mhurhangee/patent-ind-claim-en huggingface dataset:
An electrophotographic photosensitive member (1, 2-1) having drum shape, the electrophotographic photosensitive member (1, 2-1), comprising: a support; and a photosensitive layer on the support, wherein the electrophotographic photosensitive member (1, 2-1), comprises a first structure group and a second structure group on an outer surface thereof, the second structure group being constituted of structures having an appearance period different from an appearance period of structures which constitutes the first structure group, wherein the appearance periods are obtained by measuring the height information of the structures arranged on the outer surface of the electrophotographic photosensitive member (1, 2-1), and analyzing the result of the measurement through use of a two-dimensional Fourier transformation, the appearance period of structures of the first structure group is smaller than the appearance period of structures of the second structure group, and a height of the first structure group is lower than a height of the second structure group, characterized in that the structures of the first structure group and the structures of the second structure group are isotropically arranged. a support; and a photosensitive layer on the support, wherein the electrophotographic photosensitive member (1, 2-1), comprises a first structure group and a second structure group on an outer surface thereof, the second structure group being constituted of structures having an appearance period different from an appearance period of structures which constitutes the first structure group, wherein the appearance periods are obtained by measuring the height information of the structures arranged on the outer surface of the electrophotographic photosensitive member (1, 2-1), and analyzing the result of the measurement through use of a two-dimensional Fourier transformation, the appearance period of structures of the first structure group is smaller than the appearance period of structures of the second structure group, and a height of the first structure group is lower than a height of the second structure group, characterized in that the structures of the first structure group and the structures of the second structure group are isotropically arranged.
A combustor for use in a turbine engine, the combustor defining an axial direction, a radial direction, and a circumferential direction, the combustor comprising: an inner combustion liner ; an outer combustion liner , the inner combustor liner and outer combustor liner together defining at least in part an interior , the interior comprising a combustion chamber and a main portion , the main portion positioned downstream of the combustion chamber and at least partially inward from combustion chamber along the radial direction; and an inlet combustion liner at least partially defining the combustion chamber of the interior and comprising an inlet assembly , the inlet assembly comprising at least two cavity air tubes arranged along the axial direction, each cavity air tube extending between an inlet and an outlet , the outlet of each cavity air tube in airflow communication with the combustion chamber for providing the combustion chamber with a flow of air; characterized in that the inlet assembly of the inlet combustion liner comprises at least four cavity air tubes arranged along the axial direction, wherein the at least four cavity air tubes include a first cavity air tube , a second cavity air tube , a third cavity air tube , and a fourth cavity air tube ; and in that the inlet assembly further comprises a fuel injector through the inlet combustion liner and in fluid communication with the combustion chamber , wherein the fuel injector is spaced substantially evenly between the second cavity air tube and the third cavity air tube along the axial direction. an inner combustion liner ; an outer combustion liner , the inner combustor liner and outer combustor liner together defining at least in part an interior , the interior comprising a combustion chamber and a main portion , the main portion positioned downstream of the combustion chamber and at least partially inward from combustion chamber along the radial direction; and an inlet combustion liner at least partially defining the combustion chamber of the interior and comprising an inlet assembly , the inlet assembly comprising at least two cavity air tubes arranged along the axial direction, each cavity air tube extending between an inlet and an outlet , the outlet of each cavity air tube in airflow communication with the combustion chamber for providing the combustion chamber with a flow of air; characterized in that the inlet assembly of the inlet combustion liner comprises at least four cavity air tubes arranged along the axial direction, wherein the at least four cavity air tubes include a first cavity air tube , a second cavity air tube , a third cavity air tube , and a fourth cavity air tube ; and in that the inlet assembly further comprises a fuel injector through the inlet combustion liner and in fluid communication with the combustion chamber , wherein the fuel injector is spaced substantially evenly between the second cavity air tube and the third cavity air tube along the axial direction.
A handheld misting device comprising a housing having a dispensing window arranged and configured to contain: a) a sonic generator comprising a converter and an elongate horn having a proximal end coupled to the converter and a distal end ; b) a power source coupled to the sonic generator; c) a plurality of reservoirs , each containing a liquid; d) a plurality of nozzles , each nozzle associated with and in liquid communication with a single reservoir, each nozzle arranged and configured for removable coupling to the distal end of the horn to deliver the liquid through a delivery opening formed in the nozzle, whereby activating the sonic generator energizes the liquid in the nozzle to generate an aerosol plume that is delivered through the dispensing window. a) a sonic generator comprising a converter and an elongate horn having a proximal end coupled to the converter and a distal end ; b) a power source coupled to the sonic generator; c) a plurality of reservoirs , each containing a liquid; d) a plurality of nozzles , each nozzle associated with and in liquid communication with a single reservoir, each nozzle arranged and configured for removable coupling to the distal end of the horn to deliver the liquid through a delivery opening formed in the nozzle, whereby activating the sonic generator energizes the liquid in the nozzle to generate an aerosol plume that is delivered through the dispensing window.
Positioning device for a process engineering system, comprising: a yoke , a valve unit having a valve body , and an actuator that is connected to, and spaced from, the valve body via the yoke , the valve body having a housing flange that is detachably connected to the yoke , the valve body having an inlet and an outlet for the flow of a process fluid therethrough, the inlet and the outlet each being located in a fluid connection region , and wherein, in the passage from the inlet to the outlet , an actuating member adapted to be displaced by the actuator is arranged for controlling the flow rate of the process fluid, and wherein a sensor is arranged on the valve body , which sensor is connected via a line for communication with a measuring device arranged on the yoke and/or on the actuator , wherein the line is received in a recess of the housing flange of the valve body connected to the yoke , characterized in that the yoke comprises at least two support columns and a sealing flange , which sealing flange is connected to the housing flange for sealing the valve body , and which support columns connect the sealing flange to a connection of the actuator , with the result that the sealing flange and the actuator are arranged spaced apart from one another in the longitudinal direction (L) of the support columns .
A method of analyzing sensor information to identify an abnormal vehicle behavior, comprising: determining whether a mobile device is inside a vehicle; monitoring via a processor a plurality of sensors in close proximity to the vehicle to collect sensor information; in response to determining that the mobile device is inside the vehicle, activating a monitoring and analysis system to collect and analyze the sensor information from the plurality of sensors, the information from the plurality of sensors including information from a mobile device sensor and from one or more of a closely-integrated vehicle sensor and a loosely-integrated vehicle sensor; analyzing the collected sensor information to generate an analysis result by comparing the information from the mobile device sensor with the information from the one or more of the closely-integrated vehicle sensor and the loosely-integrated vehicle sensor, wherein the analyzing comprises: applying a generated behavior vector to a machine learning classifier model to generate the analysis result, wherein the generated behavior vector is based on the collected sensor information; and using the generated analysis result to determine whether a behavior of the vehicle is abnormal. determining whether a mobile device is inside a vehicle; monitoring via a processor a plurality of sensors in close proximity to the vehicle to collect sensor information; in response to determining that the mobile device is inside the vehicle, activating a monitoring and analysis system to collect and analyze the sensor information from the plurality of sensors, the information from the plurality of sensors including information from a mobile device sensor and from one or more of a closely-integrated vehicle sensor and a loosely-integrated vehicle sensor; analyzing the collected sensor information to generate an analysis result by comparing the information from the mobile device sensor with the information from the one or more of the closely-integrated vehicle sensor and the loosely-integrated vehicle sensor, wherein the analyzing comprises: applying a generated behavior vector to a machine learning classifier model to generate the analysis result, wherein the generated behavior vector is based on the collected sensor information; and
A composition for use in preventing or treating stomach cancer, comprising gossypol, phenformin, and irinotecan as active ingredients.
A method for producing chocolate, comprising an addition step of adding a seeding agent comprising at least a β form StOSt crystal to chocolate mix in a melted state, a holding step of holding the temperature of the chocolate mix at 32 to 39 °C for 10 minutes or more after the addition step, wherein the chocolate mix comprises 30 to 60 % by mass of StOSt in an oil and fat in the chocolate mix, provided that StOSt is 1,3-distearoyl-2-oleolyglycerol, wherein the β form StOSt crystal is a crystal derived from the oil and fat containing 40% by mass or more of StOSt.
A method for producing an alumina sintered body, comprising: a step of applying an alkaline earth metal compound which is at least one selected from the group consisting of calcium compounds, strontium compounds, and barium compounds onto a surface of an alumina raw material comprising an alumina sintered body; and a step of subjecting the alumina raw material to which the alkaline earth metal compound has been applied to heat treatment at a temperature of 1200°C or more for 5 minutes or more and 300 minutes or less, wherein the alumina raw material is an alumina sintered body obtained by molding alumina powder with a median diameter (d 50 ) of 3 μm or less, followed by heat treatment at a heat treatment temperature of 1200°C or more. a step of applying an alkaline earth metal compound which is at least one selected from the group consisting of calcium compounds, strontium compounds, and barium compounds onto a surface of an alumina raw material comprising an alumina sintered body; and a step of subjecting the alumina raw material to which the alkaline earth metal compound has been applied to heat treatment at a temperature of 1200°C or more for 5 minutes or more and 300 minutes or less, wherein the alumina raw material is an alumina sintered body obtained by molding alumina powder with a median diameter (d 50 ) of 3 μm or less, followed by heat treatment at a heat treatment temperature of 1200°C or more.
Panel of a vehicle body part , comprising an outer skin of plastic appearance attached by gluing along its entire periphery to an inner carrier liner of plastic, characterized in that the inner liner comprises on at least part of its periphery, successively from the edge of the panel , an attachment area by gluing to the outer skin and then a flexible area .
A floor cleaning machine that is adapted and configured to be placed on a floor, the floor cleaning machine comprising: a housing ; at least one pair of wheels mounted to the housing that are adapted and configured to support at least a portion of the housing above such a floor; a handle on the housing that is configured and adapted to permit a person to control the movement of the housing relative to such a floor; a brush base mounted on a bottom of the housing for oscillating movement of the brush base relative to the housing; an adjustment member mounted on and supported by the brush base such that the adjustment member is configured to oscillate with the brush base; and, a brush removably attached to the adjustment member, the brush having a handle , a plurality of bristles that project outwardly from the handle, and at least one clip that is connected to the handle, the clip being snap fit to the adjustment member and thereby removably attaching the brush to the adjustment member ; characterized in that the adjustment member is adjustably positionable between a raised position and a lowered position of said adjustment member relative to the brush base . a housing ; at least one pair of wheels mounted to the housing that are adapted and configured to support at least a portion of the housing above such a floor; a handle on the housing that is configured and adapted to permit a person to control the movement of the housing relative to such a floor; a brush base mounted on a bottom of the housing for oscillating movement of the brush base relative to the housing; an adjustment member mounted on and supported by the brush base such that the adjustment member is configured to oscillate with the brush base; and, a brush removably attached to the adjustment member, the brush having a handle , a plurality of bristles that project outwardly from the handle, and at least one clip that is connected to the handle, the clip being snap fit to the adjustment member and thereby removably attaching the brush to the adjustment member ; characterized in that the adjustment member is adjustably positionable between a raised position and a lowered position of said adjustment member relative to the brush base .
A computer-implemented method of recommending zone maps for database tables, comprising: building a probabilistic workload model for a database workload that includes a group of queries over a group of tables, the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; constructing a sample dataset of rows from the group of tables; selecting a column clustering solution that includes a list of columns of columns of the group of tables based on a corresponding score indicating execution performance of the group of queries based on zone maps on the sample dataset implementing the column clustering solution, using the workload model; clustering the group of tables using the column clustering solution; and creating zone maps for at least one column of the list of columns of the group of tables. building a probabilistic workload model for a database workload that includes a group of queries over a group of tables, the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; the workload model including one or more feature values for each column of the group of tables based on the group of queries, the one or more features values including at least one of: an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, an importance value indicating how often the group of queries reference the column or how selective the group of queries are on the column, or a heterogeneity value indicating how many predicate values the group of queries have on the column on a per-query basis, the group of tables comprising one or more zones of rows; constructing a sample dataset of rows from the group of tables; selecting a column clustering solution that includes a list of columns of columns of the group of tables based on a corresponding score indicating execution performance of the group of queries based on zone maps on the sample dataset implementing the column clustering solution, using the workload model; clustering the group of tables using the column clustering solution; and creating zone maps for at least one column of the list of columns of the group of tables.
A graphene core particle comprising at least two pristine graphene nanosheets having a pristine graphene nanosheet surface stacked over one another to form a pristine graphene aggregate, and a coating layer covering at least 50 % of a pristine graphene nanosheet surface, said coating layer comprising an organic and/or inorganic compound, wherein the organic and/or inorganic compound has a solubility in water of at least 10 grams per liter H 2 O at 25 degrees C and is able to be covalently linked to, or in water electrostatically stably attached to, pristine graphene, wherein the organic and/or inorganic compound is attached to a pristine graphene nanosheet to form said coating layer, wherein the pristine graphene of the at least two pristine graphene nanosheets has a carbon content of at least 99%, an oxygen content of less than 1% and is pure, such that the pristine graphene is free of foreign substances and impurities, wherein the pristine graphene nanosheet and/or the organic and/or inorganic compound of the coating layer is configured to present a functional group capable of binding a corresponding functional group in an aqueous solution. at least two pristine graphene nanosheets having a pristine graphene nanosheet surface stacked over one another to form a pristine graphene aggregate, and a coating layer covering at least 50 % of a pristine graphene nanosheet surface, said coating layer comprising an organic and/or inorganic compound, wherein the organic and/or inorganic compound has a solubility in water of at least 10 grams per liter H 2 O at 25 degrees C and is able to be covalently linked to, or in water electrostatically stably attached to, pristine graphene, wherein the organic and/or inorganic compound is attached to a pristine graphene nanosheet to form said coating layer, wherein the pristine graphene of the at least two pristine graphene nanosheets has a carbon content of at least 99%, an oxygen content of less than 1% and is pure, such that the pristine graphene is free of foreign substances and impurities, wherein the pristine graphene nanosheet and/or the organic and/or inorganic compound of the coating layer is configured to present a functional group capable of binding a corresponding functional group in an aqueous solution.
A communication method comprising: receiving (710; 1210; 1510), by a user equipment, UE, from a network a first radio resource control, RRC, signaling carrying a first set of configuration parameters; monitoring (1230; 1520), by the UE, a first search space for a first downlink control information, DCI, message in accordance with the first set of configuration parameters; receiving (710; 1210; 1510), by the UE, from the network a second RRC signaling carrying a second set of configuration parameters; and monitoring (1230; 1530), by the UE, a second search space for a second DCI message in accordance with the second set of configuration parameters different from the first set of configuration parameters, each of the first set and second set of configuration parameters comprising at least a search space type, a candidate number for one or more aggregation levels and a control resource set, wherein the first DCI message and the second DCI message are associated with a same UE identifier. receiving (710; 1210; 1510), by a user equipment, UE, from a network a first radio resource control, RRC, signaling carrying a first set of configuration parameters; monitoring (1230; 1520), by the UE, a first search space for a first downlink control information, DCI, message in accordance with the first set of configuration parameters; receiving (710; 1210; 1510), by the UE, from the network a second RRC signaling carrying a second set of configuration parameters; and monitoring (1230; 1530), by the UE, a second search space for a second DCI message in accordance with the second set of configuration parameters different from the first set of configuration parameters, each of the first set and second set of configuration parameters comprising at least a search space type, a candidate number for one or more aggregation levels and a control resource set, wherein the first DCI message and the second DCI message are associated with a same UE identifier.
Process for producing recycled articles from production waste comprising PVC synthetic leather edge trimmings, wherein the production waste is comminuted, heated and compression-moulded to give the recycled article, wherein the process for producing the recycled article is performed by the manufacturer of the PVC synthetic leather from which the PVC synthetic leather edge trimmings originate, wherein the PVC synthetic leather edge trimmings make up at least 80% by weight of the production waste.