mhurhangee/ep-ind-claims huggingface dataset:
Method for determining an electrical parameter, comprising the steps of: - charging, in parallel, a first and a second capacitor (CL1, CL2) from a common supply voltage, - measuring a first discharge time by discharging the first capacitor, and - measuring a second discharge time by discharging the first capacitor a second time or by discharging the second capacitor, wherein - after discharging the first and the second capacitor (CL1, CL2) and determining the first and the second discharge time (t11, t12), the first and the second capacitor (CL1, CL2) are charged in parallel from the common supply voltage a second time, - a third discharge time is determined by discharging the first capacitor, - a fourth discharge time is determined by discharging the first capacitor or by discharging the second capacitor, and - the electrical parameter is determined from a ratio of the first, second, third and fourth discharge times (t11, t12, t21, t22), characterized in that the first and the second discharge time (t11, t12) are measured from discharging the first and the second capacitor (CL1, CL2) by a first resistor, and the third and the fourth discharge time (t21, t22) are measured from discharging the first and the second capacitor (CL1, CL2) by a second resistor. - charging, in parallel, a first and a second capacitor (CL1, CL2) from a common supply voltage, - measuring a first discharge time by discharging the first capacitor, and - measuring a second discharge time by discharging the first capacitor a second time or by discharging the second capacitor, wherein - after discharging the first and the second capacitor (CL1, CL2) and determining the first and the second discharge time (t11, t12), the first and the second capacitor (CL1, CL2) are charged in parallel from the common supply voltage a second time, - a third discharge time is determined by discharging the first capacitor, - a fourth discharge time is determined by discharging the first capacitor or by discharging the second capacitor, and - the electrical parameter is determined from a ratio of the first, second, third and fourth discharge times (t11, t12, t21, t22), characterized in that the first and the second discharge time (t11, t12) are measured from discharging the first and the second capacitor (CL1, CL2) by a first resistor, and the third and the fourth discharge time (t21, t22) are measured from discharging the first and the second capacitor (CL1, CL2) by a second resistor. that the first and the second discharge time (t11, t12) are measured from discharging the first and the second capacitor (CL1, CL2) by a first resistor, and the third and the fourth discharge time (t21, t22) are measured from discharging the first and the second capacitor (CL1, CL2) by a second resistor.
Bleach particle comprising a) a core consisting essentially of sodium percarbonate, b) an inner coating layer comprising at least 50% by weight of sodium sulfate in the form of thenardite or burkeite, and c) an outer coating layer comprising a water-soluble binder and at least one bleach activator selected from perhydrolyzable N-acyl compounds and O-acyl compounds. a) a core consisting essentially of sodium percarbonate, b) an inner coating layer comprising at least 50% by weight of sodium sulfate in the form of thenardite or burkeite, and c) an outer coating layer comprising a water-soluble binder and at least one bleach activator selected from perhydrolyzable N-acyl compounds and O-acyl compounds.
An electronic vehicle fluid pump including an electronically commutated drive motor having a motor rotor connected for rotation with an impeller via a motor rotor shaft, and comprising an electronic motor control unit, characterized in that said motor control unit comprises a first main board and a second main board, said motor control unit comprises at least one intermediate board (80 1 -80 2) which is arranged between said two main boards (40, 50) and respectively electrically connected with said two main boards (40, 50) by means of at least one flexible conduction band (70 1 -70 4), wherein on said intermediate board (80 1 -80 2) at least one electronic component (68 1 -68 2) is arranged, and wherein said two main boards (40, 50) and said intermediate board (80 1 -80 2) are respectively arranged at different spatial dimensions, wherein the first main board defines a power board which comprises a plurality of power semiconductors, and wherein the second main board defines a signal-processing board which comprises the signal-processing components and preferably a processor.
Switch for multi-pole operation having a switching chamber, wherein a switching compartment (1, 2) is provided for each pole, wherein the switching chamber has a movable switching bridge running through the switching compartments (1, 2), wherein a bridge contact is provided in the switching bridge for each switching compartment (1, 2) and the bridge contacts are arranged spaced apart from each other along a main extension direction of the switching bridge and wherein the main extension direction of the switching bridge is oriented substantially perpendicular to an axis of movement of the switching bridge, wherein the bridge contacts extend substantially at right angles to the main extension direction of the switching bridge, characterised in that fixed contacts (10a, 10b, 20a, 20b) are arranged parallel to the main extension direction of the switching bridge and that the switching compartments (1, 2) are arranged in mirror symmetry to one another.
A method of controlling an appliance in a network, the method including: enabling communication between a communication device of the appliance and an external device via the network and a server external to the network; enabling a remote control mode of the appliance; receiving, by the appliance, a first input including a selection of an operation to be executed by the appliance; receiving, by the appliance, a second input, from the external device via the server; and executing the selected operation in response to the second input, wherein receiving a first input includes: receiving the first input through a control panel of the appliance, or receiving the first input by the communication device of the appliance from the external device via the external server and the network, characterized in that when the first input is received through the control panel of the appliance, the remote control mode is enabled after receiving the first input, and when the first input is received by the communication device via the external server and the network, the remote control mode is enabled before receiving the first input. enabling communication between a communication device of the appliance and an external device via the network and a server external to the network; enabling a remote control mode of the appliance; receiving, by the appliance, a first input including a selection of an operation to be executed by the appliance; receiving, by the appliance, a second input, from the external device via the server; and executing the selected operation in response to the second input, wherein receiving a first input includes: receiving the first input through a control panel of the appliance, or receiving the first input by the communication device of the appliance from the external device via the external server and the network, characterized in that when the first input is received through the control panel of the appliance, the remote control mode is enabled after receiving the first input, and when the first input is received by the communication device via the external server and the network, the remote control mode is enabled before receiving the first input. receiving the first input through a control panel of the appliance, or receiving the first input by the communication device of the appliance from the external device via the external server and the network, characterized in that when the first input is received through the control panel of the appliance, the remote control mode is enabled after receiving the first input, and when the first input is received by the communication device via the external server and the network, the remote control mode is enabled before receiving the first input.
Loose tube elastic compression apparatus configured for use with central loose tube fiber optic cables, comprising: compression contacts (10, 12, 16, 18, 52) for the compression of a loose tube following extrusion; a further point of physical contact at a predetermined distance from said compression contacts; the apparatus configured for use with a loose tube (27, 29) being made of a first material having a predefined post-extrusion shrinkage, and the compression contacts being made of a second material, wherein the compression contacts are adapted to provide a coefficient of friction between said first material and said second material such that said compression contacts apply a radial pressure that only causes elastic deformation, and said compression contacts further being configured to impart an axial tension to said tube at a predetermined line speed of said tube, wherein the loose tube elastic compression apparatus is configured such that the line speed, axial tension and radial pressure parameters are set into a combination to cause harmonic vibration of said loose tube over said distance, thereby to avoid plastic deformation and mitigate post-extrusion shrinkage in said loose tube. compression contacts (10, 12, 16, 18, 52) for the compression of a loose tube following extrusion; a further point of physical contact at a predetermined distance from said compression contacts; the apparatus configured for use with a loose tube (27, 29) being made of a first material having a predefined post-extrusion shrinkage, and the compression contacts being made of a second material, wherein the compression contacts are adapted to provide a coefficient of friction between said first material and said second material such that said compression contacts apply a radial pressure that only causes elastic deformation, and said compression contacts further being configured to impart an axial tension to said tube at a predetermined line speed of said tube, wherein the loose tube elastic compression apparatus is configured such that the line speed, axial tension and radial pressure parameters are set into a combination to cause harmonic vibration of said loose tube over said distance, thereby to avoid plastic deformation and mitigate post-extrusion shrinkage in said loose tube.
A crucible for heating a material to be vaporized or sublimed, comprising at least one concave recess, the concave recess is applicable to accommodating a material to be vaporized or sublimed, and the concave recess is formed on a first surface of the crucible; and a bottom recess and a side recess (13a-13d), the bottom recess is formed on a second surface of the crucible, the second surface is opposite to the first surface, and the side recess (13a-13d) is formed in a side wall of the crucible, the side wall extends from the first surface to the second surface, wherein the side recess (13a-13d) has an opening near the second surface of the crucible. at least one concave recess, the concave recess is applicable to accommodating a material to be vaporized or sublimed, and the concave recess is formed on a first surface of the crucible; and a bottom recess and a side recess (13a-13d), the bottom recess is formed on a second surface of the crucible, the second surface is opposite to the first surface, and the side recess (13a-13d) is formed in a side wall of the crucible, the side wall extends from the first surface to the second surface, wherein the side recess (13a-13d) has an opening near the second surface of the crucible.
A toner deterioration judging method for judging deterioration of toner of an image forming apparatus due to the release or embedding of an external additive, characterized in that the toner deterioration judging method is a toner deterioration judging method for judging deterioration of toner by detecting flowability of the toner, comprising: forming a recess on a toner surface, measuring a time taken for the recess to be evened due to flowability of the toner, and judging deterioration of the toner in accordance with the measured time. forming a recess on a toner surface, measuring a time taken for the recess to be evened due to flowability of the toner, and judging deterioration of the toner in accordance with the measured time.
Part for coaxial connection of two tubes (3, 4), comprising two connection portions (6, 7), each provided with a receiving area for a connection element (31, 41) of each tube (3, 4), the two connection portions (6, 7) being able to slide in one another, between a position in which the two portions (6, 7) are spaced apart and a position in which the two portions (6, 7) are closed up, in which the two receiving areas can hold the connection elements (31, 41) together and form a closed contour, each connection portion (6, 7) comprising a male area which slides in an associated female area of the other portion (7, 6), and a female area in which the male area of the other connection portion (7, 6) slides, the male area of each connection portion (6, 7) comprising at least one arm which slides in at least one rail of the female area of the other connection portion (7, 6), each connection portion (6, 7) being provided with at least one clip, such that the position in which the two connection portions (6, 7) are closed up is obtained by clipping, characterized in that each connection portion (6, 7) also comprises an element which projects from the periphery of the connection portion (6, 7) and which is clipped into an opening in the other connection portion (7, 6).
A method for controlling paging of a user equipment, UE, in which Idle-mode Signaling Reduction, ISR, is activated performed by a Serving Gateway, S-GW, in a wireless communication system, the method comprising: transmitting a Downlink Data Notification, DDN, message to both of a first network node and a second network node, when receiving downlink data from a Packet Data Network Gateway, P-GW; and when receiving a DDN Reject message from either one network node of the first network node and the second network node in response to the DDN message, transmitting a Stop Paging Indication message to the other network node that did not transmit the DDN Reject message, characterized in that the Stop Paging Indication message includes a Stop Paging Indication due to the eDRX support of the network node that transmits the DDN Reject message as a reject cause. transmitting a Downlink Data Notification, DDN, message to both of a first network node and a second network node, when receiving downlink data from a Packet Data Network Gateway, P-GW; and when receiving a DDN Reject message from either one network node of the first network node and the second network node in response to the DDN message, transmitting a Stop Paging Indication message to the other network node that did not transmit the DDN Reject message, characterized in that the Stop Paging Indication message includes a Stop Paging Indication due to the eDRX support of the network node that transmits the DDN Reject message as a reject cause.
A linear actuator comprising a housing of soft magnetic material and having a length L h and a first end and a second end; a coil assembly positioned in the housing; a field assembly positioned in the housing for movement relative to the coil assembly and having a length L f and including an axially magnetized cylindrical magnet; a housing extension of magnetic material positioned at the first end or second end of the housing and having an axial length selected so that the field assembly assumes a position offset from the coil assembly when the coil assembly is not energized; wherein the difference between L h and L f is selected to provide a predetermined force between the field assembly and the housing when the coil assembly is not energized, and the force being related inversely to the difference between L h and L f; wherein the housing extension is dimensioned to cause a predetermined walteration of electromagnetic spring characteristics of the linear actuator, and wherein the housing extension comprises a radially magnetized bias magnet positioned at one end of the housing and having a polarity selected according to a polarity of the axially magnetized cylindrical magnet to create an attraction force.
A stimulation device for stimulating a stimulation region within a patient comprising: a stimulation pulse generating circuit for generating a stimulation pulse, wherein the stimulation pulse may preferably be provided to a stimulation region of the patient; a switch, a first waveform generation circuit (605a, 605b, 606a, 606b, 607) for generating a first waveform part; a second waveform generation circuit (605a, 605b, 606a, 606b, 607) for generating a second waveform part different than the first waveform part; wherein the switch is adapted for selecting between an output of the first waveform generation circuit (605a, 605b, 606a, 606b, 607) and an output of the second waveform generation circuit (605a, 605b, 606a, 606b, 607) as an output of the switch, and wherein the stimulation pulse generating circuit is connected to the output of the switch wherein said stimulation device is adapted to generate a stimulation pulse comprised of a first pulse phase generated from the first waveform part and a second pulse phase generated from the second waveform part, with the first pulse phase and the second pulse phase provided in series. a stimulation pulse generating circuit for generating a stimulation pulse, wherein the stimulation pulse may preferably be provided to a stimulation region of the patient; a switch, a first waveform generation circuit (605a, 605b, 606a, 606b, 607) for generating a first waveform part; a second waveform generation circuit (605a, 605b, 606a, 606b, 607) for generating a second waveform part different than the first waveform part; the stimulation pulse generating circuit is connected to the output of the switch
A suture passer, comprising: a cannula having an open distal end defining a cannula outer diameter; and a stylet having a proximal segment configured for receipt within the cannula and including a suture retention notch, and a distal segment having an expanded outer diameter substantially matching the cannula outer diameter, wherein the distal segment terminates at a distal cutting edge; wherein the suture passer includes a retracted position in which the proximal segment of the stylet is received within the cannula through the open distal end and a shoulder defining a transition between the proximal segment and the distal segment abuts the open distal end of the cannula, and an extended position in which the suture retention notch is distally disposed relative to the open distal end of the cannula, characterized in that the proximal segment of the stylet includes a longitudinal key having an outer diameter substantially matching the cannula outer diameter, wherein, in the retracted position, the longitudinal key is received within a longitudinal slot through the cannula. a cannula having an open distal end defining a cannula outer diameter; and a stylet having a proximal segment configured for receipt within the cannula and including a suture retention notch, and a distal segment having an expanded outer diameter substantially matching the cannula outer diameter, wherein the distal segment terminates at a distal cutting edge; wherein the suture passer includes a retracted position in which the proximal segment of the stylet is received within the cannula through the open distal end and a shoulder defining a transition between the proximal segment and the distal segment abuts the open distal end of the cannula, and an extended position in which the suture retention notch is distally disposed relative to the open distal end of the cannula, characterized in that the proximal segment of the stylet includes a longitudinal key having an outer diameter substantially matching the cannula outer diameter, wherein, in the retracted position, the longitudinal key is received within a longitudinal slot through the cannula.
A method for obtaining a secure key, the method characterized by comprising: receiving, by a home evolved node B, HeNB, gateway, an access safety management entity key, K ASME, from a mobility management entity, MME, after authentication and security process are completed by the MME in a core network; and determining, by the HeNB gateway, a first next hop, NH, based on the K ASME. receiving, by a home evolved node B, HeNB, gateway, an access safety management entity key, K ASME, from a mobility management entity, MME, after authentication and security process are completed by the MME in a core network; and determining, by the HeNB gateway, a first next hop, NH, based on the K ASME.
A high-frequency plasma ignition plug comprising an insulator having an axial bore extending in a direction of an axis and an electrode inserted into the axial bore, and adapted to generate plasma discharge through supply, to the electrode, of high-frequency power generated by a predetermined high-frequency power supply, wherein the electrode comprises a center electrode inserted into a forward side of the axial bore and a terminal electrode inserted into a rear side of the axial bore; in the axial bore, the terminal electrode and the center electrode are fixed to the insulator by means of a glass seal which contains a glass component; and the center electrode and the terminal electrode are in direct contact with each other, wherein the center electrode comprises a center electrode body located at a forward side of the center electrode and a connection extension extending rearward from the center electrode body along the axis and smaller in diameter than the center electrode body; the terminal electrode has a hole which opens forward; the connection extension is inserted into the hole; and the glass seal is provided at least in a space defined by an outer circumferential surface of the connection extension, an inner circumferential surface of the axial bore, a forward end surface of the terminal electrode, and a rear end surface of the center electrode body.
Metal/plastic plain bearing composite material, in particular for manufacturing plain bearing elements for lubricated applications, with a metallic support layer, in particular of steel or bronze, and with a sliding coating, in sliding contact with a sliding partner, comprising a sliding material consisting of a matrix-forming PTFE polymer base with fillers to improve the tribological properties, characterised in that the sliding material contains as fillers 1-15 vol% barium sulphate, 5-20 vol% aramid, 1-10 vol% polyimide, 1-15 vol% fluorothermoplast excluding PTFE. 1-15 vol% barium sulphate, 5-20 vol% aramid, 1-10 vol% polyimide, 1-15 vol% fluorothermoplast excluding PTFE.