mhurhangee/ep-ind-claims huggingface dataset:
A heterogeneous catalytic hydrogenation process comprising hydrogenating a substance to be hydrogenated under trickle flow condition using a reaction tower charged with a solid catalyst in which hydrogen gas and a liquid phase containing the substance to be hydrogenated are made to flow co-currently downward from above, wherein the dynamic liquid phase holdup amount per unit catalyst exterior surface area of the catalyst charged in the reaction tower is 0.005 X 10 -3 to 0.14 X 10 -3 m 3 /m 2 and the catalyst has a catalyst strength of 1.0 kg to 4.0 kg, as determined by the following formula catalyst strength = A − 2 σ wherein A represents a mean value of minimum crushing strengths of 100 catalyst samples measured according to the method described in "Test method for crushing strength" of JIS Z 8841-1993 and σ represents a standard deviation, the total content of chlorine atom and sulfur atom contained in the substance to be hydrogenated that is subjected to the hydrogenation is 5 ppm or less, the solid catalyst is a zinc-based catalyst and the hydrogenation reaction is reduction of an unsaturated fatty acid alkyl ester to an unsaturated alcohol.
A method for removing metal impurities from an organic solvent, comprising: passing the organic solvent through first and second filter units to obtain a purified organic solvent, wherein the first filter unit comprises a first housing and at least one first filter in the first housing, the first filter comprises a filtration medium comprising a positively charged ion exchange resin, and the positively charged ion exchange resin comprises a polyamide; and wherein the second filter unit comprises a second housing and at least one second filter in the second housing, the second filter comprises a filtration medium comprising a negatively charged ion exchange resin, and the negatively charged ion exchange resin comprises a polyolefin. passing the organic solvent through first and second filter units to obtain a purified organic solvent, wherein the first filter unit comprises a first housing and at least one first filter in the first housing, the first filter comprises a filtration medium comprising a positively charged ion exchange resin, and the positively charged ion exchange resin comprises a polyamide; and wherein the second filter unit comprises a second housing and at least one second filter in the second housing, the second filter comprises a filtration medium comprising a negatively charged ion exchange resin, and the negatively charged ion exchange resin comprises a polyolefin.
Method for producing an electrical winding for an electrical machine, comprising the following steps: - axially displacing a first former (16, 70) in relation to further formers, which are arranged on at least one end winding, along a central centre axis of the end winding in such a way that the first former (16, 70) protrudes beyond the further formers with respect to an axial direction perpendicular to the winding plane, - winding a plurality of turns of a winding wire onto the first former (16, 70) by virtue of a rotational movement between a wire guide, which accommodates the winding wire, and the first former (16, 70), - axially retracting the first wound former (16, 70) and axially displacing a second former (16, 74) in relation to the further formers in such a way that the second former (16, 74) protrudes beyond the further formers in the axial direction with respect to the axial direction, - winding a plurality of turns of the winding wire onto the second former (16, 74) by virtue of a rotational movement between the wire guide, which accommodates the winding wire, and the second former (16, 74), - arranging a transmission tool axially opposite the formers and scraping the turns which are wound onto the formers onto the transmission tool, - pulling the turns in the axial direction into slots of a rotor or stator of the electrical machine, - characterized in that the formers are mounted in a first and a second opposite end winding, and wire is wound through formers of the upper end winding and formers of the lower end winding alternately. - axially displacing a first former (16, 70) in relation to further formers, which are arranged on at least one end winding, along a central centre axis of the end winding in such a way that the first former (16, 70) protrudes beyond the further formers with respect to an axial direction perpendicular to the winding plane, - winding a plurality of turns of a winding wire onto the first former (16, 70) by virtue of a rotational movement between a wire guide, which accommodates the winding wire, and the first former (16, 70), - axially retracting the first wound former (16, 70) and axially displacing a second former (16, 74) in relation to the further formers in such a way that the second former (16, 74) protrudes beyond the further formers in the axial direction with respect to the axial direction, - winding a plurality of turns of the winding wire onto the second former (16, 74) by virtue of a rotational movement between the wire guide, which accommodates the winding wire, and the second former (16, 74), - arranging a transmission tool axially opposite the formers and scraping the turns which are wound onto the formers onto the transmission tool, - pulling the turns in the axial direction into slots of a rotor or stator of the electrical machine, - characterized in that the formers are mounted in a first and a second opposite end winding, and wire is wound through formers of the upper end winding and formers of the lower end winding alternately.
Engine oil system, the engine oil system comprising an oil pump connected to an oil sump, an oil cooler connected to the oil pump and an oil filter, the oil filter being connected to the engine, the engine oil system further comprises a first by-pass conduit connected to the oil pump and arranged to be connected to a component of the engine oil system other than the oil cooler, the first by-pass conduit comprising a first by-pass valve, where in a first mode the first by-pass valve is in an open state allowing oil to by-pass the oil cooler, and where in a second mode the first by-pass valve is in a closed state directing the oil through the oil cooler, wherein the component to which the first by-pass conduit is connected to is the oil-filter, characterized in that the engine oil system further comprises a second by-pass conduit comprising a second by-pass valve, the second by-pass conduit being connected to the oil pump and to the engine, where the second by-pass valve in a third mode is in an open state allowing oil to by-pass the oil cooler and where the second by-pass valve in a fourth mode is in a closed state directing the oil through the oil cooler.
Pallet made of plastic, with a cover plate for receiving objects and with at least two, preferably three, skids which are arranged below the top plate, are arranged parallel to one another and parallel to a pallet edge and each have a skid standing surface, at the ends of each of which is arranged a support-foot-like skid support member angled away from the skid standing surface in the direction of the cover plate, the skid standing surface being arranged at a distance from the cover plate by means of the skid support members and support feet arranged therebetween and being detachably connected to the cover plate, characterized in that the skids are each formed from at least two respective one-piece skid elements (4a, 4b), in that each skid element (4a, 4b) is L-shaped, the skid support member of each skid element (4a, 4b), which is in each case formed at a first end of the skid element (4a, 4b) is angled at right angles from the skid standing surface of the skid elements (4a, 4b), and in that the skid elements (4a, 4b) are each detachably connected to the cover plate via the skid support members and together form a respective skid of the pallet.
A coating composition that is safe for food contact formed by the steps comprising: providing a resin component containing primarily bisphenol F based resin, said resin component maintained at 76.7 °C (170 degrees Fahrenheit) to 104.4 °C (220 degrees Fahrenheit), providing a hardener component containing primarily cycloaliphatic amine, said hardener component maintained at 76.7 °C (170 degrees Fahrenheit) to 104.4 °C (220 degrees Fahrenheit), mixing said resin component and hardener component immediately prior to spray application, and spray applying the mixture to form the coating composition. providing a resin component containing primarily bisphenol F based resin, said resin component maintained at 76.7 °C (170 degrees Fahrenheit) to 104.4 °C (220 degrees Fahrenheit), providing a hardener component containing primarily cycloaliphatic amine, said hardener component maintained at 76.7 °C (170 degrees Fahrenheit) to 104.4 °C (220 degrees Fahrenheit), mixing said resin component and hardener component immediately prior to spray application, and spray applying the mixture to form the coating composition.
Actuator comprising a housing, a gear, an engageable manual drive shaft for the manual drive and a manual operating element; wherein the manual operating element can be detachably connected to the housing and wherein the manual operating element, in a position connected to the housing, forces a direct or indirect coupling of the manual drive shaft to the gear, wherein the manual operating element, in the position connected to the housing, forces the manual drive shaft against a restoring force into a coupled position along a longitudinal axis of the manual drive shaft, wherein the manual operating element is rotatably arranged in a receiving element, wherein the receiving element is connectable to the housing by means of a bayonet catch, and wherein the manual operating element comprises the receiving element, which rotatably engages with the housing. comprising a housing, a gear, an engageable manual drive shaft for the manual drive and a manual operating element; wherein the manual operating element can be detachably connected to the housing and wherein the manual operating element, in a position connected to the housing, forces a direct or indirect coupling of the manual drive shaft to the gear, wherein the manual operating element, in the position connected to the housing, forces the manual drive shaft against a restoring force into a coupled position along a longitudinal axis of the manual drive shaft, wherein the manual operating element is rotatably arranged in a receiving element, wherein the receiving element is connectable to the housing by means of a bayonet catch, and wherein the manual operating element comprises the receiving element, which rotatably engages with the housing.
An expansion system comprising: an adjustable cone assembly (30, 200, 304, 404) having a plurality of cone segments (120, 202, 318, 424) slidably coupled to a mandrel (114, 204, 328, 426); a solid cone assembly (20, 302, 402) coupled to the mandrel; a piston assembly coupled to the mandrel, wherein the adjustable cone assembly is disposed between the piston assembly and the solid cone assembly; an expandable tubular (14, 214, 306, 406) disposed around the adjustable cone assembly, the solid cone assembly, and the piston assembly; and an inner sleeve (310, 410, 534) disposed within the expandable tubular adjacent to one end of the expandable tubular; and characterized in that a locking member (104, 316, 420, 508) that selectively couples the solid cone assembly to the one end of the expandable tubular, wherein the locking member includes a biasing member configured to urge the locking member radially outward, wherein the locking member is configured to couple the solid cone assembly (30, 200, 304, 404) directly to the inner sleeve (310, 410, 534). an adjustable cone assembly (30, 200, 304, 404) having a plurality of cone segments (120, 202, 318, 424) slidably coupled to a mandrel (114, 204, 328, 426); a solid cone assembly (20, 302, 402) coupled to the mandrel; a piston assembly coupled to the mandrel, wherein the adjustable cone assembly is disposed between the piston assembly and the solid cone assembly; an expandable tubular (14, 214, 306, 406) disposed around the adjustable cone assembly, the solid cone assembly, and the piston assembly; and an inner sleeve (310, 410, 534) disposed within the expandable tubular adjacent to one end of the expandable tubular; and characterized in that a locking member (104, 316, 420, 508) that selectively couples the solid cone assembly to the one end of the expandable tubular, wherein the locking member includes a biasing member configured to urge the locking member radially outward, wherein the locking member is configured to couple the solid cone assembly (30, 200, 304, 404) directly to the inner sleeve (310, 410, 534).
Method for operating an electrical energy supply network comprising a plurality of electrical energy consumers (13a-i) and/or energy generators (14a-d) connected to a common control device, characterized in that the following steps are carried out in order to operate the energy supply network: - at least two energy profile groups are provided, the energy consumers (13a-i) and/or energy generators (14a-d) being assigned to said energy profile groups in such a manner that energy consumers (13a-i) having the same or similar energy consumption time series and energy generators (14a-d) having the same or similar energy generation time series are each assigned to the same energy profile group, wherein the energy consumption time series and the energy generation time series represent a temporal profile of the energy consumption and of the energy generation; - a further energy consumer is assigned to one of the energy profile groups using at least one energy consumption time series characteristic of said consumer and/or a further energy generator is assigned to one of the energy profile groups using at least one energy generation time series characteristic of said generator; and - all energy generators (14a-d) and/or energy consumers (13a-i, 18) in the same energy profile group are operated by the common control device using a group energy consumption time series or group energy generation time series characteristic of the respective energy profile group. - at least two energy profile groups are provided, the energy consumers (13a-i) and/or energy generators (14a-d) being assigned to said energy profile groups in such a manner that energy consumers (13a-i) having the same or similar energy consumption time series and energy generators (14a-d) having the same or similar energy generation time series are each assigned to the same energy profile group, wherein the energy consumption time series and the energy generation time series represent a temporal profile of the energy consumption and of the energy generation; - a further energy consumer is assigned to one of the energy profile groups using at least one energy consumption time series characteristic of said consumer and/or a further energy generator is assigned to one of the energy profile groups using at least one energy generation time series characteristic of said generator; and - all energy generators (14a-d) and/or energy consumers (13a-i, 18) in the same energy profile group are operated by the common control device using a group energy consumption time series or group energy generation time series characteristic of the respective energy profile group.
A method for compressing electronic image data, comprising the steps of: a) using a filtering process to generate at least two sets of reduced size low resolution data (100, 101) from the image data, each element of each set of reduced size low resolution data being representative of a plurality of elements of the image data; b) generating modulation data from the image data, the modulation data governing regions of the image data and encoding information about how to combine expanded data sets which have been determined from upscaling the sets of reduced size low resolution data to generate an approximation to the regions of image data; c) generating a plurality of discontinuity flags, each discontinuity flag affecting a region of the image data offset from, but overlapping with, a region governed by the modulation data, the value of each discontinuity flag being based on an assessment of whether the corresponding region of image data contains a discontinuity, wherein if a discontinuity flag has a first value then, for the corresponding region of image data, elements of the expanded data sets are to be determined using interpolation of elements of the sets of reduced size data, and wherein if a discontinuity flag has a second value then, for the corresponding region of image data, elements of the expanded data sets are to be determined by replication of elements of the sets of reduced size data; and d) storing the reduced size data sets, the modulation data and the discontinuity flags as compressed data. a) using a filtering process to generate at least two sets of reduced size low resolution data (100, 101) from the image data, each element of each set of reduced size low resolution data being representative of a plurality of elements of the image data; b) generating modulation data from the image data, the modulation data governing regions of the image data and encoding information about how to combine expanded data sets which have been determined from upscaling the sets of reduced size low resolution data to generate an approximation to the regions of image data; c) generating a plurality of discontinuity flags, each discontinuity flag affecting a region of the image data offset from, but overlapping with, a region governed by the modulation data, the value of each discontinuity flag being based on an assessment of whether the corresponding region of image data contains a discontinuity, wherein if a discontinuity flag has a first value then, for the corresponding region of image data, elements of the expanded data sets are to be determined using interpolation of elements of the sets of reduced size data, and wherein if a discontinuity flag has a second value then, for the corresponding region of image data, elements of the expanded data sets are to be determined by replication of elements of the sets of reduced size data; and d) storing the reduced size data sets, the modulation data and the discontinuity flags as compressed data.
A refrigerator comprising: a cabinet comprising a storage compartment provided therein; a main door rotatably coupled to the cabinet and the main door opening and closing the storage compartment; a door opening provided in the main door and the door opening in communication with the storage compartment; a sub door opening and closing the door opening; and a basket assembly provided in the door opening and the basket assembly comprising a basket movable forward and backward, characterized in that the basket assembly comprises, a front plate provided under the basket; a front rail assembly provided under the front plate and the front rail assembly configured to move the front plate forward; a rear plate provided under the front rail assembly; and a rear rail assembly provided under the rear plate and the rear rail assembly configured to move the rear plate backward. a cabinet comprising a storage compartment provided therein; a main door rotatably coupled to the cabinet and the main door opening and closing the storage compartment; a door opening provided in the main door and the door opening in communication with the storage compartment; a sub door opening and closing the door opening; and a basket assembly provided in the door opening and the basket assembly comprising a basket movable forward and backward, characterized in that the basket assembly comprises, a front plate provided under the basket; a front rail assembly provided under the front plate and the front rail assembly configured to move the front plate forward; a rear plate provided under the front rail assembly; and a rear rail assembly provided under the rear plate and the rear rail assembly configured to move the rear plate backward.
Brake disc-hub connection, wherein a hub has drivers which extend from a wheel flange of the hub in the axial direction relative to a axis of rotation common to a brake disc and the hub and which engage in a tooth-like manner between supporting elements which are arranged on the inner circumference of a brake disc and which extend in the direction of the axis of rotation, wherein lateral flanks of the drivers are oriented radially or at least approximately radially to the axis of rotation and lateral flanks of the supporting elements are oriented parallel to the lateral flanks of the drivers, wherein the lateral flanks of each of the drivers are oriented at an angle (α) of 15° to 30° to each other, characterised in that each of the drivers has slots extending axially in the direction of the wheel flange to form lateral support webs, wherein the front faces of the free ends of the support webs are configured as a push-on stop for axially locating the brake disc.
A computer-implemented method, comprising: detecting one or more speakers in an audio sample that corresponds to a video sample; storing a speaker timeline that identifies a speaker by a speaker identifier and a speaker location at each time along a speaker timeline; detecting, in the video sample, one or more facial images for each detected speaker; storing at least one detected facial image for each detected speaker in a faces database; and associating a speaker timeline and a facial image with each detected speaker. detecting one or more speakers in an audio sample that corresponds to a video sample; storing a speaker timeline that identifies a speaker by a speaker identifier and a speaker location at each time along a speaker timeline; detecting, in the video sample, one or more facial images for each detected speaker; storing at least one detected facial image for each detected speaker in a faces database; and associating a speaker timeline and a facial image with each detected speaker.
A method for measuring a capacitance value of a capacitor, the method comprising: having a resistor coupled to a terminal of the capacitor; measuring a difference in voltage at the terminal between a first time and a second time during a discharge routine of the capacitor, the discharge routine comprising sinking a current through a discharge circuit (108, 110) coupled to the resistor from the first time to the second time; measuring an integration of a difference in voltage at terminals of the resistor during the discharge routine between the first time and the second time; computing the capacitance value based on the measured difference in voltage, the measured integration, and a resistance value of the resistor; and determining a health of the capacitor based on a difference between the computed capacitance value and a threshold value, wherein the method further comprises determining the second time by monitoring the voltage at the terminal during the discharge routine, the second time corresponding to a difference in voltage at the terminal, between the first time and the second time, being greater than or equal to a second threshold voltage. having a resistor coupled to a terminal of the capacitor; measuring a difference in voltage at the terminal between a first time and a second time during a discharge routine of the capacitor, the discharge routine comprising sinking a current through a discharge circuit (108, 110) coupled to the resistor from the first time to the second time; measuring an integration of a difference in voltage at terminals of the resistor during the discharge routine between the first time and the second time; computing the capacitance value based on the measured difference in voltage, the measured integration, and a resistance value of the resistor; and determining a health of the capacitor based on a difference between the computed capacitance value and a threshold value, wherein the method further comprises determining the second time by monitoring the voltage at the terminal during the discharge routine, the second time corresponding to a difference in voltage at the terminal, between the first time and the second time, being greater than or equal to a second threshold voltage.