mhurhangee/ep-ind-claims huggingface dataset:
Tread for a tyre comprising circumferential grooves and oblique grooves delimiting raised elements, at least some of these elements being blocks, each block having a contact face, lateral faces axially bounding the block and front and rear faces, these front and rear faces being offset from one another in the circumferential direction, each of the front and rear faces comprising three parts, an intermediate part and edge parts (11, 12), the intermediate part having a mean orientation of between 30 and 60 degrees with respect to a transverse plane, which is to say a plane containing the axis of rotation (Y, Y') of the tyre, the angle of each edge part (11, 12) being smaller than the angle of the intermediate part to which it is connected, each edge part on either side of an intermediate part having a common line of intersection with this intermediate part, this common line intersecting the contact face at a hinge point (A1, A2, R1, R2), the hinge points (A1, A2) of the front face being axially offset with respect to the hinge points (R1, R2) respectively of the rear face over the entire height of the block, this axial offset being suitable for maintaining a constant width of the oblique groove between two consecutive blocks in the circumferential direction, this tread being characterized in that: at least one sipe is formed in at least one block, this at least one sipe having, on the contact face of the block, a geometry parallel to the edge corners of the block, each sipe comprising two hinge points (II, 12), these hinge points being situated in the axial direction between the hinge points of the front and rear faces situated on each side of the said block and in that the hinge points of the front and rear faces, and the hinge points present on the sipes, are situated with respect to the outer edge of the block at a distance representing less than 30% of the total width TB of the block at least one sipe is formed in at least one block, this at least one sipe having, on the contact face of the block, a geometry parallel to the edge corners of the block, each sipe comprising two hinge points (II, 12), these hinge points being situated in the axial direction between the hinge points of the front and rear faces situated on each side of the said block and in that the hinge points of the front and rear faces, and the hinge points present on the sipes, are situated with respect to the outer edge of the block at a distance representing less than 30% of the total width TB of the block
A portable and handheld Intense Pulsed Light apparatus for providing dermatological treatment comprising: - a housing; - a light emitting source provided in the housing arranged to emit light energy along an energy pathway to external of the device; - a filter arrangement positioned in the energy pathway having at least a first and a second light energy filtering portion (18a, 18b) together combining to span across the energy pathway for filtering the light energy passing to external of the device, the first and the second light energy filtering portions (18a,18b) configured to emit the same spectral output; - each of the at least first and second light energy filtering portions comprise opposing edge portions, wherein the opposing edge portions face each other and abut; and - wherein the filter arrangement is retained in a fixed position in the housing; - wherein the energy pathway is defined by a cross-sectional length extending between opposing side walls and a width defined between opposing upper and lower walls, and where the length is greater than the width, and where the at least first and second light energy filtering portions span (18a,18b) between the opposing side walls. - a housing; - a light emitting source provided in the housing arranged to emit light energy along an energy pathway to external of the device; - a filter arrangement positioned in the energy pathway having at least a first and a second light energy filtering portion (18a, 18b) together combining to span across the energy pathway for filtering the light energy passing to external of the device, the first and the second light energy filtering portions (18a,18b) configured to emit the same spectral output; - each of the at least first and second light energy filtering portions comprise opposing edge portions, wherein the opposing edge portions face each other and abut; and - wherein the filter arrangement is retained in a fixed position in the housing; - wherein the energy pathway is defined by a cross-sectional length extending between opposing side walls and a width defined between opposing upper and lower walls, and where the length is greater than the width, and where the at least first and second light energy filtering portions span (18a,18b) between the opposing side walls.
A method for receiving a confidential time information, comprising the following steps: - receiving a certificate, wherein the certificate contains an indication of the start time of the period of validity of the certificate, - verifying the validity of the certificate, - storing the start time as the confidential time information in a memory if the certificate has been identified as valid, wherein a stored time information (TA') is provided in the memory, characterised in that, if the start time lies after the stored time information, the start time is stored in the memory by replacing the stored time information by the start time. - receiving a certificate, wherein the certificate contains an indication of the start time of the period of validity of the certificate, - verifying the validity of the certificate, - storing the start time as the confidential time information in a memory if the certificate has been identified as valid, wherein a stored time information (TA') is provided in the memory,
A method for discovering services for a wireless multimode terminal with a plurality of radio interfaces, the method comprising the steps of: - in the multimode terminal, when operably connected to a mobile network, receiving from the mobile network an indication indicating that services may be locally available via at least one short-range wireless network; - based on the indication, the multimode terminal collecting service information (3,6,9) about services for the multimode terminal available through at least one short-range radio interface of the multimode terminal; characterized by the following steps performed by the multimode terminal: - based on the service information collected (3,6,9), compiling a service list describing at least one service available through the at least one short-range radio interface; - storing user preference data; - automatically selecting one short-range wireless network based on the user preference data and the compiled service list; and - establishing communications with the short-range wireless network selected by the multimode terminal. - in the multimode terminal, when operably connected to a mobile network, receiving from the mobile network an indication indicating that services may be locally available via at least one short-range wireless network; - based on the indication, the multimode terminal collecting service information (3,6,9) about services for the multimode terminal available through at least one short-range radio interface of the multimode terminal; - based on the service information collected (3,6,9), compiling a service list describing at least one service available through the at least one short-range radio interface; - storing user preference data; - automatically selecting one short-range wireless network based on the user preference data and the compiled service list; and - establishing communications with the short-range wireless network selected by the multimode terminal.
A subtitle display method, comprising: receiving a subtitle file, and parsing a category label of the subtitle file, wherein the category label comprises category content; presenting, on a display device in an interactive graphic manner, the category content for a user to perform selection; and receiving a result of selecting one or more pieces of the category content by the user, and displaying, according to the selection result, subtitles corresponding to the selected category content, wherein the displaying subtitles corresponding to the selected category content comprises: displaying the subtitles for which a Timed Text Markup Language TTML attribute value of a TTML category attribute is the selected category content, and wherein the displaying the subtitles for which a TTML attribute value of a TTML category attribute is the selected category content comprises: for each subtitle line of the subtitles, determining whether the TTML category attribute exists in each subtitle line; if the TTML category attribute exists in each subtitle line, determining whether the TTML attribute value of the TTML category attribute is the category content selected by the user; and if the TTML attribute value of the TTML category attribute is the category content selected by the user, displaying each subtitle line for which the TTML attribute value of the TTML category attribute is the selected category content. receiving a subtitle file, and parsing a category label of the subtitle file, wherein the category label comprises category content; presenting, on a display device in an interactive graphic manner, the category content for a user to perform selection; and receiving a result of selecting one or more pieces of the category content by the user, and displaying, according to the selection result, subtitles corresponding to the selected category content, wherein the displaying subtitles corresponding to the selected category content comprises: displaying the subtitles for which a Timed Text Markup Language TTML attribute value of a TTML category attribute is the selected category content, and wherein the displaying the subtitles for which a TTML attribute value of a TTML category attribute is the selected category content comprises: for each subtitle line of the subtitles, determining whether the TTML category attribute exists in each subtitle line; if the TTML category attribute exists in each subtitle line, determining whether the TTML attribute value of the TTML category attribute is the category content selected by the user; and if the TTML attribute value of the TTML category attribute is the category content selected by the user, displaying each subtitle line for which the TTML attribute value of the TTML category attribute is the selected category content.
A method of controlling user data traffic in a wireless communication network, the method comprising: a node (150; 280; 800; 1100) of the wireless communication network receiving first data indicating a desired quality of experience level for user data traffic of a user of the wireless communication network; based on a control policy and the desired quality of experience level, the node (150; 280; 800; 1100) determining a rule for controlling the user data traffic; by monitoring the user data traffic and, based on the monitored user data traffic, estimating a quality of experience level for the user data traffic subject to control according to the rule, the node (150; 280; 800; 1100) obtaining second data indicating the estimated quality of experience level for the user data traffic subject to control according to the rule; the node (150; 280; 800; 1100) receiving third data indicating an actual quality of experience level for the user data traffic; and the node (150; 280; 800; 1100) adapting the control policy based on the first data, the second data, and the third data. a node (150; 280; 800; 1100) of the wireless communication network receiving first data indicating a desired quality of experience level for user data traffic of a user of the wireless communication network; based on a control policy and the desired quality of experience level, the node (150; 280; 800; 1100) determining a rule for controlling the user data traffic; by monitoring the user data traffic and, based on the monitored user data traffic, estimating a quality of experience level for the user data traffic subject to control according to the rule, the node (150; 280; 800; 1100) obtaining second data indicating the estimated quality of experience level for the user data traffic subject to control according to the rule; the node (150; 280; 800; 1100) receiving third data indicating an actual quality of experience level for the user data traffic; and the node (150; 280; 800; 1100) adapting the control policy based on the first data, the second data, and the third data.
Machine for converting thermal energy into electrical energy, or conversely, electrical energy into thermal energy, said conversion machine comprising at least one magnetothermal converter (2, 200) arranged to convert a temperature variation into mechanical energy or a magnetic field variation into thermal energy, said thermomagnetic converter (2, 200) comprising active elements with magnetic or thermal phase transition, and a thermal or magnetic modulation unit arranged to expose said active elements to a temperature variation or to a magnetic field variation having for effect to respectively vary the magnetic state of said active elements or the temperature of said active elements, and at least one closed circuit inside said magnetothermal converter (2, 200), wherein a heat-transfer fluid circulates in a closed circuit through said active elements and at least one heat exchanger, arranged to thermally couple said active elements with at least one external device by means of said at least one heat exchanger (E1, E2), said magnetothermal converter (2, 200) comprising a fixed stator provided with said active elements, said active elements being distributed in said stator into a first group of active elements in a first magnetic or thermal state, and into a second group of active elements in a second magnetic or thermal state different from said first magnetic or thermal state, the active elements of the first group being alternated with the active elements of the second group so as to create an alternation between active elements in said first magnetic or thermal state and active elements in said second magnetic or thermal state, and said magnetothermal converter (2, 200) further comprising at least one mobile rotor (R, 13, 14) shifting or rotating in relation to said stator, said rotor (R, 13, 14) being equally provided with magnetic poles and non-magnetic poles alternated and regularly distributed, such that they each extend over an angular sector of the same value, the alternating arrangement of the magnetic poles and the non-magnetic poles corresponding to the alternating arrangement of the active elements of said first group and active elements of said second group, such that when an active element of said first group faces a magnetic pole, an active element of said second group faces a non-magnetic pole, and vice versa.
A gluing device for gluing the entire surface of covering material sheet, which are transported past the gluing device, in book casemakers, with an application roller that rolls over the blank to be covered and in the process leaves behind a glue layer, and with a metering roller that is assigned to said application roller with an adjustable spacing and, if applicable, rotates in the opposite direction, wherein a glue supply delivered by a glue feed device situated in the space above the roller gap formed by the application roller and the metering roller (10, 11), and with a driving device (25, 26) for the rotational motion of the application roller and, if applicable, the metering roller which is dependent on the speed of the book casemaker, wherein the rollers (10, 11) continue to be driven with a low rotational speed (V Walze) in a standby mode during a standstill of the book casemaker, characterized by a control device with a control curve, a rotary encoder that is connected to the application roller and transmits signals representing information on the rotational speed (V Walze) to the control device, and an automatic adjusting device for the roller spacing with at least one actuating drive (24, 21) that is controlled by the control device, wherein a control curve, which can be stored in the control device and is defined in dependence on the rotational speed (V Walze), is assigned to said actuating drive, and wherein the control curve can be determined from at least one actuating variable (41 a or 41 b) that can be defined by means of the control device and is assigned to a certain rotational speed (V Walze).
Rail vehicle having a device for cleaning wall or ground surfaces, track superstructures or tunnel walls in particular inside tunnels or dividing surfaces, wherein the device has a plurality of air nozzles for compressed air which have at least one nozzle opening and are arranged on both sides of an aspiration opening of an aspirator, wherein the device has, adjacent to the aspiration opening, at least two air nozzles which are each arranged in nozzle rows and which enclose the aspiration opening therebetween, and in that the nozzle rows can be charged with compressed air, characterized in that the pressure of the compressed air supplied to the air nozzles of the nozzle row arranged in front of the aspiration opening in the direction of travel of the rail vehicle is designed to be less than the pressure of the other nozzle row, and in that the air nozzles have a settable angle of inclination and/or spacing (a, b) with respect to the aspiration opening and/or the wall or ground surface.
A remote reading device intended to be attached to a meter and comprising at least one magnetometer and a set of bistable sensors for tracking the rotations of a magnet integrated into a wheel of a mechanical totalizer of the meter, characterized in that the magnetometer and the bistable sensors are configured to ensure sampled tracking of rotation of the magnet and the device being configured to produce a sampled signal of these measurements.
A door shelf of a refrigerator, the door shelf having a main body, a cover hinged to the main body to selectively open the main body from the inside of the refrigerator, and a device to lock the cover, said device comprising: a seating unit having a seat provided on the main body or cover; and a projection provided on the cover or main body respectively, said seat or projection being made of an elastic material to elastically engage with the projection or seat, respectively; wherein said seat is provided with a seating groove corresponding to said projection such that the projection elastically engages with the seating groove; an air channel is axially provided on the projection; characterised in that the air channel defines a sealing space along with the seating groove. a seating unit having a seat provided on the main body or cover; and a projection provided on the cover or main body respectively, said seat or projection being made of an elastic material to elastically engage with the projection or seat, respectively; wherein said seat is provided with a seating groove corresponding to said projection such that the projection elastically engages with the seating groove; an air channel is axially provided on the projection; characterised in that the air channel defines a sealing space along with the seating groove.
A polyvinylidene fluoride comprising, based on all monomer units of the polyvinylidene fluoride, 97.0-99.99 mol% of vinylidene fluoride units; and 0.01-3.0 mol% of units of a compound of the formula CH 2 =CH-(CH 2) 2 -COOY wherein Y is at least one of an inorganic cation and an organic cation.
A use of a heat storage/dissipation material containing λ-Ti 3 O 5 as a heat storage/dissipation titanium oxide, wherein the λ-Ti 3 O 5 does not undergo a phase transition into a β-phase that has properties of a non-magnetic semiconductor and wherein the λ-Ti 3 O 5 maintains a state of a paramagnetic metal as long as the λ-Ti 3 O 5 is not subjected to pressure or light for heat dissipation, and wherein an application of pressure or light to the material causes a phase transition of the λ-Ti 3 O 5 into the β-phase, thereby releasing heat stored in the λ-Ti 3 O 5.
A method of recambering an aerofoil section wherein the aerofoil section is one of a spanwise array forming an aerofoil and wherein the aerofoil is one of a pair of adjacent aerofoils defining a passage; the aerofoil section having a leading edge, a trailing edge, a suction surface, a pressure surface, and a camber line equidistant from the suction and pressure surfaces (46, 44) and having an upstream end and a downstream end; the method comprising steps to: a) determine a position on one of the pressure surface and the suction surface that intersects with a passage shock between adjacent aerofoils; b) project the shock position onto the camber line; c) define a shock region encompassing the shock position and extending in a chordal direction towards the leading and trailing edges (40, 42); d) recalculate, by applying a semi-inverse design method, the position of the camber line in an upstream region between the shock region and the upstream end of the camber line to match calculated pressure loading between the suction and pressure surfaces (46, 44) to a first target pressure loading distribution; e) project the camber line across the shock region to match a geometric criterion; and f) recalculate, by applying a semi-inverse design method, the position of the camber line in a downstream region between the shock region and the downstream end of the camber line to match calculated pressure loading between the suction and pressure surfaces (46, 44) to a second target pressure loading distribution. a) determine a position on one of the pressure surface and the suction surface that intersects with a passage shock between adjacent aerofoils; b) project the shock position onto the camber line; c) define a shock region encompassing the shock position and extending in a chordal direction towards the leading and trailing edges (40, 42); d) recalculate, by applying a semi-inverse design method, the position of the camber line in an upstream region between the shock region and the upstream end of the camber line to match calculated pressure loading between the suction and pressure surfaces (46, 44) to a first target pressure loading distribution; e) project the camber line across the shock region to match a geometric criterion; and f) recalculate, by applying a semi-inverse design method, the position of the camber line in a downstream region between the shock region and the downstream end of the camber line to match calculated pressure loading between the suction and pressure surfaces (46, 44) to a second target pressure loading distribution.