mhurhangee/patent-ind-claim-en huggingface dataset:
Pedelec bottom bracket drive unit with a rigid drive housing characterized in that a tolerance compensation sheet-metal spring standing substantially in a vertical plane is fixed at the drive housing at a fixing point (301-305) at the housing side, wherein the tolerance-compensating sheet-metal spring has a mounting point (401-403) for fastening to a pedelec-frame-side drive mount , the mounting point (401-403) of the tolerance-compensating sheet-metal spring being arranged offset with respect to the next housing-side fixing point (301-305) with respect to its transverse axes (Q3, Q4).
System comprising at least one sensor and a remote signal analyzer connected to the sensor with at least two wires to transmit in an analogue mode an analogue sensor signal (ASS) from the sensor to the analyzer and to communicate in a digital mode digital information between sensor and analyzer , which sensor comprises mode switching means to switch between the analogue mode and the digital mode of the sensor , characterized in that the sensor comprises processor means configured to process in the analogue mode of the sensor special digital analyzer data (DSD) and digital analyzer data (DAD) from the analyzer , which is stored in a sensor memory circuit of the sensor by the analyzer in the digital mode of the sensor and, wherein the processor means comprise a test signal generator to generate a test signal (T) in the analogue mode to test the functionality of the sensor and wherein the processor means are built to switch-on the generation of the test signal (T) in the analogue mode based on the presence of the special digital analyzer data (DSD) in the sensor memory circuit , said presence thus indicating the start of the generation of the test signal (T).
Assembly of a pylon with an aircraft wing , the pylon comprising a primary structure extending from front to rear along a longitudinal axis (X) and having the form of a box with a rear face (R) and an upper spar forming an upper face (U) of the box, a longitudinal mid-plane (V) separating the primary structure into two left-right parts, the assembly comprising a front fastening system for fastening the pylon to the wing that is arranged on the upper face (U) of the box halfway along the length of the primary structure , a rear fastening system for fastening the pylon to the wing that is arranged at the rear of the primary structure , and an intermediate fastening system for fastening the pylon to the wing that is arranged on the upper face (U) of the box between the front and rear fastening systems, the rear fastening system comprising a shoe fastened below the wing and a fitting fastened to the rear face (R) of the pylon , the shoe being connected, via at least one articulated link , to the fitting via an articulation whose articulation pin , termed horizontal articulation pin, is perpendicular to the longitudinal mid-plane (V), the shoe being connected to the upper spar via a force take-up system (G), characterized in that the force take-up system (G) comprises an extension prolonging the upper spar of the pylon towards the rear and a spreader , the shoe being articulated, by way of the spreader , to the extension via an articulation whose articulation pin , termed vertical articulation pin, is parallel to the longitudinal mid-plane (V).
A hinge assembly, comprising a first hinge body , being provided with either a hinge groove or a hinge shaft provided in the hinge groove , and the first hinge body further being provided with either a limiting groove or a limiting shaft provided in the limiting groove ; and a second hinge body , being provided with another of either the hinge shaft or the hinge groove , and the second hinge body further being provided with another of either the limiting shaft or the limiting groove ; wherein the hinge shaft moving in the hinge groove to make the limiting shaft move along an extending direction of the limiting groove , characterised in that a bottom wall of the limiting groove is provided with a first guide surface , the first guide surface gradually sinks along an extending direction from an open end to a closed end, and the limiting shaft abuts against the first guide surface to make the first hinge body or the second hinge body move up and down along the first guide surface . a first hinge body , being provided with either a hinge groove or a hinge shaft provided in the hinge groove , and the first hinge body further being provided with either a limiting groove or a limiting shaft provided in the limiting groove ; and a second hinge body , being provided with another of either the hinge shaft or the hinge groove , and the second hinge body further being provided with another of either the limiting shaft or the limiting groove ; wherein the hinge shaft moving in the hinge groove to make the limiting shaft move along an extending direction of the limiting groove , characterised in that a bottom wall of the limiting groove is provided with a first guide surface , the first guide surface gradually sinks along an extending direction from an open end to a closed end, and the limiting shaft abuts against the first guide surface to make the first hinge body or the second hinge body move up and down along the first guide surface .
An apparatus for securing a bike, the apparatus comprising: a base configured to be attached to a secure surface; a first structure attached to the base , wherein the first structure is arranged to receive at least a portion of a wheel of the bike; a second structure , wherein the second structure is moveable relative to the first structure between an open position in which a bike wheel can be received in the first structure and a closed position in which the second structure retains the bike wheel within the first structure ; wherein a locking arrangement is provided to lock the second structure in the closed position; characterised in that the apparatus comprises a pair of opposing central hubs which are positioned to each cover or shield a respective end of the bolt which attaches the bike wheel to the bike frame, wherein the central hubs are connected to the first and/or second structures and/or to the base by one or more support arms ; and the locking arrangement is disposed in one of the central hubs . a base configured to be attached to a secure surface; a first structure attached to the base , wherein the first structure is arranged to receive at least a portion of a wheel of the bike; a second structure , wherein the second structure is moveable relative to the first structure between an open position in which a bike wheel can be received in the first structure and a closed position in which the second structure retains the bike wheel within the first structure ; wherein a locking arrangement is provided to lock the second structure in the closed position; characterised in that the apparatus comprises a pair of opposing central hubs which are positioned to each cover or shield a respective end of the bolt which attaches the bike wheel to the bike frame, wherein the central hubs are connected to the first and/or second structures and/or to the base by one or more support arms ; and the locking arrangement is disposed in one of the central hubs .
A method for molding a polarizing film , the method comprising: molding a shape of the polarizing film , wherein one chamber is divided into a first space and a second space where a molding die is disposed, by the polarizing film disposed in the chamber, and the polarizing film is transfer-molded along a molding surface of the molding die by a differential pressure generated by making a pressure in the first space and a pressure in the second space different from each other, characterized in that before the polarizing film is disposed in the chamber, the polarizing film is left in an atmosphere having a relative humidity of 20% or more and 70% or less. molding a shape of the polarizing film , wherein one chamber is divided into a first space and a second space where a molding die is disposed, by the polarizing film disposed in the chamber, and the polarizing film is transfer-molded along a molding surface of the molding die by a differential pressure generated by making a pressure in the first space and a pressure in the second space different from each other, characterized in that before the polarizing film is disposed in the chamber, the polarizing film is left in an atmosphere having a relative humidity of 20% or more and 70% or less.
A skin lightening composition comprising a An effective amount of 4-hexylresorcinol; and b An effective amount of galardin. a An effective amount of 4-hexylresorcinol; and b An effective amount of galardin.
A full duplex communication method implemented by a Radio Base Station , RBS, supporting Time Division Duplex, TDD, scheme, the method comprising: configuring (S310) a first logic cell and a second logic cell for the RBS by specifying a first TDD downlink/uplink, DL/UL, configuration corresponding to the first logic cell and a second, different TDD DL/UL configuration corresponding to the second logic cell, transmitting (S330) a first wireless signal to a first User Equipment, UE, associated with one of the first and the second logic cells and receiving a second wireless signal from a second UE associated with the other of the first and the second logic cells simultaneously in a subframe, which is allocated for DL communication according to one of the first and the second TDD DL/UL configurations corresponding to the one of the first and the second logic cells and is allocated for UL communication according to the other of the first and the second TDD DL/UL configurations corresponding to the other of the first and the second logic cells, and performing (S340) self-interference suppression to suppress interference from the transmission of the first wireless signal to the reception of the second wireless signal. configuring (S310) a first logic cell and a second logic cell for the RBS by specifying a first TDD downlink/uplink, DL/UL, configuration corresponding to the first logic cell and a second, different TDD DL/UL configuration corresponding to the second logic cell, transmitting (S330) a first wireless signal to a first User Equipment, UE, associated with one of the first and the second logic cells and receiving a second wireless signal from a second UE associated with the other of the first and the second logic cells simultaneously in a subframe, which is allocated for DL communication according to one of the first and the second TDD DL/UL configurations corresponding to the one of the first and the second logic cells and is allocated for UL communication according to the other of the first and the second TDD DL/UL configurations corresponding to the other of the first and the second logic cells, and performing (S340) self-interference suppression to suppress interference from the transmission of the first wireless signal to the reception of the second wireless signal.
A wear sensor , comprising: an electrical circuit comprising a sequence of discrete elements , each discrete element Z is adapted to temporarily hold a digital data value, wherein the electrical circuit is configured to sequentially transfer the digital data value from a first discrete element on a first side of the wear sensor to subsequent discrete elements toward a second side of the wear sensor , each discrete element being configured to be electrically decoupled from the electrical circuit , sequentially in a direction from the second side to the first side , by action of wear on the wear sensor , wherein Z the wear sensor is arranged such that a number of discrete elements in the sequence is reduced when wear occurs on the wear sensor and the reduced number of discrete elements indicates an amount of wear. an electrical circuit comprising a sequence of discrete elements , each discrete element Z is adapted to temporarily hold a digital data value, wherein the electrical circuit is configured to sequentially transfer the digital data value from a first discrete element on a first side of the wear sensor to subsequent discrete elements toward a second side of the wear sensor , each discrete element being configured to be electrically decoupled from the electrical circuit , sequentially in a direction from the second side to the first side , by action of wear on the wear sensor , wherein Z the wear sensor is arranged such that a number of discrete elements in the sequence is reduced when wear occurs on the wear sensor and the reduced number of discrete elements indicates an amount of wear.
A method for connecting and repairing a shear web, the method comprising: dry-fitting a shear web insert in a rotor blade assembly to establish a perimeter gap at an angled perimeter interface between the shear web insert and at least one adjacent surface selected from a first shear web , a second shear web , a first side of the rotor blade assembly , and a second side of the rotor blade assembly , and, injecting a bonding paste into the perimeter gap .
Domestic appliance for processing foods, comprising: - a bowl which comprises an opening for introducing foods into the bowl and into which a tool for processing foods can be inserted, - a splash guard that can be inserted into the opening of the bowl, such that adjoining regions of the splash guard are opposite the inner wall of the opening so as to prevent foods from splashing out of the bowl , - a lid that is separate from the splash guard and that can be inserted into the opening of the bowl , wherein the splash guard comprises a plate that extends in a substantially planar manner to the adjoining regions , such that the lid rests on the splash guard without encroaching into the splash guard . - a bowl which comprises an opening for introducing foods into the bowl and into which a tool for processing foods can be inserted, - a splash guard that can be inserted into the opening of the bowl, such that adjoining regions of the splash guard are opposite the inner wall of the opening so as to prevent foods from splashing out of the bowl , - a lid that is separate from the splash guard and that can be inserted into the opening of the bowl ,
A femoral component for a knee prosthesis, comprising: an anterior flange ; a medial condyle extending from the anterior flange to a posterior end thereof and having inner and outer edges defining a medial condyle width (W10) therebetween; and a lateral condyle extending from the anterior flange to a posterior end thereof and having inner and outer edges defining a lateral condyle width (W20) therebetween, the inner edge of the lateral condyle having a first portion , a second portion , and an intermediate portion , wherein the inner edges of the lateral and medial condyles define an intercondylar notch and lateral and medial extents of the intercondylar notch such that an intercondylar width extends between the inner edges of the lateral and medial condyles , wherein the inner edge of the lateral condyle tapers toward the outer edge of the lateral condyle at the intermediate portion such that the width of the intercondylar notch is greater along the second portion of the inner edge of the lateral condyle than along the first portion of the lateral condyle , characterized in that the inner edge lies substantially along a single plane from the anterior flange to the posterior end of the medial condyle . an anterior flange ; a medial condyle extending from the anterior flange to a posterior end thereof and having inner and outer edges defining a medial condyle width (W10) therebetween; and a lateral condyle extending from the anterior flange to a posterior end thereof and having inner and outer edges defining a lateral condyle width (W20) therebetween, the inner edge of the lateral condyle having a first portion , a second portion , and an intermediate portion , wherein the inner edges of the lateral and medial condyles define an intercondylar notch and lateral and medial extents of the intercondylar notch such that an intercondylar width extends between the inner edges of the lateral and medial condyles , wherein the inner edge of the lateral condyle tapers toward the outer edge of the lateral condyle at the intermediate portion such that the width of the intercondylar notch is greater along the second portion of the inner edge of the lateral condyle than along the first portion of the lateral condyle ,
An apparatus, comprising: an optical transmitter configured to selectively supply either a first plurality of optical signals or a second plurality of optical signals, each of the first plurality of optical signals being modulated in accordance with a first modulation format, and each of the second plurality of optical signals being modulated in accordance with a second modulation format, collectively, the first plurality of optical signals have an associated data rate being a collective date rate, and collectively, the second plurality of optical signals have the associated data rate; an optical combiner configured to receive the first plurality of optical signals and the second plurality of optical signals, the optical combiner combining either the first plurality of optical signals or the second plurality of optical signals and supplying either the first plurality of optical signals or the second plurality of optical signals to an optical communication path ; and a signal processing circuitry (CB-1, ..., CB-10) configured to provide the first plurality of optical signals at a first symbol rate and the second plurality of optical signals at a second symbol rate, and comprising a digital-to-analog converter that is configured to operate at a substantially constant clock sampling rate, wherein each of the first plurality of optical signals carry a series of first symbols at the first symbol rate and each of the second plurality of optical signals carry a series of second symbols at the second symbol rate, the first symbol rate being greater than the second symbol rate. an optical transmitter configured to selectively supply either a first plurality of optical signals or a second plurality of optical signals, each of the first plurality of optical signals being modulated in accordance with a first modulation format, and each of the second plurality of optical signals being modulated in accordance with a second modulation format, collectively, the first plurality of optical signals have an associated data rate being a collective date rate, and collectively, the second plurality of optical signals have the associated data rate; an optical combiner configured to receive the first plurality of optical signals and the second plurality of optical signals, the optical combiner combining either the first plurality of optical signals or the second plurality of optical signals and supplying either the first plurality of optical signals or the second plurality of optical signals to an optical communication path ; and a signal processing circuitry (CB-1, ..., CB-10) configured to provide the first plurality of optical signals at a first symbol rate and the second plurality of optical signals at a second symbol rate, and comprising a digital-to-analog converter that is configured to operate at a substantially constant clock sampling rate, wherein each of the first plurality of optical signals carry a series of first symbols at the first symbol rate and each of the second plurality of optical signals carry a series of second symbols at the second symbol rate, the first symbol rate being greater than the second symbol rate.
A seal (10; 64; 100), comprising: a ring (12; 66; 78) having a peripheral wall (14; 68; 80) extending circumferentially therearound; a first lobe (16; 70) attached to said peripheral wall (14; 68; 80), said first lobe (16; 70) extending circumferentially around said ring (12; 66; 78); a first sealing surface (18; 72) positioned on said first lobe (16; 70), said first sealing surface (18; 72) extending circumferentially around said ring (12; 66; 78), said first sealing surface being able in use to contact the outer surface of a pipe; characterized by at least a first projection extending from said first sealing surface (18; 72), said first projection defining a closeable leak path (22; 76) across said first sealing surface (18; 72), and wherein said first lobe (16; 70) comprises a free edge (30; 92), said first projection being positioned proximate or distal to said free edge (30; 92). a ring (12; 66; 78) having a peripheral wall (14; 68; 80) extending circumferentially therearound; a first lobe (16; 70) attached to said peripheral wall (14; 68; 80), said first lobe (16; 70) extending circumferentially around said ring (12; 66; 78); a first sealing surface (18; 72) positioned on said first lobe (16; 70), said first sealing surface (18; 72) extending circumferentially around said ring (12; 66; 78), said first sealing surface being able in use to contact the outer surface of a pipe; characterized by at least a first projection extending from said first sealing surface (18; 72), said first projection defining a closeable leak path (22; 76) across said first sealing surface (18; 72), and wherein said first lobe (16; 70) comprises a free edge (30; 92), said first projection being positioned proximate or distal to said free edge (30; 92).