mhurhangee/ep-ind-claims huggingface dataset:
A method of embedding a watermark in a B-decoded video frame comprising: inputting an original video bitstream; decoding the input original video bitstream; determining a first frame for embedding a watermark in the input original video bitstream; and embedding an image-based watermark in the first frame, characterized in that the embedding of the watermark in the first frame comprises:selecting one of frames after the first frame as a second frame, wherein the second frame is a predictive-coded frame (P frame) or a bidirectional-coded frame (B frame) referring to the first frame in the same GoP in the decoded original video bitstream; generating the second frame as an intra-coded frame (I frame); generating the first frame as a bidirectional-coded frame (B frame) referring to the second frame, wherein the first frame determined is a scenecut frame or an I frame in the decoded original video bitstream, wherein embedding the image-based watermark in the first frame comprises embedding the image-based watermark in the first frame generated as the B frame. inputting an original video bitstream; decoding the input original video bitstream; determining a first frame for embedding a watermark in the input original video bitstream; and embedding an image-based watermark in the first frame, characterized in that the embedding of the watermark in the first frame comprises:selecting one of frames after the first frame as a second frame, wherein the second frame is a predictive-coded frame (P frame) or a bidirectional-coded frame (B frame) referring to the first frame in the same GoP in the decoded original video bitstream; generating the second frame as an intra-coded frame (I frame); generating the first frame as a bidirectional-coded frame (B frame) referring to the second frame, wherein the first frame determined is a scenecut frame or an I frame in the decoded original video bitstream, wherein embedding the image-based watermark in the first frame comprises embedding the image-based watermark in the first frame generated as the B frame.
A method for producing a track body, comprising: - Applying a curable or thickenable liquid to a track bed of the track body formed of ballast stones, wherein the liquid is applied superficially to the track bed, - curing or thickening the liquid, thereby forming a layer penetrating superficially into the track bed, in which ballast stones located on a surface of the track bed are bonded together, wherein the track body has rails, wherein the liquid comprises a dye, and the layer formed from the cured or thickened liquid is colored by the dye, characterized in that the liquid is applied in such a way that the liquid is applied to inside flanks of the rails. - Applying a curable or thickenable liquid to a track bed of the track body formed of ballast stones, wherein the liquid is applied superficially to the track bed, - curing or thickening the liquid, thereby forming a layer penetrating superficially into the track bed, in which ballast stones located on a surface of the track bed are bonded together, wherein the track body has rails, wherein the liquid comprises a dye, and the layer formed from the cured or thickened liquid is colored by the dye, characterized in that the liquid is applied in such a way that the liquid is applied to inside flanks of the rails.
A tooth whitening composition, comprising: a hydrophobic copolymer, wherein the hydrophobic copolymer is an acrylate/octylacrylamide copolymer; a hydrophilic whitening agent; and a polar solvent, wherein the hydrophilic whitening agent is present in an amount of 0.01 % to 0.3 % by weight of the tooth whitening composition. a hydrophobic copolymer, wherein the hydrophobic copolymer is an acrylate/octylacrylamide copolymer; a hydrophilic whitening agent; and a polar solvent, wherein the hydrophilic whitening agent is present in an amount of 0.01 % to 0.3 % by weight of the tooth whitening composition.
A safety system for a powered door, the system comprising a compressible door edge having a channel therein, with an optical transmitter and an optical receiver located at spaced positions in the channel, wherein the system comprises control circuitry including a microcontroller having a timer, the microcontroller being configured to collect data as to a variable response time of the optical receiver in response to light transmitted by the optical transmitter, wherein the response time is the time taken for the optical receiver to reach saturation, and wherein the control circuitry is configured to control a motor of the powered door to control movement thereof.
An operating device for a lighting means, with an interface for bidirectional data exchange with a control device, wherein the operating device has an energy or power measuring device for determining an energy or power consumption of the lighting means, and wherein the operating device is designed in order to send information about the energy or power consumption to the control device, or is designed such that the information about the energy or power consumption is accessible to the control device, characterized in that the energy or power measuring device is designed to detect energy or power received by the operating device at related current/voltage input connections of the operating device or via a power factor correction circuit of the operating device.
Kitchen appliance comprising a cooking chamber delimited by internal walls, in particular a microwave appliance, the surface of the internal wall facing the cooking chamber having a three-dimensional structure at least in part, the three-dimensional structure being formed by raised portions projecting from the base of the surface, characterised in that the projection of each raised portion (6, 8) perpendicular to the base has a diameter of from 0.4 mm to 1.4 mm and the transition between a side of the raised portion (6, 8) and the rest of the raised portion (6, 8) is rounded.
An appliance mounting device that comprises: an elongated guide that is adapted for removable securement to head gear such that when secured thereto a lengthwise dimension of the elongated guide is at least generally coincident with a sagittal plane of the head gear, wherein the elongated guide comprises first and second rails (46 and 48); an appliance; and an appliance holder that supports the appliance and that is adapted to engage the elongated guide to allow for adjustment of the position of the appliance along the lengthwise dimension of the elongated guide, wherein the appliance holder is removably attachable to the elongated guide; the appliance mounting device being characterized in that the appliance holder comprises first and second grooves (34 and 36) and a tab, wherein the first and second rails of the elongated guide are disposed within the first and second grooves of the appliance holder respectively when the appliance holder is engaged with the elongated guide, and further wherein the appliance holder is adapted to be removably secured to the elongated guide by pressing the tab away from the first and second rails of the elongated guide such that the first and second grooves of the appliance holder move apart from each other. an elongated guide that is adapted for removable securement to head gear such that when secured thereto a lengthwise dimension of the elongated guide is at least generally coincident with a sagittal plane of the head gear, wherein the elongated guide comprises first and second rails (46 and 48); an appliance; and an appliance holder that supports the appliance and that is adapted to engage the elongated guide to allow for adjustment of the position of the appliance along the lengthwise dimension of the elongated guide, wherein the appliance holder is removably attachable to the elongated guide; the appliance mounting device being characterized in that the appliance holder comprises first and second grooves (34 and 36) and a tab, wherein the first and second rails of the elongated guide are disposed within the first and second grooves of the appliance holder respectively when the appliance holder is engaged with the elongated guide, and further wherein the appliance holder is adapted to be removably secured to the elongated guide by pressing the tab away from the first and second rails of the elongated guide such that the first and second grooves of the appliance holder move apart from each other.
Assembly of a lining structure for an opening in a trim wall, this trim wall having a hidden face and an opposing visible face, the lining structure having a retaining element located on the side of the hidden face that bears against same and a lining element located partially on the side of the visible face and rigidly connected to the retaining element, the lining element having an outer edge framing the opening and bearing against the visible face, an inner edge passing through the opening and cooperating with the retaining element on the side of the hidden face, the inner edge defining a frame in which two opposing sides (9a, 9b) are extended by wall portions (10, 10') in a direction substantially perpendicular to the trim wall, a bar extending along another side of the inner edge, at a distance therefrom, linking the ends of said wall portions, characterized in that the retaining element includes: - a U-shaped frame with two opposing arms (15a, 15b) linked at one of the ends thereof by a linking arm, said U-shaped frame being arranged about the inner edge of the lining element, in cooperation with this latter, the frame being large enough not to pass through the opening, - an M-shaped retaining tab comprising two arms (18a, 18b) of which one end is linked to one of the opposing arms (15a, 15b) of the U-shaped frame, at a distance from the linking arm of this latter and close to said bar, these arms (18a, 18b) being linked at the other end by a middle portion, these arms (18a, 18b) lying in the same plane that is substantially parallel to the trim wall and passing between the bar and the side of the inner edge along which the bar lies, and the middle portion extending in a plane inclined in relation to the plane of the arms (18a, 18b) and being located at least partially opposite an outer face of the bar of the lining element, at a predetermined distance therefrom. - a U-shaped frame with two opposing arms (15a, 15b) linked at one of the ends thereof by a linking arm, said U-shaped frame being arranged about the inner edge of the lining element, in cooperation with this latter, the frame being large enough not to pass through the opening, - an M-shaped retaining tab comprising two arms (18a, 18b) of which one end is linked to one of the opposing arms (15a, 15b) of the U-shaped frame, at a distance from the linking arm of this latter and close to said bar, these arms (18a, 18b) being linked at the other end by a middle portion, these arms (18a, 18b) lying in the same plane that is substantially parallel to the trim wall and passing between the bar and the side of the inner edge along which the bar lies, and the middle portion extending in a plane inclined in relation to the plane of the arms (18a, 18b) and being located at least partially opposite an outer face of the bar of the lining element, at a predetermined distance therefrom.
A hand-held tool comprising: a handle; a blade pivotably coupled to the handle at a proximal end, the blade comprising a plurality of apertures ( 116, 118, 120, 122); and a locking member configured to detachably engage with one of the plurality of the apertures to retain the blade at an angular position relative to the handle; characterised in that, the locking member is provided on a bracket member coupled to the handle, wherein the bracket member is configured to at least partially enclose the proximal end of the blade; the bracket member is spring biased such that the locking member engages with one of the plurality of the apertures to retain the blade at an angular position relative to the handle; and the bracket member is movable such that the locking member disengages from one of the plurality of the apertures to allow the blade to pivot relative to the handle. a handle; a blade pivotably coupled to the handle at a proximal end, the blade comprising a plurality of apertures ( 116, 118, 120, 122); and a locking member configured to detachably engage with one of the plurality of the apertures to retain the blade at an angular position relative to the handle; characterised in that, the locking member is provided on a bracket member coupled to the handle, wherein the bracket member is configured to at least partially enclose the proximal end of the blade; the bracket member is spring biased such that the locking member engages with one of the plurality of the apertures to retain the blade at an angular position relative to the handle; and the bracket member is movable such that the locking member disengages from one of the plurality of the apertures to allow the blade to pivot relative to the handle.
A non-transitory storage medium storing instructions readable and executable by an electronic processor to perform a predictive maintenance alerting method comprising: receiving time stamped machine log data and time stamped service log data for a medical imaging device via an electronic network; deriving features from the received time stamped machine log data and time stamped service log data, including deriving at least one of (i) built failure mode features each comprising a combination of two or more features that together represent a failure mode of a component and (ii) built failure resolution features each comprising a combination of two or more features that together represent a failure of a component and a resolution of the failure of the component; characterized by applying a set of models of component groups to the derived features to generate maintenance alerts wherein each component of the medical imaging device is exclusively a member of a single component group; and transmitting the generated maintenance alerts to a service center via the electronic network. receiving time stamped machine log data and time stamped service log data for a medical imaging device via an electronic network; deriving features from the received time stamped machine log data and time stamped service log data, including deriving at least one of (i) built failure mode features each comprising a combination of two or more features that together represent a failure mode of a component and (ii) built failure resolution features each comprising a combination of two or more features that together represent a failure of a component and a resolution of the failure of the component; characterized by applying a set of models of component groups to the derived features to generate maintenance alerts wherein each component of the medical imaging device is exclusively a member of a single component group; and transmitting the generated maintenance alerts to a service center via the electronic network.
A method for delivering software via a network, comprising: describing one or more software extension files using descriptions, the software extension files being configured for incorporation in an application program executing on a client (100, 130), the application program having multiple different functionalities; delivering the descriptions of the one or more software extension files to the client via the network, the descriptions being configured for use in downloading the software extension files via the network; charaterized by generating, for one or more packages, each of the packages including at least one software extension file, a download queue, the download queue defining an order in which the packages are downloaded; and streaming (1412, 1512) software extension files associated with one of said multiple different functionalities to the client, comprising downloading the packages in the defined order and rearranging the download queue depending on an action a user takes. describing one or more software extension files using descriptions, the software extension files being configured for incorporation in an application program executing on a client (100, 130), the application program having multiple different functionalities; delivering the descriptions of the one or more software extension files to the client via the network, the descriptions being configured for use in downloading the software extension files via the network; charaterized by generating, for one or more packages, each of the packages including at least one software extension file, a download queue, the download queue defining an order in which the packages are downloaded; and streaming (1412, 1512) software extension files associated with one of said multiple different functionalities to the client, comprising downloading the packages in the defined order and rearranging the download queue depending on an action a user takes.
An infrared absorbing composition comprising: a compound having a solubility of 30 mg/mL or less in toluene at 25°C and which is represented by formula or formula; an organic solvent having a solubility parameter in the range of from 7.3 to 12.1 and which comprises the combination of (i) a ketone and (ii) an aromatic hydrocarbon or an aliphatic hydrocarbon; and a resin; wherein M represents two atoms selected from the group consisting of hydrogen atoms and monovalent metal atoms, or a divalent metal atom, or a divalent substituted metal atom moiety including a trivalent or tetravalent metal atom and a substituent group; and each of Ar 1, Ar 2, Ar 3, Ar 4, Ar 5, Ar 6, Ar 7, and Ar 8 independently represents a substituted or unsubstituted aryl group. a compound having a solubility of 30 mg/mL or less in toluene at 25°C and which is represented by formula or formula; an organic solvent having a solubility parameter in the range of from 7.3 to 12.1 and which comprises the combination of (i) a ketone and (ii) an aromatic hydrocarbon or an aliphatic hydrocarbon; and a resin; wherein M represents two atoms selected from the group consisting of hydrogen atoms and monovalent metal atoms, or a divalent metal atom, or a divalent substituted metal atom moiety including a trivalent or tetravalent metal atom and a substituent group; and each of Ar 1, Ar 2, Ar 3, Ar 4, Ar 5, Ar 6, Ar 7, and Ar 8 independently represents a substituted or unsubstituted aryl group.
A transducer for a surgical instrument, said transducer comprising: a first piezoelectric element; a second piezoelectric element; a first polarizing electrode in electrical communication with said first piezoelectric element, wherein said first polarizing electrode comprises a conductive ink applied to at least a portion of said first piezoelectric element; and a second polarizing electrode in electrical communication with said second piezoelectric element, wherein said second polarizing electrode comprises a conductive ink applied to at least a portion of said second piezoelectric element characterised in that said first piezoelectric element comprises a first alignment feature, wherein said second piezoelectric elements comprises a second alignment feature, wherein said first alignment feature and said second alignment feature are configured such that said first conductive electrode is aligned with said second conductive electrode when said first piezoelectric element is assembled to said second piezoelectric element, and wherein said first alignment feature and said second alignment feature are configured such that said first piezoelectric element cannot be assembled to said second piezoelectric element unless said first alignment feature is aligned with said second alignment feature. a first piezoelectric element; a second piezoelectric element; a first polarizing electrode in electrical communication with said first piezoelectric element, wherein said first polarizing electrode comprises a conductive ink applied to at least a portion of said first piezoelectric element; and a second polarizing electrode in electrical communication with said second piezoelectric element, wherein said second polarizing electrode comprises a conductive ink applied to at least a portion of said second piezoelectric element characterised in that said first piezoelectric element comprises a first alignment feature, wherein said second piezoelectric elements comprises a second alignment feature, wherein said first alignment feature and said second alignment feature are configured such that said first conductive electrode is aligned with said second conductive electrode when said first piezoelectric element is assembled to said second piezoelectric element, and wherein said first alignment feature and said second alignment feature are configured such that said first piezoelectric element cannot be assembled to said second piezoelectric element unless said first alignment feature is aligned with said second alignment feature.
Transportable boundary demarcation apparatus having multiple posts disposed spaced apart from one another, which consist, in each instance, at least in certain sections, of a flexible material, characterized in that in the set-up boundary demarcation apparatus, - the post section (1a, lb, 1c) that consists of the flexible material is disposed, in all the posts or at least in a part of the posts, in such a manner that - this section runs in arc shape in the direction of an adjacent post, and - this section stands under tension due to the flexible material properties, wherein - the upper post section, which follows the section that runs in arc shape, of post is releasably connected with the adjacent post, in each instance. - the post section (1a, lb, 1c) that consists of the flexible material is disposed, in all the posts or at least in a part of the posts, in such a manner that - this section runs in arc shape in the direction of an adjacent post, and - this section stands under tension due to the flexible material properties, wherein - this section runs in arc shape in the direction of an adjacent post, and - this section stands under tension due to the flexible material properties, wherein - the upper post section, which follows the section that runs in arc shape, of post is releasably connected with the adjacent post, in each instance.
An information processing device comprising: an input unit to which content including a main sound and one or more sub sounds is input; a sound output unit (219, 224) configured to output a sound by decoding and reproducing either the main sound or the one or more sub sounds included in the input content; and a feature point information generation unit configured to generate fingerprint information from the main sound included in the input content, wherein, when the sound output unit (219, 224) outputs a sound by decoding and reproducing the sub sound and an automatic content recognition operation is performed, the feature point information generation unit decodes the main sound without outputting as a sound, and generates the fingerprint information with regard to a decoding result of the main sound. an input unit to which content including a main sound and one or more sub sounds is input; a sound output unit (219, 224) configured to output a sound by decoding and reproducing either the main sound or the one or more sub sounds included in the input content; and a feature point information generation unit configured to generate fingerprint information from the main sound included in the input content, wherein, when the sound output unit (219, 224) outputs a sound by decoding and reproducing the sub sound and an automatic content recognition operation is performed, the feature point information generation unit decodes the main sound without outputting as a sound, and generates the fingerprint information with regard to a decoding result of the main sound.