mhurhangee/ep-ind-claims huggingface dataset:
An optical apparatus (300, 400, 500) for use in an optical communications system, the optical apparatus comprising: a discrete optical amplification unit within the optical apparatus and configured to amplify optical signals that travel a particular direction; a first optical pump unit configured to output optical pump power for use in powering optical amplifiers; a first optical coupler configured to allocate a first portion (k 1) of the optical pump power from the first optical pump unit for use in first distributed Raman amplification that amplifies optical signals travelling in the particular direction and allocate a second portion (1- k 1)of the optical pump power from the first optical pump unit to the discrete optical amplification unit; a second optical pump unit configured to output optical pump power for use in powering optical amplifiers; and a second optical coupler configured to allocate a first portion (k 2) of the optical pump power from the second optical pump unit for use in second distributed Raman amplification that amplifies optical signals travelling in the particular direction and allocate a second portion (1-k 2) of the optical pump power from the second optical pump unit to the first optical coupler; wherein the first optical coupler is also configured to allocate the second portion (1-k 2) of the optical pump power from the second optical pump unit for use in the discrete optical amplification unit and the first distributed Raman amplification. a discrete optical amplification unit within the optical apparatus and configured to amplify optical signals that travel a particular direction; a first optical pump unit configured to output optical pump power for use in powering optical amplifiers; a first optical coupler configured to allocate a first portion (k 1) of the optical pump power from the first optical pump unit for use in first distributed Raman amplification that amplifies optical signals travelling in the particular direction and allocate a second portion (1- k 1)of the optical pump power from the first optical pump unit to the discrete optical amplification unit; a second optical pump unit configured to output optical pump power for use in powering optical amplifiers; and a second optical coupler configured to allocate a first portion (k 2) of the optical pump power from the second optical pump unit for use in second distributed Raman amplification that amplifies optical signals travelling in the particular direction and allocate a second portion (1-k 2) of the optical pump power from the second optical pump unit to the first optical coupler; wherein the first optical coupler is also configured to allocate the second portion (1-k 2) of the optical pump power from the second optical pump unit for use in the discrete optical amplification unit and the first distributed Raman amplification.
A data processing method, comprising: obtaining, by a data analytics network element, data of a terminal on a first network element, wherein the data of the terminal on the first network element comprises first association information, the first association information comprises an identifier assigned by the first network element to the terminal, and the first network element is an access network element; obtaining, by the data analytics network element, data of the terminal on a second network element, wherein the data of the terminal on the second network element comprises the first association information, wherein the second network element is an access and mobility management function network element; and associating, by the data analytics network element, the data of the terminal on the first network element with the data of the terminal on the second network element based on the first association information. obtaining, by a data analytics network element, data of a terminal on a first network element, wherein the data of the terminal on the first network element comprises first association information, the first association information comprises an identifier assigned by the first network element to the terminal, and the first network element is an access network element; obtaining, by the data analytics network element, data of the terminal on a second network element, wherein the data of the terminal on the second network element comprises the first association information, wherein the second network element is an access and mobility management function network element; and associating, by the data analytics network element, the data of the terminal on the first network element with the data of the terminal on the second network element based on the first association information.
A dental splint, comprising - a base unit, especially one with dental splint plates irreversibly connected to one other; - at least one power supply unit; - at least one signal generator; and - at least one pressure sensor which is operatively connected to the power supply unit and to the signal generator and which comprises a contact device having at least one electrical switch contact, wherein the pressure sensor is configured such that it can detect both occlusion forces acting on it and protrusion forces, characterized in that the contact device comprises at least one contact sleeve, which comprises in cross section at least four segments of conductive and nonconductive material alternating in the circumferential direction. - a base unit, especially one with dental splint plates irreversibly connected to one other; - at least one power supply unit; - at least one signal generator; and - at least one pressure sensor which is operatively connected to the power supply unit and to the signal generator and which comprises a contact device having at least one electrical switch contact,
A filter cartridge comprising: a filter housing comprising an inlet through which untreated fluid enters and an outlet from which treated fluid exits; a filter media contained within the filter housing configured to treat the fluid passing through the filter housing; a region of the filter housing configured to connect to a fluid manifold connecting the inlet and the outlet; and an electromagnetic identification device attached to or within the filter housing and configured to modify an electromagnetic field generated by a filter media sensor system, wherein the identification device is configured to have a resonant frequency that is higher than a base frequency of the electromagnetic field generated by the filter media sensor system. a filter housing comprising an inlet through which untreated fluid enters and an outlet from which treated fluid exits; a filter media contained within the filter housing configured to treat the fluid passing through the filter housing; a region of the filter housing configured to connect to a fluid manifold connecting the inlet and the outlet; and an electromagnetic identification device attached to or within the filter housing and configured to modify an electromagnetic field generated by a filter media sensor system,
A recording apparatus for compression-coding video data and recording the compression-coded video data, comprising: an encoder compression-coding video data using interframe compression based on predictive coding for each of groups each including a plurality of pictures, a plurality of pictures including at least one independently-decodable picture; a designating unit dividing the video data by designating access positions in the video data and designating thereby the groups including the access positions; a mark information generator generating mark information indicating an access position to the video data for each of the designated groups; and a recording unit recording the video data compression-coded by the encoder in a recording medium, wherein, when the access position is designated to one of the groups decodable without use of information on the closest past group in reproduction order, the mark information generator generates the mark information indicating a position of a top of the designated group; and wherein, when the access position is designated to one of the groups to be decoded using information on the closest past group in reproduction order, the mark information generator generates the mark information indicating a position of the independently-decodable picture belonging to the designated group. an encoder compression-coding video data using interframe compression based on predictive coding for each of groups each including a plurality of pictures, a plurality of pictures including at least one independently-decodable picture; a designating unit dividing the video data by designating access positions in the video data and designating thereby the groups including the access positions; a mark information generator generating mark information indicating an access position to the video data for each of the designated groups; and a recording unit recording the video data compression-coded by the encoder in a recording medium, wherein, when the access position is designated to one of the groups decodable without use of information on the closest past group in reproduction order, the mark information generator generates the mark information indicating a position of a top of the designated group; and wherein, when the access position is designated to one of the groups to be decoded using information on the closest past group in reproduction order, the mark information generator generates the mark information indicating a position of the independently-decodable picture belonging to the designated group.
A method for producing a reinforced concrete part comprising, on either side of a neutral line, a compressed portion and a tensioned portion subjected to tensile stresses and having a tendency to elongate under the effect of the load supported by the part, and in which is embedded a reinforcing frame comprising two longitudinal bar layers extending respectively in the compressed portion and the tensioned portion and linked by a transverse mounting frame constituted by straps and including, in the tension portion, at least one tensioned longitudinal bar securely attached to the concrete by an adhesion link determining, along said bar, a tangential adhesion stress varying according to the tensile stresses applied, respectively, to the bar and to the coating concrete, an increase in the tensile stress in the concrete above a limit value causing at least one crack to open with a transfer of the tensile stress to the bar and a corresponding elongation thereof, a method in which, at least in the most stressed portion of the part, said tensioned bar is provided with a plurality of spaced anchoring means forming abutments bearing on the coating concrete, characterized in that the anchoring means of the bar are distributed in a discontinuous series of spaced blocking areas each comprising a plurality of anchoring means and separated from one another by slippage areas with no anchoring means, and in that each blocking area extends over a length at least equal to a sealing length (lo) of the bar determining an adhesion stress at least equal to the maximum admissible tension stress of bar and a length lower than double of the sealing length (lo) of the frame reinforcing bar for which said bar withstands, without displacement regarding the coating concrete, a tensile stress capable to reach the yield point of the bar, and in that each slippage area extends over a length lower than a sealing length (l'o) of a smooth bar with equivalent round section, whereby a local increase in the tensile differential between the bar and the concrete above a limit value results in a detachment of the bar relative to the concrete that coats it, over at least a portion of the length of said slippage area between two blocking areas (25a, 25'a), said detached portion being able to elongate without disturbing the coating concrete under the effect of the tensile stresses applied to the tensioned bar.
A rotary wing aircraft equipped with a propulsion apparatus, wherein said aircraft includes a rotating wing and a rotating mast that rotates said rotating wing, and where said propulsion apparatus includes a pole mechanically connected to the rotating mast of the aircraft, wherein a shape of the pole is such that it does not create lift when rotated, wherein at each end of the pole is placed a motor group configured to rotate the pole around an axis of the rotating mast in such a way that a rotation of the pole can be used to rotate the rotating wing, wherein the rotation of the pole takes place in a different plane with respect to a rotation plane of the rotating wing, characterized by the fact that each motor group includes a pair of counter-rotating propellers (32,32'), said pair of counter-rotating propellers (32,32') being arranged in such a way as to generate a rotational torque to rotate the pole, the counter-rotating propellers being configured to reduce to zero a total gyroscopic moment given by M gyro = I prop Ω eFan Ω, where I prop is a moment of inertia of the propeller, Ω eFan is an angular speed of the motor groups and Ω is a rotation speed of the pole.
A protective case (200, 400, 500) for a device having an exposed screen, comprising: a flexible structural panel (202, 402, 504) comprising a panel interior surface (12a, 14a) and a panel exterior surface (12a, 14a), one of the structural panel interior and exterior surfaces (12a, 14a) comprising an extensible material, and one of the structural panel interior and exterior surfaces (12a, 14a) comprising a non-extensible material; at least one flexible retaining device disposed on the panel interior surface (12a, 14a) positioned in order to grip the device while providing access to screen area of the exposed screen, the at least one flexible retaining device comprising a layer of a rate dependent material disposed between an extensible inner material layer and an non-extensible outer material layer; and a cover (204, 404, 502) defining an inner cover surface, an outer cover surface, and opposing first and second cover edges, the cover being interconnected to the structural panel (202, 402, 504) at the first edge. a flexible structural panel (202, 402, 504) comprising a panel interior surface (12a, 14a) and a panel exterior surface (12a, 14a), one of the structural panel interior and exterior surfaces (12a, 14a) comprising an extensible material, and one of the structural panel interior and exterior surfaces (12a, 14a) comprising a non-extensible material; at least one flexible retaining device disposed on the panel interior surface (12a, 14a) positioned in order to grip the device while providing access to screen area of the exposed screen, the at least one flexible retaining device comprising a layer of a rate dependent material disposed between an extensible inner material layer and an non-extensible outer material layer; and a cover (204, 404, 502) defining an inner cover surface, an outer cover surface, and opposing first and second cover edges, the cover being interconnected to the structural panel (202, 402, 504) at the first edge.
System including a device for producing an individual portion of a baked product and a compact capsule, wherein the capsule includes a quantity of contents that is exactly sufficient for producing the individual portion of baked product; wherein the contents include a baking mix for the baked product; wherein the device includes - a receiving unit that is configured to receive a compact capsule, wherein the receiving unit has an opening through which the capsule can be inserted into the device; and wherein the receiving unit is configured to open the capsule in order to release the contents; - a mixer that is configured to produce, from the baking mix, a dough for the baked product; - a baking unit that is configured to bake the dough; - a control unit that is configured to trigger - the production of a dough from the contents of a capsule inserted into the receiving unit; - the baking of the dough into the baked product in the baking unit; characterised in that - the device has a discharge unit for discharging the baked product that has been baked in the baking unit; wherein - the discharge unit is configured to cool the baked product before it is discharged. - a receiving unit that is configured to receive a compact capsule, wherein the receiving unit has an opening through which the capsule can be inserted into the device; and wherein the receiving unit is configured to open the capsule in order to release the contents; - a mixer that is configured to produce, from the baking mix, a dough for the baked product; - a baking unit that is configured to bake the dough; - a control unit that is configured to trigger - the production of a dough from the contents of a capsule inserted into the receiving unit; - the baking of the dough into the baked product in the baking unit; - the device has a discharge unit for discharging the baked product that has been baked in the baking unit; wherein - the discharge unit is configured to cool the baked product before it is discharged.
A method for processing yeast cells comprising: (a) autolyzing the yeast cells at a temperature of 50°C to 65°C to release yeast cell walls; (b) incubating the cell walls with an exogenous protease at a pH of 9 to 10; and (c) incubating the protease-treated cell walls of step (b) with an enzyme comprising at least one of an amylase, lipase and a combination thereof at a pH of 4 to 6; and (d) separating the enzyme-treated cell walls of step (c) into a glucan-enriched component and a mannan-enriched component. (a) autolyzing the yeast cells at a temperature of 50°C to 65°C to release yeast cell walls; (b) incubating the cell walls with an exogenous protease at a pH of 9 to 10; and (c) incubating the protease-treated cell walls of step (b) with an enzyme comprising at least one of an amylase, lipase and a combination thereof at a pH of 4 to 6; and (d) separating the enzyme-treated cell walls of step (c) into a glucan-enriched component and a mannan-enriched component.
A method of mitigating cell outage in a wireless communication network, comprising: identifying one or more preexisting cells serviced by a first radio base station having a coverage area capable of being modified to at least partially cover a neighbor cell serviced by a second radio base station which is currently disabled or expected to be disabled as indicated by a cell status message originated from the second radio base station and received by the first radio base station (700 and 702); and wherein the cell status message indicates cells which are neighbors to the neighbor cell serviced by the second radio base station, and determining whether the first radio base station serves any of the cells indicated in the cell status message, and if so, modifying the coverage area of one or more of the preexisting cells to at least partially cover the neighbor cell. identifying one or more preexisting cells serviced by a first radio base station having a coverage area capable of being modified to at least partially cover a neighbor cell serviced by a second radio base station which is currently disabled or expected to be disabled as indicated by a cell status message originated from the second radio base station and received by the first radio base station (700 and 702); and wherein the cell status message indicates cells which are neighbors to the neighbor cell serviced by the second radio base station, and determining whether the first radio base station serves any of the cells indicated in the cell status message, and if so, modifying the coverage area of one or more of the preexisting cells to at least partially cover the neighbor cell.
An immunoresponsive cell comprising: (a) an NKG2D polypeptide; (b) a fusion polypeptide comprising (i) a DNAX-activating 10 polypeptide, or a functional variant thereof and (ii) a DNAX-activating protein 12 polypeptide, or a functional variant thereof; and (c) a CXCR2 polypeptide. (a) an NKG2D polypeptide; (b) a fusion polypeptide comprising (i) a DNAX-activating 10 polypeptide, or a functional variant thereof and (ii) a DNAX-activating protein 12 polypeptide, or a functional variant thereof; and (c) a CXCR2 polypeptide.
A method for the manufacture of a pharmaceutically acceptable composition comprising an oil-in-water emulsion, comprising: (i) preparing squalene from a composition comprising squalene from an animal source by a process comprising steps of: (a) a purification distillation carried out at a temperature T 1; and (b) a denaturing distillation carried out at a temperature T 2; wherein steps (a) and (b) may be performed in either order; T 1 and T 2 are sufficient to cause squalene to boil; T 2 > T 1; and T 2 ≥ 200°C. (ii) preparing an emulsion using the squalene prepared in step (i). (i) preparing squalene from a composition comprising squalene from an animal source by a process comprising steps of: (a) a purification distillation carried out at a temperature T 1; and (b) a denaturing distillation carried out at a temperature T 2; wherein steps (a) and (b) may be performed in either order; T 1 and T 2 are sufficient to cause squalene to boil; T 2 > T 1; and T 2 ≥ 200°C. (ii) preparing an emulsion using the squalene prepared in step (i).
Method of laser microdissection, in which a microscopic examination object is processed by means of a laser beam using tuples of coordinate values which each specify positions of target points (P1, P2) on the examination object, at least in a first spatial direction and a second spatial direction orthogonal to the first spatial direction, characterized in that positions of at least three reference points (R1, R2, R3) are determined in advance, in each case in the first and the second spatial direction (X, Y) and in a third spatial direction orthogonal to the first and the second spatial direction (X, Y), with the first and the second spatial direction (X, Y) being perpendicular to an objective axis of a laser microdissection system used in the method, in that the positions of the reference points (R1, R2, R3) are used to define a reference plane which corresponds at least in part to a plane in which a surface of the examination object is arranged, in that respective further coordinate values specifying an expected location (Z1, Z2) of the target points (P1, P2) on the examination object in the third spatial direction are determined for the target points (P1, P2), in that the further coordinate values are determined on the basis of the defined reference plane, and in that a focal location of the laser beam for processing the examination object is set depending on the determined further coordinate values.
A temperature monitoring apparatus for a household appliance, which comprises a first temperature probe, a probe housing, which partly encloses the first temperature probe, and a temperature receiving plate connected to the probe housing, characterized in that a first probe spring element is connected in the manner of a force connection to the probe housing on the one side and the first temperature probe on the other side, so that it permanently pre-tensions the first temperature probe against the temperature receiving plate and that the temperature monitoring apparatus has a second temperature probe and the probe housing partly encloses the second temperature probe.