mhurhangee/ep-ind-claims huggingface dataset:
A lance for a hand-held heating tool, comprising: - a nozzle which can be connected at a first of its ends to a handle of the hand-held tool, the nozzle including a combustible gas inlet and a conductive wire forming an electrode for an igniting spark; - a grate disposed at a second end of the nozzle for holding a flame lit by the igniting spark in a flow of combustible gas, the conductive wire extending through this grate and out of the nozzle; and - a shroud for exhausting burnt gas positioned at the second end, the exhaust shroud directing the burnt and hot gas so that it remains out of contact with the nozzle, characterized in that the nozzle extends between the first end and the second end along a longitudinal axis, and wherein the shroud includes a lower annular element and an upper annular element, the lower and upper annular elements being coaxial and form a duct for orienting the hot air in a direction substantially perpendicular to the longitudinal axis. - a nozzle which can be connected at a first of its ends to a handle of the hand-held tool, the nozzle including a combustible gas inlet and a conductive wire forming an electrode for an igniting spark; - a grate disposed at a second end of the nozzle for holding a flame lit by the igniting spark in a flow of combustible gas, the conductive wire extending through this grate and out of the nozzle; and - a shroud for exhausting burnt gas positioned at the second end, the exhaust shroud directing the burnt and hot gas so that it remains out of contact with the nozzle,
A provision method for a subscriber profile to a terminal comprising a secure module intended to host the subscriber profile to a mobile communication network and an operating environment of the terminal, characterized in that it comprises the following successive steps executed by the terminal: - receiving a provision request from a remote server comprising at least the subscriber profile and parameters of the terminal associated with the profile, - loading the subscriber profile in the secure module, - after said loading, receiving a notification of the loading of the subscriber profile from the secure module and sending a notification informing the remote server of said loading, - receiving an activation request of said profile from said remote server, - receiving a first notification of the activation of the profile in the secure module from the secure module, - configuring the operating environment with the parameters of the terminal triggered by the first notification. - receiving a provision request from a remote server comprising at least the subscriber profile and parameters of the terminal associated with the profile, - loading the subscriber profile in the secure module, - after said loading, receiving a notification of the loading of the subscriber profile from the secure module and sending a notification informing the remote server of said loading, - receiving an activation request of said profile from said remote server, - receiving a first notification of the activation of the profile in the secure module from the secure module, - configuring the operating environment with the parameters of the terminal triggered by the first notification.
Arrangement for releasing a coupling connection of a hydraulic quick coupler, having a hydraulic coupling for receiving a hydraulic plug, wherein the hydraulic coupling has a coupler housing and a coupler cartridge which is mounted displaceably therein and which assumes an operating position, in which the hydraulic coupling is locked, when the hydraulic plug is plugged in, wherein provision is furthermore made of an actuation arrangement, by means of which the coupler cartridge is able to be brought, in a manner actuated by external force, from the operating position into an ejection position, in which the hydraulic plug is released, at the instigation of a control arrangement, characterized in that the actuation arrangement comprises a control chamber which is able to be pressurized and in which the coupler cartridge is mounted in such a way that it can be pushed into the ejection position by way of a build-up of pressure within the control chamber.
A method for obtaining multimedia information related to contact information provided by contacts via a social networking site after inputting the contact information, comprising: Step A: a user A obtaining the contact information of a user B; Step B: the user A inputting the contact information of the user B into an address book; Step C: the user A sending a inquery request to a contact information server according to the contact information of the user B; Step D: according to the contact information submitted by user A, the contact information server matching said contact information with contact information of registered users of the social networking site stored in the server to find out whether there is some multimedia information from user B related to the contact information; if yes, proceeding to Step E; otherwise, proceeding to Step F; Step E: the contact information server returning the multimedia information stored by the user B on the social networking site and associated with the contact information to the user A; Step F: the contact information server returning that no multimedia information associated with the contact information is able to be provided; and Step G: ending. Step A: a user A obtaining the contact information of a user B; Step B: the user A inputting the contact information of the user B into an address book; Step C: the user A sending a inquery request to a contact information server according to the contact information of the user B; Step D: according to the contact information submitted by user A, the contact information server matching said contact information with contact information of registered users of the social networking site stored in the server to find out whether there is some multimedia information from user B related to the contact information; if yes, proceeding to Step E; otherwise, proceeding to Step F; Step E: the contact information server returning the multimedia information stored by the user B on the social networking site and associated with the contact information to the user A; Step F: the contact information server returning that no multimedia information associated with the contact information is able to be provided; and Step G: ending.
A liquid desalination system, comprising: a feed line having an inlet to receive saline liquid and an outlet to discharge a desalinated liquid; a magnet coupled to the feed line, the magnet configured to generate a magnetic field within the feed line and parallel to the feed line and to a direction of flow of the saline liquid, wherein a polarity of the magnetic field is opposite to the direction of flow of the saline liquid; and an electric field generator coupled to the feed line to generate an electric field across the feed line and downstream of the magnetic field and to enable liquid flow through the electric field, wherein the electric field is perpendicular to the direction of flow of the saline liquid, wherein the electric field generator includes two electrodes for converting the saline liquid to the desalinated liquid, including a porous positive electrode to attract negatively charged ions and a porous negative electrode to attract positively charged ions. a feed line having an inlet to receive saline liquid and an outlet to discharge a desalinated liquid; a magnet coupled to the feed line, the magnet configured to generate a magnetic field within the feed line and parallel to the feed line and to a direction of flow of the saline liquid, wherein a polarity of the magnetic field is opposite to the direction of flow of the saline liquid; and an electric field generator coupled to the feed line to generate an electric field across the feed line and downstream of the magnetic field and to enable liquid flow through the electric field, wherein the electric field is perpendicular to the direction of flow of the saline liquid,
Method of controlling an AC power supply system supplying an AC output voltage (Uec) to electrodes of an electrostatic coalescer, the method comprising the steps of: - measuring a parameter representative of an output current (Iec) of the power supply system; and - measuring a parameter representative of the output voltage (Uec) of the power supply system; characterised in that the method further comprises the steps of: - identifying a phase difference (φ) between the output current (Iec) and the output voltage (Uec); - controlling the AC power supply system to keep the phase difference (φ) in a predetermined range from a minimum phase difference (φmin) equal to π/6 radians to a maximum phase difference (φmax) equal to π/2 radians. - measuring a parameter representative of an output current (Iec) of the power supply system; and - measuring a parameter representative of the output voltage (Uec) of the power supply system; - identifying a phase difference (φ) between the output current (Iec) and the output voltage (Uec); - controlling the AC power supply system to keep the phase difference (φ) in a predetermined range from a minimum phase difference (φmin) equal to π/6 radians to a maximum phase difference (φmax) equal to π/2 radians.
Catheter device, having a catheter, an actuation device at a first end of the catheter, a drive element and also a mechanical transmission element (9, 10) for transmitting a movement along the catheter to the actuation device, the actuation device having a coupling element which is connected to the transmission element and can be actuated by the latter relative to the longitudinal direction of the catheter in a first degree of freedom, and also a conversion element which can be actuated by the coupling element and which converts the actuation movement at least partially into a movement in a second degree of freedom, further comprising a functional element, in particular a pump, at the end of the catheter characterized in that said catheter device further comprises a protective cap which is connected to the conversion element and which receives the functional element in a first position of the conversion element and releases said functional element in a second position.
A system (106; 400) of a machine, the system comprising: a waveguide system; and a radio frequency transceiver/detector coupled to the waveguide system and configured to emit a calibration signal in the waveguide system to establish a reference baseline between the radio frequency transceiver/detector and a calibration plane associated with an aperture of the waveguide system, emit a measurement signal in the waveguide system to transmit a radio frequency signal from the radio frequency transceiver/detector out of the aperture of the waveguide system, and detect a reflection of the measurement signal at the radio frequency transceiver/detector based on an interaction between the measurement signal and a component of the machine, wherein a measurement result of the reflection of the measurement signal is adjusted with respect to a reflection of the calibration signal, wherein the system (106; 400) is configured to detect the reflection of the calibration signal; wherein the waveguide system comprises a ceramic window proximate to the aperture of the waveguide system, and the waveguide system comprises a power-controlled switch proximate to the ceramic window, wherein the power-controlled switch is configured to reflect the calibration signal and allow the measurement signal through the ceramic window based on a power difference between the calibration signal and the measurement signal. a waveguide system; and a radio frequency transceiver/detector coupled to the waveguide system and configured to emit a calibration signal in the waveguide system to establish a reference baseline between the radio frequency transceiver/detector and a calibration plane associated with an aperture of the waveguide system, emit a measurement signal in the waveguide system to transmit a radio frequency signal from the radio frequency transceiver/detector out of the aperture of the waveguide system, and detect a reflection of the measurement signal at the radio frequency transceiver/detector based on an interaction between the measurement signal and a component of the machine, wherein a measurement result of the reflection of the measurement signal is adjusted with respect to a reflection of the calibration signal, wherein the system (106; 400) is configured to detect the reflection of the calibration signal; wherein the waveguide system comprises a ceramic window proximate to the aperture of the waveguide system, and the waveguide system comprises a power-controlled switch proximate to the ceramic window, wherein the power-controlled switch is configured to reflect the calibration signal and allow the measurement signal through the ceramic window based on a power difference between the calibration signal and the measurement signal.
A method of cooling a data centre with cooling air, wherein the method comprises the following steps: (a) defining criteria for the temperature and relative humidity of the cooling air, wherein the criteria are a range of temperatures and a range of humidities, wherein the criteria so defined may be represented on a psychrometric chart by a control line; (b) determining the temperature and relative humidity of ambient air from outside the data centre; (c) determining a set point for each of the temperature and relative humidity of cooling air, the set point satisfying the criteria defined in step (a) and being chosen in dependence on the temperature and relative humidity of the ambient air from outside the data centre; (d) producing cooling air having temperature and relative humidity equal to those set points; and (e) delivering the cooling air to a region in the data centre to be cooled. (a) defining criteria for the temperature and relative humidity of the cooling air, wherein the criteria are a range of temperatures and a range of humidities, wherein the criteria so defined may be represented on a psychrometric chart by a control line; (b) determining the temperature and relative humidity of ambient air from outside the data centre; (c) determining a set point for each of the temperature and relative humidity of cooling air, the set point satisfying the criteria defined in step (a) and being chosen in dependence on the temperature and relative humidity of the ambient air from outside the data centre; (d) producing cooling air having temperature and relative humidity equal to those set points; and (e) delivering the cooling air to a region in the data centre to be cooled.
Device for sampling and qualitatively testing the water in a basin, such as a swimming pool, comprising: - a bar delimiting at least one compartment which contains a reagent intended to be mixed in the compartment with water which comes from the basin, in order to form an aqueous solution, - automated means (40, 50, 62, 64, 70, 78, 82) for filling the one or each compartment with water drawn from a water circulation path which comes from the basin, and - means for measuring at least one physico-chemical characteristic of the aqueous solution, characterised in that it comprises in addition means (112, 120) for motorised actuation of the bar relative to a frame for supporting filling means (40, 50, 62, 64, 70, 78, 82) and measuring means, from an inoperative configuration (configuration B), in which the one or each compartment is disconnected from the filling means, to a qualitatively testing configuration (configuration D) in which, at the level of the one or each compartment, the aqueous solution which is formed by the mixture of the reagent and the water provided by the filling means is subjected to measuring means, which actuation means comprise, on the one hand, first means for reversible displacement of the bar relative to the frame between a position connected to the inoperative configuration (configuration B) and a filling position in which the filling means (40, 50, 62, 64, 70, 78, 82) are connected to the one or each compartment and send the sample water into the compartment (configuration C) and, on the other hand, second means for displacing the bar from its position connected to the inoperative configuration to a position connected to the qualitatively testing configuration (configuration D). - a bar delimiting at least one compartment which contains a reagent intended to be mixed in the compartment with water which comes from the basin, in order to form an aqueous solution, - automated means (40, 50, 62, 64, 70, 78, 82) for filling the one or each compartment with water drawn from a water circulation path which comes from the basin, and - means for measuring at least one physico-chemical characteristic of the aqueous solution,
A splice connector assembly configured to conduct more than 1 kilowatt of electricity, comprising: a terminal having a connection portion configured to interconnect with a corresponding mating terminal and having an attachment portion, wherein the attachment portion has a planar shape, wherein the attachment portion is attached to a first wire electrical cable and is also attached to a second wire electrical cable, and wherein the first cable has a different cross-sectional area than the second cable; a dielectric housing defining a cavity in which the terminal is disposed; and a terminal position assurance device defining a lance configured to contact the attachment portion of the terminal, thereby securing the terminal within the cavity. a terminal having a connection portion configured to interconnect with a corresponding mating terminal and having an attachment portion, wherein the attachment portion has a planar shape, wherein the attachment portion is attached to a first wire electrical cable and is also attached to a second wire electrical cable, and wherein the first cable has a different cross-sectional area than the second cable; a dielectric housing defining a cavity in which the terminal is disposed; and a terminal position assurance device defining a lance configured to contact the attachment portion of the terminal, thereby securing the terminal within the cavity.
A method of improving comfort of the intimate area comprising applying to the intimate area (i) an absorbent article and (ii) a substantially anhydrous composition comprising a volatile cyclic silicone carrier, a silicone-based powder-feel agent, and from 0.5 to less than 5 weight % of an ester selected from the group consisting of formula I, formula II, formula III, and combinations of two or more thereof: wherein R 1, R 2, R 3, R 5, R 6, R 8 and R 9 are independently linear or branched, substituted or unsubstituted, saturated or unsaturated, C 3 -C 22 alkyl or alkenyl groups, R 4 is a linear or branched, substituted or unsubstituted, saturated or unsaturated, C 3 -C 22 alkylene or alkenylene moiety, and R 7 is a linear or branched, substituted or unsubstituted, saturated or unsaturated C 3 -C 22 moiety, wherein the absorbent article and composition are applied such that the composition is in contact with a surface of the intimate area of the body and the absorbent article covers at least a portion of such surface and at least a portion of the composition in contact therewith.
A three-way catalyst article for the treatment of exhaust gas from a positive ignition engine, the catalyst article comprising: a substrate having a first layer provided thereon, wherein a second layer is provided on the first layer, wherein the first layer comprises a first metal and a first alumina, wherein the first alumina comprises theta alumina; and wherein the second layer comprises a second metal and a second alumina, wherein the second alumina comprises gamma alumina; wherein the first metal is Pd and the second metal is Rh; wherein the first alumina is the support for Pd in the first layer; and wherein the second alumina is the support for Rh in the second layer. a substrate having a first layer provided thereon, wherein a second layer is provided on the first layer, wherein the first layer comprises a first metal and a first alumina, wherein the first alumina comprises theta alumina; and wherein the second layer comprises a second metal and a second alumina, wherein the second alumina comprises gamma alumina; wherein the first metal is Pd and the second metal is Rh; wherein the first alumina is the support for Pd in the first layer; and wherein the second alumina is the support for Rh in the second layer.
A method for characterizing a wavefront aberration in collected interferometric imaging data of a sample, said sample preferably being a human eye, wherein the interferometric data is generated using a broad bandwidth light source generating a beam, dividing the beam into reference and sample arms wherein the sample arm contains the sample to be imaged, directing said sample arm beam on the sample to be imaged, combining light scattered from the sample and light returning from the reference arm, recording the combined light into a single image and generating interferometric imaging data in response thereto, and wherein the interferometric imaging data contains information about a lateral structure within the sample, said method comprising: isolating an axial subset of the interferometric imaging data corresponding to a depth in the sample where the lateral structure is located, using the coherence length of the source; propagating the isolated axial subset to a plane in which the wavefront aberration should be measured; dividing the propagated axial subset into lateral subsections at the plane in which the wavefront aberration should be measured; determining a corresponding structural feature between at least two back propagated lateral subsections in the interferometric imaging data; determining a phase error in the interferometric imaging data based on the corresponding structural feature; characterizing the wavefront aberration using the determined phase error; and storing or displaying the wavefront aberration, or using the wavefront aberration as input to a subsequent process. isolating an axial subset of the interferometric imaging data corresponding to a depth in the sample where the lateral structure is located, using the coherence length of the source; propagating the isolated axial subset to a plane in which the wavefront aberration should be measured; dividing the propagated axial subset into lateral subsections at the plane in which the wavefront aberration should be measured; determining a corresponding structural feature between at least two back propagated lateral subsections in the interferometric imaging data; determining a phase error in the interferometric imaging data based on the corresponding structural feature; characterizing the wavefront aberration using the determined phase error; and storing or displaying the wavefront aberration, or using the wavefront aberration as input to a subsequent process.