mhurhangee/patent-ind-claim-en huggingface dataset:
A rotating electrical machine comprising: a rotor ; a stator that faces the rotor with a predetermined gap and includes a stator core and a stator coil ; a high voltage bushing that outputs electricity from the stator coil to an outside of the machine ; a plurality of power lines that connect the stator coil to the high voltage bushing to form an electrical path; a support insulator that supports the power lines ; a rotating electrical machine outer casing that contains at least the rotor , the stator and a connection portion between the stator coil and the power lines , and is internally filled with a hydrogen gas; and a terminal box which communicates with the rotating electrical machine outer casing and is attached to a lower portion of the rotating electrical machine outer casing , the support insulator installed in the terminal box , and the terminal box containing at least the power lines supported by the support insulator and a part of the high voltage bushing connected to the supported power lines , characterized in that the support insulator is installed vertically on a bottom face of the terminal box , and the support insulator installed vertically and a portion of the high voltage bushing located in the terminal box are disposed in parallel with each other. a rotor ; a stator that faces the rotor with a predetermined gap and includes a stator core and a stator coil ; a high voltage bushing that outputs electricity from the stator coil to an outside of the machine ; a plurality of power lines that connect the stator coil to the high voltage bushing to form an electrical path; a support insulator that supports the power lines ; a rotating electrical machine outer casing that contains at least the rotor , the stator and a connection portion between the stator coil and the power lines , and is internally filled with a hydrogen gas; and a terminal box which communicates with the rotating electrical machine outer casing and is attached to a lower portion of the rotating electrical machine outer casing , the support insulator installed in the terminal box , and the terminal box containing at least the power lines supported by the support insulator and a part of the high voltage bushing connected to the supported power lines , characterized in that the support insulator is installed vertically on a bottom face of the terminal box , and the support insulator installed vertically and a portion of the high voltage bushing located in the terminal box are disposed in parallel with each other.
Thermoplastic composition, comprising: A) aromatic polycarbonate and B) Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, characterized in that the composition further comprises: C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, wherein, furthermore, the proportion of B) is ≥ 35% by weight to ≤ 60% by weight and the proportion of C) is > 0.1% by weight, in each case based on the total weight of the composition. A) aromatic polycarbonate and B) Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, the composition further comprises: C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, wherein, furthermore, the proportion of B) is ≥ 35% by weight to ≤ 60% by weight and the proportion of C) is > 0.1% by weight, in each case based on the total weight of the composition.
Electrical equipment item comprising: • two electrically insulated circuits , • a screen in the form of a film arranged between the two circuits , the screen comprising a substrate and a conductive filament arranged on the substrate , • a module configured to circulate a current in the conductive filament and to detect a breaking of the conductive filament through the stopping of the circulation of the current. • two electrically insulated circuits , • a screen in the form of a film arranged between the two circuits , the screen comprising a substrate and a conductive filament arranged on the substrate , • a module configured to circulate a current in the conductive filament and to detect a breaking of the conductive filament through the stopping of the circulation of the current.
A method of curing a polymeric form , the method comprising the steps of: arranging an uncured polymeric form along a base member , the base member being at least semi-rigid at least when in a curing configuration; arranging a thermal expansion member in close relation to the uncured polymeric form and either on a side of the uncured polymeric form opposite the base member or between the uncured polymeric form and the base member ; arranging a constraining member relative to the base member such that the thermal expansion member and the uncured polymeric form are both positioned between the constraining member and the base member , the constraining member maintaining a constant position in relation to the base member with the constraining member being at least semi-rigid at least when in a curing configuration; heating the thermal expansion member to expand the thermal expansion member in size into an expanded state, where in the expanded state the thermal expansion member applies pressure to the uncured polymeric form with both the base member and the constraining member being in an at least semi-rigid curing configuration; maintaining expansion of the thermal expansion member in the expanded state to maintain the application of pressure to the uncured polymeric form while the uncured polymeric form is being cured to form a cured polymeric form ; curing the uncured polymeric form to form the cured polymeric form ; and separating the cured polymeric form and the thermal expansion member . arranging an uncured polymeric form along a base member , the base member being at least semi-rigid at least when in a curing configuration; arranging a thermal expansion member in close relation to the uncured polymeric form and either on a side of the uncured polymeric form opposite the base member or between the uncured polymeric form and the base member ; arranging a constraining member relative to the base member such that the thermal expansion member and the uncured polymeric form are both positioned between the constraining member and the base member , the constraining member maintaining a constant position in relation to the base member with the constraining member being at least semi-rigid at least when in a curing configuration; heating the thermal expansion member to expand the thermal expansion member in size into an expanded state, where in the expanded state the thermal expansion member applies pressure to the uncured polymeric form with both the base member and the constraining member being in an at least semi-rigid curing configuration; maintaining expansion of the thermal expansion member in the expanded state to maintain the application of pressure to the uncured polymeric form while the uncured polymeric form is being cured to form a cured polymeric form ; curing the uncured polymeric form to form the cured polymeric form ; and separating the cured polymeric form and the thermal expansion member .
A surface fastener which is used while stacked on a cushioning member to fix a covering member to the cushioning member that is to be covered, the surface fastener being formed of a synthetic resin and comprising integrally molded base with a 0.1 to 0.9 mm thickness and an engagement element group including at least one engagement element row composed of a plurality of protruding engagement elements with a 0.2 to 0.8 mm protrusion height arranged in a row on one surface of the base, characterized in that the base coupled to a predetermined position of a joining counterpart has a portion contributing to an occurrence of a bending point, the base has a portion where a modulus of section changes by a 5 to 50% range, and the portion is the portion contributing to the occurrence of the bending point, and the base is coupled to the predetermined position of the joining counterpart by sewing and due to perforations formed by the sewing, the base has the portion where the modulus of section is in a 50 to 95% range of a modulus of section before the sewing, and the portion is the portion where the modulus of section changes. the surface fastener being formed of a synthetic resin and comprising integrally molded base with a 0.1 to 0.9 mm thickness and an engagement element group including at least one engagement element row composed of a plurality of protruding engagement elements with a 0.2 to 0.8 mm protrusion height arranged in a row on one surface of the base, characterized in that the base coupled to a predetermined position of a joining counterpart has a portion contributing to an occurrence of a bending point, the base has a portion where a modulus of section changes by a 5 to 50% range, and the portion is the portion contributing to the occurrence of the bending point, and the base is coupled to the predetermined position of the joining counterpart by sewing and due to perforations formed by the sewing, the base has the portion where the modulus of section is in a 50 to 95% range of a modulus of section before the sewing, and the portion is the portion where the modulus of section changes.
A portable computing device , comprising: an interface configured to electrically couple to a cable ; and a portable computing device circuitry coupled to the interface and adapted to: establish a connection with a power source via the cable; receive an indication that the power source can supply current at a first level; receive a command from the cable indicating that the cable can supply current at a lower, second level; and draw a current having a limit equal to the lower second level. establish a connection with a power source via the cable; receive an indication that the power source can supply current at a first level; receive a command from the cable indicating that the cable can supply current at a lower, second level; and draw a current having a limit equal to the lower second level.
A method for controlling a comminution process, said method comprising steps of: - measuring 3D reconstruction measurement data for three-dimensional reconstruction of incoming ore , with an imaging system , ; - measuring particle size data for calculation of a particle size characteristic value of outgoing ore , with a particle size analysis equipment ; - receiving a particle size distribution profile of incoming ore , said particle size distribution profile of incoming ore , being calculated and/or reconstructed from said 3D reconstruction measurement data for three-dimensional reconstruction; and - receiving a particle size characteristic value of the outgoing ore , said particle size characteristic value of the outgoing ore , being calculated based on said measured particle size data ; said method being characterized by the comminution process having a grinding circuit , , ; the incoming ore in the step of measuring 3D reconstruction measurement data being incoming ore to said grinding circuit , , ; the outgoing ore in the step of measuring particle size data being outgoing ore from said grinding circuit , , ; and said method comprising steps of: - calculating ore characteristics data based on said particle size distribution profile and said particle size characteristic value , said ore characteristics data identifying the ore hardness, which is calculated over the whole grinding circuit that is in continuous operation; and - controlling the grinding circuit , , in said comminution process based on said calculated ore characteristics data . - measuring 3D reconstruction measurement data for three-dimensional reconstruction of incoming ore , with an imaging system , ; - measuring particle size data for calculation of a particle size characteristic value of outgoing ore , with a particle size analysis equipment ; - receiving a particle size distribution profile of incoming ore , said particle size distribution profile of incoming ore , being calculated and/or reconstructed from said 3D reconstruction measurement data for three-dimensional reconstruction; and - receiving a particle size characteristic value of the outgoing ore , said particle size characteristic value of the outgoing ore , being calculated based on said measured particle size data ; - calculating ore characteristics data based on said particle size distribution profile and said particle size characteristic value , said ore characteristics data identifying the ore hardness, which is calculated over the whole grinding circuit that is in continuous operation; and - controlling the grinding circuit , , in said comminution process based on said calculated ore characteristics data .
A terminal configured to transmit, to a transmitting-side communication apparatus configured to perform radio communication with a receiving-side communication apparatus configured to perform communication with a receiving-side terminal , data addressed to the receiving-side terminal , the terminal comprising control means for acquiring a first error rate from the transmitting-side communication apparatus , for calculating a second error rate and for controlling a transmission speed of the data addressed to the receiving-side terminal based on the first error rate that is an error rate of radio transmission from the transmitting-side communication apparatus to the receiving-side communication apparatus and the second error rate that is an error rate of transmission from the terminal to the receiving-side terminal , characterized in that the control means is configured to perform control so as to increase the transmission speed to be higher compared to the currently set value when the second error rate is lower than the first error rate. control means for acquiring a first error rate from the transmitting-side communication apparatus , for calculating a second error rate and for controlling a transmission speed of the data addressed to the receiving-side terminal based on the first error rate that is an error rate of radio transmission from the transmitting-side communication apparatus to the receiving-side communication apparatus and the second error rate that is an error rate of transmission from the terminal to the receiving-side terminal , characterized in that the control means is configured to perform control so as to increase the transmission speed to be higher compared to the currently set value when the second error rate is lower than the first error rate.
An operation mechanism for a double-action clutch assembly, the double-action clutch assembly comprising a first clutch having a first clutch bearing , and a second clutch having a second clutch bearing , the operation mechanism comprises: a supporting member ; a first operation member adapted to rotatably couple with the supporting member and to act onto the first clutch bearing ; and a second operation member adapted to rotatably couple with the supporting member and to act onto the second clutch bearing , the second operation member being always spaced a predetermined distance from the first operation member in an operation direction, characterized in that neither the first operation member nor the second operation member is positioned in the other. a supporting member ; a first operation member adapted to rotatably couple with the supporting member and to act onto the first clutch bearing ; and a second operation member adapted to rotatably couple with the supporting member and to act onto the second clutch bearing , the second operation member being always spaced a predetermined distance from the first operation member in an operation direction, characterized in that neither the first operation member nor the second operation member is positioned in the other.
A method for determining partial discharge in an electrical insulation system of a medium- or high voltage apparatus, comprising: Detecting , with a sensing unit, an electrical signal that comprises partial discharge pulses due to dielectric breakdowns in the electrical insulation system of the medium- or high voltage apparatus; Generating an in-phase and a quadrature-signal from the electrical signal comprising the partial discharge pulses in an I/Q-mixer unit by mixing the electrical signal comprising the partial discharge pulses with two local oscillator signals having the same frequency and a phase difference of 90°; Filtering each of the in-phase and the quadrature signals with a low-pass filter ; Processing the filtered in-phase and the quadrature signals in a processing unit with an Analog-Digital converter to obtain digital signals representing an in-phase and a quadrature value; determining directly consecutive discharge pulses by analysing the I/Q signals and detecting phases linked with each of the consecutive discharge pulses . Detecting , with a sensing unit, an electrical signal that comprises partial discharge pulses due to dielectric breakdowns in the electrical insulation system of the medium- or high voltage apparatus; Generating an in-phase and a quadrature-signal from the electrical signal comprising the partial discharge pulses in an I/Q-mixer unit by mixing the electrical signal comprising the partial discharge pulses with two local oscillator signals having the same frequency and a phase difference of 90°; Filtering each of the in-phase and the quadrature signals with a low-pass filter ; Processing the filtered in-phase and the quadrature signals in a processing unit with an Analog-Digital converter to obtain digital signals representing an in-phase and a quadrature value; determining directly consecutive discharge pulses by analysing the I/Q signals and detecting phases linked with each of the consecutive discharge pulses .
A subcutaneous access port system, comprising: a placement tool including a proximal handle and a distal port holder ; and an implantable access port releasably secured to the port holder , the implantable access port comprising: a housing including a base and a reservoir ; a needle-penetrable septum covering the reservoir ; and a body coupled to the housing over the needle-penetrable septum , the body comprising: a stem cover configured to engage the distal port holder ; and a tunneling edge opposite of the stem cover , wherein the tunneling edge is sharpened to facilitate dissection of the tissue as the implantable access port is urged subcutaneously. a placement tool including a proximal handle and a distal port holder ; and an implantable access port releasably secured to the port holder , the implantable access port comprising: a housing including a base and a reservoir ; a needle-penetrable septum covering the reservoir ; and a body coupled to the housing over the needle-penetrable septum , the body comprising: a stem cover configured to engage the distal port holder ; and a tunneling edge opposite of the stem cover , a housing including a base and a reservoir ; a needle-penetrable septum covering the reservoir ; and a body coupled to the housing over the needle-penetrable septum , the body comprising: a stem cover configured to engage the distal port holder ; and a tunneling edge opposite of the stem cover , a stem cover configured to engage the distal port holder ; and a tunneling edge opposite of the stem cover , wherein the tunneling edge is sharpened to facilitate dissection of the tissue as the implantable access port is urged subcutaneously.
A control method for shutting down a neutral-point-clamped three-level circuit, the neutral-point-clamped three-level circuit comprising a first switch, a second switch, a third switch and a fourth switch connected in series, wherein a middle-point between the second switch and the third switch is connected to an output through an inductor; characterized in that the method comprises: estimating (S501) a polarity of a modulation wave, the modulation wave being the signal which is modulated by PWM to generate driving signals for the switches; when the modulation wave is in a positive half wave and a trigger signal is received, controlling (S5021) the first switch, the third switch, and the fourth switch to be in off state and controlling the second switch to maintain on state, wherein the second switch is turned off after a preset duration and an inductor current is equal to a preset current value, wherein the preset current value is set to be zero; when the modulation wave is in a negative half wave and a trigger signal is received, controlling (S5022) the first switch, the second switch, and the fourth switch to be in off state and controlling the third switch to maintain on state, wherein the third switch is turned off after a preset duration and the inductor current is equal to the preset current value. estimating (S501) a polarity of a modulation wave, the modulation wave being the signal which is modulated by PWM to generate driving signals for the switches; when the modulation wave is in a positive half wave and a trigger signal is received, controlling (S5021) the first switch, the third switch, and the fourth switch to be in off state and controlling the second switch to maintain on state, wherein the second switch is turned off after a preset duration and an inductor current is equal to a preset current value, wherein the preset current value is set to be zero; when the modulation wave is in a negative half wave and a trigger signal is received, controlling (S5022) the first switch, the second switch, and the fourth switch to be in off state and controlling the third switch to maintain on state, wherein the third switch is turned off after a preset duration and the inductor current is equal to the preset current value.