mhurhangee/patent-ind-claim-en huggingface dataset:
A profile download method implemented by a user terminal, comprising: selecting, based on local profile assistant, LPA, indication information, a second LPA in an embedded universal integrated circuit card, eUICC, of the user terminal to download a target profile, wherein the user terminal comprises a first LPA and the eUICC comprises the second LPA; obtaining download information for downloading the target profile by the eUICC; and instructing downloading, using the second LPA in the eUICC, the target profile from a download server indicated by the download information. selecting, based on local profile assistant, LPA, indication information, a second LPA in an embedded universal integrated circuit card, eUICC, of the user terminal to download a target profile, wherein the user terminal comprises a first LPA and the eUICC comprises the second LPA; obtaining download information for downloading the target profile by the eUICC; and instructing downloading, using the second LPA in the eUICC, the target profile from a download server indicated by the download information.
A pharmaceutical injection device for injecting a set injection amount of a drug , comprising: a syringe mounting portion configured to mount thereon a syringe containing the drug , the syringe including at a first end side thereof an injection needle mounting portion on which an injection needle is mounted and an elastic member at a second end side thereof; a plunger operable to press the elastic member in the syringe mounted on the syringe mounting portion toward the injection needle mounting portion ; a motor adapted to drive the plunger ; an encoder adapted to detect a rotation amount of the motor ; and a controller connected to the encoder and adapted to control a driving of the motor , characterized in that the controller is further adapted to implement a first operation mode for obtaining the first motor rotation amount corresponding to a deformation amount of the elastic member from the encoder in a state in which the injection needle is not mounted, after implementing the first operation mode, implement a second operation mode for injecting the drug while obtaining a second motor rotation amount from the encoder in a state in which the injection needle is mounted on the injection needle mounting portion , and in the second operation mode, stop the injection of the drug when a difference between the first motor rotation amount and the second motor rotation amount is equal to or greater than a third motor rotation amount, the third motor rotation amount corresponding to the set injection amount. a syringe mounting portion configured to mount thereon a syringe containing the drug , the syringe including at a first end side thereof an injection needle mounting portion on which an injection needle is mounted and an elastic member at a second end side thereof; a plunger operable to press the elastic member in the syringe mounted on the syringe mounting portion toward the injection needle mounting portion ; a motor adapted to drive the plunger ; an encoder adapted to detect a rotation amount of the motor ; and a controller connected to the encoder and adapted to control a driving of the motor , characterized in that the controller is further adapted to implement a first operation mode for obtaining the first motor rotation amount corresponding to a deformation amount of the elastic member from the encoder in a state in which the injection needle is not mounted, after implementing the first operation mode, implement a second operation mode for injecting the drug while obtaining a second motor rotation amount from the encoder in a state in which the injection needle is mounted on the injection needle mounting portion , and in the second operation mode, stop the injection of the drug when a difference between the first motor rotation amount and the second motor rotation amount is equal to or greater than a third motor rotation amount, the third motor rotation amount corresponding to the set injection amount.
An electrical energy storage device for a home automation closure or solar protection installation, the electrical energy storage device comprising at least: - a casing , - a battery , the battery being disposed within the casing , in an assembled configuration of the electrical energy storage device , - a first support , the first support being disposed at a first end of the casing , in the assembled configuration of the electrical energy storage device , - a first plug and a second plug , the first plug being assembled with the casing at the first end of the casing , in the assembled configuration of the electrical energy storage device , the second plug being assembled with the casing at the second end of the casing in the assembled configuration of the electrical energy storage device , characterised in that the electrical energy storage device also comprises a second support , the second support being disposed at a second end of the casing , in the assembled configuration of the electrical energy storage device , the second end of the casing being opposite the first end of the casing , and in that each of the first and second supports is assembled with one of the first and second plugs by means of elastic snap-fastening elements , in the assembled configuration of the electrical energy storage device . - a casing , - a battery , the battery being disposed within the casing , in an assembled configuration of the electrical energy storage device , - a first support , the first support being disposed at a first end of the casing , in the assembled configuration of the electrical energy storage device , - a first plug and a second plug , the first plug being assembled with the casing at the first end of the casing , in the assembled configuration of the electrical energy storage device , the second plug being assembled with the casing at the second end of the casing in the assembled configuration of the electrical energy storage device , characterised in that the electrical energy storage device also comprises a second support , the second support being disposed at a second end of the casing , in the assembled configuration of the electrical energy storage device , the second end of the casing being opposite the first end of the casing , and in that each of the first and second supports is assembled with one of the first and second plugs by means of elastic snap-fastening elements , in the assembled configuration of the electrical energy storage device .
A system for collecting bodily fluid from a subject, the system comprising: a housing including a base configured to be positioned against skin of the subject, wherein the base includes an aperture extending therethrough; a collar accessible via the housing; an outflow channel fluidly connected to the aperture, wherein the outflow channel includes an open microfluidic channel portion , and wherein the open microfluidic channel portion includes a ramp; and a collection cartridge configured to be releasably coupled to the collar , wherein the collection cartridge extends around and sealingly engages the collar when the collection cartridge is coupled to the collar , and wherein the collection cartridge is fluidly connected to the open microfluidic channel portion of the outflow channel when the collection cartridge is coupled to the collar . a housing including a base configured to be positioned against skin of the subject, wherein the base includes an aperture extending therethrough; a collar accessible via the housing; an outflow channel fluidly connected to the aperture, wherein the outflow channel includes an open microfluidic channel portion , and wherein the open microfluidic channel portion includes a ramp; and a collection cartridge configured to be releasably coupled to the collar , wherein the collection cartridge extends around and sealingly engages the collar when the collection cartridge is coupled to the collar , and wherein the collection cartridge is fluidly connected to the open microfluidic channel portion of the outflow channel when the collection cartridge is coupled to the collar .
A UV curable inkjet ink including a free radical polymerizable compound and an acyl phosphine oxide initiator, wherein the acyl phosphine oxide initiator includes an acyl group selected from the group consisting of a benzoyl group substituted by an urea group or an oxalylamide group; a 2,6-dimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,6-dimethoxy benzoyl group substituted in position 3 by an urea group or an oxalylamide group; a 2,4,6-trimethyl benzoyl group substituted in position 3 by an urea group or an oxalylamide group; and a 2,4,6-trimethoxybenzoyl group substituted in position 3 by an urea group or an oxalylamide group, characterized in that the urea group and the oxalylamide group include a tertiary amine group positioning a phosporus atom of the acylphosphine oxide initiator in a 1 to Z position, where position 1 is defined as that of the phosphorus atom and position Z is defined as the nitrogen atom of the tertiary amine group with Z representing an integer of at least 11, preferably selected from 12 to 16; and that the acyl phosphine oxide initiator contains no more than two photoinitiating moieties having a phosphine oxide group. characterized in that the urea group and the oxalylamide group include a tertiary amine group positioning a phosporus atom of the acylphosphine oxide initiator in a 1 to Z position, where position 1 is defined as that of the phosphorus atom and position Z is defined as the nitrogen atom of the tertiary amine group with Z representing an integer of at least 11, preferably selected from 12 to 16; and that the acyl phosphine oxide initiator contains no more than two photoinitiating moieties having a phosphine oxide group.
A method, performed by a user equipment, UE , of processing a non-access stratum, NAS, message, the method comprising: receiving a paging request message from an access and mobility management function, AMF , wherein the UE is in an idle state, and a session management message transmitted from a session management function, SMF , to the UE via the AMF is pending; transmitting a service request message to the AMF ; receiving a service accept message from the AMF ; receiving the session management message from the SMF ; and after receiving the session management message, receiving a UE configuration update command message from the AMF . receiving a paging request message from an access and mobility management function, AMF , wherein the UE is in an idle state, and a session management message transmitted from a session management function, SMF , to the UE via the AMF is pending; transmitting a service request message to the AMF ; receiving a service accept message from the AMF ; receiving the session management message from the SMF ; and after receiving the session management message, receiving a UE configuration update command message from the AMF .
An apparatus for dispensing a frozen confection comprising: a mixing chamber within which an ice cream and at least one flavored concentrate are mixed, a valve assembly operable to control a flow of said mixture of said ice cream into said mixing chamber ; a pump for providing said at least one flavored concentrate to said mixing chamber ; and a dispensing nozzle arranged in fluid communication with said mixing chamber , said dispensing nozzle having a flow channel through which a mixture of said ice cream and said at least one flavored concentrate is dispensed, said flow channel having a first diameter adjacent an inlet end of said dispensing nozzle and a second diameter adjacent an outlet end of said dispensing nozzle , said second diameter being greater than said first diameter. a mixing chamber within which an ice cream and at least one flavored concentrate are mixed, a valve assembly operable to control a flow of said mixture of said ice cream into said mixing chamber ; a pump for providing said at least one flavored concentrate to said mixing chamber ; and a dispensing nozzle arranged in fluid communication with said mixing chamber , said dispensing nozzle having a flow channel through which a mixture of said ice cream and said at least one flavored concentrate is dispensed, said flow channel having a first diameter adjacent an inlet end of said dispensing nozzle and a second diameter adjacent an outlet end of said dispensing nozzle , said second diameter being greater than said first diameter.
A method for efficient content-based routing, the method comprising: receiving, at a sender machine , a subscription of requested content required by a receiver machine ; assigning a unique subscription identification (ID) identifying a consumer and the requested content and associated with the subscription in a router table ; prior to sending a message, placing, by the sender machine, a subscription ID in a header of the message if the message corresponds to the requested content; analyzing the router table to determine one or more receiver machines associated with the requested content identified by the subscription ID in the header of the message; and sending, from the sender machine, one or more messages to the one or more receiver machines associated with the requested content identified by the subscription ID in the header of the message, wherein the router table comprises one or more entries comprising: the subscription; the subscription ID associated with the subscription; and a receiver machine ID associated with the receiver machine subscribing to the subscription. receiving, at a sender machine , a subscription of requested content required by a receiver machine ; assigning a unique subscription identification (ID) identifying a consumer and the requested content and associated with the subscription in a router table ; prior to sending a message, placing, by the sender machine, a subscription ID in a header of the message if the message corresponds to the requested content; analyzing the router table to determine one or more receiver machines associated with the requested content identified by the subscription ID in the header of the message; and sending, from the sender machine, one or more messages to the one or more receiver machines associated with the requested content identified by the subscription ID in the header of the message, the subscription; the subscription ID associated with the subscription; and a receiver machine ID associated with the receiver machine subscribing to the subscription.
A method of bioimpedance vector analysis technology to evaluate local or whole body bone mineral density , comprising the steps of: (a) measuring a resistance and a reactance of a subject with a bioimpedance measuring instrument , obtaining a height of said subject, and then dividing the height of said subject by said resistance to obtain a first value, and dividing the height of said subject by said reactance to obtain a second value; and (b) comparing said first value and said second value with a bioimpedance vector analysis chart by the bioimpedance measuring instrument to evaluate the local or whole body bone mineral density of said subject. (a) measuring a resistance and a reactance of a subject with a bioimpedance measuring instrument , obtaining a height of said subject, and then dividing the height of said subject by said resistance to obtain a first value, and dividing the height of said subject by said reactance to obtain a second value; and (b) comparing said first value and said second value with a bioimpedance vector analysis chart by the bioimpedance measuring instrument to evaluate the local or whole body bone mineral density of said subject.
An electronic circuit comprising: a first circuit coupled to a first ground node , the first ground node coupled to a first ground reference ; a second circuit coupled to a second ground node the second ground node coupled to a second ground reference ; and a ground fault detection circuit configured to detect an open circuit between the first ground node and the first ground reference or between the second ground node and the second ground reference by comparing a voltage at the first ground node to a voltage at the second ground reference and/or comparing a voltage at the second ground node to a voltage at the first ground reference, wherein the ground fault detection circuit comprises: (i) a minimum voltage detection circuit to determine a minimum voltage of the first and second ground nodes; and/or (ii) a maximum voltage detection circuit to determine a maximum voltage of the first and second ground nodes. a first circuit coupled to a first ground node , the first ground node coupled to a first ground reference ; a second circuit coupled to a second ground node the second ground node coupled to a second ground reference ; and a ground fault detection circuit configured to detect an open circuit between the first ground node and the first ground reference or between the second ground node and the second ground reference by comparing a voltage at the first ground node to a voltage at the second ground reference and/or comparing a voltage at the second ground node to a voltage at the first ground reference, wherein the ground fault detection circuit comprises: (i) a minimum voltage detection circuit to determine a minimum voltage of the first and second ground nodes; and/or (ii) a maximum voltage detection circuit to determine a maximum voltage of the first and second ground nodes.
A method for manufacturing a flexible hose for the transportation of liquids or fluids, in particular a garden hose for the transportation of drinking water, the method comprising the steps of: - providing at least one strip made of polymeric material which includes a plurality of QR codes according to the ISO/IEC 18004:2000(E) standard arranged between them at a predetermined distance (d), each of said QR codes consisting of a respective at least one ink layer ; - extruding a first polymeric material by means of an extrusion head to obtain at least one layer with an exposed surface ; - coupling said at least one strip made of polymeric material and said exposed surface at the outlet of said extrusion head , so as to hot transfer said QR codes onto respective portions of said exposed surface ; - removing said at least one strip made of polymeric material ; wherein the polymeric material of said strip is incompatible with said first polymeric material, the latter being compatible with said ink. - providing at least one strip made of polymeric material which includes a plurality of QR codes according to the ISO/IEC 18004:2000(E) standard arranged between them at a predetermined distance (d), each of said QR codes consisting of a respective at least one ink layer ; - extruding a first polymeric material by means of an extrusion head to obtain at least one layer with an exposed surface ; - coupling said at least one strip made of polymeric material and said exposed surface at the outlet of said extrusion head , so as to hot transfer said QR codes onto respective portions of said exposed surface ; - removing said at least one strip made of polymeric material ;
A signal distribution network (noa-noj) for an antenna arrangement (100a-100j) with fewer input ports than antenna elements, comprising: at least two signal splitters ; and at least two signal combiners , wherein each signal splitter is configured to receive one input baseband signal (S1-S4) from a unique input port and to provide one direct feed signal as input to a unique antenna element (E1-E14), and to provide intermediate signals as input to two of said at least two signal combiners ; wherein each signal combiner is configured to receive two intermediate signals, each intermediate signal being received from a respective signal splitter of said at least two signal splitters , and to provide one combined signal as input to a unique antenna element (E1-E14), wherein said one combined signal is formed by combining the received two intermediate signals; wherein the signal distribution network (noa-noj) further comprising one signal adder configured to provide input to one antenna element of the antenna arrangement (100a-100j), wherein one of said at least two signal splitters is configured to provide a first input to said signal adder , and wherein one of said at least two signal combiners is configured to provide a second input to said signal adder . at least two signal splitters ; and at least two signal combiners , wherein each signal splitter is configured to receive one input baseband signal (S1-S4) from a unique input port and to provide one direct feed signal as input to a unique antenna element (E1-E14), and to provide intermediate signals as input to two of said at least two signal combiners ; wherein each signal combiner is configured to receive two intermediate signals, each intermediate signal being received from a respective signal splitter of said at least two signal splitters , and to provide one combined signal as input to a unique antenna element (E1-E14), wherein said one combined signal is formed by combining the received two intermediate signals; wherein the signal distribution network (noa-noj) further comprising one signal adder configured to provide input to one antenna element of the antenna arrangement (100a-100j), wherein one of said at least two signal splitters is configured to provide a first input to said signal adder , and wherein one of said at least two signal combiners is configured to provide a second input to said signal adder .
Footwear having a strap comprising a front strap portion configured to be interposed between a big toe and an index toe of a user, and a side strap portion configured to be put on a top of a foot of said user, and a footbed which the strap is attached to and a foot of the user is intended to be mounted on, wherein said footbed has a vertical two-layer structure, wherein an upper layer which is one layer of the two-layer structure has a first removal portion obtained by removing a site intended to be located opposed to a heel of the user and a second removal portion obtained by removing a site intended to be located closer to a little toe of the user as seen from said front strap portion while closer to toes of the user as seen from said first removal portion , wherein a lower layer which is another layer of said two-layer structure is made of material more flexible than said upper layer is, and is in a shape made by forming a foot circumference while providing said lower layer with neither said first removal portion nor said second removal portion , wherein said second removal portion , in use, is opposed to at least a middle toe, a ring toe, a little toe and their base parts, as well as an adductor hallucis transverse head part lying closer to a heel than the base parts do, of the user, and wherein a level-difference part formed by an upper surface of said upper layer and an upper surface of said lower layer in said second removal portion is provided with a slant . wherein said footbed has a vertical two-layer structure, wherein an upper layer which is one layer of the two-layer structure has a first removal portion obtained by removing a site intended to be located opposed to a heel of the user and a second removal portion obtained by removing a site intended to be located closer to a little toe of the user as seen from said front strap portion while closer to toes of the user as seen from said first removal portion , wherein a lower layer which is another layer of said two-layer structure is made of material more flexible than said upper layer is, and is in a shape made by forming a foot circumference while providing said lower layer with neither said first removal portion nor said second removal portion , wherein said second removal portion , in use, is opposed to at least a middle toe, a ring toe, a little toe and their base parts, as well as an adductor hallucis transverse head part lying closer to a heel than the base parts do, of the user, and wherein a level-difference part formed by an upper surface of said upper layer and an upper surface of said lower layer in said second removal portion is provided with a slant .