mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: an electrode assembly including electrode sheets on which electrode tabs are formed and a separator located between the electrode sheets; a battery case in which the electrode assembly is housed; and an electrode lead (400, 400', 400", 500) connected to the electrode tab and protruding to the outside of the battery case, wherein the electrode lead includes a flexible part (400f, 400f', 400f") having stretchability in a direction parallel to the protruding direction of the electrode lead, and wherein the flexible part is located inside the battery case, characterized in that the electrode lead comprises a first part connected to the flexible part and the electrode tab; a second part connected to the flexible part and protruding to the outside of the battery case; and a fixing part connected to each of the first part and the second part. an electrode assembly including electrode sheets on which electrode tabs are formed and a separator located between the electrode sheets; a battery case in which the electrode assembly is housed; and an electrode lead (400, 400', 400", 500) connected to the electrode tab and protruding to the outside of the battery case, wherein the electrode lead includes a flexible part (400f, 400f', 400f") having stretchability in a direction parallel to the protruding direction of the electrode lead, and wherein the flexible part is located inside the battery case, characterized in that the electrode lead comprises a first part connected to the flexible part and the electrode tab; a second part connected to the flexible part and protruding to the outside of the battery case; and a fixing part connected to each of the first part and the second part.
A method for displaying geographic content in a computing device , the method comprising: displaying , via a user interface within a map viewport , a digital map including a plurality of features representing respective entities in a geographic area, each of the plurality of features being displayed at a same level of magnification; determining , by one or more processors, a plurality of geolocated points of interest within the geographic area within the map viewport, wherein the points of interest belong to a plurality of categories; determining , by the one or more processors, a focal point of the map viewport; determining, by the one or more processors, a subset of the plurality of categories that comprises less categories than the plurality of categories; and displaying , within the map viewport, respective indicators for the plurality of points of interest overlaid on the map, including, for each of the plurality of indicators in the subset of categories only, varying a size and a level of detail of the indicator in accordance with a distance between a geographic location corresponding to the indicator and a geographic location corresponding to the focal point of the map viewport. displaying , via a user interface within a map viewport , a digital map including a plurality of features representing respective entities in a geographic area, each of the plurality of features being displayed at a same level of magnification; determining , by one or more processors, a plurality of geolocated points of interest within the geographic area within the map viewport, wherein the points of interest belong to a plurality of categories; determining , by the one or more processors, a focal point of the map viewport; determining, by the one or more processors, a subset of the plurality of categories that comprises less categories than the plurality of categories; and displaying , within the map viewport, respective indicators for the plurality of points of interest overlaid on the map, including, for each of the plurality of indicators in the subset of categories only, varying a size and a level of detail of the indicator in accordance with a distance between a geographic location corresponding to the indicator and a geographic location corresponding to the focal point of the map viewport.
A method of forming a fine pattern using sputtering, comprising: preparing a substrate ; and sputtering a target material (T) on the substrate , thus forming a pattern, wherein upon sputtering, at least one process condition of a power condition in which a portion of the target material (T) collides with a pre-deposited target material (T) on the substrate to allow the pre-deposited target material (T) to be separated from the substrate and a bias condition in which an inert gas in a chamber collides with the substrate to allow the pre-deposited target material (T) to be separated from the substrate is controlled, characterized in that the target material (T) is Teflon and that the power condition is set to 3.46 to 14.81 W/cm 2 and that a heating is performed such that the temperature is in the range of 50 to 300 °C and that the bias condition has a bias of 0.11 ~ 0.76 W/cm 2 and that a distance between the substrate and a target upon sputtering is 3 ~ 7 cm and that a pressure in the chamber upon sputtering is 1 ~ 7 mTorr. preparing a substrate ; and sputtering a target material (T) on the substrate , thus forming a pattern, wherein upon sputtering, at least one process condition of a power condition in which a portion of the target material (T) collides with a pre-deposited target material (T) on the substrate to allow the pre-deposited target material (T) to be separated from the substrate and a bias condition in which an inert gas in a chamber collides with the substrate to allow the pre-deposited target material (T) to be separated from the substrate is controlled, characterized in that the target material (T) is Teflon and that the power condition is set to 3.46 to 14.81 W/cm 2 and that a heating is performed such that the temperature is in the range of 50 to 300 °C and that the bias condition has a bias of 0.11 ~ 0.76 W/cm 2 and that a distance between the substrate and a target upon sputtering is 3 ~ 7 cm and that a pressure in the chamber upon sputtering is 1 ~ 7 mTorr.
A television receiver comprising a sound reproduction system comprising: an audio processor ; a plurality of separate audio channels; an audio amplifier connected to an output of the audio processor through the plurality of separate audio channels; one or more speakers , the one or more speakers being in communication with an output of the audio amplifier ; and, an audio signal detector in communication with the output of the audio processor , wherein the audio signal detector is adapted to monitor a signal strength between the audio processor and the audio amplifier of an output signal from the audio processor and adapted to generate a mute control signal in response to which the output of the audio amplifier is muted, the sound reproduction system being characterised in that the audio signal detector comprises for each audio channel: a detector circuit and a threshold determining circuit (R3, R4, R8, R11) having an output connected to an input of the detector circuit and configured to determine at said output of the threshold determining circuit a threshold voltage of said detector circuit at which the mute control signal is generated wherein the threshold determining circuit comprises an isolating capacitor (C1, C2) by means of which it is coupled to the output of the audio processor, and wherein each detector circuit comprises an amplifier stage (Q1, R5, Q5, R12) having an input connected to the output of the threshold determining circuit, an emitter follower (Q2,Q6) having an input connected to an output of the amplifier stage (Q1, R5, Q5, R12), a smoothing circuit (R2, C4, R9, C5) having an input connected to an output of the emitter follower (Q2,Q6) and a transistor functioning as a switch (Q3,Q4) and having a base connected to an output of the smoothing circuit, wherein the switches (Q3,Q4) of the detector circuits of the plurality of separate audio channels are arranged to function as an AND circuit so that the mute control signal is generated only when the output signal strength from the audio processor for each audio channel of the plurality of separate audio channels is below the threshold voltage.
Walk-on glass element, comprising a laminated glass pane comprising at least two glass panes which are joined together by at least one polymer layer of polyvinyl butyral (PVB), ethylene vinyl acetate (EVA), polyurethane and/or mixtures thereof which is arranged between the glass panes, a cover pane and an interlayer , which is arranged between the laminated glass pane and the cover pane , characterized in that the interlayer is a silicone mat or an acrylic mat. a laminated glass pane comprising at least two glass panes which are joined together by at least one polymer layer of polyvinyl butyral (PVB), ethylene vinyl acetate (EVA), polyurethane and/or mixtures thereof which is arranged between the glass panes, a cover pane and an interlayer , which is arranged between the laminated glass pane and the cover pane ,
A kit for placing a bypass between a first and a second body vessel (R, L) of a patient, the kit comprising a first catheter with a first delivery end and a second catheter with a second delivery end , a first guide wire moveable within the first catheter , the first guide wire having a first end region being moveable to the first delivery end , the first guide wire having an opposite end being opposite to the first end region , a second guide wire moveable within the second catheter , the second guide wire having a second end being moveable to the second delivery end , the second end of the second guide wire being a catch for capturing the first guide wire and for moving the first guide wire into the second catheter with the first end region of the first guide wire first, and a bypass element delivery system for holding a bypass element , the bypass element delivery system being moveable along the first guide wire starting from the first end region of the first guide wire , wherein the bypass element delivery system is capable of releasing and setting free the bypass element , wherein the kit comprises an expansible element , the expansible element being capable of connecting with the bypass element delivery system and of moving the bypass element delivery system towards the opposite end of the first guide wire and wherein the expansible element is capable of releasing the bypass element delivery system for setting the bypass element delivery system free.
An audio system comprising an audio apparatus and a mobile terminal device , the audio apparatus comprising: a lighting part configured to provide a lighting effect to at least one direction around the audio apparatus ; a detector configured to detect a direction, with respect to the audio apparatus , of a person present in a vicinity of the audio apparatus, and detect a motion of the person; a communication interface configured to communicate with the mobile terminal device and configured to receive a user command for manually controlling the lighting part , and a processor configured to control the lighting part to provide, to the detected direction, the lighting effect based on the detected motion, wherein the communication interface is configured to receive the user command input through a plurality of sensing areas on a screen of the mobile terminal device adapted to match with a plurality of directions around the audio apparatus , wherein the processor is further configured to control the lighting part to provide the lighting effect according to a lighting effect mode selected by the plurality of sensing areas on the screen of the mobile terminal device . a lighting part configured to provide a lighting effect to at least one direction around the audio apparatus ; a detector configured to detect a direction, with respect to the audio apparatus , of a person present in a vicinity of the audio apparatus, and detect a motion of the person; a communication interface configured to communicate with the mobile terminal device and configured to receive a user command for manually controlling the lighting part , and a processor configured to control the lighting part to provide, to the detected direction, the lighting effect based on the detected motion, wherein the communication interface is configured to receive the user command input through a plurality of sensing areas on a screen of the mobile terminal device adapted to match with a plurality of directions around the audio apparatus , wherein the processor is further configured to control the lighting part to provide the lighting effect according to a lighting effect mode selected by the plurality of sensing areas on the screen of the mobile terminal device .
A method for measuring an optical power attenuation value of a multimode DUT , the method comprising: using an optical source , propagating test light along a multimode device link having a first multimode device , the multimode DUT and a second multimode device serially connected to one another, said propagating including inducing a preferential attenuation of high-order optical fiber modes of the test light along the first multimode device and along the second multimode device ; and using an optical power detector , detecting an optical signal resulting from the propagation of the test light along the multimode device link and transmitting an output signal based on the detected optical signal; and using a processor , determining the optical power attenuation value of the multimode DUT based on the output signal. using an optical source , propagating test light along a multimode device link having a first multimode device , the multimode DUT and a second multimode device serially connected to one another, said propagating including inducing a preferential attenuation of high-order optical fiber modes of the test light along the first multimode device and along the second multimode device ; and using an optical power detector , detecting an optical signal resulting from the propagation of the test light along the multimode device link and transmitting an output signal based on the detected optical signal; and using a processor , determining the optical power attenuation value of the multimode DUT based on the output signal.
A glycoside compound of fatty acids, characterized in that it consists of the general formula (I): wherein the glucose molecule is esterified to a monounsaturated fatty acid (R), where R is selected from 12:1(n) and where n is an integer between 2 and 11; 11:1(n) and where n is an integer between 2 and 10; 10:1(n), and where n is an integer between 2 and 9; 9:1(n), and where n is an integer between 2 and 8; 8:1(n), and where n is an integer between 2 and 8; 7:1(n) and where n is an integer between 2 and 7; and 6:1(n), and where n is an integer between 2 and 6.
A method for implementing, on a naval platform comprising a deck , a superstructure including an edging and a floor , the edging including an edge and a vertical attachment plate extending downwards the edge, the floor being removably attached to the edge of the edging, the method being characterized in that it includes the following steps: - positioning the superstructure above the deck in an initial position in which the floor is facing the deck , away from the deck , substantially parallel to the deck , and in which the floor is attached to the edge of the edging; - attachment of the attachment plate of the edging onto the deck ; - dissociating the floor and the edging ; - lowering the floor ; and - attaching the floor on the deck independently of and at a distance from the edging . - positioning the superstructure above the deck in an initial position in which the floor is facing the deck , away from the deck , substantially parallel to the deck , and in which the floor is attached to the edge of the edging; - attachment of the attachment plate of the edging onto the deck ; - dissociating the floor and the edging ; - lowering the floor ; and - attaching the floor on the deck independently of and at a distance from the edging .
A glass-metal feedthrough, consisting of an outer conductor , a glass material , and an inner conductor , wherein the inner conductor has a coefficient of expansion α Innen , the glass has a coefficient of expansion α Glas , and the outer conductor has a coefficient of expansion α auβen , wherein the coefficient of expansion of the inner conductor α innen is greater than the coefficient of expansion of the glass α Glas and the difference between the coefficient of expansion of the outer conductor α auβen and the coefficient of expansion of the glass α Glas is at least 2 ppm/K, preferably at least 4 ppm/K in the temperature range from 20°C to the glass transformation temperature and the coefficient of expansion of the outer conductor α auβen is greater than the coefficient of expansion α Glas of the glass, characterized in that the coefficient of expansion of the inner conductor α Innen is in the range 4 · α Glas to 1.5 · α Glas , wherein the coefficient of expansion α Innen of the inner conductor is preferably twice as large as the coefficient of expansion α Glas .
A terminal configured to be connected to a mating terminal having a flat surface portion , the terminal comprising: a conductive main body having an abutment surface configured to face the flat surface portion ; a terminal spring formed of a coil spring formed by spirally winding a metal wire material with both end portions of the coil spring joined to each other by bending the coil spring into an annular shape; and a fastener holding the annular terminal spring on the abutment surface , wherein the fastener includes: a main body shaft being inserted into a central space (CS) of the annular terminal spring , a first end of the main body shaft fixed to the conductive main body , characterized in that the fastener further includes: a plurality of arm portions extending outward in a radial direction of the fastener from a second end of the main body shaft , the second end being opposite to the first end, the plurality of arm portions being configured to hold the annular terminal spring at a contacting portion of the annular terminal spring , the contacting portion contacting the abutment surface . a conductive main body having an abutment surface configured to face the flat surface portion ; a terminal spring formed of a coil spring formed by spirally winding a metal wire material with both end portions of the coil spring joined to each other by bending the coil spring into an annular shape; and a fastener holding the annular terminal spring on the abutment surface , wherein the fastener includes: a main body shaft being inserted into a central space (CS) of the annular terminal spring , a first end of the main body shaft fixed to the conductive main body , characterized in that the fastener further includes: a plurality of arm portions extending outward in a radial direction of the fastener from a second end of the main body shaft , the second end being opposite to the first end, the plurality of arm portions being configured to hold the annular terminal spring at a contacting portion of the annular terminal spring , the contacting portion contacting the abutment surface .
Method for supporting a user, comprising the method steps: - providing a 3D data set which depicts a target object , - acquiring at least one 2D image of the target object , - automatically 2D/3D registering the at least one 2D image with the 3D data set provided, - automatically specifying a spatial direction in which the 2D/3D registration exhibits greatest uncertainty, and - as a function of the specified spatial direction , automatically generating and outputting a signal for the purpose of supporting an alignment of an instrument that is provided for the purpose of examining the target object , in order to support the user. - providing a 3D data set which depicts a target object , - acquiring at least one 2D image of the target object , - automatically 2D/3D registering the at least one 2D image with the 3D data set provided, - automatically specifying a spatial direction in which the 2D/3D registration exhibits greatest uncertainty, and - as a function of the specified spatial direction , automatically generating and outputting a signal for the purpose of supporting an alignment of an instrument that is provided for the purpose of examining the target object , in order to support the user.
Wind turbine comprising a rotor hub , a blade bearing and a rotor blade , wherein a conical rotor-hub extension is arranged between the rotor hub and the blade bearing , wherein the rotor-hub extension has a first diameter at its side facing towards the blade bearing and a second diameter at its side facing towards the rotor hub , wherein the first diameter is greater than the second diameter , wherein the rotor blade is connected directly or indirectly to the blade bearing , wherein the blade bearing comprises a first blade-bearing ring and a second blade-bearing ring , wherein the first blade-bearing ring is connected in a form-fitting manner, or form-fitting and force-fitting manner, to the rotor-hub extension or is designed as part of the rotor-hub extension , wherein the first blade-bearing ring is designed as an outer blade-bearing ring and the second blade-bearing ring is designed as an inner blade-bearing ring, wherein the rotor-hub extension has at least one through-passage opening for through-passage of a fastening element for fastening the rotor blade to the blade bearing and/or of a tool substantially parallel to the main axis of rotation of the blade bearing , wherein the at least one through-passage opening is arranged parallel to a fastening opening in the inner blade-bearing ring , which fastening opening is provided for fastening of the rotor blade to the inner blade-bearing ring , characterized in that centre lines of the through-passage opening and the fastening opening are aligned with one another.