mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a notification message, comprising: receiving, by a terminal, a structure of description information from a server, wherein the structure of description information includes a length of parameter identifier and a length of parameter value; receiving, by the terminal, a notification message carrying description information including parameters from the server; and parsing, by the terminal, the notification message according to the parameters; wherein the parsing the notification message specifically comprises: determining, by the terminal, a parameter identifier of each parameter according to the length of parameter identifier, and determining a parameter value of each parameter corresponding to the parameter identifier according to the length of parameter value. receiving, by a terminal, a structure of description information from a server, wherein the structure of description information includes a length of parameter identifier and a length of parameter value; receiving, by the terminal, a notification message carrying description information including parameters from the server; and parsing, by the terminal, the notification message according to the parameters; wherein the parsing the notification message specifically comprises: determining, by the terminal, a parameter identifier of each parameter according to the length of parameter identifier, and determining a parameter value of each parameter corresponding to the parameter identifier according to the length of parameter value. determining, by the terminal, a parameter identifier of each parameter according to the length of parameter identifier, and determining a parameter value of each parameter corresponding to the parameter identifier according to the length of parameter value.
A beamlet aperture array for forming a plurality of beamlets from one or more charged particle sub-beams (22; 510), the beamlet aperture array comprising a plurality of beamlet apertures arranged in one or more groups, each group corresponding to one charged particle sub-beam (22; 510), characterised by the positions of the beamlet apertures within each group form an unbalanced and shifted array, the array being unbalanced in that at least one row and/or column of the array has a different number of beamlet apertures than another row or column of the array, and the array being shifted in that at least one column of the array is shifted in relation to the other columns of the array.
A method for multi-channel echo cancellation and noise suppression, comprising: selecting an echo estimate for non-linear echo cancellation; performing echo notch masking on a noise-suppressed signal based on an echo direction of arrival to produce an echo-suppressed signal, the noise-suppressed signal received from an output of linear echo cancellation of at least two microphone channels, the echo notch masking comprising: suppressing the noise-suppressed signal over an angular distribution based, at least in part, on the echo direction of arrival, and applying a masking gain to at least one frequency bin based on the echo direction of arrival; and performing non-linear echo cancellation on the echo-suppressed signal based, at least in part, on the selected echo estimate. selecting an echo estimate for non-linear echo cancellation; performing echo notch masking on a noise-suppressed signal based on an echo direction of arrival to produce an echo-suppressed signal, the noise-suppressed signal received from an output of linear echo cancellation of at least two microphone channels, the echo notch masking comprising: suppressing the noise-suppressed signal over an angular distribution based, at least in part, on the echo direction of arrival, and applying a masking gain to at least one frequency bin based on the echo direction of arrival; and suppressing the noise-suppressed signal over an angular distribution based, at least in part, on the echo direction of arrival, and applying a masking gain to at least one frequency bin based on the echo direction of arrival; and performing non-linear echo cancellation on the echo-suppressed signal based, at least in part, on the selected echo estimate.
A cosmetic composition comprising: (a) a compound selected from the group consisting of: and or a hydrate or cosmetically acceptable salt thereof, (b) a cosmetically acceptable vehicle, diluent or carrier, and (c) one or more ingredients selected from the group consisting of perfumes, estrogen, vitamin A, vitamin C, vitamin E, pyruvic acid, lactic acid, glycolic acid, lanolin, vaseline, aloe vera, methyl paraben, propyl paraben, and pigments. (a) a compound selected from the group consisting of: and or a hydrate or cosmetically acceptable salt thereof, (b) a cosmetically acceptable vehicle, diluent or carrier, and (c) one or more ingredients selected from the group consisting of perfumes, estrogen, vitamin A, vitamin C, vitamin E, pyruvic acid, lactic acid, glycolic acid, lanolin, vaseline, aloe vera, methyl paraben, propyl paraben, and pigments.
Method for assigning signals to different components, wherein the signals overlap in a data string, wherein - a plurality of change points are identified within the data string, - a respective change behaviour is identified for each change point, - the change points for which a similar change behaviour is identified are each assigned to a common group, - a respective trigger for the respective change behaviour is identified for each group of change points, and - the data string is divided into a plurality of sections by means of the change points, wherein the identified triggers are used to assign each section to a respective component, wherein the sections assigned to a respective component form a respective signal. - a plurality of change points are identified within the data string, - a respective change behaviour is identified for each change point, - the change points for which a similar change behaviour is identified are each assigned to a common group, - a respective trigger for the respective change behaviour is identified for each group of change points, and - the data string is divided into a plurality of sections by means of the change points, wherein the identified triggers are used to assign each section to a respective component, wherein the sections assigned to a respective component form a respective signal.
A security device comprising an array of lines printed or otherwise provided on a substrate, the lines comprising materials which have the same appearance under visible light illumination but which appear different from each other in the visible wavelength range under a combination of visible and non-visible, ultraviolet illumination whereby at least some of the lines in the array appear different from other lines under the combination of visible and non-visible, ultraviolet illumination; and a second, surface relief array of lines imposed on the first array, the orientation, line widths and spacings of the first and second arrays being such that the device exhibits a variable appearance as it is tilted while exposed to the combination of visible and non-visible illumination.
A polymer polyol composition comprising a dispersion medium composed of a polyol, or and a diluent, and polymer particles dispersed in the dispersion medium, wherein the polymer particles are formed by polymerizing an ethylenically unsaturated compound (b) in the dispersion medium in the presence of a reactive dispersant, the reactive dispersant being an unsaturated polyol having a nitrogen-containing bond, which is formed by bonding a substantially saturated polyol (a) with a monofunctional active hydrogen compound (e) having at least one polymerizable unsaturated group via a polyisocyanate (f), and whose average value of a ratio of a number of unsaturated groups to a number of nitrogen-containing bonds originating from an NCO group in one molecule of is 0.1 to 0.3.
A method for routing an incoming voice over LTE, VoLTE, call invite message in a terminating IP multimedia subsystem, IMS, comprising the steps of: - receiving an incoming VoLTE call invite message by a terminating Interconnection Border Control Function, IBCF, comprised in the terminating IMS, the VoLTE call invite message being transmitted by an originating IBCF comprised in an originating IMS and comprising an identifier of a terminating subscriber (20, 25); and - checking a provisioning for handling VoLTE calls of the terminating subscriber (20, 25) via the identifier by the terminating IBCF; and - if the terminating subscriber is provisioned for VoLTE routing the VoLTE call invite message by the terminating IBCF to an Interrogating Call Session Control Function, I-CSCF, comprised in the terminating IMS; and - if the terminating subscriber is not provisioned for VoLTE rerouting the VoLTE call invite message by the terminating IBCF to a Media Gateway Control Function, MGCF. - receiving an incoming VoLTE call invite message by a terminating Interconnection Border Control Function, IBCF, comprised in the terminating IMS, the VoLTE call invite message being transmitted by an originating IBCF comprised in an originating IMS and comprising an identifier of a terminating subscriber (20, 25); and - checking a provisioning for handling VoLTE calls of the terminating subscriber (20, 25) via the identifier by the terminating IBCF; and - if the terminating subscriber is provisioned for VoLTE routing the VoLTE call invite message by the terminating IBCF to an Interrogating Call Session Control Function, I-CSCF, comprised in the terminating IMS; and - if the terminating subscriber is not provisioned for VoLTE rerouting the VoLTE call invite message by the terminating IBCF to a Media Gateway Control Function, MGCF.
A process for preparing an antistatic for olefin polymerization by contacting a) at least one antistatically acting compound comprising at least one hydrogen atom bound to a nonmetallic heteroatom, wherein the antistatically acting compound comprises a polysulfone copolymer, a polymeric polyamine and an oil-soluble sulfonic acid, with b) at least one metal alkyl in an amount which is sufficient to react completely with the at least one hydrogen atom bound to a heteroatom, wherein the at least one antistatically acting compound and the at least one metal alkyl are each present in a concentration of at least 0.01 % by weight during contacting. a) at least one antistatically acting compound comprising at least one hydrogen atom bound to a nonmetallic heteroatom, wherein the antistatically acting compound comprises a polysulfone copolymer, a polymeric polyamine and an oil-soluble sulfonic acid, with b) at least one metal alkyl in an amount which is sufficient to react completely with the at least one hydrogen atom bound to a heteroatom, wherein the at least one antistatically acting compound and the at least one metal alkyl are each present in a concentration of at least 0.01 % by weight during contacting.
Process for aftertreating carbon black, characterized in that the carbon black is subjected to a carrier gas flow in a fluidized bed apparatus in the lower region of the apparatus, an additional gas stream is introduced into the fluidized bed apparatus, and the carbon black is aftertreated in the fluidized bed which arises, and the additional gas stream is introduced at an angle of 91 ° to 180° relative to the direction of the main gas flow of the fluidized bed and no fluidizing agent is used.
A transmission/reception device, comprising: a transmission/reception antenna (4, 21, 31),: a transmission processing unit for forwarding a transmission signal to the transmission/reception antenna; a reception processing unit for receiving a reception signal from the transmission/reception antenna; and a control unit for controlling the transmission processing unit and the reception processing unit; wherein the transmission/reception antenna (4, 21, 31) comprises: a dielectric base board (11, 22, 32); an excitation loop antenna (12, 23, 33) disposed on the dielectric base board; a transmission/reception loop antenna (13, 24, 34) disposed on the dielectric base board in close proximity of but not in contact with the excitation loop antenna; and a resonance capacitor connected between two ends of the transmission/reception loop antenna; wherein a coupling capacitor is connected to one of the two ends of the transmission/reception loop antenna, and wherein the excitation loop antenna is connected to the transmission processing unit, and the transmission/reception loop antenna is connected to the reception processing unit via the coupling capacitor. a transmission/reception antenna (4, 21, 31),: a transmission processing unit for forwarding a transmission signal to the transmission/reception antenna; a reception processing unit for receiving a reception signal from the transmission/reception antenna; and a control unit for controlling the transmission processing unit and the reception processing unit; a transmission processing unit for forwarding a transmission signal to the transmission/reception antenna; a reception processing unit for receiving a reception signal from the transmission/reception antenna; and a control unit for controlling the transmission processing unit and the reception processing unit; wherein the transmission/reception antenna (4, 21, 31) comprises: a dielectric base board (11, 22, 32); an excitation loop antenna (12, 23, 33) disposed on the dielectric base board; a transmission/reception loop antenna (13, 24, 34) disposed on the dielectric base board in close proximity of but not in contact with the excitation loop antenna; and a resonance capacitor connected between two ends of the transmission/reception loop antenna; a dielectric base board (11, 22, 32); an excitation loop antenna (12, 23, 33) disposed on the dielectric base board; a transmission/reception loop antenna (13, 24, 34) disposed on the dielectric base board in close proximity of but not in contact with the excitation loop antenna; and a resonance capacitor connected between two ends of the transmission/reception loop antenna; wherein a coupling capacitor is connected to one of the two ends of the transmission/reception loop antenna, and wherein the excitation loop antenna is connected to the transmission processing unit, and the transmission/reception loop antenna is connected to the reception processing unit via the coupling capacitor.
A method of designing a spherical microstructure mold module to be incorporated into a calendering roller for generating a microstructure on a planar surface, comprising: calculating a first curvature on a cross-sectional planar surface for a first microstructure point of the spherical microstructure mold module; calculating a second curvature of a spherical surface of the spherical microstructure mold module; measuring a radius of the spherical surface, the radius being from the center of the spherical surface to the first microstructure point; and determining a location of the microstructure on the planar surface, the location being derived from the first curvature, the second curvature, and the radius. calculating a first curvature on a cross-sectional planar surface for a first microstructure point of the spherical microstructure mold module; calculating a second curvature of a spherical surface of the spherical microstructure mold module; measuring a radius of the spherical surface, the radius being from the center of the spherical surface to the first microstructure point; and determining a location of the microstructure on the planar surface, the location being derived from the first curvature, the second curvature, and the radius.
A compressor system for the compressed air supply of a utility vehicle, having a compressor, a clutch and an auxiliary device, wherein the compressor system can be driven by the drive motor of the utility vehicle by means of a drive shaft, and the compressor can be completely decoupled from the drive motor by the clutch, wherein a hollow shaft is arranged coaxially to the drive shaft, which can be connected via the clutch to the drive shaft, in order to drive at least indirectly at least one piston, of the compressor, which can be moved up and down in a cylinder, characterised in that the compressor has at least two cylinders (7a, 7b) each with a piston (8a, 8b) that can be moved up and down therein, wherein at least one piston is driven via a cylindrical, eccentric element arranged on the circumferential surface area of the hollow shaft, and at least one piston is driven via the drive shaft.
A package comprising a container, the container having an open end and a closed end, and comprising a pair of sidewalls, at least one facing panel connecting the sidewalls and an end wall; the container having an insert (54, 402, 600) slidably mounted therein, the insert comprising an end wall (67, 470) and having a first end that is closest to the end wall of the container, and an opposite second end defined by the end wall of the insert; wherein the end wall (67, 470) of the insert is connected to a first panel (82, 406, 602) of the insert at a first edge of the end wall, and is connected to a second panel (58, 606) of the insert at an opposite second edge of the end wall, the first and second edges of the end wall being connected by side edges of the end wall of the insert, and wherein at least the first panel (82, 406, 602) of the insert is a panel of a blister pack carrier; characterised in that the insert comprises at least one flap (68, 70, 490, 492) connected to a respective side edge (71, 73) of the end wall of the insert along a foldline, the or each said flap being folded toward the first end of the insert on its respective side of the insert.
Calibration apparatus (6; 18) for calibrating vehicle assistance systems, having: at least one target pattern (8; 8a-8d), wherein the calibration apparatus comprises at least one electronic display apparatus which is designed to optically display the at least one target pattern (8; 8a-8d), at least one sensor (10; 22) which is designed to detect the position and orientation of a vehicle to be measured with respect to the calibration apparatus (6; 18); and a positioning apparatus (14; 24) which is designed to position the at least one target pattern (8; 8a-8d) on the basis of the position of the vehicle to be measured, as detected by the at least one sensor (10; 22), in such a manner that the at least one target pattern (8; 8a-8d) is arranged in a predefined orientation at a predefined position with respect to the vehicle to be measured, and wherein the positioning apparatus is designed to calculate the appropriate position, size and orientation of the target patterns (8a-8d) on the display apparatus on the basis of the data provided by the at least one sensor and to control the display apparatus in such a manner that it displays the target patterns (8a-8d) in the desired orientation and size at the desired positions. at least one target pattern (8; 8a-8d), wherein the calibration apparatus comprises at least one electronic display apparatus which is designed to optically display the at least one target pattern (8; 8a-8d), at least one sensor (10; 22) which is designed to detect the position and orientation of a vehicle to be measured with respect to the calibration apparatus (6; 18); and a positioning apparatus (14; 24) which is designed to position the at least one target pattern (8; 8a-8d) on the basis of the position of the vehicle to be measured, as detected by the at least one sensor (10; 22), in such a manner that the at least one target pattern (8; 8a-8d) is arranged in a predefined orientation at a predefined position with respect to the vehicle to be measured, and
A coffee tamper, comprising a casing, wherein a driving device is arranged on the inner top of the casing, connected to a tamping device and used to drive the tamping device to press down and move up, the tamping device is used to press down a container filled with coffee powder and comprises a main shaft, the driving device is connected to the upper end of the main shaft, and a tamping head is connected to the lower end of the main shaft and can be pressed into the container, characterized by the fact that the driving device comprises an obliquely arranged tilting disc, of which center is connected to a motor that drives the disc to rotate; the lower surface of the high end of the tilting disc is connected to a transmission component, the bottom of the transmission component is connected to a location near an outer side of the upper surface of a horizontal disc, and the center of the lower surface of the horizontal disc is connected to a main shaft; and the bottom of the transmission component is a fixing seat, an opening is arranged in the middle of the fixing seat, interior of the opening is connected to the lower end of a rotating arm via a connecting shaft, and the upper end of the rotating arm is a spherical joint contained in the tilting disc to form a movable connecting structure. the lower surface of the high end of the tilting disc is connected to a transmission component, the bottom of the transmission component is connected to a location near an outer side of the upper surface of a horizontal disc, and the center of the lower surface of the horizontal disc is connected to a main shaft; and the bottom of the transmission component is a fixing seat, an opening is arranged in the middle of the fixing seat, interior of the opening is connected to the lower end of a rotating arm via a connecting shaft, and the upper end of the rotating arm is a spherical joint contained in the tilting disc to form a movable connecting structure.
A self-priming poly-sialyltransferase comprising a fusion of a bi-functional sialyltransferase having α-2, 3 and α-2, 8 sialyltransferase activity and a poly-sialyltransferase, wherein the self-priming poly-sialyltransferase transfers one or more sialic acid moieties from a donor substrate to an acceptor substrate to produce a polysialylated product, wherein the poly-sialylated product comprises an oligosaccharide that comprises at least three sialic acid moieties.
An address allocation method, applied in a system in which a control plane is separated from a forwarding plane and which comprises a forwarder and a control device, comprising: receiving, by the forwarder, a DHCP request of user equipment, UE, and user characteristic information of the UE; sending, by the forwarder, the DHCP request and the user characteristic information to the control device; receiving, by the forwarder, an IP address allocated to the UE and first instruction information from the control device, wherein the first instruction information comprises a downlink flow table on which matching is performed using the IP address allocated to the UE, indicating the forwarder to send, when a packet whose destination address is the IP address, the packet to the UE; and sending, by the forwarder, the IP address to the UE according to the first instruction information. receiving, by the forwarder, a DHCP request of user equipment, UE, and user characteristic information of the UE; sending, by the forwarder, the DHCP request and the user characteristic information to the control device; receiving, by the forwarder, an IP address allocated to the UE and first instruction information from the control device, wherein the first instruction information comprises a downlink flow table on which matching is performed using the IP address allocated to the UE, indicating the forwarder to send, when a packet whose destination address is the IP address, the packet to the UE; and sending, by the forwarder, the IP address to the UE according to the first instruction information.