mhurhangee/ep-ind-claims huggingface dataset:
A coating product comprising a carrier fluid and at least two material components which are present in the carrier fluid and which are configured as material phases (21, 22) which are different from each other, wherein at least one material phase is configured as thermally and/or electrically conductive material phase, at least one material phase comprises an insulating material, and the material phases (21, 22) which are different from each other are configured as material phases which can be separated from each other.
A tool for a dental treatment, in particular a scaler, comprising - a handpiece having a transducer, - a first electronic circuit for supplying and/or controlling the transducer for generating a vibration and - a second electronic circuit for supplying and/or controlling an additional component, characterized in that the first electronic circuit and the second electronic circuit are electrically isolated from each other by completely embedding the second electronic circuit in a plug-in element, in particular for a contact section of the tool, wherein only the second electronic circuit is embedded into the plug-in element. - a handpiece having a transducer, - a first electronic circuit for supplying and/or controlling the transducer for generating a vibration and - a second electronic circuit for supplying and/or controlling an additional component,
Electrode material having the folowing formula Li α Fe β B γ PO 4 /C wherein 0.85 ≤ α ≤ 1.08, 0 ≤ γ/β ≤ 0.1 and γ + β ≤1, characterised in that it is in the form of micro-forged micrometric mixed aggregates of nanometric particles, said nanometric particles having a maximum size measured by transmission microscopy of less than 50 nm and said micrometric mixed aggregates having an average size measured by laser diffraction analysis in methanol comprised between 0.5 and 60 μm,
A permanent magnet motor, comprising a stator and a rotor; said stator comprises a stator iron core and windings; wherein, the rotor comprises a rotor iron core and permanent magnets (7a, 7b); in the radial direction of the rotor, each magnetic pole of the rotor iron core is provided with two layers of arc-shaped permanent magnet grooves (6a, 6b); a q-axis magnetic flux path is formed between two neighboring layers of permanent magnet grooves; the permanent magnets are disposed in the permanent magnet grooves; two neighboring magnetic poles of the rotor are respectively a first magnetic pole and a second magnetic pole, the first and second magnetic poles have opposite polarities; an outer endpoint of an outer layer of permanent magnet in the first magnetic pole is a first outer endpoint, said outer endpoint is farther from the q-axis; an outer endpoint of an outer layer of permanent magnet in the second magnetic pole is a second outer endpoint, said outer endpoint is farther from the q-axis; characterised in that an included angle A between the first outer endpoint and the second outer endpoint with respect to a center of the rotor is less than an electrical angle of 80 degrees; wherein number of stator slots is N; number of pairs of rotor poles is P; number of phases of windings is m; and number of stator slots per pole per phase (N/2P/m) is an integer; an outer endpoint of an inner layer of permanent magnet in the first magnetic pole is a third outer endpoint, said outer endpoint is farther from the q-axis; an outer endpoint of an inner layer of permanent magnet in the second magnetic pole is a fourth outer endpoint, said outer endpoint is farther from the q-axis; an included angle B between the third outer endpoint and the fourth outer endpoint with respect to the center of the rotor is configured to be less than an inner included angle C between two stator tooth parts spaced by one stator tooth, with respect to the center of the rotor.
A fibrous preform intended to form the fibrous reinforcement of a fan blade of an aircraft turbine engine, in composite material with fibrous reinforcement densified with a matrix, the fibrous preform being in a single piece and being obtained by three-dimensional weaving of a plurality of longitudinal yarns or strands (c 1 -c 16), extending in a direction corresponding to the longitudinal direction of the blade, with a plurality of transverse yarns or strands (t 1 -t 16), the preform comprising a blade root part and a blade airfoil part extending between the blade root part and a free end of the fibrous preform, characterized in that the airfoil part of the preform has a first area comprising a first skin corresponding to a lower surface of the blade, a second skin corresponding to an upper surface of the blade, and a longitudinal stiffener portion extending between the first skin and the second skin, and in that, in a transverse plane of the first area; - transverse yarns or strands of the first skin (t 1 -t 8) and of the second skin (t 9 -t 16) are woven in pairs in the first skin and in the second skin either side of the longitudinal stiffener portion; - the yarns or strands of at least one first pair of transverse yarns or strands (t 5 -t 6, t 7 -t 8) of the first skin are separated into two unit yarns or strands at the longitudinal stiffener portion, said unit yarns or strands being woven separately with longitudinal yarns or strands in said portion; - the yarns or strands of at least one second pair of transverse yarns or strands (t 9 -t 10, t 11 -t 12) of the second skin are separated into two unit yarns or strands at the longitudinal stiffener portion, said unit yarns or strands being woven separately with longitudinal yarns or strands in said portion; and - at least one yarn or strand (t 7, t 8) of the first pair and at least one yarn or strand of the second pair (t 9) cross over each other at least twice in the longitudinal stiffener portion. - transverse yarns or strands of the first skin (t 1 -t 8) and of the second skin (t 9 -t 16) are woven in pairs in the first skin and in the second skin either side of the longitudinal stiffener portion; - the yarns or strands of at least one first pair of transverse yarns or strands (t 5 -t 6, t 7 -t 8) of the first skin are separated into two unit yarns or strands at the longitudinal stiffener portion, said unit yarns or strands being woven separately with longitudinal yarns or strands in said portion; - the yarns or strands of at least one second pair of transverse yarns or strands (t 9 -t 10, t 11 -t 12) of the second skin are separated into two unit yarns or strands at the longitudinal stiffener portion, said unit yarns or strands being woven separately with longitudinal yarns or strands in said portion; and - at least one yarn or strand (t 7, t 8) of the first pair and at least one yarn or strand of the second pair (t 9) cross over each other at least twice in the longitudinal stiffener portion.
Adapter for eliminating support points on a reinforcing strut of a dismountable swimming pool, where said reinforcing strut protrudes from a wall of the swimming pool and has at least part of its outer surface arranged in an inclined manner so that it is capable of being used as a support point and of potentially allowing a young child to support its foot and climb up towards the inside of the swimming pool, the adapter being characterised in that it comprises: - a lower reception area intended to be fitted onto the support point of the reinforcing strut outer surface and to conceal said support point, - two side outer surfaces intended to remain essentially vertical or with a slight inclination in relation to the vertical when the adapter is assembled on the reinforcing strut, and - an upper outer surface that is adapted to have a greater inclination with respect to the horizontal than the support point when the lower reception area is fitted onto the support point. - a lower reception area intended to be fitted onto the support point of the reinforcing strut outer surface and to conceal said support point, - two side outer surfaces intended to remain essentially vertical or with a slight inclination in relation to the vertical when the adapter is assembled on the reinforcing strut, and - an upper outer surface that is adapted to have a greater inclination with respect to the horizontal than the support point when the lower reception area is fitted onto the support point.
A method of updating a common communication policy for a wireless network (30, 42) having a plurality of subscriber devices; said method comprising the steps of: receiving a voice call at one of said subscriber devices; said voice call having an originator identifier; marking said originator identifier for said received voice call undesired by a user of the subscriber device receiving the voice call; and updating said common communication policy with said originator identifier chosen at said marking step such that reception by any of said plurality of subscriber devices of a voice call having said originator identifier is impermissible; characterised in that said network (30, 42) has at least one base station and said marking step and said updating step are performed at said at least one base station. receiving a voice call at one of said subscriber devices; said voice call having an originator identifier; marking said originator identifier for said received voice call undesired by a user of the subscriber device receiving the voice call; and updating said common communication policy with said originator identifier chosen at said marking step such that reception by any of said plurality of subscriber devices of a voice call having said originator identifier is impermissible; characterised in that said network (30, 42) has at least one base station and said marking step and said updating step are performed at said at least one base station.
A method for manufacturing an assembly comprising a thermoplastic liner, a boss, a seal element and a compressing element, characterised in that the method comprises at least the steps of: 1) Forming a boss subassembly by positioning the seal element into the boss and by securing the compressing element inside said seal element, such that the seal element is compressed into the boss, said compressing element being at least partially made of a thermoplastic material which is chemically compatible with the thermoplastic liner; 2) Placing the boss subassembly in a mold for molding the thermoplastic liner, the boss subassembly being on and outside the thermoplastic liner, in such a way that the boss subassembly wraps the liner; 3) Molding the thermoplastic liner and attaching the boss subassembly to the thermoplastic liner during said molding, wherein the compressing element is at least partially welded to the thermoplastic liner during said molding. 1) Forming a boss subassembly by positioning the seal element into the boss and by securing the compressing element inside said seal element, such that the seal element is compressed into the boss, said compressing element being at least partially made of a thermoplastic material which is chemically compatible with the thermoplastic liner; 2) Placing the boss subassembly in a mold for molding the thermoplastic liner, the boss subassembly being on and outside the thermoplastic liner, in such a way that the boss subassembly wraps the liner; 3) Molding the thermoplastic liner and attaching the boss subassembly to the thermoplastic liner during said molding,
One-piece composite micromechanical timepiece component including a first functional level (N 1) including an impulse pin made of a first material arranged to cooperate with a member, the first functional level (N 1) also including an electroformed portion made of a second metallic material partially overlapping the impulse pin and a second functional level (N 2) including only the electroformed portion forming a roller also arranged to cooperate with the member, the first material being different from the second metallic material.
A park brake system for adjusting a tension in a brake cable that is coupled to a park brake, the park brake system comprising: a driver communicatively coupled to a microcontroller an actuator having a thread portion, the actuator being rotatably displaceable by operation of the driver; an equalizer assembly having at least one extension and an internal thread, the at least one extension configured to be coupled to the brake cable, the equalizer assembly being linearly displaceable along the actuator when the actuator is rotatably displaced by a mating engagement between the internal thread and the threaded portion of the actuator; and an encoder coupled to the driver, the encoder being communicatively coupled to the microcontroller and configured to output a signal that indicates at least one of a speed and position of an output shaft of the driver; wherein the microcontroller is configured to monitor a current being drawn by the driver as the driver is operated and generate instructions to cease operation of the driver upon the current reaching a predetermined current threshold, the predetermined current threshold corresponding to a maximum force that is to be applied by the park brake, and wherein the microcontroller is configured to determine, using the output from the encoder, if the park brake has been displaced to a running clearance position where the park brake is separated from a wheel component by a distance that prevents the park brake from engaging the wheel component in a manner that can produce park drag. a driver communicatively coupled to a microcontroller an actuator having a thread portion, the actuator being rotatably displaceable by operation of the driver; an equalizer assembly having at least one extension and an internal thread, the at least one extension configured to be coupled to the brake cable, the equalizer assembly being linearly displaceable along the actuator when the actuator is rotatably displaced by a mating engagement between the internal thread and the threaded portion of the actuator; and an encoder coupled to the driver, the encoder being communicatively coupled to the microcontroller and configured to output a signal that indicates at least one of a speed and position of an output shaft of the driver; wherein the microcontroller is configured to monitor a current being drawn by the driver as the driver is operated and generate instructions to cease operation of the driver upon the current reaching a predetermined current threshold, the predetermined current threshold corresponding to a maximum force that is to be applied by the park brake, and wherein the microcontroller is configured to determine, using the output from the encoder, if the park brake has been displaced to a running clearance position where the park brake is separated from a wheel component by a distance that prevents the park brake from engaging the wheel component in a manner that can produce park drag.
An agent for nourishing keratin fibers, containing at least two preparations and that are packaged separately from one another, and optionally a further preparation that is packaged separately from and, which preparations are mixed immediately before use to form an application mixture, characterized in that - preparation is a hair masque, which contains, based on the weight thereof, a) from 10 to 60 wt.% water, b) from 2.5 to 20 wt.% isopropyl myristate; c) from 1 to 10 wt.% cationic surfactant(s), preparation containing a maximum of 20 wt.% oil(s) and - preparation is a flowable composition, which contains, based on the weight thereof, at least 50 wt.% polyethylene glycol(s) of formula where n = 6, 7, 8, 9 or 10. - preparation is a hair masque, which contains, based on the weight thereof, a) from 10 to 60 wt.% water, b) from 2.5 to 20 wt.% isopropyl myristate; c) from 1 to 10 wt.% cationic surfactant(s), preparation containing a maximum of 20 wt.% oil(s) and a) from 10 to 60 wt.% water, b) from 2.5 to 20 wt.% isopropyl myristate; c) from 1 to 10 wt.% cationic surfactant(s), - preparation is a flowable composition, which contains, based on the weight thereof, at least 50 wt.% polyethylene glycol(s) of formula where n = 6, 7, 8, 9 or 10.
An inkjet ink composition comprising a colorant, two or more hydrophilic organic solvents, and particles of a polymer containing a structural unit derived from a hydrophilic monomer of at least one selected from the group consisting of a monomer having a carboxyl group, a monomer having a phosphoric acid group and a monomer having a sulfonic acid group and a structural unit derived from a hydrophobic monomer of a cyclic-aliphatic-group-containing monomer and said polymer having a glass transition temperature of 150 °C or higher and an I/O value of from 0.2 to 0.55, the particles having a volume average particle diameter of from 0.1 to 10 nm, wherein the glass transition temperature Tg is measured using a differential scanning calorimeter or obtained according to the Equation: 1 / Tg = Σ X i / Tg i wherein X i represents the weight fraction of the i -th monomer so that ∑X i = 1; Tgi represents the glass transition temperature expressed by an absolute temperature of a homopolymer of the i -th monomer; and ∑ represents the sum for from i = 1 to i = n. wherein X i represents the weight fraction of the i -th monomer so that ∑X i = 1; Tgi represents the glass transition temperature expressed by an absolute temperature of a homopolymer of the i -th monomer; and ∑ represents the sum for from i = 1 to i = n.
Welding device (100, 200), in particular welding gun, for welding a welding stud along a welding axis in a welding direction to a substrate, comprising an inert gas cover having an inert gas inlet which is disposed in an annular manner about the welding axis, having an inert gas outlet, and having an aperture which points in the welding direction; wherein the aperture, transversely to the welding direction, has an aperture diameter (dM); wherein the inert gas inlet, counter to the welding direction, has an inlet spacing (aE) from the aperture; wherein the inert gas outlet, counter to the welding direction, has an outlet spacing (aA) from the aperture; furthermore comprising a holding device for holding the welding stud within the inert gas cover during a welding procedure, wherein the holding device has an external diameter (dA) and a stud fitting having an internal diameter (dl), characterized in that the outlet spacing is at least half a difference calculated from the aperture diameter (dM) and the external diameter (dA), or is at least the size of the inlet spacing (aE).
Method for analyzing an operation of a power semiconductor device (PS1, PS2, PS3), wherein the method comprises - providing a set of reference voltages (Vn, Vn+1) of the device (PS1, PS2, PS3) and a set of corresponding reference currents (In, In+1); - measuring an on-state voltage (Vmeas) and a corresponding on-state current (Imeas) of the device (PS1, PS2, PS3) to obtain a measurement point; - adapting the set of reference voltages (Vn, Vn+1) by adapting those two of the set of reference voltages (Vn, Vn+1) lying closest to the measurement point by extrapolating the measurement point, wherein the extrapolation is based on a predefined reference increment current (ΔI) and a predefined reference increment voltage (ΔV); and - using the adapted set of reference voltages to analyze the operation of the power semiconductor device (PS1, PS2, PS3). - providing a set of reference voltages (Vn, Vn+1) of the device (PS1, PS2, PS3) and a set of corresponding reference currents (In, In+1); - measuring an on-state voltage (Vmeas) and a corresponding on-state current (Imeas) of the device (PS1, PS2, PS3) to obtain a measurement point; - adapting the set of reference voltages (Vn, Vn+1) by adapting those two of the set of reference voltages (Vn, Vn+1) lying closest to the measurement point by extrapolating the measurement point, wherein the extrapolation is based on a predefined reference increment current (ΔI) and a predefined reference increment voltage (ΔV); and - using the adapted set of reference voltages to analyze the operation of the power semiconductor device (PS1, PS2, PS3).
A method for facilitating a search at disparate domains for user information in a communication system including user mobile stations, wherein information associated with user mobile stations is stored at a plurality of disparate domains, each domain having an administration service console, each user mobile station being associated with and having user information stored at one of the plurality of disparate domains, wherein the method is performed by an Internet Information Services web server comprising ASP.NAT Webpages, the method comprising: providing, to a work station, a search console in response to a request from an administrator or other party for performing the search; detecting, from the work station, a search request for the user information of a mobile station; searching each of the disparate domains for that user information responsive to the search request detected during said detecting, wherein the searching comprises using the ASP.NET web pages to make API calls to an API of each of the disparate domains, the API calls configured to cause each of the domain APIs to access user information stored at the respective domains to search for the user information of the mobile station; receiving, from the disparate domains, a search response comprising information that identifies the domain at which that user information is stored, and retrieving that user information from the identified domain, wherein the web server retrieves that user information from the identified domain without requiring an administrator or other party to log into the administration service console of that domain. providing, to a work station, a search console in response to a request from an administrator or other party for performing the search; detecting, from the work station, a search request for the user information of a mobile station; searching each of the disparate domains for that user information responsive to the search request detected during said detecting, wherein the searching comprises using the ASP.NET web pages to make API calls to an API of each of the disparate domains, the API calls configured to cause each of the domain APIs to access user information stored at the respective domains to search for the user information of the mobile station; receiving, from the disparate domains, a search response comprising information that identifies the domain at which that user information is stored, and retrieving that user information from the identified domain, wherein the web server retrieves that user information from the identified domain without requiring an administrator or other party to log into the administration service console of that domain.