mhurhangee/ep-ind-claims huggingface dataset:
A fastening structure of an upper of a shoe, wherein: the upper defines a left eyelet row and a right eyelet row arranged along a longitudinal direction of the shoe; the left and right eyelet rows each at least include a first eyelet on a tip side, and a second eyelet, a third eyelet and a fourth eyelet that are arranged in this order from the first eyelet toward a posterior side; a first average interval D 1 is defined as an average value between an interval in the longitudinal direction between the first eyelet and the second eyelet of the left eyelet row and an interval in the longitudinal direction between the first eleyet and the second eyelet of the right eyelet row; a second average interval D 2 is defined as an average value between an interval in the longitudinal direction between the second eyelet and the third eyelet of the left eyelet row and an interval in the longitudinal direction between the second eleyet and the third eyelet of the right eyelet row; a third average interval D 3 is defined as an average value between an interval in the longitudinal direction between the third eyelet and the fourth eyelet of the left eyelet row and an interval in the longitudinal direction between the third eleyet and the fourth eyelet of the right eyelet row; and characterized in that Expressions and below are satisfied: D 1 > D 2 < D 3 1.0 * D 1 + D 2 > D 1 > 0.6 * D 1 + D 2 the upper defines a left eyelet row and a right eyelet row arranged along a longitudinal direction of the shoe; the left and right eyelet rows each at least include a first eyelet on a tip side, and a second eyelet, a third eyelet and a fourth eyelet that are arranged in this order from the first eyelet toward a posterior side; a first average interval D 1 is defined as an average value between an interval in the longitudinal direction between the first eyelet and the second eyelet of the left eyelet row and an interval in the longitudinal direction between the first eleyet and the second eyelet of the right eyelet row; a second average interval D 2 is defined as an average value between an interval in the longitudinal direction between the second eyelet and the third eyelet of the left eyelet row and an interval in the longitudinal direction between the second eleyet and the third eyelet of the right eyelet row; a third average interval D 3 is defined as an average value between an interval in the longitudinal direction between the third eyelet and the fourth eyelet of the left eyelet row and an interval in the longitudinal direction between the third eleyet and the fourth eyelet of the right eyelet row; and characterized in that Expressions and below are satisfied: D 1 > D 2 < D 3 1.0 * D 1 + D 2 > D 1 > 0.6 * D 1 + D 2
String mower head for mounting on the drive shaft of a string mower, consisting of a beaker-shaped housing (11, 111) with a circumferential wall (14, 114), wherein a first wall opening (20, 120) for a cutting string is provided in the circumferential wall (14, 114), with a string reel (30, 130) located in the housing (11, 111) for the cutting string, wherein the string reel (30, 130) is rotatable relative to the housing (11, 111) and has a hub (32, 132) with an axis of rotation (18, 118) and wherein a disc-shaped partition (35, 135) having a maximum outer diameter is located on the hub (32, 132), wherein the partition (35, 135) divides the string reel (30, 130) into a first, upper reel section (33, 133) and a second, lower reel section (34, 134), and with a string-guidance string channel (40, 40', 140, 140') formed in the partition (35, 135) and having a string-guidance string entry section (41, 41', 141, 141') lying in the edge (37, 137) of the partition (35, 135), wherein the string-guidance string entry section (41, 41', 141, 141') of the string channel (40, 40') has a longitudinal central axis (42, 42', 142, 142') and the longitudinal central axis (42, 42', 142, 142') of the string entry section (41, 41', 141, 141') lies on a first radial extending through the axis of rotation (18, 118) of the hub (32, 132) and the notional extension of the longitudinal central axis (42, 42', 142, 142') of the string entry section (41, 41', 141, 141') extends through the wall opening (20, 120) in the circumferential wall (14, 114) of the housing (11, 111) in a predetermined rotary position of the string reel (30, 130), wherein the string-guidance string channel (40, 40') extends from the string-guidance string entry section (41, 41', 141, 141') past the hub (32, 132) to an opposite string-guidance string exit section (43, 43', 143, 143') in the edge (37, 137) of the partition (35, 135) and wherein a further wall opening (22, 122) in the circumferential wall (14, 144) of the housing (11, 111) is assigned to the string-guidance string exit section (43, 43', 143, 143'), characterised in that the string-guidance string exit section (43, 43', 143, 143') has an offset (v) relative to the longitudinal central axis (42, 42', 142, 142') of the string-guidance string entry section (41, 41', 141, 141') in the circumferential direction of the hub (32, 132), wherein the orifice (45, 145) of the string entry section (41, 41', 141, 141') and the orifice (47, 147) of the string exit section (43, 43', 143, 143') lie within the outer diameter of the partition (35, 135) and a string guidance-free through-space (46, 146, 48, 148) is formed in the partition (35, 135) between an orifice (45, 145, 47, 147) and the outer diameter of the partition (35, 135).
A papermakers felt comprising: a support structure with an upper and a lower side and functional batt layers (6,7,8), wherein at least one of said functional batt layers (6,7) being needled to said upper side of said support structure, said support structure comprising a base layer and two coarse batt layers (10,11), the two coarse batt layers (10,11) being disposed on opposite sides of said base layer to provide the upper side and the lower side of the support structure and coarse fibres of each of the two coarse batt layers (10,11) being embedded in said base layer characterized in that the coarse batt layers (10,11) comprising coarse fibres of 67dtex or more, and that at least one functional batt layer is needled to the lower side of the support structure. a support structure with an upper and a lower side and functional batt layers (6,7,8), wherein at least one of said functional batt layers (6,7) being needled to said upper side of said support structure, said support structure comprising a base layer and two coarse batt layers (10,11), the two coarse batt layers (10,11) being disposed on opposite sides of said base layer to provide the upper side and the lower side of the support structure and coarse fibres of each of the two coarse batt layers (10,11) being embedded in said base layer characterized in that the coarse batt layers (10,11) comprising coarse fibres of 67dtex or more, and that at least one functional batt layer is needled to the lower side of the support structure.
Method for automatically detecting whether a vehicle entering a track section of a railway network is shorter than a predefined length L, said track section comprising a first subsection, a second subsection consecutive to the first subsection, and a third subsection consecutive to the second subsection, wherein the length of the second subsection is equal to said predefined length L, said method comprising the following steps: - detecting at a time T0 an entry of the vehicle on the first subsection; - from said time T0, determining, in function of the time, the occupancy states of at least the first subsection and the third subsection, wherein said occupancy state is either "occupied" or "free", - reporting to an evaluation unit said occupancy states in function of the time; - processing by the evaluation unit the reported occupancy states in function of the time determined for said at least first and third subsections, and determining, from a temporal evolution of the occupancy states of the first and third subsections, whether the vehicle is shorter than the predefined length L; - and if said vehicle is shorter than the predefined length L, then preferentially automatically notifying a control system in charge of the control of vehicle traffic on said railway network about the entry on said track section of said vehicle which is shorter than the predefined length L. - detecting at a time T0 an entry of the vehicle on the first subsection; - from said time T0, determining, in function of the time, the occupancy states of at least the first subsection and the third subsection, wherein said occupancy state is either "occupied" or "free", - reporting to an evaluation unit said occupancy states in function of the time; - processing by the evaluation unit the reported occupancy states in function of the time determined for said at least first and third subsections, and determining, from a temporal evolution of the occupancy states of the first and third subsections, whether the vehicle is shorter than the predefined length L; - and if said vehicle is shorter than the predefined length L, then preferentially automatically notifying a control system in charge of the control of vehicle traffic on said railway network about the entry on said track section of said vehicle which is shorter than the predefined length L.
A seizure detection system comprising: a processing circuit configured to: receive (502, 602) an electroencephalogram signal generated based on electrical brain activity of a patient; determine a plurality of metrics based on the EEG signal, the plurality of metrics indicating non-linear features of the EEG signal; determine that increases or decreases of the plurality of metrics over time meet predefined levels of statistical significance based on probabilities of the increases or decreases and map statistically significant metrics of the plurality of metrics to a category, wherein particular metrics of the plurality of metrics are statistically significant if the increases or decreases of the particular metrics meet the predefined levels of statistical significance, wherein the category is a seizure category; generate a seizure alert indicating that the EEG signal indicates a candidate seizure responsive to determining that the statistically significant metrics map to the category; and cause a display of a user device to display a visual indicator responsive to generating the seizure alert. receive (502, 602) an electroencephalogram signal generated based on electrical brain activity of a patient; determine a plurality of metrics based on the EEG signal, the plurality of metrics indicating non-linear features of the EEG signal; determine that increases or decreases of the plurality of metrics over time meet predefined levels of statistical significance based on probabilities of the increases or decreases and map statistically significant metrics of the plurality of metrics to a category, wherein particular metrics of the plurality of metrics are statistically significant if the increases or decreases of the particular metrics meet the predefined levels of statistical significance, wherein the category is a seizure category; generate a seizure alert indicating that the EEG signal indicates a candidate seizure responsive to determining that the statistically significant metrics map to the category; and cause a display of a user device to display a visual indicator responsive to generating the seizure alert.
A modem for use in a Home Network (300, 400), the modem being adapted to couple devices that each support a standard for transmitting/receiving data over the Home Network (300, 400), wherein the supported standard can differ from one coupled device to another, the modem further being configured to transmit and/or receive data in both a first mode and a second mode, - wherein the first mode provides a first protocol for use in transmitting and/or receiving data between devices of the Home Network (300, 400); - wherein the second mode provides a second protocol for use in transmitting and/or receiving data between devices of the Home Network (300, 400); a controller adapted to dynamically switch the modem between the first mode and the second mode; wherein the controller is configured to switch the modem to cause data transmitted/received in accordance with the first protocol to be transmitted/received during a timing associated with data of the second protocol, characterized in that the modem is configured to register the modem as a member of different networks (300, 400) defined by first devices that support the first protocol and second devices that support the second protocol, to demodulate transmission schedule information from both data formatted according to the first protocol and data formatted according to the second protocol, and to operate as a proxy between the first protocol and the second protocol by communicating the schedule information from each network to the Domain Master on each network. - wherein the first mode provides a first protocol for use in transmitting and/or receiving data between devices of the Home Network (300, 400); - wherein the second mode provides a second protocol for use in transmitting and/or receiving data between devices of the Home Network (300, 400);
A gasket for a valve of an internal combustion engine; said valve comprising a guide element defining a through seat, and a stem movable in a sliding manner in said seat; said gasket having a central axis and comprising: - an elastically deformable sealing element, having an annular configuration with respect to said axis and suitable to be arranged externally on said valve to cooperate both with said guide element and with said stem; - a supporting member having an annular configuration with respect to said axis, arranged coaxially on at least part of said sealing element so that the latter is pressed, in use, radially between said supporting member and said valve; - an end flange projecting radially outwards from said supporting member and configured to receive, in use, the elastic load of a coil spring of said valve extending around said gasket; and - protruding means distinct from said flange, projecting outwards from said supporting member and suitable to cooperate, in use, with said spring of said valve to maintain it coaxial with said axis; characterized in that said protruding means comprise two or more tabs carried by said supporting member and projecting in a cantilever fashion outwards from an outer surface of said supporting member. - an elastically deformable sealing element, having an annular configuration with respect to said axis and suitable to be arranged externally on said valve to cooperate both with said guide element and with said stem; - a supporting member having an annular configuration with respect to said axis, arranged coaxially on at least part of said sealing element so that the latter is pressed, in use, radially between said supporting member and said valve; - an end flange projecting radially outwards from said supporting member and configured to receive, in use, the elastic load of a coil spring of said valve extending around said gasket; and - protruding means distinct from said flange, projecting outwards from said supporting member and suitable to cooperate, in use, with said spring of said valve to maintain it coaxial with said axis;
A steering column for a motor vehicle, wherein the steering column has a steering shaft bearing unit for rotatably mounting a steering shaft of the steering column and a supporting unit for securing the steering column to the motor vehicle and the steering shaft bearing unit is mounted on at least one supporting part of the supporting unit by means of a locking device, wherein the position of the steering shaft bearing unit relative to the supporting unit is locked in a closed position of the locking device and adjustable in an open position of the locking device and the locking device has an operating lever which is pivotable about a lever pivot axis and by means of which it can be adjusted between the closed position and the open position, wherein the steering column has at least one damping device for damping the pivotal movement of the operating lever about the lever pivot axis, wherein the damping device is arranged on a side of the supporting part which is opposite the operating lever and the locking device has a clamping bolt which penetrates the supporting part or the supporting parts and on which the operating lever is arranged and the damping device has at least two damper components (12, 13) which are rotatable relative to one another about a damper axis of rotation, wherein one of the damper components is non-rotatably connected to the clamping bolt and a has an outer lateral cylinder surface and the other of the damper components is non-rotatably connected to the supporting part or one of the supporting parts and is designed as a tubular lateral cylinder surface and has an inner lateral surface, characterised in that the outer lateral cylinder surface of the damper component which is non-rotatably connected to the clamping bolt forms a first friction surface and the second friction surface cooperating therewith is the inner lateral surface of the other damper component.
A semiconductor light emitting device comprising: a substrate of alumina or aluminum nitride, the substrate having a face; a flexible film that includes therein an optical element (130, 330), wherein the flexible film is silicone-based and conforms to the substrate face as it expands and contracts during operation; and a semiconductor light emitting diode or laser diode on the substrate face, the semiconductor light emitting diode or laser diode being between the substrate and the flexible film and configured to emit light through the optical element. a substrate of alumina or aluminum nitride, the substrate having a face; a flexible film that includes therein an optical element (130, 330), wherein the flexible film is silicone-based and conforms to the substrate face as it expands and contracts during operation; and a semiconductor light emitting diode or laser diode on the substrate face, the semiconductor light emitting diode or laser diode being between the substrate and the flexible film and configured to emit light through the optical element.
Distribution device for distributing a fluid in an industrial facility, the distribution device comprising at least one fluid distribution pipe configured to transport the fluid between an upstream area and a downstream customer of the distribution device, a discharge pipe originating from the distribution pipe, a distribution valve, placed on the distribution pipe and controlling the distribution of fluid between the upstream area and the downstream customer, a discharge valve placed on the discharge pipe, and measurement means for measuring, in real time, a characteristic parameter of the distribution of the fluid within one of the pipes (1, 2), characterized in that the distribution device comprises a module for calculating a sliding threshold value (St) of the characteristic parameter, and means configured to command the partial gradual opening or closing of the discharge valve as a function of the result of the comparison between said sliding threshold value (St) and an instantaneous value (Vt) of the characteristic parameter measured by the measurement means.
A method for preparing a compound of Formula 1 comprising contacting a compound of Formula 2 wherein R 1 is C 1 -C 4 alkyl with a compound of Formula 3 and at least one aluminum reagent of Formula 4 Al(R 2a)(R 2b)(R 2c) 4 wherein R 2a, R 2b and R 2c are each independently H, Cl or C 1 -C 4 alkyl in the presence of an inert, substantially oxygen and water free solvent, to form a first reaction product, contacting the first reaction product with an C 1 -C 4 alkanol to form a second reaction product and contacting the second reaction product with water and a protic acid to give the compound of Formula 1; wherein the at least one aluminum reagent of Formula 4 comprises one or more compounds selected from the group consisting of ClAl(CH 2 CH 3) 2, Cl 2 Al(CH 2 CH 3), Al(CH 2 CH 3) 3, Al(CH 3) 3, Al[CH 2 CH(CH 3) 2] 3 and HAl[CH 2 CH(CH 3) 2] 2. R 1 is C 1 -C 4 alkyl with a compound of Formula 3 and at least one aluminum reagent of Formula 4 Al(R 2a)(R 2b)(R 2c) 4 wherein R 2a, R 2b and R 2c are each independently H, Cl or C 1 -C 4 alkyl in the presence of an inert, substantially oxygen and water free solvent, to form a first reaction product, contacting the first reaction product with an C 1 -C 4 alkanol to form a second reaction product and contacting the second reaction product with water and a protic acid to give the compound of Formula 1; wherein the at least one aluminum reagent of Formula 4 comprises one or more compounds selected from the group consisting of ClAl(CH 2 CH 3) 2, Cl 2 Al(CH 2 CH 3), Al(CH 2 CH 3) 3, Al(CH 3) 3, Al[CH 2 CH(CH 3) 2] 3 and HAl[CH 2 CH(CH 3) 2] 2. R 2a, R 2b and R 2c are each independently H, Cl or C 1 -C 4 alkyl in the presence of an inert, substantially oxygen and water free solvent, to form a first reaction product, contacting the first reaction product with an C 1 -C 4 alkanol to form a second reaction product and contacting the second reaction product with water and a protic acid to give the compound of Formula 1; wherein the at least one aluminum reagent of Formula 4 comprises one or more compounds selected from the group consisting of ClAl(CH 2 CH 3) 2, Cl 2 Al(CH 2 CH 3), Al(CH 2 CH 3) 3, Al(CH 3) 3, Al[CH 2 CH(CH 3) 2] 3 and HAl[CH 2 CH(CH 3) 2] 2.
A chemically prepared toner composition obtainable by an emulsion aggregation method, the composition comprising: a core having a surface, the core including a first polymer binder having functional groups, a colorant and a release agent; a borax coupling agent located on the surface of the core; and a shell formed around the core and the borax coupling agent, the shell including a second polymer binder having functional groups; wherein the borax coupling agent is located between the core and the shell and bonds the shell to the surface of the core by forming hydrogen bonding between its hydroxyl groups and the functional groups of the first and second polymer binders and collects the components of the toner core to the core before the shell is added thereby reducing the residual fine particles in the toner. a core having a surface, the core including a first polymer binder having functional groups, a colorant and a release agent; a borax coupling agent located on the surface of the core; and a shell formed around the core and the borax coupling agent, the shell including a second polymer binder having functional groups; wherein the borax coupling agent is located between the core and the shell and bonds the shell to the surface of the core by forming hydrogen bonding between its hydroxyl groups and the functional groups of the first and second polymer binders and collects the components of the toner core to the core before the shell is added thereby reducing the residual fine particles in the toner.