mhurhangee/ep-ind-claims huggingface dataset:
A method for the determination of gas properties by correlation in which - a gas property is determined by correlation from physical measuring quantities ( μ j (j = 1,...,m)) of the gases and/or gas mixtures, characterized in that - the physical measuring quantities ( μ j (j = 1,...,m)) are combined into a sensor output ( S out = f ( μ 1,..., μ m)) by making use of a sensor output function ( f), - the sensor output ( S out) is compared with a limit value S out sep in order to determine whether the sensor output within the set of gases and/or gas mixtures to which the method is applied belongs to a group of gases and/or gas mixtures, which are referred to below as gas mixture group, in which the correlation between the sensor output ( S out) and the gas property to be determined is better than in the entire set, and - if the sensor output ( S out) belongs to the said gas mixture group, the gas property is determined from the sensor output with a correlation function ( f corr) which is specific to the gas mixture group. - a gas property is determined by correlation from physical measuring quantities ( μ j (j = 1,...,m)) of the gases and/or gas mixtures, characterized in that - the physical measuring quantities ( μ j (j = 1,...,m)) are combined into a sensor output ( S out = f ( μ 1,..., μ m)) by making use of a sensor output function ( f), - the sensor output ( S out) is compared with a limit value S out sep in order to determine whether the sensor output within the set of gases and/or gas mixtures to which the method is applied belongs to a group of gases and/or gas mixtures, which are referred to below as gas mixture group, in which the correlation between the sensor output ( S out) and the gas property to be determined is better than in the entire set, and - if the sensor output ( S out) belongs to the said gas mixture group, the gas property is determined from the sensor output with a correlation function ( f corr) which is specific to the gas mixture group.
A plastics bat including a handle and a ball-striking head for striking resilient balls, the ball-striking head having a monocoque construction and including: a first discrete unstressed plastics lattice structure defining a first ball-striking surface of the bat; a second discrete unstressed plastics lattice structure defining a second ball-striking surface of the bat; and at least one peripheral support structure, wherein the lattice structures are connected to opposite sides of the peripheral support structure at outer peripheral regions of the lattice structures in a spaced apart arrangement wherein an internal space is defined between the first and second lattice structures absent of any load-bearing internal support structures, characterized in that each of the first and second lattice structures is in the form of a double lattice comprising a pair of spaced planar lattice elements supported by internal struts. a first discrete unstressed plastics lattice structure defining a first ball-striking surface of the bat; a second discrete unstressed plastics lattice structure defining a second ball-striking surface of the bat; and at least one peripheral support structure, wherein the lattice structures are connected to opposite sides of the peripheral support structure at outer peripheral regions of the lattice structures in a spaced apart arrangement wherein an internal space is defined between the first and second lattice structures absent of any load-bearing internal support structures, characterized in that each of the first and second lattice structures is in the form of a double lattice comprising a pair of spaced planar lattice elements supported by internal struts.
A coupling device for coupling a rod to a bone anchor, the coupling device comprising: a receiving part configured to receive a head of the bone anchor, the receiving part having a first end and a second end, a central axis extending through the first end and the second end, and a recess at the first end for receiving the rod, the recess forming two legs and defining a longitudinal direction corresponding to the extension of an inserted rod; and a pressure member arranged at least partially in the receiving part to exert pressure on an inserted head, the pressure member comprising a rod support surface for supporting an inserted rod and an engagement portion for being engaged so as to cause the pressure member to exert pressure on an inserted head; wherein the engagement portion is located at a position outside of the legs in the longitudinal direction and projects above the rod support surface. a receiving part configured to receive a head of the bone anchor, the receiving part having a first end and a second end, a central axis extending through the first end and the second end, and a recess at the first end for receiving the rod, the recess forming two legs and defining a longitudinal direction corresponding to the extension of an inserted rod; and a pressure member arranged at least partially in the receiving part to exert pressure on an inserted head, the pressure member comprising a rod support surface for supporting an inserted rod and an engagement portion for being engaged so as to cause the pressure member to exert pressure on an inserted head; wherein the engagement portion is located at a position outside of the legs in the longitudinal direction and projects above the rod support surface.
A method for preparing an induced cardiac progenitor cell, the method comprising delivery of a reprogramming factor which comprises two heterologous genes to a somatic cell, characterised in that the heterologous genes are ETS2 and Mesp1.
An automatic analyzer for conducting a sample analysis operation of causing a reaction by mixing a sample with a reagent, of pre-cleaning the reaction product after the reaction is finished, of determining constituents in question by detecting signals from the reaction product, and of outputting measuring results, the automatic analyzer comprising: selection means for allowing the user to select whether a preparatory operation such as a system liquid replacement operation, a sample nozzle pressure sensor checking operation, a reaction vessel discarding operation and/or a pre-cleaning liquid replacement operation as an analysis preparation process necessary before the start of analysis by the automatic analyzer, should be executed in an initial process at the powering on of the analyzer, in a preparation process before the start of the sample analysis operation or in parallel with the sample analysis operation, wherein the automatic analyzer is adapted to execute the preparatory operation at the timing selected by the user. selection means for allowing the user to select whether a preparatory operation such as a system liquid replacement operation, a sample nozzle pressure sensor checking operation, a reaction vessel discarding operation and/or a pre-cleaning liquid replacement operation as an analysis preparation process necessary before the start of analysis by the automatic analyzer, should be executed in an initial process at the powering on of the analyzer, in a preparation process before the start of the sample analysis operation or in parallel with the sample analysis operation, wherein the automatic analyzer is adapted to execute the preparatory operation at the timing selected by the user.
A respirable dry powder comprising a respirable dry particle comprising leucine, calcium lactate and sodium chloride, wherein the ratio of Ca 2+ to Na + is from 3.9:1 (mole:mole) to 2:1 (mole:mole), wherein the particles have a tap density greater than 0.4 g/cm 3, a volume median geometric diameter (VMGD) of 5.0 microns or less, and a 100/400 kPa dispersibility ratio of less than 1.5 as measured by laser diffraction (such as RODOS/HELOS system), wherein the respirable dry powder does not comprise a phospholipid.
A controller configured to control a plurality of devices, comprising: an input unit configured to input a plurality of user commands; a code storage/output unit configured to store a plurality of control commands; a transmission unit; a control unit configured to control the input unit, the code storage/output unit and the transmission unit to selectively transmit either a first or a second control command of the plurality of control commands in response to one of the plurality of user commands; a battery unit configured to supply power to the controller; and a detecting unit configured to detect a power state of the battery unit, wherein the first control command includes a custom code for simultaneously controlling a first device and a second device, wherein the custom code discriminates manufacturers of or types of devices, wherein the first device and the second device have the same custom code, wherein the second control command includes the custom code and a separate code for controlling the first device without controlling the second device, wherein the control unit is configured to provide a current mode based on a user command, wherein, when the current mode is mode 1, the separate code includes identification information of the first device, wherein, when the current mode is mode 2, the separate code includes the identification information of the first device and power state information of the controller. an input unit configured to input a plurality of user commands; a code storage/output unit configured to store a plurality of control commands; a transmission unit; a control unit configured to control the input unit, the code storage/output unit and the transmission unit to selectively transmit either a first or a second control command of the plurality of control commands in response to one of the plurality of user commands; a battery unit configured to supply power to the controller; and a detecting unit configured to detect a power state of the battery unit, wherein the first control command includes a custom code for simultaneously controlling a first device and a second device, wherein the custom code discriminates manufacturers of or types of devices, wherein the first device and the second device have the same custom code, wherein the second control command includes the custom code and a separate code for controlling the first device without controlling the second device, wherein the control unit is configured to provide a current mode based on a user command, wherein, when the current mode is mode 1, the separate code includes identification information of the first device, wherein, when the current mode is mode 2, the separate code includes the identification information of the first device and power state information of the controller.
Novel bis(4-hydroxyphenyl) alkyl azide compounds of Formula I, R and R' = -H, alkyl (linear or branched), -Cl, -Br, NO 2. n = 1 - 36. Bis(4-hydroxyphenyl) alkyl azides Formula I R and R' = -H, alkyl (linear or branched), -Cl, -Br, NO 2. n = 1 - 36.
Shading device having a winding shaft, having a substantially four-sided sun shade sail which, along a diagonal, is connected to the winding shaft for conjoint rotation therewith and has edge-side protective strips in a minimum width which corresponds to the mutual spacing of the edge progression of the individual windings of the sun shade sail wound on the winding shaft, and having a pull-down device engaging at the corners of the sun shade sail which are opposite each other with respect to the winding shaft, characterised in that the protective strips emanating at least from one of the two mutually opposite corners of the sun shade sail form a light-resistant fabric and are joined at the sides to the sun shade sail, and in that the warp direction of the fabric of the protective strips extends in parallel with the edge progression of the sun shade sail.
A glucagon antagonist/GLP-1 agonist, or a pharmaceutically acceptable salt thereof, wherein the glucagon antagonist/GLP-1 agonist comprises the sequence of SEQ ID NO: 51, wherein the amino acids at positions 4 and 7, or positions 7 and 11, or positions 11 and 15, or positions 15 and 19, or positions 19 and 23 of SEQ ID NO: 51 are linked via a lactam bridge; wherein the C-terminal amino acid of the glucagon antagonist/GLP-1 agonist comprises an amide group in place of the carboxylic acid group of the native amino acid.
Apparatus for cleaning a thermal or hydraulic plant comprising: - a tank suitable for containing washing liquid; - a pump suitable for pumping the washing liquid from the tank to the thermal or hydraulic plant by means of a suction duct; - a selecting device suitable for managing the flows of the washing liquid and connecting the tank and the pump to the thermal or hydraulic plant to be washed; wherein the selecting device includes: - a connection chamber connected to the suction duct and to a return duct for the discharge of the washing liquid into the tank; - a discharge chamber communicating with a discharge duct adapted to discharge the washing liquid outside of the apparatus; - a first chamber connected to a first conduit and communicating with the connection chamber and the discharge chamber; a first obstruction element being received in the first chamber and adapted to alternatively block the communication with the connection chamber or with the discharge chamber; - a second chamber connected to a second conduit and communicating with the connection chamber and the discharge chamber; characterized in that the apparatus comprises a second obstruction element being received in the second chamber and adapted to alternatively block the communication with the connection chamber or with the discharge chamber; in that a movable septum is included in the connection chamber and adapted to separate the connection chamber into two parts in order to separate the suction duct and the return duct from each other, so that the suction duct can communicate alternatively with the first chamber and the return duct with the second chamber, or alternatively that the suction duct can communicate alternatively with the second chamber and the return duct with the first chamber; and in that the connection chamber, the discharge chamber, the first chamber and the second chamber are all formed in a support flange. - a tank suitable for containing washing liquid; - a pump suitable for pumping the washing liquid from the tank to the thermal or hydraulic plant by means of a suction duct; - a selecting device suitable for managing the flows of the washing liquid and connecting the tank and the pump to the thermal or hydraulic plant to be washed; - a connection chamber connected to the suction duct and to a return duct for the discharge of the washing liquid into the tank; - a discharge chamber communicating with a discharge duct adapted to discharge the washing liquid outside of the apparatus; - a first chamber connected to a first conduit and communicating with the connection chamber and the discharge chamber; a first obstruction element being received in the first chamber and adapted to alternatively block the communication with the connection chamber or with the discharge chamber; - a second chamber connected to a second conduit and communicating with the connection chamber and the discharge chamber; characterized in that the apparatus comprises a second obstruction element being received in the second chamber and adapted to alternatively block the communication with the connection chamber or with the discharge chamber;
A sputtering cathode (1, 2) having a sputtering target, wherein the sputtering target has a rectangular tubular shape, wherein the sputtering target has a rectangular or angular-ring cross-sectional shape, wherein the sputtering target has a pair of mutually facing long-side portions and a pair of mutually facing short-side portions, and has an erosion surface facing inward, a magnetic circuit being provided along the sputtering target, wherein: the pair of long-side portions are formed as mutually parallel flat plates; the pair of short-side portions are formed as plates continuous with the pair of long-side portions; and at least one of the short-side portions in the pair of short-side portions is curved, forming a curved surface in which the erosion surface is twisted from the one long-side portion side of the pair of long-side portions, resulting in a shape in the central portion of the one short-side portion which is perpendicular to the pair of long-side portions, and is further curved, forming a curved surface in which the erosion surface is twisted, having a shape extending to the other long-side portion of the pair of long-side portions. the pair of long-side portions are formed as mutually parallel flat plates; the pair of short-side portions are formed as plates continuous with the pair of long-side portions; and at least one of the short-side portions in the pair of short-side portions is curved, forming a curved surface in which the erosion surface is twisted from the one long-side portion side of the pair of long-side portions, resulting in a shape in the central portion of the one short-side portion which is perpendicular to the pair of long-side portions, and is further curved, forming a curved surface in which the erosion surface is twisted, having a shape extending to the other long-side portion of the pair of long-side portions.
A cooling fan comprising: a fan frame including a substrate, a sidewall connected to the substrate, and a lid connected to the sidewall and opposite to the substrate, wherein an air inlet is formed in the lid, and wherein the substrate, the sidewall, and the lid together define at least one air outlet; an impeller rotatably mounted in the fan frame; and a plurality of bulges protruding from an inner face of the sidewall and optionally also from an inner face of the lid; wherein the cooling fan is characterized in that: the plurality of bulges on the sidewall is located only between a half of a height of the inner face of the sidewall and an intersection of the sidewall and the substrate. a fan frame including a substrate, a sidewall connected to the substrate, and a lid connected to the sidewall and opposite to the substrate, wherein an air inlet is formed in the lid, and wherein the substrate, the sidewall, and the lid together define at least one air outlet; an impeller rotatably mounted in the fan frame; and a plurality of bulges protruding from an inner face of the sidewall and optionally also from an inner face of the lid; wherein the cooling fan is characterized in that: the plurality of bulges on the sidewall is located only between a half of a height of the inner face of the sidewall and an intersection of the sidewall and the substrate.
A sorbent comprising (a) iron II or iron III and (b) a polyamine phosphorus dendrimer (P-dendrimer) having the formula I wherein W is a phosphorus based dendrimer core; X is a polyfunctional aromatic linker; Y may be present or absent and if present is a polyfunctional amino phosphoryl group linked to the polyfunctional aromatic linker; Z is an diamino alkyl group, a polyalkyl amino group, a polyethyleneimine having a Mw ranging from 400 to about 1,000,000, or a polypropyleneimine; j and k are numerical values corresponding to the branch point multiplicity and whose values independently range from 1 to 10; and l is a numerical value corresponding to the branch point multiplicity and whose values ranges from 2 to 10.
A lithographic ink having all of a viscosity at a rotational speed of 0.5 rpm, a viscosity at a rotational speed of 20 rpm, and a viscosity at a rotational speed of 50 rpm of 5 Pa·s or more and 100 Pa·s or less, the viscosities,, and being measured by using a cone-plate rotating viscometer at 25°C, and having a viscosity ratio / of 0.8 or more and 1.0 or less, wherein the lithographic ink comprises a resin having a hydrophilic group and the weight average molecular weight of the resin having a hydrophilic group is from 5,000 to 100,000, and a polyfunctional (meth)acrylate having a hydroxyl group, wherein the content of the polyfunctional (meth)acrylate having a hydroxyl group is 30% by mass or more and 70 % by mass or less.
A multi-fuel nozzle for a gas turbine engine, comprising: an annular main body comprising a plurality of fuel gas channels, all disposed circumferentially about a main body longitudinal axis; an annular fuel oil body disposed within the annular main body and comprising a central oil channel coaxial with the main body longitudinal axis; an annular cooling air channel between the annular main body and the fuel oil body; and a discrete cooling air body comprising a guide configured to direct cooling air traveling downstream in the annular cooling air channel radially inward at a location immediately downstream of a central oil channel downstream end, characterised in that the guide is supported independent of a downstream end of the main body and in that the guide is free to move along the main body longitudinal axis relative to the main body downstream end during relative axial thermal expansion and contraction of the main body. an annular main body comprising a plurality of fuel gas channels, all disposed circumferentially about a main body longitudinal axis; an annular fuel oil body disposed within the annular main body and comprising a central oil channel coaxial with the main body longitudinal axis; an annular cooling air channel between the annular main body and the fuel oil body; and a discrete cooling air body comprising a guide configured to direct cooling air traveling downstream in the annular cooling air channel radially inward at a location immediately downstream of a central oil channel downstream end, characterised in that the guide is supported independent of a downstream end of the main body and in that the guide is free to move along the main body longitudinal axis relative to the main body downstream end during relative axial thermal expansion and contraction of the main body.
A waveguide assembly adapted for transmission of microwaves for measuring a level limit or fill level, comprising: a waveguide tube having a rectangular or elliptical inner cavity, and an outer wall, a sheath, whose inner wall corresponds at least in sections with the shape of the outer wall of the waveguide tube and which receives the waveguide tube at least in sections, and the waveguide assembly is characterised in that the sheath comprises steel, stainless steel or plastic with carbon fibre or consists of at least one of these materials. a waveguide tube having a rectangular or elliptical inner cavity, and an outer wall, a sheath, whose inner wall corresponds at least in sections with the shape of the outer wall of the waveguide tube and which receives the waveguide tube at least in sections, and the waveguide assembly is characterised in that the sheath comprises steel, stainless steel or plastic with carbon fibre or consists of at least one of these materials.