mhurhangee/ep-ind-claims huggingface dataset:
A fuel injection apparatus for engines, the apparatus comprising a plurality of high pressure fuel pumps, in each of which fuel supplied to a plunger room is compressed by a plunger driven by a fuel cam to reciprocate in a plunger barrel, the compressed fuel being discharged to a common rail, and high pressure fuel accumulated in the common rail being injected into cylinders of an engine through injection valves at controlled timing, the plunger room being communicated with a fuel feed/spill passage connected to a fuel feed pump, and a controller being provided to control communication and shutoff of the communication between the plunger room and the fuel feed/spill passage, and control timing of the communication and shutoff, the communication and shutoff of the communication between the plunger room and the fuel feed/spill passage being performed by an electromagnetic valve, wherein the controller is composed to control the shutoff of the communication between the plunger room and the fuel feed/spill passage, and the discharge of the fuel from the plunger room to the common rail, characterized in that the controller is composed to keep the shutoff of the communication between the plunger room and the fuel feed/spill passage during a certain period, said period starting in an up stroke of the plunger performed by the fuel cam, the plunger reaching a top dead center during said period, and said period ending in the down stroke of the plunger after the top dead center, and in that the controller is composed to end the shutoff of the communication between the plunger room and the fuel feed/spill passage when the fuel pressure in the plunger room is lowered to a pressure level equal to or lower than the fuel pressure in the fuel feed/spill passage.
A turbine housing for an exhaust gas turbocharger, the turbine housing being made of sheet metal in which a scroll part forming a spiral exhaust gas passage is configured with scroll part members (5, 7), each having a facing part, at which the scroll part members are faced to and bonded to each other, the turbine housing comprising a wall part member which is provided on each side of a facing part of the scroll part members (5, 7), in a neighborhood area of a tongue part configuring a winding end part of the scroll part, wherein the wall part members which enclose the facing part and form a gas-tight space configure a double-wall structure; characterized in that one respective wall part member is arranged on each side of the facing part of the scroll part members (5, 7) so that the wall part members connect an outer wall surface of the scroll part to an outer wall surface of a flow inlet part of the exhaust gas.
Landing gear provided with a movable gear leg, said gear leg supporting at least one member for contact with the ground, said landing gear comprising a motor having a output member which is rotatable about a motor axis, said landing gear having a movement transformation system, said movement transformation system having a movable first element engaging with a movable second element, the first element being mechanically connected to the output member, the second element being attached to the gear leg, said second element comprising a connecting rod hinged by a first hinge to the first element, said connecting rod being hinged by a second hinge to the gear leg, said landing gear including a computer in communication with said motor, said computer being designed to control said motor in order to control a position of the member for contact with the ground, characterised in that the said movement transformation system is designed to transform a rotational movement by the motor into a translational movement of the gear leg or into a translational and rotational movement of the gear leg or into a circular translational movement of the gear leg.
A raising and lowering device for support of load, where the raising and lowering device comprises a first beam, a second beam and at least one profile element, where each of the first and the second beam (2, 3) is connected to the at least one profile element through at least one strut (7, 8), where one end of each strut (7, 8) is supported through a slide and pivot connection and an opposite end of each strut (7, 8) is supported through a pivot connection, where the device further comprises at least one synchronizing element rotatably supported at each end of the at least one profile element, and where the at least one synchronizing element extends in a loop substantially around the entire length of the profile element, to which at least one synchronizing element each of the first and second beams (2, 3), via a bracket, is connected to such that the first and second beams (2, 3) are movable relative to each other between a retracted position and an extended position of the raising and lowering device.
A manufacturing tool for use in manufacturing articles of footwear comprising: a tray mold Portion comprising: a top surface with a substantially planar perimeter portion, the top surface including one or more cavities therein; and a perimeter edge of a size and shape to removably fit within a recess of a carrier mold portion shaped to define a midsole geometry, the carrier mold portion having at least one perimeter sidewall, wherein an internal surface of the at least one perimeter sidewall contacts the perimeter edge of the tray mold portion when the tray mold portion and the carrier mold portion are removably mated together.
A method for manufacturing a honeycomb structure forming die for subjecting kneaded clay as a raw material to extrusion forming in order to manufacture a honeycomb structure provided with porous partition walls separating and forming a plurality of cells functioning as fluid passages and having first cells having a predetermined opening area and second cells having a different opening area from that of the first cells disposed alternately, wherein the method comprises: a liquid groove forming step for forming linear processing liquid grooves whose width is smaller than that of a slit, in positions for forming the slits for forming the partition walls of the honeycomb structure by subjecting the kneaded clay to extrusion in one side end face as a kneaded clay forming face of a plate-shaped die substrate having the one side end face and the other side end face, an introduction hole forming step for forming a plurality of introduction holes for introducing the kneaded clay, the introduction holes communicating with the processing liquid grooves, in the other side end face to function as a kneaded clay introduction face of the die substrate before or after the liquid groove forming step, and a slit forming step for forming slits communicating with the introduction holes by performing comb-like electro-discharge machining by a comb-like electrode where a plurality of plate-shaped protrusion electrodes corresponding with the slit width are disposed in positions including the processing liquid grooves on the one side end face as the kneaded clay forming face of the die substrate. a liquid groove forming step for forming linear processing liquid grooves whose width is smaller than that of a slit, in positions for forming the slits for forming the partition walls of the honeycomb structure by subjecting the kneaded clay to extrusion in one side end face as a kneaded clay forming face of a plate-shaped die substrate having the one side end face and the other side end face, an introduction hole forming step for forming a plurality of introduction holes for introducing the kneaded clay, the introduction holes communicating with the processing liquid grooves, in the other side end face to function as a kneaded clay introduction face of the die substrate before or after the liquid groove forming step, and a slit forming step for forming slits communicating with the introduction holes by performing comb-like electro-discharge machining by a comb-like electrode where a plurality of plate-shaped protrusion electrodes corresponding with the slit width are disposed in positions including the processing liquid grooves on the one side end face as the kneaded clay forming face of the die substrate.
A method for stabilizing an earth formation of a track, wherein the earth formation, exposed after removal of the track and ballast, is mixed with aggregates and levelled and consolidated, thus forming a protection layer, characterized by the following features: a) in a first working pass - in a work section adjoining a rear crawler track with regard to a working direction - parallel to the removal of the ballast, the earth formation is loosened up, aggregates are introduced, and grading takes place, b) in a second working pass, the earth formation to which aggregates have been added is mixed thoroughly by getting picked up by means of a clearing chain and being transported onward to a discharge point located behind the rear crawler track, and is discharged again upon the exposed earth formation after which, by grading and consolidating the discharged earth formation, a rehabilitation layer is formed. a) in a first working pass - in a work section adjoining a rear crawler track with regard to a working direction - parallel to the removal of the ballast, the earth formation is loosened up, aggregates are introduced, and grading takes place, b) in a second working pass, the earth formation to which aggregates have been added is mixed thoroughly by getting picked up by means of a clearing chain and being transported onward to a discharge point located behind the rear crawler track, and is discharged again upon the exposed earth formation after which, by grading and consolidating the discharged earth formation, a rehabilitation layer is formed.
A method performed on a network element employing Multiprotocol Label Switching, MPLS, to promulgate an alert to each Label Switch Router, LSR, along a Label Switch Path, LSP, by forwarding a labeled packet serving as an alert packet generated by an LSR in the LSP, the method comprising: receiving the labeled packet by the network element from another LSR in the LSP; characterized by determining whether the labeled packet is the alert packet by checking a time to live, TTL, value in an MPLS label header of the labeled packet; and determining whether the labeled packet is an operation, administration and maintenance, OAM, packet based on a presence of a generic associated channel label, GAL, when the labeled packet is the OAM packet copying the labeled packet including a label stack of the labeled packet to create a copy of the labeled packet and forwarding the labeled packet to a next LSR in the LSP, whereby the latency in promulgating the alert to each of the LSRs in the LSP is reduced. receiving the labeled packet by the network element from another LSR in the LSP; characterized by determining whether the labeled packet is the alert packet by checking a time to live, TTL, value in an MPLS label header of the labeled packet; and determining whether the labeled packet is an operation, administration and maintenance, OAM, packet based on a presence of a generic associated channel label, GAL, when the labeled packet is the OAM packet copying the labeled packet including a label stack of the labeled packet to create a copy of the labeled packet and forwarding the labeled packet to a next LSR in the LSP, whereby the latency in promulgating the alert to each of the LSRs in the LSP is reduced.
A refrigerator comprising: a cooling chamber (120; 130) configured to store items placed therein; a refrigerator door (122; 132) for the cooling chamber; a dispenser unit coupled to the refrigerator door (122; 132) and configured to dispense drinking water; and a water tank configured to store and supply water to the dispenser unit, wherein the water tank is detachably coupled to an inner side of the refrigerator door (122; 132); a water tank door operable to cover the water tank; a water outflow line coupled to the dispenser unit and configured to supply water thereto; a first coupling member comprising: a first end coupled to a water outflow groove formed on the water tank; and a second end coupled to the water outflow line; a water supply line coupled to a water supply source and configured to supply water from the water supply source; and a second coupling member comprising: a first end; and a second end coupled to the water supply line, wherein the water supply nozzle is coupled to a water supply groove formed in the water tank, characterized by the first end having a water supply nozzle made of a flexible material; a water drain bolt coupled to a water drain groove formed at one end of the water tank; and wherein the water tank door is made of a transparent material wherein the water tank is visible through the water tank door, wherein the water tank is made of a transparent material and is installed on an accommodating drawer mounted on the inner side of the refrigerator door (122; 132). a cooling chamber (120; 130) configured to store items placed therein; a refrigerator door (122; 132) for the cooling chamber; a dispenser unit coupled to the refrigerator door (122; 132) and configured to dispense drinking water; and a water tank configured to store and supply water to the dispenser unit, wherein the water tank is detachably coupled to an inner side of the refrigerator door (122; 132); a water tank door operable to cover the water tank; a water outflow line coupled to the dispenser unit and configured to supply water thereto; a first coupling member comprising: a first end coupled to a water outflow groove formed on the water tank; and a second end coupled to the water outflow line; a water supply line coupled to a water supply source and configured to supply water from the water supply source; and a second coupling member comprising: a first end; and a second end coupled to the water supply line, wherein the water supply nozzle is coupled to a water supply groove formed in the water tank, characterized by the first end having a water supply nozzle made of a flexible material; a water drain bolt coupled to a water drain groove formed at one end of the water tank; and wherein the water tank door is made of a transparent material wherein the water tank is visible through the water tank door, wherein the water tank is made of a transparent material and is installed on an accommodating drawer mounted on the inner side of the refrigerator door (122; 132).
A first refining disc for a defibrator for refining fibrous material, the first refining disc being adapted to receive a flow of incoming fibrous material from a feed screw through a material inlet opening arranged in the first refining disc, the first refining disc being provided with at least one steam evacuating channel comprising at least one steam inlet opening arranged on a side of the first refining disc adapted to face a second refining disc, and at least one steam outlet opening arranged on a side of the first refining disc adapted to face away from the second refining disc, the at least one steam outlet opening being arranged centrally of the at least one steam inlet opening with respect to the center of the first refining disc, and characterized in that the at least one steam outlet opening is arranged centrally of a position where the flow of incoming material is to be received into the first refining disc from the feed screw, with respect to the center of the first refining disc.
A method for identifying wireless sensor units, the method comprising: receiving identification information from a marker at a wireless sensor unit, wherein the marker is associated with an object within an aircraft; sending the identification information from the wireless sensor unit to a computer system; identifying, by the computer system, an object assigned with the marker using the identification information; associating, by the computer system, the wireless sensor unit with the object using the identification information; and selecting the identification information for the marker from identification information received in a plurality of signals received from a plurality of markers, based on a signal strength of each of the plurality of signals, prior to sending the identification information from the wireless sensor unit to the computer system. receiving identification information from a marker at a wireless sensor unit, wherein the marker is associated with an object within an aircraft; sending the identification information from the wireless sensor unit to a computer system; identifying, by the computer system, an object assigned with the marker using the identification information; associating, by the computer system, the wireless sensor unit with the object using the identification information; and selecting the identification information for the marker from identification information received in a plurality of signals received from a plurality of markers, based on a signal strength of each of the plurality of signals, prior to sending the identification information from the wireless sensor unit to the computer system.
A self-propelled combine harvester, comprising - a separating device for separating a flow of material primarily formed by grain from a residual flow primarily formed by plant residues, - a chopping device for processing the residual flow, - a cleaning device for cleaning the flow of material from residual components contained therein, - at least one suction fan device, as well as - at least one spreading device, wherein the suction fan device is disposed downstream of the cleaning device, so that the residual components can be sucked in through an intake opening of the suction fan device and in this manner can be transferred from the cleaning device by the suction fan device, wherein the spreading device is suitable for ejecting the residual flow processed by means of the chopping device, wherein a discharge opening of the suction fan device, through which the residual components can be blown out of the suction fan device, is positioned at a height which is below the spreading device, characterized by a deflector plate spreader being associated with the underneath of the spreading device, wherein the suction fan device delivers the residual components to the deflector plate spreader, wherein the deflector plate spreader has a plurality of guide elements, by means of which the residual components supplied to the deflector plate spreader can be spread in a direction transverse to the combine harvester. - a separating device for separating a flow of material primarily formed by grain from a residual flow primarily formed by plant residues, - a chopping device for processing the residual flow, - a cleaning device for cleaning the flow of material from residual components contained therein, - at least one suction fan device, as well as - at least one spreading device, wherein the suction fan device is disposed downstream of the cleaning device, so that the residual components can be sucked in through an intake opening of the suction fan device and in this manner can be transferred from the cleaning device by the suction fan device, wherein the spreading device is suitable for ejecting the residual flow processed by means of the chopping device, wherein a discharge opening of the suction fan device, through which the residual components can be blown out of the suction fan device, is positioned at a height which is below the spreading device, characterized by a deflector plate spreader being associated with the underneath of the spreading device, wherein the suction fan device delivers the residual components to the deflector plate spreader, wherein the deflector plate spreader has a plurality of guide elements, by means of which the residual components supplied to the deflector plate spreader can be spread in a direction transverse to the combine harvester.
Integrated drive for bicycle handlebars, comprising a grip body having a shape and size suitable for being gripped by the cyclist in a holding condition while riding, a brake lever carried by the grip body, an oil-hydraulic system mounted inside the grip body and mechanically actuated by the brake lever to send pressurised fluid into a braking system, and a set of gearshift drives, on said grip body, wherein the oil-hydraulic system comprises a cylinder-piston group with a stem of the piston mechanically connected to the brake lever, so that an actuation of the brake lever corresponds to sliding of the piston inside the cylinder, characterised in that the stem is provided with a joint, which divides the stem into a first portion fixedly connected to the piston and a second portion provided with a head of the stem of the piston, hinged to the brake lever.
A method of removing filtercake particles formed in a wellbore extending into a hydrocarbon reservoir, which comprises initiating an exothermic chemical reaction downhole when NH 4 Cl and NaNO 2 are contacted with an acid to liberate nitrogen gas and heat.
Method of notification of a call involving a communication device connected to a domestic gateway, the establishment of said call involving the passage of a signalling stream through said domestic gateway, said method comprising a step of reception by the gateway of a message signalling acceptance of said call, characterized in that the gateway is able to manage several communications simultaneously and in that the method comprises: - a step of determination by the domestic gateway of at least one communication device connected to said domestic gateway, - and a step of dispatching to said at least one determined communication device a call-in-progress notification message, said notification message comprising a number of calls in progress on the domestic gateway so that the communication device displays the number of calls in progress on the domestic gateway. - a step of determination by the domestic gateway of at least one communication device connected to said domestic gateway, - and a step of dispatching to said at least one determined communication device a call-in-progress notification message, said notification message comprising a number of calls in progress on the domestic gateway so that the communication device displays the number of calls in progress on the domestic gateway.
Tube with a reservoir of phase-change material for a heat exchange bundle of a heat exchanger, said tube with a reservoir of phase-change material including: - two flow plates which are configured to be assembled with one another in a fluid-tight fashion and form at least one duct in which a first heat-transfer fluid flows between said flow plates, characterized in that it also includes at least one reservoir plate including cavities, said reservoir plate being configured so that it can be assembled in fluid-tight fashion on an external face of one of the two flow plates so as to close the cavities and form housings for the phase-change material, said cavities projecting from the external face of the reservoir plate so that a second heat-transfer fluid can circulate between said cavities. - two flow plates which are configured to be assembled with one another in a fluid-tight fashion and form at least one duct in which a first heat-transfer fluid flows between said flow plates,