mhurhangee/ep-ind-claims huggingface dataset:
An electronic smoking apparatus comprising: a liquid reservoir configured to store a flavoured liquid; non-conductive or insulating wicks configured to draw flavoured liquid from the liquid reservoir; a heater configured to heat the flavoured liquid on the non-conductive or insulating wicks to generate a flavoured vapour; and an electronic controller (14, 15, 17) connected to lengthwise ends of the non-conductive or insulating wicks through respective terminals (T3, T4), the electronic controller (14, 15, 17) configured to measure an electrical resistance of the non-conductive or insulating wicks, and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks. a liquid reservoir configured to store a flavoured liquid; non-conductive or insulating wicks configured to draw flavoured liquid from the liquid reservoir; a heater configured to heat the flavoured liquid on the non-conductive or insulating wicks to generate a flavoured vapour; and an electronic controller (14, 15, 17) connected to lengthwise ends of the non-conductive or insulating wicks through respective terminals (T3, T4), the electronic controller (14, 15, 17) configured to measure an electrical resistance of the non-conductive or insulating wicks, and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks. measure an electrical resistance of the non-conductive or insulating wicks, and detect depletion of the flavoured liquid in the liquid reservoir based on the electrical resistance of the non-conductive or insulating wicks.
A method, carried out by a source eNB, for performing inter-eNodeB, eNB, handover without wireless local area network, WLAN, termination, WT, change when a long-term evolution, LTE, WLAN aggregation, LWA, is configured, the method comprising: transmitting (S110, S300) a handover request message including a WT identifier, ID, and WT XwAP ID to a target eNB; receiving (S140, S310) a handover request acknowledge message informing that the WT is kept from the target eNB; and transmitting (S150, S320) a WT release request message informing that the WT is kept to the WT, wherein the WT is a logical node that terminates a Xw interface on a WLAN, wherein the WT ID identifies the WT, wherein the WT XwAP ID is allocated by the WT and uniquely identifies a user equipment, UE, over an Xw interface, wherein the handover request message further includes a mobility set of the WT, wherein the mobility set is a set of one or more WLAN access points, APs, identified by one or more of a BSS identifier, BSSID, home equivalent SSID, HESSID, and SSID, and wherein the WT release request message further includes an eNB XwAP ID and the WT XwAP ID. transmitting (S110, S300) a handover request message including a WT identifier, ID, and WT XwAP ID to a target eNB; receiving (S140, S310) a handover request acknowledge message informing that the WT is kept from the target eNB; and transmitting (S150, S320) a WT release request message informing that the WT is kept to the WT, wherein the WT is a logical node that terminates a Xw interface on a WLAN, wherein the WT ID identifies the WT, wherein the WT XwAP ID is allocated by the WT and uniquely identifies a user equipment, UE, over an Xw interface, wherein the handover request message further includes a mobility set of the WT, wherein the mobility set is a set of one or more WLAN access points, APs, identified by one or more of a BSS identifier, BSSID, home equivalent SSID, HESSID, and SSID, and wherein the WT release request message further includes an eNB XwAP ID and the WT XwAP ID.
Component arrangement having a carrier element and a first component element, which is connected to the carrier element by means of a first latching connection, and a second component element, which is connected to the first component element by means of a second latching connection, wherein the first latching connection comprises a first latching hook and the second latching connection comprises a second latching hook, wherein the second latching hook engages form-fittingly around the first latching hook to provide the second latching connection, characterized in that the first component element is a holding frame for a sensor.
A diaphragm for use in a valve assembly of the type comprising a housing with a valve seat surrounding a valve port and a base engaged in close fit in the housing, said diaphragm comprising: (a) at least one sealing portion suitable for sealingly fitting the valve seat (1 7); said sealing portion comprising a central opening facing the valve port, (b) a fixation portion suitable for fixing said diaphragm to the base of said valve assembly, and (c) a flexible portion connecting the fixation portion and the at least one sealing portion, characterized in that, the sealing portion comprises a rigid ring structure. (a) at least one sealing portion suitable for sealingly fitting the valve seat (1 7); said sealing portion comprising a central opening facing the valve port, (b) a fixation portion suitable for fixing said diaphragm to the base of said valve assembly, and (c) a flexible portion connecting the fixation portion and the at least one sealing portion,
A system for stimulating facial nerves in a subject with synkinetic reinnervated muscles comprising: an electrode having a plurality of contacts for placement in a parotid region of the subject's face; one or more sensors; and a processor in communication with the electrode and with the one or more sensors, wherein the sensors are configured to provide facial movement information to the processor, the processor having program code for stimulating each of the plurality of contacts separately and then correlating contact stimulation information with the facial movement information in order to determine which contact or contacts activate which facial muscle or facial muscles, the processor further having program code for identifying one or more contacts from the plurality of contacts that cause one or more nerve branches to activate a desired facial muscle based on the facial movement information, and for selecting the identified contacts to stimulate the one or more nerve branches. an electrode having a plurality of contacts for placement in a parotid region of the subject's face; one or more sensors; and a processor in communication with the electrode and with the one or more sensors, wherein the sensors are configured to provide facial movement information to the processor, the processor having program code for stimulating each of the plurality of contacts separately and then correlating contact stimulation information with the facial movement information in order to determine which contact or contacts activate which facial muscle or facial muscles, the processor further having program code for identifying one or more contacts from the plurality of contacts that cause one or more nerve branches to activate a desired facial muscle based on the facial movement information, and for selecting the identified contacts to stimulate the one or more nerve branches.
A pharmaceutical composition comprising: - 5-20% w/w of ethanolic pomegranate peel extract, - 5-20% w/w of aqueous Myrrh extract, - 5-20% w/w Alum, and - a pharmaceutical carrier. - 5-20% w/w of ethanolic pomegranate peel extract, - 5-20% w/w of aqueous Myrrh extract, - 5-20% w/w Alum, and - a pharmaceutical carrier.
A spar for a rotor blade assembly comprising: a generally hollow, tubular body; a U-shaped flexbeam disposed within the body, the flexbeam having a first arm and a second arm connected by an outboard end; a spacer extending from at least one surface of the body along a length of the body; and a hole extending through both the body and the spacer, wherein the hole is configured to align with a through hole in the adjacent flexbeam, and the spacer is configured to contact a surface of the adjacent flexbeam to create a match fit between the body and the flexbeam. a generally hollow, tubular body; a U-shaped flexbeam disposed within the body, the flexbeam having a first arm and a second arm connected by an outboard end; a spacer extending from at least one surface of the body along a length of the body; and a hole extending through both the body and the spacer, wherein the hole is configured to align with a through hole in the adjacent flexbeam, and the spacer is configured to contact a surface of the adjacent flexbeam to create a match fit between the body and the flexbeam.
Composition useful as a sulfide scale inhibitor for application in oilfield operations, comprising 1.) at least one copolymer that comprises as monomers a) 0.1 to 10 mol-% of structural units derived from vinylphosphonic acid and/or of a salt thereof, b) 40 to 90 mol-% of structural units derived from compounds of the formula c) 1 to 50 mol-% of structural units derived from compounds of the formula in which X is OH or NR 3 R 4, and R 3 and R 4, independently of one another, are H or C 1 -C 4 -alkyl, 2.) at least one of tris (hydroxymethyl) phosphine or a tetrakis(hydroxymethyl)phosphonium salt, 3.) at least one surfactant, 4.) at least one amine or ammonium salt. 1.) at least one copolymer that comprises as monomers a) 0.1 to 10 mol-% of structural units derived from vinylphosphonic acid and/or of a salt thereof, b) 40 to 90 mol-% of structural units derived from compounds of the formula c) 1 to 50 mol-% of structural units derived from compounds of the formula in which X is OH or NR 3 R 4, and R 3 and R 4, independently of one another, are H or C 1 -C 4 -alkyl, a) 0.1 to 10 mol-% of structural units derived from vinylphosphonic acid and/or of a salt thereof, b) 40 to 90 mol-% of structural units derived from compounds of the formula c) 1 to 50 mol-% of structural units derived from compounds of the formula in which X is OH or NR 3 R 4, and R 3 and R 4, independently of one another, are H or C 1 -C 4 -alkyl, 2.) at least one of tris (hydroxymethyl) phosphine or a tetrakis(hydroxymethyl)phosphonium salt, 3.) at least one surfactant, 4.) at least one amine or ammonium salt.
Canvas cover for a commercial vehicle which defines an interior space with respect to the surroundings, wherein at least one slit is present on the canvas cover, which leads from the surroundings to the interior space and is delimited by two components (20, 21, 25; 14, 15) which are adjacent to one another, the one component of which is a canvas sheet (20, 21, 25), characterised in that at least one tamper barrier (31 - 33) is provided in the area of the slit, this at least one tamper barrier (31 - 33) preventing someone reaching through the slit into the interior space, in that the tamper barrier (31 - 33) is attached to one of the two components (20, 21, 25; 14, 15), and in that the tamper barrier (31 - 33), in the state in which it is adjacent to the respective other component (14, 15), loosely interacts with this component (14, 15) by the tamper barrier (31 - 33) engaging with an assigned holding fixture (28, 29) of the other component in a form-fit manner when the canvas sheet (20, 21, 25) is tensioned.
A cooking device comprising a hob having a top plate; a cover hinged to the top plate and movable between a closed position and an open position and a hinge pivoting the cover onto the top plate characterized in that; a hinge bearing of the hinge has at least one illuminating member for providing illumination of the cover or the top plate of the cooking device.
A toner comprising a crystalline polyester resin satisfying the following relationships: 25 ≤ Tg ≤ 70, and Tg + 273 / Mp + 273 ≥ 0.75 30 ≤ R ≤ 100 R = I C 20 / I C × 100, wherein Tg (°C) represents a glass transition temperature of the crystalline polyester resin, Mp (°C) represents a melting point of the crystalline polyester resin, R (%) represents a ratio of low diffraction angle components of the crystalline polyester resin as calculated based on measurement by wide-angle X-ray diffraction, I C20 indicates the total area of crystalline peaks detected within a range of 5 ≤ 2θ ≤ 20, I C indicates the total area of crystalline peaks detected within a range of 5 ≤ 2θ ≤ 60, and 2θ indicates a diffraction angle (deg), and the Mp and Tg are measured in compliance with ASTM D3418-82 using a differential scanning calorimeter, and wherein the crystalline polyester resin is obtained by condensation polymerization of a dicarboxylic acid component containing at least one compound selected from the group consisting of terephthalic acid, 2,6-naphthalene dicarboxylic acid and derivatives which are obtained by methyl esterification, ethyl esterification or acid chlorination of terephthalic acid or 2,6-naphthalene dicarboxylic acid, and a diol component containing at least one compound selected from the group consisting of 2-methyl-1,3-propanediol, 2,2-dimethyl-1,3-propanediol. Tg (°C) represents a glass transition temperature of the crystalline polyester resin, Mp (°C) represents a melting point of the crystalline polyester resin, R (%) represents a ratio of low diffraction angle components of the crystalline polyester resin as calculated based on measurement by wide-angle X-ray diffraction, I C20 indicates the total area of crystalline peaks detected within a range of 5 ≤ 2θ ≤ 20, I C indicates the total area of crystalline peaks detected within a range of 5 ≤ 2θ ≤ 60, and 2θ indicates a diffraction angle (deg), and the Mp and Tg are measured in compliance with ASTM D3418-82 using a differential scanning calorimeter, and wherein the crystalline polyester resin is obtained by condensation polymerization of a dicarboxylic acid component containing at least one compound selected from the group consisting of terephthalic acid, 2,6-naphthalene dicarboxylic acid and derivatives which are obtained by methyl esterification, ethyl esterification or acid chlorination of terephthalic acid or 2,6-naphthalene dicarboxylic acid, and a diol component containing at least one compound selected from the group consisting of 2-methyl-1,3-propanediol, 2,2-dimethyl-1,3-propanediol.
Sports boot comprising: an inner boot; an exogenous shell, whose dimensions allow said inner boot to be inserted into or extracted from it, said exogenous shell strengthening said inner boot and allowing it to be attached to a piece of sports equipment; said exogenous shell comprising a sole and an upper (11, 12); said upper comprising a rear part of an upper capable of pivoting with respect to said sole around a articulation; a reinforcement around the Achilles tendon that is articulated relative to the sole of the exogenous shell; said reinforcement around the Achilles tendon pivoting around an axis connected with the basis of the exogenous shell, and characterized in that said reinforcement around the Achilles tendon is fastened, in closed position, against the inner side of the rear part by means of a tenon inserted in an opening of said rear part of the upper, said tenon forming the end of said reinforcement around the Achilles tendon. an inner boot; an exogenous shell, whose dimensions allow said inner boot to be inserted into or extracted from it, said exogenous shell strengthening said inner boot and allowing it to be attached to a piece of sports equipment; said exogenous shell comprising a sole and an upper (11, 12); said upper comprising a rear part of an upper capable of pivoting with respect to said sole around a articulation; a reinforcement around the Achilles tendon that is articulated relative to the sole of the exogenous shell; said reinforcement around the Achilles tendon pivoting around an axis connected with the basis of the exogenous shell, and characterized in that said reinforcement around the Achilles tendon is fastened, in closed position, against the inner side of the rear part by means of a tenon inserted in an opening of said rear part of the upper, said tenon forming the end of said reinforcement around the Achilles tendon.
A connector comprising: a housing comprising a bore comprising a housing groove comprising a housing groove depth; a pin comprising a pin groove comprising a pin depth disposed in the bore of the housing, a canted coil spring comprising a major axis and a minor axis retained within a connector groove defined by the housing groove and the pin groove in a first spring position; wherein a second groove located adjacent at least one of the housing groove and the pin groove for accommodating the canted coil spring in a second turned angle when the pin is further inserted in the housing in a first direction, wherein the second groove is located on the pin and is larger than the pin groove or is located in the housing and is larger than the housing groove, wherein in the first spring position, withdrawal of the pin from the housing in a second direction is prevented, and wherein in a second spring position, the withdrawal of the pin from the housing in the second direction is allowed due to the second turned angle of the canted coil spring. a housing comprising a bore comprising a housing groove comprising a housing groove depth; a pin comprising a pin groove comprising a pin depth disposed in the bore of the housing, a canted coil spring comprising a major axis and a minor axis retained within a connector groove defined by the housing groove and the pin groove in a first spring position; wherein a second groove located adjacent at least one of the housing groove and the pin groove for accommodating the canted coil spring in a second turned angle when the pin is further inserted in the housing in a first direction, wherein the second groove is located on the pin and is larger than the pin groove or is located in the housing and is larger than the housing groove, wherein in the first spring position, withdrawal of the pin from the housing in a second direction is prevented, and wherein in a second spring position, the withdrawal of the pin from the housing in the second direction is allowed due to the second turned angle of the canted coil spring.
A method for authenticating a device, said device comprising a chip and a body carrying the chip, said method characterized by: - running a first physical unclonable function for generating a first response representative of said chip, whereby the body comprises a graphical security feature and the method comprises the further steps: - extracting a first reference from the graphical security feature, - authenticating the device by checking that said first response and first reference are linked by a first preset mathematical function, said extracting step and authenticating step being carried out by a machine distinct from the device. - running a first physical unclonable function for generating a first response representative of said chip, whereby the body comprises a graphical security feature and the method comprises the further steps: - extracting a first reference from the graphical security feature, - authenticating the device by checking that said first response and first reference are linked by a first preset mathematical function, said extracting step and authenticating step being carried out by a machine distinct from the device.
A base station comprising: a forming section adapted to form a multiplex signal by mapping a synchronization channel, a first broadcast signal and first dynamic broadcast signal, which are used by a first terminal and a second terminal, on one of a plurality of component carriers, and mapping a second dynamic broadcast signal, which is used only by the second terminal, on all of the plurality of component carriers, the first terminal having a capability to communicate on one of the plurality of component carriers, and the second terminal having a capability to communicate on the plurality of component carriers; and a transmission section adapted to transmit the multiplex signal and adapted to transmit a band moving indication to the second terminal, the band moving indication including information for communicating on another of the plurality of component carriers, which is different from said one of the component carriers. a forming section adapted to form a multiplex signal by mapping a synchronization channel, a first broadcast signal and first dynamic broadcast signal, which are used by a first terminal and a second terminal, on one of a plurality of component carriers, and mapping a second dynamic broadcast signal, which is used only by the second terminal, on all of the plurality of component carriers, the first terminal having a capability to communicate on one of the plurality of component carriers, and the second terminal having a capability to communicate on the plurality of component carriers; and a transmission section adapted to transmit the multiplex signal and adapted to transmit a band moving indication to the second terminal, the band moving indication including information for communicating on another of the plurality of component carriers, which is different from said one of the component carriers.
Cooling apparatus (2, 34) for a vehicle, having an inlet opening, having a channel and having a temperature-control unit which is arranged in the channel, wherein a flow direction for air through the channel is predefined, wherein an ambient pressure prevails at the inlet opening from the outside, an entry pressure prevails in the channel in front of the temperature-control unit in the flow direction, and an exit pressure prevails in the channel behind the temperature-control unit in the flow direction, wherein furthermore a valve (18, 54) arranged at the inlet opening and a surface element mechanically coupled to the valve (18, 54) are provided, and the surface element, through the use of at least one spring, is movably positioned in such a way that the valve coupled to the surface element can be adjusted in a continuously variable manner between an open position and a closed position, characterized in that the entry pressure prevails on one side of the surface element and the exit pressure prevails on the other side of the surface element. having an inlet opening, having a channel and having a temperature-control unit which is arranged in the channel, wherein a flow direction for air through the channel is predefined, wherein an ambient pressure prevails at the inlet opening from the outside, an entry pressure prevails in the channel in front of the temperature-control unit in the flow direction, and an exit pressure prevails in the channel behind the temperature-control unit in the flow direction, wherein furthermore a valve (18, 54) arranged at the inlet opening and a surface element mechanically coupled to the valve (18, 54) are provided, and the surface element, through the use of at least one spring, is movably positioned in such a way that the valve coupled to the surface element can be adjusted in a continuously variable manner between an open position and a closed position, characterized in that the entry pressure prevails on one side of the surface element and the exit pressure prevails on the other side of the surface element.