mhurhangee/ep-ind-claims huggingface dataset:
A battery system for storing electrical power and supplying electrical power to a vehicle comprising: multiple battery packs, each battery pack comprising a plurality of cells, wherein the cells in each battery pack are electrically connected with one another within the respective battery pack, and wherein the multiple battery packs are electrically connected with one another to provide electrical power from the cells of the multiple battery packs to the vehicle, and wherein the electrical connections between at least some of the cells include a severable feature, whereby the electrical connection is severed locally at the severable feature in response to an impact force that is in excess of a predetermined magnitude or an overcurrent/overtemperature condition, characterized in that the severable feature comprises a mechanically weakened structure formed by an arcuate region at a junction between the positive and negative terminals, wherein the positive and negative terminals each have an arcuate region (4115a, 4115b), and where the arcuate regions overlie one another at an interconnection region at which the positive and negative terminals are connected with one another. multiple battery packs, each battery pack comprising a plurality of cells, wherein the cells in each battery pack are electrically connected with one another within the respective battery pack, and wherein the multiple battery packs are electrically connected with one another to provide electrical power from the cells of the multiple battery packs to the vehicle, and wherein the electrical connections between at least some of the cells include a severable feature, whereby the electrical connection is severed locally at the severable feature in response to an impact force that is in excess of a predetermined magnitude or an overcurrent/overtemperature condition, characterized in that the severable feature comprises a mechanically weakened structure formed by an arcuate region at a junction between the positive and negative terminals, wherein the positive and negative terminals each have an arcuate region (4115a, 4115b), and where the arcuate regions overlie one another at an interconnection region at which the positive and negative terminals are connected with one another.
Process for manufacturing a membrane/electrodes assembly, comprising steps of: - depositing an electrocatalytic ink on one face of a support, so as to form an electrode on the support; and - securely fastening the support and the formed electrode to a proton exchange membrane by adhesion; and characterized in that - a portion of the support is removed so as to expose at least a median portion of the formed electrode. - depositing an electrocatalytic ink on one face of a support, so as to form an electrode on the support; and - securely fastening the support and the formed electrode to a proton exchange membrane by adhesion; - a portion of the support is removed so as to expose at least a median portion of the formed electrode.
A hazardous location lighting fixture comprising: an LED light source; a housing holding the LED light source, the housing comprising: a plurality of heatsink fins formed at an outer side of a frame portion, and a band member provided at the plurality of heatsink fins, characterized in that it further comprises: a lens, wherein the lens comprises a float glass; in that the plurality of heatsink fins extend above and below the LED light source and the band member and above or beyond the lens such that the lens is not scratched when the hazardous location lighting fixture is placed on a ground, and in that a height of the band member is at least 5 times greater than a width of the band member. an LED light source; a housing holding the LED light source, the housing comprising: a plurality of heatsink fins formed at an outer side of a frame portion, and a band member provided at the plurality of heatsink fins, characterized in that it further comprises: a lens, wherein the lens comprises a float glass; a plurality of heatsink fins formed at an outer side of a frame portion, and a band member provided at the plurality of heatsink fins, characterized in that it further comprises: a lens, wherein the lens comprises a float glass; a lens, wherein the lens comprises a float glass; in that the plurality of heatsink fins extend above and below the LED light source and the band member and above or beyond the lens such that the lens is not scratched when the hazardous location lighting fixture is placed on a ground, and in that a height of the band member is at least 5 times greater than a width of the band member.
A method of using a plurality of blockchain transactions to execute a computer-implemented task, comprising the steps: using an unlocking script associated with a first input in a blockchain transaction to present at least one data item to a first locking script of another transaction so as to provide a result on a stack; generating a further unlocking script associated with a second input and comprising the result from the stack; wherein the second input is provided in a further blockchain transaction; and presenting the further unlocking script to a further locking script such that the result from the stack is provided as input to the further locking script. using an unlocking script associated with a first input in a blockchain transaction to present at least one data item to a first locking script of another transaction so as to provide a result on a stack; generating a further unlocking script associated with a second input and comprising the result from the stack; wherein the second input is provided in a further blockchain transaction; and presenting the further unlocking script to a further locking script such that the result from the stack is provided as input to the further locking script.
An exterior member which covers the circumference of an electric wire, which is wired between electrical components, along the electric wire, and is supported by a supporting body while one side in a circumferential direction is exposed, comprising an exterior member body that is formed into a long cylindrical shape and which has a predetermined background color; and an identifying mark that is provided on the outer surface of the exterior member body and which has another predetermined color different from the background color, wherein the exterior member body is formed with at least one bent part which is bent at a middle position in a longitudinal direction, and the identifying mark is provided to face the one side while the exterior member is supported by the supporting body; characterized in that the identifying mark is provided to be visually recognized to be parallel after the exterior member body is bent.
A battery temperature adjusting system, comprising: a battery unit including a heating pad and a battery cell; a leading wire connected to the battery unit; and a current induction unit surrounding the leading wire, characterized in that the current induction unit is electrically connectable to the heating pad for raising the temperature of the battery cell. a battery unit including a heating pad and a battery cell; a leading wire connected to the battery unit; and a current induction unit surrounding the leading wire, characterized in that the current induction unit is electrically connectable to the heating pad for raising the temperature of the battery cell.
A transistor arrangement, comprising: a superjunction transistor device comprising a source node, a gate node, a drain node and a bias node; a bias voltage source (VS DEP) configured to provide a bias voltage (V DEP); an electronic switch (SW DEP) configured to couple the bias voltage source (VS DEP) between the bias node and a further bias node; a drive circuit configured to drive the electronic switch (SW DEP); and a clamping circuit coupled between the bias node and the further bias node and configured to clamp a voltage between the bias node and the further bias node to a clamping voltage level, and wherein the drive circuit is further configured to switch on the electronic switch (SW DEP) during a transient phase in which the superjunction transistor device changes from a diode state to a blocking state, and switch off the electronic switch (SW DEP) when, during the transient phase, a drain-source voltage of the superjunction transistor device has reached a predefined threshold. a superjunction transistor device comprising a source node, a gate node, a drain node and a bias node; a bias voltage source (VS DEP) configured to provide a bias voltage (V DEP); an electronic switch (SW DEP) configured to couple the bias voltage source (VS DEP) between the bias node and a further bias node; a drive circuit configured to drive the electronic switch (SW DEP); and a clamping circuit coupled between the bias node and the further bias node and configured to clamp a voltage between the bias node and the further bias node to a clamping voltage level, and wherein the drive circuit is further configured to switch on the electronic switch (SW DEP) during a transient phase in which the superjunction transistor device changes from a diode state to a blocking state, and switch off the electronic switch (SW DEP) when, during the transient phase, a drain-source voltage of the superjunction transistor device has reached a predefined threshold.
Device for extending a film and for welding the film to a connection part (22, 23, 32) having an axial direction for forming a pouch for medical purposes, having an elongation device for elongating the film inside and/or outside a connecting area of the film, the elongation device having a molding tool (1, 11) with an extension direction (4, 14) and a molding cross-section (6, 16) which is shown as a contour of the molding tool (1, 11) in the cross-section of the molding tool (1, 11) perpendicularly to the extension direction (4, 14), characterized in that the molding tool (1, 11) has an area with a molding cross-section (6, 16) which tapers off in the extension direction (4, 14), the contour of the molding cross-section changing in the extension direction (4, 14) such that the degree of molding of the molding tool (1, 11) tapers off.
An electronic device comprising: an element in which an electric current flows; a first resin layer that is arranged to face the element and made of a first resin; and a second resin layer that is made of a second resin, characterized in that the first resin layer is a crosslinked polyethylene and the second resin layer is a methacrylic resin, the first resin layer and the second resin layer forming a laminated plate, when a hole is formed circular in the laminated plate in a direction penetrating the laminated plate from the element, a surface area of the first resin layer exposed inside the hole is S1, a surface area of the second resin layer exposed inside the hole is S2, an oxygen index of the first resin layer is A, an oxygen index of the second resin layer is B, and the electronic device has the surface areas S1 and S2 and the oxygen indexes A and B in which a value C' derived from the following Equations to is a preset safety threshold D' or more, C ′ = S 1 × A + S 2 × B / 2 S 1 + S 2 S 1 = π r × thickness d 1 of the first resin layer 11 S 2 = π r × thickness d 2 of the second resin layer 12 the oxygen index A = 34 to 36 the oxygen index B = 17 to 18 the oxygen indexes A and B are an indicator representing a percentage of a minimum oxygen concentration necessary for sustaining burning of a synthetic resin, and the safety threshold D' is 23 in a value of the oxygen indexes A and B. an element in which an electric current flows; a first resin layer that is arranged to face the element and made of a first resin; and a second resin layer that is made of a second resin, characterized in that the first resin layer is a crosslinked polyethylene and the second resin layer is a methacrylic resin, the first resin layer and the second resin layer forming a laminated plate, when a hole is formed circular in the laminated plate in a direction penetrating the laminated plate from the element, a surface area of the first resin layer exposed inside the hole is S1, a surface area of the second resin layer exposed inside the hole is S2, an oxygen index of the first resin layer is A, an oxygen index of the second resin layer is B, and the electronic device has the surface areas S1 and S2 and the oxygen indexes A and B in which a value C' derived from the following Equations to is a preset safety threshold D' or more, C ′ = S 1 × A + S 2 × B / 2 S 1 + S 2 S 1 = π r × thickness d 1 of the first resin layer 11 S 2 = π r × thickness d 2 of the second resin layer 12 the oxygen index A = 34 to 36 the oxygen index B = 17 to 18 the oxygen indexes A and B are an indicator representing a percentage of a minimum oxygen concentration necessary for sustaining burning of a synthetic resin, and the safety threshold D' is 23 in a value of the oxygen indexes A and B.
A method performed in a first network node for mapping a subscription in a network to a service user identity, wherein a communication device accesses the network using the subscription, and wherein the service user identity is used for accessing a service provided by the first network node, the method comprising: - receiving, from the communication device a request for a service, the request comprising an authenticated service user identity, - providing, in response to the request, the communication device access to the service, - receiving, from the communication device, a message comprising a token identifying a mapping of the service user identity to the subscription, and - verifying that a service user identity obtained from the token corresponds to the service user identity used when providing access to the communication device. - receiving, from the communication device a request for a service, the request comprising an authenticated service user identity, - providing, in response to the request, the communication device access to the service, - receiving, from the communication device, a message comprising a token identifying a mapping of the service user identity to the subscription, and - verifying that a service user identity obtained from the token corresponds to the service user identity used when providing access to the communication device.
A sole assembly (12, 12A, 12B, 112, 212) for an article of footwear (10, 110, 210) comprising: a curved spring plate (26, 126, 226) having a center portion and opposite end portions (30, 32) extending from the center portion, and having a first side with a first surface and an opposing side with a second surface; a retaining member secured to the end portions (30, 32) such that the retaining member spans across and bows the center portion; and wherein flexing of the spring plate (26, 126, 226) stores spring energy in the spring plate (26, 126, 226) that urges the center portion to unflex and release the spring energy, the sole assembly being characterised in that a pre-assembly curvature of the center portion is reversed by the retaining member. a curved spring plate (26, 126, 226) having a center portion and opposite end portions (30, 32) extending from the center portion, and having a first side with a first surface and an opposing side with a second surface; a retaining member secured to the end portions (30, 32) such that the retaining member spans across and bows the center portion; and wherein flexing of the spring plate (26, 126, 226) stores spring energy in the spring plate (26, 126, 226) that urges the center portion to unflex and release the spring energy, the sole assembly being characterised in that a pre-assembly curvature of the center portion is reversed by the retaining member.
A system comprising: one or more processors; a memory; and one or more components stored in the memory and executable by the one or more processors to perform operations comprising: establishing a communication session between a User Equipment, UE, and a Data Network, DN,, the communication session comprising data traversing a first path between the UE and the DN that includes a first User Plane Function, UPF (108); determining (118, 304) that the first UPF is stressed; and in response to determining that the first UPF is stressed, migrating (120, 306) the communication session to a second path between the UE and the DN, the second path including a second UPF (108), wherein migrating the communication session to the second path comprises transmitting a migration request to the second UPF (108), characterised by the migration request instructing the second UPF to transmit at least one indication of a revised route to at least one of a Radio Access Network, RAN, connected between the UE and the second UPF or the DN, the revised route replacing the first UPF with the second UPF. one or more processors; a memory; and one or more components stored in the memory and executable by the one or more processors to perform operations comprising: establishing a communication session between a User Equipment, UE, and a Data Network, DN,, the communication session comprising data traversing a first path between the UE and the DN that includes a first User Plane Function, UPF (108); determining (118, 304) that the first UPF is stressed; and in response to determining that the first UPF is stressed, migrating (120, 306) the communication session to a second path between the UE and the DN, the second path including a second UPF (108), wherein migrating the communication session to the second path comprises transmitting a migration request to the second UPF (108), characterised by the migration request instructing the second UPF to transmit at least one indication of a revised route to at least one of a Radio Access Network, RAN, connected between the UE and the second UPF or the DN, the revised route replacing the first UPF with the second UPF. establishing a communication session between a User Equipment, UE, and a Data Network, DN,, the communication session comprising data traversing a first path between the UE and the DN that includes a first User Plane Function, UPF (108); determining (118, 304) that the first UPF is stressed; and in response to determining that the first UPF is stressed, migrating (120, 306) the communication session to a second path between the UE and the DN, the second path including a second UPF (108), wherein migrating the communication session to the second path comprises transmitting a migration request to the second UPF (108), characterised by the migration request instructing the second UPF to transmit at least one indication of a revised route to at least one of a Radio Access Network, RAN, connected between the UE and the second UPF or the DN, the revised route replacing the first UPF with the second UPF.
An in vitro method of measuring a complex between human Ku86 and its autoantibody present in a blood specimen comprising (i) reacting the Ku86-autoantibody complex in said specimen with a reagent antibody against Ku86 and a substance capable of binding to the autoantibody, thereby generating an immunocomplex comprising said Ku86-autoantibody complex, the reagent antibody and the substance capable of binding to the autoantibody, wherein the substance capable of binding to the autoantibody is anti- IgG antibody and wherein (a) the reagent antibody is bound to a water-insoluble carrier, and the substance capable of binding to the autoantibody is labeled with a labeling component or (b) the reagent antibody is labeled with a labeling component, and the substance capable of binding to the autoantibody is bound to a water-insoluble carrier, and (ii) measuring the Ku86-autoantibody complex by measuring the labeling component bound to the immunocomplex generated in step (i), and wherein the reagent antibody against Ku86 is produced by mouse, rat, rabbit, goat or horse. (i) reacting the Ku86-autoantibody complex in said specimen with a reagent antibody against Ku86 and a substance capable of binding to the autoantibody, thereby generating an immunocomplex comprising said Ku86-autoantibody complex, the reagent antibody and the substance capable of binding to the autoantibody, wherein the substance capable of binding to the autoantibody is anti- IgG antibody and wherein (a) the reagent antibody is bound to a water-insoluble carrier, and the substance capable of binding to the autoantibody is labeled with a labeling component or (b) the reagent antibody is labeled with a labeling component, and the substance capable of binding to the autoantibody is bound to a water-insoluble carrier, and (a) the reagent antibody is bound to a water-insoluble carrier, and the substance capable of binding to the autoantibody is labeled with a labeling component or (b) the reagent antibody is labeled with a labeling component, and the substance capable of binding to the autoantibody is bound to a water-insoluble carrier, and (ii) measuring the Ku86-autoantibody complex by measuring the labeling component bound to the immunocomplex generated in step (i), and wherein the reagent antibody against Ku86 is produced by mouse, rat, rabbit, goat or horse.
A variable geometry inlet system of an aeroengine comprising an inlet duct for directing an air flow from an opening in the inlet duct to a compressor, the inlet duct including at least first and second sections (40, 50), the first and the second sections (40, 50) movable relative to one another between an extended position and a retracted position, the first and second sections (40, 50) in the extended position defining an axially longer inlet duct than when in the retracted position, the inlet duct extending continuously from the opening to the compressor in both positions and providing only one inlet path for the air flow from the opening to the compressor regardless of the inlet duct position, characterised in that: the first and second sections (40, 50) include an acoustic treatment area defined on an inner surface to form a variable-geometry acoustic treatment area; and in the extended position the acoustic treatment area defined by the inner surface of the first section is exposed and a total acoustic treatment area is increased. the first and second sections (40, 50) include an acoustic treatment area defined on an inner surface to form a variable-geometry acoustic treatment area; and in the extended position the acoustic treatment area defined by the inner surface of the first section is exposed and a total acoustic treatment area is increased.
A data transmission method, wherein the method comprises: receiving (504,505), by user equipment, UE, first indication information from a wireless access device, wherein the first indication information indicates the UE to execute a duplication operation, or indicates the UE to stop the duplication operation, and the duplication operation comprises transmitting same packet data convergence protocol, PDCP, protocol data units, PDUs, through a plurality of links; and executing, by the UE, the duplication operation when the first indication information indicates the UE to execute the duplication operation; or stopping, by the UE, the duplication operation when the first indication information indicates the UE to stop the duplication operation; the method being characterised in that the first indication information is associated with an identifier of a data radio bearer, DRB. receiving (504,505), by user equipment, UE, first indication information from a wireless access device, wherein the first indication information indicates the UE to execute a duplication operation, or indicates the UE to stop the duplication operation, and the duplication operation comprises transmitting same packet data convergence protocol, PDCP, protocol data units, PDUs, through a plurality of links; and executing, by the UE, the duplication operation when the first indication information indicates the UE to execute the duplication operation; or stopping, by the UE, the duplication operation when the first indication information indicates the UE to stop the duplication operation; the method being characterised in that the first indication information is associated with an identifier of a data radio bearer, DRB.