mhurhangee/ep-ind-claims huggingface dataset:
A fuel pump assembly for an internal combustion engine, the fuel pump assembly comprising: a pump chamber for fuel; a plunger which is driven by means of a drive arrangement to cause pressurization of fuel within the pump chamber; a first housing part provided with a recess (38a, 38b) which defines the pump chamber in an upper region thereof and which receives a second elongate housing part in a lower region thereof, wherein the second elongate housing part defines at least in part a plunger bore for receiving the plunger; characterised in that the second elongate housing part projects from the recess (38a, 38b) so that a greater proportion of the second housing part extends from the recess (38a, 38b) than is received within the recess (38a, 38b); and wherein the fuel pump assembly comprises an inlet valve arranged vertically above an end surface of the plunger within the pump chamber and operable to control a supply of fuel into the pump chamber prior to pressurization, wherein the inlet valve is cooperable with an inlet valve seating defined at an entry port to the pump chamber and, wherein the second elongate housing part includes a sleeve which defines an upper portion of the plunger bore, said sleeve being fixed to the second elongate housing part and, wherein the sleeve defines, together with the recess in the first housing part, a clearance for fuel to permit fuel flow around the outside of the sleeve. a pump chamber for fuel; a plunger which is driven by means of a drive arrangement to cause pressurization of fuel within the pump chamber; a first housing part provided with a recess (38a, 38b) which defines the pump chamber in an upper region thereof and which receives a second elongate housing part in a lower region thereof, wherein the second elongate housing part defines at least in part a plunger bore for receiving the plunger; characterised in that the second elongate housing part projects from the recess (38a, 38b) so that a greater proportion of the second housing part extends from the recess (38a, 38b) than is received within the recess (38a, 38b); and wherein the fuel pump assembly comprises an inlet valve arranged vertically above an end surface of the plunger within the pump chamber and operable to control a supply of fuel into the pump chamber prior to pressurization, wherein the inlet valve is cooperable with an inlet valve seating defined at an entry port to the pump chamber and, wherein the second elongate housing part includes a sleeve which defines an upper portion of the plunger bore, said sleeve being fixed to the second elongate housing part and, wherein the sleeve defines, together with the recess in the first housing part, a clearance for fuel to permit fuel flow around the outside of the sleeve.
A system for aiding the control of a drive axle assembly of a heavy industrial vehicle; the vehicle comprising an engine having a driving shaft and a drive axle assembly; the system comprising said drive axle assembly and computer means; the drive axle assembly comprising a differential assembly having a hypoid gear operatively connected with the driving shaft and at least a driven shaft (9',9") for driving a respective axle shaft (10',10") connected with a respective driving wheel; the at least one axle shaft (10', 10") being operatively connected to the respective driven shaft (9',9") by means of a respective reduction gear (20,20") suitable to allow a first reduction condition and a second reduction condition, different from the first one, of the angular speed of the axle shaft (10',10") with respect to the angular speed of the respective driven shaft (9',9''); the computer means being configured for - calculating of an opportunity of switching between said first and second reduction condition as a function of an improvement of the vehicle operating condition and - generating an acoustic or an optical signal for the driver or - automatically switching the drive axle ratio between said first and second reduction conditions. - calculating of an opportunity of switching between said first and second reduction condition as a function of an improvement of the vehicle operating condition and - generating an acoustic or an optical signal for the driver or - automatically switching the drive axle ratio between said first and second reduction conditions.
Lead-free plain bearing material having a sintered matrix of Cu or based on CuSn and a solid lubricant, which contains hexagonal boron nitride, characterised in that the hexagonal boron nitride is present in a fine-grained distribution with a mean particle size of from 5 μm to 7 μm, wherein agglomerates of the particles of hexagonal boron nitride are no greater than 200 μm.
Grate bar (10, 80, 120) for an incinerator, the grate bar comprising a replaceable head at the front end of the grate bar (10, 80, 120), the replaceable head being fixed to the grate bar with at least two screws (176, 180), the screws comprising screw heads which engage in a first screw slot and in a second screw slot, which are formed in the form of a T, the slots being provided in the replaceable head, wherein a lower portion of the grate bar (10, 80, 120) that comprises openings for the screws (176, 180) comprises plain regions (134, 135) around the openings which are sufficiently large to allow free access for an angular grinder, characterized in that the grate bar (10, 80, 120) comprises furthermore a first step and a second step, the replaceable head being mounted between the first step and the second step of a free space of the grate bar in such a way that the first and the second step absorb the thrust forces and the screws are exposed to less tensions.
A method for a first access node comprising: supporting a user equipment at the first access node; receiving by the first access node an indication of an offload status from a second access node; making a determination relating to the handover of the user equipment from the first access node to the second access node in dependence on the received indication, wherein the first access node supports a first set of resources for the user equipment; transmitting to the user equipment a request to perform offload in accordance with the received indication; receiving an indication from the user equipment of a subset of the first set of resources from which traffic data has been offloaded; and indicating the remaining resources of the first set of resources in a handover request to the second access node. supporting a user equipment at the first access node; receiving by the first access node an indication of an offload status from a second access node; making a determination relating to the handover of the user equipment from the first access node to the second access node in dependence on the received indication, wherein the first access node supports a first set of resources for the user equipment; transmitting to the user equipment a request to perform offload in accordance with the received indication; receiving an indication from the user equipment of a subset of the first set of resources from which traffic data has been offloaded; and indicating the remaining resources of the first set of resources in a handover request to the second access node.
A distributed processing system (201; 310) for processing an elevator call, comprising a plurality of wireless communication modules (201A, 201B, 201C) deployed in an elevator service area, each of the wireless communication modules (201A, 201B, 201C) is associated with one or more call units (E1, E2, E3, E4) and characterized in that the wireless communication modules are configured to: perform a call assignment operation in response to an elevator call from a terminal device (202A, 202B; 50) specifying it as a target wireless communication module; and return a message about call assignment to the terminal device (202A, 202B; 50). perform a call assignment operation in response to an elevator call from a terminal device (202A, 202B; 50) specifying it as a target wireless communication module; and return a message about call assignment to the terminal device (202A, 202B; 50).
A strut comprising a composite cylinder with a mid-strut fitting mounted on an interface region in a mid-portion of said cylinder, wherein: said cylinder comprises layers of filaments laid in a helical configuration to define a cylinder wall, wherein at least in said interface region, layers of the helical-filaments are displaced radially-outward by an underlying formation, and characterized in that a plurality of teeth provided on an inner circumferential surface of the mid-strut fitting engage with one or more layers of the helical-filaments in the interface region to make a mechanical connection. said cylinder comprises layers of filaments laid in a helical configuration to define a cylinder wall, wherein at least in said interface region, layers of the helical-filaments are displaced radially-outward by an underlying formation, and characterized in that a plurality of teeth provided on an inner circumferential surface of the mid-strut fitting engage with one or more layers of the helical-filaments in the interface region to make a mechanical connection.
Heater unit for a device for heating and/or frothing milk, in which steam or a steam-air mixture as a heat carrier is introduced into the milk, wherein the heater unit has an inner steam channel and an outer annular channel surrounding it coaxially for the milk, wherein hot steam or a steam-air mixture is supplied at an upstream end of the steam channel and milk is supplied at an upstream end of the annular channel, wherein the steam channel and the annular channel open respectively at their downstream end (1b, 2b) into a discharge channel for removing the heated and/or frothed milk, characterised in that a temperature sensor for recording the temperature of the heated and/or the frothed milk is arranged in the discharge channel.
A method for centrally distributing mobile content for delivery to mobile devices, the method comprising: receiving at a central mobile content delivery system mobile content and associated subscription data from respective content providers, the subscription data defining content offers and subscriptions, on behalf of said content providers, for subscribers to receive said mobile content; storing said mobile content for delivery to respective mobile devices of said subscribers in accordance with respective subscriptions; forwarding the subscription data to a mobile content store system on behalf of said content providers, said store system providing the content offers to deliver the mobile content to subscribers and completing respective subscriptions to receive the mobile content in accordance with the content offers; and receiving at the central mobile content delivery system respective subscriptions (540, 542) from said mobile content store system for configuring delivery of mobile content to said mobile devices; wherein the subscription data comprises terms for defining a subscription to receive a plurality of respective content packages comprising the mobile content and at least one of previously published mobile content or subsequently published mobile content defining a series of publications. receiving at a central mobile content delivery system mobile content and associated subscription data from respective content providers, the subscription data defining content offers and subscriptions, on behalf of said content providers, for subscribers to receive said mobile content; storing said mobile content for delivery to respective mobile devices of said subscribers in accordance with respective subscriptions; forwarding the subscription data to a mobile content store system on behalf of said content providers, said store system providing the content offers to deliver the mobile content to subscribers and completing respective subscriptions to receive the mobile content in accordance with the content offers; and receiving at the central mobile content delivery system respective subscriptions (540, 542) from said mobile content store system for configuring delivery of mobile content to said mobile devices; wherein the subscription data comprises terms for defining a subscription to receive a plurality of respective content packages comprising the mobile content and at least one of previously published mobile content or subsequently published mobile content defining a series of publications.
A method for fabrication, comprising: providing a substrate having an upper surface with pattern of one or more recesses formed therein; directing a laser beam to impinge on a donor film so as to eject droplets of a fluid from the donor film by laser-induced forward transfer (LIFT) into the one or more recesses, wherein the fluid hardens within the one or more recesses to form a solid piece having a shape defined by the one or more recesses; and removing the substrate from the solid piece. providing a substrate having an upper surface with pattern of one or more recesses formed therein; directing a laser beam to impinge on a donor film so as to eject droplets of a fluid from the donor film by laser-induced forward transfer (LIFT) into the one or more recesses, wherein the fluid hardens within the one or more recesses to form a solid piece having a shape defined by the one or more recesses; and removing the substrate from the solid piece.
A lip cosmetic comprising the following (a) and (b), wherein the blending quantity of (b) is 20 to 70 mass %: (a) 5 to 20 mass % of a polyglyceryl isostearate wherein the addition mole number of glycerin is 4 to 10, and the number of isostearic acid residues is 1 to 4; and (b) 20 to 70 mass % of one or more kinds of methyl phenyl silicones, wherein said one or more kinds of methyl phenyl silicones are selected from the group consisting of trimethyl pentaphenyl trisiloxane, diphenyl dimethicone and diphenylsiloxy phenyl trimethicone, 0 to 45 mass % of pentaerythrityl tetra(benzoate/2-ethylhexanoate) wherein, when component contains diphenylsiloxy phenyl trimethicone and component is absent, the blending quantity of diphenylsiloxy phenyl trimethicone in component, as defined by the equation diphenylsiloxy phenyl trimethicone/{component other than diphenylsiloxy phenyl trimethicone}, is 0.8 to 3.5 (mass ratio). (a) 5 to 20 mass % of a polyglyceryl isostearate wherein the addition mole number of glycerin is 4 to 10, and the number of isostearic acid residues is 1 to 4; and (b) 20 to 70 mass % of one or more kinds of methyl phenyl silicones, wherein said one or more kinds of methyl phenyl silicones are selected from the group consisting of trimethyl pentaphenyl trisiloxane, diphenyl dimethicone and diphenylsiloxy phenyl trimethicone, 0 to 45 mass % of pentaerythrityl tetra(benzoate/2-ethylhexanoate) wherein, when component contains diphenylsiloxy phenyl trimethicone and component is absent, the blending quantity of diphenylsiloxy phenyl trimethicone in component, as defined by the equation diphenylsiloxy phenyl trimethicone/{component other than diphenylsiloxy phenyl trimethicone}, is 0.8 to 3.5 (mass ratio). 20 to 70 mass % of one or more kinds of methyl phenyl silicones, wherein said one or more kinds of methyl phenyl silicones are selected from the group consisting of trimethyl pentaphenyl trisiloxane, diphenyl dimethicone and diphenylsiloxy phenyl trimethicone, 0 to 45 mass % of pentaerythrityl tetra(benzoate/2-ethylhexanoate) wherein, when component contains diphenylsiloxy phenyl trimethicone and component is absent, the blending quantity of diphenylsiloxy phenyl trimethicone in component, as defined by the equation diphenylsiloxy phenyl trimethicone/{component other than diphenylsiloxy phenyl trimethicone}, is 0.8 to 3.5 (mass ratio).
A bearing lubrication system, comprising: a gearbox housing and a cover affixed thereto; said gearbox housing includes a planetary gear system, said planetary gear system includes planet gears (4B, 5B); said gearbox housing includes an interior surface and an exterior surface); lubricating oil, said lubricating oil resides in said gearbox housing, said planet gears (4B, 5B) pass through said lubricating oil in said gearbox housing; a floating ring gear residing within said gearbox housing, said floating ring gear is substantially cylindrically shaped, said floating ring gear includes an inner portion and an exterior surface, said inner portion of said floating ring gear includes an internal spline and internal teeth (56, 57); said cover includes an external spline; said internal spline of said floating ring gear engages said external spline of said cover preventing rotation of said floating ring gear with respect to said housing; said exterior surface of said floating ring gear is radially spaced apart from said interior surface of said gearbox housing forming an annulus between said gearbox housing and said floating ring gear; said planet gears (4B, 5B) of said planetary gear system engage said internal teeth (56, 57) of said floating ring gear, and characterized in that said internal teeth of said floating ring gear includes a first passageway therethrough, said first passageway extends through said floating ring gear, said internal gear 56 engages said planet gears and pumps oil through said first passageway of said internal teeth and into said annulus. a gearbox housing and a cover affixed thereto; said gearbox housing includes a planetary gear system, said planetary gear system includes planet gears (4B, 5B); said gearbox housing includes an interior surface and an exterior surface); lubricating oil, said lubricating oil resides in said gearbox housing, said planet gears (4B, 5B) pass through said lubricating oil in said gearbox housing; a floating ring gear residing within said gearbox housing, said floating ring gear is substantially cylindrically shaped, said floating ring gear includes an inner portion and an exterior surface, said inner portion of said floating ring gear includes an internal spline and internal teeth (56, 57); said cover includes an external spline; said internal spline of said floating ring gear engages said external spline of said cover preventing rotation of said floating ring gear with respect to said housing; said exterior surface of said floating ring gear is radially spaced apart from said interior surface of said gearbox housing forming an annulus between said gearbox housing and said floating ring gear; said planet gears (4B, 5B) of said planetary gear system engage said internal teeth (56, 57) of said floating ring gear, and characterized in that said internal teeth of said floating ring gear includes a first passageway therethrough, said first passageway extends through said floating ring gear, said internal gear 56 engages said planet gears and pumps oil through said first passageway of said internal teeth and into said annulus.
A composition, comprising: (i) a lipid nanoparticle comprising a lipid membrane and an aqueous core; and (ii) a plurality of indocyanine green molecules, wherein one or more of said ICG molecules is embedded in said lipid membrane, wherein at least about 95% of said ICG is embedded in said lipid membrane. (i) a lipid nanoparticle comprising a lipid membrane and an aqueous core; and (ii) a plurality of indocyanine green molecules,
Shut-off gas valve comprising a gas inlet, a gas outlet, an intermediate orifice for communicating the outlet with the inlet, a closure member that blocks the intermediate orifice in a closing position, preventing the passage of gas towards the outlet, and that prevents said passage in an opening position, and an electromagnetic actuator acting on the closure member to cause it to change position, characterized in that the electromagnetic actuator comprises a static armature, a static permanent magnet and a movable element which is attached to the closure member, the closure member moving integrally with the movable element, and in that the movable element comprises a bobbin associated with the armature with freedom of movement and a coil which is wound around and attached to the bobbin and cooperates with the permanent magnet depending on its power supply so that the movable element moves and thus causes the closure member to change position, the valve also comprising at least one ferromagnetic element (61; 62) attached to the movable element, which adheres to the permanent magnet when the closure member is in the opening position.
A III-nitride transistor comprising: a conduction channel formed between first and second III-nitride bodies (110, 112), said conduction channel including a two-dimensional electron gas; a single gate dielectric layer having a charge confined within to cause an interrupted region in said conduction channel; a gate electrode operable to restore said interrupted region of said conduction channel, characterised in that said charge is a dispersed throughout said single gate dielectric layer a conduction channel formed between first and second III-nitride bodies (110, 112), said conduction channel including a two-dimensional electron gas; a single gate dielectric layer having a charge confined within to cause an interrupted region in said conduction channel; a gate electrode operable to restore said interrupted region of said conduction channel, characterised in that said charge is a dispersed throughout said single gate dielectric layer
Method performed by a user equipment, UE, in a wireless communication network, the method comprising performing a cell identification procedure based on a comparison between a signal quality of a first cell and the signal quality of a second cell, the method comprising performing the cell identification procedure based on one or more parameters, wherein performing the cell identification procedure based on the comparison comprises selecting a first or a second cell identification procedure based on the comparison, and the second cell identification procedure having at least one parameter, which is different from a parameter of the first cell identification procedure.
A power generator (10; 30) for generating electrical energy, comprising: at least one multi-layer structure having a flexible fuel layer (12; 36) formed of a chemical hydride, the fuel layer (12; 36) having first and second spaced apart sides and a thickness less than one of a length or a width thereof; and first and second flexible fuel cell layer (14, 16; 32a, 32b), positioned on respective sides of the fuel layer (12; 36), the fuel cell layers (14, 16; 32a, 32b) each having a thickness parameter less than one of an electrode length, or an electrode width thereof. at least one multi-layer structure having a flexible fuel layer (12; 36) formed of a chemical hydride, the fuel layer (12; 36) having first and second spaced apart sides and a thickness less than one of a length or a width thereof; and first and second flexible fuel cell layer (14, 16; 32a, 32b), positioned on respective sides of the fuel layer (12; 36), the fuel cell layers (14, 16; 32a, 32b) each having a thickness parameter less than one of an electrode length, or an electrode width thereof.