mhurhangee/patent-ind-claim-en huggingface dataset:
A decorative paper layer comprising a base paper layer, an inkjet receiver coating and a wood pattern formed thereon by digitally applying inks from a set of a plurality of differently colored inks including a red ink, characterized in that at least one of said inks comprises color pigments having an average particle diameter larger than 150 nm, and in that said inkjet receiver coating comprises silica pigments, wherein said silica particles are particles of precipitated silica and have an average particle size which is at least 5 times larger than said average particle diameter of said color pigments and/or have an average particle size of 1 to 40 micrometer, preferably 1 to 15 micrometer, or 2 to 12 micrometer, with said average particle sizes and said average particle diameters being determined by laser light scattering granulometry technique in accordance with ISO 13320, as defined herein, and in that said color pigments comprise red pigments selected from the group consisting of C.I. Pigment Red 122, C.I. Pigment Red 144, C.I. Pigment Red 176, C.I. Pigment Red 188, C.I. Pigment Red 207, C.I. Pigment Red 242, C.I. Pigment Red 254, C.I. Pigment Red 272, mixed crystals of any of the aforementioned red pigments, quinacridone, mixtures of quinacridones, and quinacridone derivatives and in that said core of said base paper layer is free from silica particles.
An end-functionalized copolymer comprising 55-80% by weight of a conjugated diene monomer and 20-45% by weight of an aromatic vinyl monomer lacking any nitrogen substitution on its aromatic ring, wherein the total amount of conjugated diene monomer and aromatic vinyl monomer comprise 100% of the total monomers in the copolymer, and the end-functionalization comprises at least one group having formula (I) wherein R 1 and R 2 are the same or different and are independently selected from C1-C20 alkyl and alkoxy, a and c are the same or different and are each an integer from 1 to 10, b is 1, W is O, S, or NZ where Z is selected from Si(R 4 ) 3 and each R 4 is independently selected from C1-C20 alkyl, C2-C20 alkenyl, or C6-C20 aryl, X is selected from 5 membered aromatic rings, 6 membered aromatic rings, or fused combinations thereof and each ring of X (i) contains 1 sulfur, 1 nitrogen, 1 oxygen, or a combination thereof, and optionally (ii) is substituted with at least one substituent on the aromatic ring, or a combination of (i) with (ii). wherein R 1 and R 2 are the same or different and are independently selected from C1-C20 alkyl and alkoxy, a and c are the same or different and are each an integer from 1 to 10, b is 1, W is O, S, or NZ where Z is selected from Si(R 4 ) 3 and each R 4 is independently selected from C1-C20 alkyl, C2-C20 alkenyl, or C6-C20 aryl, X is selected from 5 membered aromatic rings, 6 membered aromatic rings, or fused combinations thereof and each ring of X (i) contains 1 sulfur, 1 nitrogen, 1 oxygen, or a combination thereof, and optionally (ii) is substituted with at least one substituent on the aromatic ring, or a combination of (i) with (ii).
A kit of parts for flashing a roof element , such as a roof window, in a sloping roof with a roof covering comprising flat roofing panels , possibly of sheet metal, with standing seams , comprising at least a bottom flashing member having at least a section with a generally L-shaped cross-section with a first leg configured to be arranged against a side of the roof element and a second leg configured to be at least in part positioned above the roof covering to seal between the roof element and the roof covering, and comprising an elongated filling member having a length in a longitudinal direction; a mounting surface extending in the longitudinal direction for mounting the filling member on a receiving surface; and an opposing surface opposite the mounting surface and positioned at a distance from a plane defined by the mounting surface, the filling member being provided for sealing between the bottom flashing member and the roofing panels , characterized in that at least one vent opening is provided in the filling member .
A rotary cutting head for pothole repair comprising a plate with peripheral cutting teeth for cutting a circle around the pothole and inner grinding teeth for grinding out material within the circle, wherein the inner grinding teeth are located in a plurality of angular and radial positions, and are not on the same radial line, characterised in that the inner grinding teeth are neither located in a purely linear nor a purely rotational manner, but have random locations spread across the plate.
An apparatus for a torque limiter , comprising: an indication device configured to provide an indication that the torque limiter has tripped, and of the direction of torque applied to the torque limiter when the torque limiter tripped, in use; and a movable component configured to move in first and second opposing directions based on the direction of torque applied to the torque limiter , wherein the movable component is connected to the indication device , such that, in use, the indication device moves or otherwise indicates the direction of torque applied to the torque limiter based on whether the movable component moves in the first or second direction; characterised in that : said indication device and said movable component are interconnected by a device configured to amplify the movement of the movable component . an indication device configured to provide an indication that the torque limiter has tripped, and of the direction of torque applied to the torque limiter when the torque limiter tripped, in use; and a movable component configured to move in first and second opposing directions based on the direction of torque applied to the torque limiter , wherein the movable component is connected to the indication device , such that, in use, the indication device moves or otherwise indicates the direction of torque applied to the torque limiter based on whether the movable component moves in the first or second direction; characterised in that : said indication device and said movable component are interconnected by a device configured to amplify the movement of the movable component .
Method for operating switching elements (40 to 56) of a multilevel energy converter using at least three electric potentials , to which a multiphase electrical machine is connected, wherein switching elements (40 to 56) of the multilevel energy converter are operated in a predefined clock mode by means of corresponding switching signals , wherein the switching signals for the switching elements (40 to 56) that are assigned to a respective one of the phases (U, V, W) are determined as a function of a respective desired voltage signal , in order to apply a respective phase voltage to each phase of the multiphase electrical machine , wherein the switching signals are determined in addition as a function of a predefined overlaying voltage signal in such a way that the respective phase voltages are overlaid with an overlaying voltage dependent on the overlaying voltage signal , wherein an AC voltage signal is used as the overlaying voltage signal , wherein the AC voltage signal is formed in such a way that the stress is distributed cyclically to the electrical potentials and to their switching elements (40 to 56), wherein by displacement of the respective phase voltages as a result of the overlaying voltage, a stress on the switching elements (40 to 56) is distributed more evenly to all switching elements (40 to 56) of the multilevel energy converter , wherein the AC voltage signal is a sinusoidal or trapezoidal AC voltage signal.
Mobile communication device for wireless communication, the mobile communication device comprising: an antenna configured to receive wireless signals , a receiver that is coupled to the antenna and that is configured to determine a signal strength of the received wireless signals and provide a respective signal strength value , and a normalization unit that is configured to normalize the signal strength value and provide a respective normalized signal strength indication characterized in that the normalization unit is configured to calculate the normalized signal strength indication based on the signal strength value provided by the receiver and a maximum possible signal strength value and a minimum possible signal strength value and a sensitivity of the receiver based on the formula nss = ChipsetCoefficient * 100 maxRX − minRX wherein nss refers to the normalized signal strength indication , maxRX refers to the maximum possible signal strength value, minRX refers to the minimum possible signal strength value, and the ChipsetCoefficient is determined as ChipsetCoefficient = − RXPower / RXsensitivity wherein RXPower is the signal strength value provided by the receiver and RXsensitivity is the sensitivity of the receiver . an antenna configured to receive wireless signals , a receiver that is coupled to the antenna and that is configured to determine a signal strength of the received wireless signals and provide a respective signal strength value , and a normalization unit that is configured to normalize the signal strength value and provide a respective normalized signal strength indication characterized in that the normalization unit is configured to calculate the normalized signal strength indication based on the signal strength value provided by the receiver and a maximum possible signal strength value and a minimum possible signal strength value and a sensitivity of the receiver based on the formula nss = ChipsetCoefficient * 100 maxRX − minRX wherein nss refers to the normalized signal strength indication , maxRX refers to the maximum possible signal strength value, minRX refers to the minimum possible signal strength value, and the ChipsetCoefficient is determined as ChipsetCoefficient = − RXPower / RXsensitivity wherein RXPower is the signal strength value provided by the receiver and RXsensitivity is the sensitivity of the receiver .
A vehicle battery-carrying floor structure comprising: a bottom plate member that has a plurality of unit members that are arranged in a vehicle body forward and rearward direction and that are joined by joining opposing joint portions , each unit member having a flat plate portion that extends in a vehicle width direction and that has the joint portions formed at an end portion facing the vehicle body forward direction and at an end portion facing the vehicle body rear direction and a partition portion that is disposed upright so as to extend in the vehicle width direction on an upper surface of the plate portion ; and side plate members that are provided on an upper surface of the bottom plate member on outer sides in the vehicle width direction of the partition portions and form, with the partition portions , regions that hold battery packs, characterized in that reinforcement portions are formed on lower surfaces of the flat plate portions on opposite sides from the partition portions . a bottom plate member that has a plurality of unit members that are arranged in a vehicle body forward and rearward direction and that are joined by joining opposing joint portions , each unit member having a flat plate portion that extends in a vehicle width direction and that has the joint portions formed at an end portion facing the vehicle body forward direction and at an end portion facing the vehicle body rear direction and a partition portion that is disposed upright so as to extend in the vehicle width direction on an upper surface of the plate portion ; and side plate members that are provided on an upper surface of the bottom plate member on outer sides in the vehicle width direction of the partition portions and form, with the partition portions , regions that hold battery packs, characterized in that reinforcement portions are formed on lower surfaces of the flat plate portions on opposite sides from the partition portions .
A display system comprising: a display unit displaying driving information related to driving of a vehicle; an input unit receiving input data according to a manipulation of a user; and a controller controlling the display unit such that the driving information is displayed through the display unit , wherein the driving information indicates a state in which the vehicle is driving or information about a surrounding of the vehicle, the display unit displays the driving information on a my menu having a plurality of items selectable by a user via the input unit , and a specific item of the plurality of specific items is implemented in response to a selection of the specific item by the user via the input unit , wherein the display unit displays a detailed screen showing detail of the selected specific item in response to the selection of the specific item, wherein the selected specific item is implemented by a widget, and characterized in that : the controller extracts use history of the my menu, and provides the user with a request of whether the user desires the selected specific item to be automatically updated based on the extracted use history. a display unit displaying driving information related to driving of a vehicle; an input unit receiving input data according to a manipulation of a user; and a controller controlling the display unit such that the driving information is displayed through the display unit , wherein the driving information indicates a state in which the vehicle is driving or information about a surrounding of the vehicle, the display unit displays the driving information on a my menu having a plurality of items selectable by a user via the input unit , and a specific item of the plurality of specific items is implemented in response to a selection of the specific item by the user via the input unit , wherein the display unit displays a detailed screen showing detail of the selected specific item in response to the selection of the specific item, wherein the selected specific item is implemented by a widget, and characterized in that : the controller extracts use history of the my menu, and provides the user with a request of whether the user desires the selected specific item to be automatically updated based on the extracted use history.
A method for contemporaneous in-browser tagging and harvesting of digital content in a networked environment , the method comprising: executing a web browser (110; 145) and/or a browser extension on a computing device , the web browser and/or the browser extension interfacing with a portal via a network ; defining, via the portal, a policy for elements in webpages , wherein the policy is used to determine whether the elements included in the webpages are authentic or authorized; receiving, via the computing device, user input to select an element in a webpage of the webpages rendered in a browser window of the web browser via a graphical user interface embedded in the browser window of the web browser and/or the browser extension, wherein the element is an image, a text, a markup, or a link; assigning, via the computing device, a tag to the element based on the policy, wherein the tag indicates whether the element in the webpage is authentic or authorized; transmitting, via the computing device, the tag and the element to the portal; associating, via the portal, the tag with the element and a Universal Resource Locator, URL, of the webpage; defining, via the portal, a new policy based on the tag assigned to the element, wherein the new policy includes whether the element in the webpage is authentic or authorized; and refining, via the portal, a harvesting algorithm to include the new policy, wherein the harvesting algorithm refined by the new policy is used to search for digital content in the networked environment for harvesting. executing a web browser (110; 145) and/or a browser extension on a computing device , the web browser and/or the browser extension interfacing with a portal via a network ; defining, via the portal, a policy for elements in webpages , wherein the policy is used to determine whether the elements included in the webpages are authentic or authorized; receiving, via the computing device, user input to select an element in a webpage of the webpages rendered in a browser window of the web browser via a graphical user interface embedded in the browser window of the web browser and/or the browser extension, wherein the element is an image, a text, a markup, or a link; assigning, via the computing device, a tag to the element based on the policy, wherein the tag indicates whether the element in the webpage is authentic or authorized; transmitting, via the computing device, the tag and the element to the portal; associating, via the portal, the tag with the element and a Universal Resource Locator, URL, of the webpage; defining, via the portal, a new policy based on the tag assigned to the element, wherein the new policy includes whether the element in the webpage is authentic or authorized; and refining, via the portal, a harvesting algorithm to include the new policy, wherein the harvesting algorithm refined by the new policy is used to search for digital content in the networked environment for harvesting.
An apparatus for coding video information, comprising: means for storing the video data in a memory, the memory including a buffer; means for receiving the video data to be coded; means for determining a quantization parameter, QP, of a current block of the video data; and means for coding the current block in a bitstream using the determined QP, wherein the means for determining the QP is configured to determine the QP by: determining the difference between the number of bits allocated for coding the current block and the number of bits used for encoding a previous block, wherein the current block is included in a slice and the number of bits allocated for coding for the current block is determined as being equal to the number of pixels in the current block multiplied by the number of bits remaining for the slice and divided by the number of pixels to be coded in the slice; determining the range from among a plurality of ranges within which the difference falls; determining an adjustment value for adjusting the QP, wherein the adjustment value corresponds to the determined range; and, adjusting the QP using the determined adjustment value. means for storing the video data in a memory, the memory including a buffer; means for receiving the video data to be coded; means for determining a quantization parameter, QP, of a current block of the video data; and means for coding the current block in a bitstream using the determined QP, wherein the means for determining the QP is configured to determine the QP by: determining the difference between the number of bits allocated for coding the current block and the number of bits used for encoding a previous block, wherein the current block is included in a slice and the number of bits allocated for coding for the current block is determined as being equal to the number of pixels in the current block multiplied by the number of bits remaining for the slice and divided by the number of pixels to be coded in the slice; determining the range from among a plurality of ranges within which the difference falls; determining an adjustment value for adjusting the QP, wherein the adjustment value corresponds to the determined range; and, adjusting the QP using the determined adjustment value. determining the difference between the number of bits allocated for coding the current block and the number of bits used for encoding a previous block, wherein the current block is included in a slice and the number of bits allocated for coding for the current block is determined as being equal to the number of pixels in the current block multiplied by the number of bits remaining for the slice and divided by the number of pixels to be coded in the slice; determining the range from among a plurality of ranges within which the difference falls; determining an adjustment value for adjusting the QP, wherein the adjustment value corresponds to the determined range; and, adjusting the QP using the determined adjustment value.
A method for inter-procedural optimization comprising: generating , for each of a plurality of source code modules, a respective intermediate representation file; generating, for each of the plurality of source code modules, a respective function index and respective function summary data, wherein each respective function index comprises a function symbol table that maps function IDs to function body offsets in the respective intermediate representation file, and wherein respective function summary data comprises core function attributes; storing, in separate sections of each intermediate representation file, the generated function indices and function summary data for the corresponding source code module; generating a thin-archive of the generated intermediate representation files with a combined function map, wherein the thin-archive contains a symbol index and references to the original copies of the source code modules of the archive while lacking copies of the generated intermediate representation files; providing unmodified intermediate representation files as well as the generated thin archive comprising composite function body indices; and performing cross-module optimization on the plurality of source code modules using the unmodified intermediate representation files and the generated thin-archive, wherein the cross-module optimization further comprises an iterative lazy function importing in which only likely needed auxiliary functions from auxiliary modules in the thin-archive are imported to a respective primary module. generating , for each of a plurality of source code modules, a respective intermediate representation file; generating, for each of the plurality of source code modules, a respective function index and respective function summary data, wherein each respective function index comprises a function symbol table that maps function IDs to function body offsets in the respective intermediate representation file, and wherein respective function summary data comprises core function attributes; storing, in separate sections of each intermediate representation file, the generated function indices and function summary data for the corresponding source code module; generating a thin-archive of the generated intermediate representation files with a combined function map, wherein the thin-archive contains a symbol index and references to the original copies of the source code modules of the archive while lacking copies of the generated intermediate representation files; providing unmodified intermediate representation files as well as the generated thin archive comprising composite function body indices; and performing cross-module optimization on the plurality of source code modules using the unmodified intermediate representation files and the generated thin-archive, wherein the cross-module optimization further comprises an iterative lazy function importing in which only likely needed auxiliary functions from auxiliary modules in the thin-archive are imported to a respective primary module.