mhurhangee/ep-ind-claims huggingface dataset:
A method for personalisation of a mobile equipment, the mobile equipment having a physically unswappable smart card or secure element, wherein a first telecommunications subscription available on the smart card or secure element is updateable, the method comprising: receiving a request at a Trusted Service Manager, TSM, to replace the first telecommunications subscription with a second telecommunications subscription; accessing, by the TSM, a personalisation rule table record corresponding to the smart card or secure element, wherein the personalisation rule table record comprises a personalisation rule for network lock or lock to a specific International Mobile Subscriber Identifier, IMSI, such that the personalisation rule table record indicates whether the requested replacement is forbidden; and provided the personalisation rule table record does not indicate the requested swap is forbidden, the TSM initiating a replacement of the first telecommunications subscription with the second telecommunications subscription; wherein the personalisation rule table record is included in the TSM and the personalisation rule is implemented within the TSM. receiving a request at a Trusted Service Manager, TSM, to replace the first telecommunications subscription with a second telecommunications subscription; accessing, by the TSM, a personalisation rule table record corresponding to the smart card or secure element, wherein the personalisation rule table record comprises a personalisation rule for network lock or lock to a specific International Mobile Subscriber Identifier, IMSI, such that the personalisation rule table record indicates whether the requested replacement is forbidden; and provided the personalisation rule table record does not indicate the requested swap is forbidden, the TSM initiating a replacement of the first telecommunications subscription with the second telecommunications subscription; wherein the personalisation rule table record is included in the TSM and the personalisation rule is implemented within the TSM.
Arrangement in a dishwasher for creating a wash zone with intensified washing in a washing chamber, said arrangement comprising: a spray arm rotatably arranged around an axis A; a water pump arranged to feed water to the spray arm; a control unit arranged to control operation of the water pump; wherein at least one additional nozzle is arranged on the spray arm, said additional nozzle is arranged to be opened when the pressure in the water fed from the water pump to the spray arm exceeds a predetermined level, characterized in that said arrangement further comprises a support element arranged to rotatably support the spray arm in the washing chamber and feed water from the water pump to the spray arm, said support element further comprising an actuator member movably arranged along an axis M parallel to the axis A between a first position in which the spray arm is rotatable around the axis A and a second position in which the spray arm is prevented from rotating and the additional nozzle on the spray arm is opened, wherein the actuator member is arranged to move from the first position to the second position when the pressure in the water fed from the water pump to the spray arm exceeds a predetermined level. a spray arm rotatably arranged around an axis A; a water pump arranged to feed water to the spray arm; a control unit arranged to control operation of the water pump; wherein
A thermal control combination yarn system comprising: a first plurality of microdenier hydrophobic yarns, which have up to 2 denier per filament and are made of polypropylene, wherein a preponderance of said first plurality of yarns is surface-exposed on a first surface of said system, and a second plurality of yarns comprising ultra microfibers being relatively less hydrophobic compared to said microdenier hydrophobic yarns, which ultra microfibers have no less than 10 filaments per denier and are made of a material selected from the group consisting of polyester, nylon and combinations thereof, wherein a preponderance of said second plurality of yarns is surface-exposed on a second surface of said system, and wherein said first plurality of yarns is in direct contact with said second plurality of yarns. a first plurality of microdenier hydrophobic yarns, which have up to 2 denier per filament and are made of polypropylene, wherein a preponderance of said first plurality of yarns is surface-exposed on a first surface of said system, and a second plurality of yarns comprising ultra microfibers being relatively less hydrophobic compared to said microdenier hydrophobic yarns, which ultra microfibers have no less than 10 filaments per denier and are made of a material selected from the group consisting of polyester, nylon and combinations thereof, wherein a preponderance of said second plurality of yarns is surface-exposed on a second surface of said system, and wherein said first plurality of yarns is in direct contact with said second plurality of yarns.
A neural network processor integrated circuit device for performing neural network calculations for an artificial neural network having one or more network layers, wherein the neural network processor integrated circuit device comprises: a plurality of computation circuits, each computation circuit including computing elements, associated dedicated memory elements (584, 586, 588), and related layer control logic configured to be dynamically mapped to sets of memory elements in accordance with a number of computations required in a network layer; wherein said plurality of computation circuits are aggregated in multiple levels to form a hierarchy; wherein higher levels in said hierarchy are generally more complex and include a smaller number of instantiations than lower levels; and at least one chip-to-chip interface circuit operative to enable communications between and interconnect said neural network processor integrated circuit device to one or more additional neural network processor integrated circuit devices via one or more input and output ports in each neural network processor integrated circuit device. a plurality of computation circuits, each computation circuit including computing elements, associated dedicated memory elements (584, 586, 588), and related layer control logic configured to be dynamically mapped to sets of memory elements in accordance with a number of computations required in a network layer; wherein said plurality of computation circuits are aggregated in multiple levels to form a hierarchy; wherein higher levels in said hierarchy are generally more complex and include a smaller number of instantiations than lower levels; and at least one chip-to-chip interface circuit operative to enable communications between and interconnect said neural network processor integrated circuit device to one or more additional neural network processor integrated circuit devices via one or more input and output ports in each neural network processor integrated circuit device.
Spring-absorber system for a wheel suspension of a motor vehicle comprising a suspension spring with a spring constant k T and an absorber connected in parallel with the suspension spring and filled with a fluid, wherein the spring-absorber system furthermore comprises at least two additional spring modules (31, 32, 33, 34), each having an additional container (311, 321, 331, 341), wherein each additional container comprises an additional container volume, which is subjected to pressure by an additional spring (312, 322, 332, 342) with a spring constant k n, and the additional container volumes each have a fluidic connection via a fluid line to an absorber section of the absorber, the absorber section volume of which is reduced during the compression stage of the absorber, wherein at least one additional spring module of the at least two additional spring modules (31, 32, 33, 34) comprises a controllable shut-off valve (314, 324, 334, 344) with which the respective fluid line can be blocked, wherein the additional container is a cylinder (311, 321, 331, 341) with two variable volume cylinder chambers separated by a movable separating piston (313, 323, 333, 343), wherein a first cylinder chamber as the additional container volume is connected via the respective fluid line to the absorber section, the absorber section volume of which is reduced during the compression stage of the absorber, and a second cylinder chamber accommodates the respective additional spring (312, 322, 332, 342), which by means of the separating piston (313, 323, 333, 343) acts in a pressure-impinging manner on the first cylinder chamber, characterized in that the separating piston has a membrane between one of the cylinder chambers and a cavity formed by the separating piston.
A device for injecting one or more agents into tissue within a patient's body, comprising: a substantially axially incompressible elongate member comprising a proximal end, a distal end sized for introduction into a patient's body, and a lumen extending between the proximal and distal ends; a distal stop on the distal end; and a needle tip extending distally beyond the distal stop, the needle tip having a cross-section smaller than the distal end and a passage communicating between the lumen and an outlet in the needle tip, the passage having a cross-section smaller than the lumen; wherein the elongate member comprises: an elongate coil extending between the proximal and distal ends; a tensile element coupled to opposite ends of the coil; a primary sleeve disposed within an interior region of the coil extending between the proximal and distal ends, the primary sleeve defining the lumen; and a secondary sleeve disposed within the interior region of the coil extending between the proximal and distal ends, the secondary sleeve defining a secondary sleeve lumen extending between the proximal and distal ends that is smaller than the primary sleeve lumen. a substantially axially incompressible elongate member comprising a proximal end, a distal end sized for introduction into a patient's body, and a lumen extending between the proximal and distal ends; a distal stop on the distal end; and a needle tip extending distally beyond the distal stop, the needle tip having a cross-section smaller than the distal end and a passage communicating between the lumen and an outlet in the needle tip, the passage having a cross-section smaller than the lumen; wherein the elongate member comprises: an elongate coil extending between the proximal and distal ends; a tensile element coupled to opposite ends of the coil; a primary sleeve disposed within an interior region of the coil extending between the proximal and distal ends, the primary sleeve defining the lumen; and a secondary sleeve disposed within the interior region of the coil extending between the proximal and distal ends, the secondary sleeve defining a secondary sleeve lumen extending between the proximal and distal ends that is smaller than the primary sleeve lumen. an elongate coil extending between the proximal and distal ends; a tensile element coupled to opposite ends of the coil; a primary sleeve disposed within an interior region of the coil extending between the proximal and distal ends, the primary sleeve defining the lumen; and a secondary sleeve disposed within the interior region of the coil extending between the proximal and distal ends, the secondary sleeve defining a secondary sleeve lumen extending between the proximal and distal ends that is smaller than the primary sleeve lumen.
A welding-type power supply comprising: - a power circuit disposed to receive input power and provide welding type power and auxiliary power, and having a control input, wherein the power circuit includes an auxiliary power transformer; characterized by - a temperature responsive component mounted in the auxiliary power transformer, that provides a temperature signal indicative of the temperature in the auxiliary power transformer; - a controller, having a control output connected to the control input, and having a temperature control input connected to receive the temperature signal, and having a thermal protection module that receives the temperature control input, and wherein the control output is responsive to the thermal protection module, wherein the temperature responsive component is a thermistor, and wherein the auxiliary power transformer includes a utility power winding, a control power winding (205, 402), and a winding separator therebetween, wherein utility power winding is wound about a bobbin, the winding separator is placed over winding, and then control power winding is wound about winding separator, and the thermistor is mounted over winding. - a power circuit disposed to receive input power and provide welding type power and auxiliary power, and having a control input, wherein the power circuit includes an auxiliary power transformer; - a temperature responsive component mounted in the auxiliary power transformer, that provides a temperature signal indicative of the temperature in the auxiliary power transformer; - a controller, having a control output connected to the control input, and having a temperature control input connected to receive the temperature signal, and having a thermal protection module that receives the temperature control input, and wherein the control output is responsive to the thermal protection module,
A vehicle lamp, comprising: a semiconductor light source; a second lens that includes an incident surface disposed on a front side of the light source and a radiation surface configured to radiate light incident from the incident surface to the front of a vehicle, the incident surface having a shape that includes two convex parts (33, 34) each projecting toward the light source at positions outside of a center in the horizontal direction and connecting to each other as an inwardly recessed part on a central side; and a first lens disposed between the light source and the second lens, configured to convert distribution of light from the light source into distribution of light to be incident on the incident surface of the second lens, and radiate the light from the light source at the second lens so that a diffusion light distribution pattern radiated to the front of the vehicle is extended to the outside of the vehicle in a horizontal direction, wherein the recessed part of the incident surface of the second lens is formed in a planar shape to perform light distribution control to form substantially the entire shape of the diffusion light distribution pattern, and an outer part of the incident surface of the second lens in the horizontal direction is formed in a planar shape to perform light distribution control to form a high luminosity zone on the central side in the horizontal direction of the diffusion light distribution pattern. a semiconductor light source; a second lens that includes an incident surface disposed on a front side of the light source and a radiation surface configured to radiate light incident from the incident surface to the front of a vehicle, the incident surface having a shape that includes two convex parts (33, 34) each projecting toward the light source at positions outside of a center in the horizontal direction and connecting to each other as an inwardly recessed part on a central side; and a first lens disposed between the light source and the second lens, configured to convert distribution of light from the light source into distribution of light to be incident on the incident surface of the second lens, and radiate the light from the light source at the second lens so that a diffusion light distribution pattern radiated to the front of the vehicle is extended to the outside of the vehicle in a horizontal direction, wherein the recessed part of the incident surface of the second lens is formed in a planar shape to perform light distribution control to form substantially the entire shape of the diffusion light distribution pattern, and an outer part of the incident surface of the second lens in the horizontal direction is formed in a planar shape to perform light distribution control to form a high luminosity zone on the central side in the horizontal direction of the diffusion light distribution pattern.
A dispersant for use at the interface between an organic medium and a particulate solid, said dispersant comprising a surface active reaction product of a polyether functionalized polyacid reacted with an aminic polybasic species and salts thereof, wherein said polyether functionalized polyacid species comprises a polyacid portion of 10 to 500 repeat units, said polyacid portion comprising at least two free acid groups selected from the types consisting of a carboxylic acid, salt of a carboxylic acid, anhydride of a dicarboxylic acid, acid from phosphorus, and acid from sulfur, and said repeat units being derived from free-radically polymerizing monomers that had contained a polymerizable carbon-to-carbon double bond, wherein said polyether functionalized polyacid comprises two or more polyether segments with an oxygen or aminic group near a terminus of the polyether and connected to said polyacid portion via ester, amide, and/or imide linkages, wherein said two or more polyether segments comprises a polyether segment of the Q' type having the formula -J-(C δ H 2δ -O) T -(CH 2 CH 2 O) X -R 2 where δ is 3 and/or 4, -J- is -O-, -N -, or >N-, T is from 4 to 45 total C 3 and C 4 alkylene oxide repeat units and X is up to 45 repeat units of ethylene oxide per segment, and R 2 is a hydrocarbyl group with up to 36 carbon atoms, and/or a polyether segment of G' type having the formula -J-( C δ H 2δ -O) L -(CH 2 CH 2 O) M -R 1, where δ is 3 and/or 4, -J- is -O-, -N -, or >N-, M is from 3 to 60 ethylene oxide units and L is up to 20 total C 3 and C 4 alkylene oxide units per segment, and R 1 is a hydrocarbyl group with up to 36 carbon atoms, in one embodiment M must be greater than L, and in one embodiment the ratio of M: L after rounding to two places past the decimal is at least 1.50:1 or more desirably at least 2.00:1 and in one embodiment T + X must equal or be greater than 8 and the ratio of X:T after rounding to two places past the decimal is less than 1.50:1 and more desirably less than 1.40:1; wherein the number ratio of said acid groups of said polyacid to carbonyl groups in the form of an ester, amide or imide type functionalized with G' type polyether segments to carbonyl in the form of an ester, amide, or imide type functionalized with Q' type polyether segments is from 20-90:0-35:5-80 wherein the amount of Q' is further defined as the sum of variables Q a ' + Q b ' where Q a ' is the portion of Q where J is -N - or >N- and Q b ' is the portion of Q' where J is -O-;with the provisions that a) the sum of G' + Q a ' must together total at least 2.5 more desirably 5, and b) Q a ' +Q b ' + G' must total at least 10; wherein said aminic polybasic species comprises a polyamine that may be linear or branched having a molecular weight from 140 to 100,000 g/mole; wherein said reaction product includes two or more ionic and/or covalent bonds between said polyether functionalized polyacid and said aminic polybasic species and the weight ratio of the polyether functionalized polyacid to the aminic polybasic species is from 1:1 to 35:1, more desirably 1:1 to 30:1, and preferably 2:1 to 30:1.
A method for updating a session in a terminal, comprising: transmitting a registration message to a management server, wherein the registration message comprises a first parameter indicating whether or not a management function is used by the management server and a second parameter indicating a version of information for recognizing whether information about one or more capabilities of the terminal has changed; receiving a capability information request message from the management server, when the first parameter indicates that the management function is used and when the version indicated by the second parameter is an initial version or different from a previous version stored in the management server; transmitting a capability information response message including the information about the one or more capabilities in response to the request; performing one or more services with one or more entities (310, 320, 120); transmitting a capability information update message to the management server when the one or more capabilities change, wherein the capability information update message includes the information about the one or more changed capabilities and the second parameter indicating the version of the information for recognizing whether the information about the one or more capabilities has changed; and updating a session with the one or more entities (310, 320, 120) by using the information about the one or more changed capabilities. transmitting a registration message to a management server, wherein the registration message comprises a first parameter indicating whether or not a management function is used by the management server and a second parameter indicating a version of information for recognizing whether information about one or more capabilities of the terminal has changed; receiving a capability information request message from the management server, when the first parameter indicates that the management function is used and when the version indicated by the second parameter is an initial version or different from a previous version stored in the management server; transmitting a capability information response message including the information about the one or more capabilities in response to the request; performing one or more services with one or more entities (310, 320, 120); transmitting a capability information update message to the management server when the one or more capabilities change, wherein the capability information update message includes the information about the one or more changed capabilities and the second parameter indicating the version of the information for recognizing whether the information about the one or more capabilities has changed; and updating a session with the one or more entities (310, 320, 120) by using the information about the one or more changed capabilities.
A process for computer processing molecular imaging data comprising a plurality of spectral datasets (J1-Jn), each spectral dataset (J1-Jn) being defined by a set of spatial positions (Xi, Yj) each of which is associated with a molecular spectrum in at least two dimensions containing a set of molecular information (S(Xi, Yj)), characterized in that it includes the following steps - for each dataset (J1-Jn), automatically dividing the molecular spectrum associated with each position (Xi, Yj) into several spectrum sections (T1-Tm) each containing part of the molecular information of said spectrum, said spectrum sections comprising together the set of molecular information of the associated molecular spectrum - inserting the sections (T1-Tm) obtained for each position (Xi, Yj) of each dataset (J1-Jn) in a database, so that each position (Xi, Yj) of each dataset (J1-Jn) is associated with a set of indexed spectrum sections (T1-Tm), - selecting from the database, following a request relating to molecular information of interest, the section(s) (T1-Tm) containing the molecular information of interest, and - selecting, within each section (T1-Tm), said molecular information of interest. - for each dataset (J1-Jn), automatically dividing the molecular spectrum associated with each position (Xi, Yj) into several spectrum sections (T1-Tm) each containing part of the molecular information of said spectrum, said spectrum sections comprising together the set of molecular information of the associated molecular spectrum - inserting the sections (T1-Tm) obtained for each position (Xi, Yj) of each dataset (J1-Jn) in a database, so that each position (Xi, Yj) of each dataset (J1-Jn) is associated with a set of indexed spectrum sections (T1-Tm), - selecting from the database, following a request relating to molecular information of interest, the section(s) (T1-Tm) containing the molecular information of interest, and - selecting, within each section (T1-Tm), said molecular information of interest.