mhurhangee/ep-ind-claims huggingface dataset:
An aircraft wing, the wing having a fixed wing with a wing tip device moveably mounted at the outboard end thereof, the wing tip device being moveable between: (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about an axis of rotation such that the span of the aircraft wing is reduced, and wherein when the wing tip device is in the flight configuration, the outboard end of the fixed wing and the inboard end of the wing tip device meet along an interfacing cut line that separates the outer surfaces of the fixed wing and the wing tip device, the interfacing cut line comprising: a curved section centred on the axis of rotation, the radius of the curved section continuously increasing as the cut line passes around the axis, characterized in that the curved section substantially follows a spiral centred on the axis of rotation when viewed from above and along the axis of rotation. (a) a flight configuration for use during flight; and (b) a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is rotated away from the flight configuration about an axis of rotation such that the span of the aircraft wing is reduced, a curved section centred on the axis of rotation, the radius of the curved section continuously increasing as the cut line passes around the axis, characterized in that the curved section substantially follows a spiral centred on the axis of rotation when viewed from above and along the axis of rotation.
Bearing arrangement for a spring of a vehicle chassis, with at least one spring insert in which at least one part of a spring coil of the spring is accommodated, wherein the bearing arrangement is a component of a spring strut of a vehicle chassis, in which the spring is designed as a helical compression spring and through which a shock absorber is guided through, and wherein the spring insert comprises an elastomer and is of flexible design, wherein the spring insert is designed so as to be able to move together with a movement in the spring coil, wherein an adhesive is introduced between the spring and the spring insert, and therefore the connection of the spring insert to the spring has an adhesive connection, characterized in that the adhesive is designed as an adhesive which is hardenable at room temperature, and in that the spring in the spring system has a compressive prestress, wherein the adhesive can be hardened under the action of the compressive prestress.
A method for tracking software behavior, comprising: after receiving a user request, generating, by a front end of an application system, an identifier of a scenario instance, wherein the scenario instance comprises a plurality of transactions, and a scenario to which the scenario instance belongs corresponds to a user operation triggering the user request; and in a processing of the scenario instance, for each of the plurality of transactions, sending, by the front end, a back end service of the application system a respective one of a plurality of request messages which carries the identifier of the scenario instance and is used to trigger each of the plurality of transactions, the plurality of transactions are associated with each other according to the identifier of the scenario instance and information of each of the plurality of transactions comprises the identifier of the scenario instance; wherein one of the plurality of request messages sent by the front end to the back end service for a first transaction further carries an identifier of the scenario which is used to indicate that the scenario instance belongs to the scenario. after receiving a user request, generating, by a front end of an application system, an identifier of a scenario instance, wherein the scenario instance comprises a plurality of transactions, and a scenario to which the scenario instance belongs corresponds to a user operation triggering the user request; and in a processing of the scenario instance, for each of the plurality of transactions, sending, by the front end, a back end service of the application system a respective one of a plurality of request messages which carries the identifier of the scenario instance and is used to trigger each of the plurality of transactions, the plurality of transactions are associated with each other according to the identifier of the scenario instance and information of each of the plurality of transactions comprises the identifier of the scenario instance; wherein one of the plurality of request messages sent by the front end to the back end service for a first transaction further carries an identifier of the scenario which is used to indicate that the scenario instance belongs to the scenario.
A multilayer assembly, said multilayer assembly comprising at least two layers (20a, 20b, 20c), each layer comprises at least one color-forming component, a color marking has been produced within the multilayer assembly by selective transformation of the color-forming components of the layers by irradiation at selected laser wavelengths, wherein the layers are arranged so that: - each layer (20a, 20b, 20c) acts as an absorptive optical filter configured to selectively transmit the light of certain wavelengths and block or attenuate the light of other wavelengths, - wherein a sensitive layer is added over the upper layer of the multilayer assembly, said sensitive layer comprising a color component mixture of at least two of the color-forming components in the layers of the multilayer assembly, and wherein the concentration of the color component mixture is lower compared to the concentration of the color-forming components in the layers of the multilayer assembly, and that - during the irradiation of a selected color-forming component by a selected laser wavelength, an untargeted radiation exposure of the color forming component underneath the selected color-forming component is avoided or at least minimized. - each layer (20a, 20b, 20c) acts as an absorptive optical filter configured to selectively transmit the light of certain wavelengths and block or attenuate the light of other wavelengths, - wherein a sensitive layer is added over the upper layer of the multilayer assembly, said sensitive layer comprising a color component mixture of at least two of the color-forming components in the layers of the multilayer assembly, and wherein the concentration of the color component mixture is lower compared to the concentration of the color-forming components in the layers of the multilayer assembly, and that - during the irradiation of a selected color-forming component by a selected laser wavelength, an untargeted radiation exposure of the color forming component underneath the selected color-forming component is avoided or at least minimized.
A thermal-type flowmeter comprising: a passage into which a measurement-target fluid is introduced; and a sensor element which is provided in the passage and which measures a flow rate of the measurement-target fluid, the sensor element including a semiconductor substrate; a hollow portion formed in the semiconductor substrate, and a heating resistor (5; 32) formed on an electric insulating film (3a, 3b) above the hollow portion, the sensor element measuring the flow rate of the measurement-target fluid by radiating heat from the heating resistor to the measurement-target fluid, wherein when Lh is a length of the heating resistor (5; 32) in a direction perpendicular to a flowing direction of the measurement-target fluid and Wd is the shortest distance between an upstream-side edge of the heating resistor (5; 32) and a peripheral edge of the hollow portion in the flowing direction of the measurement-target fluid, Wd ≥ 0.4 × Lh is satisfied in a relation between Lh and Wd, and when Ld is the shortest distance between an edge of the heating resistor (5; 32) and the peripheral edge of the hollow portion in the direction perpendicular to the flowing direction of the measurement-target fluid, Ld ≥ 0.4 × Lh is satisfied in a relation between Lh and Ld. a passage into which a measurement-target fluid is introduced; and a sensor element which is provided in the passage and which measures a flow rate of the measurement-target fluid, the sensor element including a semiconductor substrate; a hollow portion formed in the semiconductor substrate, and a heating resistor (5; 32) formed on an electric insulating film (3a, 3b) above the hollow portion, the sensor element measuring the flow rate of the measurement-target fluid by radiating heat from the heating resistor to the measurement-target fluid, wherein when Lh is a length of the heating resistor (5; 32) in a direction perpendicular to a flowing direction of the measurement-target fluid and Wd is the shortest distance between an upstream-side edge of the heating resistor (5; 32) and a peripheral edge of the hollow portion in the flowing direction of the measurement-target fluid, Wd ≥ 0.4 × Lh is satisfied in a relation between Lh and Wd, and when Ld is the shortest distance between an edge of the heating resistor (5; 32) and the peripheral edge of the hollow portion in the direction perpendicular to the flowing direction of the measurement-target fluid, Ld ≥ 0.4 × Lh is satisfied in a relation between Lh and Ld.
A pharmaceutical composition for use in treating or preventing non-alcoholic steatohepatitis, wherein said composition comprises as an active ingredient, a peptide represented by any one amino acid sequence selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 8.
A method for determining link adaptation parameters for a wireless device, the method being performed in a first radio network node of a wireless communication system, wherein the first radio network node hosts a first cell serving the wireless device, and wherein the wireless device is interfered by a second cell, the method comprising: - predicting a future position of the wireless device, - estimating a first radio channel quality value for the wireless device in the predicted future position, by determining a Signal to Interference and Noise ratio, SINR, using path-loss values between the wireless device in the predicted future position and the first radio node, a path loss value between the wireless device in the predicted future position and a second radio node serving the second cell; and a transmission power of the second cell, - determining link adaptation parameters for the scheduling of the wireless device in the future position using the estimated first radio channel quality value, characterized in that wherein the future position of the wireless device is predicted based on a current position, a speed and a moving direction of the wireless device. - predicting a future position of the wireless device, - estimating a first radio channel quality value for the wireless device in the predicted future position, by determining a Signal to Interference and Noise ratio, SINR, using path-loss values between the wireless device in the predicted future position and the first radio node, a path loss value between the wireless device in the predicted future position and a second radio node serving the second cell; and a transmission power of the second cell, - determining link adaptation parameters for the scheduling of the wireless device in the future position using the estimated first radio channel quality value,
Electromotively adjustable slatted frame, having supporting surfaces of an upholstery or a mattress which are adjustable relative to one another and/or to fixed components of the slatted frame, a furniture drive having at least one electric motor and a spindle lifting thread (6, 6', 6", 6"', 6a, 6b) for adjusting the adjustable supporting surfaces, a functional fitting and a frame, wherein the adjustable supporting surfaces are surrounded by the frame, wherein the functional fitting has driven levers which are coupled at least to one adjustable supporting surface and are connected, or connected in an articulated manner, to a housing of the furniture drive, wherein a compact unit of furniture drive and functional fitting is formed as a functional system and is connected with the piece of furniture designed as a slatted frame in each case to the inside of the frame, wherein the compact unit consisting of furniture drive and functional fitting has two drive units (21, 21') in which the spindle lifting threads (6, 6', 6", 6"', 6a, 6b) are arranged, characterized in that the compact unit consisting of furniture drive and functional fitting is arranged within the silhouette or contour of the frame with a lower boundary plane of the slatted frame and is connected with the slatted frame in each case to the inside of the frame via the drive units (21, 21').
An imaging method for identifying abnormal tissue in the lung is provided, comprising the recording of slice images of the lung by means of X-ray radiation, recording of blood vessels, differentiation of blood vessels and abnormal tissue, characterized by the display of the differentiated abnormal tissue separately from the blood vessels and of the lung cavity without the blood vessels of the lung on an output device as a maximum intensity projection, wherein the differentiation of blood vessels and abnormal tissue is carried out by evaluating the diameter of the blood vessels and of the abnormal tissue at different locations, wherein abnormal tissue is identified on the basis of a short path of a wave front, which propagates in the blood vessels, to the boundary of the blood vessels starting from a branching point of the blood vessels.
A shank-type tool for machine tools, having a shank, having a tool head which is arranged on one shank end and which is equipped with at least one cutting element, and having a coupling element, which is arranged on the other shank end, for directly or indirectly attaching to a machine spindle, the shank having a radially open circumferential groove which extends over the shank circumference and having at least one spreading element which engages into the circumferential groove and which is radially adjustable therein so as to exert spreading and bending forces on the groove flanks (24', 24"), characterized in that the circumferential groove is filled with a filler material at least in the region of the spreading elements, this measure being intended and suitable for providing rotational locking of the spreading elements and/or for having a vibration-damping effect.
Rubber composition based on an elastomer matrix comprising a functionalized polybutadiene, on at least one reinforcing filler and a crosslinking system, wherein the functionalized polybutadiene is capable of being obtained by a process comprising the following stages: (a) homopolymerizing butadiene using a catalytic system in order to form a pseudo-living elastomer, said catalytic system being based on at least: - a conjugate diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-comprising alkylating agent, and - a halogen donor comprising an alkylaluminium halide, said salt being in suspension or in solution in at least one inert and saturated hydrocarbon solvent of aliphatic or alicyclic type; (b) adding, to the pseudo-living elastomer formed in stage (a), a polyfunctional compound comprising at least three functional groups, said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; (c) adding, to the mixture formed in stage (b), a functionalizing agent corresponding to the formula A-Ri-B, with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, Ri denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; (d) recovering the functionalized polybutadiene; wherein process the total molar amount of aluminium in the polymerization medium is such that the "aluminium"/"rare earth metal salt" molar ratio exhibits a value of between 1 and 5 and wherein process the polymerization is carried out at a temperature of between 40°C and 90°C. (a) homopolymerizing butadiene using a catalytic system in order to form a pseudo-living elastomer, said catalytic system being based on at least: - a conjugate diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-comprising alkylating agent, and - a halogen donor comprising an alkylaluminium halide, said salt being in suspension or in solution in at least one inert and saturated hydrocarbon solvent of aliphatic or alicyclic type; - a conjugate diene monomer, - a salt of one or more rare earth metals of an organic phosphoric acid, - an aluminium-comprising alkylating agent, and - a halogen donor comprising an alkylaluminium halide, said salt being in suspension or in solution in at least one inert and saturated hydrocarbon solvent of aliphatic or alicyclic type; (b) adding, to the pseudo-living elastomer formed in stage (a), a polyfunctional compound comprising at least three functional groups, said functional group being capable of reacting with the reactive end of the pseudo-living elastomer; (c) adding, to the mixture formed in stage (b), a functionalizing agent corresponding to the formula A-Ri-B, with A denoting a group capable of reacting with the reactive end of the pseudo-living elastomer, Ri denoting an atom or a group of atoms forming a bond between A and B, and B denoting a function capable of reacting with a reinforcing filler; (d) recovering the functionalized polybutadiene;
A protein having α-galactosidase activity described by (a) or (b): (a) a protein containing an amino acid sequence composed of the 18th amino acid to the 411th amino acid included in an amino-acid sequence shown in sequence No. 2 in which the 188th amino acid is replaced with glutamic acid or aspartic acid and the 191st amino acid is replaced with leucine, valine, isoleucine, phenylalanine or methionine; or (b) a protein containing an amino-acid sequence described by (a), in which one to ten amino acids other than the amino acids located at the replacement sites are replaced, wherein the 28th to 31st amino acids, the 77th to 81st amino acids, the 117th to 127th amino acids, the 150th to 158th amino acids, the 192nd amino acid, the 209th to 220th amino acids, the 242nd to 254th amino acids and the 45th, 124th, 177th, 201st,350th, 359th and 385th amino acids are not mutated. (a) a protein containing an amino acid sequence composed of the 18th amino acid to the 411th amino acid included in an amino-acid sequence shown in sequence No. 2 in which the 188th amino acid is replaced with glutamic acid or aspartic acid and the 191st amino acid is replaced with leucine, valine, isoleucine, phenylalanine or methionine; or (b) a protein containing an amino-acid sequence described by (a), in which one to ten amino acids other than the amino acids located at the replacement sites are replaced, wherein the 28th to 31st amino acids, the 77th to 81st amino acids, the 117th to 127th amino acids, the 150th to 158th amino acids, the 192nd amino acid, the 209th to 220th amino acids, the 242nd to 254th amino acids and the 45th, 124th, 177th, 201st,350th, 359th and 385th amino acids are not mutated.
A slag-supplying container of an electric furnace for reduction processing of steel-making slag, the slag-supplying container comprising: a container body that includes an upper wall, a bottom wall, and a side wall disposed between the upper wall and the bottom wall, and causes the hot steel-making slag to flow to the electric furnace; a slag discharging portion that is disposed at an end portion of the side wall of the container body and is connected with an electric-furnace-side slag-supplying port; a slag receiving portion that is disposed to the side wall or the upper wall of the container body and receives supply of the hot steel-making slag; an exhausting portion that is disposed to the container body and discharges exhaust gas from the electric furnace; characterized by a lid that opens or closes the slag receiving portion; a tilting unit that tilts the container body, the tilting unit being configured to adjust an amount of inflow of the hot steel-making slag to the electric-furnace-side slag-supplying port and to cause the hot steel-making slag to flow to a layer of molten slag on molten iron in the electric furnace through the electric-furnace-side slag-supplying port. a container body that includes an upper wall, a bottom wall, and a side wall disposed between the upper wall and the bottom wall, and causes the hot steel-making slag to flow to the electric furnace; a slag discharging portion that is disposed at an end portion of the side wall of the container body and is connected with an electric-furnace-side slag-supplying port; a slag receiving portion that is disposed to the side wall or the upper wall of the container body and receives supply of the hot steel-making slag; an exhausting portion that is disposed to the container body and discharges exhaust gas from the electric furnace; characterized by a lid that opens or closes the slag receiving portion; a tilting unit that tilts the container body, the tilting unit being configured to adjust an amount of inflow of the hot steel-making slag to the electric-furnace-side slag-supplying port and to cause the hot steel-making slag to flow to a layer of molten slag on molten iron in the electric furnace through the electric-furnace-side slag-supplying port.
Plug-type connector for connecting to a coaxial cable, having a central carrier wire, a braided outer conductor and insulation between the central carrier wire and the outer conductor as well as a protective sheath enclosing the aforementioned components, whereby at one free end section of the coaxial cable a first tubular component is inserted between the insulation and the outer conductor of the coaxial cable and a second tubular component is connected in a form-fit manner to the first tubular component so as to include the outer conductor and the second tubular component forms a sleeve which is open towards the end section of the coaxial cable characterised in that the first tubular component has a groove running along its circumference which interlocks with a bead on the second tubular component.