mhurhangee/patent-ind-claim-en huggingface dataset:
Clamping device for a light guide , comprising a support structure having: a first fastening element for fastening the light guide in a first position ; a second fastening element spaced apart from the first fastening element for fastening the light guide in a second position , wherein the first and second positions have a first distance in a longitudinal extension of the light guide ; and wherein the device is configured for pre-tensioning a fibre Bragg grating attached to the support structure in such a manner that the fibre Bragg grating detects both strains and compressions; and an intermediate support with a first surface , to which the first and second fastening elements are attached at respective fastening positions , and an opposite second surface , which can be attached to a measurement object, wherein a second distance of the fastening positions of the fastening elements on the intermediate support in a longitudinal direction of the light guide is greater than the first distance , wherein a thermal expansion of the intermediate support is at least partially compensated for by a thermal expansion of the support structure; wherein the intermediate support is made of CFRP, GRP, or plastic; and wherein the fastening elements together with the intermediate support form a converter structure having a lever-free mechanical signal amplification arrangement, which is configured such that a relative change in length (ε) applied to the light guide is greater than a relative change in length (E) applied to the intermediate support . a first fastening element for fastening the light guide in a first position ; a second fastening element spaced apart from the first fastening element for fastening the light guide in a second position , wherein the first and second positions have a first distance in a longitudinal extension of the light guide ; and wherein the device is configured for pre-tensioning a fibre Bragg grating attached to the support structure in such a manner that the fibre Bragg grating detects both strains and compressions; and an intermediate support with a first surface , to which the first and second fastening elements are attached at respective fastening positions , and an opposite second surface , which can be attached to a measurement object, wherein a second distance of the fastening positions of the fastening elements on the intermediate support in a longitudinal direction of the light guide is greater than the first distance , wherein a thermal expansion of the intermediate support is at least partially compensated for by a thermal expansion of the support structure; wherein the intermediate support is made of CFRP, GRP, or plastic; and wherein the fastening elements together with the intermediate support form a converter structure having a lever-free mechanical signal amplification arrangement, which is configured such that a relative change in length (ε) applied to the light guide is greater than a relative change in length (E) applied to the intermediate support .
A camera module providing an optical image stabilization, OIS, function, the camera module comprising: a camera device configured to rotate in a first direction perpendicular to an optical axis; a first rotation support configured to provide support so that the first direction becomes a central axis for rotating the camera device; and a flexible printed circuit board, FPCB, configured to connect to the camera device at a first point and to connect to the first rotation support at a second point separate from the first point in the cross section perpendicular to the optical axis, wherein the camera device and the first rotation support are connected at a connecting point on the central axis, and wherein a cross sectional shape of the camera device , the first rotation support and the FPCB in the direction of the central axis forms a concave closed loop, and at least one line segment connecting two random points in the closed loop passes outside the closed loop. a camera device configured to rotate in a first direction perpendicular to an optical axis; a first rotation support configured to provide support so that the first direction becomes a central axis for rotating the camera device; and a flexible printed circuit board, FPCB, configured to connect to the camera device at a first point and to connect to the first rotation support at a second point separate from the first point in the cross section perpendicular to the optical axis, wherein the camera device and the first rotation support are connected at a connecting point on the central axis, and wherein a cross sectional shape of the camera device , the first rotation support and the FPCB in the direction of the central axis forms a concave closed loop, and at least one line segment connecting two random points in the closed loop passes outside the closed loop.
A display substrate, wherein the display substrate comprises an array of a plurality of pixels, each of the plurality of pixels comprising several organic light emitting diode, OLED, devices for emitting light of different color, each OLED device including at least a first electrode having a reflective surface, an emitting layer , and a second electrode having a transflective surface, wherein each OLED device comprises a microcavity having an optical length based on a physical distance between the reflective surface and the transflective surface; wherein the OLED devices emitting light within wavelength range of same color in any two adjacent pixels of the plurality of pixels have at least two microcavities with different optical lengths, corresponding to at least two different emission spectra and intensities, characterized in that the different optical lengths of the at least two microcavities are obtained by adjusting a thickness of at least one layer among all layered structures between the first and second electrodes and keeping a total thickness of all the layered structures between the first and second electrodes the same.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station , configuration information for a first cell within a frequency range 1, FR1, and a second cell within a frequency range 2, FR2, higher than the FR1, wherein a slot length of the first cell is longer than a slot length of the second cell; and identifying whether a second physical uplink control channel, PUCCH, associated with the second cell within the FR2 is configured to transmit uplink control information for the second cell or not, in response to determining that the second PUCCH is configured, transmitting first uplink control information for the first cell on a first PUCCH associated with the first cell and transmitting second uplink control information for the second cell on the second PUCCH; and in response to determining that the second PUCCH is not configured, transmitting the first uplink control information and the second uplink control information on the first PUCCH. receiving, from a base station , configuration information for a first cell within a frequency range 1, FR1, and a second cell within a frequency range 2, FR2, higher than the FR1, wherein a slot length of the first cell is longer than a slot length of the second cell; and identifying whether a second physical uplink control channel, PUCCH, associated with the second cell within the FR2 is configured to transmit uplink control information for the second cell or not, in response to determining that the second PUCCH is configured, transmitting first uplink control information for the first cell on a first PUCCH associated with the first cell and transmitting second uplink control information for the second cell on the second PUCCH; and in response to determining that the second PUCCH is not configured, transmitting the first uplink control information and the second uplink control information on the first PUCCH.
A therapeutically effective amount of CD24 for use in a method of improving wound healing in a subject in need thereof, wherein said wound comprises a cutaneous break(s) and/or a mucosal membrane break(s).
A method for temporarily closing off a grate -covered gutter , of a paved part of the earth's surface by means of a closing organ , said gutter being connected to a sewage pipe , wherein the closing organ comprises a valve , which valve is fitted in the gutter rotatably about an axis of rotation of a valve axle , wherein the valve can be - in a first stable position wherein the valve seals against a seat , and - in a second stable position in which the valve releases the gutter for the discharge of liquid to the sewage pipe , wherein the closing organ is arranged for bringing the valve from the second stable position to the first stable position by rotating about the axis of rotation of the valve axle in order to counteract draining away of liquid from the gutter into the sewage pipe , and wherein the closing organ comprises an adjustment organ , which adjustment organ comprises an operating organ and the valve is brought from the second stable position to the first stable position by operating the operating organ , and an end of an operating organ axis is at a distance from the bottom of the gutter and can be accessed from a paved piece of the earth's surface without removing the grate for rotating the operating organ , wherein the end of the operating organ is rotated through which the valve is brought from the second stable position to the first stable position; and the valve is brought in the sealing first stable position. - in a first stable position wherein the valve seals against a seat , and - in a second stable position in which the valve releases the gutter for the discharge of liquid to the sewage pipe , wherein the closing organ is arranged for bringing the valve from the second stable position to the first stable position by rotating about the axis of rotation of the valve axle in order to counteract draining away of liquid from the gutter into the sewage pipe , and
A multilayer plastic card comprising at least one polyester resin layer including a polyester resin which comprises a residue of a diol component comprising 0.1 mol% to 85 mol% of isosorbide and a residue of a dicarboxylic acid component , wherein the at least one polyester resin layer includes a laminate including two or more polyester resin layers that are sequentially bonded, wherein peel strength of the bonding between the polyester resin layers in the laminate according to the ISO 10373-1 standard is 50 N/mm or more.
A method for analyzing an electrolyte impregnation degree of an electrode in a battery cell, the method comprising: a battery cell manufacturing step (S1) of preparing a battery cell by injecting an electrolyte into a battery cell including an electrode to be evaluated; characterized in that the method comprises : a step (S2) of charging/discharging the battery cell several times and obtaining a capacity-voltage profile for each cycle; a step (S3) of obtaining a differential capacity (dV/dQ) curve generated by differentiating the capacity-voltage profile for each cycle with respect to the capacity; and a step (S4) of determining a cycle, at which a behavior becomes the same, as a time point when the impregnation has been sufficiently performed in the differential capacity curve. a battery cell manufacturing step (S1) of preparing a battery cell by injecting an electrolyte into a battery cell including an electrode to be evaluated; characterized in that the method comprises : a step (S2) of charging/discharging the battery cell several times and obtaining a capacity-voltage profile for each cycle; a step (S3) of obtaining a differential capacity (dV/dQ) curve generated by differentiating the capacity-voltage profile for each cycle with respect to the capacity; and a step (S4) of determining a cycle, at which a behavior becomes the same, as a time point when the impregnation has been sufficiently performed in the differential capacity curve. a step (S2) of charging/discharging the battery cell several times and obtaining a capacity-voltage profile for each cycle; a step (S3) of obtaining a differential capacity (dV/dQ) curve generated by differentiating the capacity-voltage profile for each cycle with respect to the capacity; and a step (S4) of determining a cycle, at which a behavior becomes the same, as a time point when the impregnation has been sufficiently performed in the differential capacity curve.
Installation of transport by overhead cable , comprising at least one chair configured to be suspended on the overhead cable and comprising a pivoting seat surface , a back rest and a pivoting mechanism to modify the inclination of the seat surface with respect to the back rest , the installation comprising at least one operating means configured to cooperate with the pivoting mechanism so as to control pivoting of the seat surface , characterized in that said at least one operating means is mounted movable between a raised position (R1) in which said at least one operating means controls raising of the seat surface in the direction of the back rest and a lowered position (A1) in which said at least one operating means controls lowering of the seat surface .
A user-wearable diagnostic health system comprising: a frame configured to mount on the user; an augmented reality display attached to the frame and configured to direct images to an eye of the user, wherein the augmented reality display comprises a stack of waveguides , each waveguide configured to: allow a view of the world through the waveguide; and form images by directing light out of the waveguide and into an eye of the user; wherein each waveguide of the stack of waveguides is configured to output light with different amounts of divergence in comparison to one or more other waveguides of the stack of waveguides; a light detector attached to the frame and configured to detect reflected light reflected from an eye of the user; and a processor configured to conduct a health analysis of the user to detect one or more eye abnormalities of the user based on the reflected light detected by the light detector. allow a view of the world through the waveguide; and form images by directing light out of the waveguide and into an eye of the user; wherein each waveguide of the stack of waveguides is configured to output light with different amounts of divergence in comparison to one or more other waveguides of the stack of waveguides; a light detector attached to the frame and configured to detect reflected light reflected from an eye of the user; and a processor configured to conduct a health analysis of the user to detect one or more eye abnormalities of the user based on the reflected light detected by the light detector.
A driving control apparatus for a vehicle comprising: engine control means for controlling an engine according to a torque request, brake control means for controlling a braking force of a break according to a braking request, gradient detection means for detecting a road surface gradient, and vehicle ahead detection means for detecting a vehicle ahead , the driving control apparatus having a function for decelerating and stopping with maintaining a predetermined inter-vehicle distance when the vehicle ahead detected by the vehicle ahead detection means decelerates to a stop, and being characterized in that it is configured to perform pitching suppression control of increasing pressure after temporarily reducing pressure of the braking force immediately before the vehicle stops, wherein the driving control apparatus is further configured to make a predetermined torque request in parallel with the pitching suppression control in a case in which a road surface gradient equal to or greater than a predetermined threshold value is detected by the gradient detection means when the vehicle reaches a first vehicle speed (Va) based on which the vehicle is determined to be immediately before stopping. the driving control apparatus having a function for decelerating and stopping with maintaining a predetermined inter-vehicle distance when the vehicle ahead detected by the vehicle ahead detection means decelerates to a stop, and being characterized in that it is configured to perform pitching suppression control of increasing pressure after temporarily reducing pressure of the braking force immediately before the vehicle stops, wherein the driving control apparatus is further configured to make a predetermined torque request in parallel with the pitching suppression control in a case in which a road surface gradient equal to or greater than a predetermined threshold value is detected by the gradient detection means when the vehicle reaches a first vehicle speed (Va) based on which the vehicle is determined to be immediately before stopping.
A solar cell comprising: a substrate ; a back electrode layer on the substrate; a light absorbing layer on the back electrode layer; a window layer on the light absorbing layer; a plurality of beads in the light absorbing layer; and characterized in that it further comprises a light trap layer on each surface of the outer surface of the plurality of beads in order to prevent a light incident into the plurality of beads from being reflected to an external again, the ratio of each diameter of the plurality of beads and the thickness of the light trap layer being 200:1, wherein through holes (TH1) are formed in a portion of the back electrode layer , wherein the through hole (TH1) is for dividing the back electrode layer into a plurality of back electrodes, wherein an insulating layer fills up the through holes, and wherein the insulating layer comprises SiO 2 , wherein the light absorbing layer includes a Group I-III-VI based compound. a substrate ; a back electrode layer on the substrate; a light absorbing layer on the back electrode layer; a window layer on the light absorbing layer; a plurality of beads in the light absorbing layer; and characterized in that it further comprises a light trap layer on each surface of the outer surface of the plurality of beads in order to prevent a light incident into the plurality of beads from being reflected to an external again, the ratio of each diameter of the plurality of beads and the thickness of the light trap layer being 200:1, wherein through holes (TH1) are formed in a portion of the back electrode layer , wherein the through hole (TH1) is for dividing the back electrode layer into a plurality of back electrodes, wherein an insulating layer fills up the through holes, and wherein the insulating layer comprises SiO 2 , wherein the light absorbing layer includes a Group I-III-VI based compound.
A display device comprising a light emitter comprising a set of light emitter portions , wherein at least one light emitter portion of the set is configured to emit light with an excitation wavelength, a color conversion layer comprising a set of conversion layer portions , wherein at least one conversion layer portion of the set comprises a film comprising a solid polymer composition, wherein the solid polymer composition comprises luminescent crystals wherein the luminescent crystals - are of perovskite structure - are selected from compounds of formula (I): CsPbX 3 (I), X independently represents anions selected from the group consisting of Cl, Br, I, cyanide, and thiocyanate; - are of size between 3 nm and 3000 nm, - emit light of a wavelength in response to excitation by the light emitted by at least one corresponding light emitter portion of the set , wherein the excitation wavelength is shorter than the wavelength; and wherein the film has a thickness between 5 μm and 500 μm, wherein the concentration of crystals in said film is between 0,01 wt% and 0,5 wt%. - are of perovskite structure - are selected from compounds of formula (I): CsPbX 3 (I), X independently represents anions selected from the group consisting of Cl, Br, I, cyanide, and thiocyanate; - are of size between 3 nm and 3000 nm, - emit light of a wavelength in response to excitation by the light emitted by at least one corresponding light emitter portion of the set , wherein the excitation wavelength is shorter than the wavelength; and - are of size between 3 nm and 3000 nm, - emit light of a wavelength in response to excitation by the light emitted by at least one corresponding light emitter portion of the set , wherein the excitation wavelength is shorter than the wavelength; and
An authentication method, comprising: an authentication client receiving an authentication request sent from a target browser, the authentication request comprising information to be authenticated and a jump parameter used for implementing a jump between the target browser and the authentication client, wherein the target browser is one of multiple browsers installed on a user device; after authenticating the information to be authenticated to obtain an authentication result, the authentication client searching for identification information of the target browser that matches the jump parameter from a mapping file according to the jump parameter, the mapping file comprising mapping relationships between identification information of different browsers and jump parameters of the browsers; and the authentication client sending a page jump request to the target browser according to the identification information of the target browser, the page jump request comprising the authentication result. an authentication client receiving an authentication request sent from a target browser, the authentication request comprising information to be authenticated and a jump parameter used for implementing a jump between the target browser and the authentication client, wherein the target browser is one of multiple browsers installed on a user device; after authenticating the information to be authenticated to obtain an authentication result, the authentication client searching for identification information of the target browser that matches the jump parameter from a mapping file according to the jump parameter, the mapping file comprising mapping relationships between identification information of different browsers and jump parameters of the browsers; and the authentication client sending a page jump request to the target browser according to the identification information of the target browser, the page jump request comprising the authentication result.