mhurhangee/ep-ind-claims huggingface dataset:
A network control element for performing service based control in a communication network system, the network control element comprising: receiving means for receiving a message via a first interface (Rx, Gq) configured to transport application level session information from a supporting network entity supporting an application session, the message comprising application session information and media component information; deciding means for deciding control information based on the message, the control information being decided for one or more service flows within one or more access bearers associated with the application session; generating means for generating a decision message such that the decision message comprises the control information, one or more service flow filters, and information on a service in question, the decision message enabling an access network element to perform service based processing on data belonging to the application session; and sending means for sending the decision message to the access network element via a second interface (Gx, Go) configured to provide flow control rules, the one or more service flow filters enabling the access network element to perform service flow detecting and to identify at least one service flow, and the control information in the decision message comprising quality of service rules and a service identifier indicating the service in question. receiving means for receiving a message via a first interface (Rx, Gq) configured to transport application level session information from a supporting network entity supporting an application session, the message comprising application session information and media component information; deciding means for deciding control information based on the message, the control information being decided for one or more service flows within one or more access bearers associated with the application session; generating means for generating a decision message such that the decision message comprises the control information, one or more service flow filters, and information on a service in question, the decision message enabling an access network element to perform service based processing on data belonging to the application session; and sending means for sending the decision message to the access network element via a second interface (Gx, Go) configured to provide flow control rules, the one or more service flow filters enabling the access network element to perform service flow detecting and to identify at least one service flow, and the control information in the decision message comprising quality of service rules and a service identifier indicating the service in question.
A personal care device, in particular an electric toothbrush, comprising: a handle that can be grasped by a user's hand, the handle having a longitudinal axis; a treatment head that is connected with a carrier, which carrier extends within the handle and is mounted at the handle for pivoting motion around a pivot axis against a restoring spring force; an electrical energy consuming unit, in particular a drive unit such as a linear actuator, mounted on the carrier; at least one electrical connector arranged between the handle and the carrier to convey electrical energy from an energy source fixedly mounted with respect to the handle to the electrical energy consuming unit; wherein the electrical connector (100A; 200) is realized as an elastic metal sheet element having a spring constant for providing at least a part of the restoring spring force. a handle that can be grasped by a user's hand, the handle having a longitudinal axis; a treatment head that is connected with a carrier, which carrier extends within the handle and is mounted at the handle for pivoting motion around a pivot axis against a restoring spring force; an electrical energy consuming unit, in particular a drive unit such as a linear actuator, mounted on the carrier; at least one electrical connector arranged between the handle and the carrier to convey electrical energy from an energy source fixedly mounted with respect to the handle to the electrical energy consuming unit; wherein the electrical connector (100A; 200) is realized as an elastic metal sheet element having a spring constant for providing at least a part of the restoring spring force.
A wireless communications system, comprising: an antenna; a matching circuit coupled to said antenna, said matching circuit having an operating frequency; a control system operable to calculate, in real-time, a value for an input impedance of the antenna, wherein said input impedance is calculated based on a first received power measurement corresponding to said matching circuit tuned at said operating frequency, a second received power measurement corresponding to said matching circuit tuned at a first perturbed frequency equal to the operating frequency minus a frequency perturbation step interval, and a third received power measurement corresponding to said matching circuit tuned at a second perturbed frequency equal to the operating frequency plus the frequency perturbation step interval. an antenna; a matching circuit coupled to said antenna, said matching circuit having an operating frequency; a control system operable to calculate, in real-time, a value for an input impedance of the antenna, wherein said input impedance is calculated based on a first received power measurement corresponding to said matching circuit tuned at said operating frequency, a second received power measurement corresponding to said matching circuit tuned at a first perturbed frequency equal to the operating frequency minus a frequency perturbation step interval, and a third received power measurement corresponding to said matching circuit tuned at a second perturbed frequency equal to the operating frequency plus the frequency perturbation step interval.
A cosmetic product refill for a hair treatment device, comprising an applicator member, preferably a porous applicator member, saturated with an aqueous composition, wherein the applicator member has a density of between 0.11 and 0.25 g/cm 3 and characterized in that the aqueous composition has a viscosity of between 4 and 250 centipoise: preferably between 4 and 100 centipoise, the viscosity of the aqueous composition being measured at a pressure of 1.01325 10 5 Pa, at a temperature of 22°C and at a shear rate of 1 s -1.
An isolated CD4+ CD25+ T regulatory cell having an apoptosis-inducing molecule attached to a surface thereof, wherein said apoptosis-inducing molecule is Fas-ligand and wherein said cell is overexpressing said apoptosis-inducing molecule.
A heat-generating plate comprising: a supporting base material; a pair of bus bars to which a voltage is applied; and a heat-generating conductor supported by the supporting base material and connected to the pair of bus bars, wherein the heat-generating conductor includes a conductive main thin wire that extends between the pair of bus bars and includes a first large curvature portion and a first small curvature portion, the curvature of the first large curvature portion is larger than the curvature of the first small curvature portion, the cross sectional area of the conductive main thin wire is divided by a lower bottom having contact with the supporting base material, an upper bottom arranged at a position facing to the lower bottom, a first inclined portion extending between one end of the lower bottom and one end of the upper bottom, and a second inclined portion extending between the other end of the lower bottom and the other end of the upper bottom, and the inclination of the cross sectional area is expressed by each of the inclination of a straight line passing through the one end of the lower bottom and the one end of the upper bottom and the inclination of a straight line passing through the other end of the lower bottom and the other end of the upper bottom, characterised in that the inclination of the cross sectional area of the first large curvature portion of the cross sectional area of the conductive main thin wire is larger than the inclination of the cross sectional area of the first small curvature portion. a supporting base material; a pair of bus bars to which a voltage is applied; and a heat-generating conductor supported by the supporting base material and connected to the pair of bus bars, wherein the heat-generating conductor includes a conductive main thin wire that extends between the pair of bus bars and includes a first large curvature portion and a first small curvature portion, the curvature of the first large curvature portion is larger than the curvature of the first small curvature portion, the cross sectional area of the conductive main thin wire is divided by a lower bottom having contact with the supporting base material, an upper bottom arranged at a position facing to the lower bottom, a first inclined portion extending between one end of the lower bottom and one end of the upper bottom, and a second inclined portion extending between the other end of the lower bottom and the other end of the upper bottom, and the inclination of the cross sectional area is expressed by each of the inclination of a straight line passing through the one end of the lower bottom and the one end of the upper bottom and the inclination of a straight line passing through the other end of the lower bottom and the other end of the upper bottom, characterised in that the inclination of the cross sectional area of the first large curvature portion of the cross sectional area of the conductive main thin wire is larger than the inclination of the cross sectional area of the first small curvature portion.
A process for recovering a processing liquid from a feed stream comprising said processing liquid, water, greater than 3.0 wt% dissolved and suspended salts, and at least one alkaline earth metal cation, said process comprising: introducing said feed stream into a flash vessel to volatilize said water to produce a vapor stream and a residuum stream, said vapor stream comprising water and any vaporized portion of said processing liquid, said residuum stream containing processing liquid, at least some of said salts, and any solids originally present in said feed stream or formed in said flash vessel, the flash vessel being operated between 3 kPa and 99 kPa and a temperature between 40 °C and 165 °C; recovering and treating said vapor stream and separating said process liquid from said vapor stream to produce purified processing liquid; passing at least a portion of said residuum stream through a pump, a line, a heat exchanger, and an in-line mixer at a flow rate of 3 m/s or greater to produce a heated recycle stream; introducing said heated recycle stream into said flash vessel; introducing at least one precipitant into said flash vessel through a line, said precipitant comprising an anion which reacts with said cation to form a substantially water-insoluble precipitate of said alkaline earth metal cation; and removing at least some of said solids including at least some of said precipitate from said flash vessel via a line into a residue handling zone. introducing said feed stream into a flash vessel to volatilize said water to produce a vapor stream and a residuum stream, said vapor stream comprising water and any vaporized portion of said processing liquid, said residuum stream containing processing liquid, at least some of said salts, and any solids originally present in said feed stream or formed in said flash vessel, the flash vessel being operated between 3 kPa and 99 kPa and a temperature between 40 °C and 165 °C; recovering and treating said vapor stream and separating said process liquid from said vapor stream to produce purified processing liquid; passing at least a portion of said residuum stream through a pump, a line, a heat exchanger, and an in-line mixer at a flow rate of 3 m/s or greater to produce a heated recycle stream; introducing said heated recycle stream into said flash vessel; introducing at least one precipitant into said flash vessel through a line, said precipitant comprising an anion which reacts with said cation to form a substantially water-insoluble precipitate of said alkaline earth metal cation; and removing at least some of said solids including at least some of said precipitate from said flash vessel via a line into a residue handling zone.
A teaching device for teaching a robot, the device comprising a main body section, the main body section having a display section on a front side thereof, wherein the teaching device is configured so that, when the teaching device is placed on a placing surface, the display section tilts at an angle of 15 degrees or more with respect to the placing surface, wherein the teaching device comprises supporting end portions (122, 123) on a rear side of the main body section, which are configured so that, when the teaching device is placed on the placing surface, the supporting end portions (122, 123) are in contact with the placing surface, and wherein the teaching device further comprises a first enable switch extending in a first direction, wherein the first direction tilts with respect to the display section, and characterized in that the first direction, in which the first enable switch extends, is substantially parallel with a direction in which the supporting end portions (122, 123) extend.
A method of performing communications, the method comprising: receiving by a user equipment, UE, a first channel state information reference signal, CSI-RS, configuration; and receiving by the UE a second CSI-RS configuration, the first CSI-RS configuration being different than the second CSI-RS configuration; wherein the first CSI-RS configuration comprises a first scrambling code and the second CSI-RS configuration comprises a second scrambling code, the first scrambling code being different than the second scrambling code. receiving by a user equipment, UE, a first channel state information reference signal, CSI-RS, configuration; and receiving by the UE a second CSI-RS configuration, the first CSI-RS configuration being different than the second CSI-RS configuration; wherein the first CSI-RS configuration comprises a first scrambling code and the second CSI-RS configuration comprises a second scrambling code, the first scrambling code being different than the second scrambling code.
Vehicle headlamp having an illumination apparatus having - a light-emitting device including at least one LARP light source, - a mirror device including a micromirror arrangement having a multiplicity of pivotable mirrors for directing light from the one or more light sources in ∘ a defined first pivot state into a first solid angle region in which the light is utilized in accordance with proper operation, and ∘ a defined second pivot state into a second solid angle range that differs from the first one and in which the light is directed onto an absorber device of the illumination apparatus, wherein the absorber device has a sensor with which a function of the illumination apparatus may be checked, characterized in that, if a defect of the illumination apparatus is detected, one or more of the mirrors are controllable into the second pivot state permanently or in specific intervals by the mirror device in dependence on a signal of the sensor such that a basic function of the vehicle headlamp is maintained. - a light-emitting device including at least one LARP light source, - a mirror device including a micromirror arrangement having a multiplicity of pivotable mirrors for directing light from the one or more light sources in ∘ a defined first pivot state into a first solid angle region in which the light is utilized in accordance with proper operation, and ∘ a defined second pivot state into a second solid angle range that differs from the first one and in which the light is directed onto an absorber device of the illumination apparatus, wherein the absorber device has a sensor with which a function of the illumination apparatus may be checked, characterized in that, if a defect of the illumination apparatus is detected, one or more of the mirrors are controllable into the second pivot state permanently or in specific intervals by the mirror device in dependence on a signal of the sensor such that a basic function of the vehicle headlamp is maintained. ∘ a defined first pivot state into a first solid angle region in which the light is utilized in accordance with proper operation, and ∘ a defined second pivot state into a second solid angle range that differs from the first one and in which the light is directed onto an absorber device of the illumination apparatus, wherein
A method comprising: establishing a virtual channel between a server and a client device; receiving, by the server, from the client device, and via a personal computer/smart card (PC/SC) protocol, a message comprising an identifier of a smart card associated with the client device, wherein the identifier comprises answer to reset data; replacing, by a PC/SC redirection layer of the server, the identifier with a substitute identifier of the smart card, wherein the substitute identifier comprises substitute ATR data retrieved using a PC/SC hook of the server; based on the substitute identifier, determining, by the server and among a plurality of cryptographic service providers, a cryptographic service provider to use for one or more cryptographic operations associated with the smart card, wherein the determining the cryptographic service provider comprises querying a database for an association between the substitute identifier and the cryptographic service provider; and transmitting, via the determined cryptographic service provider, via the virtual channel, and to the client device, one or more requests for a cryptographic operation involving the smart card. establishing a virtual channel between a server and a client device; receiving, by the server, from the client device, and via a personal computer/smart card (PC/SC) protocol, a message comprising an identifier of a smart card associated with the client device, wherein the identifier comprises answer to reset data; replacing, by a PC/SC redirection layer of the server, the identifier with a substitute identifier of the smart card, wherein the substitute identifier comprises substitute ATR data retrieved using a PC/SC hook of the server; based on the substitute identifier, determining, by the server and among a plurality of cryptographic service providers, a cryptographic service provider to use for one or more cryptographic operations associated with the smart card, wherein the determining the cryptographic service provider comprises querying a database for an association between the substitute identifier and the cryptographic service provider; and transmitting, via the determined cryptographic service provider, via the virtual channel, and to the client device, one or more requests for a cryptographic operation involving the smart card.
Striking watch including a watch case, which includes a middle part and a back cover removably secured in a sealed manner to the middle part, a crystal closing the case in a sealed manner, a watch movement held inside the watch case and provided with a striking mechanism able to be actuated at determined times to produce a sound, and at least one acoustic membrane connected to the case to radiate the sound produced by the striking mechanism towards the exterior of the case, characterized in that the acoustic membrane is made of amorphous metal, and in that the amorphous metal is a titanium, zirconium and beryllium based metal alloy or a metal alloy that is formed of 57.5% platinum, 14.7% copper, 5.3% nickel and 22.5% phosphorus.
A method for transferring MPLS packets in connectionless networks, wherein the MPLS packet on a transmission path between a sender and a destination passes a number of inner MPLS switching nodes and also at least two MPLS edge routers (W, X, Y), each of which represents a transition between a core network and a connection network, characterised in that an address stack or label stack for an MPLS packet to be sent is produced that comprises address information on the inner switching nodes to be passed on its transmission path and also address information for the at least two edge routers (W, X, Y) to be passed on its transmission path.
A combustion burner (21;21A) comprising: a fuel nozzle (61;101) for ejecting a fuel gas being a mixture of fuel and air; a combustion air nozzle (62;102) for ejecting air from an outer side of the fuel nozzle (61;101); a first member (71;111) arranged inside the fuel nozzle (61;101) and comprising a first inclined surface (82a,82b;122a,122b) inclined with respect to a fuel gas flow which is a flow of the fuel gas in operation and a first inclination end edge, the first inclined surface (82a,82b;122a,122b) ending inclination at the first inclination end edge; and second members (72;112) arranged downstream of the first inclination end edge in a direction of the fuel gas flow and each comprising a second inclined surface (84a;124a) inclined toward the first member (71;111) with respect to the fuel gas flow and a second inclination end edge, the second inclined surface (84a;124a) ending inclination at the second inclination end edge, wherein the second members (72;112) are disposed on both sides of the first member (71;111) in a vicinity of an opening of the fuel nozzle (61;101) at predetermined intervals from inner wall surfaces (61a;101a) of the fuel nozzle (61;101). a fuel nozzle (61;101) for ejecting a fuel gas being a mixture of fuel and air; a combustion air nozzle (62;102) for ejecting air from an outer side of the fuel nozzle (61;101); a first member (71;111) arranged inside the fuel nozzle (61;101) and comprising a first inclined surface (82a,82b;122a,122b) inclined with respect to a fuel gas flow which is a flow of the fuel gas in operation and a first inclination end edge, the first inclined surface (82a,82b;122a,122b) ending inclination at the first inclination end edge; and second members (72;112) arranged downstream of the first inclination end edge in a direction of the fuel gas flow and each comprising a second inclined surface (84a;124a) inclined toward the first member (71;111) with respect to the fuel gas flow and a second inclination end edge, the second inclined surface (84a;124a) ending inclination at the second inclination end edge, wherein the second members (72;112) are disposed on both sides of the first member (71;111) in a vicinity of an opening of the fuel nozzle (61;101) at predetermined intervals from inner wall surfaces (61a;101a) of the fuel nozzle (61;101).
A method for operating an electronic device comprising: transmitting to a plurality of devices (120, 130, 140), control information comprising a transmission time for each of the plurality of devices to transmit a signal for a distance measurement; receiving (713, 715, 717) from each of the plurality of devices (120, 130, 140), feedback information comprising reception times of signals each of which is transmitted from another device in the transmission time; determining a distance between each pair of the plurality of devices based on the transmission time and each of the reception times identified by the feedback information; and determining positions of the plurality of devices based on the distance between each pair of the plurality of devices. transmitting to a plurality of devices (120, 130, 140), control information comprising a transmission time for each of the plurality of devices to transmit a signal for a distance measurement; receiving (713, 715, 717) from each of the plurality of devices (120, 130, 140), feedback information comprising reception times of signals each of which is transmitted from another device in the transmission time; determining a distance between each pair of the plurality of devices based on the transmission time and each of the reception times identified by the feedback information; and determining positions of the plurality of devices based on the distance between each pair of the plurality of devices.