mhurhangee/ep-ind-claims huggingface dataset:
A method for reversibly mating a last for an article of footwear to a last extension, the method comprising: providing a last, the last having a first protrusion and a second protrusion protruding from a generally planar upper surface; providing a last extension, the last extension comprising: a body; a generally planar lower surface of the body; and a first cavity and a second cavity within the body, the cavities (230, 240) opening to an exterior of the body along a lower surface of the body, wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body; moving the opening of the first cavity along the upper surface of the last, such that the first cavity at least partially envelops the first protrusion; and rotating the body of the last extension about the first protrusion, such that the second cavity at least partially envelops the second protrusion. providing a last, the last having a first protrusion and a second protrusion protruding from a generally planar upper surface; providing a last extension, the last extension comprising: a body; a generally planar lower surface of the body; and a first cavity and a second cavity within the body, the cavities (230, 240) opening to an exterior of the body along a lower surface of the body, wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body; a body; a generally planar lower surface of the body; and a first cavity and a second cavity within the body, the cavities (230, 240) opening to an exterior of the body along a lower surface of the body, wherein the first cavity also opens toward a back side of the body and the second cavity also opens toward a side of the body; moving the opening of the first cavity along the upper surface of the last, such that the first cavity at least partially envelops the first protrusion; and rotating the body of the last extension about the first protrusion, such that the second cavity at least partially envelops the second protrusion.
Casing for a refillable container device for cosmetic product, said casing being configured to receive a refill configured to contain said cosmetic product, the casing comprising an opening forming a neck of the casing and which is configured to receive the refill in order to put it in place in a reception volume defined by an inside wall of the casing, said casing further comprising a ring connected to the neck, said ring extending over at least one portion of the inside wall of the casing forming said neck, said ring comprising an inside surface, characterized in that a member of elastomer material is linked to said inside surface of the ring and this member of elastomer material is at least partly in relief relative to said inside surface of the ring. said casing being configured to receive a refill configured to contain said cosmetic product, the casing comprising an opening forming a neck of the casing and which is configured to receive the refill in order to put it in place in a reception volume defined by an inside wall of the casing, said casing further comprising a ring connected to the neck, said ring extending over at least one portion of the inside wall of the casing forming said neck, said ring comprising an inside surface, characterized in that a member of elastomer material is linked to said inside surface of the ring and this member of elastomer material is at least partly in relief relative to said inside surface of the ring.
A computer-implemented method of detecting and preventing phishing attacks, the method including: a network security system intercepting a webpage sent by a server for a hosted service, wherein the hosted service is a cloud computing or storage service, in response to a user action executed on a client; the network security system analyzing one or more images of the webpage and determining that a particular hosted service is represented by the images; the network security system detecting that the webpage is accompanied by a valid domain and certificate provided by the particular hosted service, wherein the webpage impersonates one or more official webpages of the particular hosted service; the network security system analyzing one or more fields of the webpage and determining that the fields elicit confidential information; the network security system intercepting a request generated by the client in response to another user action providing the confidential information via the fields; the network security system analyzing the request and determining that the confidential information is being exfiltrated to an unsanctioned resource by comparing a resource address in the request with one or more sanctioned resource addresses used by the particular hosted service; and the network security system determining that the webpage is effectuating a phishing attack and blocking transmission of the confidential information to the unsanctioned resource. a network security system intercepting a webpage sent by a server for a hosted service, wherein the hosted service is a cloud computing or storage service, in response to a user action executed on a client; the network security system analyzing one or more images of the webpage and determining that a particular hosted service is represented by the images; the network security system detecting that the webpage is accompanied by a valid domain and certificate provided by the particular hosted service, wherein the webpage impersonates one or more official webpages of the particular hosted service; the network security system analyzing one or more fields of the webpage and determining that the fields elicit confidential information; the network security system intercepting a request generated by the client in response to another user action providing the confidential information via the fields; the network security system analyzing the request and determining that the confidential information is being exfiltrated to an unsanctioned resource by comparing a resource address in the request with one or more sanctioned resource addresses used by the particular hosted service; and the network security system determining that the webpage is effectuating a phishing attack and blocking transmission of the confidential information to the unsanctioned resource.
Method for restoring a wear part consisting of a carrier and a wear layer, comprising the following steps: a) introduction of the carrier into an injection mould, b) application of a wear layer of polyurethane to the roughened surface of the carrier, c) removal of the wear part from the injection mould when the polyurethane is sufficiently cured. a) introduction of the carrier into an injection mould, b) application of a wear layer of polyurethane to the roughened surface of the carrier, c) removal of the wear part from the injection mould when the polyurethane is sufficiently cured.
A light emitting device comprising: a conductive support substrate including plural pairs of first and second conductive layers (80a, 80b); a light emitting structure layer including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer between the first and second conductivity type semiconductor layers (30, 40) on the conductive support substrate; and an electrode on the light emitting structure layer, characterized in that: a reflective layer is included between the conductive support substrate and the light emitting structure layer, and wherein the first and second conductive layers (80a, 80b) are formed by using a same metal material by E-beam evaporation or sputtering, and wherein the first conductive layer is disposed under the reflective layer and the second conductive layer is disposed under the first conductive layer, wherein the first conductive layer has one of a compressive stress and tensile stress opposite to that of the second conductive layer. a conductive support substrate including plural pairs of first and second conductive layers (80a, 80b); a light emitting structure layer including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer between the first and second conductivity type semiconductor layers (30, 40) on the conductive support substrate; and an electrode on the light emitting structure layer, characterized in that: a reflective layer is included between the conductive support substrate and the light emitting structure layer, and wherein the first and second conductive layers (80a, 80b) are formed by using a same metal material by E-beam evaporation or sputtering, and wherein the first conductive layer is disposed under the reflective layer and the second conductive layer is disposed under the first conductive layer, wherein the first conductive layer has one of a compressive stress and tensile stress opposite to that of the second conductive layer. a reflective layer is included between the conductive support substrate and the light emitting structure layer, and wherein the first and second conductive layers (80a, 80b) are formed by using a same metal material by E-beam evaporation or sputtering, and wherein the first conductive layer is disposed under the reflective layer and the second conductive layer is disposed under the first conductive layer, wherein the first conductive layer has one of a compressive stress and tensile stress opposite to that of the second conductive layer.
A coating composition for a hole injection or transporting layer (301, 401) or a charge generating layer of an organic electroluminescent device, characterized in that the coating composition comprises: an organic metal complex comprising one or more of Group 5, Group 6, and Group 7 transition metals; an organic metal complex or metal salt comprising one or more of Group 1, Group 8, Group 11, and Group 12 metals; and an organic solvent. an organic metal complex comprising one or more of Group 5, Group 6, and Group 7 transition metals; an organic metal complex or metal salt comprising one or more of Group 1, Group 8, Group 11, and Group 12 metals; and an organic solvent.
A ceramic circuit substrate comprising: a ceramic substrate; a copper circuit made of a copper-based material bonded, via a bonding layer, to a surface of the ceramic; and a copper heat sink made of the copper-based material bonded, via a bonding layer, to the other surface of the ceramic, wherein the bonding layers (3a, 3b) each include a brazing material component comprising at least two or more kinds of metals together with Ag serving as an essential component, and at least one or more kinds of components of active metals, the active metals having a content ranging, relative to a metallic element content in each of the whole bonding layers (3a, 3b), from 0.5 mass% to 2.0 mass% inclusive, wherein the bonding layers (3a, 3b) each include a brazing material layer comprising the brazing material component, and an active metal compound layer consisting of a compound of the active metals and a component of the ceramic, the active metal compound layer being formed along a bonded interface with the ceramic substrate, and wherein, further, a ratio of a bonding area between the active metal compound layer and the ceramic substrate in a bonding area between each of the bonding layers (3a, 3b) and the ceramic substrate is 88% or more and 95% or less. a ceramic substrate; a copper circuit made of a copper-based material bonded, via a bonding layer, to a surface of the ceramic; and a copper heat sink made of the copper-based material bonded, via a bonding layer, to the other surface of the ceramic, wherein the bonding layers (3a, 3b) each include a brazing material component comprising at least two or more kinds of metals together with Ag serving as an essential component, and at least one or more kinds of components of active metals, the active metals having a content ranging, relative to a metallic element content in each of the whole bonding layers (3a, 3b), from 0.5 mass% to 2.0 mass% inclusive, wherein the bonding layers (3a, 3b) each include a brazing material layer comprising the brazing material component, and an active metal compound layer consisting of a compound of the active metals and a component of the ceramic, the active metal compound layer being formed along a bonded interface with the ceramic substrate, and wherein, further, a ratio of a bonding area between the active metal compound layer and the ceramic substrate in a bonding area between each of the bonding layers (3a, 3b) and the ceramic substrate is 88% or more and 95% or less.
A static exciter system comprising a control device for controlling the field voltage of the field winding of at least two generators connected to a grid system via a bus bar, whereas the grid system and the bus bar are part of a wide area measurement system, the control device drives a static exciter system which is assigned to each generator for production of a DC voltage in the field winding of a generator rotor, the static exciter system is connected to the field winding and together with the field winding form an exciter circuit for emission of electrical energy in case of a shortage in the electric grid and wherein the static exciter system comprises a capacitance that stores a predetermined voltage, and a calculation unit feeds signals to the control device, which control device increases the field voltage of a generator which accelerates regarding a comparative value calculated by the calculation unit which acceleration is due to a reduction of the electromagnetic torque to the rotor and simultaneous constant mechanical torque from a turbine connected to the accelerated generator, wherein the field voltage is increased by adding voltage stored in the capacitance, while the control device does not increase the field voltage of a generator which decelerates regarding a comparative value calculated by the calculation unit.
A multi-pole electrical contact assembly, comprising: a plurality of electrical contact assemblies, each electrical contact assembly having a crossbar and one or more contact arms pivotable relative to the crossbar; and a limit stop apparatus coupled to the crossbar of each electrical contact assembly, wherein the limit stop apparatus has limit stops (102, 103, 104) configured and adapted to engage the one or more contact arms on a same side of the one or more contact arms containing moveable electrical contacts, wherein the limit stop apparatus comprises: a connecting bar; and one or more arc shields (102A, 103A, 104A) molded to the connecting bar. a plurality of electrical contact assemblies, each electrical contact assembly having a crossbar and one or more contact arms pivotable relative to the crossbar; and a limit stop apparatus coupled to the crossbar of each electrical contact assembly, wherein the limit stop apparatus has limit stops (102, 103, 104) configured and adapted to engage the one or more contact arms on a same side of the one or more contact arms containing moveable electrical contacts, wherein the limit stop apparatus comprises: a connecting bar; and one or more arc shields (102A, 103A, 104A) molded to the connecting bar. a connecting bar; and one or more arc shields (102A, 103A, 104A) molded to the connecting bar.
Heating module for use in a pyrohydrolysis reactor, the heating module comprising: -- a fuel distribution system being in fluid communication with a fuel source, -- a carrier element having a plurality of built-in coupling units, wherein a coupling unit of the plurality of coupling units comprises a coupling element, wherein the coupling element of said coupling unit is in fluid communication with the fuel distribution system, -- a plurality of burner units arranged on the carrier element, wherein a burner unit of the plurality of burner units comprises a connector element and a burner element, wherein the connector element is in fluid communication with the burner element, wherein the connector element is reversibly connected to the coupling element of said coupling unit and wherein the connector element is in fluid communication with the coupling element of said coupling unit. -- a fuel distribution system being in fluid communication with a fuel source, -- a carrier element having a plurality of built-in coupling units, wherein a coupling unit of the plurality of coupling units comprises a coupling element, wherein the coupling element of said coupling unit is in fluid communication with the fuel distribution system, -- a plurality of burner units arranged on the carrier element, wherein a burner unit of the plurality of burner units comprises a connector element and a burner element, wherein the connector element is in fluid communication with the burner element, wherein the connector element is reversibly connected to the coupling element of said coupling unit and wherein the connector element is in fluid communication with the coupling element of said coupling unit.
An aqueous radiation curable inkjet ink including an aqueous medium and polymer nanoparticles charged with a polymerizable compound, wherein the polymerizable compound is a polymerizable photoinitiator.
Rotating electrical machine, in particular an alternator for a motor vehicle, including a current rectifier arrangement, the arrangement comprising: - a support for a plurality of positive diodes, with a plate bearing cooling fins that extend in the radial direction of the machine, - a support for a plurality of negative diodes in the form of a plate pressed against a rear bearing of the machine, - six diodes on the positive support, - a diode connector and a device for cooling by creating a forced flow of a cooling fluid, such as air, in the axial direction of the machine, through the rectifier arrangement, the supports for the positive and negative diodes and the connector overlapping in the direction of the axis of the machine, the support for the positive diodes being an elongated support plate produced in the form of a single moulded part, and in that the arrangement being characterized in that radial cooling fins are borne on the frontal face of the plate of the support for the positive diodes, which face is oriented towards the axis of the machine, which cooling fins extend as far as into the vicinity at least of the second, third and fourth positive diodes, on the one hand, and furthermore extend into the axial flow, in the radial direction of the machine in the central region delimited by the support plate for the positive diodes, on the other hand. - a support for a plurality of positive diodes, with a plate bearing cooling fins that extend in the radial direction of the machine, - a support for a plurality of negative diodes in the form of a plate pressed against a rear bearing of the machine, - six diodes on the positive support, - a diode connector and a device for cooling by creating a forced flow of a cooling fluid, such as air, in the axial direction of the machine, through the rectifier arrangement, the supports for the positive and negative diodes and the connector overlapping in the direction of the axis of the machine,
A method for monitoring an autonomous vehicle used in providing a transport service, the method being implemented by one or more processors and comprising: receiving, from a remote system, instructions for the autonomous vehicle to provide a first transport service from a pickup location of a user to a destination; detecting when the transport service is complete; upon detecting the transport service is complete, performing an object detection process by receiving image information from one or more cameras positioned within the vehicle and comparing the image information to previously stored baseline image information, wherein the stored baseline image information is an image captured by the one or more cameras at a time before the autonomous vehicle arrived at or near the pickup location; determining, from the object detection process, that an object which should have been removed from the vehicle after completion of the transport service, remains in the vehicle; and in response to determining that the object remains in the vehicle, automatically initiating performance of a remedial action. receiving, from a remote system, instructions for the autonomous vehicle to provide a first transport service from a pickup location of a user to a destination; detecting when the transport service is complete; upon detecting the transport service is complete, performing an object detection process by receiving image information from one or more cameras positioned within the vehicle and comparing the image information to previously stored baseline image information, wherein the stored baseline image information is an image captured by the one or more cameras at a time before the autonomous vehicle arrived at or near the pickup location; determining, from the object detection process, that an object which should have been removed from the vehicle after completion of the transport service, remains in the vehicle; and in response to determining that the object remains in the vehicle, automatically initiating performance of a remedial action.
Method for carrying out an electrical test to be used in a non-destructive way for the evaluation of electrical contacts or for their maintenance, comprising the following steps: a) measuring a first resistance of the electrical contact (A;B) while it is subjected to a first instantaneous electric power in a first time; b) subjecting the electrical contact (A;B) to an electric stress in a second time following the first time, so that said electric contact (A;B) has a second resistance while it is subjected to a second instantaneous electric power; c) measuring a third resistance of the electrical contact (A;B) while it is subjected to a third instantaneous electric power for a third time, following the second time; d) evaluating the state of the electrical contact (A;B) according to the difference between the value of the third resistance measured in step c) and the first resistance measured in step a). a) measuring a first resistance of the electrical contact (A;B) while it is subjected to a first instantaneous electric power in a first time; b) subjecting the electrical contact (A;B) to an electric stress in a second time following the first time, so that said electric contact (A;B) has a second resistance while it is subjected to a second instantaneous electric power; c) measuring a third resistance of the electrical contact (A;B) while it is subjected to a third instantaneous electric power for a third time, following the second time; d) evaluating the state of the electrical contact (A;B) according to the difference between the value of the third resistance measured in step c) and the first resistance measured in step a).