mhurhangee/ep-ind-claims huggingface dataset:
Connection between a terminating timber beam made of wood and a continuous timber beam made of wood by means of a fitting which comprises a planar sheet and a plurality of screws (5, 6, 7), the front face of the terminating timber beam abutting a main surface of the sheet in a laminar manner and an outer surface side of the continuous timber beam abutting a second main surface of the sheet in a laminar manner, the screws (5, 6, 7) extending into the timber beams (1, 2) through screw through-holes (8, 9, 10) in the sheet and are in thread engagement with said timber beams, edge regions of the sheet projecting over the front face of the terminating timber beam in the direction that runs in parallel with the plane jointly spanned by the two timber beams (1, 2) and said edge regions comprising the screw through-holes for the screws that extend into the continuous timber beam, characterised in that the screws which extend into the terminating timber beam enclose along with the longitudinal direction of the terminating timber beam, an acute angle and penetrate the front face of the terminating timber beam at the edge region of the outer surface sides of said timber beam that are oriented normally with regards to the plane spanned by the two timber beams, the normal projection of one of the screws that extend into the terminating timber beam enclosing, along with the longitudinal direction of the terminating timber beam, an acute angle of less than 45° onto the plane jointly spanned by the timber beams (1, 2), the distance from the outer surface side of the timber beam, in the proximity of which side the head of the screw is located, increasing along the screw with the increasing distance from the front face of the timber beam.
An inhibitor of functional expression of NEAT1 which is selected from a gapmer, a shRNA, a siRNA, a CRISPR, a TALEN, or a Zinc-finger nuclease for use as a medicament.
A support system for a fire protection sprinkler, comprising: a support bar having first and second ends; a center bracket assembly mounted on said support bar; and a pair of end bracket assemblies disposed at said ends of said support bar, said end bracket assemblies each including an outside bracket and an inside bracket secured to said outside bracket wherein at least one of said outside and said inside bracket (90, 92) has an upper end connected to said support bar and includes an angled body extending laterally outward from said upper end away from said center bracket, said outside and said inside brackets (90, 92) defining a channel there between for receiving an upper rail of a T-shaped rail of a drop ceiling system. a support bar having first and second ends; a center bracket assembly mounted on said support bar; and a pair of end bracket assemblies disposed at said ends of said support bar, said end bracket assemblies each including an outside bracket and an inside bracket secured to said outside bracket wherein at least one of said outside and said inside bracket (90, 92) has an upper end connected to said support bar and includes an angled body extending laterally outward from said upper end away from said center bracket, said outside and said inside brackets (90, 92) defining a channel there between for receiving an upper rail of a T-shaped rail of a drop ceiling system.
A method for delivering hand soap foam comprising: receiving liquid soap and air in a pre-mixing chamber; pre-mixing the liquid soap and air in the pre-mixing chamber forming a mixture of liquid soap and air; delivering said mixture to a mixing chamber; converting said mixture to said foam at the mixing chamber; delivering said foam to a dispensing outlet; dispensing said foam from said dispensing outlet to a user's hand; characterised in that the method further comprises the step of determining a time span between a previous dispensing of foam and said dispensing of foam, wherein dispensing said foam comprises dispensing an amount of foam related to said time span. receiving liquid soap and air in a pre-mixing chamber; pre-mixing the liquid soap and air in the pre-mixing chamber forming a mixture of liquid soap and air; delivering said mixture to a mixing chamber; converting said mixture to said foam at the mixing chamber; delivering said foam to a dispensing outlet; dispensing said foam from said dispensing outlet to a user's hand; characterised in that the method further comprises the step of determining a time span between a previous dispensing of foam and said dispensing of foam, wherein dispensing said foam comprises dispensing an amount of foam related to said time span.
An autonomous traveling work machine comprising: a traveling machine body; a positioning receiver configured to receive a positioning signal from a navigation satellite; an autonomous traveling control device configured to perform autonomous traveling along a traveling path based on the positioning signal; an inclination detection unit configured to detect inclination of the traveling machine body and output inclination angle information; an inclination angle determination unit configured to determine an inclination angle based on the inclination angle information; and a rotation control mechanism configured to rotate the positioning receiver with one or more degrees of freedom, characterized in that the rotation control mechanism is configured to keep the positioning receiver substantially horizontal based on the inclination angle, the traveling path includes multiple straight line traveling paths set for autonomous traveling on a slope, and while the traveling machine body is traveling along any one line traveling path among the line traveling paths, the rotation control mechanism is adapted to position and maintain the positioning receiver at the inclination angle that was determined on the immediately previous traveling path. a traveling machine body; a positioning receiver configured to receive a positioning signal from a navigation satellite; an autonomous traveling control device configured to perform autonomous traveling along a traveling path based on the positioning signal; an inclination detection unit configured to detect inclination of the traveling machine body and output inclination angle information; an inclination angle determination unit configured to determine an inclination angle based on the inclination angle information; and a rotation control mechanism configured to rotate the positioning receiver with one or more degrees of freedom, characterized in that the rotation control mechanism is configured to keep the positioning receiver substantially horizontal based on the inclination angle, the traveling path includes multiple straight line traveling paths set for autonomous traveling on a slope, and while the traveling machine body is traveling along any one line traveling path among the line traveling paths, the rotation control mechanism is adapted to position and maintain the positioning receiver at the inclination angle that was determined on the immediately previous traveling path.
A method for generating an image of a subterranean formation, comprising: receiving seismic data that was collected from seismic waves that propagated in the subterranean formation; generating a plurality of partition images using the seismic data; generating a geological model of the subterranean formation; determining dip fields (514, 554) in the plurality of partition images; determining a target dip field in the geological model; determining a degree of correlation between the respective dip fields (514, 554) and the target dip field; assigning weights to the partition images based upon the degrees of correlation to produce weighted partition images; and generating the image of the subterranean formation by stacking the weighted partition images. receiving seismic data that was collected from seismic waves that propagated in the subterranean formation; generating a plurality of partition images using the seismic data; generating a geological model of the subterranean formation; determining dip fields (514, 554) in the plurality of partition images; determining a target dip field in the geological model; determining a degree of correlation between the respective dip fields (514, 554) and the target dip field; assigning weights to the partition images based upon the degrees of correlation to produce weighted partition images; and generating the image of the subterranean formation by stacking the weighted partition images.
A device configured to surround a portion of a foot-receiving cavity at a heel region of an article of footwear, the device comprising: a control bar having a center segment, a first side arm extending from the center segment, and a second side arm spaced from the first side arm and extending from the center segment; a continuous base supporting the control bar and connected to both of the first side arm and the second side arm; wherein the control bar is biased to an unstressed position with the center segment a first distance from the base, the control bar elastically deforms under an applied force to a loaded position with the center segment a second distance from the base less than the first distance, and the device stores potential energy that returns the control bar to the unstressed position upon removal of the applied force; in combination with a footwear upper, wherein the center segment has an aperture; and wherein the footwear upper includes a tab that extends through the aperture. a control bar having a center segment, a first side arm extending from the center segment, and a second side arm spaced from the first side arm and extending from the center segment; a continuous base supporting the control bar and connected to both of the first side arm and the second side arm; wherein the control bar is biased to an unstressed position with the center segment a first distance from the base, the control bar elastically deforms under an applied force to a loaded position with the center segment a second distance from the base less than the first distance, and the device stores potential energy that returns the control bar to the unstressed position upon removal of the applied force; in combination with a footwear upper, wherein the center segment has an aperture; and wherein the footwear upper includes a tab that extends through the aperture.
Helmet for practising sports, comprising - a cap intended to be positioned on a head, - a chinstrap, - two supports that are intended to be secured to the cap, each support comprising a coupling means (32, 33) for the chinstrap, characterized in that each support comprises a fastening element for securing a part of a visor or an eye shield to the cap. - a cap intended to be positioned on a head, - a chinstrap, - two supports that are intended to be secured to the cap, each support comprising a coupling means (32, 33) for the chinstrap,
A current sensor substrate, comprising: a primary conductor having a U-shaped current path; a support portion (220A; 520A; 820A) for supporting a magneto-electric conversion element (230A; 630A; 730A); and a lead terminal (220B; 220B_1; 220B_2) connected to the support portion (220A; 520A; 820A); the current sensor substrate being characterised in that the U-shaped current path is not overlapped with the support portion (220A; 520A; 820A) in a plan view, while being formed so as to have a height different from a height of the support portion (220A; 520A; 820A) in a side view. a primary conductor having a U-shaped current path; a support portion (220A; 520A; 820A) for supporting a magneto-electric conversion element (230A; 630A; 730A); and a lead terminal (220B; 220B_1; 220B_2) connected to the support portion (220A; 520A; 820A);
A seal assembly for use in a centrifugal compressor, the centrifugal compressor comprising an impeller and a housing, wherein the impeller comprises a gimbal, provided on the back of the impeller, having an inner diameter and an outer diameter, wherein the seal assembly comprises: a sealing section, the sealing section comprising the impeller with a sealing tooth (210a, 210b, 210c, 210d) formed on the impeller and a sealing ring configured to be provided on the housing, characterised in that an elastic part is provided on a contact surface of the sealing ring with the sealing tooth.
Process for the preparation of Sitagliptin of formula or salt thereof: comprising of the following steps: A) cyanation of 2,4,5-trifluorobenzoyl fluoride of formula: to give the compound of formula: B) conversion of the compound of formula prepared in the step A) to the compound of formula: C) reduction of the compound of formula prepared in the step B) to the compound of formula: D) conversion of 2,4,5-trifluorophenylacetic acid of formula obtained in the step C) to Sitagliptin of formula or salt thereof. A) cyanation of 2,4,5-trifluorobenzoyl fluoride of formula: to give the compound of formula: B) conversion of the compound of formula prepared in the step A) to the compound of formula: C) reduction of the compound of formula prepared in the step B) to the compound of formula: D) conversion of 2,4,5-trifluorophenylacetic acid of formula obtained in the step C) to Sitagliptin of formula or salt thereof.
Installation switching device comprising an insulating material housing which has a forward front side, a first and a second rearward front side (4, 5), a fastening side situated oppositely to the front sides, a first and a second broad side (9, 10) connecting the front sides to the fastening side, and a first and a second narrow side (7, 8) connecting the broad sides to one another, wherein a first connecting terminal is arranged in the housing in a first terminal region close to the first rearward front side and a second connecting terminal is arranged in a second terminal region close to the second rearward front side, wherein the first connecting terminal is accessible through a first insertion opening made in the housing and the second connecting terminal is accessible through a second insertion opening made in the housing, wherein the housing has a base part comprising a baseplate with a base edge strip integrally formed on the edge thereof, and wherein the housing has a cover part with a cover plate, wherein the baseplate has in the first terminal region a first connecting region which is directed towards the first connecting terminal and which has an increased wall thickness, and wherein the cover plate has in the second terminal region a second connecting region which is directed towards the second connecting terminal and which has an increased wall thickness, wherein the first insertion opening is formed in the first connecting region and the second insertion opening is formed in the second connecting region, characterized in that the first insertion opening and the second insertion opening are assigned a first and second guide tube (23, 24) which are formed in the first and in the second connecting region (21, 22) and through which a first and a second connecting conductor can be fed to the first and the second connecting terminal (11, 12).
A system for determining an analyte concentration in a fluid sample, the system comprising: a meter that is configured to receive a test sensor during a testing procedure, the test sensor receiving a fluid sample during the testing procedure, the meter including a measurement system (112, 113) that determines a measurement of a concentration of an analyte in the fluid sample, the meter including a rechargeable battery and a connection, the connection being configured to electrically and mechanically couple the meter to external computing devices; and a computing device electrically and mechanically coupled to the meter via the connection, the computing device receiving and processing the measurement from the meter, the computing device including a power source, characterized in that the rechargeable battery of the meter is rechargeable with power from the power source, wherein the meter receives the power via the connection,wherein the connection is configured to electrically isolate the meter from the power source of the computing device when the testing procedure is initiated while the meter remains mechanically coupled to the computing device via the connection. a meter that is configured to receive a test sensor during a testing procedure, the test sensor receiving a fluid sample during the testing procedure, the meter including a measurement system (112, 113) that determines a measurement of a concentration of an analyte in the fluid sample, the meter including a rechargeable battery and a connection, the connection being configured to electrically and mechanically couple the meter to external computing devices; and a computing device electrically and mechanically coupled to the meter via the connection, the computing device receiving and processing the measurement from the meter, the computing device including a power source, characterized in that the rechargeable battery of the meter is rechargeable with power from the power source, wherein the meter receives the power via the connection,wherein the connection is configured to electrically isolate the meter from the power source of the computing device when the testing procedure is initiated while the meter remains mechanically coupled to the computing device via the connection.
A rotor blade trim tab assembly comprising: a first shape memory alloy actuator; and a second SMA actuator, activation of any one of said first and second SMA actuators operable to flex the other one of said first and second SMA actuators through an elastic range of strain and into a plastic range of strain to position a trim tab substrate, characterized in that said first SMA actuator and said second SMA actuator being located within said trim tab substrate. a first shape memory alloy actuator; and a second SMA actuator, activation of any one of said first and second SMA actuators operable to flex the other one of said first and second SMA actuators through an elastic range of strain and into a plastic range of strain to position a trim tab substrate, characterized in that said first SMA actuator and said second SMA actuator being located within said trim tab substrate.
A method of determining the energy content of a methane-rich gas mixture, the method being defined by application of the expression: CV = 0.02035 + 0.00197 − 0.000329 × Mco 2 + 0.000217 × Mn 2 / SG where CV = calorific value; Mco2 = % CO 2 content; Mn2 = % N 2 content and SG is specific gravity; characterized in that the % nitrogen content of the methane-rich gas mixture is derived according to the expression: % N 2 content = A + B × ρ base + C × Z base + D × M + E × % CO 2; where: ρ base is base density, Z base is base compressibility, M is molecular weight, wherein all three parameters characterize the methane-rich gas mixture, and A,B,C,D, & E are constants; and in that said method involving the use of a specific gravity meter calibrated to measure both molecular weight and relative density in addition to providing an indication of specific gravity.
A method of selectively recovering Rhenium (Re) in the form of ammonium perrhennate from Re-bearing material, comprising the steps of: (i) adding Re-bearing materials into a leaching slurry; (ii) adjusting the pH of the slurry to obtain Re in soluble form in a metal salt solution and insoluble residues; (iii) filtering the metal salt solution to remove the insoluble residues; (iv) selectively precipitating Re from the metal salt solution; (v) filtering the Re precipitate from the metal salt solution to obtain a Re filtercake; (vi) formulating and drying the Re filtercake to obtain a Re sulfide product; (vii) combining the Re sulfide product with a Molybdenum (Mo) concentrate containing Re to obtain a Mo/Re concentrate; (viii) roasting the Mo/Re concentrate to obtain Mo oxide product and a flue gas containing Re; and (ix) treating the flue gas containing Re to obtain ammonium perrhennate. (i) adding Re-bearing materials into a leaching slurry; (ii) adjusting the pH of the slurry to obtain Re in soluble form in a metal salt solution and insoluble residues; (iii) filtering the metal salt solution to remove the insoluble residues; (iv) selectively precipitating Re from the metal salt solution; (v) filtering the Re precipitate from the metal salt solution to obtain a Re filtercake; (vi) formulating and drying the Re filtercake to obtain a Re sulfide product; (vii) combining the Re sulfide product with a Molybdenum (Mo) concentrate containing Re to obtain a Mo/Re concentrate; (viii) roasting the Mo/Re concentrate to obtain Mo oxide product and a flue gas containing Re; and (ix) treating the flue gas containing Re to obtain ammonium perrhennate.
A cationic electrodeposition coating composition comprising a polyester resin, an amino group-containing epoxy resin, and a blocked polyisocyanate curing agent, the polyester resin being present in an amount of 3 to 40 mass%, the amino group-containing epoxy resin being present in an amount of 20 to 60 mass%, and the blocked polyisocyanate curing agent being present in an amount of 10 to 40 mass%, based on the total mass of the components,, and on a solids basis, wherein the solubility parameter δA of the component and the solubility parameter δB of the component satisfy the relationship |δA-δB|<0.8., the solubility parameter being determined as indicated in the description.