mhurhangee/ep-ind-claims huggingface dataset:
Compressed chewing gum tablet comprising at least a first and a second chewing gum module, said first chewing gum module comprising a first chewing gum composition comprising at least a first active ingredient and chewing gum granules containing gum base, said second chewing gum module comprising a second chewing gum composition comprising at least a second active ingredient and chewing gum granules containing gum base, wherein said first active ingredient is a pharmaceutically active ingredient, wherein said pharmaceutically active ingredient is nicotine and/or varenicline, and said second active ingredient is selected from the group of enhancers and wherein said enhancer comprises a pH control agent, wherein the gum base content of said first and second chewing gum modules is different.
Process for the additive manufacturing of a three-dimensional metal part of a thin blade for forming furrows in the tread of a tyre, said thin blade being intended to be inserted into a curing mould of said tyre, having at least a monolithic part and having large variations in thickness, comprising an inner part, referred to as a "core", surrounded by an outer part, referred to as a "shell", this process consisting in successively solidifying successively deposited layers of metal powder (C1, C2, Cx, Cy, Cn) by melting with the aid of a laser beam, and in defining in each of these different successive layers of powder either at least one shell region, which constitutes a portion of said shell of the metal part to be manufactured, or at least one core region, surrounded by a shell region, said core region constituting a portion of said core of the metal part to be manufactured, characterized in that the melting of said core regions is effected by scanning with said laser beam so as to form longitudinal weld beads that have identical widths, are mutually parallel and that are either juxtaposed or spaced apart from one another by a distance less than X% of their width, or overlap over a distance less than X% of their width, and in that the melting of said shell regions is effected by scanning with said laser beam so as to form longitudinal weld beads that have identical widths and an identical width to the weld beads of the core, are mutually parallel and that overlap over a distance greater than X% of their width, X being equal to 30.
Method of managing a list of services at the level of a receiver in a content transmission system comprising several distinct data streams, characterized by: - when the receiver is turned on, checking whether a flag is set, and: - if the flag is set inform the user of the availability of an update of the list of services, and: - if the user authorizes the update, updating the list of services by adding services newly appeared and removing services having disappeared; - monitoring the data streams, and: - in case of detection of a service having disappeared, set the flag to request a further update of the list of services; - in case of detection of a new service on a given stream, checking whether the new service has already been stored in the list of services for another stream and, if this service has already been stored, retaining the service having the best value of quality parameter without setting the flag, else if this service has not already been stored, setting the flag to request a further update of the list of services. - when the receiver is turned on, checking whether a flag is set, and: - if the flag is set inform the user of the availability of an update of the list of services, and: - if the user authorizes the update, updating the list of services by adding services newly appeared and removing services having disappeared; - if the flag is set inform the user of the availability of an update of the list of services, and: - if the user authorizes the update, updating the list of services by adding services newly appeared and removing services having disappeared; - if the user authorizes the update, updating the list of services by adding services newly appeared and removing services having disappeared; - monitoring the data streams, and: - in case of detection of a service having disappeared, set the flag to request a further update of the list of services; - in case of detection of a new service on a given stream, checking whether the new service has already been stored in the list of services for another stream and, if this service has already been stored, retaining the service having the best value of quality parameter without setting the flag, else if this service has not already been stored, setting the flag to request a further update of the list of services. - in case of detection of a service having disappeared, set the flag to request a further update of the list of services; - in case of detection of a new service on a given stream, checking whether the new service has already been stored in the list of services for another stream and, if this service has already been stored, retaining the service having the best value of quality parameter without setting the flag, else if this service has not already been stored, setting the flag to request a further update of the list of services.
Flow sensor for determining a flow parameter of a fluid, comprising: a sensor chip having a thermal membrane sensor element that is configured to determine the flow parameter of the fluid in a measurement range or to determine a fluid temperature of the fluid, wherein the thermal membrane sensor element comprises two spaced-apart thermoelement junctions (8a, 8b) and a heating element arranged between the thermoelement junctions, and wherein the sensor chip is implemented to be circumflowed by the fluid during operation of the flow sensor as self-supporting sensor finger; wherein the sensor chip is mounted on a measurement head in a self-supporting manner; and wherein a length of the sensor chip is at least three times the length of a width of the sensor chip, such that the membrane sensor element is placed in the flow in a self-supporting manner and outside of a junction, which is spurious as regards to flow, to a mechanical fixing of the measurement head, wherein the membrane sensor element is arranged in a first third of the chip area at a first end of the sensor chip, and wherein the first end of the sensor chip opposes a second end of the sensor chip where electric leads are connected to the measurement head, and wherein the flow parameter is a flow amount, a mass flow, a volume flow, a flow velocity, a flow direction, a fluid temperature or a fluid state parameter. a sensor chip having a thermal membrane sensor element that is configured to determine the flow parameter of the fluid in a measurement range or to determine a fluid temperature of the fluid, wherein the thermal membrane sensor element comprises two spaced-apart thermoelement junctions (8a, 8b) and a heating element arranged between the thermoelement junctions, and wherein the sensor chip is implemented to be circumflowed by the fluid during operation of the flow sensor as self-supporting sensor finger; wherein the sensor chip is mounted on a measurement head in a self-supporting manner; and wherein a length of the sensor chip is at least three times the length of a width of the sensor chip, such that the membrane sensor element is placed in the flow in a self-supporting manner and outside of a junction, which is spurious as regards to flow, to a mechanical fixing of the measurement head, wherein the membrane sensor element is arranged in a first third of the chip area at a first end of the sensor chip, and wherein the first end of the sensor chip opposes a second end of the sensor chip where electric leads are connected to the measurement head, and wherein the flow parameter is a flow amount, a mass flow, a volume flow, a flow velocity, a flow direction, a fluid temperature or a fluid state parameter.
Method for controlling a steer-by-wire steering system for motor vehicles, the steer-by-wire steering system having • a steering actuator which acts on the steered wheels and is electronically regulated in a manner which is dependent on a driver's steering request, • a feedback actuator which transmits feedback effects from the road to a steering wheel, and • a control unit comprising software which actuates the electronically controlled steering actuator, characterized in that the following method steps are provided: - monitoring of the function of the software in a normal mode of the steer-by-wire steering system; - determining of a faulty function of the software and/or control hardware of the steer-by-wire steering system and operating of the steer-by-wire steering system in an emergency steering mode, the steering actuator being actuated in such a way that the torque of the steering actuator in the emergency steering mode is reduced in comparison with the normal mode. • a steering actuator which acts on the steered wheels and is electronically regulated in a manner which is dependent on a driver's steering request, • a feedback actuator which transmits feedback effects from the road to a steering wheel, and • a control unit comprising software which actuates the electronically controlled steering actuator, characterized in that the following method steps are provided: - monitoring of the function of the software in a normal mode of the steer-by-wire steering system; - determining of a faulty function of the software and/or control hardware of the steer-by-wire steering system and operating of the steer-by-wire steering system in an emergency steering mode, the steering actuator being actuated in such a way that the torque of the steering actuator in the emergency steering mode is reduced in comparison with the normal mode. - monitoring of the function of the software in a normal mode of the steer-by-wire steering system; - determining of a faulty function of the software and/or control hardware of the steer-by-wire steering system and operating of the steer-by-wire steering system in an emergency steering mode, the steering actuator being actuated in such a way that the torque of the steering actuator in the emergency steering mode is reduced in comparison with the normal mode.
Apparatus for the construction of fan wheels of the double suction type, comprising a plurality of inclined blades having blade feet and being arranged on a cylindrical surface, a pair of blade restraining end rings, at least one central disk supporting the blades and carrying a fan wheel hub, an assembly mandrel formed of two cylindrical components (16,17) displaceable one relative to the other and operable to rotate about a common axis, and a pair of circular plates (18,19) slidably mounted on ends of the assembly mandrel, said assembly mandrel carrying seats (23,24) adapted for supporting and holding in position the end rings and the central disk, and said cylindrical components (16,17) of the assembly mandrel being provided with retaining means, arranged on the lateral surface thereof, for temporary holding in position the blades of the fan wheel during the construction operations thereof, characterised in that rolling and flanging devices (25,26) are mounted near said seats (23,24) of the end rings and the central disk on the assembly mandrel for rolling and flanging said end rings and said central disk onto said blade feet, and in that said cylindrical components (16,17) of the assembly mandrel are axially displaceable one relative to the other, upon action of said circular plates (18,19), between a spaced apart position for mounting said end rings and said central disk and an approached position for carrying out the rolling and flanging operations of said end rings and said central disk onto said blade feet, and in that said cylindrical components (16,17) are provided on their facing base surfaces with mating coupling elements (21,22) adapted to establish a connection between the cylindrical components (16,17) in their approached position, in order to permit an exactly congruent rotation thereof during the rolling and flanging operations.
A method (600, 700) for accessing data to present a digital asset at an electronic device having a local memory for data storage, the method comprising: storing a low quality version of a digital asset in the local memory of the electronic device; receiving an indication that the digital asset is to be presented by the electronic device; determining (612, 704) that network performance available to the electronic device is adequate for downloading a high quality version of the digital asset; requesting the high quality version of the digital asset from a cloud data repository; downloading (616, 710) the high quality version of the digital asset from the cloud data repository to the electronic device, provided that the network performance available to the electronic device is determined to be adequate for digital asset download; and replacing the low quality version of the digital asset stored in the local memory of the electronic device with the high quality version of the digital asset being downloaded from the cloud data repository. storing a low quality version of a digital asset in the local memory of the electronic device; receiving an indication that the digital asset is to be presented by the electronic device; determining (612, 704) that network performance available to the electronic device is adequate for downloading a high quality version of the digital asset; requesting the high quality version of the digital asset from a cloud data repository; downloading (616, 710) the high quality version of the digital asset from the cloud data repository to the electronic device, provided that the network performance available to the electronic device is determined to be adequate for digital asset download; and replacing the low quality version of the digital asset stored in the local memory of the electronic device with the high quality version of the digital asset being downloaded from the cloud data repository.
An infant chair apparatus comprising: a support base; a movable platform assembled with the support base for sliding movement; a seat portion arranged above the support base, the seat portion being pivotally connected with the movable platform; a rotation drive mechanism operable to drive reciprocated rotation of the seat portion relative to the movable platform and the support base; and a sliding drive mechanism operable to drive the movable platform to slide relative to the support base. a support base; a movable platform assembled with the support base for sliding movement; a seat portion arranged above the support base, the seat portion being pivotally connected with the movable platform; a rotation drive mechanism operable to drive reciprocated rotation of the seat portion relative to the movable platform and the support base; and a sliding drive mechanism operable to drive the movable platform to slide relative to the support base.
A conveying device that includes a plurality of conveying rollers (3a, 5a, 6a) supported in parallel at predetermined intervals, and is for conveying a workpiece (X, Y) to a heat-retaining/heating furnace from a rolling mill by the conveying rollers (3a, 5a, 6a), the conveying device comprising: an impact prediction data collecting unit configured to acquire data on the upstream of the heat-retaining/heating furnace, the data being capable of being used to predict the magnitude of an impact applied to rollers in the furnace, which are positioned in the heat-retaining/heating furnace, of the conveying rollers (3a, 5a, 6a) by the workpiece; and a control unit that is configured to predict the magnitude of an impact from the data, which is acquired by the impact prediction data collecting unit, and to adjust the conveying speed of the workpiece in the heat-retaining/heating furnace according to the magnitude of the impact. an impact prediction data collecting unit configured to acquire data on the upstream of the heat-retaining/heating furnace, the data being capable of being used to predict the magnitude of an impact applied to rollers in the furnace, which are positioned in the heat-retaining/heating furnace, of the conveying rollers (3a, 5a, 6a) by the workpiece; and a control unit that is configured to predict the magnitude of an impact from the data, which is acquired by the impact prediction data collecting unit, and to adjust the conveying speed of the workpiece in the heat-retaining/heating furnace according to the magnitude of the impact.
Catalytic reactor, containing a catalytic fixed bed having a volume V comprising a support structure and a catalyst, characterized by the following features: • During operation of the reaction, the catalytic fixed bed is filled with reaction medium to at least 85% by volume; and • the contact area of the catalyst with the reaction medium is at least 2000 m 2 per m 3 volume of the catalytic fixed bed; wherein the support structure is formed from material webs having a thickness of 5 to 25 μm, with a crosslinking density of at least 3 mm -3 present; and wherein the support structure consists of metals selected from elements of subgroups 8, 6 and 1 of the periodic table of the elements and mixtures thereof; and wherein (a) the support structure serves as a support body for a catalyst that is applied to the support structure in the form of a catalytically active coating; or wherein (b) cobalt, nickel, copper and/or mixtures thereof are the principal constituent of the support structure and the catalyst applied to the support structure is an activated metal catalyst. • During operation of the reaction, the catalytic fixed bed is filled with reaction medium to at least 85% by volume; and • the contact area of the catalyst with the reaction medium is at least 2000 m 2 per m 3 volume of the catalytic fixed bed; wherein the support structure is formed from material webs having a thickness of 5 to 25 μm, with a crosslinking density of at least 3 mm -3 present; and wherein the support structure consists of metals selected from elements of subgroups 8, 6 and 1 of the periodic table of the elements and mixtures thereof; and wherein (a) the support structure serves as a support body for a catalyst that is applied to the support structure in the form of a catalytically active coating; or wherein (b) cobalt, nickel, copper and/or mixtures thereof are the principal constituent of the support structure and the catalyst applied to the support structure is an activated metal catalyst. wherein the support structure is formed from material webs having a thickness of 5 to 25 μm, with a crosslinking density of at least 3 mm -3 present; and wherein the support structure consists of metals selected from elements of subgroups 8, 6 and 1 of the periodic table of the elements and mixtures thereof; and wherein (a) the support structure serves as a support body for a catalyst that is applied to the support structure in the form of a catalytically active coating; or wherein (b) cobalt, nickel, copper and/or mixtures thereof are the principal constituent of the support structure and the catalyst applied to the support structure is an activated metal catalyst. (a) the support structure serves as a support body for a catalyst that is applied to the support structure in the form of a catalytically active coating; or wherein (b) cobalt, nickel, copper and/or mixtures thereof are the principal constituent of the support structure and the catalyst applied to the support structure is an activated metal catalyst.
A method of sorbing carbon dioxide from a gaseous composition to selectively remove carbon dioxide from methane or hydrogen gas, the method comprising; providing a porous polymeric sorbent, wherein the porous polymeric sorbent has a BET specific surface area of at least 400 m 2 /gram, the porous polymeric sorbent comprising a) 75 to 100 weight percent of a first monomeric unit of Formula; and b) 0 to 25 weight percent of a second monomeric unit of Formula; wherein R 1 is hydrogen or alkyl; each weight percent is based on a total weight of the porous polymeric sorbent; and exposing the porous polymeric sorbent to the gaseous composition at a first pressure, wherein the gaseous composition comprises carbon dioxide; sorbing carbon dioxide from the gaseous composition on the porous polymeric sorbent; and desorbing carbon dioxide from the porous polymeric sorbent at a second pressure that is lower than the first pressure. a) 75 to 100 weight percent of a first monomeric unit of Formula; and b) 0 to 25 weight percent of a second monomeric unit of Formula; wherein R 1 is hydrogen or alkyl; each weight percent is based on a total weight of the porous polymeric sorbent; and exposing the porous polymeric sorbent to the gaseous composition at a first pressure, wherein the gaseous composition comprises carbon dioxide; sorbing carbon dioxide from the gaseous composition on the porous polymeric sorbent; and desorbing carbon dioxide from the porous polymeric sorbent at a second pressure that is lower than the first pressure. R 1 is hydrogen or alkyl; each weight percent is based on a total weight of the porous polymeric sorbent; and exposing the porous polymeric sorbent to the gaseous composition at a first pressure, wherein the gaseous composition comprises carbon dioxide; sorbing carbon dioxide from the gaseous composition on the porous polymeric sorbent; and desorbing carbon dioxide from the porous polymeric sorbent at a second pressure that is lower than the first pressure.
Tank for food products comprising: an external surface, an internal surface, a compartment, an inlet for loading food products in the compartment, at least one outlet for discharging the food products from the compartment, first closing/opening means that can be alternately disposed in a closing position, wherein said first closing/opening means close said inlet, and an opening position, wherein said first closing/opening means do not close said inlet, and second closing/opening means that can be alternately disposed in a closing position, wherein said second closing/opening means close said outlet, and an opening position, wherein said second closing/opening means do not close said outlet; wherein said internal surface of the tank comprises a hydro-oleophobic surface layer, characterized in that said hydro-oleophobic surface layer comprises nanometric hydro-oleophobic particles; and said first closing/opening means comprise a door that is hinged to the tank in the inlet; said second closing/opening means comprise a door that is hinged to the tank in the outlet. wherein said internal surface of the tank comprises a hydro-oleophobic surface layer, characterized in that said hydro-oleophobic surface layer comprises nanometric hydro-oleophobic particles; and said first closing/opening means comprise a door that is hinged to the tank in the inlet; said second closing/opening means comprise a door that is hinged to the tank in the outlet.