mhurhangee/ep-ind-claims huggingface dataset:
A lever assembly comprising a lever, for actuating a transmission park release mechanism of a vehicle, the lever being arranged for translating input force applied to an input of the lever into output force exerted at an output of the lever, wherein the input comprises an input formation for engaging a lever extension for enhancing a mechanical advantage of the lever, and the output comprises an output formation co-operable with a release element of a release mechanism; characterised in that the input of the lever further comprises a finger grip separate from the input formation.
A printable medium with a supporting base substrate comprising, on its image side, a substrate sizing layer and an image receiving layer and, on its back-side, a fabric backing layer, and a barrel layer with flame retardancy.
A method, performed in a wireless communication network, of defining an uplink measurement signal reception window for a first candidate node (18, 20) comprising an access node (16, 18, 20) in the network that is a candidate target for handing over the first UE, the method comprising the following steps carried out by a serving node of a first User Equipment, UE: estimating a total timing misalignment between the first UE and the first candidate node (18, 20); defining the uplink measurement signal reception window comprising an integral number of symbol periods, not confined to predefined frame boundaries, comprising at least a predetermined minimum number of symbol periods and based on the estimated timing misalignment; and transmitting information about the defined uplink measurement signal reception window to the first candidate node (18, 20). estimating a total timing misalignment between the first UE and the first candidate node (18, 20); defining the uplink measurement signal reception window comprising an integral number of symbol periods, not confined to predefined frame boundaries, comprising at least a predetermined minimum number of symbol periods and based on the estimated timing misalignment; and transmitting information about the defined uplink measurement signal reception window to the first candidate node (18, 20).
Device for regulating the supply of a photovoltaic converter, comprising: - a laser source, - a photovoltaic converter, which supplies a DC to DC converter, - an optical fibre to transmit energy from the laser source to the photovoltaic converter; - means (100, 203) for regulating said DC to DC converter according to the operating voltage (U s) of the photovoltaic converter and of the open circuit voltage (U S0) thereof, - means for measuring an output voltage of the DC to DC converter and to produce a regulation signal (SR' R) of the laser source. - a laser source, - a photovoltaic converter, which supplies a DC to DC converter, - an optical fibre to transmit energy from the laser source to the photovoltaic converter; - means (100, 203) for regulating said DC to DC converter according to the operating voltage (U s) of the photovoltaic converter and of the open circuit voltage (U S0) thereof, - means for measuring an output voltage of the DC to DC converter and to produce a regulation signal (SR' R) of the laser source.
A method for processing media content, the method comprising: obtaining, from a box separate from boxes comprising a bitstream of encoded video data, a list of types of Supplemental Enhancement Information, SEI, messages and video usability information required to render video data that comprises one or both of high dynamic range video data or wide color gamut video data,, the box being within a file conforming to a file format for a video codec, the box comprising a syntax structure that includes the list of types of SEI messages, the file being associated with the media content, the media content being coded according to the video codec and the video usability information comprising one or more of color primaries, transfer characteristics, or matrix coefficients for rendering the video data; and; determining, based on the list obtained from the box whether to accept or reject the media content associated with the file, wherein determining, based on the list obtained from the box, whether to accept or reject the media content associated with the file comprises determining, based on the media content including an SEI message belonging to an SEI message type in the list, that a renderer is able to render the media content such that the media content meets or exceeds one or more quality criteria. obtaining, from a box separate from boxes comprising a bitstream of encoded video data, a list of types of Supplemental Enhancement Information, SEI, messages and video usability information required to render video data that comprises one or both of high dynamic range video data or wide color gamut video data,, the box being within a file conforming to a file format for a video codec, the box comprising a syntax structure that includes the list of types of SEI messages, the file being associated with the media content, the media content being coded according to the video codec and the video usability information comprising one or more of color primaries, transfer characteristics, or matrix coefficients for rendering the video data; and; determining, based on the list obtained from the box whether to accept or reject the media content associated with the file, wherein determining, based on the list obtained from the box, whether to accept or reject the media content associated with the file comprises determining, based on the media content including an SEI message belonging to an SEI message type in the list, that a renderer is able to render the media content such that the media content meets or exceeds one or more quality criteria.
A cylinder printing jig used for a printer including a moving table, comprising: a base unit configured to be detachably fixed to a printer body; a movable unit, the movable unit being provided separately from the base unit; and a roller mechanism being configured to have a contact with the table of the printer, the roller mechanism being provided in the movable unit to convert the movement of the table to the rotation of a cylindrical print medium, characterized in that the movable unit is supported by the base unit to vertically move, and in that the roller mechanism is configured to have a contact with the table of the printer due to the weight of the movable unit. a base unit configured to be detachably fixed to a printer body; a movable unit, the movable unit being provided separately from the base unit; and a roller mechanism being configured to have a contact with the table of the printer, the roller mechanism being provided in the movable unit to convert the movement of the table to the rotation of a cylindrical print medium, characterized in that the movable unit is supported by the base unit to vertically move, and in that the roller mechanism is configured to have a contact with the table of the printer due to the weight of the movable unit.
Information filtering method for filtering information elements (102, 202) based on a finite set of filtering elements (103, 203), the method comprising: selecting a subset (105, 205) of filtering elements from the finite set of filtering elements (103, 203), assigning each one of the information elements (102, 202) to at least one of the filtering elements of the subset (105, 205), and providing one marker (108, 208) per filtering element (102, 202) of the subset (105, 205) for every information element (102, 202), wherein the markers (108, 208) provide information about whether the respective information element (102, 202) pertains to the respective filtering element (103, 203) of the subset, sorting the filtering elements (103, 203) of the subset (105, 205) according to a predefined sorting criteria, wherein the markers (108, 208) are provided in the same order as the ordered filtering elements (103, 203) of the subset (105, 205), wherein the predefined sorting criteria defines a sorting according to the number of information elements (102, 202) pertaining to each filtering element (103, 203), and wherein markers (108, 208) representing one of the filtering elements (103, 203) with no information elements (102, 202) pertaining to them are removed; and wherein the markers (108, 208) are provided as single bits in a digital memory, and wherein a positive bit value of a marker (108, 208) represents the respective information element (102, 202) pertaining to the respective filtering element (103, 203). selecting a subset (105, 205) of filtering elements from the finite set of filtering elements (103, 203), assigning each one of the information elements (102, 202) to at least one of the filtering elements of the subset (105, 205), and providing one marker (108, 208) per filtering element (102, 202) of the subset (105, 205) for every information element (102, 202), wherein the markers (108, 208) provide information about whether the respective information element (102, 202) pertains to the respective filtering element (103, 203) of the subset, sorting the filtering elements (103, 203) of the subset (105, 205) according to a predefined sorting criteria, wherein the markers (108, 208) are provided in the same order as the ordered filtering elements (103, 203) of the subset (105, 205), wherein the predefined sorting criteria defines a sorting according to the number of information elements (102, 202) pertaining to each filtering element (103, 203), and wherein markers (108, 208) representing one of the filtering elements (103, 203) with no information elements (102, 202) pertaining to them are removed; and wherein the markers (108, 208) are provided as single bits in a digital memory, and wherein a positive bit value of a marker (108, 208) represents the respective information element (102, 202) pertaining to the respective filtering element (103, 203).
A coated article including a multi-layer coating supported by a glass substrate, the multi-layer coating comprising, from the glass substrate outwardly: a layer comprising silicon nitride located directly on and contacting the glass substrate; a layer comprising zinc oxide located directly on and contacting the layer comprising silicon nitride; a layer comprising silver located over and contacting the layer comprising zinc oxide; a layer comprising at least one metal oxide; a dielectric layer which comprises tin oxide; a dielectric layer comprising silicon nitride; a layer comprising zinc oxide; another layer comprising silver; a dielectric layer comprising a metal oxide; and another dielectric layer comprising silicon nitride; wherein the coated article is heat treated and has a ratio T vis /R s of at least 25 after heat treatment, where T vis is visible transmission in % and is sheet resistance of the coating in units of ohms/square, and a transmissive and/or glass side reflective ΔE* value of less than or equal to 8 due to the heat treatment, wherein said layer comprising silicon nitride located directly on and contacting the glass substrate is Si-rich and comprises Si x N y, where x/y is from 0.8 to 1.0, and is partially oxidized. a layer comprising silicon nitride located directly on and contacting the glass substrate; a layer comprising zinc oxide located directly on and contacting the layer comprising silicon nitride; a layer comprising silver located over and contacting the layer comprising zinc oxide; a layer comprising at least one metal oxide; a dielectric layer which comprises tin oxide; a dielectric layer comprising silicon nitride; a layer comprising zinc oxide; another layer comprising silver; a dielectric layer comprising a metal oxide; and another dielectric layer comprising silicon nitride; wherein the coated article is heat treated and has a ratio T vis /R s of at least 25 after heat treatment, where T vis is visible transmission in % and is sheet resistance of the coating in units of ohms/square, and a transmissive and/or glass side reflective ΔE* value of less than or equal to 8 due to the heat treatment, wherein said layer comprising silicon nitride located directly on and contacting the glass substrate is Si-rich and comprises Si x N y, where x/y is from 0.8 to 1.0, and is partially oxidized.
An apparatus, comprising means comprising at least one processor, and at least one memory including computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the performance of the apparatus, the means configured for performing: - receiving a three-dimensional tunnel model of an underground tunnel system of a worksite, - receiving two-dimensional position data comprising sets of x coordinate values and y coordinate values of a mobile device in the underground tunnel system, characterised by the means further configured for - performing a vertical plane ray cast operation in the tunnel model at a mobile device position defined by an x coordinate value and an y coordinate value in the received position data, and - determining a z coordinate value for the mobile device position on the basis of the ray cast operation and at least one earlier resolved z coordinate value for a preceding mobile device position. - receiving a three-dimensional tunnel model of an underground tunnel system of a worksite, - receiving two-dimensional position data comprising sets of x coordinate values and y coordinate values of a mobile device in the underground tunnel system, characterised by the means further configured for - performing a vertical plane ray cast operation in the tunnel model at a mobile device position defined by an x coordinate value and an y coordinate value in the received position data, and - determining a z coordinate value for the mobile device position on the basis of the ray cast operation and at least one earlier resolved z coordinate value for a preceding mobile device position.
A method of manufacturing a bearing cage that is to be formed by injecting a melted resin, from a plurality of resin injection gates provided at a peripheral edge portion of a substantially annular cavity formed in a molding die, into the cavity, wherein the bearing cage comprises: a substantially annular base part, a plurality of column portions protruding axially from one axial end face of the base part with predetermined intervals in a circumferential direction, and pockets formed by facing surfaces of the pair of adjacent column portions and one axial end face of the base part, a number of the pockets being same as a number of the column portions, wherein at least one column portion is provided with a resin reservoir capable of reserving therein the melted resin, and characterized in that a cross-sectional area of a communication portion of the resin reservoir configured to communicate with the column portion is equal to or smaller than 1/4 of a cross-sectional area of the resin injection gate. a substantially annular base part, a plurality of column portions protruding axially from one axial end face of the base part with predetermined intervals in a circumferential direction, and pockets formed by facing surfaces of the pair of adjacent column portions and one axial end face of the base part, a number of the pockets being same as a number of the column portions, wherein at least one column portion is provided with a resin reservoir capable of reserving therein the melted resin, and characterized in that a cross-sectional area of a communication portion of the resin reservoir configured to communicate with the column portion is equal to or smaller than 1/4 of a cross-sectional area of the resin injection gate.
A method of determining available wireless communication channels, comprising: Determining unreserved frequency bands in a location; Selecting a first channel within one of the determined unreserved frequency bands; monitoring signals received on the first channel for a time duration; estimating a power spectral density of the signals during the time duration; determining a spectral moving average of the estimated power spectral density; determining a detection threshold for the first channel; normalizing the spectral moving average of the estimated power spectral density; determining a percentage of a bandwidth of the spectral moving average of the estimated power spectral density that exceeds the detection threshold; in response to the determined percentage being less than a selected percentage, storing data indicating the first channel is available; and in response to the determined percentage being greater than or equal to the selected percentage: determining whether the normalized spectral moving average of the estimated power spectral density is consistent with a selected signal shape; and in response to determining the estimated averaged power spectral density is not consistent with the selected signal shape, storing data indicating the first channel is available. Determining unreserved frequency bands in a location; Selecting a first channel within one of the determined unreserved frequency bands; monitoring signals received on the first channel for a time duration; estimating a power spectral density of the signals during the time duration; determining a spectral moving average of the estimated power spectral density; determining a detection threshold for the first channel; normalizing the spectral moving average of the estimated power spectral density; determining a percentage of a bandwidth of the spectral moving average of the estimated power spectral density that exceeds the detection threshold; in response to the determined percentage being less than a selected percentage, storing data indicating the first channel is available; and in response to the determined percentage being greater than or equal to the selected percentage: determining whether the normalized spectral moving average of the estimated power spectral density is consistent with a selected signal shape; and in response to determining the estimated averaged power spectral density is not consistent with the selected signal shape, storing data indicating the first channel is available. determining whether the normalized spectral moving average of the estimated power spectral density is consistent with a selected signal shape; and in response to determining the estimated averaged power spectral density is not consistent with the selected signal shape, storing data indicating the first channel is available.
A mixed gel comprising or consisting of gelatin, gellan gum, pectin and modified starch, wherein the proportion of gelatin, gellan gum, pectin and modified starch (by mass) is: gelatin 4-10 part, gellan gum 0.1-1 part, pectin 0.2-1.2 parts, modified starch 2-5 parts.
A table assembly, comprising - a base part, - a table pivotally mounted on the base part about a pivot axis, and - a locking device which acts between the base part and the table in order to in a closed position hold the table in a position approached to the base part and in an open position release the table, so that the table is pivotable about the pivot axis relative to the base part into a position of use, wherein the locking device includes a locking part which is movably arranged on one of the base part and the table and which comprises a locking element (4a, 4b), and an undercut (5a, 5b) which is arranged on the other one of the base part and the table, wherein - for closing purposes the table pivots about the pivot axis and the undercut (5a, 5b) thus is approached to the locking part in a closing direction, until the locking element (4a, 4b) latchingly gets in engagement with the undercut (5a, 5b) in that the locking element (4a, 4b) and the undercut (5a, 5b) are moved past each other along the closing direction and the locking element (4a, 4b) and/or the undercut (5a, 5b) thereby are urged aside along a yielding direction, - in the closed position, the locking part is in engagement with the undercut (5a, 5b) with its locking element (4a, 4b), and - for opening purposes the locking part is moved in an opening direction different from the yielding direction in order to bring the locking element (4a, 4b) and the undercut (5a, 5b) out of engagement with each other, characterized in that the opening direction, the closing direction and the yielding direction each are different from each other. - a base part, - a table pivotally mounted on the base part about a pivot axis, and - a locking device which acts between the base part and the table in order to in a closed position hold the table in a position approached to the base part and in an open position release the table, so that the table is pivotable about the pivot axis relative to the base part into a position of use, - for closing purposes the table pivots about the pivot axis and the undercut (5a, 5b) thus is approached to the locking part in a closing direction, until the locking element (4a, 4b) latchingly gets in engagement with the undercut (5a, 5b) in that the locking element (4a, 4b) and the undercut (5a, 5b) are moved past each other along the closing direction and the locking element (4a, 4b) and/or the undercut (5a, 5b) thereby are urged aside along a yielding direction, - in the closed position, the locking part is in engagement with the undercut (5a, 5b) with its locking element (4a, 4b), and - for opening purposes the locking part is moved in an opening direction different from the yielding direction in order to bring the locking element (4a, 4b) and the undercut (5a, 5b) out of engagement with each other,
A curable composition comprising a component, a component, and a component, the curable composition comprising the component and the component in a mass ratio (component:component) of 100:0.3 to 100:50, the component being a curable polysilsesquioxane compound that comprises a repeating unit represented by a formula (a-1), R 1 SiO 3/2 (a-1) wherein R 1 is a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, or a substituted or unsubstituted aryl group, the component being fine particles having an average primary particle size, as determined by observing the shape of the fine particles using a transmission electron microscope, of 5 to 40 nm, and the component being a silane coupling agent that comprises an acid anhydride structure in its molecule. the component being a curable polysilsesquioxane compound that comprises a repeating unit represented by a formula (a-1), R 1 SiO 3/2 (a-1) wherein R 1 is a substituted or unsubstituted alkyl group having 1 to 10 carbon atoms, or a substituted or unsubstituted aryl group, the component being fine particles having an average primary particle size, as determined by observing the shape of the fine particles using a transmission electron microscope, of 5 to 40 nm, and the component being a silane coupling agent that comprises an acid anhydride structure in its molecule.
Carrying device for a medical device, comprising a frame with a front side and a back side, which in the area of its front side defines an upper receiving area with a receiving plate, wherein the receiving plate is designed with locking elements (120, 121) for the medical device that can be brought into the upper receiving area, which in the position taken in the receiving space is accessible at least from the front side and wherein a wall mount associated with the frame, which can be fixedly installed, is provided, into which the frame can be detachably suspended, characterised in that the receiving plate is mounted substantially horizontally in the frame and is designed on the upper side with forced guide means for positioning and forcible introduction and locking of the medical device and the frame is formed from tube sections and furthermore defines a lower receiving area, which is delimited by the receiving plate relative to the upper receiving area and in the lower receiving area fastening means are provided for fastening a gas bottle within the frame and the frame in the area of the back side has fastening points for carrying straps and optionally a back cushion.