mhurhangee/ep-ind-claims huggingface dataset:
A vibration module (300, 400, 500) for generating damped electromagnetically actuated planar motion for audio-frequency vibrations in a user's skin, the module comprising: a housing; at least one oval conductive coil with substantially flat sides; at least one magnet arranged in operative proximity to the coil; a moveable member comprising an inertial mass coupled to one of the at least one conductive coil and the at least one magnet; a suspension comprising a plurality of flexures that guides the moveable member with respect to the other one of the at least one conductive coil and the at least one magnet such that the moveable member provides a reciprocating force along an axis orthogonal to the thinnest dimension of the vibration module and such that the long axis of each of the plurality of flexures is substantially in the plane of said movable member; and a damping member, comprising a ferrofluid layer, in structural communication with the moveable member, wherein the geometry of the mass, coil, and housing is substantially planar, wherein the damping member reduces at least a resonance within the frequency range of 40-200 Hz in response to signals applied to the at least one conductive coil by shearing said damping member. a housing; at least one oval conductive coil with substantially flat sides; at least one magnet arranged in operative proximity to the coil; a moveable member comprising an inertial mass coupled to one of the at least one conductive coil and the at least one magnet; a suspension comprising a plurality of flexures that guides the moveable member with respect to the other one of the at least one conductive coil and the at least one magnet such that the moveable member provides a reciprocating force along an axis orthogonal to the thinnest dimension of the vibration module and such that the long axis of each of the plurality of flexures is substantially in the plane of said movable member; and a damping member, comprising a ferrofluid layer, in structural communication with the moveable member, wherein the geometry of the mass, coil, and housing is substantially planar, wherein the damping member reduces at least a resonance within the frequency range of 40-200 Hz in response to signals applied to the at least one conductive coil by shearing said damping member.
A method of transmitting computer telephony packets over a communications network, the method comprising the steps of: (a) generating a plurality of voice data packets by compressing digital voice data using a coder, the coder being selected from a plurality of coders; (b) processing said plurality of voice-data packets to obtain a plurality of computer telephony packets; (c) transmitting said plurality of computer telephony packets over said communications network; the method being characterised by the additional steps of: (i) analysing the frequency spectrum of the digital voice data; (ii) comparing the analysed frequency spectra against a frequency spectrum template and (iii) modifying one or more frequency components of the analysed frequency spectra to reduce the difference between said analysed frequency spectra and the frequency spectrum template prior to compressing the plurality of voice data packets during step (a), wherein the template is associated with the selected coder. (a) generating a plurality of voice data packets by compressing digital voice data using a coder, the coder being selected from a plurality of coders; (b) processing said plurality of voice-data packets to obtain a plurality of computer telephony packets; (c) transmitting said plurality of computer telephony packets over said communications network; the method being characterised by the additional steps of: (i) analysing the frequency spectrum of the digital voice data; (ii) comparing the analysed frequency spectra against a frequency spectrum template and (iii) modifying one or more frequency components of the analysed frequency spectra to reduce the difference between said analysed frequency spectra and the frequency spectrum template prior to compressing the plurality of voice data packets during step (a), wherein the template is associated with the selected coder. (i) analysing the frequency spectrum of the digital voice data; (ii) comparing the analysed frequency spectra against a frequency spectrum template and (iii) modifying one or more frequency components of the analysed frequency spectra to reduce the difference between said analysed frequency spectra and the frequency spectrum template
A device configured to engage a safety of an elevator system mass, the device comprising: a link kinematically connected to the safety; a linear actuator; a spring; and an electromagnet connected to the linear actuator and magnetically connected to the link, and operable to release the link allowing the spring to move the link to engage the safety; characterized in that the linear actuator is connected to the elevator system mass; and the spring is connected between the link and the elevator system mass. a link kinematically connected to the safety; a linear actuator; a spring; and an electromagnet connected to the linear actuator and magnetically connected to the link, and operable to release the link allowing the spring to move the link to engage the safety; characterized in that the linear actuator is connected to the elevator system mass; and the spring is connected between the link and the elevator system mass.
An apparatus for locating a partial discharge in a medium- or high-voltage operating means, comprising a signal detection device for detecting an electrical signal variable of the operating means; a filter device for low-pass filtering of the detected electrical signal variable depending on a filter cut-off frequency (fc); a time detection device for detecting a signal propagation time (t) of the low-pass-filtered electrical signal variable; and a comparison device for comparing the detected signal propagation time (t) detected depending on the filter cut-off frequency (fc) with a reference propagation time (t ref) for a charge pulse conducted through the operating means in order to determine a location of the partial discharge in the operating means depending on the result of the comparison, characterized in that the filter device is set up for stepwise reducing the filter cut-off frequency (fc) starting from an initial filter cut-off frequency (f C,0) until a signal propagation time (t) detected at the reduced filter cut-off frequency (fc) exceeds a predefined absolute signal propagation time threshold value (t th) or exceeds a signal propagation time period (t 0) detected at the initial filter cut-off frequency (f C,0) by a predefined relative signal propagation time ratio. a signal detection device for detecting an electrical signal variable of the operating means; a filter device for low-pass filtering of the detected electrical signal variable depending on a filter cut-off frequency (fc); a time detection device for detecting a signal propagation time (t) of the low-pass-filtered electrical signal variable; and a comparison device for comparing the detected signal propagation time (t) detected depending on the filter cut-off frequency (fc) with a reference propagation time (t ref) for a charge pulse conducted through the operating means in order to determine a location of the partial discharge in the operating means depending on the result of the comparison, characterized in that the filter device is set up for stepwise reducing the filter cut-off frequency (fc) starting from an initial filter cut-off frequency (f C,0) until a signal propagation time (t) detected at the reduced filter cut-off frequency (fc) exceeds a predefined absolute signal propagation time threshold value (t th) or exceeds a signal propagation time period (t 0) detected at the initial filter cut-off frequency (f C,0) by a predefined relative signal propagation time ratio.
A method of generating an image on a transparent or semitransparent substrate, the method comprising analyzing a first image to be printed on a first side of the substrate to identify a region associated with a predominant color, printing, on the first side of the substrate a color patch with the identified predominant color, printing, on a second side of the substrate opposite to the first side, a test color pattern overlapping with the color patch on the first side of the substrate, determining, in a transmission geometry, a color distribution in the color patch, and generating from the determined color distribution, for the region associated with the predominant color identified in the first image, a transmission mode color profile for printing on the second side of the substrate. analyzing a first image to be printed on a first side of the substrate to identify a region associated with a predominant color, printing, on the first side of the substrate a color patch with the identified predominant color, printing, on a second side of the substrate opposite to the first side, a test color pattern overlapping with the color patch on the first side of the substrate, determining, in a transmission geometry, a color distribution in the color patch, and generating from the determined color distribution, for the region associated with the predominant color identified in the first image, a transmission mode color profile for printing on the second side of the substrate.
A method comprising: sensing, by a temperature sensor (39, 80, 96A-C, 112A-B), a temperature of an internal portion of an implantable medical device (14, 70, 86, 102) during a charging process, the implantable device comprising a housing (72, 88, 104) enclosing said internal portion; determining, by processing circuitry and based on the sensed temperature of the internal portion of the implantable medical device and an algorithm, a temperature of the housing (72, 88, 104) of the implantable medical device, the temperature sensor sensing the temperature of the internal portion of the medical device (14, 70, 86, 102) without being thermally coupled to the housing (72, 88, 104) of the medical device (14, 70, 86, 102), wherein the algorithm is representative of an estimated temperature differential between the internal portion and the housing (72, 88, 104), the estimated temperature differential determined based on a transfer function; and controlling, by the processing circuitry, charging of a rechargeable power source of the medical device (14, 70, 86, 102) based on the determined temperature of the housing (72, 88, 104). sensing, by a temperature sensor (39, 80, 96A-C, 112A-B), a temperature of an internal portion of an implantable medical device (14, 70, 86, 102) during a charging process, the implantable device comprising a housing (72, 88, 104) enclosing said internal portion; determining, by processing circuitry and based on the sensed temperature of the internal portion of the implantable medical device and an algorithm, a temperature of the housing (72, 88, 104) of the implantable medical device, the temperature sensor sensing the temperature of the internal portion of the medical device (14, 70, 86, 102) without being thermally coupled to the housing (72, 88, 104) of the medical device (14, 70, 86, 102), wherein the algorithm is representative of an estimated temperature differential between the internal portion and the housing (72, 88, 104), the estimated temperature differential determined based on a transfer function; and controlling, by the processing circuitry, charging of a rechargeable power source of the medical device (14, 70, 86, 102) based on the determined temperature of the housing (72, 88, 104).
A method of increasing photoluminescence quantum yield, the method comprising the steps of: (a) providing a nanocrystal comprising a first plurality of atoms from group II and a second plurality of atoms from group VI; and (b) treating the nanocrystal with a molar excess of one or more carboxylic acids selected from citric acid, formic acid, acetic acid, hexanoic acid, octanoid acid, oleic acid, and benzoic acid, and/or a conjugate base of the carboxylic acid, for a time period and at a temperature sufficient to increase nanocrystal photoluminescence quantum yield, compared with the nanocrystal before treatment. (a) providing a nanocrystal comprising a first plurality of atoms from group II and a second plurality of atoms from group VI; and (b) treating the nanocrystal with a molar excess of one or more carboxylic acids selected from citric acid, formic acid, acetic acid, hexanoic acid, octanoid acid, oleic acid, and benzoic acid, and/or a conjugate base of the carboxylic acid, for a time period and at a temperature sufficient to increase nanocrystal photoluminescence quantum yield, compared with the nanocrystal before treatment.
A control device for a dual clutch transmission that is provided with a clutch device including a first clutch and a second clutch between a drive source and a transmission mechanism and is configured to switch a torque transmission path from the transmission mechanism to a vehicle drive system into two lines, the control device comprising: a first control means configured to perform a creep control comprising bringing one of the first clutch and the second clutch into a half-clutch state and bringing the other of the first clutch and the second clutch into a disengaged state, so as to transmit a predetermined torque from the drive source to the transmission mechanism via the clutch device; and characterised by a second control means configured to, when a vehicle stops during the performing of the creep control, perform a clutch switching control comprising, on the basis of a heat-generating state of the one clutch that is maintained in the half-clutch state from the stop of the vehicle, switching the one clutch from the half-clutch state to the disengaged state and switching the other clutch from the disengaged state to the half-clutch state. a first control means configured to perform a creep control comprising bringing one of the first clutch and the second clutch into a half-clutch state and bringing the other of the first clutch and the second clutch into a disengaged state, so as to transmit a predetermined torque from the drive source to the transmission mechanism via the clutch device; and characterised by a second control means configured to, when a vehicle stops during the performing of the creep control, perform a clutch switching control comprising, on the basis of a heat-generating state of the one clutch that is maintained in the half-clutch state from the stop of the vehicle, switching the one clutch from the half-clutch state to the disengaged state and switching the other clutch from the disengaged state to the half-clutch state.
A data center building structure, comprising: an air inlet configured to allow air from outside the building into a first air chamber; a cooling mechanism disposed at the air inlet and configured to cool the air as it travels through the air inlet; at least one equipment room within the first air chamber; an aperture within an internal ceiling configured to allow the air to travel from the first air chamber into a second air chamber, wherein the second air chamber is defined by the internal ceiling and a covering dome; a vent within the dome configured to allow the air to travel from the second air chamber to outside the building; and an air moving device configured to facilitate movement of the air from outside the building structure through the air inlet and out the vent. an air inlet configured to allow air from outside the building into a first air chamber; a cooling mechanism disposed at the air inlet and configured to cool the air as it travels through the air inlet; at least one equipment room within the first air chamber; an aperture within an internal ceiling configured to allow the air to travel from the first air chamber into a second air chamber, wherein the second air chamber is defined by the internal ceiling and a covering dome; a vent within the dome configured to allow the air to travel from the second air chamber to outside the building; and an air moving device configured to facilitate movement of the air from outside the building structure through the air inlet and out the vent.
A method for configuring a carrier for a user equipment in a wireless network, the user equipment supporting LTE Advanced, LTE-A,, the method comprising: a. receiving, by the user equipment, radio resource signaling, said signaling configuring DRX functionality and providing control channel support information for the carrier, wherein the control channel support information includes a logical index (1220, 1310) for the carrier and indicates whether control channel reception should be enabled for the carrier or indicates a second carrier, the second carrier containing control information corresponding to the carrier; b. configuring the carrier according to the received information. a. receiving, by the user equipment, radio resource signaling, said signaling configuring DRX functionality and providing control channel support information for the carrier, wherein the control channel support information includes a logical index (1220, 1310) for the carrier and indicates whether control channel reception should be enabled for the carrier or indicates a second carrier, the second carrier containing control information corresponding to the carrier; b. configuring the carrier according to the received information.
An earphone plugging and unplugging detection circuit, comprising: a left sound channel pin, in the following denoted by L pin, a first pin which can be connected and disconnected with the L pin, a right sound channel pin, in the following denoted by R pin, and a second pin which can be connected and disconnected with the R pin, wherein the first pin forms a first normally closed connection with the L pin and the second pin forms a second normally closed connection with the R pin, wherein the circuit also comprises a left detection signal line connected with said first pin and a right detection signal line connected with the second pin, wherein the left detection signal line is not electrically connected with the right detection signal line, the left detection signal line is connected or configured with a first pull-up resistor, the right detection signal line is connected or configured with a second pull-up resistor, the L pin is connected with a first pull-down resistor, and the R pin is connected with a second pull-down resistor, pull-down capabilities of the first pull-down resistor and the second pull-down resistor are much stronger than pull-up capabilities of the first pull-up resistor and the second pull-up resistor, and when an earphone is not plugged in, the left detection signal line and the right detection signal line are both pulled down to a low level, when the earphone is plugged in, the L pin and the R pin are disconnected electrically with the first pin and the second pin respectively, the left detection signal line and the right detection signal line are both pulled up to a high level, and the earphone plugging is detected; when one of the first normally closed connection and the second normally closed connection fails, one of the first and second pins is the high level and the other is the low level, then it is considered that there is no earphone plugged in, and when the earphone is plugged in, a pair of still working earphone spring leaves are disconnected and separated with each other electrically, both the first and second pins are the high level, then it is considered that an insertion of the earphone is detected.
A method for discharging an energy store for electrical energy, which is provided to supply an electric machine of a motor vehicle, wherein the electric machine is a switched reluctance machine, the phase windings (U, V, W) of which are controlled by an inverter using switches, wherein the discharge process is activated after at least one activation condition for activating a discharge process of the energy store has been satisfied, in which discharge process the energy store is discharged to a predetermined parked state by means of the reluctance machine, wherein at least one phase winding is energized as discharge resistance by means of the inverter, in which phase winding a magnetic field generated by a discharge current does not produce a force or torque that is great enough to move the drive train or the motor vehicle (S3, S4), characterized in that the phase winding in which the discharge current produces the lowest effective torque is selected to energize using the discharge current by means of a motor position encoder.
Fabrication method of a volatile substance dispensing device comprising: - welding a membrane layer, a separation layer and a removable barrier layer onto a container of the volatile substance; being the membrane layer adapted to progressively diffuse the volatile substance into ambient atmosphere; and preventing the barrier layer the diffusion of the volatile substance; characterized in that the method further comprises: - cutting at least one perimetral cleavage in the membrane layer; and - filling at least partially the at least one perimetral cleavage with plastic blocking means preventing the diffusion of the volatile substance. - welding a membrane layer, a separation layer and a removable barrier layer onto a container of the volatile substance; being the membrane layer adapted to progressively diffuse the volatile substance into ambient atmosphere; and preventing the barrier layer the diffusion of the volatile substance; - cutting at least one perimetral cleavage in the membrane layer; and - filling at least partially the at least one perimetral cleavage with plastic blocking means preventing the diffusion of the volatile substance.
A method of producing an aerosol-generating element for an aerosol-generating article or system, the method comprising the steps of: preparing a matrix polymer solution comprising a matrix-forming polymer in water; adding a plurality of aerosol-generating formulation components to the matrix polymer solution to form an aerosol-generating solution, wherein the aerosol-generating formulation components comprise a polyhydric alcohol and at least one alkaloid or cannabinoid and wherein the aerosol-generating solution comprises at least 0.5 percent by weight of the at least one alkaloid or cannabinoid; forming a discrete portion of the aerosol-generating solution; adding the discrete portion of the aerosol-generating solution to a cross-linking solution of multivalent cations to cross-link the matrix-forming polymer; and removing the aerosol-generating element from the cross-linking solution and drying the aerosol-generating element. preparing a matrix polymer solution comprising a matrix-forming polymer in water; adding a plurality of aerosol-generating formulation components to the matrix polymer solution to form an aerosol-generating solution, wherein the aerosol-generating formulation components comprise a polyhydric alcohol and at least one alkaloid or cannabinoid and wherein the aerosol-generating solution comprises at least 0.5 percent by weight of the at least one alkaloid or cannabinoid; forming a discrete portion of the aerosol-generating solution; adding the discrete portion of the aerosol-generating solution to a cross-linking solution of multivalent cations to cross-link the matrix-forming polymer; and removing the aerosol-generating element from the cross-linking solution and drying the aerosol-generating element.