mhurhangee/ep-ind-claims huggingface dataset:
A vehicle luminaire comprising: a flange; a mount portion provided on one side of the flange and provided with a housing portion opened to an end opposite to the flange side; a board provided inside the housing portion; at least one light-emitting element provided on a side of the board opposite to a bottom face (11a1) side of the housing portion; at least one resistance provided on a side of the board opposite to the bottom face (11a1) side of the housing portion and electrically connected to the light-emitting element; at least one control element provided on a side of the board opposite to the bottom face (11a1) side of the housing portion and electrically connected to the light-emitting element, the control element having an electric resistance increasing as a temperature rises; characterized by further comprising a temperature control unit (40, 40a) configured to control the transfer of heat that is generated from at least one of the light-emitting element and the resistance and transferred to the control element via the board or via the board and the mount portion, the temperature control unit (40, 40a) having at least one of a hole, a hollow, and a notch provided on the board. a flange; a mount portion provided on one side of the flange and provided with a housing portion opened to an end opposite to the flange side; a board provided inside the housing portion; at least one light-emitting element provided on a side of the board opposite to a bottom face (11a1) side of the housing portion; at least one resistance provided on a side of the board opposite to the bottom face (11a1) side of the housing portion and electrically connected to the light-emitting element; at least one control element provided on a side of the board opposite to the bottom face (11a1) side of the housing portion and electrically connected to the light-emitting element, the control element having an electric resistance increasing as a temperature rises; characterized by further comprising a temperature control unit (40, 40a) configured to control the transfer of heat that is generated from at least one of the light-emitting element and the resistance and transferred to the control element via the board or via the board and the mount portion, the temperature control unit (40, 40a) having at least one of a hole, a hollow, and a notch provided on the board.
A medical device configured for entering a patient's anatomy comprising: a plurality of tips disposed at a distal end of a collection wire and configured to capture stone fragments within the patient's anatomy, the plurality of tips comprise a plurality of filaments intertwined into a fibrous structure; and an atraumatic tip positioned at the distal end of the collection wire, and configured to avoid damage to the patient's anatomy at times the collection wire is manipulated by a user, characterized in that the atraumatic tip extends outside of the fibrous structure. a plurality of tips disposed at a distal end of a collection wire and configured to capture stone fragments within the patient's anatomy, the plurality of tips comprise a plurality of filaments intertwined into a fibrous structure; and an atraumatic tip positioned at the distal end of the collection wire, and configured to avoid damage to the patient's anatomy at times the collection wire is manipulated by a user, characterized in that the atraumatic tip extends outside of the fibrous structure.
A device for closing an opening in a tissue, comprising: a fastening element; a closure body comprising a channel and closure body openings (962, 963) configured to receive the fastening element; and a capture strip coupleable to the closure body, comprising capture strip openings (1100, 1101) and receptacles (1102, 1103), each of the capture strip openings (1100, 1101) configured to receive the fastening element, wherein the channel extends through the closure body to receive the capture strip, wherein, when the capture strip is positioned at a first position relative to the closure body so that the capture strip openings (1101, 1100) align with the closure body openings (962, 963) respectively, the fastening element is threaded through the closure body openings (962, 963) and the capture strip openings (1101, 1100), wherein, when the capture strip moves from the first position to a second position relative to the closure body, the fastening element affixes to the closure body, so that the closure body can be urged toward the tissue, wherein, when the capture strip is positioned at the second position relative to the closure body, the capture strip is removed from the channel, and wherein the capture strip includes a recess configured to receive an actuator configured to move the capture strip from the first position to the second position, the recess disposed approximately at the longitudinal center of the capture strip. a fastening element; a closure body comprising a channel and closure body openings (962, 963) configured to receive the fastening element; and a capture strip coupleable to the closure body, comprising capture strip openings (1100, 1101) and receptacles (1102, 1103), each of the capture strip openings (1100, 1101) configured to receive the fastening element, wherein the channel extends through the closure body to receive the capture strip, wherein, when the capture strip is positioned at a first position relative to the closure body so that the capture strip openings (1101, 1100) align with the closure body openings (962, 963) respectively, the fastening element is threaded through the closure body openings (962, 963) and the capture strip openings (1101, 1100), wherein, when the capture strip moves from the first position to a second position relative to the closure body, the fastening element affixes to the closure body, so that the closure body can be urged toward the tissue, wherein, when the capture strip is positioned at the second position relative to the closure body, the capture strip is removed from the channel, and wherein the capture strip includes a recess configured to receive an actuator configured to move the capture strip from the first position to the second position, the recess disposed approximately at the longitudinal center of the capture strip.
A system for adjusting a reference constellation for demodulating an optical signal comprising: one or more processors configured to: convert a received optical signal to a plurality of electrical signals; digitize the plurality of electrical signals; process the digitized plurality of electrical signals using a reference constellation to yield a plurality of decoded signals and a signal quality measurement; determine an inphase offset for an entire reference constellation by adjusting the inphase offset over a first range of values until a search logic determines a first peak value for the signal quality measurement that indicates an optimal value for the inphase offset and keeping a quadrature offset of a reference constellation constant; determine a quadrature offset for the entire reference constellation by adjusting the quadrature offset over a second range of values until the search logic determines a second peak value for the signal quality measurement that indicates an optimal value for the quadrature offset and keeping the inphase offset of the reference constellation constant; and update the reference constellation by setting the inphase offset to the determined inphase offset and the quadrature offset to the determined quadrature offset. convert a received optical signal to a plurality of electrical signals; digitize the plurality of electrical signals; process the digitized plurality of electrical signals using a reference constellation to yield a plurality of decoded signals and a signal quality measurement; determine an inphase offset for an entire reference constellation by adjusting the inphase offset over a first range of values until a search logic determines a first peak value for the signal quality measurement that indicates an optimal value for the inphase offset and keeping a quadrature offset of a reference constellation constant; determine a quadrature offset for the entire reference constellation by adjusting the quadrature offset over a second range of values until the search logic determines a second peak value for the signal quality measurement that indicates an optimal value for the quadrature offset and keeping the inphase offset of the reference constellation constant; and update the reference constellation by setting the inphase offset to the determined inphase offset and the quadrature offset to the determined quadrature offset.
A container structure (100, 200) for attaching sensors to tires, the container structure comprising: a bottom container (110, 210) that is adapted to be attached to the inner liner of a tire; a top container (120, 220) that extends from the top of the bottom container (110, 210) and has an insertion space in which a sensor can be inserted; and a channel part (130, 230) that is formed on the inner side of the top container (120, 220), wherein the channel part (130, 230) is provided such that air can cool the sensor by flowing inside and outside with the sensor inserted in the top container (120, 220), wherein the channel part (130, 230) includes a plurality of entrances (131, 231) so that air flows inside and outside, and internal channels (132, 232) extending on the inner side of the top container (120, 220) such that the entrances (131, 231) are connected to each other, wherein the entrances (131, 231) and the internal channels (132, 232) are engraved on the inner side of the top container or wherein the entrances (131, 231) and the internal channels (132, 232) are embossed on the inner side of the top container. a bottom container (110, 210) that is adapted to be attached to the inner liner of a tire; a top container (120, 220) that extends from the top of the bottom container (110, 210) and has an insertion space in which a sensor can be inserted; and a channel part (130, 230) that is formed on the inner side of the top container (120, 220), wherein the channel part (130, 230) is provided such that air can cool the sensor by flowing inside and outside with the sensor inserted in the top container (120, 220), wherein the channel part (130, 230) includes a plurality of entrances (131, 231) so that air flows inside and outside, and internal channels (132, 232) extending on the inner side of the top container (120, 220) such that the entrances (131, 231) are connected to each other, wherein the entrances (131, 231) and the internal channels (132, 232) are engraved on the inner side of the top container or wherein the entrances (131, 231) and the internal channels (132, 232) are embossed on the inner side of the top container.
Method for improving the utilization of the production potential of a transgenic plant, characterized in that pests are controlled by a combination of insecticides and a transgenic plant, where the plant is treated with an effective amount of a mixture comprising at least one compound of the formula where R 1 represents chlorine or cyano, and at least one compound of the group selected from abamectin, spinosad, beta-cyfluthrin, by means of foliar or drenching application, and where the transgenic plant comprises at least one foreign gene coding for a Bt toxin, and where the foreign gene is a gene or gene section selected from cry1Ab or cry1Ac.
A computer readable medium containing computer executable instructions which when executed by a computer perform a method for providing functionality from a database application via an improved user interface, comprising: providing a plurality of functionalities available from the database application; organizing the plurality of functionalities according to one or more tasks that may be performed with the database application; providing in the user interface a user interface tab (210, 220, 225, 230, 240) for each of the one or more tasks; upon receiving an indication of a selection of a first user interface tab, providing in the user interface one or more selectable controls for selecting one or more functionalities organized under a first task associated with the selected first user interface tab; and upon temporarily receiving a focus on a second user interface tab, dynamically changing the user interface to temporarily show logical groupings of a second set of controls that will be populated as a preview deployment in the user interface if the focused-on user interface tab is actually selected by a user, wherein if during the preview deployment of the second set of controls a given control is selected, the functionality of the selected control is applied to a selected data object. providing a plurality of functionalities available from the database application; organizing the plurality of functionalities according to one or more tasks that may be performed with the database application; providing in the user interface a user interface tab (210, 220, 225, 230, 240) for each of the one or more tasks; upon receiving an indication of a selection of a first user interface tab, providing in the user interface one or more selectable controls for selecting one or more functionalities organized under a first task associated with the selected first user interface tab; and upon temporarily receiving a focus on a second user interface tab, dynamically changing the user interface to temporarily show logical groupings of a second set of controls that will be populated as a preview deployment in the user interface if the focused-on user interface tab is actually selected by a user, wherein if during the preview deployment of the second set of controls a given control is selected, the functionality of the selected control is applied to a selected data object.
A method for selecting a packet loss concealment procedure, the method comprising: detecting an audio type of a received audio frame, wherein detecting an audio type comprises determining a stability of a spectral envelope of signals of received audio frames; and in response to detection of a frame loss, determining a packet loss concealment procedure based at least partially on the audio type of the preceding correctly received audio frame. detecting an audio type of a received audio frame, wherein detecting an audio type comprises determining a stability of a spectral envelope of signals of received audio frames; and in response to detection of a frame loss, determining a packet loss concealment procedure based at least partially on the audio type of the preceding correctly received audio frame.
A hand cutter comprising a housing a blade assembly slidable within the housing between a retracted and a first extended position, with a blade, a blade slide, a blade holder in the front part of said blade slide holding said blade, an actuator assembly slidable along said housing between a first and a second position with an actuator slide, a gear assembly, attached to the inner side of the housing, with a top gear rack slidable between a first and a second position, two or more interconnected spur gears, a bottom gear rack slidable between a first and a second position, a retraction means (26, 36, 46) forcing at least one of the blade, actuator or gear assemblies (40, 20, 30) to the retracted or first position wherein the actuator assembly is coupled to the top gear rack by a first coupling means, the bottom gear rack is coupled to the blade assembly by a second coupling means, the first of said spur gears engages with the top gear rack the last of said spur gears engages with the bottom gear rack, in such a manner that a movement of said actuator slide is transmitted to said blade assembly via said gear assembly, the gear ratio of said gear assembly is such that moving said actuator slide moves said blade assembly by a larger distance.
A labelling machine comprising: a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of the label stock; and a brake assembly configured to apply a braking force to one of said spool supports (10,12), the braking force resisting rotation of said one of said spool supports (10,12); wherein the brake assembly comprises: a frictional brake comprising a first braking surface mechanically linked to said one of said spool supports and a second braking surface, the first and second braking surfaces being configured such that when the first and second braking surfaces are urged towards one another, friction between the first and second braking surfaces produces said braking force; and a position controlled motor mechanically linked to the second braking surface, the position controlled motor being configured to selectively urge the second braking surface towards the first braking surface to produce said braking force. a supply spool support for supporting a supply spool comprising label stock; a take-up spool support adapted to take up a portion of the label stock; and a brake assembly configured to apply a braking force to one of said spool supports (10,12), the braking force resisting rotation of said one of said spool supports (10,12); wherein the brake assembly comprises: a frictional brake comprising a first braking surface mechanically linked to said one of said spool supports and a second braking surface, the first and second braking surfaces being configured such that when the first and second braking surfaces are urged towards one another, friction between the first and second braking surfaces produces said braking force; and a position controlled motor mechanically linked to the second braking surface, the position controlled motor being configured to selectively urge the second braking surface towards the first braking surface to produce said braking force. a frictional brake comprising a first braking surface mechanically linked to said one of said spool supports and a second braking surface, the first and second braking surfaces being configured such that when the first and second braking surfaces are urged towards one another, friction between the first and second braking surfaces produces said braking force; and a position controlled motor mechanically linked to the second braking surface, the position controlled motor being configured to selectively urge the second braking surface towards the first braking surface to produce said braking force.
A spatial layout of a plurality of second communication devices (T1,..., Tn) with at least two radio interfaces (RI1, RI2) respectively of a first type and a second type in a network of a plurality of first communication devices (AP1,..., APm) with at least one radio interface of the second type respectively, wherein the network is switched via the radio interfaces of the second type, wherein - at least a part of the first communication devices (AP1,..., APm) and of the second communication devices (T1,..., Tn) is adapted for the emission of first signals (BS1,..., BSk) via the radio interfaces of the second type, - at least a part of the first communication devices (AP1,..., APm) and/or of the second communication devices (T1,..., Tn) is adapted for the reception of these first signals (BS1,..., BSk) and equipped with features for the estimation of their own position within the spatial layout by means of the received first signals (BS 1,..., BSk), - at least a part of the second communication devices (T1,..., Tn) is equipped with an apparatus for the emission of second signals (PS1,..., PSj) via the radio interfaces of the at least one first type, wherein - the second signals (PS1,..., PSj) comprise an indication of the own position of the second communication devices (T1,..., Tn) that are emitting them within the spatial layout, characterized in that at least a third communication device is provided with a radio interface of the first type, which is equipped with a feature for the determination of its own position by means of the second signals (PS1,..., PSj) received by this communication device via a radio interface of the first type and emitted by second communication devices (T1,..., Tn), and the third communication device is designed in such a way that it receives the position data of the second communication devices (T1,..., Tn) via at least two radio channels and establishes its own position as an average value of the positions determined via the individual radio channels, and the second communication devices (T1,..., Tn) are set up as a grid within the spatial layout, and at least the second signals (PS1,..., PSj) comprise an indication of the position in three dimensions. - at least a part of the first communication devices (AP1,..., APm) and of the second communication devices (T1,..., Tn) is adapted for the emission of first signals (BS1,..., BSk) via the radio interfaces of the second type, - at least a part of the first communication devices (AP1,..., APm) and/or of the second communication devices (T1,..., Tn) is adapted for the reception of these first signals (BS1,..., BSk) and equipped with features for the estimation of their own position within the spatial layout by means of the received first signals (BS 1,..., BSk), - at least a part of the second communication devices (T1,..., Tn) is equipped with an apparatus for the emission of second signals (PS1,..., PSj) via the radio interfaces of the at least one first type, wherein - the second signals (PS1,..., PSj) comprise an indication of the own position of the second communication devices (T1,..., Tn) that are emitting them within the spatial layout,
A method performed by a client device, the method comprising: executing a web application container; after executing the web application container, determining that a runtime web application for the web application container is not stored locally on the client device; in response to the determining, prompting a user for credentials; sending the credentials to a configuration server; after sending the credentials to the configuration server, receiving a target uniform resource locator, URL, the target URL pointing to a runtime web application on a first runtime web application server; downloading the runtime web application from the first runtime web application server to the computing system; and executing the runtime web application. executing a web application container; after executing the web application container, determining that a runtime web application for the web application container is not stored locally on the client device; in response to the determining, prompting a user for credentials; sending the credentials to a configuration server; after sending the credentials to the configuration server, receiving a target uniform resource locator, URL, the target URL pointing to a runtime web application on a first runtime web application server; downloading the runtime web application from the first runtime web application server to the computing system; and executing the runtime web application.
A sweetener composition comprising: at least one sweetness enhancer selected from 2-hydroxy-3-methylbenzoic acid, 2-hydroxy-4-nitrobenzoic acid, 2-hydroxy-5-chlorobenzoic acid and 2-hydroxy-4-fluorobenzoic acid; at least one sweetener selected from sucrose, fructose and glucose; and optionally at least one sweet taste improving composition. at least one sweetness enhancer selected from 2-hydroxy-3-methylbenzoic acid, 2-hydroxy-4-nitrobenzoic acid, 2-hydroxy-5-chlorobenzoic acid and 2-hydroxy-4-fluorobenzoic acid; at least one sweetener selected from sucrose, fructose and glucose; and optionally at least one sweet taste improving composition.
A desmear solution, containing: a permanganate having a concentration of 0.2 to 0.4 mol/L and an alkali metal hydroxide, characterized in that a molar concentration ratio of said permanganate to said alkali metal hydroxide is 1:5 to 1:20. a permanganate having a concentration of 0.2 to 0.4 mol/L and an alkali metal hydroxide,
An electrode (11, 14) for a Lithium battery, comprising: a multi-dyad laminate stack formed of a metal oxide layer of the group TiO2, MnO2 or combinations thereof, with a layer thickness ranging between 0.3 and 300 nm; separated by a decoupling layer.