mhurhangee/ep-ind-claims huggingface dataset:
An outdoor unit, comprising: a main body comprising a front panel on a front surface side thereof; a top panel covering a top surface of the main body; and an air outlet grille mounted to the front panel, the top panel comprising a bending piece portion formed along a periphery of the top panel, the air outlet grille comprising a fixing piece portion formed along an edge of the air outlet grille and a tongue portion (6b, 6d) formed so as to extend from a lower end of the fixing piece portion, the air outlet grille being mounted so that the fixing piece portion of the air outlet grille is sandwiched between the front panel and the bending piece portion, characterized in that said tongue portion (6b, 6d) is an inclined tongue portion and in that an upper surface of said inclined tongue portion comprises a downward inclination extending toward the front surface side of the main body. a main body comprising a front panel on a front surface side thereof; a top panel covering a top surface of the main body; and an air outlet grille mounted to the front panel, the top panel comprising a bending piece portion formed along a periphery of the top panel, the air outlet grille comprising a fixing piece portion formed along an edge of the air outlet grille and a tongue portion (6b, 6d) formed so as to extend from a lower end of the fixing piece portion, the air outlet grille being mounted so that the fixing piece portion of the air outlet grille is sandwiched between the front panel and the bending piece portion, characterized in that said tongue portion (6b, 6d) is an inclined tongue portion and in that an upper surface of said inclined tongue portion comprises a downward inclination extending toward the front surface side of the main body.
A method of authentication, comprising: if (a) detecting (102, 204) a near-field device near a terminal (300, 402) when a particular operation of an application at the terminal is triggered, then performing in response the following steps: (i) obtaining (104, 206) an identification of the near-field device; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving (106, 208) a result of authentication performed by the server according to the identification of the near-field device; otherwise (b) detecting no near-field device near the terminal (300, 402) when the particular operation of the application at the terminal is triggered, and in response performing one or more preset safety operations and locating the current position of the terminal. if (a) detecting (102, 204) a near-field device near a terminal (300, 402) when a particular operation of an application at the terminal is triggered, then performing in response the following steps: (i) obtaining (104, 206) an identification of the near-field device; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving (106, 208) a result of authentication performed by the server according to the identification of the near-field device; otherwise (i) obtaining (104, 206) an identification of the near-field device; (ii) sending the identification of the near-field device to a server to request the server to conduct an authentication of the near-field device by matching the identification of the near-field device with the identification of a particular near-field device corresponding to the particular operation; and (iii) receiving (106, 208) a result of authentication performed by the server according to the identification of the near-field device; otherwise (b) detecting no near-field device near the terminal (300, 402) when the particular operation of the application at the terminal is triggered, and in response performing one or more preset safety operations and locating the current position of the terminal.
An antiviral resin member comprising a resin, an antiviral agent, and a surface potential-controlling agent including a cationic surfactant, wherein the surface potential-controlling agent causes the surface potential of the antiviral resin member to shift to a value on a positive side of a surface potential of the resin alone, wherein the antiviral agent contains, as an active ingredient, iodide particles including iodine and at least one of elements of Groups 8 to 15 in the fourth to sixth periods of the periodic table and/or particles of at least one kind of monovalent copper compound.
An exhaust purification system for an internal combustion engine, in which an exhaust purification catalyst is arranged in an engine exhaust passage and a hydrocarbon feed valve is arranged upstream of the exhaust purification catalyst in the engine exhaust passage, wherein a precious metal catalyst is carried on an exhaust gas flow surface of the exhaust purification catalyst and basic exhaust gas flow surface parts are formed around the precious metal catalyst, wherein the exhaust purification catalyst has the property of reducing the NOx contained in exhaust gas if a concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate at an amplitude within a predetermined range of amplitude and with a period within a predetermined range of period and has the property of a storage amount of NO x contained in exhaust gas increasing if a vibration period of the hydrocarbon concentration is made longer than the predetermined range of period, and wherein a first NO x purification method configured to inject hydrocarbons from the hydrocarbon feed valve with a period within the predetermined range of period to thereby purify the NO x contained in the exhaust gas and a second NO x purification method configured to make an air-fuel ratio of exhaust gas flowing into the exhaust purification catalyst rich with a period longer than the predetermined range of period to thereby make the exhaust purification catalyst release the stored NO x to purify the NO x are selectively used, characterized in that a first catalyst state region and a second catalyst state region are defined in a region in which an exhaust purification catalyst state can fall, that the first NOx purification method is used when the exhaust purification catalyst state falls in the first catalyst state region and the second NO x purification method is used when the exhaust purification catalyst state falls in the second catalyst state region, that the first catalyst state region and the second catalyst state region are respectively divided into proximal regions close to the other catalyst state regions and distal regions far from the other catalyst state regions, and that, when the exhaust purification catalyst state falls in the proximal region of one catalyst state region, shift control configured to shift the region in which the exhaust purification catalyst state falls to the other catalyst state region is performed, to thereby switch the NO x purification method used from the first NO x purification method to the second NO x purification method or from the second NO x purification method to the first NO x purification method.
A module for a mobile platform, having a split joint, comprising: first and second module portions (114a,b) comprising panels (210a,b), an interface between the portions (14a,b); a receiver (234, 236) coupled to the panel of the first portion; a beam (230, 232) attached to the panel of the second portion and extend-ing from the second portion, the beam configured to be inserted into the receiver (234, 236) and to be attached to the panel of the first portion for fastening, by affixing with fasteners, the beam between the first and second portions across the interface as well as to the receiver (234, 236) across the interface; and interlocking tongue and groove structure (242, 244), disposed on the first and second portions (114a,b) at the interface, connection of the beam (230, 232) and receiver (234, 236) causing the tongue and groove structure (242, 244) to interconnect. first and second module portions (114a,b) comprising panels (210a,b), an interface between the portions (14a,b); a receiver (234, 236) coupled to the panel of the first portion; a beam (230, 232) attached to the panel of the second portion and extend-ing from the second portion, the beam configured to be inserted into the receiver (234, 236) and to be attached to the panel of the first portion for fastening, by affixing with fasteners, the beam between the first and second portions across the interface as well as to the receiver (234, 236) across the interface; and interlocking tongue and groove structure (242, 244), disposed on the first and second portions (114a,b) at the interface, connection of the beam (230, 232) and receiver (234, 236) causing the tongue and groove structure (242, 244) to interconnect.
Method for selecting in vitro compounds capable of potentiating the effect of a DNA damage inducing chemotherapy agent for the treatment of cancer comprising the following steps: a) Providing at least one candidate compound; b) Contacting at least one candidate compound with a ERK MAPK protein and a MyD88 protein, under conditions suitable to allow ERK MAPK and MyD88 to interact in the absence of the candidate molecule; c) Determining the interaction of ERK MAPK and MyD88 as measured in the presence and in the absence of at least one candidate compound; and d) Selecting a candidate compound inhibiting the interaction of ERK MAPK and MyD88. a) Providing at least one candidate compound; b) Contacting at least one candidate compound with a ERK MAPK protein and a MyD88 protein, under conditions suitable to allow ERK MAPK and MyD88 to interact in the absence of the candidate molecule; c) Determining the interaction of ERK MAPK and MyD88 as measured in the presence and in the absence of at least one candidate compound; and d) Selecting a candidate compound inhibiting the interaction of ERK MAPK and MyD88.
A lower vehicle body structure comprising: suspension components; and a cross member including a pair of part cross members (11, 12) connected to the suspension components and a reinforcing part coaxially connected between the pair of part cross members (11, 12), the lower vehicle body structure characterized by further comprising: four body mounts (20, 60); and two connection members (30, 40) directly connecting each of two body mounts among the four body mounts (20, 60) and the reinforcing part, wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members (11, 12) is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members (11, 12) with respect to the reinforcing part. suspension components; and a cross member including a pair of part cross members (11, 12) connected to the suspension components and a reinforcing part coaxially connected between the pair of part cross members (11, 12), the lower vehicle body structure characterized by further comprising: four body mounts (20, 60); and two connection members (30, 40) directly connecting each of two body mounts among the four body mounts (20, 60) and the reinforcing part, wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members (11, 12) is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members (11, 12) with respect to the reinforcing part. four body mounts (20, 60); and two connection members (30, 40) directly connecting each of two body mounts among the four body mounts (20, 60) and the reinforcing part, wherein a minimum sheet thickness of the reinforcing part at connection positions with respect to the pair of part cross members (11, 12) is 1.6 times or more an average sheet thickness at connection ends of the pair of part cross members (11, 12) with respect to the reinforcing part.
A straddled vehicle comprising: a communication module configured to communicate with a mobile communication terminal; and a display that displays infotainment information transmitted from the mobile communication terminal; characterized by comprising a controller configured to receive temperature data relating to a temperature of the mobile communication terminal from the mobile communication terminal via the communication module and display an image (50A; 63, 64) corresponding to the temperature data on the display; wherein the image (50A; 63, 64) corresponding to the temperature data includes a first icon and a second icon, the temperature data indicates a temperature level corresponding to the temperature of the mobile communication terminal, the controller is configured to display the first icon on the display when the temperature level of the mobile communication terminal is at a first normal level, the controller is configured to display the second icon on the display when the temperature level of the mobile communication terminal is at a second overheated level, the second level is higher than the first level, and a color of the second icon is different from a color of the first icon. a communication module configured to communicate with a mobile communication terminal; and a display that displays infotainment information transmitted from the mobile communication terminal; characterized by comprising a controller configured to receive temperature data relating to a temperature of the mobile communication terminal from the mobile communication terminal via the communication module and display an image (50A; 63, 64) corresponding to the temperature data on the display; wherein the image (50A; 63, 64) corresponding to the temperature data includes a first icon and a second icon, the temperature data indicates a temperature level corresponding to the temperature of the mobile communication terminal, the controller is configured to display the first icon on the display when the temperature level of the mobile communication terminal is at a first normal level, the controller is configured to display the second icon on the display when the temperature level of the mobile communication terminal is at a second overheated level, the second level is higher than the first level, and a color of the second icon is different from a color of the first icon.
A process for the purification of tenofovir alafenamide of Formula-I, comprising the steps of: (a) reacting Formula-IV with an achiral acid to produce an acid salt; and (b) desaltification of the acid salt to get tenofovir alafenamide of Formula-I. (a) reacting Formula-IV with an achiral acid to produce an acid salt; and (b) desaltification of the acid salt to get tenofovir alafenamide of Formula-I.
A machine tool, in particular a grinding machine, comprising the following: - a measuring device, which is arranged on the machine tool, wherein the measuring device comprises at least one structure-borne sound sensor, and - a control device, which can be coupled to the measuring device and to a tool unit, wherein the control device is configured to acquire, by means of the measuring device, structure-borne sound signals caused by the machine tool, characterized in that the control device is further configured to determine a state variable, which describes an actual state of the machine tool, by forming a differential spectrum from a broadband reference spectrum and a broadband actual spectrum, and to evaluate the power of the differential spectrum in its time behavior, wherein the power of the differential spectrum corresponds to the area under a curve of the differential spectrum. - a measuring device, which is arranged on the machine tool, wherein the measuring device comprises at least one structure-borne sound sensor, and - a control device, which can be coupled to the measuring device and to a tool unit, wherein the control device is configured to acquire, by means of the measuring device, structure-borne sound signals caused by the machine tool, characterized in that the control device is further configured to determine a state variable, which describes an actual state of the machine tool, by forming a differential spectrum from a broadband reference spectrum and a broadband actual spectrum, and to evaluate the power of the differential spectrum in its time behavior, wherein the power of the differential spectrum corresponds to the area under a curve of the differential spectrum.
A method for quantifying mRNA capping efficiency comprising: combining an mRNA sample, an enzyme mixture, and an isotopic standard solution in a buffer solution to create an incubation mixture, the enzyme mixture including a non-specific, single-stranded nuclease and an acid phosphatase and the isotopic standard including isotopically labeled m7G and isotopically labeled 2'-O-methylated nucleoside (Am, Gm, Cm, or Um); incubating the mixture; and analyzing the mixture using liquid chromatography-mass spectrometry to determine at least one of a capping efficiency and a 2'-O-methyltransferase efficiency. combining an mRNA sample, an enzyme mixture, and an isotopic standard solution in a buffer solution to create an incubation mixture, the enzyme mixture including a non-specific, single-stranded nuclease and an acid phosphatase and the isotopic standard including isotopically labeled m7G and isotopically labeled 2'-O-methylated nucleoside (Am, Gm, Cm, or Um); incubating the mixture; and analyzing the mixture using liquid chromatography-mass spectrometry to determine at least one of a capping efficiency and a 2'-O-methyltransferase efficiency.
A galleryless piston comprising: a body portion formed of steel, said body portion including an upper wall including an undercrown surface, said undercrown surface being exposed when viewed from an underside of said piston, said upper wall including an upper combustion surface opposite said undercrown surface, a ring belt depending from said upper wall and extending circumferentially around a central longitudinal axis of said piston, a pair of pin bosses depending from said upper wall, and a pair of skirt panels depending from said ring belt and coupled to said pin bosses, a thermal barrier layer applied to at least a portion of said upper combustion surface and/or at least a portion of said ring belt, said thermal barrier layer having a thermal conductivity which is lower than a thermal conductivity of said steel of said body portion, said thermal barrier layer includes a ceramic material, and the ceramic material of the thermal barrier layer includes ceria in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material, or ceria stabilized zirconia in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material, or a mixture of ceria stabilized zirconia and yttria stabilized zirconia in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material. a body portion formed of steel, said body portion including an upper wall including an undercrown surface, said undercrown surface being exposed when viewed from an underside of said piston, said upper wall including an upper combustion surface opposite said undercrown surface, a ring belt depending from said upper wall and extending circumferentially around a central longitudinal axis of said piston, a pair of pin bosses depending from said upper wall, and a pair of skirt panels depending from said ring belt and coupled to said pin bosses, a thermal barrier layer applied to at least a portion of said upper combustion surface and/or at least a portion of said ring belt, said thermal barrier layer having a thermal conductivity which is lower than a thermal conductivity of said steel of said body portion, said thermal barrier layer includes a ceramic material, and the ceramic material of the thermal barrier layer includes ceria in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material, or ceria stabilized zirconia in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material, or a mixture of ceria stabilized zirconia and yttria stabilized zirconia in an amount of 90 to 100 wt. %, based on the total weight of the ceramic material.
A chlorinated poly(propylene carbonate)/biomass composite material, comprising: 3 wt% to 57 wt% of a chlorinated poly(propylene carbonate); 40 wt% to 94 wt% of a biomaterial; 2 wt% to 20 wt% of a rosin or a rosin derivative; 0 wt% to 1 wt% of an antioxidant; and 0 wt% to 5 wt% of a filler, wherein a sum of amounts of all components is 100 wt%. 3 wt% to 57 wt% of a chlorinated poly(propylene carbonate); 40 wt% to 94 wt% of a biomaterial; 2 wt% to 20 wt% of a rosin or a rosin derivative; 0 wt% to 1 wt% of an antioxidant; and 0 wt% to 5 wt% of a filler, wherein a sum of amounts of all components is 100 wt%.
A processor implemented method for extracting relevant information from an image of a document, the method comprising steps of: obtaining the image as an input image by an input module; performing a de-noising method on the input image to remove noise from the input image by a noise removing module, wherein the de-noising method is performed by utilizing conditional generative adversarial networks (cGANs); running a document identifier to identify a type of the document, wherein the type is either a printed text or a handwritten text; performing an optical character recognition on the image depending on the type of the document to detect a set of textual entities by an optical character recognition engine; designing a schema to establish a relation between the set of textual entities by a schema designing module, wherein the set of textual entities are associated with spatial coordinates of the set of textual entities and the association indicates whereabouts of neighboring text entities; storing the detected set of textual entities and the schema in a relational database by a storing module; providing natural language queries by a user to extract information from the image using a conversational interface; converting the natural language queries into a Structured Query Language query by a conversion module; and providing the SQL query to the relational database to extract the information from the relational database by a database querying module. obtaining the image as an input image by an input module; performing a de-noising method on the input image to remove noise from the input image by a noise removing module, wherein the de-noising method is performed by utilizing conditional generative adversarial networks (cGANs); running a document identifier to identify a type of the document, wherein the type is either a printed text or a handwritten text; performing an optical character recognition on the image depending on the type of the document to detect a set of textual entities by an optical character recognition engine; designing a schema to establish a relation between the set of textual entities by a schema designing module, wherein the set of textual entities are associated with spatial coordinates of the set of textual entities and the association indicates whereabouts of neighboring text entities; storing the detected set of textual entities and the schema in a relational database by a storing module; providing natural language queries by a user to extract information from the image using a conversational interface; converting the natural language queries into a Structured Query Language query by a conversion module; and providing the SQL query to the relational database to extract the information from the relational database by a database querying module.