mhurhangee/ep-ind-claims huggingface dataset:
Load dependent brake pressure valve comprising a) a valve housing with an inlet port for an inlet brake pressure and an outlet port for an outlet brake pressure, b) valve elements which transform the inlet brake pressure corresponding to a transformation characteristic into an outlet brake pressure, c) an adjustment shaft protruding from the valve housing, the adjustment shaft being coupled to the valve elements such that a rotation of the adjustment shaft relatively to the valve housing leads to a change of the transformation characteristic and d) an adjustment element which is arranged outside from the valve housing and which da) is connected to the adjustment shaft via a connection transmitting a moment, db) can be fixed in different adjustment positions by means of a fixing device to the valve housing or a console which is fixedly connected to the valve housing e) wherein the adjustment shaft is supported on the valve housing or on the console via a supporting path which runs along the connection which connects the adjustment element to the adjustment shaft, the adjustment element and the fixing device, characterised in that f) the adjustment path fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position. a) a valve housing with an inlet port for an inlet brake pressure and an outlet port for an outlet brake pressure, b) valve elements which transform the inlet brake pressure corresponding to a transformation characteristic into an outlet brake pressure, c) an adjustment shaft protruding from the valve housing, the adjustment shaft being coupled to the valve elements such that a rotation of the adjustment shaft relatively to the valve housing leads to a change of the transformation characteristic and d) an adjustment element which is arranged outside from the valve housing and which da) is connected to the adjustment shaft via a connection transmitting a moment, db) can be fixed in different adjustment positions by means of a fixing device to the valve housing or a console which is fixedly connected to the valve housing e) wherein the adjustment shaft is supported on the valve housing or on the console via a supporting path which runs along the connection which connects the adjustment element to the adjustment shaft, the adjustment element and the fixing device, characterised in that f) the adjustment path fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position. fa) comprises a degree of freedom and fb) comprises at least one spring which for a relative displacement from the equilibrium position along the degree of freedom generates a return force or a return moment towards the equilibrium position.
Fuel supply system for a gas-turbine engine with a high-pressure supply line, a fuel metering unit and a fuel distribution system connected to the burners (4, 20), to control or regulate the fuel quantity supplied to the individual burners, characterized in that the fuel distribution system includes a single fuel line, through which fuel permanently flows in operation, as well as a staging valve arrangement (7, 13, 19) for the respective burner (4, 20), said staging valve arrangement being assigned to the single fuel line and comprising several shutoff valves (8 to 10, 14 to 18, 22 to 25) which are - independently of each other - individually or simultaneously electrically settable to a closed or open limit position, with the shutoff valves featuring specific, yet different cross-sectional areas (A o to A n), wherein the staging valve arrangement (7, 13) provided includes for controllable fuel distribution, as shutoff valves at least one pilot valve (8, 14, 15) or at least one main valve (9, 10, 16 to 18), each having a different cross-sectional area (A o to A n), which close or release the fuel flow to the pilot injection nozzle or to the main injection nozzle, and wherein the staging valve arrangement features a pilot valve, which closes or releases a cross-sectional area (A o), while leaving open a small cross-section (A 1 << A 0) to the pilot injection nozzle in the closed state, as well as a first and a second main valve (9, 10), each having a different cross-sectional area (A 2, A 3), with variable fuel flows reaching the pilot injection nozzle in the completely or partly closed position of the main valves (9, 10) and of the pilot valve, and with different fuel flows reaching the main injection nozzle in the closed and/ or open position of one or both of the main valves (9, 10).
A container suitable for containing a frozen confection, the container comprising: - a receptacle comprising a product outlet through which the frozen confection can be dispensed and wherein the outlet is closed by a self-closing valve; - a flexible bag for containing the frozen confection and located inside the receptacle; and - a propellant inlet through which pressurized gas can be introduced to a region inside the receptacle and outside of the bag to urge the frozen confection towards the product outlet; wherein the self-closing valve is a slit valve made from a resilient material having a Shore hardness of 35 to 45 as determined on the A scale. - a receptacle comprising a product outlet through which the frozen confection can be dispensed and wherein the outlet is closed by a self-closing valve; - a flexible bag for containing the frozen confection and located inside the receptacle; and - a propellant inlet through which pressurized gas can be introduced to a region inside the receptacle and outside of the bag to urge the frozen confection towards the product outlet; wherein the self-closing valve is a slit valve made from a resilient material having a Shore hardness of 35 to 45 as determined on the A scale.
Workpiece supply device with a workpiece receiving position for placing workpieces, with a workpiece removal position for removing workpieces and with a workpiece conveying device for conveying placed workpieces from the workpiece receiving position to a workpiece removal position, from which the workpieces can be removed by a feeding device and fed to a downstream workpiece table of a processing device, characterized by stop elements for positioning and straightening the workpieces by means of the feeding device, wherein in the workpiece removal position a plurality of workpieces can be provided simultaneously and adjacent to one another and one after the other.
Smoke detection assembly for detecting smoke gas and/or smoke particles in the air of a building, comprising: - an aspiration system for aspirating air via a pipeline system, - an aspiration line, the pipeline system being connected thereby to the aspiration system, - a detection apparatus which is connected to the aspiration system and/or the aspiration line in order to detect smoke gas in the air which has been aspirated from the pipeline system, - a purging apparatus having an overpressure source for introducing a gaseous medium into the aspiration line, wherein a valve is provided, a connection of the overpressure source to the aspiration line being able to be opened or closed thereby, characterised in that the valve comprises an aspiration position in which the detection apparatus is connected to the aspiration system and the aspiration line, in that the valve has a purging position in which the detection apparatus is separated from the aspiration line and in which the overpressure source is connected to the aspiration line, and in that when an overpressure from the overpressure source acts on the valve, the valve driven by the gaseous medium of the overpressure source automatically changes from the aspiration position into the purging position. - an aspiration system for aspirating air via a pipeline system, - an aspiration line, the pipeline system being connected thereby to the aspiration system, - a detection apparatus which is connected to the aspiration system and/or the aspiration line in order to detect smoke gas in the air which has been aspirated from the pipeline system, - a purging apparatus having an overpressure source for introducing a gaseous medium into the aspiration line, wherein a valve is provided, a connection of the overpressure source to the aspiration line being able to be opened or closed thereby,
Apparatus for coating a substrate, comprising a vacuum chamber, the interior of which is provided for receiving the substrate to be coated and at least one sputtering target, which is intended to be removed by particle bombardment when the apparatus is operated, the apparatus also containing a device for determining the removal of the sputtering target, at least one window being arranged in the wall of the vacuum chamber and the device for determining the removal of the sputtering target having a measurement device for the optical measurement of the distance between at least one predeterminable point outside the vacuum chamber and at least one predeterminable point on the surface of the sputtering target, characterized in that the measurement device also contains an assessment device, by means of which a parallel axis displacement and/or a geometric distortion can be corrected.
A heat-shrinkable multilayer film comprising: an inner surface layer that contacts a filling; a barrier layer; an intermediate layer between the inner surface layer and the barrier layer; a thickness of the intermediate layer being not more than 1.4 times a thickness of the inner surface layer; the inner surface layer comprising an ethylene-vinyl acetate copolymer; the barrier layer comprising a vinylidene chloride-based resin; and the content of vinyl-acetate monomer units in the ethylene-vinyl acetate copolymer being from 7 wt.% to 14 wt.%. an inner surface layer that contacts a filling; a barrier layer; an intermediate layer between the inner surface layer and the barrier layer; a thickness of the intermediate layer being not more than 1.4 times a thickness of the inner surface layer; the inner surface layer comprising an ethylene-vinyl acetate copolymer; the barrier layer comprising a vinylidene chloride-based resin; and the content of vinyl-acetate monomer units in the ethylene-vinyl acetate copolymer being from 7 wt.% to 14 wt.%.
Nonwoven substrate, characterized in that the nonwoven substrate comprises a homogeneous mix of lyocell fibers with a titer of between 1.5 and 1.9 dtex, viscose fibers with a titer of between 1.5 and 1.9 dtex and cellulosic man-made fibers with a stiffening cross-section, which is either a round cross-section at more than 2 dtex or a multilobal cross-section, and with a cut length of between 30 and 70 mm.
A process for transesterifying wax esters, the process comprising: providing a feedstock comprising jojoba wax esters; contacting the feedstock with a lipase; catalytically transesterifying the wax esters in the feedstock with the lipase to form a transesterified product; wherein an oxidative stability index of the transesterified product is greater than an OSI of the feedstock. providing a feedstock comprising jojoba wax esters; contacting the feedstock with a lipase; catalytically transesterifying the wax esters in the feedstock with the lipase to form a transesterified product; wherein an oxidative stability index of the transesterified product is greater than an OSI of the feedstock.
A cooling device for a motor-vehicle battery of a motor vehicle, in particular an electrically driveable motor vehicle, having a cooling plate for cooling the motor-vehicle battery, wherein the cooling plate has supply channels for feeding of a cold cooling medium, return channels for discharge of the heated cooling medium, which run parallel to the supply channels, and at least one empty channel, which runs parallel to the supply channels and the return channels, having a manifold strip which is fastened to a first end face of the cooling plate and serves for sealing off end-face openings of the supply channels and of the return channels, having a fastening receptacle which is inserted in the empty channel and is fixed in terms of movement in the longitudinal direction of the empty channel, having a fastening means which is plugged into the empty channel, and is fastened to the fastening receptacle, in the longitudinal direction of the empty channel, wherein the manifold strip is fastened with the aid of the fastening means that interacts with the fastening receptacle, characterized in that the supply channels each have an inflow opening which runs transversely to the longitudinal direction of the supply channel and serves for fluidic communication with an inflow manifold channel which is mounted on the cooling plate, and the return channels each have an outflow opening which runs transversely to the longitudinal direction of the return channel and serves for fluidic communication with an outflow manifold channel which is mounted on the cooling plate. having a cooling plate for cooling the motor-vehicle battery, wherein the cooling plate has supply channels for feeding of a cold cooling medium, return channels for discharge of the heated cooling medium, which run parallel to the supply channels, and at least one empty channel, which runs parallel to the supply channels and the return channels, having a manifold strip which is fastened to a first end face of the cooling plate and serves for sealing off end-face openings of the supply channels and of the return channels, having a fastening receptacle which is inserted in the empty channel and is fixed in terms of movement in the longitudinal direction of the empty channel, having a fastening means which is plugged into the empty channel, and is fastened to the fastening receptacle, in the longitudinal direction of the empty channel, wherein the manifold strip is fastened with the aid of the fastening means that interacts with the fastening receptacle, characterized in that the supply channels each have an inflow opening which runs transversely to the longitudinal direction of the supply channel and serves for fluidic communication with an inflow manifold channel which is mounted on the cooling plate, and the return channels each have an outflow opening which runs transversely to the longitudinal direction of the return channel and serves for fluidic communication with an outflow manifold channel which is mounted on the cooling plate.
A process of making a solid part, comprising: introducing a long glass fiber filled polymeric material to a hopper of an injection molding machine, wherein the long glass fibers have a pre-molding length; controlling delivery of the long glass fiber filled polymeric material through an airlock and maintaining a pressure within the plasticizing unit by selectively operating a plurality of valves arranged in the airlock; sealing the plasticizing unit with a seal and the airlock mounted between a barrel of the injection molding machine and the hopper, wherein the seal is located between a screw and a cylinder of the plasticizing unit to prevent the loss of blowing agent at the end of the screw; melting the glass fiber filled polymeric material to form a melt in a plasticizing unit; pressurizing the plasticizing unit of the injection molding machine with a gaseous blowing agent; dissolving the gaseous blowing agent into the melt; injecting the melt into a mold cavity up to 100% of volume; and forming the solid part, wherein optionally a post-molding length of the glass fibers in the solid part is greater than a post-molding length of glass fibers in a similarly dimensioned solid part made without pressurizing a plasticizing unit and without dissolving the gaseous blowing agent into the melt resulting in greater fiber breakage due to harsh mixing conditions. introducing a long glass fiber filled polymeric material to a hopper of an injection molding machine, wherein the long glass fibers have a pre-molding length; controlling delivery of the long glass fiber filled polymeric material through an airlock and maintaining a pressure within the plasticizing unit by selectively operating a plurality of valves arranged in the airlock; sealing the plasticizing unit with a seal and the airlock mounted between a barrel of the injection molding machine and the hopper, wherein the seal is located between a screw and a cylinder of the plasticizing unit to prevent the loss of blowing agent at the end of the screw; melting the glass fiber filled polymeric material to form a melt in a plasticizing unit; pressurizing the plasticizing unit of the injection molding machine with a gaseous blowing agent; dissolving the gaseous blowing agent into the melt; injecting the melt into a mold cavity up to 100% of volume; and forming the solid part, wherein optionally a post-molding length of the glass fibers in the solid part is greater than a post-molding length of glass fibers in a similarly dimensioned solid part made without pressurizing a plasticizing unit and without dissolving the gaseous blowing agent into the melt resulting in greater fiber breakage due to harsh mixing conditions.
An ACTH-binding molecule comprising a nucleic acid sequence having a modified base represented by any one of (a), (b) and (c): (a) X 1 TTX 2 X 3 TX 3 TX 4 GX 4 GAX 5 TX 2 X 1 TX 6 C (b) AX 5 X 7 GTX 2 X 6 CX 3 TX 4 GTX 2 X 3 TX 6 CTX 8 (c) X 6 CTX 2 AX 5 TX 2 X 9 AX 1 TX 7 GX 6 CAX 5 TX 2 wherein X 1 to X 9 respectively represent modified bases represented by the following formulae, wherein P represents a phosphate group: (a) X 1 TTX 2 X 3 TX 3 TX 4 GX 4 GAX 5 TX 2 X 1 TX 6 C (b) AX 5 X 7 GTX 2 X 6 CX 3 TX 4 GTX 2 X 3 TX 6 CTX 8 (c) X 6 CTX 2 AX 5 TX 2 X 9 AX 1 TX 7 GX 6 CAX 5 TX 2 wherein X 1 to X 9 respectively represent modified bases represented by the following formulae, wherein P represents a phosphate group:
Method for secure control of an alternator-starter system (1,27) coupled to an engine of a vehicle, the said vehicle comprising at least one electronic control unit, vehicle sensors, a data communication bus and an onboard electrical network (Vbat, Vbat+X), the said alternator-starter system (1,27) comprising at least one rotating electric machine furnished with a rotation detection means, power circuits comprising at least one inverter and an excitation circuit supplying the said rotating electric machine, and a command circuit for the said power circuits, the said method consisting in: - generating by means of the said electronic control unit control signals (Dd. Exe., Dd. Inv., Auth. Exe., Auth. Inv) for the said alternator-starter system (1,27) on the basis of first information signals (Sens. Veh.) representative of an operating state of the said vehicle originating from the said vehicle sensors; - generating by means of the said command circuit command signals (Cd. Exe., Cd. Inv.) for the said power circuits on the basis of diagnosis signals (Diag1. Inv., Diag2. Exe., Diag2. Inv.) representative of an operating state of the said alternator-starter system; characterized in that the said method furthermore consists in: - generating the said control signals (Dd. Exe., Dd. Inv., Auth. Exe., Auth. Inv) by means of the said electronic control unit on the basis moreover of at least one first diagnosis signal (Diag1. Inv.) from among the said diagnosis signals (Diag1. Inv., Diag1. Exe., Diag2. Inv., Diag2. Exe.); - generating the said command signals (Cd. Inv., Cd. Exe.) by means of the said command circuit on the basis moreover of second information signals originating from the said data communication bus. - generating by means of the said electronic control unit control signals (Dd. Exe., Dd. Inv., Auth. Exe., Auth. Inv) for the said alternator-starter system (1,27) on the basis of first information signals (Sens. Veh.) representative of an operating state of the said vehicle originating from the said vehicle sensors; - generating by means of the said command circuit command signals (Cd. Exe., Cd. Inv.) for the said power circuits on the basis of diagnosis signals (Diag1. Inv., Diag2. Exe., Diag2. Inv.) representative of an operating state of the said alternator-starter system; - generating the said control signals (Dd. Exe., Dd. Inv., Auth. Exe., Auth. Inv) by means of the said electronic control unit on the basis moreover of at least one first diagnosis signal (Diag1. Inv.) from among the said diagnosis signals (Diag1. Inv., Diag1. Exe., Diag2. Inv., Diag2. Exe.); - generating the said command signals (Cd. Inv., Cd. Exe.) by means of the said command circuit on the basis moreover of second information signals originating from the said data communication bus.
Laundry treatment apparatus having a laundry drum and a process air flow guide for guiding a process air flow through the laundry drum and a heat exchanger arranged downstream of the laundry drum along the process air flow and a filter apparatus arranged between the laundry drum and the heat exchanger in the process air flow, wherein - the filter apparatus has at least one filter support, with a filter element, which can be inserted into the laundry treatment apparatus, characterised in that - the filter apparatus has at least one sealing insert which can be inserted into the laundry treatment apparatus, - the sealing insert is embodied as a substantially planar frame, with a main plane, which defines a front side pointing to the heat exchanger and a rear side pointing away from the heat exchanger, and with a flow through opening, - and wherein the directions parallel to the normal vector of the main plane are referred to as axial directions; directions at right angles thereto as radial directions, - the sealing insert can be removed from the laundry treatment apparatus independently of the filter support, - in the inserted state the filter element rests in the axial direction tightly against a rear side of the sealing insert, and - a radial elastic sealing lip is provided on the sealing insert, which, in the inserted state, seals the sealing insert against a process air guide of the laundry treatment apparatus. - the filter apparatus has at least one filter support, with a filter element, which can be inserted into the laundry treatment apparatus, characterised in that - the filter apparatus has at least one sealing insert which can be inserted into the laundry treatment apparatus, - the sealing insert is embodied as a substantially planar frame, with a main plane, which defines a front side pointing to the heat exchanger and a rear side pointing away from the heat exchanger, and with a flow through opening, - and wherein the directions parallel to the normal vector of the main plane are referred to as axial directions; directions at right angles thereto as radial directions, - the sealing insert can be removed from the laundry treatment apparatus independently of the filter support, - in the inserted state the filter element rests in the axial direction tightly against a rear side of the sealing insert, and - a radial elastic sealing lip is provided on the sealing insert, which, in the inserted state, seals the sealing insert against a process air guide of the laundry treatment apparatus.