mhurhangee/patent-ind-claim-en huggingface dataset:
A power factor correction circuit, comprising: a power meter configured to measure a total harmonic distortion, THD, and an amplitude ratio of each harmonic component at an input port; a switching-type regulator that is controllable by a switch control signal in order to adjust a power factor; and a controller configured to generate the switch control signal to control the switching-type regulator to perform power factor correction, wherein the controller decreases the THD by adjusting a current reference signal according to the measured THD and the amplitude ratio of each harmonic component, wherein the controller is configured to adjust the current reference signal by superimposing at least one predetermined harmonic component on the current reference signal, characterized in that the controller is configured to adjust, based on the measured THD, a phase of each of the at least one predetermined harmonic component to minimize the THD a power meter configured to measure a total harmonic distortion, THD, and an amplitude ratio of each harmonic component at an input port; a switching-type regulator that is controllable by a switch control signal in order to adjust a power factor; and a controller configured to generate the switch control signal to control the switching-type regulator to perform power factor correction, wherein the controller decreases the THD by adjusting a current reference signal according to the measured THD and the amplitude ratio of each harmonic component, wherein the controller is configured to adjust the current reference signal by superimposing at least one predetermined harmonic component on the current reference signal, characterized in that the controller is configured to adjust, based on the measured THD, a phase of each of the at least one predetermined harmonic component to minimize the THD
A method, in a system comprising a data preparation server (DP; DP+), for generating a profile to be downloaded to a UICC hosted in a device of an End-User, the method comprising the steps: a) At the data preparation server (DP; DP+), generate a Matching ID which is independent of a device type of the device and of a UICC type of the UICC; b) Providing the generated Matching ID to the End-User providing of the device and the UICC and wishing to be provided with a profile; c) At the data preparation server (DP; DP+), receive from the End-User a request for downloading a profile to the UICC and the following information: c1) UICC information on the UICC and c2) device information on the device hosting the UICC and c3) the Matching ID provided to him/her in step b); d) At the data preparation server (DP; DP+), in reaction to receipt of the information provided in step c), generate a customized profile matching with the information provided in step c), characterized in that : the Matching ID: - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User. a) At the data preparation server (DP; DP+), generate a Matching ID which is independent of a device type of the device and of a UICC type of the UICC; b) Providing the generated Matching ID to the End-User providing of the device and the UICC and wishing to be provided with a profile; c) At the data preparation server (DP; DP+), receive from the End-User a request for downloading a profile to the UICC and the following information: c1) UICC information on the UICC and c2) device information on the device hosting the UICC and c3) the Matching ID provided to him/her in step b); d) At the data preparation server (DP; DP+), in reaction to receipt of the information provided in step c), generate a customized profile matching with the information provided in step c), characterized in that : the Matching ID: - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User. - is assigned to the End-User, and - is not assigned to one particular profile and can be assigned to multiple profiles of the same End-User.
A method for transmitting satellite signals carrying data streams, comprising the steps of a. splitting, by means of separating means , a MPEG-TS data stream comprising two or more packets into at least a first stream and one or more second streams , b. transmitting the first stream via a first transmission channel (Ch#1) by a first modulator , further comprising a step during which said one or more second streams are transmitted via one or more second transmission channels (Ch#2) by one or more second modulators , wherein said one or more second transmission channels (Ch#2) are distinct from said first transmission channel (Ch#1) and from one another, wherein the first transmission channel (Ch#1) is allocated on a first geostationary satellite transponder, and said one or more second transmission channels (Ch#2) are allocated on one or more second geostationary satellite transponders, wherein said one or more second geostationary satellite transponders are distinct from said first geostationary satellite transponder and from one another, and wherein said two or more packets are distributed, by means of said separating means , among said transmission channels (Ch#1,Ch#2), wherein the transmission rate of each stream equals the transmission rate of the data stream , wherein during the splitting step, when one of the packets of the stream is added to one of the streams , a null packet (NP) is added, by the separating means , to each one of the remaining streams , and wherein a Null Packet Deletion mode and a Dummy Frame Insertion mode are enabled in each modulator . a. splitting, by means of separating means , a MPEG-TS data stream comprising two or more packets into at least a first stream and one or more second streams , b. transmitting the first stream via a first transmission channel (Ch#1) by a first modulator , further comprising a step during which said one or more second streams are transmitted via one or more second transmission channels (Ch#2) by one or more second modulators , wherein said one or more second transmission channels (Ch#2) are distinct from said first transmission channel (Ch#1) and from one another, wherein the first transmission channel (Ch#1) is allocated on a first geostationary satellite transponder, and said one or more second transmission channels (Ch#2) are allocated on one or more second geostationary satellite transponders, wherein said one or more second geostationary satellite transponders are distinct from said first geostationary satellite transponder and from one another, and wherein said two or more packets are distributed, by means of said separating means , among said transmission channels (Ch#1,Ch#2), wherein the transmission rate of each stream equals the transmission rate of the data stream , wherein during the splitting step, when one of the packets of the stream is added to one of the streams , a null packet (NP) is added, by the separating means , to each one of the remaining streams , and wherein a Null Packet Deletion mode and a Dummy Frame Insertion mode are enabled in each modulator .
System of towable supports comprising: i) a plurality of mobile supports , each support comprising an element for coupling with a towing vehicle allowing it to move the support ; ii) at least one motorized towing vehicle with a clamping axis L-L comprising a coupling element clamping assembly; characterized in that : a) the coupling element comprises an elongated towing bar whose side faces are provided with at least two opposing notches ; b) the clamping assembly of the towing vehicle comprises at least two opposing jaws mounted to slide on rails transverse to the clamping axis (L-L) of the towing vehicle , the shapes and dimensions of the jaws and notches enabling guidance and insertion of the jaws in the notches of the support to be moved; c) there is sufficient travel of the jaws along the rails to enable the towing bar to be clamped when the jaws are inserted in the notches . i) a plurality of mobile supports , each support comprising an element for coupling with a towing vehicle allowing it to move the support ; ii) at least one motorized towing vehicle with a clamping axis L-L comprising a coupling element clamping assembly; a) the coupling element comprises an elongated towing bar whose side faces are provided with at least two opposing notches ; b) the clamping assembly of the towing vehicle comprises at least two opposing jaws mounted to slide on rails transverse to the clamping axis (L-L) of the towing vehicle , the shapes and dimensions of the jaws and notches enabling guidance and insertion of the jaws in the notches of the support to be moved; c) there is sufficient travel of the jaws along the rails to enable the towing bar to be clamped when the jaws are inserted in the notches .
Switching regulator for operating one or more illuminants, comprising a coil , a switch coupled to the coil , a control circuit for outputting a digital nominal value (I peak D) in order to control the switch of the switching regulator coupled to the coil , means for directly or indirectly detecting the current flowing through the coil or the switch , and for generating a first analog signal (ISNS) representing this current, a digital/analog converter designed to output a second analog signal based on the digital nominal value (I peak D) output by the control circuit , characterized in that the switching regulator comprises a comparator designed to compare the first analog signal (ISNS) with the second analog signal (I peak ), and the resolution of the digital nominal value (I peak D) output by the control circuit is higher than the resolution of the digital/analog converter, and the switching regulator additionally comprises a regulating device which is designed to vary the digital input value of the digital/analog converter over time in order to counteract the time-averaged error occurring due to the lower resolution of the digital input value relative to the digital nominal value (I peak D).
A medical electrode including a plastic foam disc having a top side and a bottom side , an aperture extending at a central part of the plastic foam disc from the top side to the bottom side and thereby forming a contact medium chamber , a plastic foil having a top side and a bottom side and being arranged on the top side of the plastic foam disc , thereby covering the aperture and at least a part of the surrounding plastic foam disc , the plastic foil being welded to the plastic foam disc along a weld line surrounding the aperture , an electric connector being mounted on the plastic foil eccentrically in relation to the central part of the plastic foam disc , the electric connector being adapted to be electrically connected to monitoring equipment, a sensor strip disposed in the contact medium chamber and electrically connected to the electric connector , and a layer of pressure-sensitive adhesive applied to the bottom side of the plastic foam disc , wherein a protective disc-formed structure has a lid and an outer rim and is arranged at the top side of the plastic foam disc , and wherein the outer rim of the protective disc-formed structure is attached to the medical electrode .
Hook for elastic tensioner, made by folding a metal wire element, of suitable cross-section, having on the one hand a connecting interface intended to receive one of the end zones of an elastic cable which is detachably attached, and on the other hand a hooking loop intended to be hooked to an object, said loop having a free end zone and defining a cove intended to receive said object by passing through an opening , the connecting interface having a first and a second rectilinear terminal branch and a rectilinear middle branch , connected to the first rectilinear terminal branch by a first bent branch and to the second rectilinear branch by a second bent branch , said bent branches forming two opposite hollows, said terminal and middle rectilinear branches being parallel to the direction of the tensile force to be absorbed both by the loop and by the connecting interface due to the action of the elastic cable , the first rectilinear terminal branch being extended by the hooking loop , and the first bent branch , defining a hollow oriented towards the cove , in communication relation with the latter, the said first bent branch and the hollow it forms being intended to receive the elastic cable attached, characterized in that the width of the hollow formed by at least the first bent branch is equal to or less than the diameter of the cable intended to be attached to the connecting interface and in that the second rectilinear terminal branch is extended by a retainer shank intended to receive the elastic cable , the said retainer shank having a longitudinal geometric axis AA', parallel to the terminal and middle rectilinear branches.
An interlayer film for laminated glass, comprising an infrared ray reflection layer which reflects infrared rays, a first resin layer which is arranged on a first surface side of the infrared ray reflection layer and contains a thermoplastic resin, and a second resin layer which is arranged on a second surface side opposite to the first surface of the infrared ray reflection layer and contains a thermoplastic resin, the second resin layer containing metal oxide particles, the second resin layer containing at least one kind among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound, at least one among the first resin layer and the second resin layer containing an adhesive force regulating agent being at least one kind of metal salt selected from the group consisting of an alkali metal salt and an alkaline earth metal salt, and the infrared ray transmittance in the wavelength of 780 to 2100 nm of the first resin layer being higher by 10% or more than the infrared ray transmittance in the wavelength of 780 to 2100 nm of the second resin layer, the infrared ray transmittances being measured according to the method in the description. the second resin layer containing metal oxide particles, the second resin layer containing at least one kind among a phthalocyanine compound, a naphthalocyanine compound and an anthracyanine compound, at least one among the first resin layer and the second resin layer containing an adhesive force regulating agent being at least one kind of metal salt selected from the group consisting of an alkali metal salt and an alkaline earth metal salt, and the infrared ray transmittance in the wavelength of 780 to 2100 nm of the first resin layer being higher by 10% or more than the infrared ray transmittance in the wavelength of 780 to 2100 nm of the second resin layer, the infrared ray transmittances being measured according to the method in the description.
A method for accessing a channel in a vehicular communication network, where successive cycles, each of which comprises N time slots, are defined in the channel, comprising: a first communication device mounted on a first node receiving a channel allocation advertisement message from a second communication device mounted on a second node, where the channel allocation advertisement message comprises information of how a communication area is divided into M regions and a mapping between the M regions and the N time slots,; the first communication device determining in which region the first node is located based on a position of the first node and the information; the first communication device identifying a time slot based on the determined region and the mapping; and the first communication device competing for the identified time slot; and wherein the channel allocation advertisement message further comprises information of a life time of itself, after which the channel allocation advertisement message is expired. a first communication device mounted on a first node receiving a channel allocation advertisement message from a second communication device mounted on a second node, where the channel allocation advertisement message comprises information of how a communication area is divided into M regions and a mapping between the M regions and the N time slots,; the first communication device determining in which region the first node is located based on a position of the first node and the information; the first communication device identifying a time slot based on the determined region and the mapping; and the first communication device competing for the identified time slot; and wherein the channel allocation advertisement message further comprises information of a life time of itself, after which the channel allocation advertisement message is expired.
A method of graphically displaying a switching cycle of a switching device on a test and measurement instrument , including: acquiring from a device under test a switching voltage and a switching current via a voltage probe and a current probe , respectively, for a plurality of switching cycles of the device under test ; plotting the switching current versus the switching voltage on a current versus voltage plot as a curve for each of the switching cycles; overlapping each of the curves on the current versus voltage plot ; and displaying the current versus voltage plot with the curves. acquiring from a device under test a switching voltage and a switching current via a voltage probe and a current probe , respectively, for a plurality of switching cycles of the device under test ; plotting the switching current versus the switching voltage on a current versus voltage plot as a curve for each of the switching cycles; overlapping each of the curves on the current versus voltage plot ; and displaying the current versus voltage plot with the curves.
Adapter (A) for a rolling assembly having an axis of rotation (YY'), the rolling assembly comprising: - a tyre (P) having two beads (B), - a rim (J) having two rim bead seats , - for each bead (B), the said adapter (A) providing the connection between the bead (B) and the rim (J), the said adapter (A) comprising: - an axially inner end connected to the rim (J), - an axially outer end comprising an outer reinforcing element and intended to come into contact, via a substantially radial axially inner face, or bearing face , with a bead (B), the outer reinforcing element being completely axially on the outside of the bearing face once assembled, - a body connecting the axially outer end to the axially inner end , comprising at least one main reinforcement providing the connection between the outer reinforcing element and the inner reinforcing element , and comprising a substantially axial adapter seat intended to come into contact with a bead (B), characterized in that the outer reinforcing element is a substantially annular structure, referred to as a bead wire, of substantially polygonal section, comprising an individual metal wire of diameter D1, the said wire being coated in an elastomer composition and wound contiguously around a support at least three times in an axial direction and at least twice in a radial direction. - a tyre (P) having two beads (B), - a rim (J) having two rim bead seats , - for each bead (B), the said adapter (A) providing the connection between the bead (B) and the rim (J), - an axially inner end connected to the rim (J), - an axially outer end comprising an outer reinforcing element and intended to come into contact, via a substantially radial axially inner face, or bearing face , with a bead (B), the outer reinforcing element being completely axially on the outside of the bearing face once assembled, - a body connecting the axially outer end to the axially inner end , comprising at least one main reinforcement providing the connection between the outer reinforcing element and the inner reinforcing element , and comprising a substantially axial adapter seat intended to come into contact with a bead (B),
A programmable integrated circuit device comprising: a plurality of input ports ; a queue that is coupled to the input ports ; a first shifter that is coupled to the queue ; a plurality of encryption cores that are coupled to the first shifter ; and a plurality of feedback paths ; characterized by a plurality of key generators , where each of the plurality of key generators corresponds to a respective encryption core of the plurality of encryption cores ; a second shifter that is coupled to each of the plurality of key generators ; a plurality of authentication cores , wherein each of the plurality of authentication cores is coupled to the second shifter ; and a third shifter that is coupled to an output of each of the plurality of authentication cores ; wherein each of the plurality of feedback paths is coupled to the third shifter , wherein the programmable integrated circuit device is adapted to transmit feedback from each of the plurality of feedback paths to a respective authentication core by way of the third shifter , wherein, when data passing through the programmable integrated circuit device is invalid, the respective feedback path on which the data is invalid provides feedback that is multiplied by 1. a plurality of input ports ; a queue that is coupled to the input ports ; a first shifter that is coupled to the queue ; a plurality of encryption cores that are coupled to the first shifter ; and a plurality of feedback paths ; characterized by a plurality of key generators , where each of the plurality of key generators corresponds to a respective encryption core of the plurality of encryption cores ; a second shifter that is coupled to each of the plurality of key generators ; a plurality of authentication cores , wherein each of the plurality of authentication cores is coupled to the second shifter ; and a third shifter that is coupled to an output of each of the plurality of authentication cores ; wherein each of the plurality of feedback paths is coupled to the third shifter , wherein the programmable integrated circuit device is adapted to transmit feedback from each of the plurality of feedback paths to a respective authentication core by way of the third shifter , wherein, when data passing through the programmable integrated circuit device is invalid, the respective feedback path on which the data is invalid provides feedback that is multiplied by 1.
A scanning optical system, comprising: a mirror unit (MU) equipped with a first mirror surface (M1) and a second mirror surface each (M2) of which inclines to a rotation axis (RO); and a light projecting system (LPS) including at least one light source (LD) to emit a light flux toward the first mirror surface (M1), wherein the scanning optical system is configured such that a light flux emitted from the light source (LD) is reflected on the first mirror surface (M1) of the mirror unit (MU), thereafter, reflected on the second mirror surface (M2), and then, projected so as to scan in a main scanning direction (Y) onto an object (OBJ) in accordance with rotation of the mirror unit (MU), characterized in that the scanning optical system is configured such that the light flux reflected on the second mirror surface (M2) is polarized in a range within an angle (Φ) of ± 30 degrees to a direction perpendicular to the main scanning direction (Y) on the object side. a mirror unit (MU) equipped with a first mirror surface (M1) and a second mirror surface each (M2) of which inclines to a rotation axis (RO); and a light projecting system (LPS) including at least one light source (LD) to emit a light flux toward the first mirror surface (M1), wherein the scanning optical system is configured such that a light flux emitted from the light source (LD) is reflected on the first mirror surface (M1) of the mirror unit (MU), thereafter, reflected on the second mirror surface (M2), and then, projected so as to scan in a main scanning direction (Y) onto an object (OBJ) in accordance with rotation of the mirror unit (MU), characterized in that the scanning optical system is configured such that the light flux reflected on the second mirror surface (M2) is polarized in a range within an angle (Φ) of ± 30 degrees to a direction perpendicular to the main scanning direction (Y) on the object side.