mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a vehicle upholstery member having an air bag door equipped with a fabricated skin, comprising the following steps A) to D) in the sequence of A), B), C) and D): A) substantially flatly mounting the skin on a support base with a front surface of the skin facing the support base; B) forming a break-scheduled line in a back surface of the skin that is not so deep as to reach the front surface of the skin by incising the back surface of the skin with a cutting blade whilst moving a holding portion which holds the cutting blade while the edge of the cutting blade is held at a given distance from the surface of the support base; C) pressing a protrusion arranged in or on the support base against the portion of the formed break-scheduled line 17 from the front surface of the skin by moving the protrusion up to a given height; and D) measuring, at plural points in the breake-scheduled line, a thickness of a remaining portion of the skin between a bottom of an incision and the front surface of the skin while the incision of the break-scheduled line is being held opened due to the convexed back surface of the skin. A) substantially flatly mounting the skin on a support base with a front surface of the skin facing the support base; B) forming a break-scheduled line in a back surface of the skin that is not so deep as to reach the front surface of the skin by incising the back surface of the skin with a cutting blade whilst moving a holding portion which holds the cutting blade while the edge of the cutting blade is held at a given distance from the surface of the support base; C) pressing a protrusion arranged in or on the support base against the portion of the formed break-scheduled line 17 from the front surface of the skin by moving the protrusion up to a given height; and D) measuring, at plural points in the breake-scheduled line, a thickness of a remaining portion of the skin between a bottom of an incision and the front surface of the skin while the incision of the break-scheduled line is being held opened due to the convexed back surface of the skin.
A mobile communication system, which is adapted to perform data transmission from a base station to a mobile device with the use of an HS-DSCH, High Speed-Downlink Shared Channel and to use the HS-DSCH also in the sending of a control message from the base station to the mobile device, comprising: control means for stopping the use of the HS-DSCH in the sending of the control message from a base station as a handover source to the mobile device beforehand, before the occurrence of handover in the mobile device, for controlling the base station as a handover source and a base station as a handover destination so as to make these base stations (B2, B3) respectively establish a dedicated channel used for sending the control message to the mobile device, wherein the mobile device includes detection means for detecting a base station which sends a signal having a reception quality or an electrical field strength in a predetermined range for the reception quality or the electrical field strength of a signal from the base station as a handover source, and wherein the control means, in response to the detection of the base station performed by the detection means, is adapted to perform the control on the detected base station as the base station as a handover destination. control means for stopping the use of the HS-DSCH in the sending of the control message from a base station as a handover source to the mobile device beforehand, before the occurrence of handover in the mobile device, for controlling the base station as a handover source and a base station as a handover destination so as to make these base stations (B2, B3) respectively establish a dedicated channel used for sending the control message to the mobile device, wherein the mobile device includes detection means for detecting a base station which sends a signal having a reception quality or an electrical field strength in a predetermined range for the reception quality or the electrical field strength of a signal from the base station as a handover source, and wherein the control means, in response to the detection of the base station performed by the detection means, is adapted to perform the control on the detected base station as the base station as a handover destination.
Heald stave for high-speed weaving machines, said heald stave comprising a main body and a reinforcement stave, characterized in that the main body conjointly with the reinforcement stave forms a receptacle space in which a fastening means of a damping strip can be held in a form-fit as a detent for healds which are lined up with clearance.
A multilayer film having at least three layers comprising: skin layers comprising a blend of a low density polyethylene and an ethylene-based elastomer having a density less than 0.90 g/cc, as determined in accordance with ASTM D792; a core layer located between the skin layers, the core layer comprising a propylene-based plastomer having a density less than 0.90 g/cc, as determined in accordance with ASTM D792; and the multilayer film has an onset end temperature from 90 °C to 110 °C and a heat seal strength at 120 °C from 1.5 N/cm to 2.5 N/cm as determined using an Enepay Hot Tack Instrument with the conditions as outlined in the description. skin layers comprising a blend of a low density polyethylene and an ethylene-based elastomer having a density less than 0.90 g/cc, as determined in accordance with ASTM D792; a core layer located between the skin layers, the core layer comprising a propylene-based plastomer having a density less than 0.90 g/cc, as determined in accordance with ASTM D792; and the multilayer film has an onset end temperature from 90 °C to 110 °C and a heat seal strength at 120 °C from 1.5 N/cm to 2.5 N/cm as determined using an Enepay Hot Tack Instrument with the conditions as outlined in the description.
A polycrystalline element, comprising: a substrate; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein an interface between said first region and said second region of said polycrystalline table comprises a non-planar interface, and wherein another interface between said second region and said substrate comprises a non-planar interface having at least substantially the same shape as the non-planar interface between the first region and the second region; and wherein the first region comprises a first average grain size of grains of superabrasive material and the second region comprises a second smaller average grain size of grains of superabrasive material. a substrate; and a polycrystalline table attached to an end of the substrate and comprising a first region of superabrasive material having a first permeability and at least a second region of superabrasive material having a second, lesser permeability, the at least second region being interposed between the substrate and the first region; wherein said first region comprises a first volume percentage of interstitial spaces among interbonded grains of superabrasive material and said second region comprises a second, smaller volume percentage of interstitial spaces among interbonded grains of superabrasive material, wherein an interface between said first region and said second region of said polycrystalline table comprises a non-planar interface, and wherein another interface between said second region and said substrate comprises a non-planar interface having at least substantially the same shape as the non-planar interface between the first region and the second region; and wherein the first region comprises a first average grain size of grains of superabrasive material and the second region comprises a second smaller average grain size of grains of superabrasive material.
A process for preparing phosgene by reaction of a feed stream obtained by combining and mixing a chlorine feed stream and a carbon monoxide feed stream, with the carbon monoxide being introduced in a stoichiometric excess over chlorine, in catalyst tubes filled with beds of activated carbon in a reactor R having a bundle of catalyst tubes, to give a product gas mixture which is separated into a liquid, phosgene-comprising product stream and an offgas stream comprising carbon monoxide which is discharged via a pressure-regulating valve, where the reaction of the feed stream in the reactor R and the separation of the product gas mixture are carried out under a pressure in the range from 2.0 to 6.0 bar gauge pressure, wherein the excess of carbon monoxide in the feed stream to the reactor R is regulated by continuously measuring the flow and the concentration of carbon monoxide in the offgas stream, calculating the actual value of the excess of carbon monoxide in the feed stream to the reactor R from these measurements in combination with the continuously measured values for the flow of the carbon monoxide feed stream and the flow of and the chlorine concentration in the chlorine feed stream and matching this to the intended value of the excess of carbon monoxide in the feed stream to the reactor R by adapting the flow of the carbon monoxide feed stream and/or the flow of the chlorine feed stream, where the intended value of the excess of carbon monoxide in the feed stream to the reactor R is calculated for the prevailing operating state of the reactor R, in particular the geometry of the activated carbon beds, the phosgene load and the operating pressure on the basis of a reaction kinetic model and the actual values and the intended values for the excess of carbon monoxide in the feed stream to the reactor R are indicated in the process control system for the process.
Underbody panel for a motor vehicle, comprising an underbody fixed element, and an at least partially flexible trim moving element, wherein the trim moving element has a modulus of elasticity which is smaller than the modulus of elasticity of the underbody fixed element, and wherein the trim moving element is arranged movably relative to the underbody fixed part by means of an actuating device between at least two positions, a trim moving element starting position and at least one trim moving element operating position, wherein the trim moving element in the starting position is arranged substantially flush with the underbody fixed element, and wherein the trim moving element is arranged in the at least one trim moving element operating position protruding in at least one section from the underbody fixed element, wherein the actuating device comprises a drive and at least one actuating element connected to the drive, wherein the actuating element is movable between an actuating element starting position and at least one actuating element operating position wherein the actuating element is connected to the trim moving element and the actuating element starting position corresponds to the trim moving element starting position and the at least one actuating element operating position corresponds to the at least one trim moving element operating position, characterized in that the actuating element in its actuating element starting position is at a greater distance from the drive than in its at least one actuating element operating position. an underbody fixed element, and an at least partially flexible trim moving element, wherein the trim moving element has a modulus of elasticity which is smaller than the modulus of elasticity of the underbody fixed element, and wherein the trim moving element is arranged movably relative to the underbody fixed part by means of an actuating device between at least two positions, a trim moving element starting position and at least one trim moving element operating position, wherein the trim moving element in the starting position is arranged substantially flush with the underbody fixed element, and wherein the trim moving element is arranged in the at least one trim moving element operating position protruding in at least one section from the underbody fixed element, wherein the actuating device comprises a drive and at least one actuating element connected to the drive, wherein the actuating element is movable between an actuating element starting position and at least one actuating element operating position wherein the actuating element is connected to the trim moving element and the actuating element starting position corresponds to the trim moving element starting position and the at least one actuating element operating position corresponds to the at least one trim moving element operating position, characterized in that the actuating element in its actuating element starting position is at a greater distance from the drive than in its at least one actuating element operating position.
Disassembly or assembly method on a pressurized fluid-insulated electric power transmission device, having an enclosure wall and a phase conductor section which can be supported on the enclosure wall, wherein - a connection/disconnection tool is positioned for connecting/disconnecting the phase conductor section to/from the enclosure wall, characterized in that, - before actuating the tool, a safety zone with respect to a risk due to the enclosure wall bursting is defined, and in that - the tool is operated from outside the safety zone. - a connection/disconnection tool is positioned for connecting/disconnecting the phase conductor section to/from the enclosure wall, characterized in that, - before actuating the tool, a safety zone with respect to a risk due to the enclosure wall bursting is defined, and in that - the tool is operated from outside the safety zone.
An isolated or recombinant polypeptide, which polypeptide is one of: a) a polypeptide comprising the amino acid sequence of SEQ ID NO:6; or b) a polypeptide comprising the amino acid sequence of residues 1-327 of SEQ ID NO:6. a) a polypeptide comprising the amino acid sequence of SEQ ID NO:6; or b) a polypeptide comprising the amino acid sequence of residues 1-327 of SEQ ID NO:6.
A method of planning a route (3, 6, 7) for working an agricultural area by a mobile machine, comprising the steps: at least horizontally location-resolved estimation of a soil compacting resulting from an earlier working of the area by the same or another machine, and taking account of the ascertained soil compacting in establishing the configuration of a route for the intended working of the area by the machine (2, S4-S9), characterised in that a set of location-resolved soil compacting data of the area to be worked is updated in each working of the area. at least horizontally location-resolved estimation of a soil compacting resulting from an earlier working of the area by the same or another machine, and taking account of the ascertained soil compacting in establishing the configuration of a route for the intended working of the area by the machine (2, S4-S9), characterised in that a set of location-resolved soil compacting data of the area to be worked is updated in each working of the area.
A method for fabricating a nonwoven cleaning cloth for printing cylinders from a web comprising synthetic fibers evenly distributed in the web, wherein the web comprises two components, the first one being the synthetic fibers and the second one being an absorbing material in the shape of absorbing fibers, such as wood pulp or viscose, and wherein the web comprises between 30% and 70% synthetic fibers, said method comprising the steps of: - hydroentangling and aperturing of the web, and - calendering of the web by compression between calendering rollers to reduce thickness and air content of the web. - hydroentangling and aperturing of the web, and - calendering of the web by compression between calendering rollers to reduce thickness and air content of the web.
A forged martensitic, stainless steel alloy consisting of, by weight: 12.0 to 16.0 percent chromium; greater than 16.0 to 20.0 percent cobalt, 6.0 to 8.0 percent molybdenum, 1.0 to 3.0 percent nickel, 0.020 to 0.040 percent carbon; optional nitrogen present in the amount of 0.02 weight percent or less, and the balance iron and incidental impurities, wherein the impurities may include manganese (Mn) 0.25 weight percent or less, aluminum (Al) 0.03 weight percent or less, vanadium 0.10 weight percent or less, silicon (Si) 0.25 weight percent or less, sulphur 0.005 weight percent or less, or phosphor 0.02 weight percent or less,wherein the alloy has a microstructure that comprises a retained austenite phase of at least 15 percent by volume of the microstructure.
A hermetic package device comprising: a device wafer in which a semiconductor circuit and terminals for electrical connection to an outside are provided on a mounting surface; a lid wafer arranged to be opposed to the mounting surface of the device wafer; and a sealing part that surrounds an installation region of the semiconductor circuit in the mounting surface, is interposed between the device wafer and the lid wafer, and forms a hermetically sealed space in a vacuum atmosphere to house the semiconductor circuit between the device wafer and the lid wafer, wherein a second installation region in the mounting surface in which the terminals are provided protrudes relative to the lid wafer, characterized in that an outer surface of a portion in the sealing part facing the second installation region is inclined such that a position thereon approaches the second installation region when getting closer from the device wafer toward the lid wafer. a device wafer in which a semiconductor circuit and terminals for electrical connection to an outside are provided on a mounting surface; a lid wafer arranged to be opposed to the mounting surface of the device wafer; and a sealing part that surrounds an installation region of the semiconductor circuit in the mounting surface, is interposed between the device wafer and the lid wafer, and forms a hermetically sealed space in a vacuum atmosphere to house the semiconductor circuit between the device wafer and the lid wafer, wherein a second installation region in the mounting surface in which the terminals are provided protrudes relative to the lid wafer, characterized in that an outer surface of a portion in the sealing part facing the second installation region is inclined such that a position thereon approaches the second installation region when getting closer from the device wafer toward the lid wafer.
An apparatus for monitoring pregnancy or labour, the apparatus comprising: a monitoring device comprising: an electromyography sensor comprising two or more EMG electrodes to monitor fetal or maternal activity during pregnancy or labour; and one or more position sensors to monitor the relative positioning of the two or more EMG electrodes during the fetal or maternal activity, wherein the one or more position sensors comprise one or more flex or stretch sensors; wherein the one or more flex or stretch sensors monitor flexing, bending or deformation of a portion of the monitoring device to determine the relative positioning of the two or more EMG electrodes (291a, 291b, 301a, 301b); and wherein the monitoring device comprises a central portion and one or more flexible arm portions extending from the central portion, and wherein each of the one or more flexible arm portions are configured to be manipulable relative to the central portion, the position sensors monitoring flexing or bending of the arm portions; wherein the one or more position sensors are located in the flexible arm portions. an electromyography sensor comprising two or more EMG electrodes to monitor fetal or maternal activity during pregnancy or labour; and one or more position sensors to monitor the relative positioning of the two or more EMG electrodes during the fetal or maternal activity, wherein the one or more position sensors comprise one or more flex or stretch sensors; wherein the one or more flex or stretch sensors monitor flexing, bending or deformation of a portion of the monitoring device to determine the relative positioning of the two or more EMG electrodes (291a, 291b, 301a, 301b); and wherein the monitoring device comprises a central portion and one or more flexible arm portions extending from the central portion, and wherein each of the one or more flexible arm portions are configured to be manipulable relative to the central portion, the position sensors monitoring flexing or bending of the arm portions; wherein the one or more position sensors are located in the flexible arm portions.
A process to prepare a pasta product, comprising a net-structure of pasta, the process comprising the steps of: a) preparing a dough comprising (wt% based on the weight of the dough): - from 20 wt% to 60 wt% of a starch source, - from 40 wt% to 80 wt% fresh cooked and comminuted potato material, b) shaping the dough resulting from step a) into a net-structure, c) subjecting the product resulting from step b) to a treatment selected from the group consisting of frying and applying oil to the resulting product, to obtain a pasta product comprising a net-structure of pasta. a) preparing a dough comprising (wt% based on the weight of the dough): - from 20 wt% to 60 wt% of a starch source, - from 40 wt% to 80 wt% fresh cooked and comminuted potato material, - from 20 wt% to 60 wt% of a starch source, - from 40 wt% to 80 wt% fresh cooked and comminuted potato material, b) shaping the dough resulting from step a) into a net-structure, c) subjecting the product resulting from step b) to a treatment selected from the group consisting of frying and applying oil to the resulting product, to obtain a pasta product comprising a net-structure of pasta.
Method for warning the driver of a motor vehicle which is equipped with an accident detection device, wherein in the case of an increased risk of an accident at least one driving state variable in the motor vehicle is changed in order to warn the driver, characterized in that the driving state variable to be changed is the yaw rate (ψ̇) or a state variable correlating therewith, wherein the warning is configured in such a way that it is a yaw rate pulse with a sudden change in the yaw rate, but which yaw rate pulse does not per se have an influence, or at least a significant influence, on the lateral dynamics of the motor vehicle.
Vehicle comprising a vehicle seat, a foot resting space corresponding to the vehicle seat, an electronic control unit, an electronic user interface of an infotainment system and/or of a comfort functionality of the vehicle and a sensing unit, wherein the sensing unit is designed to receive a user input and send a user input signal to the electronic user interface, characterized in that the sensing unit is designed to sense a position and/or a predefined gesture of a foot as the user input, while the foot lies in the foot resting space, and to determine the user input signal in dependence on the sensed position and/or gesture.
A rod mechanism for a garden tool comprises a first rod pivotally connected to the main body of the garden tool and lockable at least in the in-use position or in the storage position; wherein the first rod has an actuator and a locking component; wherein the locking component is unlocked from the main body of the garden tool by triggering the actuator, and the locking component is locked up with the garden tool main body by releasing the actuator; characterised in that the rod mechanism also includes a second rod movably connected with the first rod; wherein while the second rod moves to a preset position, the actuator may be triggered or released; wherein the main body of the garden tool has a position sensor, which is configured to generate a sensing signal when the first rod rotates to the in-use position and/or the storage position.