mhurhangee/ep-ind-claims huggingface dataset:
A display device, comprising: displaying means having a display area and a hidden area surrounding the display area; a liquid crystal shutter layered on the displaying means and having a first area corresponding to the display area and a second area corresponding to the hidden area; and controlling means arranged to set the first area and the second area to a transparent state and an opaque state, respectively, when the display area is active, and characterised in that; the controlling means is arranged to set the first area and the second area to the opaque state when the display area is not active. displaying means having a display area and a hidden area surrounding the display area; a liquid crystal shutter layered on the displaying means and having a first area corresponding to the display area and a second area corresponding to the hidden area; and controlling means arranged to set the first area and the second area to a transparent state and an opaque state, respectively, when the display area is active, and
A method for machining or producing a toothing on a workpiece by means of a tool toothing, in which method the tool toothing is brought into a first machining engagement with the rotating workpiece toothing clamped in a clamped setup, such that there is a rolling coupling which assigns tool teeth to the tooth slots of the workpiece toothing, wherein the tool toothing is brought into a second machining engagement, phase-shifted by at least one fourth of the pitch in comparison with such assignment of the roller coupling of the first machining engagement, in particular at the machining distance of deepest advancement, said second machining engagement having an increased machining distance, in comparison with the deepest advancement of the first machining engagement, from the workpiece toothing clamped in the same clamped setup of the first machining engagement, characterised in that the second machining engagement causes the tooth tips of the workpiece toothing to be machined by the tooth tips of the tool toothing.
A method of automatically clearing an obstruction encountered while cleaning one or more tubes in a tube sheet of a heat exchanger with a flexible lance drive apparatus having driven rollers propelling one or more flexible lances into the one or more tubes, the method comprising: sensing a pneumatic supply pressure to a pneumatic lance drive motor at one side of the pneumatic lance drive motor during forward operation; sensing a pneumatic pressure at an opposite side of the pneumatic lance drive motor at the pneumatic lance drive motor during forward operation; determining a difference between the pressures; comparing the difference to a predetermined difference threshold; reversing supply line connections to the pneumatic lance drive motor so as to reverse pneumatic lance drive motor direction for a predetermined time interval if the difference exceeds the threshold; restoring the supply line connections after the predetermined time interval; and repeating the sensing, determining, comparing, reversing and restoring operations until the difference no longer exceeds the predetermined difference threshold. sensing a pneumatic supply pressure to a pneumatic lance drive motor at one side of the pneumatic lance drive motor during forward operation; sensing a pneumatic pressure at an opposite side of the pneumatic lance drive motor at the pneumatic lance drive motor during forward operation; determining a difference between the pressures; comparing the difference to a predetermined difference threshold; reversing supply line connections to the pneumatic lance drive motor so as to reverse pneumatic lance drive motor direction for a predetermined time interval if the difference exceeds the threshold; restoring the supply line connections after the predetermined time interval; and repeating the sensing, determining, comparing, reversing and restoring operations until the difference no longer exceeds the predetermined difference threshold.
A supply component for a printing device (104; 300) for supplying consumable printing material to the printing device, wherein the supply component (102; 212; 304) comprises a memory device (100; 232; 314), the memory device comprising: corrective data (106; 326) corresponding with a reference color table (108; 320), the reference color table stored in a memory of the printing device (104; 200; 300) which is different from the memory (100; 232; 314) of the supply component; wherein the printing device includes a standard color table for a first gamut; the corrective data (106; 326) including a set of residual values to transform the reference color table to a customized color table having a second gamut; wherein the color tables provide transformations between various color spaces; and wherein the reference color table (108; 320) includes a set of nodes and the set of residual values includes a residual value corresponding with every node. corrective data (106; 326) corresponding with a reference color table (108; 320), the reference color table stored in a memory of the printing device (104; 200; 300) which is different from the memory (100; 232; 314) of the supply component; wherein the printing device includes a standard color table for a first gamut; the corrective data (106; 326) including a set of residual values to transform the reference color table to a customized color table having a second gamut; wherein the color tables provide transformations between various color spaces; and wherein the reference color table (108; 320) includes a set of nodes and the set of residual values includes a residual value corresponding with every node.
D-allulose syrup having a dry mass ranging from 65 to 85% and having a content of D-allulose, expressed in dry mass, determined by gas phase chromatography according to the method described on page 5, line 25, on page 6, line 19 as well as on pages 15 to 18, of greater than or equal to 75%, said syrup comprising, in addition to D-allulose, a D-allulose dimer content by mass, expressed as dry mass, determined by gas phase chromatography, according to the method described on page 5, line 25, on page 6, line 19 as well as on pages 15 to 18, of less than 1.2%. which syrup can be obtained by a method comprising: • a step of providing a D-allulose composition comprising D-allulose dimers; • a step of nanofiltration of said D-allulose composition to provide a retentate and a permeate; • a step of recovering the nanofiltration permeate; • a step of concentrating this permeate to provide the D-allulose syrup, the nanofiltration step being performed with a membrane having a cut-off threshold of less than 300 Da, preferably ranging from 150 to 250 Da. said syrup comprising, in addition to D-allulose, a D-allulose dimer content by mass, expressed as dry mass, determined by gas phase chromatography, according to the method described on page 5, line 25, on page 6, line 19 as well as on pages 15 to 18, of less than 1.2%. which syrup can be obtained by a method comprising: • a step of providing a D-allulose composition comprising D-allulose dimers; • a step of nanofiltration of said D-allulose composition to provide a retentate and a permeate; • a step of recovering the nanofiltration permeate; • a step of concentrating this permeate to provide the D-allulose syrup, • a step of providing a D-allulose composition comprising D-allulose dimers; • a step of nanofiltration of said D-allulose composition to provide a retentate and a permeate; • a step of recovering the nanofiltration permeate; • a step of concentrating this permeate to provide the D-allulose syrup, the nanofiltration step being performed with a membrane having a cut-off threshold of less than 300 Da, preferably ranging from 150 to 250 Da.
Door handle unit for a motor vehicle door which can be installed as such from the door inner side on a handle recess of the door outer skin of the motor vehicle door, especially in a flush or set back manner in relation to the door outer skin, wherein the door handle unit has a handle module and an especially elongate handle part which is accommodated by the handle module, wherein the handle module has a mechanism for the motorized adjustment of the handle part, wherein the door handle unit can be pre-installed on the motor vehicle door, characterized in that, the door handle unit has a fastening slide which, with the door handle unit pre-installed, is coupled to the handle module on one side and to the motor vehicle door on the other side, in that for the final installation of the door handle unit an installation movement can be introduced into the fastening slide by means of a tool in an installation direction from a narrow side of the motor vehicle door, in that the fastening slide has at least one engagement element which is designed to interact with a mating engagement element in the course of the final installation and from the installation movement to create a clamping of the handle module by the door outer skin or a door structural element which is associated with the door outer skin.
A computer-implemented method for representing programming constructs of a declarative programming language, including: receiving declarative programming language representations of a first syntax tree data structure and of a second syntax tree data structure; receiving at least one indication of lexical scope defining different ways to cross reference the first syntax tree data structure to the second syntax tree data structure; generating a directed graph data structure including at least one cross reference between a node of the first syntax tree data structure and a node of the second syntax tree data structure, wherein the at least one cross reference is based on one of the different ways to cross reference the first syntax tree data structure to the second syntax tree data structure; and factoring at least one definition of the directed graph data structure to at least two sub-definitions equivalent to the at least one definition. receiving declarative programming language representations of a first syntax tree data structure and of a second syntax tree data structure; receiving at least one indication of lexical scope defining different ways to cross reference the first syntax tree data structure to the second syntax tree data structure; generating a directed graph data structure including at least one cross reference between a node of the first syntax tree data structure and a node of the second syntax tree data structure, wherein the at least one cross reference is based on one of the different ways to cross reference the first syntax tree data structure to the second syntax tree data structure; and factoring at least one definition of the directed graph data structure to at least two sub-definitions equivalent to the at least one definition.
A wire electric discharge machine (100, 300), comprising an upper wire guide and a lower wire guide that stretch a wire electrode therebetween and a rotator (31, 331) that changes a feed direction of the wire electrode, the wire electric discharge machine (100, 300) being configured for machining a workpiece placed between the upper wire guide and the lower wire guide by generating a discharge between the workpiece and the wire electrode, wherein a rotation axis of the rotator (31, 331) is disposed so as to be perpendicular to a straight line connecting the upper wire guide and the lower wire guide, characterised in that the rotator (31, 331) is disposed at a position deviated from the straight line connecting the upper wire guide and the lower wire guide in a rotation axis direction of the rotator (31, 331), whereby the wire electrode is rotated around an axis. wherein a rotation axis of the rotator (31, 331) is disposed so as to be perpendicular to a straight line connecting the upper wire guide and the lower wire guide, characterised in that the rotator (31, 331) is disposed at a position deviated from the straight line connecting the upper wire guide and the lower wire guide in a rotation axis direction of the rotator (31, 331), whereby the wire electrode is rotated around an axis.
An airless tire comprising: an annular tread portion which comes into contact with a road surface; an annular inner circumferential portion which is disposed inward of the tread portion in a tire radial direction and comes into contact with a wheel having conductivity; and a spoke portion which connects the tread portion and the inner circumferential portion, wherein the tread portion includes a first portion having a ground-contact surface and having conductivity, and a second portion placed on the inner circumferential portion side so as to be in contact with the first portion, the second portion, the spoke portion, and the inner circumferential portion are formed from a resin or elastomer, the resin or elastomer contains an antistatic agent, and the antistatic agent is blended in an amount of 0.5 to 20% by mass per 100% by mass of a base component of the resin or elastomer, characterized in that the antistatic agent is a polymer-based antistatic agent or surfactant-based antistatic agent. the tread portion includes a first portion having a ground-contact surface and having conductivity, and a second portion placed on the inner circumferential portion side so as to be in contact with the first portion, the second portion, the spoke portion, and the inner circumferential portion are formed from a resin or elastomer, the resin or elastomer contains an antistatic agent, and the antistatic agent is blended in an amount of 0.5 to 20% by mass per 100% by mass of a base component of the resin or elastomer, characterized in that the antistatic agent is a polymer-based antistatic agent or surfactant-based antistatic agent.
A home appliance which enables power cable communication therewith, comprising: a body forming an exterior of the home appliance; a main control unit at the body, for making of control of the home appliance; and a power cable communication modem (30, 330) at the body, for transmission/reception of data to/from a remote monitor which monitors the home appliance remotely characterised in that: a line connector (40, 340) connected both to the signal lines of the main control unit and the power line of the home appliance; a line connection connector (50, 350) at the power cable communication modem (30, 330) for making the power cable communication modem (30, 330) to be connected to the signal lines of the main control unit and the power line of the home appliance at a time as the line connection connector (50, 350) is detachably connected to the line connector (40, 340); and a connector cover for detachable connection to the line connector (40, 340) when the power cable communication modem (30, 330) is not mounted to the line connector (40, 340) for preventing foreign matters from infiltrating into the line connector (40, 340). a body forming an exterior of the home appliance; a main control unit at the body, for making of control of the home appliance; and a power cable communication modem (30, 330) at the body, for transmission/reception of data to/from a remote monitor which monitors the home appliance remotely characterised in that: a line connector (40, 340) connected both to the signal lines of the main control unit and the power line of the home appliance; a line connection connector (50, 350) at the power cable communication modem (30, 330) for making the power cable communication modem (30, 330) to be connected to the signal lines of the main control unit and the power line of the home appliance at a time as the line connection connector (50, 350) is detachably connected to the line connector (40, 340); and a connector cover for detachable connection to the line connector (40, 340) when the power cable communication modem (30, 330) is not mounted to the line connector (40, 340) for preventing foreign matters from infiltrating into the line connector (40, 340). a line connector (40, 340) connected both to the signal lines of the main control unit and the power line of the home appliance; a line connection connector (50, 350) at the power cable communication modem (30, 330) for making the power cable communication modem (30, 330) to be connected to the signal lines of the main control unit and the power line of the home appliance at a time as the line connection connector (50, 350) is detachably connected to the line connector (40, 340); and a connector cover for detachable connection to the line connector (40, 340) when the power cable communication modem (30, 330) is not mounted to the line connector (40, 340) for preventing foreign matters from infiltrating into the line connector (40, 340).
Turbomachine, in particular an aircraft engine, comprising a rotor, which is mounted in a stator so as to be rotatable about the longitudinal axis thereof and which has at least one rotor blade row that is formed of a plurality of rotor blades, the stator comprising at least one abradable coating, the rotor blades having blade tips which have, starting from leading edges on the rotor blade side toward trailing edges on the rotor blade side, a leading blade tip region, at least one central blade tip region (26, 36, 38) and a trailing blade tip region, at least the at least one central blade tip region (26, 36, 38) and the trailing blade tip region being lowered radially inward toward the trailing edges, characterized in that during operation, the rotor blades run into the abradable coating via their respective leading blade tip regions and their respective at least one central blade tip regions (36, 38), and their respective trailing blade tip regions are spaced apart from the abradable coating by a gap, the trailing blade tip region terminating downstream radially inward relative to a side wall on the stator side.
Method for operating a brake system of a motor vehicle, - wherein the brake system has a service brake device with at least one service brake, - wherein the brake system has a brake transmission device with an output rod, which is used to transmit a brake force to the at least one service brake for braking purposes, - wherein the brake system has a parking brake device with at least one parking brake and a triggering device for activating the at least one parking brake, - wherein a deceleration of the motor vehicle applied using the at least one service brake is determined in dependence on a displacement path of the output rod, - wherein the maximum possible speed of the motor vehicle is used, - wherein, on the basis of the maximum possible speed and taking into account the determined deceleration and the time span of the deceleration, it is determined whether the motor vehicle is at a standstill at an actuation time at which the triggering device is actuated, - wherein the at least one parking brake is activated when a standstill of the motor vehicle is determined at the actuation time. - wherein the brake system has a service brake device with at least one service brake, - wherein the brake system has a brake transmission device with an output rod, which is used to transmit a brake force to the at least one service brake for braking purposes, - wherein the brake system has a parking brake device with at least one parking brake and a triggering device for activating the at least one parking brake, - wherein a deceleration of the motor vehicle applied using the at least one service brake is determined in dependence on a displacement path of the output rod, - wherein the maximum possible speed of the motor vehicle is used, - wherein, on the basis of the maximum possible speed and taking into account the determined deceleration and the time span of the deceleration, it is determined whether the motor vehicle is at a standstill at an actuation time at which the triggering device is actuated, - wherein the at least one parking brake is activated when a standstill of the motor vehicle is determined at the actuation time.
A concrete structure where the concrete has a strength less than or equal to the strength of concrete of the C50/60 strength classes as defined in EN206, said concrete structure being reinforced with steel fibres with a dosage of said steel fibres of less than 1 vol %, said steel fibres comprising a middle portion and an anchorage end at one or both ends of said middle portion, said middle portion having a main axis, said anchorage end having only three straight sections, a first, a second and a third straight section, said first straight section being connected to said middle portion by a first bent section, said second straight section being connected to said first straight section by a second bent section, said third straight section being connected to said second straight section by a third bent section, each of said first, second and third straight section having a main axis, said middle portion having a length higher than 25 mm and said first, said second and said third straight section having a length ranging between 0.1 and 8 mm, said middle portion having a diameter D ranging from 0.1 mm to 1.20 mm, said steel fibre having a length to diameter ratio L/D ranging from 40 to 100, wherein said first straight section is bending away from the main axis of said middle portion thereby defining an included angle (α) between the main axis of said middle portion and the main axis of said first straight section, that said second straight section is substantially parallel with the main axis of said middle portion, and that said third straight section is bending away from the main axis of said middle portion in the same direction as said first straight section is bending away from the main axis of said middle portion thereby defining an included angle (β) between the main axis of said second straight section and the main axis of said third straight section, said included angle (α) between the main axis of said middle portion and the main axis of said first straight section and said included angle (β) included between the main axis of said second straight section and the main axis of said third straight section are ranging between 100 and 160 degrees, said steel fibres having a tensile strength of at least 1500 MPa.
A method for producing a tubular component as an article from a thermoplastic material while using an injection-molding device having a tool that forms an article cavity, having means for filling the article cavity with a thermoplastic molding compound, and having an injection device for injecting a fluid into the article cavity, wherein the injection device comprises a nozzle body, wherein the method provides that the nozzle body is used as a mold core for molding the shape of an end of the article; that the nozzle body is used as a carrier for an additional component that is to be incorporated into the article; wherein a) the nozzle body is first equipped with the additional component; b) the nozzle body is introduced into the closed article cavity, or the tool is closed around the nozzle body; c) the article cavity in a further method step is at least partially filled with the thermoplastic molding compound; d) a pressurized fluid is then induced into the article cavity by means of the injection device, wherein part of the molding compound is displaced into a secondary cavity or another volume; and e) the article is de-molded. a) the nozzle body is first equipped with the additional component; b) the nozzle body is introduced into the closed article cavity, or the tool is closed around the nozzle body; c) the article cavity in a further method step is at least partially filled with the thermoplastic molding compound; d) a pressurized fluid is then induced into the article cavity by means of the injection device, wherein part of the molding compound is displaced into a secondary cavity or another volume; and e) the article is de-molded.