mhurhangee/ep-ind-claims huggingface dataset:
Calender for profiling a rubber mixture intended for the manufacture of tyre casings, the calender comprising three rotating rolls arranged such that the axis of rotation of the upper roll is situated above the axis of rotation of the intermediate roll and such that the axis of rotation of the intermediate roll is situated above the axis of rotation of the lower roll, these three axes of rotation (A112,A114,A116) being parallel, the axis of rotation of the lower roll and the axis of rotation of the intermediate roll being situated in the same vertical plane, the axis of rotation of the upper roll being situated in a plane inclined with respect to the vertical plane, the upper roll and the intermediate roll being separated by a first distance in the inclined plane, this first distance defining the height of a first profiling nip, the intermediate roll and the lower roll being separated by a second distance in the vertical plane, this second distance defining the height of a second profiling nip, the calender comprising a pair of upper lugs and a pair of intermediate lugs, the upper lugs being situated at the transverse ends of the upper and intermediate rolls, and the intermediate lugs being situated at the transverse ends of the intermediate and lower rolls, the upper lugs comprising two quarter-circle bearing surfaces (126,128) meeting at the first profiling nip and respectively following the shape of the outer walls (P112,P114) of the upper roll and of the intermediate roll, and the intermediate lugs comprising two quarter-circle bearing surfaces (130,132) meeting at the second profiling nip and respectively following the shape of the outer walls (P114,P116) of the intermediate roll and of the lower roll, the calender being characterized in that each transverse end (E114,E116) of the intermediate roll or of the lower roll is equipped with a collar fastened to this roll and inserted between this roll (114,116) and the quarter-circle bearing surface (130,132) of an intermediate lug, and making it possible to increase the radius of the roll (114,116) by a height equal, to within the operating clearance, to the second distance separating the intermediate roll and the lower roll.
An apparatus comprising: a gimbal comprising: an outer ring attached to an arm, the outer ring including a first hinge to open and close the outer ring, and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring, the inner ring including a second hinge to open and close the inner ring, and a second latch to fasten the inner ring in a closed position, wherein: the second hinge includes a top hinge, a bottom hinge, and a space between the top hinge and the bottom hinge; the space is sized to fit a height of the outer ring; and the top hinge and the bottom hinge overlap radially with the outer ring. a gimbal comprising: an outer ring attached to an arm, the outer ring including a first hinge to open and close the outer ring, and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring, the inner ring including a second hinge to open and close the inner ring, and a second latch to fasten the inner ring in a closed position, wherein: an outer ring attached to an arm, the outer ring including a first hinge to open and close the outer ring, and a first latch to fasten the outer ring in a closed position; and an inner ring rotatably supported within the outer ring, the inner ring including a second hinge to open and close the inner ring, and a second latch to fasten the inner ring in a closed position, wherein: the second hinge includes a top hinge, a bottom hinge, and a space between the top hinge and the bottom hinge; the space is sized to fit a height of the outer ring; and the top hinge and the bottom hinge overlap radially with the outer ring.
A pharmaceutical composition for use in preventing or treating arthritis comprising, as an active ingredient, a polypeptide consisting of the amino acid sequence of SEQ ID NO: 9, 10, 12, 13, 14, 17, 20, 21, 22, 23, 24, 25, 26, 27, or 28.
A battery-fixing device, arranged in an electronic device, comprising: a casing battery chamber, and a container fixedly arranged in the casing battery chamber and matched with the casing battery chamber to wrap and fix a battery; characterized in that the container comprises: a substrate film, a plurality of fixing films each extending from the substrate film, and a containing chamber formed by a surround of the substrate film and the fixing films and configured to contain the battery, and the fixing films are configured to fix a top of the battery; when fixing the battery, the battery is put into the containing chamber, and then the fixing films are affixed to the top of the battery; and when taking out the battery, the fixing films are split from the top of the battery to detach the battery from the containing chamber; wherein, each of the fixing films comprises a splitting handle configured to split the fixing film from the top of the battery; a lower fixing film of the fixing films is larger than an upper fixing film of the fixing films; the splitting handle of the lower fixing film is arranged at a middle of the lower fixing film; the splitting handle of each of the other fixing films is arranged at a side of the fixing film. characterized in that the container comprises: a substrate film, a plurality of fixing films each extending from the substrate film, and a containing chamber formed by a surround of the substrate film and the fixing films and configured to contain the battery, and the fixing films are configured to fix a top of the battery; when fixing the battery, the battery is put into the containing chamber, and then the fixing films are affixed to the top of the battery; and when taking out the battery, the fixing films are split from the top of the battery to detach the battery from the containing chamber; wherein, each of the fixing films comprises a splitting handle configured to split the fixing film from the top of the battery; a lower fixing film of the fixing films is larger than an upper fixing film of the fixing films; the splitting handle of the lower fixing film is arranged at a middle of the lower fixing film; the splitting handle of each of the other fixing films is arranged at a side of the fixing film.
Angle piece of a metal fitting of a substructure used for fastening a chimney cladding to a chimney, having two arms that are set at an angle to each other, where on the inner side of the angle piece each of the arms incorporates a contact face designed for fitting against a chimney and where on the outer side of the angle piece the arms incorporate attachment faces that are designed for attachment to the chimney cladding, and having a clamping fixture, characterised in that the clamping fixture is for a tensioning strip that can be run around the chimney, where the clamping fixture incorporates a rotatable winding axle that can be fixed in a number of rotary positions, where the clamping fixture incorporates a gear wheel that co-acts with a stationary catch, where the gear wheel and the catch can be moved relative to each other in such a way that either, when in an engaged position, the catch engages between two adjacent teeth of the gear wheel or, when in a release position, the catch is positioned clear of the teeth.
A method of inspecting actuator operation for an actuator having a movable portion displaceable between an actuation position where a safety device of an elevator is actuated and a normal position where the actuation of the safety device is released, characterized by comprising: displacing the movable portion between the normal position and a semi-operation position located between the normal position and the actuation position. displacing the movable portion between the normal position and a semi-operation position located between the normal position and the actuation position.
A system, comprising: an endoscope comprising an insertion tube configured to be inserted into a blood vessel, and a radiation detector; the system further comprising a radiation source configured to be outside the blood vessel and to induce X-ray fluorescence of calcium; wherein the radiation detector is in the insertion tube and is configured to detect radiation particles in a first range of energy and radiation particles in a second range of energy, both the first range of energy and the second range of energy corresponding to the X-ray fluorescence of calcium; wherein the radiation detector is configured to determine existence of calcium on the blood vessel based on a ratio between intensity of the radiation particles in the first range of energy and intensity of the radiation particles in the second range of energy. an endoscope comprising an insertion tube configured to be inserted into a blood vessel, and a radiation detector; the system further comprising a radiation source configured to be outside the blood vessel and to induce X-ray fluorescence of calcium; wherein the radiation detector is in the insertion tube and is configured to detect radiation particles in a first range of energy and radiation particles in a second range of energy, both the first range of energy and the second range of energy corresponding to the X-ray fluorescence of calcium; wherein the radiation detector is configured to determine existence of calcium on the blood vessel based on a ratio between intensity of the radiation particles in the first range of energy and intensity of the radiation particles in the second range of energy.
A medication delivery device for determining both an amount of a dose set and an amount of a dose delivered by operation of the medication delivery device, comprising: a first member (12, 42); a second member (14, 84) rotatable relative to the first member; a third member (18, 44) rotatable relative to the first member during dose setting in proportion to the amount of a dose set by operation of the medication delivery device; a fourth member (20, 74) rotatable relative to the first member during dose delivery in proportion to the amount of a dose delivered by operation of the medication delivery device; the second member being rotationally coupled with the third member and not the fourth member during dose setting to rotate with the third member during dose setting, the second member being rotationally coupled with the fourth member and not the third member during dose delivery to rotate with the fourth member during dose delivery; a first sensor component (22, 80) secured with the first member; and a second sensor component (24, 82) secured with the second member; one of the first and second sensor components being a sensor and the other of the sensor components being a target; the sensor being operable during dose setting to detect rotation of the target relative to the sensor and to generate at least one first output correlated thereto, and the sensor being operable during dose delivery to detect rotation of the target relative to the sensor and to generate at least one second output correlated thereto. a first member (12, 42); a second member (14, 84) rotatable relative to the first member; a third member (18, 44) rotatable relative to the first member during dose setting in proportion to the amount of a dose set by operation of the medication delivery device; a fourth member (20, 74) rotatable relative to the first member during dose delivery in proportion to the amount of a dose delivered by operation of the medication delivery device; the second member being rotationally coupled with the third member and not the fourth member during dose setting to rotate with the third member during dose setting, the second member being rotationally coupled with the fourth member and not the third member during dose delivery to rotate with the fourth member during dose delivery; a first sensor component (22, 80) secured with the first member; and a second sensor component (24, 82) secured with the second member; one of the first and second sensor components being a sensor and the other of the sensor components being a target; the sensor being operable during dose setting to detect rotation of the target relative to the sensor and to generate at least one first output correlated thereto, and the sensor being operable during dose delivery to detect rotation of the target relative to the sensor and to generate at least one second output correlated thereto.
A contacting or connecting terminal for electrically connecting at least one conductor and at least one electrical contact body, - with a housing, in which the contact body is arranged, - wherein the electrical contact body comprises a conductor terminal contact for the at least one electric conductor, - wherein the electrical contact body has at least one stamped part, - wherein the stamped part has at least one first passage and a second passage, - wherein the electrical contact body has at least one spring element for the conductor terminal contact, wherein the spring element is at least partially arranged (as well as being held and secured) in the second passage of the stamped part, - wherein the conductor is guided through the first passage in order to contact the contact body, - wherein the contacting or connecting terminal has a release lever, which allows the spring element to be actuated, - wherein actuation of the spring element allows the conductor terminal contact to open, - wherein the spring element has two spring legs (61, 62), which are connected via a connecting element, characterized in that - the connecting element is arranged in the area of the second passage, and - the bend radius of the spring element is dimensioned such that the distance of the end of the first spring leg in the unactuated state to the second spring leg is less than the level (the height) of the second passage. - with a housing, in which the contact body is arranged, - wherein the electrical contact body comprises a conductor terminal contact for the at least one electric conductor, - wherein the electrical contact body has at least one stamped part, - wherein the stamped part has at least one first passage and a second passage, - wherein the electrical contact body has at least one spring element for the conductor terminal contact, wherein the spring element is at least partially arranged (as well as being held and secured) in the second passage of the stamped part, - wherein the conductor is guided through the first passage in order to contact the contact body, - wherein the contacting or connecting terminal has a release lever, which allows the spring element to be actuated, - wherein actuation of the spring element allows the conductor terminal contact to open, - wherein the spring element has two spring legs (61, 62), which are connected via a connecting element, characterized in that - the connecting element is arranged in the area of the second passage, and - the bend radius of the spring element is dimensioned such that the distance of the end of the first spring leg in the unactuated state to the second spring leg is less than the level (the height) of the second passage.
An additively manufactured nested segment shroud assembly for a gas turbine engine, comprising: a first component segment having an end face and a tongue projecting outwardly from the end face; and a second component segment positioned adjacent the first component segment and defining a groove, wherein at least a portion of the tongue of the first component segment is nested within the groove defined by the second component segment; characterised in that the tongue comprises a plurality of turbulators projecting therefrom. a first component segment having an end face and a tongue projecting outwardly from the end face; and a second component segment positioned adjacent the first component segment and defining a groove, wherein at least a portion of the tongue of the first component segment is nested within the groove defined by the second component segment; characterised in that the tongue comprises a plurality of turbulators projecting therefrom.
A method for wireless communications, comprising: receiving a control channel and a shared channel within a subframe; characterised by, determining that one or more long-term channel properties of the control channel and the shared channel in the received subframe are within tolerances the same; and processing the control channel and the shared channel alike based on the determination. receiving a control channel and a shared channel within a subframe; characterised by, determining that one or more long-term channel properties of the control channel and the shared channel in the received subframe are within tolerances the same; and processing the control channel and the shared channel alike based on the determination.
A composition comprising: (i) a buffering system comprising 0.2 to 1 % by weight of the composition of sodium hydroxide and 0.5 to 2.5% by weight of the composition of citric acid; (ii) 0.01 to 5% monoethanolamine; (iii) 1 to 4.5% cocoamidopropyl betaine; (iv) 0.5 to 1.5% of a surfactant soluble carboxylated polyelectrolyte copolymer; (v) 1 to 3% ethanol; and (vi) 2 to 4% propylene glycol n-butyl ether; wherein the pH of the composition is 9 to 13. (i) a buffering system comprising 0.2 to 1 % by weight of the composition of sodium hydroxide and 0.5 to 2.5% by weight of the composition of citric acid; (ii) 0.01 to 5% monoethanolamine; (iii) 1 to 4.5% cocoamidopropyl betaine; (iv) 0.5 to 1.5% of a surfactant soluble carboxylated polyelectrolyte copolymer; (v) 1 to 3% ethanol; and (vi) 2 to 4% propylene glycol n-butyl ether;
Method for the heat treatment of a workpiece consisting of a high-alloy steel, wherein the workpiece is heated to a first temperature in a vacuum environment, wherein the first temperature is kept constant during a first holding phase, wherein the component is then heated to a second temperature that is higher than the first temperature, wherein the second temperature is kept constant during a second holding phase, and wherein the workpiece is quenched following the second holding phase, wherein a surface of the workpiece is subjected to a circulating flow of a hydrogen-releasing process gas and/or process gas mixture for cleaning and activating the surface during the first holding phase in a first treatment step, wherein the surface is subjected to a circulating flow of a nitrogen-releasing process gas and/or process gas mixture for forming a nitride-containing layer during the first holding phase in a second treatment step, and wherein the nitride-containing layer is provided to optimize a downstream gas nitriding process, characterized in that the first holding phase is switched over to the second holding phase during the second treatment step, in that the surface is subjected to a circulating flow of the hydrogen-releasing process gas and/or process gas mixture at a first treatment pressure and the surface is subjected to a circulating flow of the nitrogen-releasing process gas and/or process gas mixture at a second treatment pressure, wherein the respective treatment pressure (P1, P2) is in a pressure range of between 10 mbar and 3000 mbar, in that the second treatment step ends with the second holding phase, in that the first temperature amounts to at least 800°C to 1090°C, and preferably 900°C, during the first holding phase and in that the second temperature is selected as the austenitization temperature of the workpiece, wherein the first treatment pressure is the hydrogen partial pressure and the second treatment pressure is the nitrogen partial pressure, and wherein the first treatment pressure is less than the second treatment pressure.
A permanent magnet rotator which is adapted to provide continuous direction control for anisotropy with modification of magnetic poles so that the average absolute value of differences between Mθ and 90×sin[φ{2π/(360/p)}] is set to be 3° or less, where Mθ is an angle of magnetization vector with respect to a radial tangent line of a magnetic pole plane, φ is a mechanical angle, and p is the number of pole pairs, characterized in that continuous direction control is provided for anisotropy using viscosity modification caused by shear flow, expansion flow and a combination thereof of linear melted polymer, which are caused by an external force.
A tin-based plain bearing alloy suitable for producing a plain bearing coating in a casting process and comprising at least one principal alloying element and a tin proportion of 25 to 98% by weight, characterized by the principal alloying elements 0 to 25% by weight antimony, 0 to 20% by weight copper, and 2 to 30% by weight zinc, and at least one additional alloying element selected from one or more of the following groups: Group I: cobalt, manganese, scandium, germanium and aluminum, with a total proportion of 0.001 to 2.6% by weight, Group II: magnesium, nickel, zirconium and titanium, with a total proportion of 0.005 to 1.7% by weight, Group III: bismuth, indium, cadmium and lead, with proportions of in each case at most 5% by weight and a total proportion of at most 8% by weight, Group IV: lithium, silver, cerium, yttrium, samarium, gold, tellurium and calcium, with a proportion of in each case up to 2.5% by weight and a total proportion of up to 4% by weight, Group V: arsenic, niobium, vanadium, chromium, tungsten, iron, lanthanum and erbium, with a proportion of in each case at most 1.0% by weight and a total proportion of at most 2.25% by weight, Group VI: phosphorus and boron, in each case with a proportion of at most 0.1% by weight and a total proportion of at most 0.2% by weight, the remainder being tin, wherein the alloy comprises an eutectic microstructure as principal structural element, an eutectic being formed from the two phases βSn solid solution and αZn solid solution and the alloy forms a metastable solid body from a super cooled state, in which clusters are formed having a high packaging density due to an icosahedral order. 0 to 25% by weight antimony, 0 to 20% by weight copper, and 2 to 30% by weight zinc, Group I: cobalt, manganese, scandium, germanium and aluminum, with a total proportion of 0.001 to 2.6% by weight, Group II: magnesium, nickel, zirconium and titanium, with a total proportion of 0.005 to 1.7% by weight, Group III: bismuth, indium, cadmium and lead, with proportions of in each case at most 5% by weight and a total proportion of at most 8% by weight, Group IV: lithium, silver, cerium, yttrium, samarium, gold, tellurium and calcium, with a proportion of in each case up to 2.5% by weight and a total proportion of up to 4% by weight, Group V: arsenic, niobium, vanadium, chromium, tungsten, iron, lanthanum and erbium, with a proportion of in each case at most 1.0% by weight and a total proportion of at most 2.25% by weight, Group VI: phosphorus and boron, in each case with a proportion of at most 0.1% by weight and a total proportion of at most 0.2% by weight,
Yeast strain of the species Yarrowia lipolytica having a reduction in the activity of Faolp encoded by the gene FA01: YALIOB14014g, wherein the yeast strain has furthermore a reduction in the activities of the acyl-CoA oxidases of the genes POX1, POX2, POX3, POX4, POX5 and POX6, wherein the activities of the Fao1p, POX1, POX2, POX3, POX4, POX5 and POX6 proteins are reduced by (i) partial or complete deletion of the coding genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (ii) expression of non-functional genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (iii) inhibition or reduction of the activity of the expressed genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 by insertion, substitution or point mutation in the gene encoding the protein. (i) partial or complete deletion of the coding genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (ii) expression of non-functional genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (iii) inhibition or reduction of the activity of the expressed genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 by insertion, substitution or point mutation in the gene encoding the protein.