mhurhangee/patent-ind-claim-en huggingface dataset:
Grinding system comprising: - a grinder comprising an actuating arm adapted to receive an abrasive grinding wheel , an actuator coupled to the actuating arm to rotatably drive or translate it along a driving axis, an electronic control unit operatively coupled to the actuator and a transceiver unit coupled to the control unit and adapted to transmit electromagnetic signals, and - an abrasive grinding wheel fixed to the actuating arm of the grinder , the grinding wheel comprising a body which has at least one abrasive surface intended to come into contact with a workpiece to be machined, and an electronic unit coupled to the body , wherein the transceiver unit is located in the grinder separated from the abrasive grinding wheel , characterised in that the transceiver unit of the grinder comprises a plurality of resonant circuits arranged aligned along an axis parallel to the driving axis of the actuating arm and the electronic unit of the grinding wheel comprises a further resonant circuit having a resonance frequency equal to, or more or less of 15%, preferably more or less of 10% different from the resonance frequency of the resonant circuits of the transceiver unit , so as to allow an exchange of information between the electronic unit of the grinding wheel and the transceiver unit of the grinder , and wherein the resonant circuits of the transceiver unit are arranged so that the resonant circuit of the communication circuitry is electromagnetically coupled to at least one resonant circuit of the transceiver unit along the entire travel allowed, in use, to the abrasive grinding wheel fixed to the actuating arm . - a grinder comprising an actuating arm adapted to receive an abrasive grinding wheel , an actuator coupled to the actuating arm to rotatably drive or translate it along a driving axis, an electronic control unit operatively coupled to the actuator and a transceiver unit coupled to the control unit and adapted to transmit electromagnetic signals, and - an abrasive grinding wheel fixed to the actuating arm of the grinder , the grinding wheel comprising a body which has at least one abrasive surface intended to come into contact with a workpiece to be machined, and an electronic unit coupled to the body ,
Method for treating an aqueous suspension of mineral particles, comprising: - preparing a composition comprising at least one water soluble polymer, and at least one calcium and/or magnesium salt, - contacting the said composition with the suspension, wherein weight ratio between the at least one water soluble polymer and the at least one calcium and/or magnesium salt is comprised between 90/1 to 20/80. - preparing a composition comprising at least one water soluble polymer, and at least one calcium and/or magnesium salt, - contacting the said composition with the suspension,
An inflatable evacuation slide for evacuating people from a first structure to a second structure , the slide comprising: at least three longitudinal beams, including two lateral lower beams and an upper beam , spaced apart transversally over their length and substantially parallel to each other in the inflated state, each beam comprising at least one inflatable longitudinal tube (15A-C); characterized by a plurality of inflatable lateral panels (21a, b) connected to said upper beam and to said lateral lower beams ; wherein the inflatable lateral panels (21a, b) comprise drop stitch material. at least three longitudinal beams, including two lateral lower beams and an upper beam , spaced apart transversally over their length and substantially parallel to each other in the inflated state, each beam comprising at least one inflatable longitudinal tube (15A-C); characterized by a plurality of inflatable lateral panels (21a, b) connected to said upper beam and to said lateral lower beams ; wherein the inflatable lateral panels (21a, b) comprise drop stitch material.
Undersleeper pad for a railway sleeper supported in the ballast bed, comprising a first layer and a second layer , wherein the first layer is fastened on the second layer , and wherein an adhesion system is formed by the first layer for the arranging and fastening on a railway sleeper , wherein the first layer comprises at least one profiled element which has at least one recess , characterized in that the at least one profiled element is arranged in such a manner that, in a state installed on the railway sleeper, it extends in the track direction or obliquely to the track direction within a range of between 30° and 60°, wherein the recess of the profiled element in its longitudinal direction (L) is larger than an extent of the profiled element in a transverse direction extending perpendicularly to the longitudinal direction.
A DC circuit breaker comprising: - a mechanical switch provided on an electrical path through which a direct current flows; and - a semiconductor switch connected in parallel with the mechanical switch , the mechanical switch including a disconnector and a circuit breaker connected in series, having a controller such that during normal operation the direct current flows through the mechanical switch , when interrupting the direct current, the circuit breaker being made nonconductive to allow the direct current to be commutated to the semiconductor switch , subsequently contacts of the disconnector being disconnected from each other and subsequently the semiconductor switch being made nonconductive. - a mechanical switch provided on an electrical path through which a direct current flows; and - a semiconductor switch connected in parallel with the mechanical switch , the mechanical switch including a disconnector and a circuit breaker connected in series, having a controller such that during normal operation the direct current flows through the mechanical switch , when interrupting the direct current, the circuit breaker being made nonconductive to allow the direct current to be commutated to the semiconductor switch , subsequently contacts of the disconnector being disconnected from each other and subsequently the semiconductor switch being made nonconductive.
A method for producing a sheet-type fiber-reinforced resin molding material that is formed by impregnating a resin among filaments of cut fiber bundles, comprising: separating a continuous fiber bundle intermittently in a longitudinal direction thereof to satisfy the condition specified in formula below; and cutting the continuous fiber bundle after the intermittent separation at an interval in the longitudinal direction for obtaining the cut fiber bundles: 0.9 ≦ a / a + b < 1 wherein in formula , "a" is a length of a separated portion of the continuous fiber bundle, and "b" is a length of an unseparated portion that is present between the separated portions of the continuous fiber bundle. separating a continuous fiber bundle intermittently in a longitudinal direction thereof to satisfy the condition specified in formula below; and cutting the continuous fiber bundle after the intermittent separation at an interval in the longitudinal direction for obtaining the cut fiber bundles: 0.9 ≦ a / a + b < 1
A counter member engageable with a plunger rod , the plunger rod configured to associate with a syringe barrel and the plunger rod comprising a plurality of equally and sequentially spaced periodic features associated with at least a portion of the plunger rod , characterized by : the counter member comprising a pair of oppositely disposed tabs , each of the tabs including an engagement end and a finger press end and wherein the engagement end engages the periodic features , wherein the periodic features are provided on oppositely disposed sides of the plunger rod , and wherein each of the tabs is configured to pivot upon the application of a squeezing force to the finger press end of each of the tabs , causing the engagement end of each of the tabs to disengage from the periodic features , enabling retraction or advancement of the plunger rod in the syringe barrel . the counter member comprising a pair of oppositely disposed tabs , each of the tabs including an engagement end and a finger press end and wherein the engagement end engages the periodic features , wherein the periodic features are provided on oppositely disposed sides of the plunger rod , and wherein each of the tabs is configured to pivot upon the application of a squeezing force to the finger press end of each of the tabs , causing the engagement end of each of the tabs to disengage from the periodic features , enabling retraction or advancement of the plunger rod in the syringe barrel .
Luminaire comprising a device carrier , a light source arranged on a mounting side of the device carrier and a light-transmitting cover fastened to the device carrier , wherein the luminaire, the device carrier and the cover are of elongate construction in a longitudinal direction (X), wherein a luminous space is formed between the cover and the device carrier , in which the light source is arranged, and the luminaire is designed to emit light through the cover , wherein the cover is fixed to the device carrier within an extension of the device carrier along a transverse direction (Y) by means of a form-fit connection, wherein an adapter is fixed to the device carrier , which adapter forms a first part of the form-fit connection which corresponds to a second part of the form-fit connection provided on the cover , the first part and the second part bearing against one another in a form-fitting manner in order to form the form-fit connection, the adapter , in particular, being produced from plastic, characterized in that the adapter has an optically effective transverse segment which is located in the transverse direction (Y) within a radiation angle illuminated from the illuminant and which is designed to change the direction of the light emitted by the illuminant before the light reaches the cover , and in that at least 70% of the light emitted by the illuminant passes through the optically effective transverse segment before it reaches the cover.
Shed forming device for a weaving machine comprising a number of motion systems consisting of a plurality of elements (1-12), each comprising, - at least one carrier movable up and down by a driving element (I), (II) to position one or more warp threads in a shed, and - transmission elements (1-9) to transmit the motion of each driving element (I), (II) to a carrier , wherein each motion system comprises a first force element that is connected on the one hand to a carrier and on the other hand to a fixed point to exert a downward-directed first force on the carrier , and wherein each motion system comprises a second force element , , , , , , and an energy buffer the first force exerted by the first force element bringing about the build-up of a supply of energy in the energy buffer by deformation or displacement of at least one part (1-12) of an element of the motion system, each motion system comprising stopping means , , , , , , to prevent the displacement or deformation caused by the first force from exceeding a predetermined maximum, the second force element , , , , , , being provided to transform the energy stored in the energy buffer into a tensioning force that is exerted on an element (1-12) of the motion system and resulting in an upward-directed second force on the carrier , at least one part of the latter element (1-12) being so deformable or displaceable under the influence of the tensioning force that the elements (1-12) of the motion system are kept under tension, characterized in that the tensioning force exerted by the second force element , , , , , , is independent of the position of the driving elements (I),(II). - at least one carrier movable up and down by a driving element (I), (II) to position one or more warp threads in a shed, and - transmission elements (1-9) to transmit the motion of each driving element (I), (II) to a carrier ,
Method for detecting an attempt to manipulate a sensor of a vehicle , wherein the sensor is configured to capture a measured value of a first measurement variable during intended operation and to output a first measurement signal representative of this measured value, wherein the first measurement variable differs from a temperature, said method comprising the steps of: A1) reading in a second measurement signal which is representative of a measured value of the temperature of the sensor ; B) determining whether the second measurement signal falls below or exceeds a predefined threshold; C) outputting an output signal which is representative of an attempt to manipulate the sensor if it is determined in step B) that the second measurement signal falls below or exceeds the predefined threshold; wherein furthermore - the second measurement signal is representative of a temperature of a first region of the sensor , - the method also comprises a step of: A2) reading in a third measurement signal which is representative of a temperature in a second region of the vehicle that differs from the first region ; - the threshold is predefined on the basis of the third measurement signal. A1) reading in a second measurement signal which is representative of a measured value of the temperature of the sensor ; B) determining whether the second measurement signal falls below or exceeds a predefined threshold; C) outputting an output signal which is representative of an attempt to manipulate the sensor if it is determined in step B) that the second measurement signal falls below or exceeds the predefined threshold; wherein furthermore - the second measurement signal is representative of a temperature of a first region of the sensor , - the method also comprises a step of: - the second measurement signal is representative of a temperature of a first region of the sensor , - the method also comprises a step of: A2) reading in a third measurement signal which is representative of a temperature in a second region of the vehicle that differs from the first region ; - the threshold is predefined on the basis of the third measurement signal. - the threshold is predefined on the basis of the third measurement signal.
Quinolone antibiotic of the general formula I: wherein n = 2-5.
A system comprising: a power antenna; a wireless power receiver coupled to the power antenna; a data antenna; a wireless data receiver coupled to the data antenna; a switch selectively coupling the data antenna to the wireless data receiver; and control circuitry configured to operate the switch to disconnect the data antenna from the wireless data receiver in response to power being received by the wireless power receiver through the power antenna, characterised in that the control circuitry is further configured to respond to a data availability event, by connecting the data antenna to the wireless data receiver using the switch, and actively pinging for a readable data tag with the wireless data receiver, wherein the data availability event includes at least one of (i) detection of contact of at least part of the system with skin of a user, or (ii) detection of a garment pocket around at least part of the system. a power antenna; a wireless power receiver coupled to the power antenna; a data antenna; a wireless data receiver coupled to the data antenna; a switch selectively coupling the data antenna to the wireless data receiver; and control circuitry configured to operate the switch to disconnect the data antenna from the wireless data receiver in response to power being received by the wireless power receiver through the power antenna, characterised in that the control circuitry is further configured to respond to a data availability event, by connecting the data antenna to the wireless data receiver using the switch, and actively pinging for a readable data tag with the wireless data receiver, wherein the data availability event includes at least one of (i) detection of contact of at least part of the system with skin of a user, or (ii) detection of a garment pocket around at least part of the system.
Nanocrystals of fluticasone propionate having an X-ray powder diffraction pattern including peaks at about 7.8, 15.7, 20.8, 23.7, 24.5, and 32.5 degrees 2θ further including peaks at about 9.9, 13.0, 14.6, 16.0, 16.9, 18.1, and 34.3 degrees 2θ, characterized in that : the nanocrystals are nanoplates having the crystallographic axis substantially normal to the surfaces that define the thickness of the nanoplates, wherein said nanoplates have an average size between 100 and 1000 nm. the nanocrystals are nanoplates having the crystallographic axis substantially normal to the surfaces that define the thickness of the nanoplates, wherein said nanoplates have an average size between 100 and 1000 nm.
A conducted electrical weapon ("CEW") comprising: a processing circuit ; a signal generator for providing a current at a pulse rate; and a plurality of electrode pairs configured to provide the current through a target, wherein after launch of the plurality of electrode pairs the processing circuit is configured to detect a number of electrode pairs of the plurality of electrode pairs available to deliver the current through the target, wherein the plurality of electrode pairs includes at least a first pair of electrodes and a second pair of electrodes; the CEW being characterized in that the processing circuit is further configured to adjust the pulse rate based on the number of electrode pairs of the plurality of electrode pairs that can deliver the current through the target. a processing circuit ; a signal generator for providing a current at a pulse rate; and a plurality of electrode pairs configured to provide the current through a target, wherein after launch of the plurality of electrode pairs the processing circuit is configured to detect a number of electrode pairs of the plurality of electrode pairs available to deliver the current through the target, wherein the plurality of electrode pairs includes at least a first pair of electrodes and a second pair of electrodes; the CEW being characterized in that the processing circuit is further configured to adjust the pulse rate based on the number of electrode pairs of the plurality of electrode pairs that can deliver the current through the target.
Body ply skim compound comprising a cross-linkable unsaturated chain polymer base, a filler material and a vulcanization system; said compound being characterized by comprising: (a) polyepihalohydrin rubber; (b) epoxidized natural rubber as a cross-linkable unsaturated chain polymer base; and (c) a laminated structure material as a filler material.
A method of wireless communication using a plurality of operators, comprising: determining that a first node associated with a first operator in the plurality of operators has emergency data to transmit over an unlicensed radio frequency spectrum band; performing a listen before talk, LBT, procedure to gain access to the unlicensed radio frequency spectrum band; transmitting , by the first node, a signal over the unlicensed radio frequency spectrum band, the signal indicating that the first node has emergency data to transmit; wherein the LBT procedure involves a first LBT yielding parameter which defines a number of attempts by the first node to access to the unlicensed radio frequency spectrum after which the first node is to yield access to the unlicensed radio frequency spectrum band providing nodes associated with the others of the plurality of operators the opportunity to access the unlicensed radio frequency spectrum band; and a second LBT yielding parameter which defines a number of consecutive frames during which the first node yields access to the unlicensed radio frequency spectrum band following the number of attempts defined by the first LBT yielding parameter; the method further comprising; adjusting, by the first node, to increase the first LBT yielding parameter of the first node or to decrease the second LBT yielding parameter of the first node in response to the determination that the first node has emergency data to transmit. determining that a first node associated with a first operator in the plurality of operators has emergency data to transmit over an unlicensed radio frequency spectrum band; performing a listen before talk, LBT, procedure to gain access to the unlicensed radio frequency spectrum band; transmitting , by the first node, a signal over the unlicensed radio frequency spectrum band, the signal indicating that the first node has emergency data to transmit; wherein the LBT procedure involves a first LBT yielding parameter which defines a number of attempts by the first node to access to the unlicensed radio frequency spectrum after which the first node is to yield access to the unlicensed radio frequency spectrum band providing nodes associated with the others of the plurality of operators the opportunity to access the unlicensed radio frequency spectrum band; and a second LBT yielding parameter which defines a number of consecutive frames during which the first node yields access to the unlicensed radio frequency spectrum band following the number of attempts defined by the first LBT yielding parameter; the method further comprising; adjusting, by the first node, to increase the first LBT yielding parameter of the first node or to decrease the second LBT yielding parameter of the first node in response to the determination that the first node has emergency data to transmit.
A clutch disk, having friction linings arranged radially on the outside as an input element , a hub as an output element , at least one energy accumulator and a support , wherein the input element can be rotated against the force of the at least one energy accumulator relative to the output element , wherein the support is connected to the output element , characterised in that the support is formed from two joined support disks , wherein between the two support disks at least one pendulum mass can be moved relative to the support disks .
A method of measuring torque in a six phase electrical motor, said motor including a motor stator including two electrically independent stator winding arrangements (U, V, W), (X, Y, Z) each comprising three combined windings; said winding arrangements being symmetrical and offset by an angle γ to each other, such that each combined winding of the second stator arrangement has a corresponding combined winding in the first stator arrangement and offset thereto by an angle y, said method comprising: a) determining a first value of the currents (Iu, Iv, Iw) in the three combined windings (U, V, W) of the first stator arrangement and a second value of the currents (Ix, Iy, Iz) in the three combined windings (X, Y, Z) of the second stator arrangement; b) determining a first value and a second value of the torque from the first value and second value, respectively, of the currents determined from a); characterised by c) controlling an operation of the six phase electrical motor using the first value of the torque, and using the second value of the torque for independent purposes including safety or monitoring. a) determining a first value of the currents (Iu, Iv, Iw) in the three combined windings (U, V, W) of the first stator arrangement and a second value of the currents (Ix, Iy, Iz) in the three combined windings (X, Y, Z) of the second stator arrangement; b) determining a first value and a second value of the torque from the first value and second value, respectively, of the currents determined from a); characterised by c) controlling an operation of the six phase electrical motor using the first value of the torque, and using the second value of the torque for independent purposes including safety or monitoring.