mhurhangee/ep-ind-claims huggingface dataset:
Automatic winding mechanism for a mechanical wristwatch, comprising - A centrifugal mass, which is mounted by means of a first radial bearing, the rotor bearing, such as to pivot and/or rotate about a first axis (R 1), wherein the centrifugal mass is connected to a rotor bearing inner ring of the rotor bearing and can be moved relative to the rotor bearing outer ring of the rotor bearing, - a drive pawl, of which the first end is rotatably mounted eccentrically at the rotor bearing inner ring of the rotor bearing by means of a second radial bearing, the pawl bearing, such as to rotate about a second axis (R 2), and - a pawl wheel, which is mounted such as to rotate about a third axis (R 3) in order to wind a drive spring of the movement of the mechanical wristwatch, by means of a second end of the drive pawl engaging in the pawl wheel, characterized in that the pawl bearing is configured as a rolling bearing, located eccentrically in the rotor bearing inner ring of the rotor bearing, with a pawl bearing inner ring and a pawl bearing outer ring, as well as roller bodies rolling between them. - A centrifugal mass, which is mounted by means of a first radial bearing, the rotor bearing, such as to pivot and/or rotate about a first axis (R 1), wherein the centrifugal mass is connected to a rotor bearing inner ring of the rotor bearing and can be moved relative to the rotor bearing outer ring of the rotor bearing, - a drive pawl, of which the first end is rotatably mounted eccentrically at the rotor bearing inner ring of the rotor bearing by means of a second radial bearing, the pawl bearing, such as to rotate about a second axis (R 2), and - a pawl wheel, which is mounted such as to rotate about a third axis (R 3) in order to wind a drive spring of the movement of the mechanical wristwatch, by means of a second end of the drive pawl engaging in the pawl wheel,
Liquid filter, in particular for fuels, having a housing in which a filter insert is arranged, wherein the filter insert has a connection cover, wherein the connection cover has an opening, and having a connection element, wherein the connection element is fixed in a sealed manner on the housing, wherein the connection element is provided for the feeding of the liquid into the liquid filter and/or for the discharge of the liquid from the liquid filter, wherein the filter insert is fixed via at least one damping element to the connection element such that the transmission of vibrations of the housing to the filter insert is damped, characterized in that the filter insert is fastened in the housing only by means of the connection element, and in that the filter insert makes no contact with the inner wall of the housing at least in the absence of vibrational loads acting on the housing, wherein the connection cover has a connection piece arranged at the opening of the connection cover, wherein the connection piece is formed at least regionally as a damping element.
A method of synchronizing content of a first device with content of a second device using a control point, the method comprising at the control point: determining a synchronization protocol supported by the first device and the second device which can be used in synchronizing the content of the first device with the content of the second device; and requesting at least the first device to synchronize the content of the first device with the content of the second device by using the determined synchronization protocol; and characterized in that the control point is remote from the first device and the second device; and in that synchronizing the content of the first device with the content of the second device by using the determined synchronization protocol is carried out without further intervention of the control point. determining a synchronization protocol supported by the first device and the second device which can be used in synchronizing the content of the first device with the content of the second device; and requesting at least the first device to synchronize the content of the first device with the content of the second device by using the determined synchronization protocol; and characterized in that the control point is remote from the first device and the second device; and in that synchronizing the content of the first device with the content of the second device by using the determined synchronization protocol is carried out without further intervention of the control point.
A cannula assembly comprising: a tubular element forming a lumen, the tubular element having a proximal end and a distal end adapted to be inserted into a body cavity and defining a longitudinal axis; a deployable portion of the tubular element rotatable about an axis transverse to the longitudinal axis, wherein the deployable portion is coupled to and moveable with respect to the distal end of the tubular element so as to transition between a closed position and an open position; and an electronic component mounted to the deployable portion of the tubular element, wherein the electronic component is at least partially disposed in the lumen when the deployable portion is in the closed position; wherein the deployable portion comprises a wall portion of the tubular element and forms a pointed tip at the distal end of the tubular element when the deployable portion is in the closed position. a tubular element forming a lumen, the tubular element having a proximal end and a distal end adapted to be inserted into a body cavity and defining a longitudinal axis; a deployable portion of the tubular element rotatable about an axis transverse to the longitudinal axis, wherein the deployable portion is coupled to and moveable with respect to the distal end of the tubular element so as to transition between a closed position and an open position; and an electronic component mounted to the deployable portion of the tubular element, wherein the electronic component is at least partially disposed in the lumen when the deployable portion is in the closed position; wherein the deployable portion comprises a wall portion of the tubular element and forms a pointed tip at the distal end of the tubular element when the deployable portion is in the closed position.
A process of preparing a pourable, homogeneous antiviral lubricous composition, the process comprising the steps of: (a) providing a water-soluble sea algae extract comprising lambda-carrageenan, wherein the sea algae extract comprises at least 50% by weight lambda-carrageenan; and (b) mixing the water-soluble sea algae extract and a pH-adjusting agent comprising an acid, with an aqueous solution, to form the lubricous composition comprising at least 0.001% by weight the sea algae extract; wherein the antiviral lubricous composition has a viscosity of less than 10,000 cP. (a) providing a water-soluble sea algae extract comprising lambda-carrageenan, wherein the sea algae extract comprises at least 50% by weight lambda-carrageenan; and (b) mixing the water-soluble sea algae extract and a pH-adjusting agent comprising an acid, with an aqueous solution, to form the lubricous composition comprising at least 0.001% by weight the sea algae extract;
A method for monitoring a downlink control channel in a wireless communication system, the method comprising monitoring, by a wireless device, an enhanced physical control channel, EPDCCH, in an EPDCCH search space of a subframe, wherein the EPDCCH search space includes a physical resource block, PRB,-pair of the subframe, the PRB pair including a plurality of resource elements, REs, each of the plurality of REs being defined by a subcarrier index and orthogonal frequency division multiplexing, OFDM, symbol index, characterized in that: the plurality of REs except REs used for a demodulation reference signal are cyclically indexed from 0 to 15 with an increasing order of first the subcarrier index and then the OFDM symbol index in the PRB-pair, wherein 16 enhanced resource element groups, EREGs, used for defining the EPDCCH are indexed from 0 to 15 such that an EREG with an index k among the indexes from 0 to 15 includes all REs with a same index k in the PRB-pair. the plurality of REs except REs used for a demodulation reference signal are cyclically indexed from 0 to 15 with an increasing order of first the subcarrier index and then the OFDM symbol index in the PRB-pair, wherein 16 enhanced resource element groups, EREGs, used for defining the EPDCCH are indexed from 0 to 15 such that an EREG with an index k among the indexes from 0 to 15 includes all REs with a same index k in the PRB-pair.
A computer-implemented method for calculating an anaerobic work capacity of a user, the method comprising: receiving a data point from the user indicative of an athletic performance distance, d, and athletic performance time, t; calculating a critical velocity fraction, CV fraction, based on the athletic performance time and activity type; calculating an average velocity for the user as the athletic performance distance divided by the athletic performance time; and calculating a critical velocity for the user equal to the average velocity divided by the critical velocity fraction, CV fraction, wherein the CV fraction is calculated using a model of the form: CV fraction = 1.8677 ∗ t -0.082 for the activity type corresponding to running, and wherein the model is calculated by plotting exemplary data points from multiple exercise sessions for the user on a graph of fraction of critical velocity versus total athletic session time, finding a regression line through two or more exemplary data points, wherein the model is an equation representing the regression line as plotted on the graph, the method further comprising: calculating a distance travelled below the critical velocity as the critical velocity multiplied by the athletic performance time; and calculating the anaerobic work capacity proportional to the athletic performance distance minus the distance travelled below the critical velocity. receiving a data point from the user indicative of an athletic performance distance, d, and athletic performance time, t; calculating a critical velocity fraction, CV fraction, based on the athletic performance time and activity type; calculating an average velocity for the user as the athletic performance distance divided by the athletic performance time; and calculating a critical velocity for the user equal to the average velocity divided by the critical velocity fraction, CV fraction, wherein the CV fraction is calculated using a model of the form: CV fraction = 1.8677 ∗ t -0.082 for the activity type corresponding to running, and wherein the model is calculated by plotting exemplary data points from multiple exercise sessions for the user on a graph of fraction of critical velocity versus total athletic session time, finding a regression line through two or more exemplary data points, wherein the model is an equation representing the regression line as plotted on the graph, the method further comprising: calculating a distance travelled below the critical velocity as the critical velocity multiplied by the athletic performance time; and calculating the anaerobic work capacity proportional to the athletic performance distance minus the distance travelled below the critical velocity. calculating a distance travelled below the critical velocity as the critical velocity multiplied by the athletic performance time; and calculating the anaerobic work capacity proportional to the athletic performance distance minus the distance travelled below the critical velocity.
A structural member, comprising: a first and a second board member made of wood, which are arranged in parallel to each other; and a filler element arranged between the first board member and the second board member, wherein the filler element is a continuous sheet, with a sheet plane that is substantially parallel to the first and the second board member, said filler element comprises a first set of cone-shaped cavity structures project outward from the sheet plane; characterized in that said filler element being moulded or vacuum-moulded of cellulose fibre-based material and said first set of cone-shaped cavity structures are arranged as truncated cones having a top and a bottom, both having a substantially circular shape; that one side of the sheet plane has a continuous, flat surface; that the cone-shaped cavity structures project outward on the other side of the sheet plane; and that the cone-shaped cavity structures have a cone angle of 5-45°. a first and a second board member made of wood, which are arranged in parallel to each other; and a filler element arranged between the first board member and the second board member, wherein the filler element is a continuous sheet, with a sheet plane that is substantially parallel to the first and the second board member, said filler element comprises a first set of cone-shaped cavity structures project outward from the sheet plane; characterized in that said filler element being moulded or vacuum-moulded of cellulose fibre-based material and said first set of cone-shaped cavity structures are arranged as truncated cones having a top and a bottom, both having a substantially circular shape; that one side of the sheet plane has a continuous, flat surface; that the cone-shaped cavity structures project outward on the other side of the sheet plane; and that the cone-shaped cavity structures have a cone angle of 5-45°.
Aqueous ink jet coating composition, the coating composition comprising a cationic polymer, the cationic polymer being a diallyldimethylammoniumchloride polymer, and an anionic surfactant, characterized in that the weight-average molecular weight (Mw) of the cationic polymer is in the range of 300 000 g/mole to 600 000 g/mole.
Method for bending a metal semi-finished product, comprising - a bending punch which has a radius region forming a working edge and adjoining leg regions on both sides thereof, and - a die, the semi-finished product being pressed into the die by application of the bending punch and being reshaped between the bending punch and the matrix, characterized in that the bending punch has a roughened surface extending over at least part of the radius region, the roughness of which surface is greater than the roughness of adjoining surface parts of the bending punch. - a bending punch which has a radius region forming a working edge and adjoining leg regions on both sides thereof, and - a die,
A method for determining a representation of a radio environment of a mobile transceiver, the method comprising determining information on one or more active transceivers in the environment of the mobile transceiver; generating a grid of the radio environment of the mobile transceiver, the grid comprising a plurality of adjoining cells; and indicating a summarized radio activity of the one or more active transceivers per cell in the grid; wherein the indicating comprises assigning the one or more transceivers to one or more cells of the grid based on the locations of the one or more transceivers and assigning information on frequency bands and/or radio access technologies of radio activity to the cells of the grid, wherein the indicating comprises assigning average information on messages sizes and transmission frequencies of the messages transmitted by the one or more active transceivers to the cells of the grid. determining information on one or more active transceivers in the environment of the mobile transceiver; generating a grid of the radio environment of the mobile transceiver, the grid comprising a plurality of adjoining cells; and indicating a summarized radio activity of the one or more active transceivers per cell in the grid; wherein the indicating comprises assigning the one or more transceivers to one or more cells of the grid based on the locations of the one or more transceivers and assigning information on frequency bands and/or radio access technologies of radio activity to the cells of the grid, wherein the indicating comprises assigning average information on messages sizes and transmission frequencies of the messages transmitted by the one or more active transceivers to the cells of the grid.
A battery module comprising: an outer case having an accommodation space therein; an inner case having a storage space therein and installed in the accommodation space; a plurality of battery cells stored in the storage space; a heat sink disposed in the accommodation space and installed between the inner case and one side wall of the outer case to cool the battery cells; characterized by a pressing part disposed in the accommodation space and having at least a portion installed between the other side wall of the outer case, which is opposite to the one side wall, and the inner case to press the inner case toward the heat sink. an outer case having an accommodation space therein; an inner case having a storage space therein and installed in the accommodation space; a plurality of battery cells stored in the storage space; a heat sink disposed in the accommodation space and installed between the inner case and one side wall of the outer case to cool the battery cells; characterized by a pressing part disposed in the accommodation space and having at least a portion installed between the other side wall of the outer case, which is opposite to the one side wall, and the inner case to press the inner case toward the heat sink.
A device for adaptive charging comprising: a controller; a sensor configured to sense a voltage of a rechargeable power source; and a bus interface between the controller and a charging system coupled to the rechargeable power source; the controller configured to: receive measurements from the sensor; characterised in that the controller is further configured to: estimate an open circuit voltage, OCV, of the rechargeable power source based at least in part on the measurements from the sensor; revise a current threshold based at least in part on the estimated OCV; and communicate with the charging system over the bus interface to dynamically adjust a constant voltage of a constant voltage source and to approximately maintain a current below the current threshold associated with the estimated OCV to the rechargeable power source during a charging of the rechargeable power source. a controller; a sensor configured to sense a voltage of a rechargeable power source; and a bus interface between the controller and a charging system coupled to the rechargeable power source; the controller configured to: receive measurements from the sensor; characterised in that the controller is further configured to: estimate an open circuit voltage, OCV, of the rechargeable power source based at least in part on the measurements from the sensor; revise a current threshold based at least in part on the estimated OCV; and communicate with the charging system over the bus interface to dynamically adjust a constant voltage of a constant voltage source and to approximately maintain a current below the current threshold associated with the estimated OCV to the rechargeable power source during a charging of the rechargeable power source. receive measurements from the sensor; characterised in that the controller is further configured to: estimate an open circuit voltage, OCV, of the rechargeable power source based at least in part on the measurements from the sensor; revise a current threshold based at least in part on the estimated OCV; and communicate with the charging system over the bus interface to dynamically adjust a constant voltage of a constant voltage source and to approximately maintain a current below the current threshold associated with the estimated OCV to the rechargeable power source during a charging of the rechargeable power source. estimate an open circuit voltage, OCV, of the rechargeable power source based at least in part on the measurements from the sensor; revise a current threshold based at least in part on the estimated OCV; and communicate with the charging system over the bus interface to dynamically adjust a constant voltage of a constant voltage source and to approximately maintain a current below the current threshold associated with the estimated OCV to the rechargeable power source during a charging of the rechargeable power source.
A pre-treatment liquid comprising water, at least one multivalent cationic salt and/or at least one organic acid dissolved in the water, and at least one copolymer, wherein the at least one copolymer is a block-copolymer comprising hydrophilic and apolar parts and optionally having at least one hydrophilic end group wherein the at least one copolymer comprises ring-containing substitutents in the hydrophilic and/or apolar parts.
A continuous process for converting a hydrocarbon feed comprising olefins having from 2 to 6 carbon atoms contaminated with nitrile into a hydrocarbon product by olefin oligomerization, the process comprising the steps of: i. in a first adsorber, contacting the hydrocarbon feed comprising nitriles with at least one adsorbent comprising a zeolite with a faujasite structure in order to remove nitriles from the feed; ii. converting the feed with reduced level of nitriles into a hydrocarbon product by olefin oligomerization; iii. switching the flow of hydrocarbon feed comprising nitriles from the first adsorber to a second adsorber, and contacting the hydrocarbon feed comprising nitriles with at least one adsorbent in said second adsorber comprising a zeolite with a faujasite structure in order to remove nitriles from the feed; and iv. while step iii) is taking place, desorbing the nitriles adsorbed on the at least one adsorbent of the first adsorber with a portion of the hydrocarbon product obtained in step ii). i. in a first adsorber, contacting the hydrocarbon feed comprising nitriles with at least one adsorbent comprising a zeolite with a faujasite structure in order to remove nitriles from the feed; ii. converting the feed with reduced level of nitriles into a hydrocarbon product by olefin oligomerization; iii. switching the flow of hydrocarbon feed comprising nitriles from the first adsorber to a second adsorber, and contacting the hydrocarbon feed comprising nitriles with at least one adsorbent in said second adsorber comprising a zeolite with a faujasite structure in order to remove nitriles from the feed; and iv. while step iii) is taking place, desorbing the nitriles adsorbed on the at least one adsorbent of the first adsorber with a portion of the hydrocarbon product obtained in step ii).
Method of management of a state of activation of a radio access network in a local area network, a gateway allowing access to a wide area communication network to devices of the local area network and communicating with at least one of the devices of the local area network by way of the radio access network, termed the main network, characterized in that said method comprises the following steps implemented by the gateway: - association (E2,E4) of a device of the local area network with the gateway on a secondary radio access network, termed the command network, distinct from the main network; - reception of a message originating from said device on the command network; - when the state of activation of the main network is deactivated, activation (E3, E5) of the main network; - establishment of a connection between said device and the gateway on the main network. - association (E2,E4) of a device of the local area network with the gateway on a secondary radio access network, termed the command network, distinct from the main network; - reception of a message originating from said device on the command network; - when the state of activation of the main network is deactivated, activation (E3, E5) of the main network; - establishment of a connection between said device and the gateway on the main network.