mhurhangee/ep-ind-claims huggingface dataset:
An audio decoder (100;200;300) for providing a decoded audio information (112;212;312) on the basis of an encoded audio information (110;210;310), the audio decoder comprising: a linear-prediction-domain decoder (120;220;320) configured to provide a first decoded audio information (122;222;322; S C (n)) on the basis of an audio frame encoded in a linear prediction domain; a frequency domain decoder (130;230;330) configured to provide a second decoded audio information (132;232;332; S M (n)) on the basis of an audio frame encoded in a frequency domain; and a transition processor (140;240;340), wherein the transition processor is configured to obtain a zero-input-response (150; 256;348) of a linear predictive filtering(148; 254; 346), wherein an initial state (146;252;344) of the linear predictive filtering is defined in dependence on the first decoded audio information and the second decoded audio information, and wherein the transition processor is configured to modify the second decoded audio information (132; 232;332;S M (n)), which is provided on the basis of an audio frame encoded in the frequency domain following an audio frame encoded in the linear prediction domain, in dependence on the zero-input-response, to obtain a smooth transition between the first decoded audio information (S C (n)) and the modified second decoded audio information S M ^ n. a linear-prediction-domain decoder (120;220;320) configured to provide a first decoded audio information (122;222;322; S C (n)) on the basis of an audio frame encoded in a linear prediction domain; a frequency domain decoder (130;230;330) configured to provide a second decoded audio information (132;232;332; S M (n)) on the basis of an audio frame encoded in a frequency domain; and a transition processor (140;240;340), wherein the transition processor is configured to obtain a zero-input-response (150; 256;348) of a linear predictive filtering(148; 254; 346), wherein an initial state (146;252;344) of the linear predictive filtering is defined in dependence on the first decoded audio information and the second decoded audio information, and wherein the transition processor is configured to modify the second decoded audio information (132; 232;332;S M (n)), which is provided on the basis of an audio frame encoded in the frequency domain following an audio frame encoded in the linear prediction domain, in dependence on the zero-input-response, to obtain a smooth transition between the first decoded audio information (S C (n)) and the modified second decoded audio information S M ^ n.
A method performed by a terminal (104, 114), the method comprising: receiving, from a base station (101, 111), a radio resource control, RRC, message including first information associated with a number of a plurality of uplink transmission units including symbols for a physical uplink shared channel, PUSCH, wherein an uplink transmission unit is configured as one or more uplink subframes; receiving, from the base station (101, 111), downlink control information, DCI, including second information, the second information associated with a starting symbol and a number of symbols; and transmitting, to the base station (101, 111), uplink data through the PUSCH based on the first information associated with the number of the plurality of uplink transmission units and the second information associated with the starting symbol and the number of symbols, wherein the second information associated with the starting symbol and the number of symbols is applied to each of the plurality of uplink transmission units. receiving, from a base station (101, 111), a radio resource control, RRC, message including first information associated with a number of a plurality of uplink transmission units including symbols for a physical uplink shared channel, PUSCH, wherein an uplink transmission unit is configured as one or more uplink subframes; receiving, from the base station (101, 111), downlink control information, DCI, including second information, the second information associated with a starting symbol and a number of symbols; and transmitting, to the base station (101, 111), uplink data through the PUSCH based on the first information associated with the number of the plurality of uplink transmission units and the second information associated with the starting symbol and the number of symbols, wherein the second information associated with the starting symbol and the number of symbols is applied to each of the plurality of uplink transmission units.
A vacuum rotary vane pump, comprising a housing including a suction chamber, a rotor eccentrically arranged in the suction chamber, vanes slidably connected to the rotor, a discharge channel connected to the suction chamber and to an oil chamber, a valve means arranged between the oil chamber and the discharge channel to prevent a backflow of medium from the oil chamber into the suction chamber, wherein the valve means closing the at least one discharge channel is arranged in the area of the at least one discharge channel in an oil bath, and wherein the valve means comprises a valve plate closing the at least one discharge channel, and a spring element acting on the valve plate, and at least one compensating channel (50, 72) connected to the discharge channel and substantially subjected to atmospheric pressure, wherein the at least one compensating channel (50, 72) is integrated into the valve means, characterized in that the valve plate has a connecting opening (56, 74) which opens into the compensating channel (50, 72) and is connected to the discharge channel. a housing including a suction chamber, a rotor eccentrically arranged in the suction chamber, vanes slidably connected to the rotor, a discharge channel connected to the suction chamber and to an oil chamber, a valve means arranged between the oil chamber and the discharge channel to prevent a backflow of medium from the oil chamber into the suction chamber, wherein the valve means closing the at least one discharge channel is arranged in the area of the at least one discharge channel in an oil bath, and wherein the valve means comprises a valve plate closing the at least one discharge channel, and a spring element acting on the valve plate, and at least one compensating channel (50, 72) connected to the discharge channel and substantially subjected to atmospheric pressure, wherein the at least one compensating channel (50, 72) is integrated into the valve means, characterized in that the valve plate has a connecting opening (56, 74) which opens into the compensating channel (50, 72) and is connected to the discharge channel.
A translucent or transparent paper comprising: (i) a fibrous substrate having a front side and a reverse side, the opacity index of said fibrous substrate being less than or equal to 45 % measured in accordance with the ISO 2471 standard; and (ii) one or more coating layers, in particular one or two coating layers disposed on the front side of said fibrous substrate, comprising a material conferring moisture barrier properties, having transparentization capability when provided as a coating layer on said fibrous substrate, and enabling the translucent or transparent paper to be repulpable, said material being chosen from the group comprising or consisting of copolymers or homopolymer of vinylidene chloride, copolymers or homopolymer of styrene such as styrene 1,3-butadiene, copolymers or homopolymer of acrylic, copolymers or homopolymer of polyester, paraffin such as paraffin wax, and mixtures thereof, wherein said one or more coating layers on one side of the fibrous substrate have a dry coat weight in a range of from 2 to 20 g/m 2, preferably from 4 to 12 g/m 2. (i) a fibrous substrate having a front side and a reverse side, the opacity index of said fibrous substrate being less than or equal to 45 % measured in accordance with the ISO 2471 standard; and (ii) one or more coating layers, in particular one or two coating layers disposed on the front side of said fibrous substrate, comprising a material conferring moisture barrier properties, having transparentization capability when provided as a coating layer on said fibrous substrate, and enabling the translucent or transparent paper to be repulpable, said material being chosen from the group comprising or consisting of copolymers or homopolymer of vinylidene chloride, copolymers or homopolymer of styrene such as styrene 1,3-butadiene, copolymers or homopolymer of acrylic, copolymers or homopolymer of polyester, paraffin such as paraffin wax, and mixtures thereof,
Laminated packaging material (10a, 10b, 10d; 20a, 20c), for packaging of liquid food products, comprising a bulk layer (11;21) of paper or paperboard or other cellulose-based material, a first outermost liquid tight, heat sealable thermoplastic layer (12;22), arranged on the outside of the bulk layer to constitute the outside of a package formed from the packaging material, a second innermost liquid tight, heat sealable thermoplastic layer (13;23) arranged on the inside of the bulk layer to be in direct contact with the filled food product, and a barrier layer (14;24) comprising a polyester selected from the group consisting of polyethylene-2,5-furandicarboxylate and polytrimethylene furandicarboxylate, a blend and a co-polymer thereof, laminated between the bulk layer and the second, innermost liquid tight, heat sealable thermoplastic layer, wherein the barrier layer (14;24) is laminated to an adhesion-promoting layer, forming part of a laminating layer (15, 16a, 25), which is bonding the barrier layer (14; 24) to the bulk layer (11; 21) and the adhesion-promoting layer comprising a blend of a thermoplastic polymer with an epoxidized natural oil, an epoxidized natural rubber or a cyclic carbonate derivative of an epoxidized natural oil or rubber.
A radio frequency, RF, transmitter architecture characterized by at least one digital signal processing module configured to operate in at least a first, transmission, mode wherein the at least one digital signal processing module is arranged to: receive a digital input signal; select, from a reduced set of digital power amplifier, DPA, control values, a plurality of DPA control values based at least partly on the received digital input signal; perform interpolation of the plurality of selected DPA control values to determine a first DPA control value from a non-reduced set of DPA control values representative of the received digital input signal; and output to at least one DPA component the determined first DPA control value representative of the received digital input signal; and wherein the at least one digital signal processing module is configured to operate in at least one further, training, mode in which the at least one digital signal processing module is arranged to: receive a digital reference signal comprising a value representative of a data point to which a second DPA control value within the reduced set of DPA control values is mapped; output to the at least one DPA component the second DPA control value from the reduced set of DPA control values representative of the received digital reference signal mapped to the data point to which the second DPA control value within the reduced set of DPA control values is mapped; receive a feedback signal from an output of the at least one DPA component; and perform calibration thereof by updating the at least one second DPA control value from the reduced set of DPA control values based at least partly on the received feedback signal. receive a digital input signal; select, from a reduced set of digital power amplifier, DPA, control values, a plurality of DPA control values based at least partly on the received digital input signal; perform interpolation of the plurality of selected DPA control values to determine a first DPA control value from a non-reduced set of DPA control values representative of the received digital input signal; and output to at least one DPA component the determined first DPA control value representative of the received digital input signal; and receive a digital reference signal comprising a value representative of a data point to which a second DPA control value within the reduced set of DPA control values is mapped; output to the at least one DPA component the second DPA control value from the reduced set of DPA control values representative of the received digital reference signal mapped to the data point to which the second DPA control value within the reduced set of DPA control values is mapped; receive a feedback signal from an output of the at least one DPA component; and perform calibration thereof by updating the at least one second DPA control value from the reduced set of DPA control values based at least partly on the received feedback signal.
Flow cell for a detector in a liquid chromatography system comprising a) a flow cell body b) an inlet port c) an outlet port d) at least two windows situated on opposing sides of the flow cell body, which are transparent for light, and e) at least two electrodes (9, 10) inserted into said flow cell body and configured for a conductivity measurement; wherein the flow cell comprises a detection channel formed within said flow cell body, said detection channel fluidly connecting said inlet and outlet port (7, 5) and comprising • an optical path situated in between said two windows such that a light absorption measurement may be performed for a liquid passing through the detection channel, and • a conductivity path situated in between said two electrodes (9, 10) formed by at least partially drilling through said electrodes (9, 10) to allow for a physical contact of a liquid passing through the detection channel wherein the flow cell body is made of a non-conductive material, while the electrodes (9, 10) inserted into said flow cell body are made of a conductive material; characterized in that a reproducible smooth and closed surface along the border of the detection channel between non-conductive material stemming from the flow cell body and conductive material stemming from the electrodes (9, 10) is provided, said surface obtained by drilling through the flow cell body and at least partially the electrodes (9, 10). a) a flow cell body b) an inlet port c) an outlet port d) at least two windows situated on opposing sides of the flow cell body, which are transparent for light, and e) at least two electrodes (9, 10) inserted into said flow cell body and configured for a conductivity measurement; • an optical path situated in between said two windows such that a light absorption measurement may be performed for a liquid passing through the detection channel, and • a conductivity path situated in between said two electrodes (9, 10) formed by at least partially drilling through said electrodes (9, 10) to allow for a physical contact of a liquid passing through the detection channel
A cold stamping device for producing shaped consumable goods from a food mass, in particular a fat mass, preferably a cocoa-containing and/or chocolate-like fat mass, comprising at least one stamp plate with at least one stamp, and at least one thermal block which has a main body with at least one chamber for conducting a, in particular liquid, tempering medium, the thermal block having at least one inlet opening and at least one outlet opening, which are connected to the chamber in a fluid-conducting manner, the stamp plate comprising a preferably planar contact surface, and the contact surface can be brought into heat-conducting contact with a heat exchange surface of the thermal block, characterized in that the chamber comprises at least one inflow channel and at least one return channel, and the inflow channel is arranged closer to the heat exchange surface than the return channel, the chamber is arranged such that the tempering medium flows from the inlet opening to the outlet opening first through the feed channel and then through the return channel. at least one stamp plate with at least one stamp, and at least one thermal block which has a main body with at least one chamber for conducting a, in particular liquid, tempering medium, the thermal block having at least one inlet opening and at least one outlet opening, which are connected to the chamber in a fluid-conducting manner, the stamp plate comprising a preferably planar contact surface, and the contact surface can be brought into heat-conducting contact with a heat exchange surface of the thermal block, characterized in that the chamber comprises at least one inflow channel and at least one return channel, and the inflow channel is arranged closer to the heat exchange surface than the return channel, the chamber is arranged such that the tempering medium flows from the inlet opening to the outlet opening first through the feed channel and then through the return channel.
A method for obtaining transmission address information of a target base station, characterised in that it comprises the following steps of: configuring the target base station with corresponding relations between information of each transmission address of the target base station and related information of other base stations; a source base station transmitting related information of the source base station to the target base station through a mobility management entity MME(1,2); after receiving the related information of the source base station, the target base station filtering out transmission address information required for establishing an X2 interface connection with the source base station from all transmission addresses of the target base station according to the related information of the source base station, and transmitting the out-filtered transmission address information to the source base station through the MME (4,5); wherein, the related information of the source base station comprises: a global identifier of the source base station and/or information of an operator to whom the source base station belongs. configuring the target base station with corresponding relations between information of each transmission address of the target base station and related information of other base stations; a source base station transmitting related information of the source base station to the target base station through a mobility management entity MME(1,2); after receiving the related information of the source base station, the target base station filtering out transmission address information required for establishing an X2 interface connection with the source base station from all transmission addresses of the target base station according to the related information of the source base station, and transmitting the out-filtered transmission address information to the source base station through the MME (4,5);
A template for forming a veneer on a tooth using a composite resin material which is curable by radiation, the template comprising: a tooth-contacting portion having a smooth concave surface for contacting the composite after the composite has been applied on the tooth, the smooth concave surface having a shape which is complementary to a desired natural tooth shape; and an elongated handle extending from the tooth-contacting portion, wherein the tooth-contacting portion is formed of a material capable of transmitting the radiation such that the composite is curable through the tooth-contacting portion to form a veneer having a surface shape which conforms to the desired natural tooth shape, characterized in that the template further comprises at least one alignment guide on a surface opposite the smooth concave surface. a tooth-contacting portion having a smooth concave surface for contacting the composite after the composite has been applied on the tooth, the smooth concave surface having a shape which is complementary to a desired natural tooth shape; and an elongated handle extending from the tooth-contacting portion, wherein the tooth-contacting portion is formed of a material capable of transmitting the radiation such that the composite is curable through the tooth-contacting portion to form a veneer having a surface shape which conforms to the desired natural tooth shape,
Filter structure, characterized in that it comprises a first fold region which is formed continuously from zigzag-shaped folds; a second fold region which is directly connected to the above first fold region, is formed continuously from zigzag-shaped folds, and is of lower form than the above first fold region so as to form an insertion region; two end regions which are connected to both interfaces in the fold direction of the above first fold region and of the second fold region; and a diffusion element which is inserted into the above insertion region, and the air stream filtered by the above second fold region passes through the above diffusion element.
A process for the synthesis of functionalized poly(1,3-alkadienes) which comprises anionically polymerizing at least one monomer of a 1,3-alkadiene, in the presence of organic lithium and a low-boiling non-polar solvent and effecting the chain-termination phase of the polymer based on 1,3-alkadiene, at the end of the polymerization, by the addition, to the polymerization mixture, of a bromo alkane, wherein the alkane contains from 1 to 12 carbon atoms, followed by the addition of a product containing a stable nitroxy radical, characterized by the -NO• group soluble in said non-polar solvent.
Resonance absorber for a construction wall, the resonance absorber comprising at least one blade having a first longitudinal end opposite a second longitudinal end, a support which comprises a first fixing means capable of cooperating with the first longitudinal end of the blade and a second fixing means capable of cooperating with the second longitudinal end of the blade, the absorber comprising at least one weight borne by the blade between the first fixing means and the second fixing means, the support being intended to be fixed to the construction wall, characterized in that the support is configured to alternately adopt at least one first position of use with respect to the blade in which the resonance absorber exhibits a first resonance frequency and a second position of use with respect to the blade in which the resonance absorber exhibits a second resonance frequency.