetermined range in accordance with the rotation speed of the tire, characterized in that the sampling unit includes a first sampling unit that is configured to obtain the first sampling data and a second sampling unit that is configured to obtain the second sampling data. a sampling unit that is configured to sample detection results of the acceleration sensor with a first sampling cycle to obtain first sampling data and that is configured to sample detection results of the acceleration sensor with a second sampling cycle shorter than the first sampling cycle to obtain second sampling data as the road surface information based on a condition that the acceleration sensor is positioned within a first predetermined range including a back side of a point on the tire in contact with the ground; a position calculator that is configured to calculate a rotational position of the acceleration sensor based on changes in the first sampling data; a speed calculator that is configured to detect a rotation speed of the tire based on changes in the first sampling data; and a first predetermined range determination unit that is configured to change the first predetermined range in accordance with the rotation speed of the tire, characterized in that the sampling unit includes a first sampling unit that is configured to obtain the first sampling data and a second sampling unit that is configured to obtain the second sampling data.
A light emitting device comprising: a light emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a protective layer disposed on the light emitting structure and including a plurality of through-holes; a first electrode provided in the plurality of through-holes and including a plurality of metal dots electrically connected to the first conductivity type semiconductor layer; an electrode pad connecting the plurality of metal dots configuring the first electrode and having a first area disposed on the first electrode and a second area disposed on the protective layer; and a second electrode electrically connected to the second conductivity type semiconductor layer; characterized in that the protective layer consists of a first protective layer disposed under the second area of the electrode pad and a second protective layer disposed in an area in which the electrode pad is not disposed, the refractive index of the first protective layer being less than that of the second protective layer, the first protective layer including oxide, and the second protective layer including nitride. a light emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer disposed between the first conductivity type semiconductor layer and the second conductivity type semiconductor layer; a protective layer disposed on the light emitting structure and including a plurality of through-holes; a first electrode provided in the plurality of through-holes and including a plurality of metal dots electrically connected to the first conductivity type semiconductor layer; an electrode pad connecting the plurality of metal dots configuring the first electrode and having a first area disposed on the first electrode and a second area disposed on the protective layer; and a second electrode electrically connected to the second conductivity type semiconductor layer; characterized in that the protective layer consists of a first protective layer disposed under the second area of the electrode pad and a second protective layer disposed in an area in which the electrode pad is not disposed, the refractive index of the first protective layer being less than that of the second protective layer, the first protective layer including oxide, and the second protective layer including nitride.
A process for closing a metal can body, suitable for containing an edible product, with a can lid, to provide a metal can suitable for heating in a retort, the process comprising: placing a metal lid over and in contact with an open end of a metal can body; applying an inwardly directed mechanical force to the lid such that at least a central portion of the lid is deformed into the interior space of the metal can body; and seaming the lid to the can body to form an airtight seal between the lid and the can body, the process characterized by, prior to seaming of the lid to the can body, holding a seaming panel of the can lid off of a flange at the upper edge of the can body using a plurality of circumferentially spaced recesses, known as dimples, disposed around the seaming panel of the can lid. placing a metal lid over and in contact with an open end of a metal can body; applying an inwardly directed mechanical force to the lid such that at least a central portion of the lid is deformed into the interior space of the metal can body; and seaming the lid to the can body to form an airtight seal between the lid and the can body,
Cutting device configured to be associated with a self-propelled mower, wherein the cutting device comprises: - a cutting member comprising a plurality of oscillating blades for cutting grass fixed to a support shaft, rotating with an axis of rotation that is horizontal and orthogonal to a direction of advance of the mower; - a system for conveying the cut grass that comprises an auger having a shaft with axis of rotation parallel to the axis of rotation of the support shaft, and provided with at least one access opening for feeding the cut grass, from the oscillating blades, to the auger and at least one outlet opening of the cut grass, wherein two helical surfaces (128, 128') are obtained on an outer surface of the shaft of the auger, the helical surfaces (128, 128') leaving a central portion of the shaft of the auger uncovered, wherein the system for conveying cut grass further comprises a grass accelerator positioned at the central portion of the shaft of the auger to face the outlet opening of the cut grass, characterised in that said grass accelerator comprises a shaft with horizontal axis of rotation, parallel and distinct from the axis of rotation of the shaft of the auger, and a plurality of vanes fixed to the shaft of the grass accelerator and arranged angularly distanced from each other. - a cutting member comprising a plurality of oscillating blades for cutting grass fixed to a support shaft, rotating with an axis of rotation that is horizontal and orthogonal to a direction of advance of the mower; - a system for conveying the cut grass that comprises an auger having a shaft with axis of rotation parallel to the axis of rotation of the support shaft, and provided with at least one access opening for feeding the cut grass, from the oscillating blades, to the auger and at least one outlet opening of the cut grass, wherein two helical surfaces (128, 128') are obtained on an outer surface of the shaft of the auger, the helical surfaces (128, 128') leaving a central portion of the shaft of the auger uncovered, wherein the system for conveying cut grass further comprises a grass accelerator positioned at the central portion of the shaft of the auger to face the outlet opening of the cut grass, characterised in that said grass accelerator comprises a shaft with horizontal axis of rotation, parallel and distinct from the axis of rotation of the shaft of the auger, and a plurality of vanes fixed to the shaft of the grass accelerator and arranged angularly distanced from each other.
An non-therapeutic method of improving the level of hydration in a cat, comprising providing the cat with a diet comprising an effective amount of arachidonic acid, wherein the diet comprises a greater amount of the arachidonic acid than eicosapentaenoic acid.
A driving assistance method comprising: extracting a high difficulty point (63, 86, 89) on a planned travel route of a host vehicle, where a travel lane of the host vehicle joins another lane; determining whether or not a following vehicle traveling on the same lane as the lane of the host vehicle is present within a predetermined range from the host vehicle; and guiding switching of a traveling state of the host vehicle from autonomous driving to manual driving when the following vehicle is present within the predetermined range from the host vehicle, characterized in that the determining determines whether or not the following vehicle traveling on the same lane as the lane of the host vehicle is present within the predetermined range from the host vehicle, when the host vehicle reaches at a point located at a first predetermined distance or more before the high difficulty point, the first predetermined distance being longer than a second predetermined distance from the high difficulty point to a point where the host vehicle can determine whether or not any other vehicle is present on the another lane. extracting a high difficulty point (63, 86, 89) on a planned travel route of a host vehicle, where a travel lane of the host vehicle joins another lane; determining whether or not a following vehicle traveling on the same lane as the lane of the host vehicle is present within a predetermined range from the host vehicle; and guiding switching of a traveling state of the host vehicle from autonomous driving to manual driving when the following vehicle is present within the predetermined range from the host vehicle, characterized in that the determining determines whether or not the following vehicle traveling on the same lane as the lane of the host vehicle is present within the predetermined range from the host vehicle, when the host vehicle reaches at a point located at a first predetermined distance or more before the high difficulty point, the first predetermined distance being longer than a second predetermined distance from the high difficulty point to a point where the host vehicle can determine whether or not any other vehicle is present on the another lane.
A method for the chlorine-free anti-felting treatment of wool, characterized by the steps of a) applying a solution onto the wool, wherein the solution comprises an oxidizing agent based on peroxomono sulphuric acid and a tenside, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, b) exposing the wool to the solution in order to complete the oxidation process, c) washing out the secondary reaction products from the wool, d) treating the wool using a reduction agent, wherein the reduction agent is sulphite and the amount of sulphite is between 5 and 15 % by weight based on the mass of the wool, wherein the residence time is between 10 and 60 s, the temperature is kept constant between 20 and 55 °C and the pH is kept constant between 8 and 11 and e) post-washing, wherein the steps are carried out continuously. a) applying a solution onto the wool, wherein the solution comprises an oxidizing agent based on peroxomono sulphuric acid and a tenside, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, wherein the amount of tenside is 0.3 and 5 % by weight based on the mass of wool, wherein the amount of peroxomono sulphuric acid is between 0.5 and 25 % by weight based on the mass of wool, b) exposing the wool to the solution in order to complete the oxidation process, c) washing out the secondary reaction products from the wool, d) treating the wool using a reduction agent, wherein the reduction agent is sulphite and the amount of sulphite is between 5 and 15 % by weight based on the mass of the wool, wherein the residence time is between 10 and 60 s, the temperature is kept constant between 20 and 55 °C and the pH is kept constant between 8 and 11 and e) post-washing,
Method for determining a state of an electric motor which has a stator and a rotor which is rotatably supported relative to the stator, wherein, as a result of a rotational movement of the rotor in an air space within the electric motor (1, 1', 1'', 1′′′), a pressure difference (p) relative to an environment of the electric motor (1, 1', 1'', 1′′′) is brought about, wherein in a normal state of the electric motor (1, 1', 1", 1′′′) the pressure difference is dependent on an actual speed (n) of the rotor, comprising the steps of: establishing an actual pressure difference (p) between the air space and an environment of the electric motor (1, 1', 1'', 1′′′), establishing the actual speed (n) of the rotor, and calculating a characteristic variable (k) based on the actual pressure difference (p) and the actual speed (n), whereby a characteristic variable (k) which is representative of the state of the electric motor is produced, characterised in that the characteristic variable (k) is compared with a threshold value and in that a state of the electric motor (1, 1', 1'', 1′′′) is determined based on a result of the comparison of the characteristic variable (k) with the threshold value. establishing an actual pressure difference (p) between the air space and an environment of the electric motor (1, 1', 1'', 1′′′), establishing the actual speed (n) of the rotor, and calculating a characteristic variable (k) based on the actual pressure difference (p) and the actual speed (n), whereby a characteristic variable (k) which is representative of the state of the electric motor is produced, characterised in that the characteristic variable (k) is compared with a threshold value and in that a state of the electric motor (1, 1', 1'', 1′′′) is determined based on a result of the comparison of the characteristic variable (k) with the threshold value.
Aqueous solution comprising in the range of from 30 to 60% by weight of a complexing agent, selected from the alkali metal salts of methylglycine diacetic acid and the alkali metal salts of glutamic acid diacetic acid, in the range of from 700 ppm to 7% by weight of a polymer being selected from polyamines, the N atoms being partially or fully substituted with CH 2 COOH groups, partially or fully neutralized with alkali metal cations, ppm and percentages referring to the total respective aqueous solution. in the range of from 30 to 60% by weight of a complexing agent, selected from the alkali metal salts of methylglycine diacetic acid and the alkali metal salts of glutamic acid diacetic acid, in the range of from 700 ppm to 7% by weight of a polymer being selected from polyamines, the N atoms being partially or fully substituted with CH 2 COOH groups, partially or fully neutralized with alkali metal cations,
A carboxyl group-containing polymer composition comprising: a carboxyl group-containing polymer obtained by copolymerization of an α,β-unsaturated carboxylic acid and a compound having at least two or more ethylenically unsaturated groups per molecule; a polyhydric alcohol fatty acid ester alkylene oxide adduct; and a polyoxyalkylene modified product, which is at least one of an ether of a polyoxyalkylene with a fatty alcohol, and a polyoxyalkylene fatty acid ester. a carboxyl group-containing polymer obtained by copolymerization of an α,β-unsaturated carboxylic acid and a compound having at least two or more ethylenically unsaturated groups per molecule; a polyhydric alcohol fatty acid ester alkylene oxide adduct; and a polyoxyalkylene modified product, which is at least one of an ether of a polyoxyalkylene with a fatty alcohol, and a polyoxyalkylene fatty acid ester.
A food waste disposal system comprising: a food waste disposal machine; at least one load cell to measure a weight; one or more door sensors; a programmable logic controller configured to control operation of the food waste disposal machine and connected to the at least one load cell and to the one or more door sensors; characterized in that the food waste disposal system further comprising: a minicomputer connected to i) the at least one load cell and the one or more door sensors directly, or ii) the programmable logic controller, and the minicomputer being configured to query and receive the weight and a door state by querying i) the at least one load cell and the one or more door sensors, or ii) the programmable logic controller, wherein the minicomputer queries and receives the weight and the door state on a regular predetermined time interval; the minicomputer comprising a network connection, the minicomputer in data communication via the network connection with an analytics cloud (60, 70), the minicomputer configured to transmit the received weight and door state data to the analytics cloud (60, 70), the analytics cloud (60, 70) configured to validate the weight and door state data transmitted to the analytics cloud (60, 70) from the minicomputer; and store the validated data in a database for processing. a food waste disposal machine; at least one load cell to measure a weight; one or more door sensors; a programmable logic controller configured to control operation of the food waste disposal machine and connected to the at least one load cell and to the one or more door sensors; characterized in that the food waste disposal system further comprising: a minicomputer connected to i) the at least one load cell and the one or more door sensors directly, or ii) the programmable logic controller, and the minicomputer being configured to query and receive the weight and a door state by querying i) the at least one load cell and the one or more door sensors, or ii) the programmable logic controller, a minicomputer connected to i) the at least one load cell and the one or more door sensors directly, or ii) the programmable logic controller, and i) the at least one load cell and the one or more door sensors directly, or ii) the programmable logic controller, and the minicomputer being configured to query and receive the weight and a door state by querying i) the at least one load cell and the one or more door sensors, or ii) the programmable logic controller, i) the at least one load cell and the one or more door sensors, or ii) the programmable logic controller, wherein the minicomputer queries and receives the weight and the door state on a regular predetermined time interval; the minicomputer comprising a network connection, the minicomputer in data communication via the network connection with an analytics cloud (60, 70), the minicomputer configured to transmit the received weight and door state data to the analytics cloud (60, 70), the analytics cloud (60, 70) configured to validate the weight and door state data transmitted to the analytics cloud (60, 70) from the minicomputer; and store the validated data in a database for processing.
Electronic ballast for operating a lamp, comprising an interface device (50, 50') having on the input side thereof a connecting device for receiving externally supplied brightness control information in the form of external control signals, and comprising a control device connected with said interface device (50, 50') for receiving brightness control information and configured for controlling the brightness of said lamp in response to said received brightness control information, characterized in that said interface device (50, 50') includes a first signal path (51, 70, 71, 72, 75, 52; 70, 90, 72, 75, 52) for guiding brightness control information assigned to external digital control signals to a first input signal port of said control device, and a second signal path (51, 70,80, 81, 82, 53), which is different from said first signal part at least in sections, for guiding brightness control information assigned to external control signals configured as switching signals to a second input signal port of control device which is different from said first input signal port, and that said interface device (50, 50') includes a means for identifying the signal structure of an externally supplied control signal and for opening the signal path that is assigned to the identified signal structure, and for blocking a signal path that is not assigned to the identified signal structure, and wherein said means comprises a device for threshold recognition in said second signal path, with an associated switch (80; 71, 90).
A hard disk drive for a computer system comprising: one or more platters having magnetic media on one or more surfaces; a write head associated with at least one of said surfaces having magnetic media; an H-bridge circuit capable of driving a current through said write head, said H-bridge circuit comprising two first transistors (Y, Y) and two second transistors ( Y, Y 24); and a discharge circuit connected to at least one of said second transistors arranged to discharge the base/gate drive of said at least one second transistor only after said current through said head increases above a steady state value, wherein said discharge circuit comprises at least one discharge transistor (26, 28) connected to a base/gate of said second transistors on said H-bridge and characterised by a pulse circuit (X, 34) arranged to turn on said discharge transistor (28, 26) after a first delay (D1, DLY1) from the turning on of the second transistor and to turn off said discharge transistor after a second delay (D2, DLY2). one or more platters having magnetic media on one or more surfaces; a write head associated with at least one of said surfaces having magnetic media; an H-bridge circuit capable of driving a current through said write head, said H-bridge circuit comprising two first transistors (Y, Y) and two second transistors ( Y, Y 24); and a discharge circuit connected to at least one of said second transistors arranged to discharge the base/gate drive of said at least one second transistor only after said current through said head increases above a steady state value, wherein said discharge circuit comprises at least one discharge transistor (26, 28) connected to a base/gate of said second transistors on said H-bridge and characterised by a pulse circuit (X, 34) arranged to turn on said discharge transistor (28, 26) after a first delay (D1, DLY1) from the turning on of the second transistor and to turn off said discharge transistor after a second delay (D2, DLY2).