mhurhangee/ep-ind-claims huggingface dataset:
A content supply device that delivers content over FLUTE multicast, the content supply device comprising: a fragment stream generating portion that generates a fragment stream on the basis of source data of the content; a FLUTE-stream generating portion that generates a FLUTE stream from the generated fragment stream; an SDP creation portion that creates an SDP including a reception mode; and a multicast delivery portion that for each of the FLUTE sessions delivers over FLUTE multicast the FLUTE stream corresponding to an elementary stream of a single media type and, prior to delivery over FLUTE multicast of the FLUTE stream, delivers the SDP over FLUTE multicast, characterized in that the SDP creation portion creates the SDP including as the reception mode any of "Promiscuous", "One-copy", and "Keep-updated", wherein "Promiscuous" is a reception mode for urging the reception side to receive all ALC/LCT packets that are transmitted in a FLUTE session, "One-copy" is a reception mode for notifying the reception side that there is no need to monitor for the presence of an update to the ALC/LCT packets, and "Keep-updated" is a reception mode for notifying the reception side that there is a need to monitor for the presence of an update to the ALC/LCT packets. a fragment stream generating portion that generates a fragment stream on the basis of source data of the content; a FLUTE-stream generating portion that generates a FLUTE stream from the generated fragment stream; an SDP creation portion that creates an SDP including a reception mode; and a multicast delivery portion that for each of the FLUTE sessions delivers over FLUTE multicast the FLUTE stream corresponding to an elementary stream of a single media type and, prior to delivery over FLUTE multicast of the FLUTE stream, delivers the SDP over FLUTE multicast, characterized in that the SDP creation portion creates the SDP including as the reception mode any of "Promiscuous", "One-copy", and "Keep-updated", wherein "Promiscuous" is a reception mode for urging the reception side to receive all ALC/LCT packets that are transmitted in a FLUTE session, "One-copy" is a reception mode for notifying the reception side that there is no need to monitor for the presence of an update to the ALC/LCT packets, and "Keep-updated" is a reception mode for notifying the reception side that there is a need to monitor for the presence of an update to the ALC/LCT packets.
A sonotrode for ultrasonic processing comprising a sonotrode main body and a sealing surface which is arranged at one side of the sonotrode main body and which is intended to come into contact with a material to be sealed, wherein the sonotrode main body has two through slits which respectively extend along a slit axis in or through the sonotrode main body and which are arranged substantially symmetrically around the slit axes, wherein the through slits intersect in such a way that a through passage is formed through the sonotrode main body from the one through slit into the other through slit so that the through passage has a first portion formed by the one through slit, a second portion formed by the other through slit and an intersection portion connecting the first and the second portions (4, 5) and formed both by the one through slit and also by the other through slit, wherein there is provided a machining passage extending along a machining passage axis from a side surface of the sonotrode main body to the through passage, characterized in that the one through slit is of a slit width d 1, the other through slit is of a slit width d 2 and the machining passage is of a width or a diameter d 3, wherein (d 3) 2 > (d 1) 2 + (d 2) 2.
Method for making a non-fried noodle dough comprising the steps of: a) mixing sweet potato flour with an oil; b) heating the mixture of step a) to a temperature from 30°C to 75°C for 5 to 30 minutes; c) adding wheat flour, salt and water to the mixture of sweet potato flour and oil after step b), and mixing all together to form a dough mixture; d) processing the dough mixture by kneading, rolling into sheets, cutting into strips and/or steaming. a) mixing sweet potato flour with an oil; b) heating the mixture of step a) to a temperature from 30°C to 75°C for 5 to 30 minutes; c) adding wheat flour, salt and water to the mixture of sweet potato flour and oil after step b), and mixing all together to form a dough mixture; d) processing the dough mixture by kneading, rolling into sheets, cutting into strips and/or steaming.
Sanitary article arrangement comprising: a sanitary article, in particular a bidet or a toilet bowl or a urinal or a washstand, with a receptacle extending in the vertical direction in the installation position, which receptacle extends through a rear wall of the sanitary article, a fastening element for fastening the sanitary article to a bearing point on the building side, at least one positioning element which can be inserted into the receptacle and has a through-opening, and at least one locking element which can be inserted into the through-opening of the positioning element, wherein the positioning element and the locking element each have at least one engagement structure (42; 52) which can be brought into and out of engagement with one another, wherein in a fixing position, in which the engagement structures (42; 52) are engaged with one another, the position element is fixed with respect to a displacement relative to the locking element along the vertical direction, and wherein in an adjustment position in which the engagement structures (42; 52) are disengaged, the positioning element is displaceable relative to the locking element along the vertical direction, whereby a mounting height of the sanitary article relative to the building side bearing location is adjustable. a sanitary article, in particular a bidet or a toilet bowl or a urinal or a washstand, with a receptacle extending in the vertical direction in the installation position, which receptacle extends through a rear wall of the sanitary article, a fastening element for fastening the sanitary article to a bearing point on the building side, at least one positioning element which can be inserted into the receptacle and has a through-opening, and at least one locking element which can be inserted into the through-opening of the positioning element, wherein the positioning element and the locking element each have at least one engagement structure (42; 52) which can be brought into and out of engagement with one another, wherein in a fixing position, in which the engagement structures (42; 52) are engaged with one another, the position element is fixed with respect to a displacement relative to the locking element along the vertical direction, and wherein in an adjustment position in which the engagement structures (42; 52) are disengaged, the positioning element is displaceable relative to the locking element along the vertical direction, whereby a mounting height of the sanitary article relative to the building side bearing location is adjustable.
A data carrier (10; 40), especially a value or security document, having - a window (14; 42) that extends from a bottom to a top of the data carrier (10; 40), - a foil element (20; 30) having a security element (22; 32) that covers the window (14; 42) on the top of the data carrier (10; 40), one portion of the security element (22; 32) lying over the window (14; 42) and one portion of the security element (22; 32) next to the window (14; 42), wherein - the portion of the security element (22; 32) that lies over the window (14; 42) exhibits a radiation modification region (24; 38), characterized in that - the radiation modification region (24; 38) is in register with the window (14; 42) and that in the radiation modification region (24; 38) the visual appearance of the security element (22; 32) is modified by the action of electromagnetic radiation. - a window (14; 42) that extends from a bottom to a top of the data carrier (10; 40), - a foil element (20; 30) having a security element (22; 32) that covers the window (14; 42) on the top of the data carrier (10; 40), one portion of the security element (22; 32) lying over the window (14; 42) and one portion of the security element (22; 32) next to the window (14; 42), wherein - the portion of the security element (22; 32) that lies over the window (14; 42) exhibits a radiation modification region (24; 38), characterized in that - the radiation modification region (24; 38) is in register with the window (14; 42) and that in the radiation modification region (24; 38) the visual appearance of the security element (22; 32) is modified by the action of electromagnetic radiation.
Method for signalling a traffic object which is at least partially visually concealed to a driver of a vehicle, wherein the method comprises the following steps: reading in object information which represents a detected traffic object which is arranged along a road section which is to be travelled along by the vehicle, wherein image data from a vehicle camera, and/or a vehicle-external data signal are read in as object information by a data reception device; determining whether the detected traffic object is partially visually concealed to the driver of the vehicle by at least one concealing object, wherein the determination is carried out using the object information and the surroundings data of the vehicle, in order to generate concealing information; obtaining priority information about a priority of the partially visually concealed traffic object with respect to the vehicle using the object information and the surroundings data of the vehicle; and generating an indication signal for the signalling of the partially visually concealed traffic object, wherein the generation takes place as a function of the object information, the surroundings data and the concealing information, wherein the indication signal is generated as a function of the priority information, in order to bring about signalling of the priority. reading in object information which represents a detected traffic object which is arranged along a road section which is to be travelled along by the vehicle, wherein image data from a vehicle camera, and/or a vehicle-external data signal are read in as object information by a data reception device; determining whether the detected traffic object is partially visually concealed to the driver of the vehicle by at least one concealing object, wherein the determination is carried out using the object information and the surroundings data of the vehicle, in order to generate concealing information; obtaining priority information about a priority of the partially visually concealed traffic object with respect to the vehicle using the object information and the surroundings data of the vehicle; and generating an indication signal for the signalling of the partially visually concealed traffic object, wherein the generation takes place as a function of the object information, the surroundings data and the concealing information, wherein the indication signal is generated as a function of the priority information, in order to bring about signalling of the priority.
An energy storage apparatus comprising: an energy storage device; a voltage dropper (42D, 43D) configured to drop a charge voltage for the energy storage device; a current switcher connected in parallel with the voltage dropper (42D, 43D); a voltage detection unit configured to detect a voltage of the energy storage device; and a controller, characterized in that, when the voltage of the energy storage device exceeds a predetermined value, the controller is configured to cause the current switcher to switch a path of a charge current to the energy storage device to a path through the voltage dropper (42D, 43D). an energy storage device; a voltage dropper (42D, 43D) configured to drop a charge voltage for the energy storage device; a current switcher connected in parallel with the voltage dropper (42D, 43D); a voltage detection unit configured to detect a voltage of the energy storage device; and a controller, characterized in that, when the voltage of the energy storage device exceeds a predetermined value, the controller is configured to cause the current switcher to switch a path of a charge current to the energy storage device to a path through the voltage dropper (42D, 43D).
A panel for forming part of a partition, the panel comprising: a central panel; two support members disposed on opposed sides of the central panel, each of the two support members extending generally perpendicularly to a plane of the central panel, wherein a protruding portion of each of the two support members extends beyond each of two opposed surfaces (12, 14) of the central panel; and a resiliently compressible portion (8, 10) arranged between the two support members such that a distance between the two support members can be reduced by compressing the resiliently compressible portion (8, 10). a central panel; two support members disposed on opposed sides of the central panel, each of the two support members extending generally perpendicularly to a plane of the central panel, wherein a protruding portion of each of the two support members extends beyond each of two opposed surfaces (12, 14) of the central panel; and a resiliently compressible portion (8, 10) arranged between the two support members such that a distance between the two support members can be reduced by compressing the resiliently compressible portion (8, 10).
A method in a network node, the method comprising: receiving first data from a first device, the first data having a first type, wherein the first type is Internet-of-Things (IoT)-type; receiving second data from a second device, the second data having a second type, wherein the first data has a longer latency constraint than the second data; sending the first data over a network link to a processing node for baseband processing the first data; and baseband processing the second data in a different node to the first data; wherein sending the first data comprises: buffering a plurality of data transmissions from the first device; and sending the plurality of data transmissions using a transport resource on the network link; wherein sending the plurality of data transmissions comprises sending the plurality of data transmissions when a total size of the plurality of data transmissions in a buffer exceeds a threshold proportion of the available bandwidth of the transport resource. receiving first data from a first device, the first data having a first type, wherein the first type is Internet-of-Things (IoT)-type; receiving second data from a second device, the second data having a second type, wherein the first data has a longer latency constraint than the second data; sending the first data over a network link to a processing node for baseband processing the first data; and baseband processing the second data in a different node to the first data; buffering a plurality of data transmissions from the first device; and sending the plurality of data transmissions using a transport resource on the network link; wherein sending the plurality of data transmissions comprises sending the plurality of data transmissions when a total size of the plurality of data transmissions in a buffer exceeds a threshold proportion of the available bandwidth of the transport resource.
An upper (10a; 20) for a shoe, comprising: a) a medial padding (13; 23) located in a medial portion of a heel area of the upper (10a; 20), wherein the medial padding (13; 23) comprises a first shape; b) a lateral padding (14; 24) located in a lateral portion of the heel area of the upper (10a; 20), wherein the lateral padding (14; 24) comprises a second shape; c) wherein the first shape differs from the second shape, d) characterised in that the lateral padding (14; 24) is arranged closer to a sole of the shoe than the medial padding (13; 23), e) wherein the lateral padding (14; 24) is arranged closer to a rear of the shoe upper (10a; 20) than the medial padding (13; 23), and f) wherein the volume of the medial padding (13; 23) differs from the volume of the lateral padding (14; 24), and wherein the volume of the medial padding (13; 23) is smaller than the volume of the lateral padding (14; 24). a) a medial padding (13; 23) located in a medial portion of a heel area of the upper (10a; 20), wherein the medial padding (13; 23) comprises a first shape; b) a lateral padding (14; 24) located in a lateral portion of the heel area of the upper (10a; 20), wherein the lateral padding (14; 24) comprises a second shape; c) wherein the first shape differs from the second shape, d) characterised in that the lateral padding (14; 24) is arranged closer to a sole of the shoe than the medial padding (13; 23), e) wherein the lateral padding (14; 24) is arranged closer to a rear of the shoe upper (10a; 20) than the medial padding (13; 23), and f) wherein the volume of the medial padding (13; 23) differs from the volume of the lateral padding (14; 24), and wherein the volume of the medial padding (13; 23) is smaller than the volume of the lateral padding (14; 24).
A process for enhancing the corrosion resistance of brazed parts made of aluminium or aluminium alloys against corrosion caused by the contact with water or aqueous compositions wherein a modified flux for aluminium brazing is applied which contains a basic flux and Li cations wherein the basic flux contains equal to or less than 5 % by weight of K 3 AlF 6.
A method of fabricating a nanoscale interconnect by electrical field directed assembly of metallic or semiconducting nanoelements, the method comprising the steps of: (a) providing a planar nanosubstrate comprising a base layer, a conductive layer deposited onto the base layer, and an insulating layer deposited onto the conductive layer, the insulating layer comprising a via, the via forming a void in the insulating layer and defining a pathway through the insulating layer that exposes the conductive layer; (b) contacting the planar nanosubstrate with an aqueous suspension of metallic or semiconducting nanoelements; and (c) applying an electrical field between the conducting layer and a planar electrode in the suspension parallel to the surface of the nanosubstrate, so that an essentially uniform electrical field is presented across the surface of the nanosubstrate, the electrical field consisting of the sum of a DC voltage and an AC voltage; wherein the shape and size of the electrode in the suspension and the nanosubstrate are substantially the same; whereby the metallic or semiconducting nanoelements from the aqueous suspension migrate into the via to form a nanoscale interconnect having an electrical connection with the conductive layer. (a) providing a planar nanosubstrate comprising a base layer, a conductive layer deposited onto the base layer, and an insulating layer deposited onto the conductive layer, the insulating layer comprising a via, the via forming a void in the insulating layer and defining a pathway through the insulating layer that exposes the conductive layer; (b) contacting the planar nanosubstrate with an aqueous suspension of metallic or semiconducting nanoelements; and (c) applying an electrical field between the conducting layer and a planar electrode in the suspension parallel to the surface of the nanosubstrate, so that an essentially uniform electrical field is presented across the surface of the nanosubstrate, the electrical field consisting of the sum of a DC voltage and an AC voltage;
A process for producing nanoparticles represented by the formula AB 1-x (B' x Se 2-y C y where A is selected from the group consisting of Cu, Zn, Ag and Cd; B and B' are each independently selected from the group consisting of Al, In and Ga; C is selected from the group consisting of S and Te; 0 ≤ x ≤ 1; 0 ≤ y < 2; subject to the proviso that where x > 0, B' ≠ B, the process comprising effecting conversion of a nanoparticle precursor composition to the material of the nanoparticles in the presence of a selenol compound, said precursor composition comprising a first portion and a second portion; wherein the first portion of the nanoparticle precursor composition comprises ions of species A, and depending upon the value of x, ions of species B and B'; and the second portion of the nanoparticle precursor composition comprises Se ions or ions of species C; and wherein the process comprises dispersing at least the first portion of the nanoparticle precursor composition in a solvent, heating the solvent after addition of the first portion of the nanoparticle precursor composition to a first temperature of 70 to 170°C, adding the selenol compound to the solvent containing the first portion of the nanoparticle precursor composition, heating the solvent containing the first portion of the nanoparticle precursor composition and the selenol compound to 100 to 200°C, adding the second portion of the nanoparticle precursor composition to the solvent containing the first portion of the nanoparticle precursor composition and the selenol compound, and heating the solvent containing the nanoparticle precursor composition during and/or after adding the second portion of the nanoparticle precursor composition to a second temperature of 120 to 220°C, wherein the second temperature is higher than the first temperature. A is selected from the group consisting of Cu, Zn, Ag and Cd; B and B' are each independently selected from the group consisting of Al, In and Ga; C is selected from the group consisting of S and Te; 0 ≤ x ≤ 1; 0 ≤ y < 2; subject to the proviso that where x > 0, B' ≠ B,
Use of tar aroma components or a flavor containing the tar aroma components in preparation of a cigarette, wherein the tar aroma components are obtained by a method for extracting the tar aroma components from the cigarette butt comprising the following steps: adding the cigarette butt to an extraction solvent, and carrying out ultrasound-assisted extraction to obtain an extraction solution; centrifuging the extraction solution, and carrying out vacuum distillation on the supernatant to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light fraction of the molecular distillation to obtain the tar aroma components. adding the cigarette butt to an extraction solvent, and carrying out ultrasound-assisted extraction to obtain an extraction solution; centrifuging the extraction solution, and carrying out vacuum distillation on the supernatant to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light fraction of the molecular distillation to obtain the tar aroma components.
Fastening device for pipe aerators for waste water purification, in order to fasten at least one pipe aerator to a central pipe in such a manner that air can be supplied from the central pipe to the pipe aerator, wherein the fastening device is designed as a pipe hanger, which is closable around the circumference of the central pipe, and has shells connected in an articulated manner, wherein at least one of the shells has an air supply portion through which air can be supplied from the central pipe to the pipe aerator, characterized in that the air supply portion has one or more radial air outlet openings which are formed in a lateral surface of the air supply portion.
Foundation pile for producing a foundation for a structure in water, in particular offshore, having a portion located in the ground, in the case of which the external diameter of that portion of the foundation pile which is located in the ground increases from the bottom, that is to say from the pile underside located in the ground, up in the direction of the bed of the body of water, and the external diameter is designed in dependence on the progression of the bending moments acting on the pile.