mhurhangee/patent-ind-claim-en huggingface dataset:
An optical sensor supporting structure for a saddled vehicle, comprising: a pair of left and right optical sensors which are configured to detect an object in front of the vehicle; and a support stay which is fixed to a head pipe of a vehicle body frame and comprises left and right arm portions and supports accessories, including right and left rear view mirrors at the front of the vehicle on the head pipe , characterized in that the support stay comprises a rail portion which extends between the left and right arm portions of the support stay and fixes the pair of left and right optical sensors symmetrically with respect to a lateral center (CL) of the vehicle with a width direction of the vehicle being a lengthwise direction of the rail portion , the left and right optical sensors are independent from the rear view mirrors . a pair of left and right optical sensors which are configured to detect an object in front of the vehicle; and a support stay which is fixed to a head pipe of a vehicle body frame and comprises left and right arm portions and supports accessories, including right and left rear view mirrors at the front of the vehicle on the head pipe , characterized in that the support stay comprises a rail portion which extends between the left and right arm portions of the support stay and fixes the pair of left and right optical sensors symmetrically with respect to a lateral center (CL) of the vehicle with a width direction of the vehicle being a lengthwise direction of the rail portion , the left and right optical sensors are independent from the rear view mirrors .
A process for the preparation of solid particles, which process comprises: providing a solids suspension in a vessel with stirring that is part of an integrated apparatus further comprising a separation device and a high shear compartment, directing the suspension to the separation device and separating the suspension into a high solids stream and a low solids stream, subjecting the high solids stream to high shear conditions in said high shear compartment and characterized by circulating both streams back to the vessel, where the solids suspension is circulated continuously through the integrated apparatus, wherein the overall solids content and the liquid level in the vessel are kept essentially constant throughout the process, and wherein the product is collected from the vessel either via overflow or another type of level regulation device. providing a solids suspension in a vessel with stirring that is part of an integrated apparatus further comprising a separation device and a high shear compartment, directing the suspension to the separation device and separating the suspension into a high solids stream and a low solids stream, subjecting the high solids stream to high shear conditions in said high shear compartment and characterized by circulating both streams back to the vessel, where the solids suspension is circulated continuously through the integrated apparatus, wherein the overall solids content and the liquid level in the vessel are kept essentially constant throughout the process, and wherein the product is collected from the vessel either via overflow or another type of level regulation device.
A method for processing 360° video, the method comprising: receiving video data for a planar image and metadata for processing the video data, wherein the planar image includes a plurality of regions, the planar image is generated based on projecting an omnidirectional image to a cube, and each of the faces of the cube corresponds to one of the plurality of regions; and rendering an omnidirectional image based on the video data and the metadata, characterized in that the metadata comprises a guard margin indicator indicating for each boundary of the plurality of regions whether a guard margin is applied, and information specifying an area to which the guard margin is applied, and wherein if the guard margin is applied to a boundary of the plurality of regions, the guard margin extends the boundary of the plurality of regions for avoiding visual artifacts. receiving video data for a planar image and metadata for processing the video data, wherein the planar image includes a plurality of regions, the planar image is generated based on projecting an omnidirectional image to a cube, and each of the faces of the cube corresponds to one of the plurality of regions; and rendering an omnidirectional image based on the video data and the metadata, characterized in that the metadata comprises a guard margin indicator indicating for each boundary of the plurality of regions whether a guard margin is applied, and information specifying an area to which the guard margin is applied, and wherein if the guard margin is applied to a boundary of the plurality of regions, the guard margin extends the boundary of the plurality of regions for avoiding visual artifacts.
A computer-implemented method comprising: - obtaining from a user an input automatic speech recognition, ASR, grammar in an input format of ASR grammars; - obtaining a selection of an ASR engine using ASR grammars in an output format of ASR grammars, different from the input format; - parsing said ASR grammar into an input tree , each node of the tree representing an expression, keyword, directive, statement or syntax element; - performing a conversion of the input tree into an output tree , said conversion comprising replacing nodes representing expression, keyword, directive, statement, or syntax elements that are not allowed by the output format by an equivalent set of expression, keyword, directive, statement or syntax elements allowed by the output format; - converting said output tree into an output ASR grammar; - compiling said output ASR grammar for said ASR engine. - obtaining from a user an input automatic speech recognition, ASR, grammar in an input format of ASR grammars; - obtaining a selection of an ASR engine using ASR grammars in an output format of ASR grammars, different from the input format; - parsing said ASR grammar into an input tree , each node of the tree representing an expression, keyword, directive, statement or syntax element; - performing a conversion of the input tree into an output tree , said conversion comprising replacing nodes representing expression, keyword, directive, statement, or syntax elements that are not allowed by the output format by an equivalent set of expression, keyword, directive, statement or syntax elements allowed by the output format; - converting said output tree into an output ASR grammar; - compiling said output ASR grammar for said ASR engine.
An electrode plate comprising a current collector , an electrode active material layer and a safety coating disposed between the current collector and the electrode active material layer , wherein the safety coating comprises a polymer matrix, a conductive material and an inorganic filler, wherein the amount of other components is less than or equal to 3wt% and wherein the polymer matrix is fluorinated polyolefin and/or chlorinated polyolefin polymer matrix, wherein based on the total weight of the safety coating , the weight percentage of the polymer matrix is from 35 wt% to 75 wt%; the weight percentage of the inorganic filler is from 10 wt% to 60 wt%.
A method for operating a base station in a wireless communication system, the method comprising: broadcasting information on resource capacity of a cell and access factor of the cell; determining to perform a camping procedure with a terminal on the cell, if the terminal to perform a redistribution operation is determined based on a percentage of idle mode terminal information needing a redistribution, wherein the cell is identified among a plurality of cells based on a camping percentage determined by the resource capacity of the cell and the access factor, and wherein the access factor is a value determined based on the number of connectable terminals to the cell and the number of connected terminals to the cell. broadcasting information on resource capacity of a cell and access factor of the cell; determining to perform a camping procedure with a terminal on the cell, if the terminal to perform a redistribution operation is determined based on a percentage of idle mode terminal information needing a redistribution, wherein the cell is identified among a plurality of cells based on a camping percentage determined by the resource capacity of the cell and the access factor, and wherein the access factor is a value determined based on the number of connectable terminals to the cell and the number of connected terminals to the cell.
An injection moulding tool for producing at least one injection-moulded part with an outer shape and an inner shape comprising at least one cavity and respectively one hot-runner nozzle connected to the cavity having an annular nozzle mouth for injecting at least one melt into the cavity ; wherein the at least one cavity is formed by a cooled die which forms the outer form for the outer shape of the injection-moulded part to be produced and by a core which forms the inner form for the inner shape of the injection-moulded part to be produced; and wherein the hot-runner nozzle has a nozzle core and a hollow needle which is displaceable along the nozzle core for opening and closing the annular nozzle mouth , wherein the nozzle core protrudes beyond the annular nozzle mouth of the hot-runner nozzle and the nozzle core forms the core of the cavity of the injection moulding tool, characterised in that upstream of the nozzle mouth of the hot-runner nozzle , the nozzle core comprises at least one insulating jacket , made of ceramic, a low heat-conducting metal or a low heat-conducting metal alloy, along which the hollow needle is guided.
A method of controlling a flexible display apparatus , the method comprising: receiving a user input for selecting an icon corresponding to an application, displayed on a display of the flexible display apparatus (S2301); in response to receiving the user input, displaying a first graphical user interface, GUI, guide and a second GUI guide on the display , the first GUI guide comprising at least one line indicating predetermined deformation location of the display associated with a predetermined deformation gesture, and the second GUI guide comprising an explanation guide describing a shape deformation associated with the predetermined deformation gesture and a function of the application to be executed based on the display being deformed according to the predetermined deformation gesture(S2303); and in response to the display being deformed according to the predetermined deformation gesture, executing the application corresponding to the selected icon on the deformed display (S2306). receiving a user input for selecting an icon corresponding to an application, displayed on a display of the flexible display apparatus (S2301); in response to receiving the user input, displaying a first graphical user interface, GUI, guide and a second GUI guide on the display , the first GUI guide comprising at least one line indicating predetermined deformation location of the display associated with a predetermined deformation gesture, and the second GUI guide comprising an explanation guide describing a shape deformation associated with the predetermined deformation gesture and a function of the application to be executed based on the display being deformed according to the predetermined deformation gesture(S2303); and in response to the display being deformed according to the predetermined deformation gesture, executing the application corresponding to the selected icon on the deformed display (S2306).
A refill having a volatile material contained therein, the refill comprising: a container having a body and a cylindrical neck forming an opening ; a volatile material disposed within the body of the container ; a wick in contact with the volatile material and extending out of the container through the opening ; and a wick holder for retaining the wick within the cylindrical neck of the container , the wick holder comprising: an outer surface in contact with the cylindrical neck ; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder ; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape. a container having a body and a cylindrical neck forming an opening ; a volatile material disposed within the body of the container ; a wick in contact with the volatile material and extending out of the container through the opening ; and a wick holder for retaining the wick within the cylindrical neck of the container , the wick holder comprising: an outer surface in contact with the cylindrical neck ; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder ; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape. an outer surface in contact with the cylindrical neck ; and an inner surface have a first plurality of fins extending outwardly from the inner surface for centering and retaining the wick within the wick holder ; wherein the wick holder further comprises a first cylindrical wall connected to a second cylindrical wall by an angled wall and the first plurality of fins extend along the inner surface of the angled wall to give the inner surface a frustoconical shape.
Flywheel-driven setting device for driving fastening elements into a substrate, comprising at least one flywheel which is directly driven by an electric motor , characterized in that the flywheel drive (40; 80) comprises two internal rotor motors (71, 72; 111, 112), wherein the flywheel drive (40; 80) comprises two internal rotors (41, 42; 81, 82) which are each arranged in a rotatable manner in a stator device (61, 62; 101, 102) and connected in a rotationally fixed manner to a rotor shaft which extends through the stator devices (61, 62; 101, 102), and wherein the stator devices (61, 62; 101, 102) are arranged symmetrically with respect to a centre axis of the flywheel which is connected in a rotationally fixed manner to the rotor shaft (54; 94) in the axial direction between the stator devices (61, 62; 101, 102).
Camera device for reading optical codes , comprising at least a first camera unit with a first camera control and a first image sensor for capturing image data from a first detection area , and a second camera unit with a second camera control and a second image sensor for capturing image data from a second detection area , which at least partially overlaps with the first detection area , and a common control unit , wherein the respective camera control (26a-b) is configured to detect regions of interest with optical codes in the image data and to transmit the image data of the regions of interest to the common control unit , characterized in that the common control unit is configured to combine the image data in regions of interest captured by more than one camera unit (18a-b) and to read an optical code in the region of interest therefrom, wherein the respective camera control is configured to determine the position of a detected region of interest in world coordinates and to transmit the world coordinates to the common control unit , or the respective camera control (26a-b) transmits the position of a detected region of interest in camera coordinates to the common control unit , and the common control unit is configured to convert the camera coordinates into world coordinates. the common control unit is configured to combine the image data in regions of interest captured by more than one camera unit (18a-b) and to read an optical code in the region of interest therefrom, wherein the respective camera control is configured to determine the position of a detected region of interest in world coordinates and to transmit the world coordinates to the common control unit , or the respective camera control (26a-b) transmits the position of a detected region of interest in camera coordinates to the common control unit , and the common control unit is configured to convert the camera coordinates into world coordinates.
A process for the production of a dark-color multi-layer coating, comprising the successive steps: applying an NIR-opaque coating layer A' from a waterborne pigmented coating composition A to a substrate, applying a coating layer B' from a waterborne pigmented coating composition B onto the substrate provided with coating layer A', subjecting the coated substrate obtained in step to a drying step, applying a clear coat layer from a clear coat composition onto the coated substrate obtained in step , and curing the coating layers applied in steps , , and simultaneously; wherein both waterborne coating compositions A and B comprise aqueous microgel and sheet silicate, wherein the pigment content of coating composition A consists 90 to 100 wt.% of at least one aluminum flake pigment and 0 to 10 wt.% of at least one further pigment, which is selected in such a way that NIR-opaque coating layer A' exhibits low NIR absorption. wherein the pigment content of coating composition B consists 50 to 100 wt.% of at least one black pigment with low NIR absorption and 0 to 50 wt.% of at least one further pigment, which is selected in such a way that coating layer B' exhibits low NIR absorption and that the dark-color multi-layer coating exhibits a brightness L* (according to CEL*a*b* DIN 6174), measured at an illumination angle of 45 degrees to the perpendicular and an observation angle of 45 degrees to the specular, of at most 10 units. applying an NIR-opaque coating layer A' from a waterborne pigmented coating composition A to a substrate, applying a coating layer B' from a waterborne pigmented coating composition B onto the substrate provided with coating layer A', subjecting the coated substrate obtained in step to a drying step, applying a clear coat layer from a clear coat composition onto the coated substrate obtained in step , and curing the coating layers applied in steps , , and simultaneously;
A method, comprising: extending a wellbore using a drill bit ; enlarging a diameter of the wellbore using a first tool ; and laterally offsetting a second tool in the enlarged diameter wellbore ; wherein extending the wellbore using the drill bit , enlarging the diameter of the wellbore, and laterally offsetting the second tool in the enlarged diameter wellbore occur simultaneously to drill a first curved section that has a first dogleg severity; and creating a second curved section of the wellbore having a second dogleg severity that is greater than the first dogleg severity, wherein creating the second curved section comprises extending the wellbore using the drill bit such that the wellbore has an original diameter while simultaneously laterally offsetting the second tool in the original diameter wellbore wherein the first tool , the second tool , and the drill bit are coupled together such that the first tool is positioned between the drill bit and the second tool ; and wherein a bend angle is defined between a central axis of the second tool and a central axis of the drill bit . extending a wellbore using a drill bit ; enlarging a diameter of the wellbore using a first tool ; and laterally offsetting a second tool in the enlarged diameter wellbore ; wherein extending the wellbore using the drill bit , enlarging the diameter of the wellbore, and laterally offsetting the second tool in the enlarged diameter wellbore occur simultaneously to drill a first curved section that has a first dogleg severity; and creating a second curved section of the wellbore having a second dogleg severity that is greater than the first dogleg severity, wherein creating the second curved section comprises extending the wellbore using the drill bit such that the wellbore has an original diameter while simultaneously laterally offsetting the second tool in the original diameter wellbore wherein the first tool , the second tool , and the drill bit are coupled together such that the first tool is positioned between the drill bit and the second tool ; and wherein a bend angle is defined between a central axis of the second tool and a central axis of the drill bit .
Vehicle lock for locking doors or hatches of motor vehicles, in particular of doors or hatches of agricultural machines, such as, for example, tractors, or of construction machines, including a) a lock case , b) a rotary latch , rotatably supported in the lock case , for gripping and retaining a locking bolt in a pre-latching position or a final latching position, c) a drive wheel rotatably supported in the lock case , interlocked with the rotary latch , d) a locking pawl , disposed in the lock case , for locking the drive wheel , and via it the rotary latch interlocked with the drive wheel in its pre-latching position or final latching position, e) a closing device , to which the rotary latch is drivably connected rotatably in a rotary-latch closing direction from the pre-latching position into the final latching position, wherein the drive wheel is connected directly to the closing device drivably in a drive-wheel closing direction , and a rotation of the drive wheel in the drive-wheel closing direction effects a rotation of the rotary latch in the rotary-latch closing direction , and the closing device includes a drive motor and a transmission disposed between the drive motor and the drive wheel , wherein the transmission includes at least two transmission stages (78-1 ;78-2) each including a planetary transmission (79-1;79-2). a) a lock case , b) a rotary latch , rotatably supported in the lock case , for gripping and retaining a locking bolt in a pre-latching position or a final latching position, c) a drive wheel rotatably supported in the lock case , interlocked with the rotary latch , d) a locking pawl , disposed in the lock case , for locking the drive wheel , and via it the rotary latch interlocked with the drive wheel in its pre-latching position or final latching position, e) a closing device , to which the rotary latch is drivably connected rotatably in a rotary-latch closing direction from the pre-latching position into the final latching position, the drive wheel is connected directly to the closing device drivably in a drive-wheel closing direction , and a rotation of the drive wheel in the drive-wheel closing direction effects a rotation of the rotary latch in the rotary-latch closing direction , and the closing device includes a drive motor and a transmission disposed between the drive motor and the drive wheel , wherein the transmission includes at least two transmission stages (78-1 ;78-2) each including a planetary transmission (79-1;79-2).
Expanded beads of thermoplastic polyurethane in which a water-soluble anionic surfactant is attached in an attachment amount per surface area of 50 mg/m 2 to 1,000 mg/m 2 onto the surfaces of expanded beads of thermoplastic polyurethane having a dispersant attached thereto, wherein the attachment amount of the anionic surfactant is calculated on the basis of the total organic carbon (TOC) analysis as described in the specification,