mhurhangee/ep-ind-claims huggingface dataset:
A housing unit and driveshaft for use in an axle end assembly, in particular of a commercial vehicle, the housing unit having a first housing part and a second housing part, wherein the first and the second housing part (21, 22) are disposed so as to be mutually rotatable and define a housing interior space; wherein the first housing part for establishing on a hub has a flange; wherein the second housing part for safeguarding against rotation in relation to a stator of a wheel suspension has an engagement portion; wherein a gear wheel assembly is disposed in the housing interior space so as to transmit a torque of a driveshaft to the first housing part; wherein the driveshaft can be mounted so as to be rotatable within the stator, characterized in that the first and the second housing part (21, 22), when dismantling the housing unit from the wheel suspension, are mutually established that the housing interior space remains closed in such a manner that at least 70% of the outwardly protruding faces of the housing unit are closed in a fluid-tight manner. the housing unit having a first housing part and a second housing part, wherein the first and the second housing part (21, 22) are disposed so as to be mutually rotatable and define a housing interior space; wherein the first housing part for establishing on a hub has a flange; wherein the second housing part for safeguarding against rotation in relation to a stator of a wheel suspension has an engagement portion; wherein a gear wheel assembly is disposed in the housing interior space so as to transmit a torque of a driveshaft to the first housing part; wherein the driveshaft can be mounted so as to be rotatable within the stator, characterized in that the first and the second housing part (21, 22), when dismantling the housing unit from the wheel suspension, are mutually established that the housing interior space remains closed in such a manner that at least 70% of the outwardly protruding faces of the housing unit are closed in a fluid-tight manner.
A photoelectric conversion element, wherein a photoelectric conversion layer, a collecting electrode, an insulating layer, and a counter electrode are disposed between an upper supporting body and a lower supporting body in this order from the upper supporting body side, the upper supporting body being located at a light incidence side and having a light transmission property, the lower supporting body being located opposite to the upper supporting body, the photoelectric conversion layer having a porous semiconductor layer (102, 103), a carrier transport material being included between the upper supporting body and the lower supporting body, and an adhesion portion having a film thickness of 0.5 to 10 nm is disposed adjacent to and between the upper supporting body and the porous semiconductor layer, wherein a material of the adhesion portion is one of Ti, Ta and Mo.
An antimicrobial composition for selectively inhibiting growth of P. acnes bacteria comprising (i) Isolate of Staphylococcus capitis ureolyticus; and (ii) A topically acceptable carrier; wherein the Isolate of Staphylococcus capitis ureolyticus is characterized with one or more of urease activity, maltose fermentation test, or 16s rDNA sequencing; and wherein the topically acceptable carrier comprises an anhydrous base, a gel, lotion, cream or emulsion and wherein the composition additionally comprises P. acnes phage-derived endolysins and nucleic acid molecules encoding the same; and wherein the isolate of SCU is prepared using a process comprising the steps of: (i) Shaking SCU in a liquid broth at a temperature of 35 to 37°C; (ii) Separating the supernatant free of the cells; (iii) Concentrating the supernatant by precipitating with ammonium sulphate; (iv) Resuspending the precipitate of step (iii) with a phosphate buffer and glycerol to prepare the desired isolate of SCU; and wherein the nucleotide sequence of endolysin is SEQ ID1: (i) Isolate of Staphylococcus capitis ureolyticus; and (ii) A topically acceptable carrier; wherein the Isolate of Staphylococcus capitis ureolyticus is characterized with one or more of urease activity, maltose fermentation test, or 16s rDNA sequencing; and wherein the topically acceptable carrier comprises an anhydrous base, a gel, lotion, cream or emulsion and wherein the composition additionally comprises P. acnes phage-derived endolysins and nucleic acid molecules encoding the same; and wherein the isolate of SCU is prepared using a process comprising the steps of: (i) Shaking SCU in a liquid broth at a temperature of 35 to 37°C; (ii) Separating the supernatant free of the cells; (iii) Concentrating the supernatant by precipitating with ammonium sulphate; (iv) Resuspending the precipitate of step (iii) with a phosphate buffer and glycerol to prepare the desired isolate of SCU; and (i) Shaking SCU in a liquid broth at a temperature of 35 to 37°C; (ii) Separating the supernatant free of the cells; (iii) Concentrating the supernatant by precipitating with ammonium sulphate; (iv) Resuspending the precipitate of step (iii) with a phosphate buffer and glycerol to prepare the desired isolate of SCU; and wherein the nucleotide sequence of endolysin is SEQ ID1:
A computer-implemented method comprising: identifying, by a processing device, activity data that is related to activity of a plurality of users of a gaming platform, wherein the activity data is used by the gaming platform to perform a gaming process, wherein the gaming process comprises a search process of providing relevant search results responsive to a search query for content items on the gaming platform, and wherein to provide the relevant search results, the search process uses one or more search process techniques that use activity data of the plurality of users; identifying, by the processing device, first data of the activity data based on a first characteristic, wherein the first data is a subset of the activity data; determining, by the processing device, a number of times that the first data of the activity data meets a first condition of a plurality of conditions, wherein the number of times that the first data of the activity data meets the first condition of the plurality of conditions comprises a number of times a user submits a search query to perform a search on the gaming platform and does not select any content items from search results responsive to the search query; responsive, by the processing device, to determining that the number of times that the first data of the activity data meets the first condition satisfies a first threshold, modifying the activity data by removing the first data from the activity data; and performing, by the processing device, the gaming process using the modified activity data. identifying, by a processing device, activity data that is related to activity of a plurality of users of a gaming platform, wherein the activity data is used by the gaming platform to perform a gaming process, wherein the gaming process comprises a search process of providing relevant search results responsive to a search query for content items on the gaming platform, and wherein to provide the relevant search results, the search process uses one or more search process techniques that use activity data of the plurality of users; identifying, by the processing device, first data of the activity data based on a first characteristic, wherein the first data is a subset of the activity data; determining, by the processing device, a number of times that the first data of the activity data meets a first condition of a plurality of conditions, wherein the number of times that the first data of the activity data meets the first condition of the plurality of conditions comprises a number of times a user submits a search query to perform a search on the gaming platform and does not select any content items from search results responsive to the search query; responsive, by the processing device, to determining that the number of times that the first data of the activity data meets the first condition satisfies a first threshold, modifying the activity data by removing the first data from the activity data; and performing, by the processing device, the gaming process using the modified activity data.
A heat management system for an internal combustion engine (12, 12'), with an engine cooling circuit (36; 36'), a main cooler circuit (46; 46') with a main cooler, a heating circuit with a heating heat exchanger, a coolant pump which moves coolant through the circuits, and a rotary slide valve with at least one switched input (42, 48, 52, 60), wherein the heating return line opens into a switchable input of the rotary slide valve, characterised in that the rotary slide valve has at least one non-switched input (42, 48, 52, 60), and in that an additional electric coolant pump is provided which is arranged in an exhaust turbocharger cooling circuit (58; 58').
A treatment method of at least partially removing impurities from a composition containing a fluorine-containing organic acid having the carbon number of 2 to 7 and impurities, the method comprising: a flocculant mixing step of mixing the composition and a flocculant; and a separating step of separating a mixed phase obtained at the mixing step into a solid phase and a liquid phase; wherein the flocculant is a metal salt containing a divalent or higher metal element; wherein the impurities contain one or more selected from a carboxylic acid having the carbon number of 8 to 50 and derivatives thereof, hydrocarbon having the carbon number of 8 to 50, phenol having the carbon number of 6 to 50, alcohol having the carbon number of 3 to 30, and polyether having the carbon number of 8 to 50; and wherein the fluorine-containing organic acid is one or more selected from the group consisting of a fluorine-containing carboxylic acid represented by Formula (i): X-Rf-COOH (i) [wherein X is H, F, or Cl, Rf is a linear or branched fluoroalkylene group having the carbon number of 1 to 6, a group having the carbon number of 1 to 6 having a monooxyfluoroalkylene group, or a group having the carbon number of 1 to 6 having a polyoxyfluoroalkylene group] and salts thereof. a flocculant mixing step of mixing the composition and a flocculant; and a separating step of separating a mixed phase obtained at the mixing step into a solid phase and a liquid phase; wherein the flocculant is a metal salt containing a divalent or higher metal element; wherein the impurities contain one or more selected from a carboxylic acid having the carbon number of 8 to 50 and derivatives thereof, hydrocarbon having the carbon number of 8 to 50, phenol having the carbon number of 6 to 50, alcohol having the carbon number of 3 to 30, and polyether having the carbon number of 8 to 50; and wherein the fluorine-containing organic acid is one or more selected from the group consisting of a fluorine-containing carboxylic acid represented by Formula (i): X-Rf-COOH (i) [wherein X is H, F, or Cl, Rf is a linear or branched fluoroalkylene group having the carbon number of 1 to 6, a group having the carbon number of 1 to 6 having a monooxyfluoroalkylene group, or a group having the carbon number of 1 to 6 having a polyoxyfluoroalkylene group] and salts thereof.
A log holder for holding a log, tree or other piece of wood in a raised position above the ground to enable the log, tree or other piece of wood to be cut into pieces, the log holder comprising: a support portion on which a log can be rested; a plurality of spike members each comprising at least one pointed end arranged to grip a log to be held by the log holder; characterised in that each said spike member comprises a single strip of metal extending between said at least one pointed end to a portion pivotally mounted to a spike member support portion to be pivotable to positions in which the pointed ends grip a log to hold the log in a cantilevered position between the spike members and the support portion, and wherein each said strip of metal is pivotable independently from the other strips of metal forming the respective spike members. a support portion on which a log can be rested; a plurality of spike members each comprising at least one pointed end arranged to grip a log to be held by the log holder; characterised in that each said spike member comprises a single strip of metal extending between said at least one pointed end to a portion pivotally mounted to a spike member support portion to be pivotable to positions in which the pointed ends grip a log to hold the log in a cantilevered position between the spike members and the support portion, and wherein each said strip of metal is pivotable independently from the other strips of metal forming the respective spike members.
A defect inspection system for manual visual inspection of surface defects in a sample, comprising: a lighting system for illuminating the sample surface, comprising an array of light sources formed within a plane, wherein the array of light sources defines a range of illumination directions, within the plane, towards the sample, which range covers at least 90 degrees; and a controller for controlling the light sources in the array; characterized in that the controller is configured for controlling the light sources in the array to vary the intensity of the output of the light sources in a smooth dynamic way, wherein at respective points in time within a sequence each light source has a greater intensity than the others such that each point of the sample is illuminated, at the respective points in time within the sequence, with a light distribution having a maximum light source intensity in a single incident direction, and over time the direction in which the maximum light source intensity is provided changes to cover said range. a lighting system for illuminating the sample surface, comprising an array of light sources formed within a plane, wherein the array of light sources defines a range of illumination directions, within the plane, towards the sample, which range covers at least 90 degrees; and a controller for controlling the light sources in the array; characterized in that the controller is configured for controlling the light sources in the array to vary the intensity of the output of the light sources in a smooth dynamic way, wherein at respective points in time within a sequence each light source has a greater intensity than the others such that each point of the sample is illuminated, at the respective points in time within the sequence, with a light distribution having a maximum light source intensity in a single incident direction, and over time the direction in which the maximum light source intensity is provided changes to cover said range.
A transport element support assembly comprising: a front plate having a first opening and a first set of holes; a back plate having a second opening and a second set of holes; a chamber formed by the front plate and the back plate and configured to hold a transport element; and a grommet positioned within the chamber, wherein the transport element support assembly formed by the front plate, the back plate, and the grommet is configured to provide electrical isolation between the transport element and an aircraft structure comprising an aircraft hole pattern; wherein a support assembly hole pattern formed by an alignment of the first set of holes and the second set of holes is split into three support assembly hole pattern sets; each support assembly hole pattern set configured to match the aircraft hole pattern in the aircraft structure to provide a respective transport element centerline position, such that rotation of the transport element support assembly adjusts the centerline of the transport element in at least one of a lateral direction and a vertical direction. a front plate having a first opening and a first set of holes; a back plate having a second opening and a second set of holes; a chamber formed by the front plate and the back plate and configured to hold a transport element; and a grommet positioned within the chamber, wherein the transport element support assembly formed by the front plate, the back plate, and the grommet is configured to provide electrical isolation between the transport element and an aircraft structure comprising an aircraft hole pattern; wherein a support assembly hole pattern formed by an alignment of the first set of holes and the second set of holes is split into three support assembly hole pattern sets; each support assembly hole pattern set configured to match the aircraft hole pattern in the aircraft structure to provide a respective transport element centerline position, such that rotation of the transport element support assembly adjusts the centerline of the transport element in at least one of a lateral direction and a vertical direction.
A collapsible storage system for pallets comprising a first, a second, a third and a fourth frame member, wherein the frame members (2, 3, 4, 5) are arranged in a quadrangle with the first and the second frame members arranged at opposing sides of the quadrangle and the third and the fourth frame members extend, at opposing sides of the quadrangle, between the first and the second frame members, the first and the second frame members having transversal posts (6, 7, 8, 9) extending from their respective longitudinal end portions, characterised in that the third and the fourth frame members are provided with through bores at their respective longitudinal end portions, for pivotal connection of the respective end portions of the first and the second frame members.
An electronic control unit that is controlled by a micro controller unit further referred to as an MCU, via an inverter constituted by a semiconductor switching device,: an external watch dog timer further referred to as an external WDT, to detect an abnormality of said MCU, a reset circuit to reset said MCU when said external WDT detects said abnormality of said MCU, and an ON/OFF control section to turn a gate of said semiconductor switching device on or off in accordance with said external WDT, wherein said MCU has a built-in self-test further referred to as an BIST, function or said MCU cooperates with an external circuit having said BIST function, wherein said external WDT comprises a control terminal for a disable state/an enable-state, wherein said external WDT is initiated in said disable state, and transits to said enable state by operating said control terminal from said MCU, and wherein said inverter is stopped by turning said gate off via said ON/OFF control section when said external WDT is a disable state, and wherein said external WDT transits from said disable state to said enable state after completing a check by said BIST function, wherein when said abnormality of said MCU is not detected in said enable state, said inverter is driven by turning said gate on via said ON/OFF control section, and when said abnormality of said MCU is detected, said inverter is stopped by turning said gate off via said ON/OFF control section and said MCU is reset by said reset circuit. an external watch dog timer further referred to as an external WDT, to detect an abnormality of said MCU, a reset circuit to reset said MCU when said external WDT detects said abnormality of said MCU, and an ON/OFF control section to turn a gate of said semiconductor switching device on or off in accordance with said external WDT, wherein said MCU has a built-in self-test further referred to as an BIST, function or said MCU cooperates with an external circuit having said BIST function, wherein said external WDT comprises a control terminal for a disable state/an enable-state, wherein said external WDT is initiated in said disable state, and transits to said enable state by operating said control terminal from said MCU, and wherein said inverter is stopped by turning said gate off via said ON/OFF control section when said external WDT is a disable state, and wherein said external WDT transits from said disable state to said enable state after completing a check by said BIST function, wherein when said abnormality of said MCU is not detected in said enable state, said inverter is driven by turning said gate on via said ON/OFF control section, and when said abnormality of said MCU is detected, said inverter is stopped by turning said gate off via said ON/OFF control section and said MCU is reset by said reset circuit.
A method, comprising: determining, by a controller, that a new verified session with an accessory is to be established, the new verified session based at least in part on a previously verified session with the accessory; retrieving, by the controller, a saved session identifier and a saved shared secret corresponding to the previously verified session with the accessory; generating, by the controller, a pair resume request, the pair resume request including the saved session identifier; transmitting, by the controller, the pair resume request to the accessory; receiving, by the controller, a pair resume response from the accessory, the pair resume response including a second session identifier; determining a second shared secret based at least in part on the second session identifier; and based at least in part on the second shared secret corresponding to the saved shared secret, establishing the new verified session with the accessory using the second session identifier. determining, by a controller, that a new verified session with an accessory is to be established, the new verified session based at least in part on a previously verified session with the accessory; retrieving, by the controller, a saved session identifier and a saved shared secret corresponding to the previously verified session with the accessory; generating, by the controller, a pair resume request, the pair resume request including the saved session identifier; transmitting, by the controller, the pair resume request to the accessory; receiving, by the controller, a pair resume response from the accessory, the pair resume response including a second session identifier; determining a second shared secret based at least in part on the second session identifier; and based at least in part on the second shared secret corresponding to the saved shared secret, establishing the new verified session with the accessory using the second session identifier.
A method of decoding video data, the method comprising: decoding, from a video parameter set, VPS, of a multi-layer bitstream, data that indicates a tile configuration for an i-th layer of the multi-layer bitstream, wherein decoding the data that indicates the tile configuration comprises decoding a first syntax element, tiles_enabled_vps_flag[i], in the VPS for the i-th layer of the multi-layer bitstream, wherein a value oftiles_enabled_vps_flag[i] equal to 1 indicates that the value of a second syntax element, tiles_enabled_flag, included in each picture parameter set, PPS, that is referred to by at least one picture of the i-th layer is equal to 1, wherein a value of tiles_enabled_flag equal to 1 indicates that tiles are enabled for pictures referring to that PPS; and decoding the multi-layer bitstream in accordance with the data decoded from the VPS. decoding, from a video parameter set, VPS, of a multi-layer bitstream, data that indicates a tile configuration for an i-th layer of the multi-layer bitstream, wherein decoding the data that indicates the tile configuration comprises decoding a first syntax element, tiles_enabled_vps_flag[i], in the VPS for the i-th layer of the multi-layer bitstream, wherein a value oftiles_enabled_vps_flag[i] equal to 1 indicates that the value of a second syntax element, tiles_enabled_flag, included in each picture parameter set, PPS, that is referred to by at least one picture of the i-th layer is equal to 1, wherein a value of tiles_enabled_flag equal to 1 indicates that tiles are enabled for pictures referring to that PPS; and decoding the multi-layer bitstream in accordance with the data decoded from the VPS.