mhurhangee/ep-ind-claims huggingface dataset:
Batting comprising a nonwoven web comprising a fiber mixture having: - 40 to 95 wt % synthetic fibers having a denier of 0.5 to 6.5, and a length of 18 mm to 51 mm; and - 5 to 40 wt % binder fibers having a denier of 1.0 to 5.0 and a length of 18 mm to 71 mm, said binder fibers have a bonding temperature lower than the softening temperature of the synthetic fibers, wherein, structurally, said nonwoven web comprises: - 50 to 95 wt% of a plurality of fiberballs having an average diameter of 3.0 to 8.0 mm; and - 5 to 50 wt% of a plurality of portions of the nonwoven web that are adjacent to one or more fiberballs but that do not themselves comprise one or more fiberballs or any portion thereof, and wherein the batting has a density of 2 to 12 kg/m 3. - 40 to 95 wt % synthetic fibers having a denier of 0.5 to 6.5, and a length of 18 mm to 51 mm; and - 5 to 40 wt % binder fibers having a denier of 1.0 to 5.0 and a length of 18 mm to 71 mm, said binder fibers have a bonding temperature lower than the softening temperature of the synthetic fibers, - 50 to 95 wt% of a plurality of fiberballs having an average diameter of 3.0 to 8.0 mm; and - 5 to 50 wt% of a plurality of portions of the nonwoven web that are adjacent to one or more fiberballs but that do not themselves comprise one or more fiberballs or any portion thereof,
A method, executed by a computer, comprising: receiving, while a display presents a virtual object being held by a virtual hand, sensor data from one or more sensors of a handheld controller (100, 200, 600); determining, at a first time and based at least in part on the sensor data, that the virtual hand is to release the virtual object; determining a predetermined time range prior to the first time; determining, at least partly in response to determining that the virtual hand is to release the virtual object, a peak velocity of the handheld controller within the predetermined time range, wherein the peak velocity comprises a highest velocity within the predetermined time range; determining that the peak velocity within the predetermined time range occurred at a second time prior to the first time; determining at least one of a speed of the handheld controller at the second time, a direction of the handheld controller at the second time, a position of the handheld controller at the second time, or a rotational velocity of virtual object at the second time; and presenting, on the display, the virtual hand releasing the virtual object based at least in part on the at least one of the speed of the handheld controller at the second time, the direction of the handheld controller at the second time, the position of the handheld controller at the second time, or the rotational velocity of the virtual object at the second time. receiving, while a display presents a virtual object being held by a virtual hand, sensor data from one or more sensors of a handheld controller (100, 200, 600); determining, at a first time and based at least in part on the sensor data, that the virtual hand is to release the virtual object; determining a predetermined time range prior to the first time; determining, at least partly in response to determining that the virtual hand is to release the virtual object, a peak velocity of the handheld controller within the predetermined time range, wherein the peak velocity comprises a highest velocity within the predetermined time range; determining that the peak velocity within the predetermined time range occurred at a second time prior to the first time; determining at least one of a speed of the handheld controller at the second time, a direction of the handheld controller at the second time, a position of the handheld controller at the second time, or a rotational velocity of virtual object at the second time; and presenting, on the display, the virtual hand releasing the virtual object based at least in part on the at least one of the speed of the handheld controller at the second time, the direction of the handheld controller at the second time, the position of the handheld controller at the second time, or the rotational velocity of the virtual object at the second time.
Spectro-temporal modulation detection test unit comprising: - a stimulus generation unit comprising at least one output unit configured to simultaneously present a first probe stimulus to one ear of a user and present a second probe stimulus to another ear of the user, - a headset comprising a first output transducer of the output unit for presenting the first probe stimulus to one of the ears of the user, and a second output transducer of the output unit for presenting the second probe stimulus to the other of the ears of the user, - an analysis unit configured to determine, in response to presenting the probe stimuli, a modulation-detection threshold of the user, - where the stimulus generation unit being configured to generate each of the first probe stimulus and the second probe stimulus based on a carrier signal with a spectro-temporal modulation added, and - where the spectro-temporal modulation of the first probe stimulus is different from the spectro-temporal modulation of the second probe stimulus. - a stimulus generation unit comprising at least one output unit configured to simultaneously present a first probe stimulus to one ear of a user and present a second probe stimulus to another ear of the user, - a headset comprising a first output transducer of the output unit for presenting the first probe stimulus to one of the ears of the user, and a second output transducer of the output unit for presenting the second probe stimulus to the other of the ears of the user, - an analysis unit configured to determine, in response to presenting the probe stimuli, a modulation-detection threshold of the user, - where the stimulus generation unit being configured to generate each of the first probe stimulus and the second probe stimulus based on a carrier signal with a spectro-temporal modulation added, and - where the spectro-temporal modulation of the first probe stimulus is different from the spectro-temporal modulation of the second probe stimulus.
A split disk assembly for a gas turbine engine comprising: a multitude of rotor disks (52:1-52:8), each supporting a plurality of rotor blades circumferentially disposed around a periphery of the respective rotor disk (52:1-52:8); a forward hub; an aft hub; a forward disk section including a forward disk section hub, a forward disk section rim and a forward disk section web extending therebetween; and an aft disk section engageable with said forward disk section to retain one of said plurality of rotor blades therebetween; characterised in that said forward disk section and said aft disk section are mounted on a tie-shaft that generates a compressive load between said aft hub, said multitude of rotor disks (52:1-52:8) and said forward hub, to at least partially retain said forward disk section to said aft disk section; and said forward disk section rim engages with a blade attachment section of said rotor blades. a multitude of rotor disks (52:1-52:8), each supporting a plurality of rotor blades circumferentially disposed around a periphery of the respective rotor disk (52:1-52:8); a forward hub; an aft hub; a forward disk section including a forward disk section hub, a forward disk section rim and a forward disk section web extending therebetween; and an aft disk section engageable with said forward disk section to retain one of said plurality of rotor blades therebetween; characterised in that said forward disk section and said aft disk section are mounted on a tie-shaft that generates a compressive load between said aft hub, said multitude of rotor disks (52:1-52:8) and said forward hub, to at least partially retain said forward disk section to said aft disk section; and said forward disk section rim engages with a blade attachment section of said rotor blades.
Household appliance, in particular an oven, a cooking hob, a refrigerator, a freezer, a dishwasher, a washing machine or a tumble dryer, comprising a control unit and means for detecting an ambient condition outside of the household appliance, the means being connected in signal communication to the control unit, characterized in that the means for detecting an ambient condition are adapted to detect whether the household appliance is in a sealed ambient condition, in a non-sealed ambient condition or in a transition state from a non-sealed to a sealed ambient condition and to communicate said sealed or non-sealed ambient condition or said transition state to the control unit, and the control unit is adapted to switch the household appliance from a running operation mode into a second operation mode wherein a heat emission of the appliance is reduced in comparison to the running operation mode or to start the household appliance in said second operation mode and to output an alarm signal to a user of the household appliance when a sealed ambient condition or a transition state from a non-sealed to a sealed ambient condition is detected by said means for detecting an ambient condition, wherein the sealed ambient condition is defined by a furniture housing wherein the appliance is arranged and which comprises a door or shutter that can be opened for providing access to the household appliance and closed for hiding the household appliance inside said furniture housing, wherein in the sealed ambient condition the door or shutter of the furniture housing is in a closed state, in the non-sealed ambient condition the door or shutter of the furniture housing is in an open state, and in the transition state the door or shutter of the furniture housing is in a motion from an open state towards a closed state or is stopped in between these two states.
A method for detecting elution of a sample from a sample substrate to incubation buffer contained in a sample well, comprising - measuring light absorption of the contents of the sample well at a predefined wavelength or wavelength range, - determining, based on the absorption measurement, the degree of elution of the sample, characterized in that the sample substrate is present in the sample well during said measurement and a wavelength or wavelength range is used which is absorbed by at least one elutable component of the sample but transmitted by the sample substrate. - measuring light absorption of the contents of the sample well at a predefined wavelength or wavelength range, - determining, based on the absorption measurement, the degree of elution of the sample,
Method to produce an electronic measuring, conditioning and regulating instrument provided with at least a display front-piece having a viewer, with one or more setting and command keys, and with an electronic card having a part associated with said front-piece and disposed substantially parallel and in proximity to the latter, comprising a step of preparing said electronic card in which at least one or more light emission devices and electric components comprising one or more conductive platens are mounted on a surface of a PCB, and a step of positioning said PCB associated with the front-piece and substantially parallel and in proximity to the latter, characterized in that it also comprises a simultaneous production step of main bodies of said one or more keys, an optical screening element of the light emitted by said light emission devices toward said viewer, a perimeter sealing element associated with an external perimeter edge of said front-piece, said simultaneous production providing the simultaneous overmolding or over-injection on said front-piece of said main bodies, said optical screening element and said perimeter sealing element.
Actuator, comprising a first abutment element and a second abutment element, an adjusting device being provided to move the second abutment element relative to the first abutment element in a translational displacement direction, the adjusting device having: - a support element arranged between the two abutment elements (2, 3) in the displacement direction, - a drive motor arranged on or in the support element, - a first spindle nut, rotatably mounted on or in the support element and rotationally driven by the drive motor, - a second spindle nut, rotatably mounted on or in the support element and rotationally driven by the drive motor, - a first spindle, which is in engagement with the first spindle nut and is fixedly connected to the one abutment element, and - a second spindle, which is in engagement with the second spindle nut and is fixedly connected to the other abutment element, characterized in that two limit switches (5, 6) are arranged so as to limit the translational displacement path between the two abutment elements (2, 3), the two limit switches (5, 6) being arranged spaced apart in the translational displacement direction on a switch support, the switch support being attached to the support element, and a first actuating element for one of the two limit switches being attached to one of the abutment elements and a second actuating element for the other of the two limit switches being attached to one of the spindles. - a support element arranged between the two abutment elements (2, 3) in the displacement direction, - a drive motor arranged on or in the support element, - a first spindle nut, rotatably mounted on or in the support element and rotationally driven by the drive motor, - a second spindle nut, rotatably mounted on or in the support element and rotationally driven by the drive motor, - a first spindle, which is in engagement with the first spindle nut and is fixedly connected to the one abutment element, and - a second spindle, which is in engagement with the second spindle nut and is fixedly connected to the other abutment element,
A modular electrical connector comprising: a housing having modules positioned therein, each module having a substrate which holds a plurality of signal pathways which include mating signal contact pads, signal traces and mounting signal contacts, the housing having a mating end and a mounting end, the mounting end having a mounting interface with at least one shield member receiving slot, at least one shield member positioned in the at least one shield member receiving slot for use in a modular electrical connector, the shield member comprising: mounting sections for mounting to a substrate; and shielding sections having first sections and second sections, the second sections being positioned in a different plane than the first sections, transition sections extend between the first sections and the second sections; characterized in that: (i) the at least one shield member receiving slot extends across adjacent said modules; and (ii) the shield member further comprises substrate receiving slots provided in the first sections and the second sections, resilient portions are provided on either side of the substrate receiving slots, contact surfaces extend into the substrate receiving slots, wherein the resilient portions cause a normal force to be applied to the contact surfaces to maintain the contact surfaces in mechanical and electrical engagement with ground traces (53, 56) of the substrates of the modules of the modular electrical connector. a housing having modules positioned therein, each module having a substrate which holds a plurality of signal pathways which include mating signal contact pads, signal traces and mounting signal contacts, the housing having a mating end and a mounting end, the mounting end having a mounting interface with at least one shield member receiving slot, at least one shield member positioned in the at least one shield member receiving slot for use in a modular electrical connector, the shield member comprising: mounting sections for mounting to a substrate; and shielding sections having first sections and second sections, the second sections being positioned in a different plane than the first sections, transition sections extend between the first sections and the second sections; mounting sections for mounting to a substrate; and shielding sections having first sections and second sections, the second sections being positioned in a different plane than the first sections, transition sections extend between the first sections and the second sections;
A method of audio signal processing, said method comprising: in a frequency domain, locating a plurality of peaks in a reference audio signal; selecting a number Nf of candidates for a fundamental frequency of a harmonic model, each based on the location of a corresponding one of the plurality of peaks in the frequency domain; based on the locations of at least two of the plurality of peaks in the frequency domain, calculating a number Nd of candidates for a spacing between harmonics of the harmonic model; for each of a plurality of different pairs of the fundamental frequency and harmonic spacing candidates, selecting a set of at least one subband of a target audio signal, wherein a location in the frequency domain of each subband in the set is based on the pair of candidates; for each of the plurality of different pairs of candidates, calculating an energy value from the corresponding set of at least one subband of the target audio signal; and based on at least a plurality of the calculated energy values, selecting a pair of candidates from among the plurality of different pairs of candidates, wherein at least one among the numbers Nf and Nd has a value greater than one. in a frequency domain, locating a plurality of peaks in a reference audio signal; selecting a number Nf of candidates for a fundamental frequency of a harmonic model, each based on the location of a corresponding one of the plurality of peaks in the frequency domain; based on the locations of at least two of the plurality of peaks in the frequency domain, calculating a number Nd of candidates for a spacing between harmonics of the harmonic model; for each of a plurality of different pairs of the fundamental frequency and harmonic spacing candidates, selecting a set of at least one subband of a target audio signal, wherein a location in the frequency domain of each subband in the set is based on the pair of candidates; for each of the plurality of different pairs of candidates, calculating an energy value from the corresponding set of at least one subband of the target audio signal; and based on at least a plurality of the calculated energy values, selecting a pair of candidates from among the plurality of different pairs of candidates, wherein at least one among the numbers Nf and Nd has a value greater than one.
Multiple-contact plug, having: a plug housing with a plurality of contact receiving chambers which are formed therein; a plurality of contacts which are each designed with a contact main body and an elastically compressible primary locking lance which protrudes outwards from the said contact main body, wherein the primary locking lance is elastically reversibly compressible from an outwardly protruding position into a position which is compressed towards the contact main body, wherein in each case one of the contacts is pushed into one of the contact receiving chambers in an insertion direction and is secured in the said contact receiving chamber, wherein the primary locking lance, in its outwardly protruding position, is designed to latch the contact in the contact receiving chamber which receives the said contact; wherein the multiple-contact plug further has at least one short-circuiting bridge element; wherein electrically conductive contact areas of the at least one short-circuiting bridge element are arranged in at least two of the contact receiving chambers, wherein a contact area which is arranged in a first contact receiving chamber is electrically conductively connected to a contact area which is arranged in a second contact receiving chamber, characterized in that the contact areas of the at least one short-circuiting bridge element are arranged in the contact receiving chambers in positions in such a way that they are each contacted by the primary locking lance, in its protruding position, of a contact which is secured in the respective contact receiving chamber. a plug housing with a plurality of contact receiving chambers which are formed therein; a plurality of contacts which are each designed with a contact main body and an elastically compressible primary locking lance which protrudes outwards from the said contact main body, wherein the primary locking lance is elastically reversibly compressible from an outwardly protruding position into a position which is compressed towards the contact main body, wherein in each case one of the contacts is pushed into one of the contact receiving chambers in an insertion direction and is secured in the said contact receiving chamber, wherein the primary locking lance, in its outwardly protruding position, is designed to latch the contact in the contact receiving chamber which receives the said contact; wherein the multiple-contact plug further has at least one short-circuiting bridge element; wherein electrically conductive contact areas of the at least one short-circuiting bridge element are arranged in at least two of the contact receiving chambers, wherein a contact area which is arranged in a first contact receiving chamber is electrically conductively connected to a contact area which is arranged in a second contact receiving chamber, characterized in that the contact areas of the at least one short-circuiting bridge element are arranged in the contact receiving chambers in positions in such a way that they are each contacted by the primary locking lance, in its protruding position, of a contact which is secured in the respective contact receiving chamber.