mhurhangee/ep-ind-claims huggingface dataset:
A small cell base station deployable in a wireless telecommunications network in which at least one macro base station provides a first region of radio coverage, said small cell base station being operable to provide a second region of radio coverage within said first region of radio coverage, said small cell base station comprising: determination logic operable to determine key system information for broadcast, said key system information comprising cell-specific identity information such that broadcasting the same key system information by said at least one macro base station and said small cell base station makes them appear identical to user equipment operating in said first and second region of radio coverage; resource reservation logic operable to determine at least one resource block reserved for small cell use by receiving an allocation of said at least one resource block reserved for small cell use from said at least one macro base station; broadcast logic operable to broadcast said key system information, said at least one resource block reserved for small cell use being used for broadcast of said cell-specific identity information; and scheduling logic operable to receive channel quality indicator measurement information from user equipment based on said broadcast system information received at said user equipment, said channel quality indicator measurement information comprising an indication of whether said user equipment is operating in said second region of radio coverage; said scheduling logic being operable to base scheduling decisions for said user equipment on said received channel quality indicator measurement information. determination logic operable to determine key system information for broadcast, said key system information comprising cell-specific identity information such that broadcasting the same key system information by said at least one macro base station and said small cell base station makes them appear identical to user equipment operating in said first and second region of radio coverage; resource reservation logic operable to determine at least one resource block reserved for small cell use by receiving an allocation of said at least one resource block reserved for small cell use from said at least one macro base station; broadcast logic operable to broadcast said key system information, said at least one resource block reserved for small cell use being used for broadcast of said cell-specific identity information; and scheduling logic operable to receive channel quality indicator measurement information from user equipment based on said broadcast system information received at said user equipment, said channel quality indicator measurement information comprising an indication of whether said user equipment is operating in said second region of radio coverage; said scheduling logic being operable to base scheduling decisions for said user equipment on said received channel quality indicator measurement information.
A process for the preparation of 2,3-dichloro-1,1,1-trifluoropropane by chlorination of 3,3,3-trifluoropropene at a pressure of more than 2 bar, carried out in the liquid phase, at a temperature in the range 20 to 200°C.
Assembly comprising a drill (1, 26, 27, 28) and at least one implant (28', 29, 30), said drill comprising an elongate body about an axis comprising a cutting portion with helical cutting edges, an end portion mounted so as to be freely rotatable about the axis relative to said cutting portion and arranged to cooperate with a recess of complementary shape formed in the upper part, provided with an upper face, of said at least one opposite implant, characterised in that the cutting portion is arranged to attack the bony crestal portion of a jaw and in that the end portion is a distal end portion situated at the end of the drill as an extension of said cutting portion and arranged to form a sealed axial abutment with said implant, said distal end portion of the drill and said recess of the implant being such that the lower end of said portion with cutting edges is situated at a given distance above the upper face of the implant, when said end portion is in axial abutment in said recess.
A radiation-tolerant unit lateral metal-oxide field-effect transistor, MOSFET, for reducing an influence of a current pulse generated due to a single event effect, the radiation-tolerant MOSFET comprising: a poly gate layer for designating a gate region including a gate and at least one dummy gate region including a dummy poly gate layer for blocking a leakage current path, an N+ layer for producing a source and a drain, with dummy poly gates positioned, seen in a layout view, at sides of the gate and with source/drain interposed between the gate and the dummy gates; a P-active layer and a P+ layer for blocking a leakage current and a dummy drain, positioned at the sides of the dummy gates, allowing application of a voltage for distributing and flowing a current flowing upward due to the single event effect to reduce a current flowing through the drain and source; wherein the dummy drain is positioned, seen in a layout view at both sides or only at one side of the source and the drain, characterized in that the dummy drain is connected with the poly gate layer. a poly gate layer for designating a gate region including a gate and at least one dummy gate region including a dummy poly gate layer for blocking a leakage current path, an N+ layer for producing a source and a drain, with dummy poly gates positioned, seen in a layout view, at sides of the gate and with source/drain interposed between the gate and the dummy gates; a P-active layer and a P+ layer for blocking a leakage current and a dummy drain, positioned at the sides of the dummy gates, allowing application of a voltage for distributing and flowing a current flowing upward due to the single event effect to reduce a current flowing through the drain and source; wherein the dummy drain is positioned, seen in a layout view at both sides or only at one side of the source and the drain, characterized in that the dummy drain is connected with the poly gate layer.
Method for shielding gas arc welding with a consumable electrode for which electrode material is transferred to a molten bath and a droplet detachment takes place in a pulse arc operating phase comprising a base current phase and a pulse current phase, when the electrode is spaced from the molten bath and a short circuiting droplet detachment, wherein a pulse arc operating phase is alternately switched with a short arc operating phase, and the electrode is conveyed in direction of the molten bath in the base current phase as well as in the pulse current phase of the pulse arc operating phase and the wire is alternately conveyed to and fro the molten bath in the short arc operating phase, characterized in that a first transition phase with a preferably increased energy input into the wire electrode with respect to the base current phase takes place over a first predetermined duration for switching from the pulse arc operating phase to the short arc operating phase after termination of the pulse current phase, wherein this transition phase is followed by an extinction phase (t aus) in which the arc is first extinguished while the wire electrode is moved in direction of the molten bath and, the arc being extinguished, the wire electrode is conveyed until it contacts the molten bath.
Application method for applying a coating agent to a component (6; 9), comprising the following steps: a) emitting a plurality of coating agent jets (5; 13) from a plurality of application nozzles of an application device (2; 12), b) positioning the application device (2; 12) relative to the component (6; 9) with an application distance (d) between the application device (2; 12) and the component (6; 9) so that the coating agent jets (5; 13) impinge on the component (6; 9) and coat the component (6; 9), the coating agent jets (5; 13) applying a pattern on the component (6; 9), characterized in c) that at least some of the application nozzles are controlled independently of one another, and d) that, in the case of the application nozzles which can be controlled independently of one another, the volumetric flow of the coating agent through the application nozzles can be controlled independently, and e) that the pattern is edge-sharp with maximum deviations (a) from a predetermined edge course of at most 3 mm and without coating agent splashes outside the pattern. a) emitting a plurality of coating agent jets (5; 13) from a plurality of application nozzles of an application device (2; 12), b) positioning the application device (2; 12) relative to the component (6; 9) with an application distance (d) between the application device (2; 12) and the component (6; 9) so that the coating agent jets (5; 13) impinge on the component (6; 9) and coat the component (6; 9), the coating agent jets (5; 13) applying a pattern on the component (6; 9), characterized in c) that at least some of the application nozzles are controlled independently of one another, and d) that, in the case of the application nozzles which can be controlled independently of one another, the volumetric flow of the coating agent through the application nozzles can be controlled independently, and e) that the pattern is edge-sharp with maximum deviations (a) from a predetermined edge course of at most 3 mm and without coating agent splashes outside the pattern.
Container assembly for a pump provided with at least one pumping group (12, 14, 16, 18) and with at least one system for transmitting power to said pumping group (12, 14, 16, 18), the container assembly being configured for being mounted on a pump internally provided with at least one pumping group and with at least one system for transmitting power to such pumping group, and comprising at least one elastic element sealingly housed inside said container assembly at a predefined internal wall thereof, the container assembly being characterized in that inside the elastic element, at least one cavity is geometrically formed between a plurality of shaped walls of said elastic element, said cavity defining a corresponding air chamber, said air chamber being configured to allow deformation of said elastic element for damping the variations of volume and the expansion of the fluid contained inside the pump following a possible change of state of said fluid when subjected to temperatures lower than its freezing point.
A compound promoting the expression and/or the activity of the IncRNA of SEQ ID NO: 12 for use in treating or preventing pathological cardiac hypertrophy, wherein the compound is (a) a nucleic acid sequence which comprises or consists of the nucleic acid sequence of the IncRNA of SEQ ID NO: 12 or an nucleic acid sequence which is at least 69% identical thereto, (b) an expression vector expressing the nucleic acid sequence as defined in (a), preferably under the control of a heart-specific promoter, or (c) a host comprising the expression vector of (b). (a) a nucleic acid sequence which comprises or consists of the nucleic acid sequence of the IncRNA of SEQ ID NO: 12 or an nucleic acid sequence which is at least 69% identical thereto, (b) an expression vector expressing the nucleic acid sequence as defined in (a), preferably under the control of a heart-specific promoter, or (c) a host comprising the expression vector of (b).
A rotor blade for a gas turbine engine, comprising: an airfoil; a tip shroud comprising a side surface (146, 148) and a radially outer surface; and a transition portion coupling the tip shroud to the airfoil; wherein the airfoil, the transition portion, and the tip shroud collectively define a primary cooling passage (152A, 152B) therein, characterized in that the primary cooling passage (152A, 152B) comprises an inlet and a primary cooling passage outlet (154A, 154B) defined by the side surface (146, 148) of the tip shroud, wherein the primary cooling passage extends from the inlet to the outlet and free of impingement apertures. an airfoil; a tip shroud comprising a side surface (146, 148) and a radially outer surface; and a transition portion coupling the tip shroud to the airfoil; wherein the airfoil, the transition portion, and the tip shroud collectively define a primary cooling passage (152A, 152B) therein, characterized in that the primary cooling passage (152A, 152B) comprises an inlet and a primary cooling passage outlet (154A, 154B) defined by the side surface (146, 148) of the tip shroud, wherein the primary cooling passage extends from the inlet to the outlet and free of impingement apertures.
Tyre, comprising a carcass reinforcement anchored in two beads and surmounted radially by a crown reinforcement itself surmounted by a tread which is connected to the beads by two sidewalls, characterized in that each sidewall comprises a knit comprising: - columns (C1, C2, C3, C4) of loops, the loops of one and the same column (C1, C2, C3, C4) being arranged one after the other substantially in an overall direction referred to as the main direction, - rows (R1, R2, R3, R4) of loops, the loops of one and the same row (R1, R2, R3, R4) being arranged one beside the other substantially in an overall direction referred to as the transverse direction, the knit comprising first and second zones (45 1, 45 2), the first zone (45 1) of the knit having a radius of curvature less than the radius of curvature of the second zone (45 2) of the knit, said first and second zones (45 1, 45 2) each respectively having, at least in one of the main or transverse directions, a force FT 100 and FS 100 at 100% elongation that satisfies FS 100 < FT 100, where FT 100 is the force at 100% elongation of the first zone (45 1) and FS 100 is the force at 100% elongation of the second zone (45 2), each force FT 100 and FS 100 being determined from a force-elongation curve obtained by applying standard ISO 13934 1:2013 to the knit before it is incorporated into the tyre. - columns (C1, C2, C3, C4) of loops, the loops of one and the same column (C1, C2, C3, C4) being arranged one after the other substantially in an overall direction referred to as the main direction, - rows (R1, R2, R3, R4) of loops, the loops of one and the same row (R1, R2, R3, R4) being arranged one beside the other substantially in an overall direction referred to as the transverse direction, the knit comprising first and second zones (45 1, 45 2), the first zone (45 1) of the knit having a radius of curvature less than the radius of curvature of the second zone (45 2) of the knit, said first and second zones (45 1, 45 2) each respectively having, at least in one of the main or transverse directions, a force FT 100 and FS 100 at 100% elongation that satisfies FS 100 < FT 100, where FT 100 is the force at 100% elongation of the first zone (45 1) and FS 100 is the force at 100% elongation of the second zone (45 2), each force FT 100 and FS 100 being determined from a force-elongation curve obtained by applying standard ISO 13934 1:2013 to the knit before it is incorporated into the tyre.
An elevator car comprising a roof frame structure and a roof having a first edge, a second opposite edge, an upper surface and a lower surface, the roof being supported on the roof frame structure, the support of the roof on the roof frame structure comprising hinge supports connecting the first edge of the roof to the roof frame structure so that the roof is pivotable around the hinge supports between an open position in which the roof is directed downwards into the interior of the car and a closed position in which the roof seats against the roof frame structure, a locking arrangement (220, 300) for locking and unlocking the second edge of the roof to the roof frame structure, characterized in that the support of the roof on the roof frame structure further comprises support elements supporting the first edge of the roof to the roof frame structure in the closed position of the roof, hinge supports connecting the first edge of the roof to the roof frame structure so that the roof is pivotable around the hinge supports between an open position in which the roof is directed downwards into the interior of the car and a closed position in which the roof seats against the roof frame structure, a locking arrangement (220, 300) for locking and unlocking the second edge of the roof to the roof frame structure, characterized in that the support of the roof on the roof frame structure further comprises support elements supporting the first edge of the roof to the roof frame structure in the closed position of the roof,
A method of manufacturing molten iron, comprising: manufacturing a coal briquette in a coal briquette manufacturing device; providing hot gas to the coal briquette and partially carbonizing the coal briquette; charging the coal briquette into a melter-gasifier which is connected to the coal briquette manufacturing device; and melting reduced iron charged into the melter-gasifier by the coal briquette and manufacturing molten iron, characterized in that in the partially carbonizing of the coal briquette, a carbonization initiation temperature is 600°C to 650°C, and a carbonization termination temperature is 700°C or more, the method further comprising providing raw coals for manufacturing the coal briquette before manufacturing the coal briquette; and wherein fluidity of the raw coal is in a range of 1.2 log ddpm to 1.9 log ddpm, wherein total dilatation of the raw coal is maintained at 60 % or less. manufacturing a coal briquette in a coal briquette manufacturing device; providing hot gas to the coal briquette and partially carbonizing the coal briquette; charging the coal briquette into a melter-gasifier which is connected to the coal briquette manufacturing device; and melting reduced iron charged into the melter-gasifier by the coal briquette and manufacturing molten iron, characterized in that in the partially carbonizing of the coal briquette, a carbonization initiation temperature is 600°C to 650°C, and a carbonization termination temperature is 700°C or more, the method further comprising providing raw coals for manufacturing the coal briquette before manufacturing the coal briquette; and wherein fluidity of the raw coal is in a range of 1.2 log ddpm to 1.9 log ddpm, wherein total dilatation of the raw coal is maintained at 60 % or less.
Bass clarinet support device comprising: - a flat or substantially flat support plate designed to rest on the abdominal part of an instrumentalist in the sagittal plane of said instrumentalist, the support plate defining a contact face; - a connecting rod having a first end designed to be fixed to the bass clarinet and an opposite second end fixed to the support plate; characterized by - securing means configured to secure the second end and the support plate, the securing means being configured so that the second end is slidably mounted along the support plate and configured removable relative to the support plate beyond a threshold force between the support plate and the second end of the connecting rod and wherein the support plate and/or the second end of the connecting rod are magnetized to fix the second end with the support plate by magnetization so that the support plate is movable relative to the abdominal part of the instrumentalist, the magnetizing force between the support plate and the connecting rod not being sufficient for the bass clarinet to be supported solely by the support plate. - a flat or substantially flat support plate designed to rest on the abdominal part of an instrumentalist in the sagittal plane of said instrumentalist, the support plate defining a contact face; - a connecting rod having a first end designed to be fixed to the bass clarinet and an opposite second end fixed to the support plate; characterized by - securing means configured to secure the second end and the support plate, the securing means being configured so that the second end is slidably mounted along the support plate and configured removable relative to the support plate beyond a threshold force between the support plate and the second end of the connecting rod and wherein the support plate and/or the second end of the connecting rod are magnetized to fix the second end with the support plate by magnetization so that the support plate is movable relative to the abdominal part of the instrumentalist, the magnetizing force between the support plate and the connecting rod not being sufficient for the bass clarinet to be supported solely by the support plate.
An operating shaft for a disc brake, the operating shaft comprising: opposed pairs of arcuate surfaces arranged with offset axes of rotation (22, 28), one arcuate surface of each pair adapted to be grounded to a housing of the disc brake and the other arcuate surface of each pair adapted to transmit an actuating force to a brake pad of the disc brake upon rotation of the operating shaft; a recess intermediate the pairs of arcuate surfaces for accommodating a portion of a wear adjuster mechanism; a pin adapted to engage a corresponding input driving portion of the wear adjuster mechanism, characterised by the pin extending from the operating shaft at a non-zero angle with respect to the axes of rotation (22, 28) and a direction of force transmission; and a tongue of material extending into the recess, wherein a hole is provided in the tongue, the hole arranged to receive the pin. opposed pairs of arcuate surfaces arranged with offset axes of rotation (22, 28), one arcuate surface of each pair adapted to be grounded to a housing of the disc brake and the other arcuate surface of each pair adapted to transmit an actuating force to a brake pad of the disc brake upon rotation of the operating shaft; a recess intermediate the pairs of arcuate surfaces for accommodating a portion of a wear adjuster mechanism; a pin adapted to engage a corresponding input driving portion of the wear adjuster mechanism, characterised by the pin extending from the operating shaft at a non-zero angle with respect to the axes of rotation (22, 28) and a direction of force transmission; and a tongue of material extending into the recess, wherein a hole is provided in the tongue, the hole arranged to receive the pin.
A coating composition containing at least one binder component A and at least one curing agent component B, the binder component A containing A1 at least one polyether polyol component of poly(oxyalkylene) glycol, A2 at least one aromatic diamine, A3 silicone elastomer particles and A4 at least one polyurethane urea, the curing agent component B containing B1 at least one urethane group-containing component containing unblocked isocyanate groups and B2 at least one aromatic diisocyanate of methylene di(phenyl isocyanate), wherein the curing agent component B has a content of unblocked isocyanate groups of from 10 to 30% by weight and wherein the solids content of the coating composition is greater than 95% by weight. A1 at least one polyether polyol component of poly(oxyalkylene) glycol, A2 at least one aromatic diamine, A3 silicone elastomer particles and A4 at least one polyurethane urea, B1 at least one urethane group-containing component containing unblocked isocyanate groups and B2 at least one aromatic diisocyanate of methylene di(phenyl isocyanate),