mhurhangee/ep-ind-claims huggingface dataset:
A method for simultaneously transmitting in a plurality of frequency segments, comprising: determining, at a communication device, whether simultaneous transmissions in a first frequency segment and a second frequency segment are to be synchronized in time; in response to the communication device determining that simultaneous transmissions in the first frequency segment and the second frequency segment are to be synchronized in time, transmitting a first packet in the first frequency segment beginning at a first time, and transmitting a second packet in the second frequency segment beginning at the first time; and in response to the communication device determining that simultaneous transmissions in the first frequency segment and the second frequency segment are to be unsynchronized in time, transmitting a third packet in the first frequency segment beginning at a second time, and transmitting a fourth packet in the second frequency segment beginning at a third time that is different than the second time. determining, at a communication device, whether simultaneous transmissions in a first frequency segment and a second frequency segment are to be synchronized in time; in response to the communication device determining that simultaneous transmissions in the first frequency segment and the second frequency segment are to be synchronized in time, transmitting a first packet in the first frequency segment beginning at a first time, and transmitting a second packet in the second frequency segment beginning at the first time; and transmitting a first packet in the first frequency segment beginning at a first time, and transmitting a second packet in the second frequency segment beginning at the first time; and in response to the communication device determining that simultaneous transmissions in the first frequency segment and the second frequency segment are to be unsynchronized in time, transmitting a third packet in the first frequency segment beginning at a second time, and transmitting a fourth packet in the second frequency segment beginning at a third time that is different than the second time. transmitting a third packet in the first frequency segment beginning at a second time, and transmitting a fourth packet in the second frequency segment beginning at a third time that is different than the second time.
A composition comprising: - an aqueous dispersion of polymer particles having a particle size as measured by dynamic light scattering in the range of from 40 nm to 300 nm, wherein the polymer particles have a core-shell morphology wherein the core protuberates from the shell; wherein the core comprises from 5 to 90 weight percent structural units of a fluoroalkylated monomer, and - less than 0.09 weight percent structural units of a phosphorus acid monomer, based on the weight of the core; and wherein the shell comprises from 0.1 to 5 weight percent of itaconic acid or a phosphorus acid monomer, based on the weight of the shell; wherein the weight-to-weight ratio of the shell to the core is in the range of from 3:1 to 50:1. - an aqueous dispersion of polymer particles having a particle size as measured by dynamic light scattering in the range of from 40 nm to 300 nm, wherein the polymer particles have a core-shell morphology wherein the core protuberates from the shell; wherein the core comprises from 5 to 90 weight percent structural units of a fluoroalkylated monomer, and - less than 0.09 weight percent structural units of a phosphorus acid monomer, based on the weight of the core; and wherein the shell comprises from 0.1 to 5 weight percent of itaconic acid or a phosphorus acid monomer, based on the weight of the shell; wherein the weight-to-weight ratio of the shell to the core is in the range of from 3:1 to 50:1.
Use of a fatty alcohol or a mixture of a fatty alcohol and a fatty acid as a rejuvenator for rejuvenating an aged bitumen-containing composition or for retarding the aging process of a bitumen-containing composition, wherein the number of carbon atoms is between 6 and 24, and wherein the amount of the rejuvenator, based on bitumen or on a bitumen-containing binder, is between 0.5 and 10%.
A cooking appliance including: a cavity assembly; an electric equipment installation chamber; and an outer case, comprising: a first external face plate formed with an opening at a position corresponding to a part installed in the equipment installation chamber of the cooking appliance, the first external face plate defining a portion of an external appearance of the cooking appliance; and a cover plate detachably fastened to the first external face plate to cover the opening of the first external face plate, a tool-passing hole formed through the first external face plate in the vicinity of the opening, the tool-passing hole allowing a tool to be inserted therethrough for tightening and loosening a fastener, the fastener fastening the part and being positioned vertically below the tool-passing hole, characterized in that the electric equipment installation chamber is defined over the cavity assembly, and the cover plate comprises a body portion shaped corresponding to the opening, a marginal portion stepwise formed around an edge of the body portion to be seated on an edge of the opening, and an extension portion formed to extend from a side of the body portion to cover the tool-passing hole. a cavity assembly; an electric equipment installation chamber; and an outer case, comprising: a first external face plate formed with an opening at a position corresponding to a part installed in the equipment installation chamber of the cooking appliance, the first external face plate defining a portion of an external appearance of the cooking appliance; and a cover plate detachably fastened to the first external face plate to cover the opening of the first external face plate, a tool-passing hole formed through the first external face plate in the vicinity of the opening, the tool-passing hole allowing a tool to be inserted therethrough for tightening and loosening a fastener, the fastener fastening the part and being positioned vertically below the tool-passing hole, characterized in that the electric equipment installation chamber is defined over the cavity assembly, and the cover plate comprises a body portion shaped corresponding to the opening, a marginal portion stepwise formed around an edge of the body portion to be seated on an edge of the opening, and an extension portion formed to extend from a side of the body portion to cover the tool-passing hole.
A method of ranging an optical network unit, ONU, in a time division multiplexing, TDM, passive optical network, PON, the method comprising: transmitting, by the ONU, a localization sequence to an optical line terminal, OLT, the localization sequence comprising a multitude of unique subsequences allowing the OLT to uniquely identify the position of any subsequence relative to the start of the localization sequence; detecting, by the OLT, a subsequence of the multitude of unique subsequences during a time-window which is reserved, by the OLT, for ranging, wherein the time-window is shorter than the maximum variation in ONU round-trip-time, the maximum variation in ONU round-trip-time being the difference between the maximum round-trip time for the optical network unit, ONU, which is placed at a maximum distance from the OLT within the PON, and the minimum round-trip time for the ONU which is placed at the minimum distance from the OLT within the PON; and ranging, by the OLT, the ONU based on a position of the detected subsequence within the localization sequence, wherein the duration of the localization sequence is longer than the duration of the time-window which is reserved for ranging. transmitting, by the ONU, a localization sequence to an optical line terminal, OLT, the localization sequence comprising a multitude of unique subsequences allowing the OLT to uniquely identify the position of any subsequence relative to the start of the localization sequence; detecting, by the OLT, a subsequence of the multitude of unique subsequences during a time-window which is reserved, by the OLT, for ranging, wherein the time-window is shorter than the maximum variation in ONU round-trip-time, the maximum variation in ONU round-trip-time being the difference between the maximum round-trip time for the optical network unit, ONU, which is placed at a maximum distance from the OLT within the PON, and the minimum round-trip time for the ONU which is placed at the minimum distance from the OLT within the PON; and ranging, by the OLT, the ONU based on a position of the detected subsequence within the localization sequence, wherein the duration of the localization sequence is longer than the duration of the time-window which is reserved for ranging.
Removable heating lid comprising an electric heating element and a safety device, comprising first actuation means positioned at a first distance from a side edge of the removable heating lid and having a first rest position and a second retracted position, said safety device having a first operating mode, wherein the power supply of the electric heating element is enabled when the first actuation means are placed in their second retracted position, and a second operating mode, wherein the power supply of the electric heating element is not enabled when the first actuation means are in their first rest position, said removable heating lid being characterised in that the same safety device comprises second actuation means positioned at a second distance from the side edge of the removable heating lid different from the first distance of the side edge from the removable heating lid, wherein the first actuation means are located and also have a first rest position and a second retracted position, said safety device also being in its first operating mode when the second actuation means are placed in their second retracted position, and also being in its second operating mode when the second actuation means are in their first rest position.
Method for operating a vehicle, comprising the following steps: - determining a respective grip value of the vehicle wheels, - determining which of the respective grip values of the vehicle wheels is the greatest on each axle of the vehicle, characterized by - determining which of the respective greatest grip values is the smallest grip value on each axle, - controlling an admission pressure-generating device as a function of the determined smallest grip value of the respective greatest grip values per axle, with the result that - the admission pressure-generating device regulates a brake pressure in a single-channel brake circuit for the vehicle wheels as a function of the determined smallest grip value, with the result that - the vehicle is decelerated in accordance with the regulated brake pressure. - determining a respective grip value of the vehicle wheels, - determining which of the respective grip values of the vehicle wheels is the greatest on each axle of the vehicle, - determining which of the respective greatest grip values is the smallest grip value on each axle, - controlling an admission pressure-generating device as a function of the determined smallest grip value of the respective greatest grip values per axle, with the result that - the admission pressure-generating device regulates a brake pressure in a single-channel brake circuit for the vehicle wheels as a function of the determined smallest grip value, with the result that - the vehicle is decelerated in accordance with the regulated brake pressure.
An RF switching device, said device being configured to route an RF signal present at its input point to one of its outputs in order to form a switchable conducting RF channel, said device having at least two multi-output switches (31, 32) that are connected in parallel to said input point, each switch (31, 32, 53) having at least one output (311, 321) left open-circuit, its other outputs being intended to be connected to RF functions, said device being characterized in that, when operating, a switch (32, 53) not containing said conducting channel (310, 312) has its input connected to its open-circuit output (321, 531), the input of each of said switches (31, 32, 53) being connected to said input point via a common matching network, such that said matching network is directly connected to said inputs of said switches (31, 32), and such that said RF signal passes from said input point to said input of each said switches via said network, said network being configured to cancel out the reflected waves originating from the outputs of said open-circuit switches.
An antenna horn (200, 300), in particular for satellite communications, comprising: - a waveguide extending along a longitudinal axis (zz'), the waveguide having an open end and an end allowing access to signals transmitted in the waveguide, the widest opposite walls of the waveguide (204, 204') constituting a first pair of walls of the waveguide, the other two walls (205, 205') of the waveguide constituting a second pair of walls of the waveguide, the antenna horn further comprising: - two first ridges (206, 206') extending along the longitudinal axis inside the waveguide, in the middle and over the whole length of each of the walls of the first pair of walls, - a flat central wall (207, 208, 208') extending in the waveguide along the longitudinal axis, the central wall being configured so as, at the level of the end allowing access to the signals transmitted in the waveguide, to connect the two walls of the second pair of walls at their midpoints, thus forming two separate accesses (202, 203) to said signals, and to stop in the direction of the open end of the waveguide so as to polarise the signals transmitted by the two accesses according to orthogonal circular polarisations, the central wall forming two second ridges (208, 208') extending along the longitudinal axis in the middle of each of the walls of the second pair of walls from the open end of the waveguide. - a waveguide extending along a longitudinal axis (zz'), the waveguide having an open end and an end allowing access to signals transmitted in the waveguide, the widest opposite walls of the waveguide (204, 204') constituting a first pair of walls of the waveguide, the other two walls (205, 205') of the waveguide constituting a second pair of walls of the waveguide, - two first ridges (206, 206') extending along the longitudinal axis inside the waveguide, in the middle and over the whole length of each of the walls of the first pair of walls, - a flat central wall (207, 208, 208') extending in the waveguide along the longitudinal axis, the central wall being configured so as, at the level of the end allowing access to the signals transmitted in the waveguide, to connect the two walls of the second pair of walls at their midpoints, thus forming two separate accesses (202, 203) to said signals, and to stop in the direction of the open end of the waveguide so as to polarise the signals transmitted by the two accesses according to orthogonal circular polarisations, the central wall forming two second ridges (208, 208') extending along the longitudinal axis in the middle of each of the walls of the second pair of walls from the open end of the waveguide.
A server providing a first media service comprising: a processor and memory including code, the code executable to cause the processor to control the server to: receive a request from a first device, being a subscriber to said first media service, for limited rights to stream selected media from a media service to a second device, being a subscriber to a second media service, provided by a second server; generate a token, wherein the token comprises data that enables streaming of the selected media from said first or second media service subject to the limited rights; transfer the token to the first device; receive the token from said second server, and verify the token based on authentication information comprised in said token; activate streaming of the selected media to the second device; wherein the code is further executable to control the server to: measure short range signal strength between the first device and the second device; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level. receive a request from a first device, being a subscriber to said first media service, for limited rights to stream selected media from a media service to a second device, being a subscriber to a second media service, provided by a second server; generate a token, wherein the token comprises data that enables streaming of the selected media from said first or second media service subject to the limited rights; transfer the token to the first device; receive the token from said second server, and verify the token based on authentication information comprised in said token; activate streaming of the selected media to the second device; wherein the code is further executable to control the server to: measure short range signal strength between the first device and the second device; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level. measure short range signal strength between the first device and the second device; and terminate the token and stop streaming of the selected media, in response to the short range signal strength falling below a predetermined level.
A method of manufacturing a screw thread(1,11), including a process for removing an apex(7C,17C) of a ridge in an incomplete thread part(7a,7b,17a,17b) helically formed in a work by screw thread cutting characterised in that the ridge is removed by a tool(8,8') equipped with a cutting blade, wherein in a state where the tool(8,8') is located so that the cutting blade cuts into the apex(7C,17C) of the incomplete thread part(7a,7b,17a,17b) in a width smaller than a thread pitch(6P,1 6P) and the work is rotated around a thread axis(1A,11A) that is a center line of the work, the cutting blade of the tool(8,8') is moved in a direction resulting from combining a movement in a direction of the thread pitch and a movement in a direction of height of the incomplete thread part(7a,7b,17a,17b) to allow the cutting blade of the tool(8,8') to cut the apex(7C,17C) through a linear relative movement along the apex(7C,17C) helically formed in the incomplete thread part(7a,7b,17a,17b), so that one round of cutting for the apex(7C,17C) of the incomplete thread part(7a,7b,17a,17b) leaves one helical and dented cutting marks(7P,17P,7P'), the one round of cutting helically performed is repeated plural times with the cutting blade of the tool(8,8') being positionally displaced relative to the incomplete thread part(7a,7b, 17a, 17b) in at least the direction of the thread pitch, and the apex(7C,17C) of the incomplete thread part(7a,7b,17a,17b) is accordingly removed so that a plurality of the helical cutting marks(7P,17P,7P') are adjacent to one another and continuous in the direction of the thread pitch.
Imprinting, texturing or embossing system for a roll-to-plate process comprising at least one freely rotating roller and at least one means capable to exert a resetting force to the starting position of the imprinting process after imprinting, wherein the means to exert a resetting force are comprised in the at least one freely rotating roller and/or wherein the means to exert a resetting force are connected to the at least one freely rotating roller.
Dispenser for pasty masses, consisting of a storage chamber with a limiting part which can be moved along during suction from the storage chamber and a head piece guided relative to the storage chamber, wherein a dispensing chamber is formed between the head piece and the storage chamber, with an inlet valve and an outlet valve, wherein furthermore a dispensing channel with a dispensing opening is associated with the dispensing chamber and wherein a spring element acting between the storage space and the head piece is provided for springing back the head piece during a movement from a starting position into an actuating position, which at the same time partially forms a boundary wall of the dispensing chamber and, viewed in a cross-section with respect to a drawing representation in which the head piece is arranged vertically above and the storage space vertically below and a longitudinal center axis (x) of the dispenser is depicted as a line, a lower tubular plug-in projection which is received sealingly in a plug-in receptacle which adjoins the storage space and is formed in an adapted manner, the plug-in receptacle adjoining the storage space, and an upper retaining projection which is sealingly received in a retaining receptacle of the head piece, wherein the spring element is formed integrally with the retaining projection and the plug-in projection and, in relation to said cross-section, is formed in the initial position as a leg which extends adjacent to the plug-in projection and merges into the retaining projection via an upwardly directed curvature, characterised in that the retaining projection is formed as a generally annular retaining projection of larger cross-section than the leg, with an upper projection base which lies in the retaining receptacle, which has a closed cross-section, in that a valve section for forming the outlet valve is integrally formed on the retaining projection, and in that the valve section has a concave formation radially on the outside, facing the outlet channel.