mhurhangee/patent-ind-claim-en huggingface dataset:
Longitudinal adjuster, in particular for a vehicle seat , comprising two rail pairs which are arranged at a distance from one another and are each constructed from a seat-mounted top rail and a structure-mounted bottom rail , comprising a first locking element and at least one second locking element which are held on the top rail and, in a locking position, block a movement of the top rail relative to the bottom rail , wherein the bottom rail has apertures and the top rail has slot-like openings , wherein the first locking element and the at least one second locking element , on the two opposite longitudinal sides thereof, have tooth-like projections which are guided in the slot-like openings and which, in the locking position, pass through both the slot-like openings and also the apertures , wherein only the first locking element , in the locking position, only partially engages into the apertures for eliminating play of the rail pair, while the at least one second locking element , in the locking position, is always fully inserted into the apertures , characterized in that the outer dimension of the respective locking elements is configured differently.
Wind turbine , comprising a hollow tower carrying a nacelle , and at least one power electronics component emitting electromagnetic waves during operation, wherein the tower acts as a wave guide for an electromagnetic wave generated by the power electronics component , characterized in that the tower comprises at least one absorber element (11, 11a-h) at least reducing the transport of the electromagnetic wave of the power electronics component along the tower , wherein the at least one absorber element is provided in an area surrounding a position of maximum electrical field amplitude, neglecting the at least one absorber element (11, 11a-h), of the electromagnetic wave for at least one wavelength of the electromagnetic wave in the tower .
An audio processing method, executed by an electronic device, comprising: performing speech feature conversion on a text to be processed to obtain at least one acoustic feature frame; extracting a conditional feature from each acoustic feature frame using a frame rate network; performing frequency division and time-domain down-sampling on the each acoustic feature frame to obtain n subframes, n being a positive integer greater than 1, and each subframe of the n subframes comprising a preset number of sampling points; synchronously predicting, using a sampling prediction network, in an i-th prediction iteration, m sample values corresponding to current m adjacent sampling points on each of the n subframes to obtain m×n sub-prediction values, wherein after all iterations have been performed, n sub-prediction values are obtained for each sampling point of the preset number of sampling points, i being a positive integer greater than or equal to 1, and m being a positive integer greater than or equal to 2 and less than or equal to the preset number; and obtaining an audio prediction signal corresponding to the each acoustic feature frame according to the n sub-prediction values corresponding to each sampling point, and then, performing audio synthesis on the audio prediction signal corresponding to each acoustic feature frame of the at least one acoustic feature frame to obtain a target audio corresponding to the text to be processed. performing speech feature conversion on a text to be processed to obtain at least one acoustic feature frame; extracting a conditional feature from each acoustic feature frame using a frame rate network; performing frequency division and time-domain down-sampling on the each acoustic feature frame to obtain n subframes, n being a positive integer greater than 1, and each subframe of the n subframes comprising a preset number of sampling points; synchronously predicting, using a sampling prediction network, in an i-th prediction iteration, m sample values corresponding to current m adjacent sampling points on each of the n subframes to obtain m×n sub-prediction values, wherein after all iterations have been performed, n sub-prediction values are obtained for each sampling point of the preset number of sampling points, i being a positive integer greater than or equal to 1, and m being a positive integer greater than or equal to 2 and less than or equal to the preset number; and obtaining an audio prediction signal corresponding to the each acoustic feature frame according to the n sub-prediction values corresponding to each sampling point, and then, performing audio synthesis on the audio prediction signal corresponding to each acoustic feature frame of the at least one acoustic feature frame to obtain a target audio corresponding to the text to be processed.
A safety system having at least one sensor system having at least one sensor in a first housing and at least one programmable controller in a second housing , wherein the sensor system has a first control and evaluation unit , with the first control and evaluation unit being configured to evaluate sensor data from the sensor of the sensor system and to form first result signals, wherein the programmable controller has a second control and evaluation unit , wherein the sensor system is configured to additionally transfer the sensor data from the sensor of the sensor system to the second control and evaluation unit , characterized in that the second control and evaluation unit is configured to evaluate the sensor data from the sensor of the sensor system and to form second result signals, whereby a staggered safety architecture is formed, with the safety system having a comparator unit , with the comparator unit being configured to compare the first result signals and the second result signals with one another and generating safe output signals. the programmable controller has a second control and evaluation unit , wherein the sensor system is configured to additionally transfer the sensor data from the sensor of the sensor system to the second control and evaluation unit , characterized in that the second control and evaluation unit is configured to evaluate the sensor data from the sensor of the sensor system and to form second result signals, whereby a staggered safety architecture is formed, with the safety system having a comparator unit , with the comparator unit being configured to compare the first result signals and the second result signals with one another and generating safe output signals.
Method for checking program execution of a microcontroller relating to a peripheral device , wherein the peripheral device is in data communication with the microcontroller via a communication bus the method comprising the following steps: a) monitoring the microcontroller by an external device , b) identifying a failure status of the microcontroller by the external device based on the monitoring of step a), and as reaction on the failure of the microcontroller identified in step b), c) disconnecting the data communication between the peripheral device and the microcontroller by the external device , d) establishing a supplementary data communication between the external device and the peripheral device , and e) sending configuration information to the peripheral device by the external device via the supplementary data communication . a) monitoring the microcontroller by an external device , b) identifying a failure status of the microcontroller by the external device based on the monitoring of step a), c) disconnecting the data communication between the peripheral device and the microcontroller by the external device , d) establishing a supplementary data communication between the external device and the peripheral device , and e) sending configuration information to the peripheral device by the external device via the supplementary data communication .
A composition for use in anti-cancer treatment of pancreatic cancer of an individual, wherein the composition comprises a polypeptide consisting of SEQ ID NO: 1 as an active ingredient, wherein the level of eotaxin (w/v), when measured in the serum of each individual to be treated, exhibits an increase in the value at least 10% compared to a population average of individuals suffering from the same cancer, wherein the composition is administered concurrently with the administration of Gemcitabine and Capecitabine, and wherein determination of serum levels is performed in vitro.
A metering device for a fluid, in particular hot melt adhesive, adapted for use with a dispensing apparatus for said fluid or a remote metering apparatus for transporting said fluid, comprising a housing , said housing comprising a fluid inlet and one or more fluid outlets , a gear , said gear being rotatably supported in said housing and inserted in a gear chamber inside the housing such that a cavity for fluid transport is formed in between two adjacent teeth and said housing , one or more chamber inlets in fluid communication with said fluid inlet and said gear chamber such that fluid may enter the gear chamber , and one or more chamber outlets in fluid communication with said one or more fluid outlets and said gear chamber such that fluid is transported inside said cavities between said gear and a wall of said gear chamber towards the one or more chamber outlets and may flow towards the one or more fluid outlets , a measuring unit for contactless optical detection of the rotational speed of the gear , characterized in that the measuring unit comprises one or more probes which are received, light-sealingly and fluid-sealingly, within a correspondingly formed recess formed in said housing and which are adapted to emit light onto a portion of the gear , said recess being spaced apart from the rotating axle of the gear ; the portion of the gear is located in between the tip diameter and the root diameter of said gear; and the measuring unit comprises a light source for producing light and one or more fiber optics for guiding said light from the light source towards said probe .
A virtual image display optical system comprising: a display element ; a projection optical system configured to enlarge an image formed on the display element ; a rotating body configured to have a diffusing function, and is positioned on a light emission side of the projection optical system ; and a virtual image forming optical system configured to convert an image on the rotating body into a virtual image, wherein the virtual image display optical system further comprises a positioning changing device including a rotation driving device configured to rotate the rotating body , the rotating body has a disk shape, in which a diffusing surface and a bottom surface form a pair of surfaces, and in which a thickness in an optical axis (AX) direction differs in a circumferential direction, and a virtual image distance is changed by rotating the rotating body to move the diffusing surface of the rotating body so as to cross the optical axis (AX). a display element ; a projection optical system configured to enlarge an image formed on the display element ; a rotating body configured to have a diffusing function, and is positioned on a light emission side of the projection optical system ; and a virtual image forming optical system configured to convert an image on the rotating body into a virtual image, wherein the virtual image display optical system further comprises a positioning changing device including a rotation driving device configured to rotate the rotating body , the rotating body has a disk shape, in which a diffusing surface and a bottom surface form a pair of surfaces, and in which a thickness in an optical axis (AX) direction differs in a circumferential direction, and a virtual image distance is changed by rotating the rotating body to move the diffusing surface of the rotating body so as to cross the optical axis (AX).
A computer-implemented method of obtaining a confidence score that represents a probability of presence of dialog in a current frame of an input audio signal, the method comprising: dividing the input audio signal into a plurality of frames; extracting frame audio features from each frame; determining a set of context windows, each context window including a number of frames surrounding the current frame; deriving, for each context window, a relevant context audio feature for the current frame based on the frame audio features of the frames in each respective context; concatenating each context audio feature to form a combined feature vector to represent the current frame; and obtaining a speech confidence score that represents a probability of presence of dialog in the current frame using the combined feature vector, characterized in that the number of frames in one or more context windows is adaptively determined based on the extracted frame audio features. dividing the input audio signal into a plurality of frames; extracting frame audio features from each frame; determining a set of context windows, each context window including a number of frames surrounding the current frame; deriving, for each context window, a relevant context audio feature for the current frame based on the frame audio features of the frames in each respective context; concatenating each context audio feature to form a combined feature vector to represent the current frame; and obtaining a speech confidence score that represents a probability of presence of dialog in the current frame using the combined feature vector, characterized in that the number of frames in one or more context windows is adaptively determined based on the extracted frame audio features.
A method of electrically controlling state transition of a liquid crystal material in a liquid crystal device comprising the liquid crystal material and a polymeric structure consisting of polymerised liquid crystal material having been polymerized with a selected liquid crystal state, the method comprising: applying an electric field to the liquid crystal material to force the liquid crystal material into a high-energy state (V); reducing the strength of the electric field to cause a lower-energy state region (H a ) of the liquid crystal material to nucleate on at least a part of the polymeric structure so as to form a defect which separates the lower-energy state region (H a ) from a region of the liquid crystal material having the high energy state (V); and the method further comprises controlling the position and/or shape of the defect by modifying the strength of the applied electric field. applying an electric field to the liquid crystal material to force the liquid crystal material into a high-energy state (V); reducing the strength of the electric field to cause a lower-energy state region (H a ) of the liquid crystal material to nucleate on at least a part of the polymeric structure so as to form a defect which separates the lower-energy state region (H a ) from a region of the liquid crystal material having the high energy state (V); and the method further comprises controlling the position and/or shape of the defect by modifying the strength of the applied electric field.
Kitchen furniture arrangement having a worktop and a flat lining element , wherein the lining element is disposed in the area of the rear edge of the worktop , forming a projection surface extending upward from the area of the rear edge, wherein a projection device for projecting an image onto the projection surface is disposed above the worktop , characterized in that the kitchen furniture arrangement comprises a sensor arrangement disposed on the side of the lining element facing away from the projection device and having sensors for detecting the projection surface being touched by fingers and/or a pointing device, wherein the kitchen furniture arrangement comprises a data processing device being configured to receive and process a touch data signal of the sensor arrangement with respect to detected touches, wherein the data processing device is configured to control the image projected by the projection device by means of an image data signal, wherein the data processing device is configured to associate the position of a detected touch on the projection surface with a position on the projected image , wherein the data processing device is configured to call up, depending on the association of the position of a detected touch with a position on the projected image , a function of a computer program associated with the position on the projected image , wherein the surface monitored for touches by the sensors of the sensor arrangement is a subarea of the image projected by the projection device , wherein the image data signal generated by the data processing device leads to that part of the projected image projected onto the surface not monitored for touches by the sensors of the sensor arrangement being merely a black image region and/or wherein the beam path leading to this image region is interrupted.
An energy guide chain for guiding lines like for example cables, hoses or the like comprising two parallel plate lines, wherein each plate line includes side plates (2, 3; 6) which are connected together by means of a flexible joint connector and can be angled relative to each other, the flexible joint connector is elastically deformable in an angulation direction of the side plates and the plate lines are connected together by transverse bars , wherein the side plates (2, 3; 6) include abutment surfaces which in the straight relative position of the side plates (2, 3; 6) bear against each other and include abutment surfaces which in the completely angled relative position of the side plates (2, 3; 6) bear against each other and wherein laterally protruding projections (21A, 21B; 31A, 31B) of a side plate (2, 3; 6) engage into recessed pockets (22A, 22B; 32A, 32B) of an adjacent side plate (2, 3; 6) and in the straight relative position at least first abutment surfaces (211A, 211B; 311A, 311B) of the projections cooperate with first counterpart abutment surfaces (221A, 221B; 321A, 321B) of the pockets and in the completely angled relative position at least second abutment surfaces (212A, 212B; 312A, 312B) of the projections cooperate with second counterpart abutment surfaces (222A, 222B; 322A, 322B) of the pockets and wherein all side plates (2, 3; 6) at least with their abutment surfaces are in themselves of a symmetrical configuration; characterised in that each side plate (2, 3; 6) has at least two projections (21A, 21B; 31A, 31B) having first and second abutment surfaces (211A, 211B; 311A, 311B and 212A, 212B; 312A, 312B) and at least two pockets (22A, 22B; 32A, 32B) having first and second counterpart abutment surfaces (221A, 221B; 321A, 321B and 222A, 222B; 322A, 322B) and that the two projections (21A, 21B; 31A, 31B) and the two pockets (22A, 22B; 32A, 32B) are provided symmetrically at the side plate (2, 3; 6), in particular in mirror-image symmetry relative to a heightwise plane (S1) or rotationally symmetrical relative to a heightwise axis (H; R) of the side plate (2, 3; 6).
An isolated human monoclonal antibody, or an antigen-binding portion thereof, which binds human Lymphocyte-activation gene 3 (LAG-3) and binds an epitope of human LAG-3 comprising the amino acid sequence of SEQ ID NO: 77.
A thin-film encapsulation structure, the thin-film encapsulation structure being configured to be arranged at one side of an organic light-emitting diode , the thin-film encapsulation structure comprising a plurality of inorganic film layers and at least one organic film layer configured to be laminated alternately at the one side of the organic light-emitting diode , wherein the plurality of inorganic film layers comprises N inorganic film layers , the N inorganic film layers comprising a first inorganic film layer to an N-th inorganic film layer arranged sequentially from inside to outside, N≥2, wherein the first inorganic film layer comprises M sub-layers , the M sub-layers comprising a first sub-layer to an M-th sub-layer arranged sequentially from inside to outside, M≥2, and the M sub-layers of the first inorganic film layer have refractive indexes increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer ; wherein the M sub-layers of the first inorganic film layer have thicknesses increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer ; characterized in that each of the plurality of inorganic film layers exhibits a refractive index increasing gradually from inside to outside. wherein the first inorganic film layer comprises M sub-layers , the M sub-layers comprising a first sub-layer to an M-th sub-layer arranged sequentially from inside to outside, M≥2, and the M sub-layers of the first inorganic film layer have refractive indexes increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer ; wherein the M sub-layers of the first inorganic film layer have thicknesses increasing sub-layer by sub-layer from the first sub-layer to the M-th sub-layer ; characterized in that each of the plurality of inorganic film layers exhibits a refractive index increasing gradually from inside to outside.
An induction cooking hob , in particular for a domestic appliance, comprising - an optically transparent panel , in particular a glass ceramic panel , for supporting cooking utensils, - at least one illumination panel arranged beneath the optically transparent panel , and - at least one circuit board arranged beneath the illumination panel , wherein said circuit board includes a plurality of induction coils . characterized in that the illumination panel includes a plurality of light source elements arranged in a matrix form. - an optically transparent panel , in particular a glass ceramic panel , for supporting cooking utensils, - at least one illumination panel arranged beneath the optically transparent panel , and - at least one circuit board arranged beneath the illumination panel , wherein said circuit board includes a plurality of induction coils .
Mounting assembly for mounting an electrical function in a wall of a building, the mounting assembly comprising: - a mounting box for placing in an opening in the wall, the mounting box having a back side , an open front side and a wall between the back side and the open front side ; - a carrier comprising one or more components of the electrical function and being attachable in the mounting box via the open front side ; - a mounting frame for mounting the mounting assembly against the wall; wherein the wall of the mounting box is, near the open front side , provided with at least a first integrated resilient lip with an inner surface and an outer surface , the inner surface facing the interior of the mounting box ; wherein the inner surface of the first resilient lip is provided with a carrier guiding part projecting from the wall into the mounting box , the carrier guiding part being arranged to make the first resilient lip spring outwards when the carrier is provided in the mounting box , and to extend, in the mounted position, over or into the carrier to retain the carrier in the mounting box ; characterized in that , the outer surface of the first resilient lip is provided with a mounting frame guiding part projecting outwards from the wall , the mounting frame guiding part being arranged to make the first resilient lip spring inwards when the mounting box is provided in the mounting frame , and to extend, in the mounted position, at a back side of the mounting frame to clamp the mounting frame . - a mounting box for placing in an opening in the wall, the mounting box having a back side , an open front side and a wall between the back side and the open front side ; - a carrier comprising one or more components of the electrical function and being attachable in the mounting box via the open front side ; - a mounting frame for mounting the mounting assembly against the wall;