mhurhangee/ep-ind-claims huggingface dataset:
Ramp ring for a ramp system of an adjusting device for adjusting a wear-induced faulty spacing of a pressure plate from a counterplate of a friction clutch, having a ring body which can be loaded with an actuating force by an actuating element, in particular a lever spring which is configured as a disc spring, a first ramp body which projects from the ring body in the axial direction for bearing slidably against a corresponding counter-ramp, the first ramp body having a first engagement opening for receiving a tooth of a spindle nut of the adjusting device, the first engagement opening having a first bearing edge for bearing against the tooth of the spindle nut during a rotation of the first ramp body relative to the counter-ramp, and a second ramp body which projects- from the ring body in the axial direction for bearing slidably against a corresponding counter-ramp, the second ramp body having a second engagement opening for receiving the tooth of the spindle nut of the adjusting device, the second engagement opening having a second bearing edge for bearing against the tooth of the spindle nut during a rotation of the second ramp body relative to the counter-ramp, the first bearing edge being arranged within the first ramp body in an offset manner in comparison with the second bearing edge within the second ramp body.
Substrate for a front side type imager, successively comprising a semiconductor support substrate, an electrically insulating layer and a silicon-germanium semiconductor layer called active layer, characterised in that the electrically insulating layer is constituted of a stack of dielectric layers or a stack of dielectric and metal layers (21, 22, 23) chosen in such a way that the reflectivity of said stack in a range of wavelengths comprised between 700 nm and 3 μm is greater than the reflectivity of a silicon oxide layer having a thickness equal to that of said stack, said substrate further comprising a single crystal silicon layer between the electrically insulating layer and the active silicon-germanium layer.
A multi-functional tire pressure monitoring system (TPMS) torque tool for use in servicing TPMS sensors on vehicle wheels, the tool comprising: an elongate tool body having a longitudinal axis; a torque driver positioned on one end of the tool body having a chuck positioned transverse to a lateral axis; a torque sensor connected to the tool body operable to measure a torque force applied by the chuck about the lateral axis to a TPMS sensor fastener; an electronic control unit connected to the tool body, the electronic control unit having a memory storage device for storing at least one reference TPMS sensor fastener torque value; a user interface connected to the tool body in electronic communication with the torque sensor and the electronic control unit, the user interface operative to alert a user when the measured TPMS sensor fastener torque value is equal to or exceeds the stored at least one reference TPMS sensor fastener torque value; and a bit holder having an elongate shaft, rotatable about said lateral axis, a first end removably engaged with the chuck and a second end opposite the first end, characterized in that the tool further comprises: a screw driving bit removably engaged with the first end of the bit holder; and a socket removably engaged with the second end of the bit holder, the screw driving bit and the socket selectively engagable with a respective TPMS sensor screw and a nut. an elongate tool body having a longitudinal axis; a torque driver positioned on one end of the tool body having a chuck positioned transverse to a lateral axis; a torque sensor connected to the tool body operable to measure a torque force applied by the chuck about the lateral axis to a TPMS sensor fastener; an electronic control unit connected to the tool body, the electronic control unit having a memory storage device for storing at least one reference TPMS sensor fastener torque value; a user interface connected to the tool body in electronic communication with the torque sensor and the electronic control unit, the user interface operative to alert a user when the measured TPMS sensor fastener torque value is equal to or exceeds the stored at least one reference TPMS sensor fastener torque value; and a bit holder having an elongate shaft, rotatable about said lateral axis, a first end removably engaged with the chuck and a second end opposite the first end, characterized in that the tool further comprises: a screw driving bit removably engaged with the first end of the bit holder; and a socket removably engaged with the second end of the bit holder, the screw driving bit and the socket selectively engagable with a respective TPMS sensor screw and a nut. a screw driving bit removably engaged with the first end of the bit holder; and a socket removably engaged with the second end of the bit holder, the screw driving bit and the socket selectively engagable with a respective TPMS sensor screw and a nut.
Torsional vibration damper in the form of a two-mass flywheel with an input part (2, 17) which can be connected fixedly to the drive shaft of an internal combustion engine so as to rotate with it, and an output part which can be rotated relative to the input part (2, 17) counter to the resistance of a first energy store device and a second energy store device (30; 180) which is connected in parallel to the first energy store device, the second energy store device (30; 180) comprising a plurality of energy store elements (31 to 34, 105, 106; 181) which are articulated on the output part at various points distributed over the circumference, the output part being configured as a flange-like component which has brackets radially on the outside which extend radially between the end regions of two adjacent energy stores of the first energy store device, and which output part can be coupled radially on the inside via the second energy store device (30; 180) to the input part (2; 17) of the torsional vibration damper, the rotational angle, up to which the second energy store device (30; 180) is to develop its degressive action (free angle), being from 1 to 10 degrees, and the degressive action of the second energy store device (30; 180) being adapted to the action of the first energy store device in such a way that the action of the first energy store device is approximately compensated for in the free angle range.
An applicator for combing the eyelashes and/or the eyebrows and/or for applying a cosmetic, makeup, or a care product thereto, the applicator comprising a molded applicator member comprising a core that is elongate along a longitudinal axis, and rows of teeth of which at least one first row of teeth is molded out of a first material, and at least one second row of teeth is molded out of a second material that is different from the first material, characterized in that the two materials have the same chemical nature and differ in their hardnesses, the two materials having the same chemical nature and different hardnesses being chosen among: two materials comprising the two same polymers in different proportions, an elastomer and a thermoplastic elastomer, an elastomeric polymer and a non-elastomeric polymer of the same chemical nature, polystyrene and SEBS, polyamide 6 and a polyamide polyester, two different polyolefins, two different polyamides, two polyether block amides, two polyesters, two polyethylenes, two polyvinyl chlorides, two ethylene-propylene-terpolymere rubbers (EPDM), two polyurethanes, two ethyl vinyl acetates.
A transmission apparatus that is configured to transmit a block signal including a plurality of data symbols, the transmission apparatus comprising: a data-symbol generation unit that, in each block, is configured to generate data symbols for one block; a storage unit that is configured to store therein a data symbol at a first position, among the data symbols for one block generated by the data-symbol generation unit, as a copied symbol, wherein the first position is designated as a head position of the data symbols for one block; a symbol insertion unit that is configured to generate a block symbol with an arrangement of the data symbol and the copied symbol such that the copied symbol in a block one before, stored in the storage unit, is configured to be inserted at a second position of the data symbols for one block generated by the data-symbol generation unit, wherein the second position is designated as a head position of the data symbol to be copied as a Cyclic Prefix; a time/frequency conversion unit that is configured to convert the block symbol into a frequency domain signal; an interpolation unit that is configured to perform interpolation processing on the frequency domain symbol; and a CP insertion unit that is configured to insert a Cyclic Prefix into a signal on which the interpolation processing has been performed so as to generate the block signal. a data-symbol generation unit that, in each block, is configured to generate data symbols for one block; a storage unit that is configured to store therein a data symbol at a first position, among the data symbols for one block generated by the data-symbol generation unit, as a copied symbol, wherein the first position is designated as a head position of the data symbols for one block; a symbol insertion unit that is configured to generate a block symbol with an arrangement of the data symbol and the copied symbol such that the copied symbol in a block one before, stored in the storage unit, is configured to be inserted at a second position of the data symbols for one block generated by the data-symbol generation unit, wherein the second position is designated as a head position of the data symbol to be copied as a Cyclic Prefix; a time/frequency conversion unit that is configured to convert the block symbol into a frequency domain signal; an interpolation unit that is configured to perform interpolation processing on the frequency domain symbol; and a CP insertion unit that is configured to insert a Cyclic Prefix into a signal on which the interpolation processing has been performed so as to generate the block signal.
A secondary battery, comprising: - a stacked electrode assembly having a positive electrode (41, 42), a negative electrode (41, 42) and a separator; - an electrolytic solution; and - exterior members accommodating there between the stacked electrode assembly together with the electrolytic solution, - characterised in that the secondary battery further comprises: a plurality of joint parts by which an outer periphery of the separator is joined with the exterior members; and an electrolyte holding part formed at least between the joint parts so as to hold therein the electrolytic solution. - a stacked electrode assembly having a positive electrode (41, 42), a negative electrode (41, 42) and a separator; - an electrolytic solution; and - exterior members accommodating there between the stacked electrode assembly together with the electrolytic solution, - characterised in that the secondary battery further comprises: a plurality of joint parts by which an outer periphery of the separator is joined with the exterior members; and an electrolyte holding part formed at least between the joint parts so as to hold therein the electrolytic solution.
An interconnector for electrically connecting a first electronic device element and a second electronic device element, comprising: - a first connection portion which is connected to an electrode of the first electronic device element; - a second connection portion which is connected to an electrode of the second electronic device element; and - a plurality of strip-like intermediate portions which are provided in parallel between the first connection portion and the second connection portion to electrically connect the first connection portion and the second connection portion, - wherein each of the plurality of intermediate portions has a first curved portion which is curved in one width direction and a second curved portion which is curved in another width direction opposite from the one width direction and the intermediate portions are detached with each other in the width direction, - wherein the intermediate portions are symmetrically placed with respect to a center line that connects a center point of the first connection portion and a center point of the second connection portion, - wherein the interconnector is connected to the first electronic device element at only one first connection portion and the interconnector is connected to the second electronic device element at only one second connection portion, and wherein the intermediate portions each have a straight line portion between one first curved portion and one second curved portion, and the length of the straight line portion is equal in each intermediate portion. - a first connection portion which is connected to an electrode of the first electronic device element; - a second connection portion which is connected to an electrode of the second electronic device element; and - a plurality of strip-like intermediate portions which are provided in parallel between the first connection portion and the second connection portion to electrically connect the first connection portion and the second connection portion, - wherein each of the plurality of intermediate portions has a first curved portion which is curved in one width direction and a second curved portion which is curved in another width direction opposite from the one width direction and the intermediate portions are detached with each other in the width direction, - wherein the intermediate portions are symmetrically placed with respect to a center line that connects a center point of the first connection portion and a center point of the second connection portion, - wherein the interconnector is connected to the first electronic device element at only one first connection portion and the interconnector is connected to the second electronic device element at only one second connection portion, and
Permanently excited synchronous machine having a rotor and a stator formed with connection terminals for applying an alternating supply voltage with a supply frequency (f 0), wherein the permanently excited synchronous machine is formed with a motor control comprising an arrangement for detecting the terminal current at the connection terminals and its actual frequency (f a), wherein furthermore an evaluation device is provided to determine whether the actual frequency (f a) contains a frequency component (f r) with a frequency deviating and in particular decreasing from the supply frequency (f 0), characterized in that the motor control is formed to change the amplitude of the terminal voltage depending on the determined frequency component (f r).
A fan section for use in a gas turbine engine comprising: a fan rotor having a plurality of blades and an outer fan housing surrounding said plurality of blades, with a tip clearance defined between a radially outer tip of said blades and a radially inner surface of said fan housing; a fan drive shaft for driving said rotor; a drive input for driving said fan drive shaft; and a shifting mechanism for shifting a location of said blades relative to said drive input, thereby controlling the tip clearance. a fan rotor having a plurality of blades and an outer fan housing surrounding said plurality of blades, with a tip clearance defined between a radially outer tip of said blades and a radially inner surface of said fan housing; a fan drive shaft for driving said rotor; a drive input for driving said fan drive shaft; and a shifting mechanism for shifting a location of said blades relative to said drive input, thereby controlling the tip clearance.
An orally fast dissolving film formulation comprising aripiprazole or a pharmaceutically acceptable salt thereof and citric acid wherein the film formulation has a pH in the range of 4.7 to 6.0, wherein the citric acid is present in an amount of 0.2 to 1.0 part by weight, based on 100 parts by weight of the orally fast dissolving film formulation.
An aerosol delivery device comprising: at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a nozzle coupled to the housing to discharge aerosol precursor composition from the reservoir, the nozzle including a piezoelectric or piezomagnetic material surrounding a mesh; and a control component including a microprocessor coupled to and configured to drive the piezoelectric or piezomagnetic material to vibrate and cause a discharge of components of the aerosol precursor composition through the mesh and thereby produce an aerosol for inhalation by a user, the components of the aerosol precursor composition discharged through the mesh having a diameter of less than one micrometer, wherein aerosol precursor composition is delivered from the reservoir to the mesh for discharge of components thereof, and wherein the aerosol delivery device further comprises a micro filter proximate a reservoir side of the mesh to filter the aerosol precursor composition delivered from the reservoir to the mesh for discharge of components thereof. at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a nozzle coupled to the housing to discharge aerosol precursor composition from the reservoir, the nozzle including a piezoelectric or piezomagnetic material surrounding a mesh; and a control component including a microprocessor coupled to and configured to drive the piezoelectric or piezomagnetic material to vibrate and cause a discharge of components of the aerosol precursor composition through the mesh and thereby produce an aerosol for inhalation by a user, the components of the aerosol precursor composition discharged through the mesh having a diameter of less than one micrometer, wherein aerosol precursor composition is delivered from the reservoir to the mesh for discharge of components thereof, and wherein the aerosol delivery device further comprises a micro filter proximate a reservoir side of the mesh to filter the aerosol precursor composition delivered from the reservoir to the mesh for discharge of components thereof.
A combustion chamber of a turbine engine, comprising: - an outer annular casing; - a flame tube connected to the outer casing, said flame tube comprising an inner annular wall and an outer annular wall defining, on the one hand, a first radial portion at the inlet of the flame tube and on the other hand a second axial portion at the outlet of the flame tube, the first portion extending toward the second portion while forming an elbow between the inlet and the outlet of the flame tube, the flame tube comprises a chamber base situated at the inlet of the flame tube, the chamber comprising at least one fuel injector configured to inject fuel into the flame tube via the inlet of the flame tube, the flame tube being connected to the outer casing through said injector in connection with the chamber base, the injector comprising an injector tube through which fuel is brought into the flame tube, and an injector body surrounding the injector tube, the injector comprising a connection disk connected to the chamber base and a cylinder topping the connection disk and into which the injector body is inserted, the injector body being connected to the injector tube, the injector body being movable with respect to the cylinder. - an outer annular casing; - a flame tube connected to the outer casing, said flame tube comprising an inner annular wall and an outer annular wall defining, on the one hand, a first radial portion at the inlet of the flame tube and on the other hand a second axial portion at the outlet of the flame tube, the first portion extending toward the second portion while forming an elbow between the inlet and the outlet of the flame tube, the flame tube comprises a chamber base situated at the inlet of the flame tube, the chamber comprising at least one fuel injector configured to inject fuel into the flame tube via the inlet of the flame tube, the flame tube being connected to the outer casing through said injector in connection with the chamber base, the injector comprising an injector tube through which fuel is brought into the flame tube, and an injector body surrounding the injector tube, the injector comprising a connection disk connected to the chamber base and a cylinder topping the connection disk and into which the injector body is inserted, the injector body being connected to the injector tube, the injector body being movable with respect to the cylinder.
A method, comprising: determining, at a communication terminal, when at least one component of the communication terminal is in an inactivated state; interrupting, at the communication terminal, transmitting at least one channel quality indication report when said at least one component is in said inactivated state; and transforming said at least one said component from said inactivated state to an activated state and transmitting a helper channel quality indication report when a network entity requests said helper channel quality indication report; wherein said inactivated state is a discontinuous reception period. determining, at a communication terminal, when at least one component of the communication terminal is in an inactivated state; interrupting, at the communication terminal, transmitting at least one channel quality indication report when said at least one component is in said inactivated state; and transforming said at least one said component from said inactivated state to an activated state and transmitting a helper channel quality indication report when a network entity requests said helper channel quality indication report; wherein said inactivated state is a discontinuous reception period.
A device for cleaning a doctor blade in a printing unit such as a rotogravure printing machine, the printing unit comprising the doctor blade and a rotating printing cylinder with an outer surface, the doctor blade extending according to a longitudinal axis and comprising a face (11, 12) delimited by an edge adapted to contact a generatrix of the printing cylinder outer surface, defining a contact line on the doctor blade, the device being characterised in that it comprises - a cleaning blade and cleaning blade driving means, - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face (11, 12) of the doctor blade, - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face (11, 12) of the doctor blade in proximity of the doctor blade edge. - a cleaning blade and cleaning blade driving means, - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face (11, 12) of the doctor blade, - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face (11, 12) of the doctor blade in proximity of the doctor blade edge. - the cleaning blade being arranged in a superimposed and slanting fashion with respect to said face (11, 12) of the doctor blade, - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade comprising a free edge extending according to a cleaning blade longitudinal axis (X') parallel to the contact line, - the cleaning blade driving means being adapted to displace the cleaning blade between a rest position spaced from the doctor blade and a cleaning position in which the cleaning blade free edge abuts against the face (11, 12) of the doctor blade in proximity of the doctor blade edge.