mhurhangee/ep-ind-claims huggingface dataset:
A method of managing a service offered to a user of a terminal in a network comprising a service platform and equipment including session border controllers (SBC1, SBC2, SBC3, SBC4) that each are adapted to communicate with the service platform, at least one given session border controller being adapted to route messages received from the terminal, to the service platform, said method comprising the following steps at the level of the given session border controller: /a/ deciding that the service platform is not accessible on the basis of an accessibility check; and /b/ operating in an autonomous operating mode in which the given session border controller selects an equipment of the network separate from the service platform and routes at least one message received from the terminal to said selected network equipment, in which: - if at least one session border controller has access to the service platform, said selected network equipment is a session border controller having access to the service platform, the message routed to said selected network equipment being transmitted from the selected network equipment to the service platform; and, - otherwise, the selected network equipment is an equipment in charge of managing the destination terminal of said message, the message routed to said selected network equipment being transmitted from the selected network equipment to said destination terminal. /a/ deciding that the service platform is not accessible on the basis of an accessibility check; and /b/ operating in an autonomous operating mode in which the given session border controller selects an equipment of the network separate from the service platform and routes at least one message received from the terminal to said selected network equipment, in which: - if at least one session border controller has access to the service platform, said selected network equipment is a session border controller having access to the service platform, the message routed to said selected network equipment being transmitted from the selected network equipment to the service platform; and, - otherwise, the selected network equipment is an equipment in charge of managing the destination terminal of said message, the message routed to said selected network equipment being transmitted from the selected network equipment to said destination terminal. - if at least one session border controller has access to the service platform, said selected network equipment is a session border controller having access to the service platform, the message routed to said selected network equipment being transmitted from the selected network equipment to the service platform; and, - otherwise, the selected network equipment is an equipment in charge of managing the destination terminal of said message, the message routed to said selected network equipment being transmitted from the selected network equipment to said destination terminal.
A method for controlling a hoist system, the hoist system comprising a hoisting motor for hoisting a conveyance, and a supporting device for supporting the conveyance when the conveyance reaches a predetermined position, characterized in that, when the conveyance moves downward to the supporting device and then is supported by the supporting device, hoisting force of the hoisting motor is adjusted to a predetermined value, which is larger than zero but smaller than the dead weight of the conveyance.
Process for the dry-washing and cosmetic treatment of keratin materials, comprising a step of applying to the hair, preferably dry hair, a composition comprising: a) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and/or at least one styling powder; b) at least one aluminium salt other than the sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, and/or than the styling powders; the aluminium salt being chosen from optionally hydrated potassium aluminium sulfates, aluminium halohydrates, in particular aluminium chlorohydrates, preferably from optionally hydrated potassium aluminium sulfates, in particular alum; c) optionally a propellant. a) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and/or at least one styling powder; b) at least one aluminium salt other than the sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, and/or than the styling powders; the aluminium salt being chosen from optionally hydrated potassium aluminium sulfates, aluminium halohydrates, in particular aluminium chlorohydrates, preferably from optionally hydrated potassium aluminium sulfates, in particular alum; c) optionally a propellant.
A method of encoding digital images, comprising receiving information representative of each pixel in a first digital image, wherein said information is at least one from the group consisting of data on luminance, light intensity, and color values, calculating a group value for each group of pixels in the first digital image, the group value being equal to a sum, a mean, or a median of said information of the pixels of the group, for each group of pixels, calculating a difference between group values of the group of pixels and its neighboring groups of pixels, and comparing said difference to a predetermined threshold value, if said difference is equal to or above said threshold value, identifying said group as being in a relevant area, and if said difference is below said threshold value, identifying said group as being in a not relevant area, setting a quantization parameter for each group of pixels based on the identification of relevant areas, wherein macro blocks in relevant areas are given a first quantization parameter, and macro blocks outside the relevant areas are given a second quantization parameter, said second quantization parameter being representative of a compression giving a lower image quality than the first quantization parameter, encoding the first image using the quantization parameters set for the groups of pixels. receiving information representative of each pixel in a first digital image, wherein said information is at least one from the group consisting of data on luminance, light intensity, and color values, calculating a group value for each group of pixels in the first digital image, the group value being equal to a sum, a mean, or a median of said information of the pixels of the group, for each group of pixels, calculating a difference between group values of the group of pixels and its neighboring groups of pixels, and comparing said difference to a predetermined threshold value, if said difference is equal to or above said threshold value, identifying said group as being in a relevant area, and if said difference is below said threshold value, identifying said group as being in a not relevant area, setting a quantization parameter for each group of pixels based on the identification of relevant areas, wherein macro blocks in relevant areas are given a first quantization parameter, and macro blocks outside the relevant areas are given a second quantization parameter, said second quantization parameter being representative of a compression giving a lower image quality than the first quantization parameter, encoding the first image using the quantization parameters set for the groups of pixels.
A method of providing communication through a firewall to a web server on an electronic device residing behind the firewall, wherein: the method is operable at a gateway server positioned outside the firewall, and the method comprises: upon a client device attempting to contact the electronic device using a DNS name, receiving a contact attempt and information contained therein; upon receiving the contact attempt and information contained therein, determining whether the web server has an open connection with a specific port, port 2050, of the gateway server; and if the web server has an open connection with the gateway server, transmitting the information included in the contact attempt to the web server (535, 540), and, if the web server does not have an open connection with the gateway server, transmitting an error reply to the client device, wherein the gateway server possesses an IP address corresponding to a predetermined DNS extension, wherein the DNS name of the web server includes the predetermined DNS extension and a name of the electronic device, and the gateway server and the web server communicate through the specific port separate from a port, port 80, used by the client device to communicate with the gateway server. the method is operable at a gateway server positioned outside the firewall, and the method comprises: upon a client device attempting to contact the electronic device using a DNS name, receiving a contact attempt and information contained therein; upon receiving the contact attempt and information contained therein, determining whether the web server has an open connection with a specific port, port 2050, of the gateway server; and if the web server has an open connection with the gateway server, transmitting the information included in the contact attempt to the web server (535, 540), and, if the web server does not have an open connection with the gateway server, transmitting an error reply to the client device, upon a client device attempting to contact the electronic device using a DNS name, receiving a contact attempt and information contained therein; upon receiving the contact attempt and information contained therein, determining whether the web server has an open connection with a specific port, port 2050, of the gateway server; and if the web server has an open connection with the gateway server, transmitting the information included in the contact attempt to the web server (535, 540), and, if the web server does not have an open connection with the gateway server, transmitting an error reply to the client device, wherein the gateway server possesses an IP address corresponding to a predetermined DNS extension, wherein the DNS name of the web server includes the predetermined DNS extension and a name of the electronic device, and the gateway server and the web server communicate through the specific port separate from a port, port 80, used by the client device to communicate with the gateway server.
A light emitting unit comprising: a mounting substrate; and a plurality of solid-state light emitting elements disposed on one surface side of the mounting substrate, wherein the mounting substrate is provided with a heat transfer plate which is formed of a first metal plate and in which the solid-state light emitting elements are mounted on one surface side of the heat transfer plate, a wiring pattern which is disposed on the other surface side of the heat transfer plate and to which the solid-state light emitting elements are electrically connected, and an insulating layer interposed between the heat transfer plate and the wiring pattern, wherein the solid-state light emitting elements are LED chips, characterized in that the wiring pattern is formed of a second metal plate, each of the LED chips is provided with a first electrode and a second electrode on one surface side of each of the LED chips in a thickness direction, the first electrode and the second electrode are electrically connected, through bonding wires, to the wiring pattern, and the heat transfer plate is formed with through holes for passing the respective bonding wires therethrough.
Layered thermal insulation element (1, 11) having a sandwich structure comprising at least two structural layers (2A, 2B, 3, 3A, 3B) at least one insulation layer (4A, 4B, 4C) between said structural layers (2A, 2B, 3, 3A, 3B), and a heating element in said sandwich structure which is connectable to a controller to control a thermal gradient through the layered insulation element (1, 11), characterised in that the layered insulation element (1, 11) furthermore comprises radiant barrier layers arranged on either side of the insulation layer (4A, 4B, 4C), and wherein the heating element comprises an infrared heating film (6A, 6B, 6C) that is arranged directly between one of the structural layers (2A, 2B, 3, 3A, 3B) and one of the radiant barrier layers.
System for reinforcing a weakened area of a wind turbine blade when said blade is mounted on a wind turbine, wherein the blade interior comprises a box beam extending from the blade root to the blade tip, wherein the box beam has an open end at the blade root; characterized by the system comprising a repair module adapted for moving along the inside of the box beam and transporting a reinforcement element from the blade root to this weakened area; and by the repair module being adapted for applying the reinforcement element on an inner box beam surface in said weakened area.
Method for operating a gas power plant, comprising a gas turbine, which has a compressor stage and a turbine stage, and is connected to a generator via a shaft, wherein the generator is designed to also be operated as a motor, which method comprises the following steps: - operating the generator as a motor for the rotational operation of the shaft; - simultaneous diverting of the gas flow which discharges from the turbin stage and - feeding this gas flow to a first heat exchanger for transferring thermal energy from the gas flow to a heat exchanger fluid; - feeding the heat exchanger fluid to a thermal store. - operating the generator as a motor for the rotational operation of the shaft; - simultaneous diverting of the gas flow which discharges from the turbin stage and - feeding this gas flow to a first heat exchanger for transferring thermal energy from the gas flow to a heat exchanger fluid; - feeding the heat exchanger fluid to a thermal store.
A method of fragmenting ions, the method comprising: a) providing a selected RF field to an ion optical element upstream of an ion containment field; wherein the ion optical element comprises an element selected from the group consisting of: an aperture lens, an interquad lens, a two wire element mounted transverse to the ion flow, a conical orifice, a skimmer plate, and a flat plate orifice; b) transmitting ions through the ion optical element and into the ion containment field such that the selected RF field determines, at least in part, a selected kinetic energy profile of the ions within the ion containment field, the selected kinetic energy profile of the ions comprising a plurality of kinetic energy levels, wherein the selected kinetic energy profile is selected to fragment the ions to concurrently provide a plurality of groups of product ions; and, c) detecting each group of product ions in the plurality of groups of product ions. a) providing a selected RF field to an ion optical element upstream of an ion containment field; wherein the ion optical element comprises an element selected from the group consisting of: an aperture lens, an interquad lens, a two wire element mounted transverse to the ion flow, a conical orifice, a skimmer plate, and a flat plate orifice; b) transmitting ions through the ion optical element and into the ion containment field such that the selected RF field determines, at least in part, a selected kinetic energy profile of the ions within the ion containment field, the selected kinetic energy profile of the ions comprising a plurality of kinetic energy levels, wherein the selected kinetic energy profile is selected to fragment the ions to concurrently provide a plurality of groups of product ions; and, c) detecting each group of product ions in the plurality of groups of product ions.
A positioning arrangement for positioning a rotor relative to a shaft, the positioning arrangement comprising a collar provided with a formation cooperable with a corresponding formation provided upon the shaft to resist relative angular movement between the collar and the shaft, the collar being provided with an external, generally axially extending rib cooperable with a part of the rotor to deform the said part of the rotor to resist relative rotation between the collar and the rotor; further comprising a clamp arrangement to secure the collar to the shaft; characterised in that the clamp arrangement comprises a clamp member keyed to the collar against angular movement relative thereto, and a lock nut threadingly engaged with the shaft and serving to clamp the clamp member to the collar to prevent or resist axial movement thereof.
A method for diagnosing peripartum cardiomyopathy (PPCM) in a non-pre-eclamptic woman, said method comprising the steps of: a) measuring in vitro the level of VEGF, PlGF, sFlt-1 and/or relaxin in a blood sample from said woman, b) comparing the level(s) to one or more reference value(s), wherein if the level of PlGF measured in step a) is higher than the reference value for that marker, and/or if the level of VEGF is higher than the reference value for that marker, and/or if the level of sFlt-1 measured in step a) is lower than the reference value for that marker, and/or if the level of relaxin measured in step a) for that marker is higher than the reference value for that marker, then that woman is suffering from PPCM. a) measuring in vitro the level of VEGF, PlGF, sFlt-1 and/or relaxin in a blood sample from said woman, b) comparing the level(s) to one or more reference value(s),
A method for operating an EMC filter (NF, EK) on a multi-phase network, in particular a three-phase network, having phase voltages (UL1, UL2, UL3), or in a component such as an inverter connected to the multi-phase network, wherein a leakage current flowing to a protective conductor of the multi-phase network is caused in at least one current path of the EMC filter due to an asymmetry of the phase voltages (UL1, UL2, UL3), in particular by switching the multi-phase network on or off, wherein the asymmetry of the phase voltages (UL1, UL2, UL3) is monitored by means of a measuring device, and wherein the at least one current path of the EMC filter (NF, EK) conducting the leakage current is deactivated by means of a switching device, so that the leakage current caused by the asymmetry cannot flow to the protective conductor, characterized in that an asymmetry detector is used as the measuring device, wherein monitoring of the asymmetry comprises detection of an occurrence of the asymmetry, that the deactivation of the current path takes place to prevent an unintended shutdown of a residual current circuit breaker connected upstream of the EMC filter (NF, EK) and having a tripping time T_a by means of the switching device within a switch-off delay time dT_av after occurrence of the asymmetry, wherein the switch-off delay time dT_av is shorter than the tripping time T_a of the residual current circuit breaker, and that the current path is not activated until the phase voltages (UL1, UL2, UL3) have substantially the same voltage without interruption at least over a switch-on delay time dT_ev. that an asymmetry detector is used as the measuring device, wherein monitoring of the asymmetry comprises detection of an occurrence of the asymmetry, that the deactivation of the current path takes place to prevent an unintended shutdown of a residual current circuit breaker connected upstream of the EMC filter (NF, EK) and having a tripping time T_a by means of the switching device within a switch-off delay time dT_av after occurrence of the asymmetry, wherein the switch-off delay time dT_av is shorter than the tripping time T_a of the residual current circuit breaker, and that the current path is not activated until the phase voltages (UL1, UL2, UL3) have substantially the same voltage without interruption at least over a switch-on delay time dT_ev.
A sealed aqueous flow battery system comprising: an electrolyte system including a negative electrolyte reservoir containing a negative electrolyte and a positive electrolyte reservoir containing a positive electrolyte; a charge/discharge reaction cell having a separator disposed within a reaction chamber and independent fluid connections on opposing sides of the separator to receive negative electrolyte from the negative electrolyte reservoir and positive electrolyte from the reservoirs; and an oxidation reactor positioned at least partially in contact with fluids contained in the positive electrolyte reservoir, wherein the oxidation reactor is adapted to receive hydrogen gas generated by the charge/discharge reaction of the battery system and to supply protons to the battery system. an electrolyte system including a negative electrolyte reservoir containing a negative electrolyte and a positive electrolyte reservoir containing a positive electrolyte; a charge/discharge reaction cell having a separator disposed within a reaction chamber and independent fluid connections on opposing sides of the separator to receive negative electrolyte from the negative electrolyte reservoir and positive electrolyte from the reservoirs; and an oxidation reactor positioned at least partially in contact with fluids contained in the positive electrolyte reservoir, wherein the oxidation reactor is adapted to receive hydrogen gas generated by the charge/discharge reaction of the battery system and to supply protons to the battery system.
A sealing assembly comprising: a rotating shaft; a housing; a floating ring in a space between an outer circumference of the rotating shaft and an inner circumference of the housing; and a multi-layered cylindrical body including a plurality of elastically deformable cylindrical thin plates layered on top of each other provided between an outer peripheral surface of the floating ring and an inner peripheral surface of the housing, wherein the multi-layered cylindrical body is formed in a circumferentially corrugated shape, and the corrugated shape of the multi-layered cylindrical body is set such that, when the rotating shaft is at rest, valleys are in contact with the outer peripheral surface of the floating ring, and peaks are in contact with the inner peripheral surface of the housing, characterized in that the floating ring includes a floating ring body made of carbon, and a metallic support ring fitted on the radially outer side of the floating ring body. a rotating shaft; a housing; a floating ring in a space between an outer circumference of the rotating shaft and an inner circumference of the housing; and a multi-layered cylindrical body including a plurality of elastically deformable cylindrical thin plates layered on top of each other provided between an outer peripheral surface of the floating ring and an inner peripheral surface of the housing, wherein the multi-layered cylindrical body is formed in a circumferentially corrugated shape, and the corrugated shape of the multi-layered cylindrical body is set such that, when the rotating shaft is at rest, valleys are in contact with the outer peripheral surface of the floating ring, and peaks are in contact with the inner peripheral surface of the housing, characterized in that the floating ring includes a floating ring body made of carbon, and a metallic support ring fitted on the radially outer side of the floating ring body.