mhurhangee/ep-ind-claims huggingface dataset:
A method implemented on a distributed network element, DU, of a base station the method comprising: generating a first message that comprises first configuration information associated with the DU; and transmitting the first message to a centralized network element, CU, of the base station for exchanging configuration information with the CU, wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises identification information of the DU for the CU to identify the DU, and a list of public land mobile networks or tracking area identities supported by the DU. generating a first message that comprises first configuration information associated with the DU; and transmitting the first message to a centralized network element, CU, of the base station for exchanging configuration information with the CU, wherein the DU and the CU cooperate to serve at least one cell in a wireless network as a base station, wherein the first configuration information comprises identification information of the DU for the CU to identify the DU, and
A method for processing audio, comprising: obtaining a first target feature vector from original audio, wherein the first target feature vector is used for representing a phoneme feature of the original audio; obtaining a second target feature vector and a third target feature vector from audio to be transferred, wherein the second target feature vector is used for representing a style prosody feature of the audio to be transferred, and the third target feature vector is used for representing a speaker feature of the audio to be transferred; performing spectrogram decoding on the first target feature vector, the second target feature vector and the third target feature vector to obtain a target spectrogram feature; and converting the target spectrogram feature into target audio. obtaining a first target feature vector from original audio, wherein the first target feature vector is used for representing a phoneme feature of the original audio; obtaining a second target feature vector and a third target feature vector from audio to be transferred, wherein the second target feature vector is used for representing a style prosody feature of the audio to be transferred, and the third target feature vector is used for representing a speaker feature of the audio to be transferred; performing spectrogram decoding on the first target feature vector, the second target feature vector and the third target feature vector to obtain a target spectrogram feature; and converting the target spectrogram feature into target audio.
A digital steganographic system for embedding steganographic data into a digital media file, the system comprising: a computer; a master key (40, 48) that is generated by the computer from an unmarked digital media file (20, 41) where the unmarked digital media file (20, 41) is compressed to provide an unmarked compressed digital media file and then the unmarked compressed digital media file is decompressed, wherein decompressing the unmarked compressed digital media file includes eliminating mark points that are not capable of surviving the compression/decompression process, thereby creating the master key (40, 48) with a plurality of viable mark points for receiving steganographic data; a mark-point reservoir (60, 64) containing steganographic data in the form of a set of reliable candidate marks for the plurality of viable mark points in the master key (40, 48) created by the computer from the master key (40, 48) and the plurality of viable mark points in the master key (40, 48); and a mark-point applicator to embed steganographic data into the unmarked digital media file (20, 41) at mark-points selected from the mark-point reservoir (60, 64) creating a marked media (100, 86), whereby the marked media (100, 86) can be compared to the master key (40, 48) to confirm the marked media (100, 86) originated from the master key (40, 48). a computer; a master key (40, 48) that is generated by the computer from an unmarked digital media file (20, 41) where the unmarked digital media file (20, 41) is compressed to provide an unmarked compressed digital media file and then the unmarked compressed digital media file is decompressed, wherein decompressing the unmarked compressed digital media file includes eliminating mark points that are not capable of surviving the compression/decompression process, thereby creating the master key (40, 48) with a plurality of viable mark points for receiving steganographic data; a mark-point reservoir (60, 64) containing steganographic data in the form of a set of reliable candidate marks for the plurality of viable mark points in the master key (40, 48) created by the computer from the master key (40, 48) and the plurality of viable mark points in the master key (40, 48); and a mark-point applicator to embed steganographic data into the unmarked digital media file (20, 41) at mark-points selected from the mark-point reservoir (60, 64) creating a marked media (100, 86), whereby the marked media (100, 86) can be compared to the master key (40, 48) to confirm the marked media (100, 86) originated from the master key (40, 48).
An airborne delivery system, comprising: an unmanned container; an unpowered rotor system connected to the container, the rotor system comprising multiple blades and a rotor head; a guidance system connected to the rotor system, wherein the guidance system is configured to control a flight path of the delivery system; characterised in that the unpowered rotor system further comprises a mast, and in that: - the rotor head is mounted on the mast; - the rotor head or mast is configured to substantially freely rotate to facilitate autorotation while the airborne delivery system is in flight; and - the mast is configured to be lowered into a stowed configuration such that the blades are stowed nearer to the container than in a deployed configuration. an unmanned container; an unpowered rotor system connected to the container, the rotor system comprising multiple blades and a rotor head; a guidance system connected to the rotor system, wherein the guidance system is configured to control a flight path of the delivery system; characterised in that the unpowered rotor system further comprises a mast, and in that: - the rotor head is mounted on the mast; - the rotor head or mast is configured to substantially freely rotate to facilitate autorotation while the airborne delivery system is in flight; and - the mast is configured to be lowered into a stowed configuration such that the blades are stowed nearer to the container than in a deployed configuration. - the rotor head is mounted on the mast; - the rotor head or mast is configured to substantially freely rotate to facilitate autorotation while the airborne delivery system is in flight; and - the mast is configured to be lowered into a stowed configuration such that the blades are stowed nearer to the container than in a deployed configuration.
Case of a household appliance for food preparation including a storage support comprising a housing designed to take a flat accessory (32, 33, 34) stored on edge, the housing having a bottom support zone and an opening designed for the introduction of the flat accessory (32, 33, 34), the storage support being mounted pivoting in relation to the case, the storage support being capable of occupying a closed position and an open position, the case being capable of occupying a work position corresponding to a storage position wherein the storage support is accessible, characterised in that the orientation of the housing changes in relation to the vertical when the storage support is moved from the open position to the closed position, and in that at least one part of the bottom support zone remains arranged lower than the opening when the storage support is moved from the open position to the closed position.
A propulsion system for being mounted on an aircraft comprising a main body, said propulsion system comprising: - a first rotating propulsive member and a second rotating propulsive member, for being mounted on either side of said main body, - a transmission box, connected to the first rotating propulsive member via a first mechanical shaft and to the second rotating propulsive member via a second mechanical shaft, - a single gas generator comprising a compressor, a combustion chamber and a turbine, the gas generator being connected to said transmission box in order to rotatably drive the first rotating propulsive member and the second rotating propulsive member, characterized in that the system comprises - a single auxiliary turbomachine, configured to rotatably drive the first rotating propulsive member and the second rotating propulsive member independently of the gas generator. - a first rotating propulsive member and a second rotating propulsive member, for being mounted on either side of said main body, - a transmission box, connected to the first rotating propulsive member via a first mechanical shaft and to the second rotating propulsive member via a second mechanical shaft, - a single gas generator comprising a compressor, a combustion chamber and a turbine, the gas generator being connected to said transmission box in order to rotatably drive the first rotating propulsive member and the second rotating propulsive member, characterized in that the system comprises - a single auxiliary turbomachine, configured to rotatably drive the first rotating propulsive member and the second rotating propulsive member independently of the gas generator.
A speech signal processing method, performed by an electronic device, the method comprising: obtaining speech feature parameters of a to-be-processed speech signal, the speech feature parameters comprising an initial spectrum of the to-be-processed speech signal; the method being characterised by further comprising: predicting a first set quantity of sub-band spectrum envelopes based on the speech feature parameters, the first set quantity being less than a quantity of initial spectrum coefficients of the initial spectrum, and each of the sub-band spectrum envelopes being corresponding to a second set quantity of initial spectrum coefficients in the initial spectrum coefficients of the initial spectrum; adjusting the initial spectrum based on the predicted first set quantity of sub-band spectrum envelopes to obtain an adjusted spectrum; and obtaining an enhanced speech signal corresponding to the to-be-processed speech signal based on the adjusted spectrum. obtaining speech feature parameters of a to-be-processed speech signal, the speech feature parameters comprising an initial spectrum of the to-be-processed speech signal; the method being characterised by further comprising: predicting a first set quantity of sub-band spectrum envelopes based on the speech feature parameters, the first set quantity being less than a quantity of initial spectrum coefficients of the initial spectrum, and each of the sub-band spectrum envelopes being corresponding to a second set quantity of initial spectrum coefficients in the initial spectrum coefficients of the initial spectrum; adjusting the initial spectrum based on the predicted first set quantity of sub-band spectrum envelopes to obtain an adjusted spectrum; and obtaining an enhanced speech signal corresponding to the to-be-processed speech signal based on the adjusted spectrum.
A vehicle front portion structure comprising: a bumper cover; a bumper absorber provided rearward of the bumper cover of a vehicle, the bumper absorber being configured to absorb energy of a collision between the bumper cover and a collision body during the collision while allowing the bumper cover to move rearward; a front grill provided rearward of the bumper cover of the vehicle and above the bumper absorber, the front grill being configured to move rearward along with the bumper cover during the collision between the bumper cover and the collision body; a radar device attached to the front grill; and a deformation limiting member (30, 32) attached to at least one of the front grill and the radar device to be positioned outside a radio wave irradiation range of the radar device and in a space between the radar device and the front grill or the bumper cover, the deformation limiting member being configured to limit deformation of the front grill or the bumper cover to the radar device side during the collision between the bumper cover and the collision body. a bumper cover; a bumper absorber provided rearward of the bumper cover of a vehicle, the bumper absorber being configured to absorb energy of a collision between the bumper cover and a collision body during the collision while allowing the bumper cover to move rearward; a front grill provided rearward of the bumper cover of the vehicle and above the bumper absorber, the front grill being configured to move rearward along with the bumper cover during the collision between the bumper cover and the collision body; a radar device attached to the front grill; and a deformation limiting member (30, 32) attached to at least one of the front grill and the radar device to be positioned outside a radio wave irradiation range of the radar device and in a space between the radar device and the front grill or the bumper cover, the deformation limiting member being configured to limit deformation of the front grill or the bumper cover to the radar device side during the collision between the bumper cover and the collision body.
A locking mechanism for an enclosure including a door, the door having a latching mechanism that includes a latch housing and a flange, the latch housing coupled to the door, the flange being rotatable to lock the door, characterized in that the locking mechanism comprises: a housing including a first padlock ring, the housing coupled to the latch housing; an insert adapted to be positioned through the housing and coupled to the flange, rotation of the insert rotating the flange to lock the door; a reversible insert including a second padlock ring, the insert adapted to be positioned through the reversible insert, the insert configured to engage the reversible insert so that rotating the insert rotates the reversible insert; the reversible insert being configured to one of: allow the second padlock ring to be positioned on a first side of the first padlock ring to hinder the insert from rotating in a first rotational direction toward the first side of the first padlock ring, and to be rotated on the insert so that the second padlock ring is positioned on a second side of the first padlock ring to hinder the insert from rotating in a second rotational direction toward the second side of the first padlock ring. a housing including a first padlock ring, the housing coupled to the latch housing; an insert adapted to be positioned through the housing and coupled to the flange, rotation of the insert rotating the flange to lock the door; a reversible insert including a second padlock ring, the insert adapted to be positioned through the reversible insert, the insert configured to engage the reversible insert so that rotating the insert rotates the reversible insert; the reversible insert being configured to one of: allow the second padlock ring to be positioned on a first side of the first padlock ring to hinder the insert from rotating in a first rotational direction toward the first side of the first padlock ring, and to be rotated on the insert so that the second padlock ring is positioned on a second side of the first padlock ring to hinder the insert from rotating in a second rotational direction toward the second side of the first padlock ring. allow the second padlock ring to be positioned on a first side of the first padlock ring to hinder the insert from rotating in a first rotational direction toward the first side of the first padlock ring, and to be rotated on the insert so that the second padlock ring is positioned on a second side of the first padlock ring to hinder the insert from rotating in a second rotational direction toward the second side of the first padlock ring.
A semiconductor pressure sensor comprising: a base body comprising: a lead frame having a first surface and a second surface; and a support that supports the lead frame and is made of a resin; a pressure sensor chip mounted on the first surface of the lead frame; a controller that is mounted on the second surface of the lead frame, is implanted in the support, has a bottom surface, side surfaces, and an outer surface, and is configured to receive a sensor signal output from the pressure sensor chip and to output a pressure detection; characterized in that a stress relief layer that has a Young's modulus lower than that of the support, is formed by use of one material, and is formed on the controller so as to cover the bottom surface, the side surfaces, and the outer surface of the controller, wherein in a development view showing a structure of the lead frame, at least part of the controller is positioned so as to overlap the pressure sensor chip. a base body comprising: a lead frame having a first surface and a second surface; and a support that supports the lead frame and is made of a resin; a pressure sensor chip mounted on the first surface of the lead frame; a controller that is mounted on the second surface of the lead frame, is implanted in the support, has a bottom surface, side surfaces, and an outer surface, and is configured to receive a sensor signal output from the pressure sensor chip and to output a pressure detection; characterized in that a stress relief layer that has a Young's modulus lower than that of the support, is formed by use of one material, and is formed on the controller so as to cover the bottom surface, the side surfaces, and the outer surface of the controller, wherein in a development view showing a structure of the lead frame, at least part of the controller is positioned so as to overlap the pressure sensor chip.
A control system for controlling a free-roaming ride vehicle of an amusement park ride, comprising: a ride controller configured to maintain a plurality of rules indicative of permitted states of the free-roaming ride vehicle within a game area of the amusement park ride, wherein the plurality of rules comprises a plurality of gameplay rules, and wherein the ride controller is configured to: receive monitoring data indicative of a current state of the free-roaming ride vehicle within the game area; receive a signal indicative of a user request to perform a requested action with the free-roaming ride vehicle; model performance of the requested action from the current state to determine a modeled state of the free-roaming ride vehicle; determine whether the modeled state complies with the plurality of rules; and in response to determining the modeled state does not comply with the plurality of rules, determine a proximate action that complies with the plurality of rules and provide a control signal to instruct the free-roaming ride vehicle to perform the proximate action. receive monitoring data indicative of a current state of the free-roaming ride vehicle within the game area; receive a signal indicative of a user request to perform a requested action with the free-roaming ride vehicle; model performance of the requested action from the current state to determine a modeled state of the free-roaming ride vehicle; determine whether the modeled state complies with the plurality of rules; and in response to determining the modeled state does not comply with the plurality of rules, determine a proximate action that complies with the plurality of rules and provide a control signal to instruct the free-roaming ride vehicle to perform the proximate action.
A synergistic herbicidal composition comprising a herbicidally effective amount of (a) a compound of the formula: or a C 1-4 alkyl or benzyl ester of formula or a sodium, potassium, magnesium, or ammonium salt of formula and (b) a synthetic auxin herbicide, wherein (b) is at least one compound, or an agriculturally acceptable salt, carboxylic acid, carboxylate salt, or ester thereof, selected from the group consisting of: 2,4-D, 2,4-D EHE, 2,4-D DMA, 2,4-D choline, 2,4-DB, aminocyclopyrachlor, aminopyralid, aminopyralid TIPA, clopyralid, clopyralid MEA, dicamba, dicamba DMA, diclorprop-P, fluroxypyr, fluroxypyr MHE, MCPA, MCPA EHE, mecoprop-P, picloram, picloram K + salt, quinclorac, triclopyr, triclopyr TEA, triclopyr choline, triclopyr BEE, halauxifen-methyl, and halauxifen potassium salt.
Milk-frothing device, in particular for use in a fully automatic coffee machine, having a steam nozzle and a mixing chamber adjoining the steam nozzle for producing milk froth from steam, milk and air, - wherein a milk flow passing into the mixing chamber is adjustable by means of a variable opening cross section, and - wherein the air is guided as an air flow through the variable opening cross section into the mixing chamber, and - wherein a milk supply and an air supply are configured in such a manner that the air simultaneously with the milk can pass through the variable opening cross section as a milk and air flow, characterized - in that, in order to permit a reliable cleaning of lower portions of the milk supply, the milk supply is completely closeable with a regulating body with which, in addition, the variable opening cross section can also be adjusted, wherein the regulating body is rotatable about a regulating axis, and - wherein, when the milk supply is completely closed, the air supply can still have a flow passing through it. - wherein a milk flow passing into the mixing chamber is adjustable by means of a variable opening cross section, and - wherein the air is guided as an air flow through the variable opening cross section into the mixing chamber, and - wherein a milk supply and an air supply are configured in such a manner that the air simultaneously with the milk can pass through the variable opening cross section as a milk and air flow, - in that, in order to permit a reliable cleaning of lower portions of the milk supply, the milk supply is completely closeable with a regulating body with which, in addition, the variable opening cross section can also be adjusted, wherein the regulating body is rotatable about a regulating axis, and - wherein, when the milk supply is completely closed, the air supply can still have a flow passing through it.
Receiver drier for a condenser of a heat exchange fluid, comprising an elongated, cylindrical housing forming an internal volume with a first end with an inlet and a second end, opposite the first end, with an outlet, further comprising an internal assembly comprising a baffle dividing the internal volume of the housing so that on a first side of the baffle there is a first internal volume (Va), and on a second side of the baffle there is a second internal volume (Vb), the baffle comprising a through-hole, a tube attached to the through-hole in the baffle from the first side, so that the fluid can travel through the tube from the first side of the baffle to the second side of the baffle, wherein the tube and the baffle are a single, integral part, characterized in that the tube is at its first end attached to the though-hole of the baffle, and at its second end it comprises a positioning device cooperating with the housing.