mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving first media content (1209, 1905) streamed from a content provider to a user device operated by a user (104, 301, 401, 501, 701, 801, 1107, 1207, 1903), the first media content comprising audio or video data; detecting a predefined event in the received first media content, wherein the predefined event is in the form of metadata and comprises information indicating a start time and a stop time for playing interactive media content (1105, 1205, 1307), and a start time for activating a speech recognizer to start listening for a voice command spoken by the user, wherein the interactive media content comprises a prompt that instructs the user to respond with a predefined action phrase, wherein the first media content comprises non-interactive content and the interactive media content; in response to detecting the predefined event in the first media content, playing the interactive media content at the user device; utilizing a speech recognizer (103a, 103b, 304, 403, 50, 703, 803) to detect voice commands spoken by the user in response to detecting a wakeup word spoken by the user; in response to receiving a voice command spoken by the user, determining whether the voice command corresponds to the predefined action phrase in command-action correspondence data associating predefined action phrases to respective actions; and in response to determining that the voice command corresponds to the predefined action phrase: causing an action associated with the predefined action phrase to be performed. receiving first media content (1209, 1905) streamed from a content provider to a user device operated by a user (104, 301, 401, 501, 701, 801, 1107, 1207, 1903), the first media content comprising audio or video data; detecting a predefined event in the received first media content, wherein the predefined event is in the form of metadata and comprises information indicating a start time and a stop time for playing interactive media content (1105, 1205, 1307), and a start time for activating a speech recognizer to start listening for a voice command spoken by the user, wherein the interactive media content comprises a prompt that instructs the user to respond with a predefined action phrase, wherein the first media content comprises non-interactive content and the interactive media content; in response to detecting the predefined event in the first media content, playing the interactive media content at the user device; utilizing a speech recognizer (103a, 103b, 304, 403, 50, 703, 803) to detect voice commands spoken by the user in response to detecting a wakeup word spoken by the user; in response to receiving a voice command spoken by the user, determining whether the voice command corresponds to the predefined action phrase in command-action correspondence data associating predefined action phrases to respective actions; and in response to determining that the voice command corresponds to the predefined action phrase: causing an action associated with the predefined action phrase to be performed.
Residual pressure selector valve device comprising a body, a closure member movable in the body relative to a seat for selectively allowing or interrupting a gas flow between a fluid inlet and a fluid outlet, a return member actuating by default the closure member towards the seat towards the flow interruption position thereof, the closure member comprising an internal channel having a first end communicating with the gas inlet and a second end opening, via a calibrated orifice, into a control chamber, the control chamber being resealed tightly by a downstream end of the closure member such that, when the gas pressure in the control chamber reaches a predetermined threshold, this pressure induces a movement strain of the closure member opposing the strain of the return member, to separate the closure member from the seat and as such allow a gas flow between the fluid inlet and outlet, the body of the closure member comprising, between the seat and the downstream end of the closure member, a first portion forming a male element movable in translation in a female passage of the body with a predetermined fit forming a restriction providing a partial and progressive opening of the passage for the gas between the inlet and the outlet.
A system comprising an optical network unit "ONU" transmitter, wherein the ONU transmitter includes: a pulse amplitude modulation "PAM" module configured to encode end user data using a modulation scheme having more than two amplitude levels; wherein the modulation module is adapted to support different orders of modulation, the order of modulation representing the number of amplitude levels of the modulation scheme; a digital to analog converter "DAC" coupled to an output of the PAM module; and an optical transmission device (528, 530) coupled to an output of the DAC, wherein the optical transmission device (528, 530) is configured to transmit the encoded end user data; wherein the encoded end user data is transmitted as a signal including a predetermined number of bits per symbol, and wherein the predetermined number of bits per symbol is determined based on the order of the modulation scheme; characterized by the ONU transmitter further includes a training sequence module configured to add a training sequence to the start of a burst for calibration of amplitude level thresholds used for the modulation scheme; and the system further comprising an optical line terminal "OLT" receiver configured to receive the encoded end user data, wherein the OLT receiver includes: an analog to digital converter "ADC", and a demodulator coupled to an output of the ADC. a pulse amplitude modulation "PAM" module configured to encode end user data using a modulation scheme having more than two amplitude levels; wherein the modulation module is adapted to support different orders of modulation, the order of modulation representing the number of amplitude levels of the modulation scheme; a digital to analog converter "DAC" coupled to an output of the PAM module; and an optical transmission device (528, 530) coupled to an output of the DAC, wherein the optical transmission device (528, 530) is configured to transmit the encoded end user data; wherein the encoded end user data is transmitted as a signal including a predetermined number of bits per symbol, and wherein the predetermined number of bits per symbol is determined based on the order of the modulation scheme; characterized by the ONU transmitter further includes a training sequence module configured to add a training sequence to the start of a burst for calibration of amplitude level thresholds used for the modulation scheme; and the system further comprising an optical line terminal "OLT" receiver configured to receive the encoded end user data, wherein the OLT receiver includes: an analog to digital converter "ADC", and a demodulator coupled to an output of the ADC. an analog to digital converter "ADC", and a demodulator coupled to an output of the ADC.
A method for preparing microcrystalline cellulose, characterized in that it comprises: 1) compacting the substantially dry cellulose having a water content comprised between 7% and 11 %, 2) partially reducing the degree of polymerization of the compacted cellulose, and 3) isolating the microcrystalline cellulose obtained in step 2). 1) compacting the substantially dry cellulose having a water content comprised between 7% and 11 %, 2) partially reducing the degree of polymerization of the compacted cellulose, and 3) isolating the microcrystalline cellulose obtained in step 2).
An Adeno-associated virus type vector comprising a sequence encoding human PRPF31, operably linked to a promotor that drives expression in retinal pigment epithelial cells, wherein the PRPF31 sequence is or comprises, or encodes the same protein as, nts 1319-2818 of SEQ ID NO:34.
Brush for the application of cosmetic products, comprising at least a housing seat for housing at least an application body having a plurality of spreading elements to spread a cosmetic product on a user and a grip body associable with said housing seat having an opening which defines said housing seat, wherein said housing seat comprises at least a concave portion and defining on said application body at least an application face of said cosmetic product, characterized in that said concave portion extends along a plurality of deformation planes with predefined inclination which are incident to one another and converge towards the inside of said housing seat, and by the fact that said housing seat comprises at least a convex portion made on a portion of said housing seat opposite to said concave portion, and extending along relative deformation surfaces allowing to reproduce the pattern of the user's facial features.
A rack shaft supporting apparatus comprising; a housing accommodating a rack shaft and including a yoke accommodation portion with a groove portion formed therein; a plug including a plug fixing portion fixed to said housing and a plug cam portion formed with a plug cam surface; a support yoke including a yoke body supporting a back surface portion of said rack shaft and a yoke cam portion formed with a yoke cam surface having a shape corresponding to a shape of said plug cam surface, said yoke cam surface is contacted to said plug cam surface; a torsion spring imparting force to rotate said yoke cam portion against said plug cam portion, said force is imparted to said support yoke characterised by: a guide bush mounted on said housing to support a side portion of said rack shaft; wherein said guide bush includes a bush body formed with two arm protrusions as a whole, an inserted hole having a shape corresponding to the peripheral shape of the yoke body of said support yoke and a flange; at least a part of said support yoke is inserted into said inserted hole; and said guide bush has a clearance between an end face of said flange and the groove portion of the yoke accommodation portion. a guide bush mounted on said housing to support a side portion of said rack shaft; wherein said guide bush includes a bush body formed with two arm protrusions as a whole, an inserted hole having a shape corresponding to the peripheral shape of the yoke body of said support yoke and a flange; at least a part of said support yoke is inserted into said inserted hole; and said guide bush has a clearance between an end face of said flange and the groove portion of the yoke accommodation portion.
A hybrid module for a drive train of a motor vehicle, having a disconnect coupling for coupling an input-side drive shaft of an internal combustion engine for mechanically driving the motor vehicle to an output-side intermediate shaft of an electric machine for electrically driving the motor vehicle, and an actuating device, which can be rotated together with the drive shaft or with the intermediate shaft and which has a pressure chamber which can be connected to a pressure source to provide a hydraulic actuation pressure which can be built up with the help of a hydraulic medium to actuate the disconnect coupling, characterised in that the disconnect coupling is designed as a normally-engaged clutch, in which a pressing plate is closed by a return spring designed as a leaf spring assembly and is opened against the spring force of the return spring when there is an actuation pressure in the pressure chamber of the actuating device, and wherein the actuating device also has a compensation device for at least partially compensating for a pressure change in the pressure chamber caused by centrifugal forces acting on the hydraulic medium. a disconnect coupling for coupling an input-side drive shaft of an internal combustion engine for mechanically driving the motor vehicle to an output-side intermediate shaft of an electric machine for electrically driving the motor vehicle, and an actuating device, which can be rotated together with the drive shaft or with the intermediate shaft and which has a pressure chamber which can be connected to a pressure source to provide a hydraulic actuation pressure which can be built up with the help of a hydraulic medium to actuate the disconnect coupling, characterised in that the disconnect coupling is designed as a normally-engaged clutch, in which a pressing plate is closed by a return spring designed as a leaf spring assembly and is opened against the spring force of the return spring when there is an actuation pressure in the pressure chamber of the actuating device, and wherein the actuating device also has a compensation device for at least partially compensating for a pressure change in the pressure chamber caused by centrifugal forces acting on the hydraulic medium.
An apparatus comprising: an LED based illumination module comprising an output port, a first thermal interface surface, and a reflector engaging surface oriented perpendicular to the first thermal interface surface, the reflector engaging surface including a plurality of reflector engaging members; and a reflector comprising a second thermal interface surface and a plurality of elastic mounting members, the LED based illumination module and the reflector are rotationally moveable with respect to each other from a disengaged position in which the reflector engaging members do not engage the elastic mounting members to an engaged position in which the reflector engaging members engage the elastic mounting members, wherein a rotational movement to the engaged position deforms the elastic mounting members (161, 162) and generates a compressive force between the first thermal interface surface and the second thermal interface surface, wherein the LED based illumination module generates an amount of heat during operation, and wherein more than twenty-five percent of the amount of heat generated by the LED based illumination module-is transmitted through the first and second thermal interface surfaces (163, 165) and is dissipated through the reflector. an LED based illumination module comprising an output port, a first thermal interface surface, and a reflector engaging surface oriented perpendicular to the first thermal interface surface, the reflector engaging surface including a plurality of reflector engaging members; and a reflector comprising a second thermal interface surface and a plurality of elastic mounting members, the LED based illumination module and the reflector are rotationally moveable with respect to each other from a disengaged position in which the reflector engaging members do not engage the elastic mounting members to an engaged position in which the reflector engaging members engage the elastic mounting members, wherein a rotational movement to the engaged position deforms the elastic mounting members (161, 162) and generates a compressive force between the first thermal interface surface and the second thermal interface surface, wherein the LED based illumination module generates an amount of heat during operation, and wherein more than twenty-five percent of the amount of heat generated by the LED based illumination module-is transmitted through the first and second thermal interface surfaces (163, 165) and is dissipated through the reflector.
A nonlinear memristor including: a bottom electrode; a top electrode; an insulator layer between the bottom electrode and the top electrode, the insulator layer comprising a metal oxide; a switching channel within the insulator layer, extending from the bottom electrode toward the top electrode; and a nano-cap layer of a metal-insulator-transition material between the switching channel and the top electrode, wherein the switching channel has a width of less than 110 nm and the nano-cap layer has a thickness less than 55 nm; the top electrode contacts both the nano-cap layer and the insulator layer; the insulator layer surrounds and contacts the switching channel; and, characterized in that the switching channel includes a phase having less oxygen than the metal oxide of the insulator layer. a bottom electrode; a top electrode; an insulator layer between the bottom electrode and the top electrode, the insulator layer comprising a metal oxide; a switching channel within the insulator layer, extending from the bottom electrode toward the top electrode; and a nano-cap layer of a metal-insulator-transition material between the switching channel and the top electrode, wherein the switching channel has a width of less than 110 nm and the nano-cap layer has a thickness less than 55 nm; the top electrode contacts both the nano-cap layer and the insulator layer; the insulator layer surrounds and contacts the switching channel; and, characterized in that the switching channel includes a phase having less oxygen than the metal oxide of the insulator layer.
A pneumatic brake actuator, comprising: a spring brake actuator comprising a spring chamber and a spring brake pressure chamber; a service brake actuator coupled with the spring brake actuator and comprising a service brake pressure chamber; a valve body that defines a channel between the spring chamber and the service brake pressure chamber; and a seal positioned within the channel in the valve body, characterized in that the seal and the valve body enclose a valve chamber that is not in fluid communication with the spring chamber and the service brake pressure chamber, wherein the seal is moveable between an open position in which fluid can flow through the channel between the spring chamber and the service brake pressure chamber and a closed position in which fluid is blocked from flowing through the channel between the spring chamber and the service brake pressure chamber, wherein the seal is biased to the open position, wherein the seal comprises an opening through which fluid flows when the seal is in the open position, and wherein the opening extends through the seal in a direction that is aligned with a direction of movement of the seal. a spring brake actuator comprising a spring chamber and a spring brake pressure chamber; a service brake actuator coupled with the spring brake actuator and comprising a service brake pressure chamber; a valve body that defines a channel between the spring chamber and the service brake pressure chamber; and a seal positioned within the channel in the valve body, characterized in that the seal and the valve body enclose a valve chamber that is not in fluid communication with the spring chamber and the service brake pressure chamber, wherein the seal is moveable between an open position in which fluid can flow through the channel between the spring chamber and the service brake pressure chamber and a closed position in which fluid is blocked from flowing through the channel between the spring chamber and the service brake pressure chamber, wherein the seal is biased to the open position, wherein the seal comprises an opening through which fluid flows when the seal is in the open position, and wherein the opening extends through the seal in a direction that is aligned with a direction of movement of the seal.
Method for operating a lambda probe for determining the concentration of a gas component of a gas mixture, in which the gas component is removed from a measurement gas space by applying a pump voltage and this is used to infer the concentration of the gas component in the gas mixture, characterized in that oscillations of the pump current which are caused by dynamic pressure fluctuations of the absolute pressure of the gas mixture are taken into account for the purpose of correcting the sensor signal.
Method for producing an optical component comprising a small-volume portion and a large-volume portion, including the steps of: a) producing a preliminary component by means of injection molding, wherein a region is omitted in the preliminary component in relation to the optical component, wherein the omitted region is situated in that portion of the preliminary component which corresponds to the large-volume portion in the optical component; b) completing the optical component by complementing the preliminary component with the region that was omitted during injection molding after the injection-molded preliminary component has solidified, wherein - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component, - complementing is effectuated by means of a filling (13, 15), which is introduced into the recess, and - the filling (13, 15) in the form of a solidifying or curing viscous filler is filled into the recess, said filler subsequently solidifying or curing, or the filling (13, 15) in the form of a dimensionally stable filling piece is inserted into the recess, characterized in that the completed optical component has a region only guiding light in the large-volume portion and the region omitted during the injection molding of the preliminary component is situated where the region only guiding light is present in the completed optical component. a) producing a preliminary component by means of injection molding, wherein a region is omitted in the preliminary component in relation to the optical component, wherein the omitted region is situated in that portion of the preliminary component which corresponds to the large-volume portion in the optical component; b) completing the optical component by complementing the preliminary component with the region that was omitted during injection molding after the injection-molded preliminary component has solidified, wherein - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component, - complementing is effectuated by means of a filling (13, 15), which is introduced into the recess, and - the filling (13, 15) in the form of a solidifying or curing viscous filler is filled into the recess, said filler subsequently solidifying or curing, or the filling (13, 15) in the form of a dimensionally stable filling piece is inserted into the recess, - the region in the preliminary component omitted during the injection molding forms a recess in that portion of the preliminary component which corresponds to the large-volume portion in the optical component, - complementing is effectuated by means of a filling (13, 15), which is introduced into the recess, and - the filling (13, 15) in the form of a solidifying or curing viscous filler is filled into the recess, said filler subsequently solidifying or curing, or the filling (13, 15) in the form of a dimensionally stable filling piece is inserted into the recess,