mhurhangee/ep-ind-claims huggingface dataset:
A base station device (BS1, BS2,..., BS10) forming a cell, comprising: a plurality of directional antennas (4-1, 4-2,..., 4-9); power control means for controlling, respectively, transmission power of signals transmitted from said directional antennas; frequency management means for managing frequency bands used in the cell; and notifying means, characterised in that: the cell is formed, with layers of a base cell having a cell border with a cell formed by a neighboring base station device and including a plurality of sector cells (S1, S2, S3) and a small-cell having a cell radius smaller than a cell radius of the base cell and including at least four sector cells (S4, S5,..., S9), by said plurality of directional antennas and said power control means in a single base station device, said frequency management means in the single base station device is configured to manage frequency bands so that frequency bands different from each other are allocated to the sector cells of the base cell, and a frequency band, which is different from the frequency bands allocated to the base cell and different between neighboring sector cells but the same between at least two sector cells, is allocated to each of the sector cells of the small-cell, and said notifying means is configured to notify each of the sector cells of the base cell and the small-cell of HCS (Hierarchical Cell Structure) control information in which the priority of the small-cell is set higher than the priority of the base cell. a plurality of directional antennas (4-1, 4-2,..., 4-9); power control means for controlling, respectively, transmission power of signals transmitted from said directional antennas; frequency management means for managing frequency bands used in the cell; and notifying means, the cell is formed, with layers of a base cell having a cell border with a cell formed by a neighboring base station device and including a plurality of sector cells (S1, S2, S3) and a small-cell having a cell radius smaller than a cell radius of the base cell and including at least four sector cells (S4, S5,..., S9), by said plurality of directional antennas and said power control means in a single base station device, said frequency management means in the single base station device is configured to manage frequency bands so that frequency bands different from each other are allocated to the sector cells of the base cell, and a frequency band, which is different from the frequency bands allocated to the base cell and different between neighboring sector cells but the same between at least two sector cells, is allocated to each of the sector cells of the small-cell, and said notifying means is configured to notify each of the sector cells of the base cell and the small-cell of HCS (Hierarchical Cell Structure) control information in which the priority of the small-cell is set higher than the priority of the base cell.
An apparatus for facilitating the combustion of a fluid or gaseous hydrocarbon mixture with combustion air comprising: - an inner tube for receiving the flow of said mixture, the inner tube comprising, on either side, two connectors (1, 2), - a central magnetic ring for generating an axial magnetic field in the vicinity of the center of said inner tube; - two magnetic rings (12, 13) located on either side and maintained at a predetermined distance from said central magnetic ring; characterized in that it comprises: - a first connecting bridge allowing a magnetic connection of the two magnetic rings (12, 13) without connection to said central magnetic ring; - two connecting bridges allowing a magnetic connection between said central magnetic ring and each of the magnetic rings from end to end. - an inner tube for receiving the flow of said mixture, the inner tube comprising, on either side, two connectors (1, 2), - a central magnetic ring for generating an axial magnetic field in the vicinity of the center of said inner tube; - two magnetic rings (12, 13) located on either side and maintained at a predetermined distance from said central magnetic ring; - a first connecting bridge allowing a magnetic connection of the two magnetic rings (12, 13) without connection to said central magnetic ring; - two connecting bridges allowing a magnetic connection between said central magnetic ring and each of the magnetic rings from end to end.
A synthetic macromolecular network comprising macromolecules selected from the group consisting of a) polycarboxylate molecules that have been substituted at COOH sites thereon with a hydroxyphenyl compound at a substitution rate less than 10 percent based on a total number of COOH sites on the polycarboxylate molecules, b) polyamines that have been substituted at primary amine sites thereon with a hydroxyphenyl compound, and c) copolymers of a) and b), and at least one dihydroxyphenyl linkage linking different macromolecules.
A method for the preparation of a synthetic faujasite material comprising monodisperse nanoparticles composed of single nanocrystals, said nanoparticles having a size going from 5 to 400 nm and a silicon to aluminum molar ratio Si/AI going from 1 to 2.5, said single nanocrystals being defined as individual nanocrystals or non-agglomerated nanocrystals, wherein said method comprises the following steps: 1) separately preparing a clear aqueous aluminate suspension A comprising at least one source of aluminum and at least one source of an alkali metal M1, and a clear aqueous silicate suspension B comprising at least one source of silicon and at least one source of an alkali metal M1; 2) admixing at a temperature going from 0°C to 5°C, the clear aqueous aluminate suspension A and the clear aqueous silicate suspension B until a resulting aqueous suspension is obtained, said resulting aqueous suspension being free of organic-templating agents and having the following molar composition: x 1 M1 2 O: y Al 2 O 3: 10 SiO 2: z H 2 O in which: ∘ 0.1≤y ≤ 5, ∘ 20 ≤ z ≤ 400, ∘ 5 ≤ x 1 ≤ 13; 3) aging the resulting suspension of step 2) at a temperature going from 20°C to 30°C to form nuclei; 4) heating the resulting suspension of step 3) at a temperature going from 40°C to 150°C, for a period of time sufficient to produce the desired synthetic faujasite material comprising monodisperse nanoparticles composed of single nanocrystals; and 5) recovering said synthetic faujasite material comprising monodisperse nanoparticles composed of single nanocrystals. 1) separately preparing a clear aqueous aluminate suspension A comprising at least one source of aluminum and at least one source of an alkali metal M1, and a clear aqueous silicate suspension B comprising at least one source of silicon and at least one source of an alkali metal M1; 2) admixing at a temperature going from 0°C to 5°C, the clear aqueous aluminate suspension A and the clear aqueous silicate suspension B until a resulting aqueous suspension is obtained, said resulting aqueous suspension being free of organic-templating agents and having the following molar composition: x 1 M1 2 O: y Al 2 O 3: 10 SiO 2: z H 2 O in which: ∘ 0.1≤y ≤ 5, ∘ 20 ≤ z ≤ 400, ∘ 5 ≤ x 1 ≤ 13; ∘ 0.1≤y ≤ 5, ∘ 20 ≤ z ≤ 400, ∘ 5 ≤ x 1 ≤ 13; 3) aging the resulting suspension of step 2) at a temperature going from 20°C to 30°C to form nuclei; 4) heating the resulting suspension of step 3) at a temperature going from 40°C to 150°C, for a period of time sufficient to produce the desired synthetic faujasite material comprising monodisperse nanoparticles composed of single nanocrystals; and 5) recovering said synthetic faujasite material comprising monodisperse nanoparticles composed of single nanocrystals.
An outdoor unit of an air conditioner comprising: a case defining an external appearance thereof; an outdoor heat exchanger disposed in the case to perform heat exchange between outdoor air and a refrigerant; and a blower apparatus to blow and guide the outdoor air, wherein the blower apparatus comprises: a blower fan rotated about a shaft thereof to blow the air heat-exchanged with the refrigerant by the outdoor heat exchanger in one direction; and an orifice to guide the air blown by the blower fan, wherein the orifice comprises a discharge part to guide air discharged from a front to a rear of the blower apparatus in an axial direction of the blower apparatus by the blower fan, and wherein a sectional area of the discharge part is gradually increased from the front to the rear of the blower apparatus in the axial direction of the blower apparatus, characterized in that the orifice is provided at an outer circumference thereof with reinforcement ribs in a radial manner. a case defining an external appearance thereof; an outdoor heat exchanger disposed in the case to perform heat exchange between outdoor air and a refrigerant; and a blower apparatus to blow and guide the outdoor air, wherein the blower apparatus comprises: a blower fan rotated about a shaft thereof to blow the air heat-exchanged with the refrigerant by the outdoor heat exchanger in one direction; and an orifice to guide the air blown by the blower fan, wherein the orifice comprises a discharge part to guide air discharged from a front to a rear of the blower apparatus in an axial direction of the blower apparatus by the blower fan, and wherein a sectional area of the discharge part is gradually increased from the front to the rear of the blower apparatus in the axial direction of the blower apparatus, characterized in that the orifice is provided at an outer circumference thereof with reinforcement ribs in a radial manner. a blower fan rotated about a shaft thereof to blow the air heat-exchanged with the refrigerant by the outdoor heat exchanger in one direction; and an orifice to guide the air blown by the blower fan, wherein the orifice comprises a discharge part to guide air discharged from a front to a rear of the blower apparatus in an axial direction of the blower apparatus by the blower fan, and wherein a sectional area of the discharge part is gradually increased from the front to the rear of the blower apparatus in the axial direction of the blower apparatus, characterized in that the orifice is provided at an outer circumference thereof with reinforcement ribs in a radial manner.
Helmet for motorcycling comprising a shell, at least one visor mounted on said shell and movable in rotation with respect to said shell from a closed position to an open position and vice versa, and a chin guard connected to said shell and movable with respect to it from a closed position to an open position in correspondence of the rear part of said shell, characterized in that it comprises means for opening and closing of said visor and said chin guard comprising: - automatic opening means for the automatic switching of said visor from said closed position to said open position; - locking means of said visor in said closed position; - a first kinematic mechanism for unlocking and opening of said visor and said chin guard; - guide means of the said chin guard which confer a circular trajectory to said chin guard relative to said shell during a first phase of the movement of the said chin guard from said closed position to said open position and a trajectory in rotation and translation with respect to said shell during a second phase of movement of said chin guard from said closed position to said open position, and guide means of said visor; - a second kinematic mechanism for unlocking and opening of said visor that determines the automatic switching from said closed position to said open position of said visor when said chin guard is brought from its open position to its closed position. - automatic opening means for the automatic switching of said visor from said closed position to said open position; - locking means of said visor in said closed position; - a first kinematic mechanism for unlocking and opening of said visor and said chin guard; - guide means of the said chin guard which confer a circular trajectory to said chin guard relative to said shell during a first phase of the movement of the said chin guard from said closed position to said open position and a trajectory in rotation and translation with respect to said shell during a second phase of movement of said chin guard from said closed position to said open position, and guide means of said visor; - a second kinematic mechanism for unlocking and opening of said visor that determines the automatic switching from said closed position to said open position of said visor when said chin guard is brought from its open position to its closed position.
A method for psychophysical measurement of dark adaptation in a subject, said method comprising the steps of: a. providing said subject; b. bleaching a test eye of said subject; c. presenting a target stimulus to said test eye of said subject; d. determining a response of said subject to said target stimulus by obtaining at least one threshold measurement; e. extracting a rod intercept value from said at least one threshold measurement, said rod intercept value being the time at which the rod function recovers to, or would recover to, a reference sensitivity level in the absence of any cone function; and f. wherein said at said at least one threshold measurement may be subject to a noise reduction protocol. a. providing said subject; b. bleaching a test eye of said subject; c. presenting a target stimulus to said test eye of said subject; d. determining a response of said subject to said target stimulus by obtaining at least one threshold measurement; e. extracting a rod intercept value from said at least one threshold measurement, said rod intercept value being the time at which the rod function recovers to, or would recover to, a reference sensitivity level in the absence of any cone function; and f. wherein said at said at least one threshold measurement may be subject to a noise reduction protocol.
A method, comprising: receiving, by a second storage system, a request to restore a plurality of files to a first storage system from a backup stored at the second storage system; providing, by the second storage system, corresponding file relocation metadata for each of the plurality of files to the first storage system, wherein the corresponding file relocation metadata for each of the plurality of files references a corresponding location associated with the second storage system for locating each of the plurality of files to enable accessibility of contents of the plurality of files at the first storage system without storing entire contents of the plurality of files at the first storage system; and providing, by the second storage system, a corresponding full content version for at least one of the plurality of files to the first storage system, wherein the corresponding full content version is to be utilized by the first storage system to enable direct access at the first storage system to contents of the at least one of the plurality of files instead of the corresponding file relocation metadata for the at least one of the plurality of files being utilized by the first storage system to access the contents of the at least one of the plurality of files. receiving, by a second storage system, a request to restore a plurality of files to a first storage system from a backup stored at the second storage system; providing, by the second storage system, corresponding file relocation metadata for each of the plurality of files to the first storage system, wherein the corresponding file relocation metadata for each of the plurality of files references a corresponding location associated with the second storage system for locating each of the plurality of files to enable accessibility of contents of the plurality of files at the first storage system without storing entire contents of the plurality of files at the first storage system; and providing, by the second storage system, a corresponding full content version for at least one of the plurality of files to the first storage system, wherein the corresponding full content version is to be utilized by the first storage system to enable direct access at the first storage system to contents of the at least one of the plurality of files instead of the corresponding file relocation metadata for the at least one of the plurality of files being utilized by the first storage system to access the contents of the at least one of the plurality of files.
A railway vehicle, comprising a plurality of bodies (14, 16, 18, 20) aligned in a row, the plurality of bodies including a central hanging body and two carrying bodies disposed on either side of and adjacent to the central hanging body, the railway vehicle comprising a system for stationary recharging by conduction, characterised in that the stationary recharging system comprises, for each carrying body, a stationary collection element equipping that carrying body.
A biomaterial composition for use in treating damaged cardiovascular tissue, comprising: a plurality of particulate structures and a liquid buffer solution, each of said plurality of particulate structures comprising a particulate component that is fully encased in a biomaterial coating, said particulate component comprising a size in the range of 20-300 microns, said particulate component further comprising an extracellular matrix composition, said ECM composition comprising acellular ECM from a mammalian tissue source, said biomaterial coating comprising poly(glycerol sebacate). a plurality of particulate structures and a liquid buffer solution, each of said plurality of particulate structures comprising a particulate component that is fully encased in a biomaterial coating, said particulate component comprising a size in the range of 20-300 microns, said particulate component further comprising an extracellular matrix composition, said ECM composition comprising acellular ECM from a mammalian tissue source, said biomaterial coating comprising poly(glycerol sebacate).
A molding mold for injection molding of a preform, the molding mold comprising: an injection cavity mold configured to form an outer surface of a body part of the preform and an outer surface of a bottom part of the preform, wherein the injection cavity mold includes a first cavity mold in which a cavity that is a space configured to be filled with a resin material is formed, and a cylindrical second cavity mold having an insertion hole at a center thereof, and wherein the first cavity mold and the second cavity mold are integrated in a state where the first cavity mold is inserted into the insertion hole, and a cooling flow path to which a cooling medium is configured to be supplied is formed between the first cavity mold and the second cavity mold; characterized by a plurality of annular outer flange portions protruding outward are provided, at a predetermined interval, on an outer peripheral surface of the first cavity mold, and by a plurality of annular inner flange portions protruding inward are provided, at a predetermined interval, on an inner peripheral surface of the second cavity mold, wherein the first cavity mold and the second cavity mold are integrated in a state where the inner flange portions and the outer flange portions are in contact with each other, and wherein a plurality of annular flow paths, which are partitioned by the outer flange portions and the inner flange portions and form the cooling flow path, are formed between the first cavity mold and the second cavity mold. an injection cavity mold configured to form an outer surface of a body part of the preform and an outer surface of a bottom part of the preform, wherein the injection cavity mold includes a first cavity mold in which a cavity that is a space configured to be filled with a resin material is formed, and a cylindrical second cavity mold having an insertion hole at a center thereof, and wherein the first cavity mold and the second cavity mold are integrated in a state where the first cavity mold is inserted into the insertion hole, and a cooling flow path to which a cooling medium is configured to be supplied is formed between the first cavity mold and the second cavity mold; a plurality of annular outer flange portions protruding outward are provided, at a predetermined interval, on an outer peripheral surface of the first cavity mold, and by a plurality of annular inner flange portions protruding inward are provided, at a predetermined interval, on an inner peripheral surface of the second cavity mold, wherein the first cavity mold and the second cavity mold are integrated in a state where the inner flange portions and the outer flange portions are in contact with each other, and wherein a plurality of annular flow paths, which are partitioned by the outer flange portions and the inner flange portions and form the cooling flow path, are formed between the first cavity mold and the second cavity mold.
A medical device comprising: an elongated body; a member distal the elongated body, the member having a configuration; a control handle proximal the elongated body, the control handle having a longitudinal axis; a control assembly comprising a rotational cam, a shaft, and a pulley, the rotational cam being in a circumferential relationship with a portion of the control handle and adapted for rotation about the longitudinal axis, the rotational cam having an inner surface with two opposing helical tracks, the portion of the control handle having two opposing linear guide slots extending in parallel with the longitudinal axis, the shaft extending along a diameter of the portion of the control handle generally perpendicular to the longitudinal axis, the shaft having two opposing ends, each of which extends through a respective guide slot and is received in a respective helical track, the pulley being mounted on the shaft; and a puller member wrapped about the pulley, wherein rotation of the rotational cam about the longitudinal axis by a user actuates movement of the shaft relative to the control handle along the longitudinal axis, thereby acting on the puller member via the pulley to change the configuration of the member. an elongated body; a member distal the elongated body, the member having a configuration; a control handle proximal the elongated body, the control handle having a longitudinal axis; a control assembly comprising a rotational cam, a shaft, and a pulley, the rotational cam being in a circumferential relationship with a portion of the control handle and adapted for rotation about the longitudinal axis, the rotational cam having an inner surface with two opposing helical tracks, the portion of the control handle having two opposing linear guide slots extending in parallel with the longitudinal axis, the shaft extending along a diameter of the portion of the control handle generally perpendicular to the longitudinal axis, the shaft having two opposing ends, each of which extends through a respective guide slot and is received in a respective helical track, the pulley being mounted on the shaft; and a puller member wrapped about the pulley, wherein rotation of the rotational cam about the longitudinal axis by a user actuates movement of the shaft relative to the control handle along the longitudinal axis, thereby acting on the puller member via the pulley to change the configuration of the member.