mhurhangee/patent-ind-claim-en huggingface dataset:
A unit for installation in a complex product comprising an electric machine requiring an AC power supply, the unit comprising: a housing carrying an AC output ; a battery in the housing comprising at least one battery cell; an inverter in the housing, the inverter comprising a plurality of voltage controlled impedances, VCIs for providing a power supply to the AC output based on energy from the battery; wherein the housing carries a timing signal input configured to receive a timing signal from outside the housing; and wherein the timing signal input is coupled to control the VCIs so that changes in the impedances of the VCIs are synchronised with the timing signal. a housing carrying an AC output ; a battery in the housing comprising at least one battery cell; an inverter in the housing, the inverter comprising a plurality of voltage controlled impedances, VCIs for providing a power supply to the AC output based on energy from the battery; wherein the housing carries a timing signal input configured to receive a timing signal from outside the housing; and wherein the timing signal input is coupled to control the VCIs so that changes in the impedances of the VCIs are synchronised with the timing signal.
Oxidizing products having antimicrobial action that have been produced on an implant made of a metal or having a surface made of a metal for use in a therapeutic treatment, wherein the implant has, on its/the surface, a coating with polycrystalline doped electrically conductive diamond, wherein the therapeutic treatment is a therapy of a microbial infection caused by bacteria on the implant in a human or animal body, wherein the therapeutic treatment comprises the generation of the products having antimicrobial action directly on the implant, wherein the products having antimicrobial action are C 2 O 6 2- , S 2 O 8 2- and/or P 2 O 8 4- ions, - wherein the implant is connected as anode in an electrochemical system in the body, wherein the electrochemical system comprises, in addition to the anode , a cathode , a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or consists of the anode , a cathode , a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or - wherein the implant is disposed within an electrical field, by means of which a negative charge is induced at a first site and a positive charge at a second site by induction on the implant, by means of which the first site becomes the anode in an electrochemical system and the second site becomes the cathode in the electrochemical system, wherein the electrochemical system comprises, in addition to the implant, an electrolyte comprising or consisting of a body fluid or consists of the implant and an electrolyte comprising or consisting of a body fluid. - wherein the implant is connected as anode in an electrochemical system in the body, wherein the electrochemical system comprises, in addition to the anode , a cathode , a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or consists of the anode , a cathode , a power source connected in an electrically conductive manner to the anode and to the cathode, and an electrolyte comprising or consisting of a body fluid, or - wherein the implant is disposed within an electrical field, by means of which a negative charge is induced at a first site and a positive charge at a second site by induction on the implant, by means of which the first site becomes the anode in an electrochemical system and the second site becomes the cathode in the electrochemical system, wherein the electrochemical system comprises, in addition to the implant, an electrolyte comprising or consisting of a body fluid or consists of the implant and an electrolyte comprising or consisting of a body fluid.
A process for manufacturing disposable diapers, the process comprising the steps of: a) providing a continuous web of a plurality of diaper chassis; b) providing a composite web having a longitudinally repeating pattern of windows forming designated sections, wherein said windows are at least partially covered with one or more strips having different functional characteristics that is different elastic properties than the web; c) intermittently attaching to the web of diaper chassis sections of the composite web; and d) cutting across adjacent diaper chassis and the composite web so that a first section of the composite web comprising the strip(s) with an underlying window forms a rear panel of the diaper, and a second section of the composite web without underlying window forms a front panel of the next diaper, or cutting across the diaper chassis so that elasticated belts extend from the rear parts of the diaper. a) providing a continuous web of a plurality of diaper chassis; b) providing a composite web having a longitudinally repeating pattern of windows forming designated sections, wherein said windows are at least partially covered with one or more strips having different functional characteristics that is different elastic properties than the web; c) intermittently attaching to the web of diaper chassis sections of the composite web; and d) cutting across adjacent diaper chassis and the composite web so that a first section of the composite web comprising the strip(s) with an underlying window forms a rear panel of the diaper, and a second section of the composite web without underlying window forms a front panel of the next diaper, or cutting across the diaper chassis so that elasticated belts extend from the rear parts of the diaper.
A copper foil comprising: a copper layer; and an anticorrosive film disposed on the copper layer, wherein the copper foil has a Young's modulus of 37265 to 45111 MPa (3800 to 4600 kgf/mm 2 ) and a modulus bias factor (MBF) of less than 0.12, and the modulus bias factor (MBF) is calculated using Equation 1 below. MBF = (maximum modulus value - minimum modulus value) / (average modulus value) where, in a case in which the Young's modulus of the copper foil is measured three times at three points on the copper foil in a lateral direction thereof, the Young's modulus at a point at which an average value thereof is the lowest is the minimum modulus value, the Young's modulus at a point at which the average value thereof is the highest is the maximum modulus value, and an overall average of the Young's modulus measured at the three points is the average modulus value. a copper layer; and an anticorrosive film disposed on the copper layer, wherein the copper foil has a Young's modulus of 37265 to 45111 MPa (3800 to 4600 kgf/mm 2 ) and a modulus bias factor (MBF) of less than 0.12, and the modulus bias factor (MBF) is calculated using Equation 1 below. MBF = (maximum modulus value - minimum modulus value) / (average modulus value) where, in a case in which the Young's modulus of the copper foil is measured three times at three points on the copper foil in a lateral direction thereof, the Young's modulus at a point at which an average value thereof is the lowest is the minimum modulus value, the Young's modulus at a point at which the average value thereof is the highest is the maximum modulus value, and an overall average of the Young's modulus measured at the three points is the average modulus value.
An operating method for a separator for classifying, characterized in that superheated steam is supplied to the separator as separating gas, and that the temperature of the superheated steam as separating gas is selected to be so low that in particular no condensation of the superheated steam occurs in the separator .
A refrigerator appliance comprising: a cabinet having a temperature-controlled compartment defined therein; a shelf ladder disposed in the temperature-controlled compartment and providing a plurality of shelf mounting positions; one or more electrical connectors corresponding to each of the plurality of shelf mounting positions; and an adjustable shelf removably mountable in one of the plurality of shelf mounting positions; each of the electrical connectors comprises an actuator movable from a first position to a second position, an electrical contact configured to automatically move from a disengaged position to an engaged position in response to the actuator moving from the first position to the second position, and a resilient member that biases the actuator toward the first position; wherein the actuator of the corresponding electrical connector is held in the second position by the weight of the adjustable shelf , the resilient member being deformable by the weight of the adjustable shelf , the refrigerator being characterised in that the electrical contact of the corresponding electrical connector engages the adjustable shelf , and in that the adjustable shelf comprises a mounting bracket configured to be cantilevered on the shelf ladder , the mounting bracket including a tab carrying one or more conductors , said tab being configured to extend through a slot formed in the shelf ladder to engage the corresponding electrical connector , said tab having a first surface configured to engage the actuator and a second surface configured to interface with the electrical contact . a cabinet having a temperature-controlled compartment defined therein; a shelf ladder disposed in the temperature-controlled compartment and providing a plurality of shelf mounting positions; one or more electrical connectors corresponding to each of the plurality of shelf mounting positions; and an adjustable shelf removably mountable in one of the plurality of shelf mounting positions; each of the electrical connectors comprises an actuator movable from a first position to a second position, an electrical contact configured to automatically move from a disengaged position to an engaged position in response to the actuator moving from the first position to the second position, and a resilient member that biases the actuator toward the first position; wherein the actuator of the corresponding electrical connector is held in the second position by the weight of the adjustable shelf , the resilient member being deformable by the weight of the adjustable shelf , the refrigerator being characterised in that the electrical contact of the corresponding electrical connector engages the adjustable shelf , and in that the adjustable shelf comprises a mounting bracket configured to be cantilevered on the shelf ladder , the mounting bracket including a tab carrying one or more conductors , said tab being configured to extend through a slot formed in the shelf ladder to engage the corresponding electrical connector , said tab having a first surface configured to engage the actuator and a second surface configured to interface with the electrical contact .
A computer-implemented method of managing a charging operation in a communications network, the method comprising: determining a low balance condition of a user of the network during a network service provided to the user by the network ; determining a prioritized provider and transferring a credit to the user from the prioritized provider to continue the network service; wherein the prioritized provider is determined from a plurality of providers based on respective connectivity parameters between the user and each provider and a respective credit parameter of each provider, wherein the providers refer to users providing the credit transfer, characterized in that the connectivity parameters are a ranking corresponding to the level of interaction between the user and the respective provider using network services, and in that the connectivity parameters are determined using call data records, CDRs, indicating the amount of data exchanged between the user and respective providers using the network service. determining a low balance condition of a user of the network during a network service provided to the user by the network ; determining a prioritized provider and transferring a credit to the user from the prioritized provider to continue the network service; wherein the prioritized provider is determined from a plurality of providers based on respective connectivity parameters between the user and each provider and a respective credit parameter of each provider, wherein the providers refer to users providing the credit transfer, characterized in that the connectivity parameters are a ranking corresponding to the level of interaction between the user and the respective provider using network services, and in that the connectivity parameters are determined using call data records, CDRs, indicating the amount of data exchanged between the user and respective providers using the network service.
A flexible container comprising: a first multilayer film and a second multilayer film , each multilayer film comprising a seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film, the films sealed along a common peripheral edge; a fitment comprising a base , the base comprising a polymeric blend of from 60 wt% to 90 wt% ethylene/α-olefin multi-block copolymer and from 40 wt% to 10 wt% high density polyethylene (HDPE); and a fitment seal comprising the base located between the multilayer films and the base is sealed to each multilayer film at a portion of the common peripheral edge. a first multilayer film and a second multilayer film , each multilayer film comprising a seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film, the films sealed along a common peripheral edge; a fitment comprising a base , the base comprising a polymeric blend of from 60 wt% to 90 wt% ethylene/α-olefin multi-block copolymer and from 40 wt% to 10 wt% high density polyethylene (HDPE); and a fitment seal comprising the base located between the multilayer films and the base is sealed to each multilayer film at a portion of the common peripheral edge.
An oil system for a gas turbine engine comprising: an oil tank ; a fill tube (240; 340) coupled to the oil tank ; a cap (241; 341) coupled to a first end of the fill tube (240; 340); a first baffle coupled to an inner wall of the fill tube (240; 340), wherein the first baffle comprises a first aperture ; a second baffle coupled to the inner wall of the fill tube (240; 340); and a first release opening coupled to the first baffle ; characterised by a flapper valve (242; 342) coupled to the fill tube (240; 340), and the first release opening being a release tube . an oil tank ; a fill tube (240; 340) coupled to the oil tank ; a cap (241; 341) coupled to a first end of the fill tube (240; 340); a first baffle coupled to an inner wall of the fill tube (240; 340), wherein the first baffle comprises a first aperture ; a second baffle coupled to the inner wall of the fill tube (240; 340); and a first release opening coupled to the first baffle ; characterised by a flapper valve (242; 342) coupled to the fill tube (240; 340), and the first release opening being a release tube .
A method for optimizing a measurement rate of a first field device in a measuring system , wherein the first field device is configured to measure a first measured variable (L) with an adjustable measurement rate, wherein the measuring system , in addition to the first field device , comprises at least a second field device , which is configured to measure a second measured variable (f), wherein the first measured variable (L) is different from the second measured variable (f), and wherein at least the first measured variable (L) of the first field device correlates with the second measured variable (f) of the second field device , comprising the following process steps: - Measuring the measured variables (f, L) of the at least two field devices each with a preset measurement rate during a defined calibration phrase, - working out a correlation pattern between the first measured variable (L) and the second measured variable (f) based on the measured values from the calibration phase, - implementing measuring mode, wherein at least the measured values of the second field device are checked in relation to the correlation pattern during measuring mode, and wherein the measurement rate of the first field device in measuring mode is changed at least during a time window (Δt) in which the correlation pattern is detected in the measured values of the second measured variable (f). - Measuring the measured variables (f, L) of the at least two field devices each with a preset measurement rate during a defined calibration phrase, - working out a correlation pattern between the first measured variable (L) and the second measured variable (f) based on the measured values from the calibration phase, - implementing measuring mode, wherein at least the measured values of the second field device are checked in relation to the correlation pattern during measuring mode, and wherein the measurement rate of the first field device in measuring mode is changed at least during a time window (Δt) in which the correlation pattern is detected in the measured values of the second measured variable (f).
A composite particle comprising: a core; a first sealant layer formed of a cohesive hydratable material encapsulating the core; a second sealant layer formed of a hydratable material disposed around the first sealant layer; a fibrous reinforcing material in the second sealant layer; and a barrier layer formed around the first sealant layer dividing the first sealant layer from the second sealant layer, wherein the second sealant layer is disposed around the barrier layer and the first sealant layer, and optionally a protective coating surrounding the composite particle forming an outer shell; wherein the hydratable materials of the first sealant layer and the second sealant layer are different. a core; a first sealant layer formed of a cohesive hydratable material encapsulating the core; a second sealant layer formed of a hydratable material disposed around the first sealant layer; a fibrous reinforcing material in the second sealant layer; and a barrier layer formed around the first sealant layer dividing the first sealant layer from the second sealant layer, wherein the second sealant layer is disposed around the barrier layer and the first sealant layer, and optionally a protective coating surrounding the composite particle forming an outer shell; wherein the hydratable materials of the first sealant layer and the second sealant layer are different.
A mobile device comprising a variety of radio communication protocols that enable the mobile device to be reached on a first number (A2) on a local network (LO) and on a second number (A1) on a main operator network (MO), the mobile device comprising a software or hardware application that is configured to: determine that the mobile device is reachable in the main operator network (MO) based on if it has coverage and successfully can register in the main operator network (MO); determine whether the mobile device has coverage and service from the local network (LO); and if the determination indicates that the mobile device has coverage and service from the local network (LO), automatically send an activation of the functionality Call Forwarding Unconditional, from the second number (A1) to the first number (A2), to the main operator network (MO); while if the determining indicates that the mobile device does not have coverage and service from the local network (LO), automatically send an activation of the functionality Call Forwarding Non Reachable, from the second number (A1) to the first number (A2), to the main operator network (MO). determine that the mobile device is reachable in the main operator network (MO) based on if it has coverage and successfully can register in the main operator network (MO); determine whether the mobile device has coverage and service from the local network (LO); and if the determination indicates that the mobile device has coverage and service from the local network (LO), automatically send an activation of the functionality Call Forwarding Unconditional, from the second number (A1) to the first number (A2), to the main operator network (MO); while if the determining indicates that the mobile device does not have coverage and service from the local network (LO), automatically send an activation of the functionality Call Forwarding Non Reachable, from the second number (A1) to the first number (A2), to the main operator network (MO).
Connection line with matched impedance, including a cable having at least two conductors which are separated from each other by insulation and are connectable to contact elements, characterized in that the connection line comprises a compensation area (L1) within its end portion (L2), wherein the distance (D1, D2) of the conductors from each other is smaller within the compensation area (L1) than outside the compensation area (L1), whereby the impedance, Z, of the connection line decreases in the compensation area (L1), and in that a clamping means engages the connection line in the compensation area (L1) and presses it together such that the distance (D1, D2) of the conductors from each other is reduced.
A beacon, comprises one first-level pattern, four second-level patterns and five third-level patterns, an area of the second-level pattern is less than that of the first-level pattern, and an area of the third-level pattern is less than that of the second-level pattern, characterized in that : the four second-level patterns are respectively superposed above a left, bottom, right and middle of the first-level pattern, and the five third-level patterns are superposed above a top of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged below the grid; or, the four second-level patterns are respectively superposed above the top, bottom, left and right of the first-level pattern, and the five third-level patterns are superposed above the middle of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged above the grid. the four second-level patterns are respectively superposed above a left, bottom, right and middle of the first-level pattern, and the five third-level patterns are superposed above a top of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged below the grid; or, the four second-level patterns are respectively superposed above the top, bottom, left and right of the first-level pattern, and the five third-level patterns are superposed above the middle of the first-level pattern in a layout where four third-level patterns are arranged in a grid of columns and rows, and one third-level pattern is arranged above the grid.