mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless end device , comprising: a processor and a memory communicatively connected to the processor, the processor configured to: receive feedback collection instruction information comprising a set of quality thresholds and, for each of the quality thresholds, a respective feedback probability that the wireless end device is to provide feedback information to a network device, wherein the lower the quality level as indicated by a given quality threshold, the higher the feedback probability; and wherein the feedback collection instruction information further comprises an indication of a feedback rate at which feedback information is to be reported, determine whether a measured quality level of the wireless end device satisfies one of the quality thresholds, and determine , based on a determination that the measured quality level of the wireless end device does not satisfy the one quality threshold and based on the feedback probability, whether the wireless end device is to provide feedback information to the network device; and send feedback information from the wireless end device toward the network device based on a determination that the wireless end device is to provide feedback information to the network device, wherein the feedback information is sent at the feedback rate indicated by the feedback collection instruction information. receive feedback collection instruction information comprising a set of quality thresholds and, for each of the quality thresholds, a respective feedback probability that the wireless end device is to provide feedback information to a network device, wherein the lower the quality level as indicated by a given quality threshold, the higher the feedback probability; and wherein the feedback collection instruction information further comprises an indication of a feedback rate at which feedback information is to be reported, determine whether a measured quality level of the wireless end device satisfies one of the quality thresholds, and determine , based on a determination that the measured quality level of the wireless end device does not satisfy the one quality threshold and based on the feedback probability, whether the wireless end device is to provide feedback information to the network device; and send feedback information from the wireless end device toward the network device based on a determination that the wireless end device is to provide feedback information to the network device, wherein the feedback information is sent at the feedback rate indicated by the feedback collection instruction information.
Spring-loaded terminal connection comprising at least one clamping spring bent in the form of a loop and comprising a busbar , wherein the clamping spring has a resting limb , which rests against the busbar , a spring bend , which adjoins the resting limb , and a clamping limb , which adjoins the spring bend and points with a free clamping end in the direction of the busbar , wherein the resting limb is bent back in the form of a U so as to form a conductor-receiving pocket for receiving a free end, stripped of insulation, of an electrical conductor which can be connected to the spring-loaded terminal connection , characterized in that the resting limb has a flexible joint, which is formed by at least one notch , in the section opposite the busbar , wherein the flexible joint is arranged between the spring bend and the conductor-receiving pocket .
Anti-tamper device for a utility meter , in particular for an enclosure thereof, providing a guideway for a sealing element , wherein in a sealed state (S) of the utility meter , at least a section of the sealing element extends along the guideway , characterised in that the guideway is provided with a predetermined breaking zone configured to break when the sealing element exerts a predefined breaking force (F B ) onto the anti-tamper device .
A compound having the structure: for use in a method of treating leptomeningeal carcinomatosis comprising administering the compound to a subject in need thereof.
A dispenser configured to dispense material on a substrate, the dispenser comprising: - a dispensing unit (300; 500) including a housing (300; 500) having a chamber (306; 506), a piston (322; 522) disposed in the chamber and axially movable within the chamber, and a nozzle (304; 504) coupled to the housing (300; 500), the nozzle having an orifice co-axial with the chamber (306; 506) of the housing; - an actuator coupled to the dispensing unit (300; 500) and configured to drive the up-and down movement of the piston (322; 522), wherein the actuator is a piezoelectric actuator assembly; and - a compliant assembly coupled to the actuator and the piston (322; 522), the compliant assembly being configured to permit limited relative travel between the actuator and the piston (322; 522), wherein the actuator includes a lever arm , wherein the compliant assembly is separate from the actuator , the compliant assembly being secured to the piston (322; 522) and to the actuator to provide the reciprocating axial movement of the piston (322; 522) in response to the actuator , the compliant assembly including a generally cylindrical flexure housing secured to the lever arm of the actuator and coupled to the piston (322; 522) to permit the limited relative travel between the actuator and the piston (322; 522) during operation, characterized in that the flexure housing includes at least one flexure element configured to enable the compliant assembly to accommodate an arcuate motion of the lever arm as it drives the reciprocal motion of the compliant assembly and the piston . - a dispensing unit (300; 500) including a housing (300; 500) having a chamber (306; 506), a piston (322; 522) disposed in the chamber and axially movable within the chamber, and a nozzle (304; 504) coupled to the housing (300; 500), the nozzle having an orifice co-axial with the chamber (306; 506) of the housing; - an actuator coupled to the dispensing unit (300; 500) and configured to drive the up-and down movement of the piston (322; 522), wherein the actuator is a piezoelectric actuator assembly; and - a compliant assembly coupled to the actuator and the piston (322; 522), the compliant assembly being configured to permit limited relative travel between the actuator and the piston (322; 522),
Method for creating a data set for producing a light having the following steps: stipulation of lighting, static and electrical requirements and of at least one requirement from geometrical and design requirements for a light and/or its enclosure by a user, wherein, in order to stipulate the requirements for the light, the desired luminous flux and/or the desired luminous intensity distribution and/or the desired light colour are stipulated by the user; computer-based determination of a light that meets the requirements and computer-based determination of available and unavailable components required therefor on the basis of data on available components, wherein the light has unavailable components, wherein, in the computer-based determination of the available and unavailable components, it is checked whether the unavailable components can be produced automatically by means of available manufacturing capabilities; characterized in that , in the event that the unavailable components cannot be produced, an indication of which changes would result in a light which can be assembled from available and/or producible components is issued to the user, and, in the event that the unavailable components can be produced, the production outlay is determined, wherein the production outlay of the light is indicated to the user with technical considerations for producing the unavailable components, and wherein, once approved by the user, a data set with which at least one device for producing the unavailable components can be controlled is created. stipulation of lighting, static and electrical requirements and of at least one requirement from geometrical and design requirements for a light and/or its enclosure by a user, wherein, in order to stipulate the requirements for the light, the desired luminous flux and/or the desired luminous intensity distribution and/or the desired light colour are stipulated by the user; computer-based determination of a light that meets the requirements and computer-based determination of available and unavailable components required therefor on the basis of data on available components, wherein the light has unavailable components, wherein, in the computer-based determination of the available and unavailable components, it is checked whether the unavailable components can be produced automatically by means of available manufacturing capabilities; characterized in that , in the event that the unavailable components cannot be produced, an indication of which changes would result in a light which can be assembled from available and/or producible components is issued to the user, and, in the event that the unavailable components can be produced, the production outlay is determined, wherein the production outlay of the light is indicated to the user with technical considerations for producing the unavailable components, and wherein, once approved by the user, a data set with which at least one device for producing the unavailable components can be controlled is created.
An improved process for the preparation of trifloxystrobin of formula , comprising the steps of: a) preparing a 2-methyl benzene diazonium chloride of formula by reacting 1-amino-2-methylbenzeneof formula with alkali metal nitrite in presence of an acid; b) obtaining a 2-methoxyimino-acetic acid of formula by reacting 2-oxoacetic acid of formula with methoxylamine hydrochloride in presence of a base in a solvent or mixture of solvents; c) obtaining ( E )-2-methoxyimino-2-( o -tolyl)acetic acid of formula by reacting a compound of formula with a compound of formula in presence of salt of an acid or a base and a metal sulphate in a suitable solvent or mixture of solvents; d) obtaining ( E )-2-methoxyimino-2-( o -tolyl) acetic acid methyl ester formula by reacting a compound of formula with an acid and methanol with or without a solvent or mixture of solvents; e) obtaining an intermediate of formula by reacting a compound formula with metal halogenate in presence of a base with or without catalyst in a solvent or mixture of solvents; Where X = Cl, Br, I f) obtaining trifloxystrobin formula (I) by reacting a compound of formula with a 1-(3-trifluoromethyl-phenyl)-ethanone oxime formula in presence of a base and with or without phase transfer catalyst in a solvent or mixture of solvents. a) preparing a 2-methyl benzene diazonium chloride of formula by reacting 1-amino-2-methylbenzeneof formula with alkali metal nitrite in presence of an acid; b) obtaining a 2-methoxyimino-acetic acid of formula by reacting 2-oxoacetic acid of formula with methoxylamine hydrochloride in presence of a base in a solvent or mixture of solvents; c) obtaining ( E )-2-methoxyimino-2-( o -tolyl)acetic acid of formula by reacting a compound of formula with a compound of formula in presence of salt of an acid or a base and a metal sulphate in a suitable solvent or mixture of solvents; d) obtaining ( E )-2-methoxyimino-2-( o -tolyl) acetic acid methyl ester formula by reacting a compound of formula with an acid and methanol with or without a solvent or mixture of solvents; e) obtaining an intermediate of formula by reacting a compound formula with metal halogenate in presence of a base with or without catalyst in a solvent or mixture of solvents; Where X = Cl, Br, I f) obtaining trifloxystrobin formula (I) by reacting a compound of formula with a 1-(3-trifluoromethyl-phenyl)-ethanone oxime formula in presence of a base and with or without phase transfer catalyst in a solvent or mixture of solvents.
Industrial truck having a load handling means that comprises a mast having a fork carriage that can move on the mast , wherein the fork carriage has a load fork arranged on it, a vehicle body and an operator cab for a driver , comprising: - a position detection apparatus , which is configured to detect an orientation of the load fork in the form of a lateral offset and/or a vertical offset of the load fork relative to a receiving opening (8; 8a, 8b) in a load means ; - a control apparatus , which is configured to take the ascertained orientation of the load fork relative to the receiving opening (8; 8a, 8b) in the load means as a basis for producing warning information that provides information about whether the load fork would collide with the load means if the industrial truck continued to travel in the direction of the load means and the orientation of the load fork remained the same, characterized in that the warning information is an audible signal and the control apparatus is configured to acoustically adapt the warning information on the basis of a distance of the load fork from the receiving opening (8; 8a, 8b) in the load means , wherein different acoustic frequencies are used for the information too high, too low, too far left, too far right, no clear opening, which means that the driver is able to perform the correct fine positioning on the basis of the audible signal. - a position detection apparatus , which is configured to detect an orientation of the load fork in the form of a lateral offset and/or a vertical offset of the load fork relative to a receiving opening (8; 8a, 8b) in a load means ; - a control apparatus , which is configured to take the ascertained orientation of the load fork relative to the receiving opening (8; 8a, 8b) in the load means as a basis for producing warning information that provides information about whether the load fork would collide with the load means if the industrial truck continued to travel in the direction of the load means and the orientation of the load fork remained the same,
A portable user device comprising: an input operable to receive printer selection data corresponding to a default printer ; an input operable to receive sync data corresponding to at least one portable imaging device ; an input operable to receive image data corresponding to at least one image captured by the at least one portable imaging device; a processor and associated memory, wherein the memory is operable to store received printer selection data, the processor is operable to generate pairing data in accordance with received sync data, the memory is operable to store the pairing data identifying the at least one portable imaging device, the memory is operable to store received image data, the processor is operable to generate prompt data corresponding to a rendering of the image data on the default printer, and the processor is operable to pair the portable imaging device in accordance with the pairing data; an output operable to communicate the prompt data to the at least one portable imaging device; an input operable to receive response data corresponding to the prompt data; and an output operable to communicate the image data to the default printer in accordance with received response data. an input operable to receive printer selection data corresponding to a default printer ; an input operable to receive sync data corresponding to at least one portable imaging device ; an input operable to receive image data corresponding to at least one image captured by the at least one portable imaging device; a processor and associated memory, wherein the memory is operable to store received printer selection data, the processor is operable to generate pairing data in accordance with received sync data, the memory is operable to store the pairing data identifying the at least one portable imaging device, the memory is operable to store received image data, the processor is operable to generate prompt data corresponding to a rendering of the image data on the default printer, and the processor is operable to pair the portable imaging device in accordance with the pairing data; the memory is operable to store received printer selection data, the processor is operable to generate pairing data in accordance with received sync data, the memory is operable to store the pairing data identifying the at least one portable imaging device, the memory is operable to store received image data, the processor is operable to generate prompt data corresponding to a rendering of the image data on the default printer, and the processor is operable to pair the portable imaging device in accordance with the pairing data; an output operable to communicate the prompt data to the at least one portable imaging device; an input operable to receive response data corresponding to the prompt data; and an output operable to communicate the image data to the default printer in accordance with received response data.
A conjugate comprising an interleukin-15 (IL-15) moiety that is covalently attached, via one or more of its amino groups, to a branched poly(ethylene glycol) polymer.
An active decoupling impedance comprising a transformer having a primary winding connectable on an electrical power line between a victim device and an electrical load , and a burden network , characterized in that the burden network is connected to a secondary winding of the transformer , and in that the burden network is arranged to generate a first impedance on the powerline at a power frequency, and a second impedance with an absolute value larger than that of the first impedance in a predetermined band of frequency above the power frequency.
Core drilling tool for earth or rock drilling having - an external first tube body , at the lower tube edge of which removal elements for removing soil or rock material are provided and which has an upper cover section , - a connecting means , which is attached to the cover section and designed to transmit a drilling torque, and - at least one internal second tube body , at the lower tube edge of which removal elements for removing soil or rock material are provided and which is arranged inside the first tube body , - wherein on the first tube body a coupling means is provided, with which the second tube body is releasably fixed on the first tube body , characterized in that the connecting means on the first tube body has a first receiving sleeve with an upwardly directed first receiving opening for a form-locked connection, in that the coupling means has a second receiving sleeve with a downwardly directed second receiving opening and in that the coupling means has a plug element with a first plug region which can be plugged into the second receiving sleeve . - an external first tube body , at the lower tube edge of which removal elements for removing soil or rock material are provided and which has an upper cover section , - a connecting means , which is attached to the cover section and designed to transmit a drilling torque, and - at least one internal second tube body , at the lower tube edge of which removal elements for removing soil or rock material are provided and which is arranged inside the first tube body , - wherein on the first tube body a coupling means is provided, with which the second tube body is releasably fixed on the first tube body ,
An accessing method, comprising: obtaining, by a user equipment in uplink asynchronization state, a timing advance value; obtaining, by the user equipment, uplink synchronization according to the timing advance value; receiving, by the user equipment in uplink synchronization state, a synchronous channel resource set sent by a base station, wherein the synchronous channel resource set comprises multiple synchronous channel resources, each synchronous channel resource is a scheduling request resource, wherein the number of the synchronous channel resources in the synchronous channel resource set is larger than a number of random access codes; selecting, by the user equipment, a first synchronous channel resource from the synchronous channel resource set; using , by the user equipment, the first synchronous channel resource to send an access request to the base station, for requesting to access the base station; receiving , by the user equipment, access feedback sent by the base station; and determining , by the user equipment, whether access is successful according to the access feedback. obtaining, by a user equipment in uplink asynchronization state, a timing advance value; obtaining, by the user equipment, uplink synchronization according to the timing advance value; receiving, by the user equipment in uplink synchronization state, a synchronous channel resource set sent by a base station, wherein the synchronous channel resource set comprises multiple synchronous channel resources, each synchronous channel resource is a scheduling request resource, wherein the number of the synchronous channel resources in the synchronous channel resource set is larger than a number of random access codes; selecting, by the user equipment, a first synchronous channel resource from the synchronous channel resource set; using , by the user equipment, the first synchronous channel resource to send an access request to the base station, for requesting to access the base station; receiving , by the user equipment, access feedback sent by the base station; and determining , by the user equipment, whether access is successful according to the access feedback.
An exhaust guide member of a nozzle vane-type turbocharger equipped with a nozzle vane for changing the speed of exhaust gas running through a turbine in accordance with the speed of engine revolution, wherein the member to constitute the nozzle vane and to constitute an exhaust guide for guiding exhaust gas to the turbine is formed of an austenite stainless steel containing, in terms of % by mass, at most 0.08 % of C, from 2.0 to 4.0 % of Si, at most 2.0 % of Mn, from 8.0 to 16.0 % of Ni, from 18.0 to 20.0 % of Cr, at most 0.04 % of N and optionally one or two of Nb and Ti in an amount of from 0.05 to 1.0 %, one or two of Mo and Cu in an amount of from 0.50 to 5.0 % and one or two of REM (rare earth element including Y) and Ca in an amount of from 0.01 to 0.20 %, the austenite stainless steel containing these ingredients in such a manner that they satisfy a DE value of the following formula to be from 5.0 to 12.0, with a balance of Fe and inevitable impurities: DE value = Cr + 1.5 ⁢ Si + 0.5 ⁢ Nb + Mo − Ni − 0.3 ⁢ Cu − 0.5 ⁢ Mn − 30 C + N .