mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: retracting a ram of an actuator coupled to a load cell from a first position to a second position; reporting a measurement by the load cell, in response to the ram of the actuator being in the second position; calculating a force based on the measurement by the load cell; characterised by creating an initial zero reference offset value based on the force calculation, in response to the force calculation resulting in a non-zero force calculation; adjusting a zero reference value of the load cell by the zero reference offset value; and determining, at a subsequent second wear pin measurement event, a second zero reference offset value; and updating the created zero reference offset value with the second zero reference offset value. retracting a ram of an actuator coupled to a load cell from a first position to a second position; reporting a measurement by the load cell, in response to the ram of the actuator being in the second position; calculating a force based on the measurement by the load cell; characterised by creating an initial zero reference offset value based on the force calculation, in response to the force calculation resulting in a non-zero force calculation; adjusting a zero reference value of the load cell by the zero reference offset value; and determining, at a subsequent second wear pin measurement event, a second zero reference offset value; and updating the created zero reference offset value with the second zero reference offset value.
A mold stack comprising a split insert and the split insert comprising a heat dissipater, the heat dissipater being configured to impart a profiled heat removal rate on a selected portion of a molded article, which profiled heat removal rate generally matches a heat distribution in the selected portion of the molded article, and which selected portion is a neck portion of a molded preform having a thread portion formed by a thread on an outer surface of a cylindrical wall of the neck portion, and an axial portion formed by axial slots interrupting the thread, the heat dissipater having a heat pickup surface configured to contact, in use, the neck portion, and including a first body having a first thermal conductivity, a second body having a second thermal conductivity and a heat removal structure, characterised by the heat removal structure being provided by coolant channels (550, 542) defined in the first body, the second body and the coolant channels (550, 542) having an arcuate profile that follow, in general, a shape of the molded article and the coolant channels (550, 542) being positioned and extending within the first body for exclusively cooling, in use, the threaded portion, and the second body being provided by a void fully embedded in the first body and being located between the heat pickup surface and a coolant channel positioned, in use, adjacent to the axial portion.
A lamp device, comprising: a lamp cap having a central pin (21, 211) for providing an electrical connection to the lamp device; and a printed circuit board at least partially located within the lamp cap, wherein a lamp driver is mounted on the printed circuit board; wherein a bottom edge of said printed circuit board includes a notch (16, 161) to receive the central pin, wherein the notch comprises a first contact electrically contacting said central pin; wherein a side edge of said printed circuit board comprises a second contact in electrical contact with a side wall of the lamp cap, wherein the side edge comprises a pattern of protrusions that at least partially matches a thread of the lamp cap, characterized in that the second contact of the side edge is electrically connected to the side wall of the lamp cap only if the pattern of protrusions of the side edge is rotated relative to the thread of the lamp cap to a predetermined position. a lamp cap having a central pin (21, 211) for providing an electrical connection to the lamp device; and a printed circuit board at least partially located within the lamp cap, wherein a lamp driver is mounted on the printed circuit board; wherein a bottom edge of said printed circuit board includes a notch (16, 161) to receive the central pin, wherein the notch comprises a first contact electrically contacting said central pin; wherein a side edge of said printed circuit board comprises a second contact in electrical contact with a side wall of the lamp cap, wherein the side edge comprises a pattern of protrusions that at least partially matches a thread of the lamp cap, characterized in that the second contact of the side edge is electrically connected to the side wall of the lamp cap only if the pattern of protrusions of the side edge is rotated relative to the thread of the lamp cap to a predetermined position.
Processing machine, in particular offset printing machine, having a printing unit that has an ink fountain, wherein the ink fountain comprises a ductor roller, an ink fountain base, and end walls, which delimit an ink chamber for a printing ink, wherein the ink fountain is open toward the top, and wherein one or more ink slides are arranged along a margin of the ink fountain base in order to form, together with the ductor roller, an ink outlet gap for the printing ink, characterized in that in the region of the ink slide (s) and/or in the region of an edge between an end wall and the ductor roller, pneumatic means are provided for sealing the ink chamber with respect to the printing ink, wherein, by means of the pneumatic means, a positive pressure, which is elevated in relation to the ambient pressure and which counteracts a penetration of the printing ink, can be and/or is generated in gaps between ink slides and/or in gaps between end walls and ink slides, wherein a compressed gas line is formed by means of bore holes (20, 21) in the ink slide (s) and/or in the end walls and in the ink slide(s), and/or can be and/or is generated in gaps between end walls and the ductor roller. wherein the ink fountain comprises a ductor roller, an ink fountain base, and end walls, which delimit an ink chamber for a printing ink, wherein the ink fountain is open toward the top, and wherein one or more ink slides are arranged along a margin of the ink fountain base in order to form, together with the ductor roller, an ink outlet gap for the printing ink, characterized in that in the region of the ink slide (s) and/or in the region of an edge between an end wall and the ductor roller, pneumatic means are provided for sealing the ink chamber with respect to the printing ink, wherein, by means of the pneumatic means, a positive pressure, which is elevated in relation to the ambient pressure and which counteracts a penetration of the printing ink, can be and/or is generated in gaps between ink slides and/or in gaps between end walls and ink slides, wherein a compressed gas line is formed by means of bore holes (20, 21) in the ink slide (s) and/or in the end walls and in the ink slide(s), and/or can be and/or is generated in gaps between end walls and the ductor roller.
A blocking bar for a load securing system with lashing points which comprise at least one web, with hook-like positive-fit elements at the ends of the blocking bar, wherein two hook-like positive-fit elements which are open to one another, in a first open position for receiving a web are arranged distanced at least at their free ends and in a second closed position are arranged positively embracing the web are arranged on at least one, preferably both ends of the blocking bar, characterised in that a control element for controlling the position of the positive-fit elements is provided, said control element being arranged in an axially displaceable manner in the longitudinal direction of the blocking bar and being controllable by web of a lashing point.
A system for limiting inrush current to a power supply, the system comprising: a transformer having a core, primary windings magnetically coupled to the core, and a plurality of secondary windings magnetically coupled to the core; first, second, and third windings separate from the plurality of secondary windings and magnetically coupled to the core of the transformer of the power supply, the first, second and third windings dedicated to pre-charging the power supply; the system further comprisinga first low-voltage contactor in series with a first low-voltage impedance element connected to the first winding; and, in parallel, a second low-voltage contactor in series with a second low-voltage impedance element connected to the first winding; and, a first low voltage contactor in series with a third low-voltage impedance element connected to the second winding; and, in parallel, a second low voltage contactor in series with a fourth low-voltage impedance element connected to the second winding. a transformer having a core, primary windings magnetically coupled to the core, and a plurality of secondary windings magnetically coupled to the core; first, second, and third windings separate from the plurality of secondary windings and magnetically coupled to the core of the transformer of the power supply, the first, second and third windings dedicated to pre-charging the power supply; the system further comprisinga first low-voltage contactor in series with a first low-voltage impedance element connected to the first winding; and, in parallel, a second low-voltage contactor in series with a second low-voltage impedance element connected to the first winding; and, a first low voltage contactor in series with a third low-voltage impedance element connected to the second winding; and, in parallel, a second low voltage contactor in series with a fourth low-voltage impedance element connected to the second winding.
A control device for an engine in which partial compression-ignition combustion is executed at least within a part of an operating range of the engine, the partial compression-ignition combustion including spark ignition combustion and compression ignition combustion, the spark ignition combustion being to be performed by combusting a portion of a mixture gas inside a cylinder by spark ignition and followed by the compression ignition combustion, the compression ignition combustion being to be performed by causing the remaining mixture gas inside the cylinder to self-ignite, the control device comprising a manipulator (13a, 14a, 53) configured to change an EGR ratio, that is a ratio of exhaust gas recirculated into the cylinder, and an air-fuel ratio, that is a ratio of air to fuel inside the cylinder, wherein the manipulator (13a, 14a, 53) is an intake variable valve timing, an exhaust variable valve timing, and an exhaust gas recirculation valve, the intake variable valve timing is changeable of at least an open timing, or an open crank angle, of an intake valve, the exhaust variable valve timing is changeable of at least a close timing, or a close crank angle, of an exhaust valve, and an opening of the exhaust gas recirculation valve is configured to be adjusted, a controller configured to control the manipulator (13a, 14a, 53) during the partial compression-ignition combustion to switch a combustion mode between a first mode and a second mode in which the EGR ratio is higher than the first mode and the air-fuel ratio is lower than the first mode, to open the intake and exhaust valves (11, 12) over top dead center of an exhaust stroke, wherein the controller is configured to cause the resumption to the first mode after a given period of time has elapsed from the switching to the second mode, if a condition of resuming to the first mode is satisfied after the combustion mode is switched from the first mode to the second mode, and wherein the controller is configured to cause the resumption to the second mode, after the partial compression-ignition combustion in the first mode is started and if a condition of switching from the first mode to the second mode is satisfied, after a shorter period of time has elapsed from the start of the first mode than the given period.
A plasma generating apparatus comprising: a cathode assembly including a cathode; an anode assembly including an anode having therein a plasma generation space; and one or more magnetic force generators configured to generate a magnetic force, wherein the anode assembly has one end portion in which a gas supply path is provided and the other end portion having an opening, the gas supply path configured to supply a plasma generating gas to the plasma generation space, and wherein the gas supply path is configured to generate a vortex of the plasma generating gas in the plasma generation space and said one or more magnetic force generators are arranged such that the magnetic force is generated in a direction opposite to a rotational direction of the vortex of the plasma generating gas and characterized in that the anode assembly further includes a guide member (241, 242) surrounding the anode, wherein the guide member is made of a plastic material and said one or more magnetic force generators are provided inside the guide member. a cathode assembly including a cathode; an anode assembly including an anode having therein a plasma generation space; and one or more magnetic force generators configured to generate a magnetic force, wherein the anode assembly has one end portion in which a gas supply path is provided and the other end portion having an opening, the gas supply path configured to supply a plasma generating gas to the plasma generation space, and wherein the gas supply path is configured to generate a vortex of the plasma generating gas in the plasma generation space and said one or more magnetic force generators are arranged such that the magnetic force is generated in a direction opposite to a rotational direction of the vortex of the plasma generating gas and characterized in that the anode assembly further includes a guide member (241, 242) surrounding the anode, wherein the guide member is made of a plastic material and said one or more magnetic force generators are provided inside the guide member.
Apparatus for localised heating of a polymer material surface to be repaired by ventilation of a hot fluid inside a confinement chamber for confining a zone to be treated, the apparatus comprising at least one deformable cap delimiting the confinement chamber while providing at least one outlet from the confinement chamber towards the outside of the cap, the peripheral wall being in aeraulic communication with a source of ventilation of a raised temperature fluid and being deformable between two stations of the cap, including a natural resting station in which the cap is of spontaneous conformation and a working station in which the cap delimits the volume of the confinement chamber by being placed under stress from selective implementation of force generator means comprised by the apparatus, characterised in that the cap is formed of a generally plane blanket incorporating in its general plane a framework for conformation of the confinement chamber under the effect of tensions applied locally by the framework on the blanket in its general plane, the framework being able to change state between a passive state in which the blanket and the framework which it incorporates are spontaneously plane, and an active state in which the framework is subjected to deformation by said force generator means and applies said localised tensions to the blanket.
A dishwasher comprising a body; a washing tub which is disposed in the body and wherein the washing process is performed; a heater which extends from between the bottom of the washing tub and the body into the washing tub and which enables the washing water to be heated; a thermostat which is positioned so as to be near the heater and which enables the temperature to be kept under control and a water hose which is arranged between the washing tub and the body so as to enable the transfer of the water, a protective member which at least partially covers the heater in the region in the washing tub and between the body and the washing tub, the protective member comprising a first protective member which is provided in the washing tub so as to at least partially cover the heater, and a second protective member in the region between the washing tub and the body, whereby the second protective member has a thermostat housing whereon the thermostat is placed, characterized by the second protective member further having a heater housing which surrounds the heater and a hose channel wherein the water hose is placed and which prevents the heat transfer between the heater and the water hose.
A method for operating a fluctuating energy generation system, in particular a wind turbine or a photovoltaic system, wherein an actual power value (Pmax theoretical; Psoll Pos 1) is determined, wherein the energy generation system is operated at an actual power value (Psoll Pos1) which is smaller than the theoretical maximum power value (Pmax theoretical) of the energy generation system, and/or wherein the actual power value (Pmax theoretical) corresponds to the theoretical maximum power value (Pmax theoretical), characterised in that the current power output (Psoll neg, Psoll pos2) of the energy generation system is controlled depending on a control value which is determined continuously from the sum or difference of the actual power value (Pmax theoretical; Psoll Pos1) and a predefined constant control power (negative control power; positive control power), in that the control value is predefined to the controller of the energy generation system in successive periods with constant period duration, in that the actual power value (Pmax theoretical; Psoll Pos 1) was measured as a mean average value within a predefined time interval that was before the current moment in time, and in that the predefined time interval for determining the actual power value (Pmax theoretical; Psoll Pos 1) or the control value (Psoll neg; Psoll pos) corresponds to a requested temporal resolution when providing control energy.
A polymer composition comprising a water-soluble cationic copolymer P2 structured in micro-blocks obtained by radical polymerization of at least one non-ionic monomer and at least one cationic monomer, in the presence of a homopolymer P1 having an average molecular weight between 5,000 and 100,000 daltons, as determined by intrinsic viscosity as defined in the description, wherein said homopolymer P1 has been prepared from 2-acrylamido-2-methylpropane sulphonate in salified form and in the presence of 200 to 20,000 ppm by weight of 2-methyl-2-propenyl-sulphonic acid in salified form, the ppm being expressed relative to the weight of 2-acrylamido-2-methylpropane sulfonate in salified form and determined by the method disclosed in the description.
A dual motion recline mechanism for a seat assembly comprising: a seat frame assembly wherein said seat frame assembly is configured to pivot to an upright position when unoccupied by a user and to a horizontal down position when occupied by the user; a seat carrier chassis plate operatively connected to said seat frame assembly by a pair of seat pivot pins, wherein said seat carrier chassis plate provides support for said seat frame assembly and is configured to allow the movement of said seat frame assembly; a chassis mounting plate connected to said seat frame assembly by a rear pivot link and a seat front guide rod; a linear actuator; a pair of rear pivot links wherein each of said pair of rear pivot links is operatively connected at its upper end to said chassis mounting plate, at its center to said seat carrier chassis plate and at its lower end to said linear actuator; and a back frame assembly operatively attached to said seat carrier chassis plate and to said linear actuator, wherein when actuated by the user, said linear actuator causes the seat carrier chassis plate to pull back frame assembly downward and forward and wherein also when actuated by the user, said linear actuator causes the pair of rear pivot links to rotate and pull said pair of seat carrier chassis plates in a down and forward direction thereby pulling seat frame assembly forward. a seat frame assembly wherein said seat frame assembly is configured to pivot to an upright position when unoccupied by a user and to a horizontal down position when occupied by the user; a seat carrier chassis plate operatively connected to said seat frame assembly by a pair of seat pivot pins, wherein said seat carrier chassis plate provides support for said seat frame assembly and is configured to allow the movement of said seat frame assembly; a chassis mounting plate connected to said seat frame assembly by a rear pivot link and a seat front guide rod; a linear actuator; a pair of rear pivot links wherein each of said pair of rear pivot links is operatively connected at its upper end to said chassis mounting plate, at its center to said seat carrier chassis plate and at its lower end to said linear actuator; and a back frame assembly operatively attached to said seat carrier chassis plate and to said linear actuator, wherein when actuated by the user, said linear actuator causes the seat carrier chassis plate to pull back frame assembly downward and forward and wherein also when actuated by the user, said linear actuator causes the pair of rear pivot links to rotate and pull said pair of seat carrier chassis plates in a down and forward direction thereby pulling seat frame assembly forward.
Method for operating a first wind power installation comprising a rotor having a rotor blade that is adjustable with a pitch angle, which generates an electrical power and in the wake of which a second wind power installation is located in at least one wake wind direction, comprising the step of: - operating the first wind power installation in a substantially wake-free normal mode with a first pitch characteristic, and operating the first wind power installation in a wake-loaded wake mode with a second pitch characteristic, - wherein the first pitch characteristic represents a first profile of the pitch angle and the second pitch characteristic represents a second profile of the pitch angle as a function of the electrical power, - wherein the pitch angle of the second pitch characteristic is greater than the pitch angle of the first pitch characteristic for at least one range of the electrical power, characterized by the first pitch characteristic and the second pitch characteristic substantially matching up to a first power threshold value of the electrical power and, for an electrical power exceeding the first power threshold value, the pitch angle of the second pitch characteristic being greater than the pitch angle of the first pitch characteristic. - operating the first wind power installation in a substantially wake-free normal mode with a first pitch characteristic, and operating the first wind power installation in a wake-loaded wake mode with a second pitch characteristic, - wherein the first pitch characteristic represents a first profile of the pitch angle and the second pitch characteristic represents a second profile of the pitch angle as a function of the electrical power, - wherein the pitch angle of the second pitch characteristic is greater than the pitch angle of the first pitch characteristic for at least one range of the electrical power, characterized by