mhurhangee/ep-ind-claims huggingface dataset:
A method for an electronic device to configure a sharing target device for data sharing, the method comprising: transmitting, to an authentication server associated with a mobile network operator for managing data usage, a device configuration request message for configuring the sharing target device to share a data usage amount assigned to the electronic device, the device configuration request message including an identifier of the sharing target device and information on data amount to be shared for the sharing target device; receiving, from the authentication server, in response to the device configuration request message, an access code permitting access to the authentication server; and transmitting the received access code to the sharing target device, wherein the sharing target device receives, using the access code, a subscriber profile from the authentication server for sharing the data usage amount assigned to the electronic device. transmitting, to an authentication server associated with a mobile network operator for managing data usage, a device configuration request message for configuring the sharing target device to share a data usage amount assigned to the electronic device, the device configuration request message including an identifier of the sharing target device and information on data amount to be shared for the sharing target device; receiving, from the authentication server, in response to the device configuration request message, an access code permitting access to the authentication server; and transmitting the received access code to the sharing target device, wherein the sharing target device receives, using the access code, a subscriber profile from the authentication server for sharing the data usage amount assigned to the electronic device.
An article rack accessory for use in a dishwasher comprising a tub; one or more article racks which are extendably disposed into the tub one above the other; and one or more rotating spray arms each including one or more nozzles for upwardly spraying the washing/rinsing liquid towards the respective article rack, wherein the article rack accessory comprises an apparatus which is adapted for installation onto at least one of the article racks and for washing/rinsing the interior of a hollow article that is to be placed thereover with the open side down onto the respective rack, wherein the apparatus includes an ascending pipe which is configured to penetrate into the hollow article, to immediately catch at least part of the washing/rinsing liquid that is upwardly sprayed from the respective counterpart nozzle which passes beneath, and to divert it into the hollow article towards the bottom thereof and a base which includes an attachment means for detachably attaching the base to the respective rack; and a holding means for releasably holding the apparatus and characterized in that the holding means includes one or more slots, and the apparatus includes one or more keys for engaging with the respective slots.
A method for wireless communication, characterized by comprising: receiving, by a terminal device, a first bitmap from a network device, wherein the first bitmap is to indicate a time-domain resource allocated for the terminal device by the network device in a first frequency-domain resource unit; and performing, by the terminal device, data transmission with the network device on the time-domain resource indicated by the first bitmap; wherein each bit in the first bitmap corresponds to at least one time-domain resource unit in the first frequency-domain resource unit, and a value of each bit in the first bitmap is to indicate whether the at least one time-domain resource unit corresponding to the bit is used for data transmission of the terminal device; wherein each of bits in the first bitmap corresponds to a respective one of time-domain resource units in the first frequency-domain resource unit; wherein the time-domain resource unit comprises a symbol group; and wherein the first bitmap further indicates a time-domain resource not available for data transmission of the terminal device by indicating time-domain resources for data transmission of at least one another terminal device in the first frequency-domain resource unit. receiving, by a terminal device, a first bitmap from a network device, wherein the first bitmap is to indicate a time-domain resource allocated for the terminal device by the network device in a first frequency-domain resource unit; and performing, by the terminal device, data transmission with the network device on the time-domain resource indicated by the first bitmap; wherein each bit in the first bitmap corresponds to at least one time-domain resource unit in the first frequency-domain resource unit, and a value of each bit in the first bitmap is to indicate whether the at least one time-domain resource unit corresponding to the bit is used for data transmission of the terminal device; wherein each of bits in the first bitmap corresponds to a respective one of time-domain resource units in the first frequency-domain resource unit; wherein the time-domain resource unit comprises a symbol group; and wherein the first bitmap further indicates a time-domain resource not available for data transmission of the terminal device by indicating time-domain resources for data transmission of at least one another terminal device in the first frequency-domain resource unit.
A method of mounting a cam angle sensor in an internal combustion engine, the method comprising: inserting a cam angle sensor into a through-hole perforated through a head cover made of a synthetic resin for covering an upper face of a cylinder head, the cam angle sensor being arranged to face a rotor on a cam shaft at the upper face of the cylinder head for detection of cam angles; and fastening a mounting portion integral with the cam angle sensor to a bearing cap, the bearing cap being disposed between the rotor and the cam positioned closest to the rotor, by using a fixing member penetrating through a portion of the head cover, the bearing cap pivotally supporting the cam shaft at a position between the rotor and the cam positioned closest to the rotor, characterized in that the fixing member penetrates through the head cover at a portion different from the through-hole where the cam angle sensor is inserted. inserting a cam angle sensor into a through-hole perforated through a head cover made of a synthetic resin for covering an upper face of a cylinder head, the cam angle sensor being arranged to face a rotor on a cam shaft at the upper face of the cylinder head for detection of cam angles; and fastening a mounting portion integral with the cam angle sensor to a bearing cap, the bearing cap being disposed between the rotor and the cam positioned closest to the rotor, by using a fixing member penetrating through a portion of the head cover, the bearing cap pivotally supporting the cam shaft at a position between the rotor and the cam positioned closest to the rotor, characterized in that the fixing member penetrates through the head cover at a portion different from the through-hole where the cam angle sensor is inserted.
Water-cooled water-moderated nuclear reactor core melt cooling and confinement system containing: a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains external and internal metal walls with a filler in between having smaller heat-conductivity than that of the wall material, where the thickness h fil of the filler meets the following requirement: 0.8 h ext < h fil < 1.6 h ext, where h ext is the thickness of the vessel external wall. a cone-shaped guide plate being adapted to be installed under a reactor vessel bottom, a cantilever girder installed under the guide plate and supporting the same, a core catcher installed under the cantilever girder and equipped with cooled cladding in form of a multi-layer vessel for protection of the external heat-exchange wall from dynamic, thermal and chemical impacts, and a filling material for melt dilution inside the multi-layer vessel, wherein the multi-layer vessel contains external and internal metal walls with a filler in between having smaller heat-conductivity than that of the wall material, where the thickness h fil of the filler meets the following requirement: 0.8 h ext < h fil < 1.6 h ext, where h ext is the thickness of the vessel external wall.
Proton exhange membrane electrochemical converter including a plurality of unitary electrochemical cells that are connected in series and arranged on a carrier strip that is elongate along a longitudinal axis, a first face of which having anodes (A-) receives hydrogen (H 2) and a second face of which having cathodes (C+) receives air, characterized in that the hydrogen flows in a stream parallel to the longitudinal axis of said strip and in that the air flows in a stream transverse to the longitudinal axis of said strip, separating means dividing the air stream into a cooling stream not making contact with the cathodes and a cathodic reaction stream that makes contact with the cathodes (C+).
A multi-component divider display system, comprising: a base (42, 334) having at least one pusher track (14, 314); a divider for dividing displayed merchandise into rows, the divider comprising at least two components including a first divider component extending outwardly from the base and a second divider component extending upwardly from the first divider component and releasably connected to the first divider component; and a pusher (50, 52) movable along the pusher track (14, 314) in a first direction; characterized in that: the base (42, 334) is constructed for operative coupling to a shelf; the pusher (50, 52) has a pusher face extendable from a first position to a second position substantially perpendicular to the first direction; and the second divider component comprises a pair of sidewalls and at least one flange, said flange being positioned to slidably engage at least one cooperating groove on the first divider component to releasably connect the second divider component to the first divider component, and each sidewall extends downward over at least a portion of the first divider component when the second divider component is connected to the first divider component. a base (42, 334) having at least one pusher track (14, 314); a divider for dividing displayed merchandise into rows, the divider comprising at least two components including a first divider component extending outwardly from the base and a second divider component extending upwardly from the first divider component and releasably connected to the first divider component; and a pusher (50, 52) movable along the pusher track (14, 314) in a first direction; the base (42, 334) is constructed for operative coupling to a shelf; the pusher (50, 52) has a pusher face extendable from a first position to a second position substantially perpendicular to the first direction; and the second divider component comprises a pair of sidewalls and at least one flange, said flange being positioned to slidably engage at least one cooperating groove on the first divider component to releasably connect the second divider component to the first divider component, and each sidewall extends downward over at least a portion of the first divider component when the second divider component is connected to the first divider component.
A heat shrinkable stretched multilayer film for skin packaging, comprising: a crosslinked resin layer; a gas barrier resin layer; and a heat sealing resin layer sequentially arranged from an outer side, the film having a dry thermal shrinkage rate of from 10% to 55% in each of a machine direction and of a transverse direction at 120°C in 30 seconds, and tensile elongation at break of 190% or greater in the machine direction at a tension rate of 500 mm/min at 120°C, the multilayer film is obtained by stretching a multilayer film comprising a crosslinked resin layer; a gas barrier resin layer; and a heat sealing resin layer sequentially arranged from an outer side at a stretching ratio from 2.0 to 5.0 times in each of a machine direction and of a transverse direction and subsequent relaxation treatment at a temperature from 70° to 90°C and a relaxation rate from 25% to 45% in each of a machine direction and of a transverse direction. a crosslinked resin layer; a gas barrier resin layer; and a heat sealing resin layer sequentially arranged from an outer side, the film having a dry thermal shrinkage rate of from 10% to 55% in each of a machine direction and of a transverse direction at 120°C in 30 seconds, and tensile elongation at break of 190% or greater in the machine direction at a tension rate of 500 mm/min at 120°C, the multilayer film is obtained by stretching a multilayer film comprising a crosslinked resin layer; a gas barrier resin layer; and a heat sealing resin layer sequentially arranged from an outer side at a stretching ratio from 2.0 to 5.0 times in each of a machine direction and of a transverse direction and subsequent relaxation treatment at a temperature from 70° to 90°C and a relaxation rate from 25% to 45% in each of a machine direction and of a transverse direction.
A printing system comprising: a drive system (110, 240) to advance print media through a print zone at a printing speed; a buffer speed calculation system configured to calculate a buffer generation speed based on the printing speed, a length of a plot to be printed, a minimum buffer, a buffer start position and an amount of time required to cut the print media; and a buffer generation system (130, 230) configured to generate a buffer between the buffer generation system and the drive system, the buffer being generated by advancing the print media at the buffer generation speed to accumulate a portion of the print media between the drive system and the buffer generation system. a drive system (110, 240) to advance print media through a print zone at a printing speed; a buffer speed calculation system configured to calculate a buffer generation speed based on the printing speed, a length of a plot to be printed, a minimum buffer, a buffer start position and an amount of time required to cut the print media; and a buffer generation system (130, 230) configured to generate a buffer between the buffer generation system and the drive system, the buffer being generated by advancing the print media at the buffer generation speed to accumulate a portion of the print media between the drive system and the buffer generation system.
Coffee grinder-doser comprising - a grinder-doser body, enclosing a grinding chamber housing a first and a second mill (18,108) configured and mutually positioned to grind coffee beans into ground coffee, - an external ring-nut to be gripped and rotated by an operator, integrally connected to the first mill, - a nut screw with a longitudinal axis (X-X), inside the grinding chamber, which engages with an external thread of the ring-nut, to allow the translation of the position of the first mill relative to said longitudinal axis (X-X), - the ring-nut being fitted with a ring-nut body and a plurality of indices which identify the angular position, the body of the grinder-doser comprising in turn a fixed reference for said indices, characterized in that - the ring-nut is associated with a graduated ring, provided with said indices, and a cover at least partially removable to lock in place the graduated ring between the cover and the ring-nut, the cover being attached to the ring-nut body by coupling means at least partially removable which allow the adjustment and locking of the angular position of the graduated ring. - a grinder-doser body, enclosing a grinding chamber housing a first and a second mill (18,108) configured and mutually positioned to grind coffee beans into ground coffee, - an external ring-nut to be gripped and rotated by an operator, integrally connected to the first mill, - a nut screw with a longitudinal axis (X-X), inside the grinding chamber, which engages with an external thread of the ring-nut, to allow the translation of the position of the first mill relative to said longitudinal axis (X-X), - the ring-nut being fitted with a ring-nut body and a plurality of indices which identify the angular position, the body of the grinder-doser comprising in turn a fixed reference for said indices, - the ring-nut is associated with a graduated ring, provided with said indices, and a cover at least partially removable to lock in place the graduated ring between the cover and the ring-nut, the cover being attached to the ring-nut body by coupling means at least partially removable which allow the adjustment and locking of the angular position of the graduated ring.
A rinse comprising: an anti-inflammatory amount of herbal extracts of Sambucus nigra and Centella asiatica, wherein Sambucus nigra extract is more than 50% to 90% by weight of the plant extract solids in the rinse and Centella asiatica is 1% to less than 50% by weight of the plant extract solids in the rinse; and an antimicrobially effective amount of a surfactant that is 1-alkylpyridinium salt, where alkyl is C8-C36, the surfactant present in an amount from 0.01 to 2% of the formulation by weight. an anti-inflammatory amount of herbal extracts of Sambucus nigra and Centella asiatica, wherein Sambucus nigra extract is more than 50% to 90% by weight of the plant extract solids in the rinse and Centella asiatica is 1% to less than 50% by weight of the plant extract solids in the rinse; and an antimicrobially effective amount of a surfactant that is 1-alkylpyridinium salt, where alkyl is C8-C36, the surfactant present in an amount from 0.01 to 2% of the formulation by weight.
Planar securing means, more particularly securing net, for securing a load during its transportation on the loading area of a vehicle, with a flexible securing surface (1, 2) that is variable in size, and fastening devices, provided at edge of the securing surface (1, 2), for detachably fixing the securing surface (1, 2) to the side walls of the vehicle, characterised in that a gathering device (8 to 11, H) is provided, which transforms the flexible securing surface (1. 2) at least from an extended securing position into a folded-up storage position and vice versa, wherein the gathering device (8 to 11, H) comprises at last one gathering rope (8, 9, 10, 11) connected to a lower end of the securing surface (1, 2) in the securing position and at the end of the gathering rope (8, 9, 10, 11) a handle is provided, and wherein the handle is equipped with a fastening element for detachably fixing, for example, to the side wall. a gathering device (8 to 11, H) is provided, which transforms the flexible securing surface (1. 2) at least from an extended securing position into a folded-up storage position and vice versa, wherein the gathering device (8 to 11, H) comprises at last one gathering rope (8, 9, 10, 11) connected to a lower end of the securing surface (1, 2) in the securing position and at the end of the gathering rope (8, 9, 10, 11) a handle is provided, and wherein the handle is equipped with a fastening element for detachably fixing, for example, to the side wall.
A method of fabricating a finished part, the method including: creating a master pattern using an additive manufacturing process, the master pattern corresponding in shape to the finished part, wherein the master pattern is created from a first material consisting of one or more plastic materials; creating a shell of the master pattern by applying one or more layers of one or more coating materials to the master pattern, wherein the one or more coating materials is different than the first material; ultrasonically dissolving the master pattern while the master pattern is in the shell to create a shell cavity in the shell that corresponds in shape to the finished part; pouring a molding material into the shell cavity, the molding material being a second material that is different than the first material and the one or more coating materials; allowing the molding material to harden and to reach a determined temperature such that the hardened molding material becomes the finished part; and removing the shell from around the finished part. creating a master pattern using an additive manufacturing process, the master pattern corresponding in shape to the finished part, wherein the master pattern is created from a first material consisting of one or more plastic materials; creating a shell of the master pattern by applying one or more layers of one or more coating materials to the master pattern, wherein the one or more coating materials is different than the first material; ultrasonically dissolving the master pattern while the master pattern is in the shell to create a shell cavity in the shell that corresponds in shape to the finished part; pouring a molding material into the shell cavity, the molding material being a second material that is different than the first material and the one or more coating materials; allowing the molding material to harden and to reach a determined temperature such that the hardened molding material becomes the finished part; and removing the shell from around the finished part.
A method performed at an access node, AN, the AN configured to communicate wirelessly with a wireless device, WD, the method comprising: transmitting from the AN a first synchronization signal block having a first format for a first duration of time; and transmitting from the AN a second synchronization signal block of a second format for a second duration of time, the second synchronization signal block including a primary synchronization signal (506, 508, 510, 512), PSS, for each of a plurality of sectors, wherein the first format differs from the second format such that the first duration comprises a longer duration than the second duration and the first synchronization signal block repeats the PSS (506, 508, 510, 512) a plurality of times for each of the plurality of sectors. transmitting from the AN a first synchronization signal block having a first format for a first duration of time; and transmitting from the AN a second synchronization signal block of a second format for a second duration of time, the second synchronization signal block including a primary synchronization signal (506, 508, 510, 512), PSS, for each of a plurality of sectors, wherein the first format differs from the second format such that the first duration comprises a longer duration than the second duration and the first synchronization signal block repeats the PSS (506, 508, 510, 512) a plurality of times for each of the plurality of sectors.
Air circuit breaker -type circuit breaker consisting primarily of electromechanical elements for tripping and resetting a lock and provided with a pump-action reset lever, this circuit breaker taking the general form of a housing enclosing said electromechanical elements, the front face of which has a recess in the form of a narrow groove accommodating said pump-action reset lever, characterized in that the pump-action reset lever has a telescopic rod that may be deployed from a retracted position, in which it is accommodated by the recess, to a deployed position protruding from said recess when it is actuated for pumping, and in that the telescopic rod is produced in the form of a central rod ensheathed by a sliding sleeve sliding over said central rod and provided, at its free end, with an end stop for said sliding sleeve and in that the end stop is produced in the form of a cylindrical axle which is also used as an axis of rotation for pivoting said sliding sleeve in a plane that is perpendicular to the plane in which the pump-action reset lever pivots.