mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a feedback message, performed by a mobile station, MS, the method comprising: receiving an allocation message comprising a feedback type field and a Channel Quality Indicator Channel, CQICH, type field from a base station, BS, wherein the feedback type field indicates a feedback information type to be included in a feedback message, and the CQICH type field indicates a fast feedback channel type to be used for the feedback message; and transmitting the feedback message through a primary fast feedback channel and a secondary fast feedback channel to the BS based on the allocation message, characterized in that: if the CQICH type field indicates both the primary fast feedback channel and the secondary fast feedback channel for transmitting the feedback message, the primary fast feedback channel is assigned for a precoding matrix index in a codebook and the secondary fast feedback channel is assigned for carrier-to-interference-and-noise ratio, CINR. receiving an allocation message comprising a feedback type field and a Channel Quality Indicator Channel, CQICH, type field from a base station, BS, wherein the feedback type field indicates a feedback information type to be included in a feedback message, and the CQICH type field indicates a fast feedback channel type to be used for the feedback message; and transmitting the feedback message through a primary fast feedback channel and a secondary fast feedback channel to the BS based on the allocation message, characterized in that: if the CQICH type field indicates both the primary fast feedback channel and the secondary fast feedback channel for transmitting the feedback message, the primary fast feedback channel is assigned for a precoding matrix index in a codebook and the secondary fast feedback channel is assigned for carrier-to-interference-and-noise ratio, CINR.
An apparatus for cutting heavy cut materials, in particular trees, comprising a base part and a rocker which is pivotable relative to the base part from an open position into a closed position and which is formed in a crescent-shaped manner and carries a cutting plate, wherein the rocker is spaced in its open position from an abutment of the base part, and delimits a receiving space for severed cut material in its closed position with the abutment of the base part, which receiving space is traversed by the cutting plate, wherein the abutment projects crescent-shaped from the base part and has a counter-cutting plate crossing the receiving space, characterized in that an abutment element is arranged on the concave extending side face of the crescent-shaped abutment, which comprises an abutment plate traversing the receiving space, which abutment plate comprises an abutment edge which is formed in a toothed manner and traverses the receiving space and which extends parallel to the cutting edge of the counter-cutting plate, wherein the counter-cutting plate of the abutment and the cutting plate of the rocker overlap in their closed position.
A method for providing a pretreated filler composition for use in paper and board manufacturing characterised by the steps of: a) providing a filler comprising precipitated calcium carbonate, said filler being in the form of a slurry comprising no additives; b) providing at least one polymer selected from polyvinylamine or polyacrylic amide, said polymer having a charge density of an absolute value of at most 4 meq/g determined at pH 7; c) combining said at least one polymer of step b) with the filler of step a); d) providing a slurry of nanofibrillar cellulose; e) combining said nanofibrillar cellulose slurry with the formed combination of step c) and forming a pretreated filler composition comprising aggregates. a) providing a filler comprising precipitated calcium carbonate, said filler being in the form of a slurry comprising no additives; b) providing at least one polymer selected from polyvinylamine or polyacrylic amide, said polymer having a charge density of an absolute value of at most 4 meq/g determined at pH 7; c) combining said at least one polymer of step b) with the filler of step a); d) providing a slurry of nanofibrillar cellulose; e) combining said nanofibrillar cellulose slurry with the formed combination of step c) and forming a pretreated filler composition comprising aggregates.
A tree trimming apparatus, comprising: a mobile carriage comprising a frame; wheel arms secured to said frame, wherein at least some of the wheel arms are selectively movable between a first closed position and a second open position; driving mechanisms coupled to respective said wheel arms for motivating said mobile carriage; a pedestal supported by said frame, said pedestal being pivotable about first and second substantially horizontal axis (130,132); a first pivot mechanism for selectively pivoting said pedestal about said first substantially horizontal axis, and a second pivot mechanism for selectively pivoting said pedestal about said second substantially horizontal axis; a boom support secured to said pedestal; a boom having a proximal end and a distal end, said proximal end being secured to said boom support; and a cutting apparatus secured to said distal end of said boom, characterised in that, said first and second axes (130,132) are located below a substantially horizontal plane containing an upper surface of said frame. a mobile carriage comprising a frame; wheel arms secured to said frame, wherein at least some of the wheel arms are selectively movable between a first closed position and a second open position; driving mechanisms coupled to respective said wheel arms for motivating said mobile carriage; a pedestal supported by said frame, said pedestal being pivotable about first and second substantially horizontal axis (130,132); a first pivot mechanism for selectively pivoting said pedestal about said first substantially horizontal axis, and a second pivot mechanism for selectively pivoting said pedestal about said second substantially horizontal axis; a boom support secured to said pedestal; a boom having a proximal end and a distal end, said proximal end being secured to said boom support; and a cutting apparatus secured to said distal end of said boom, characterised in that,
A turbomachine seal assembly comprising: a ring seal that has a radially-facing sealing surface, an axially-facing sealing surface, and a first tapered surface; a spacer that has a second tapered surface, wherein the second tapered surface interfaces with the first tapered surface to bias the radially-facing sealing surface and the axially-facing sealing surface toward a sealing position; and a rotor assembly, the ring seal and the spacer in use rotating together with the rotor assembly; the ring seal and the spacer being at least partially received within a groove on the rotor assembly; and the spacer being held in the sealing position by a pressurised fluid; characterised in that: the spacer includes a plurality of slots, the slots being radially extending slots established in an axially-facing surface of the spacer, the axially-facing surface of the spacer and the axially-facing sealing surface facing in opposite directions. a ring seal that has a radially-facing sealing surface, an axially-facing sealing surface, and a first tapered surface; a spacer that has a second tapered surface, wherein the second tapered surface interfaces with the first tapered surface to bias the radially-facing sealing surface and the axially-facing sealing surface toward a sealing position; and a rotor assembly, the ring seal and the spacer in use rotating together with the rotor assembly; the ring seal and the spacer being at least partially received within a groove on the rotor assembly; and the spacer being held in the sealing position by a pressurised fluid; the spacer includes a plurality of slots, the slots being radially extending slots established in an axially-facing surface of the spacer, the axially-facing surface of the spacer and the axially-facing sealing surface facing in opposite directions.
Leather-like fabric in the form of a fibrous structure comprising ultrafine fibers having an average monofilament fineness of 0.0001 dtex or more and 0.5 dtex or less, at least one surface of the fibrous structure being napped, characterised by the napped surface having resin layers located discontinuously, and each of the resin layers containing two or more layers.
A button type lip gloss tube, comprising a liquid storage tube and a lip gloss brush mounted on the liquid storage tube, the lip gloss brush comprises a cap, a rod core movably mounted in the cap, and a spring pressed between the cap and the rod core; a button ring is mounted in the cap in a limited manner, the button ring comprises a button and an elastic ring, and the elastic ring confines the liquid storage tube, which is inserted into the cap, between the rod core and the elastic ring; characterized in that: a limiting groove is formed on the side of the elastic ring relative to the button, a lining is mounted in the cap, and a stop block in limiting engagement with the limiting groove extends vertically upward at one end of the lining; and when the button is pressed, the elastic ring is deformed under pressure, and the liquid storage tube is disengaged from the cap by the elastic force of the spring.
An isolated mature aspartyl (asparaginyl)-β-hydroxylase -loaded dendritic cell for use in a method of treating an AAH-expressing tumour by reducing growth of said tumor in a subject, wherein growth of said AAH-expressing tumor is reduced after administration of said dendritic cell, wherein said dendritic cell is primed with a combination of cytokines including GM-CSF and IFN-γ ex vivo, prior to administrating to said subject.
A method for storing electrical or mechanical energy and separating condensable vapors from light gases or liquids, comprising: (i) liquefying at least one gaseous refrigerant using electricity or mechanical energy during off-peak demand; (ii) storing the liquefied refrigerant in liquefied refrigerant storage vessel for later use as a refrigerant; (iii) using the liquefied refrigerant as a refrigerant in a traditional heat exchanger or desublimating heat exchanger during peak demand of energy to cool a mixed process stream comprising at least one condensable vapor and at least one light gas, thereby causing the condensable vapor to condense or desublimate to form a liquid or solid stream; and (iv) separating the liquid or solid stream from the light gas. (i) liquefying at least one gaseous refrigerant using electricity or mechanical energy during off-peak demand; (ii) storing the liquefied refrigerant in liquefied refrigerant storage vessel for later use as a refrigerant; (iii) using the liquefied refrigerant as a refrigerant in a traditional heat exchanger or desublimating heat exchanger during peak demand of energy to cool a mixed process stream comprising at least one condensable vapor and at least one light gas, thereby causing the condensable vapor to condense or desublimate to form a liquid or solid stream; and (iv) separating the liquid or solid stream from the light gas.
Method (2000; 2100; 2200) for reducing interference caused by a private mobile radio-communication network infrastructure implemented in a transportable device, comprising: - for at least one mobile terminal connected to a base station of the infrastructure, obtaining (2004, 2008; 2106; 2208), by the base station, at least one feature of at least one radio-communication signal which occupies a predefined frequency band, and used by the base station and the mobile terminal in order to communicate with each other and received by the mobile terminal or by the base station; - searching (2012; 2108; 2210), by the base station, using the feature(s), for a disturbance in said frequency band; and - if a disturbance is detected in said frequency band, decreasing (2014; 2110; 2212), by the base station, a transmission power of the base station at least in said frequency band. - for at least one mobile terminal connected to a base station of the infrastructure, obtaining (2004, 2008; 2106; 2208), by the base station, at least one feature of at least one radio-communication signal which occupies a predefined frequency band, and used by the base station and the mobile terminal in order to communicate with each other and received by the mobile terminal or by the base station; - searching (2012; 2108; 2210), by the base station, using the feature(s), for a disturbance in said frequency band; and - if a disturbance is detected in said frequency band, decreasing (2014; 2110; 2212), by the base station, a transmission power of the base station at least in said frequency band.
A system for performing ablation, comprising: an ablation device configured to ablate tissue in accordance with control parameters and configured to make measurements during the ablation process; and an imaging system configured to measure an elastographic related parameter to monitor ablation progress; said system comprises: a parameter estimation and monitoring module configured to receive the measurements from the ablation device and/or the elastographic related parameter to provide feedback characterized in that the parameter estimation and monitoring module is configured to adaptively adjust imaging parameters of the imaging device in real-time at different times during an ablation process. an ablation device configured to ablate tissue in accordance with control parameters and configured to make measurements during the ablation process; and an imaging system configured to measure an elastographic related parameter to monitor ablation progress; said system comprises: a parameter estimation and monitoring module configured to receive the measurements from the ablation device and/or the elastographic related parameter to provide feedback characterized in that the parameter estimation and monitoring module is configured to adaptively adjust imaging parameters of the imaging device in real-time at different times during an ablation process.
A method for synthesizing a transition metal hexacyanoferrate battery material, the method comprising: preparing a first solution of Mn 2+; preparing a second solution of an A salt of Fe 6 4-; mixing the first and second solutions; in response to mixing the first and second solutions, precipitating A x Mn[Fe 6] y ·zH 2 O; where A cations are selected from a group consisting of alkali cations; where x is in a range of 1 to 2; where y is in a range of 0.5 to 1; where z is in a range of 0 to 3.5; drying the precipitated A x Mn[Fe 6] y ·zH 2 O in a vacuum oven with a pressure of less than 0.1 torr wherein the A x Mn[Fe 6] y ·zH 2 O is formed in a rhombohedral crystal structure, with Mn 2+/3+ and Fe 2+/3+ having the same reduction/oxidation potential; wherein precipitating A x Mn[Fe 6] y ·zH 2 O includes forming the A x Mn[Fe 6] y ·zH 2 O in a cubic structure; and wherein the drying of the precipitated A x Mn[Fe 6] y ·zH 2 O in the vacuum oven with a pressure of less than 0.1 torr transforms a crystal structure of the A x Mn[Fe 6] y ·zH 2 O from the cubic structure to the rhombohedral structure by the water removal. preparing a first solution of Mn 2+; preparing a second solution of an A salt of Fe 6 4-; mixing the first and second solutions; in response to mixing the first and second solutions, precipitating A x Mn[Fe 6] y ·zH 2 O; where A cations are selected from a group consisting of alkali cations; where x is in a range of 1 to 2; where y is in a range of 0.5 to 1; where z is in a range of 0 to 3.5; where A cations are selected from a group consisting of alkali cations; where x is in a range of 1 to 2; where y is in a range of 0.5 to 1; where z is in a range of 0 to 3.5; drying the precipitated A x Mn[Fe 6] y ·zH 2 O in a vacuum oven with a pressure of less than 0.1 torr wherein the A x Mn[Fe 6] y ·zH 2 O is formed in a rhombohedral crystal structure, with Mn 2+/3+ and Fe 2+/3+ having the same reduction/oxidation potential; wherein precipitating A x Mn[Fe 6] y ·zH 2 O includes forming the A x Mn[Fe 6] y ·zH 2 O in a cubic structure; and wherein the drying of the precipitated A x Mn[Fe 6] y ·zH 2 O in the vacuum oven with a pressure of less than 0.1 torr transforms a crystal structure of the A x Mn[Fe 6] y ·zH 2 O from the cubic structure to the rhombohedral structure by the water removal.
A method for fluxing or degassing a molten metal residing as a bath in a furnace, said bath of molten metal having a bath surface height, the method comprises providing a refractory body, which forms an elongated generally cylindrical tube to elevate at least a portion of the molten metal above said bath surface height, whereby at a top of the tube a volute shaped chamber is provided to direct the molten metal vortex created by rotation to a impeller outwardly into a trough and introducing at least one of a fluxing agent and an inert gas to the elevated portion of the molten metal in the region of the volute shaped chamber and/or the trough.
A depilatory composition comprising: • a depilatory active • an alkali metal hydroxide selected from sodium hydroxide and/or potassium hydroxide • an aminoalkylpropanol and having a pH at 20°C in the range of from 10 to 12.5. • a depilatory active • an alkali metal hydroxide selected from sodium hydroxide and/or potassium hydroxide • an aminoalkylpropanol
Layer construction composed of at least one elastomeric material (82, 86, 102, 104) having fibres embedded therein, for example for production of an air spring bellows of an air spring, having at least two fabric plies (62, 64) and two top layers (60, 66) where the first fabric ply is joined to the second fabric ply and to the inside of the first top layer and where the second fabric ply is joined to the inside of the second top layer, wherein the first fabric ply is formed with a first carrier fabric embedded in an elastomeric material and the second fabric ply is formed with a second carrier fabric embedded in the same elastomeric material or in another elastomeric material, wherein the second top layer comprises a sealing ply and an adhesion promoter ply, wherein the sealing ply is formed from a very largely diffusion-tight elastomeric material and the adhesion promoter ply is formed from a highly adhesive elastomeric material which is strongly adherent to the second fabric ply, characterized in that a textile joining ply for reciprocal mechanical interlocking of the sealing ply and the adhesion promoter ply is arranged between the sealing ply and the adhesion promoter ply.
Refrigerating device, in particular a refrigerator and/or freezer, having a refrigerating chamber and at least one drawer-type container disposed in a movable manner therein and a handle strip disposed thereon, which handle strip is connected with a positive fit to the container in the form of a groove and spring connection, wherein the handle strip has a groove that is open at the bottom, which groove is shaped so that the upper edge of the front wall of the container can be held in the groove and the groove has a widening at its base, characterised in that part of the upper edges of both side parts of the container can be held in the groove and the upper edge of the front wall and/or the regions of the upper edges of the side parts that can be held in the groove have a thickened head.
A method of detecting a target nucleic acid having a difference in a base sequence in a detection target site in the target nucleic acid in a test sample, wherein the target nucleic acid comprises at least one difference in the base sequence from a detection non-target nucleic acid, comprising a step of selectively amplifying a region containing at least a part of the detection target site of the detection target nucleic acid in the test sample by a nucleic acid amplification method using a clamp nucleic acid having a base sequence complementary to the base sequence of the detection target site in the detection non-target nucleic acid, and a step of detecting the amplified nucleic acid, wherein the clamp nucleic acid is an oligonucleotide analog containing one or more of a unit structure of nucleoside analogs represented by the following formula: wherein Base is a pyrimidine or purine nucleic acid base optionally having one or more substituents, R 1 is a hydrogen atom, an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group, an aralkyl group, an acyl group, a sulfonyl group, a silyl group, or a functional molecule unit substituent, m is an integer of 0 - 2, and n1 is an integer of 1 - 3, provided a binding form between respective nucleoside analogs in the oligonucleotide analogs optionally contains one or more phosphorothioate bonds in addition to a phosphodiester bond and, when two or more of the aforementioned unit structures are contained, Base may be the same or different between the structures, or a salt thereof. Base is a pyrimidine or purine nucleic acid base optionally having one or more substituents, R 1 is a hydrogen atom, an alkyl group, an alkenyl group, a cycloalkyl group, an aryl group, an aralkyl group, an acyl group, a sulfonyl group, a silyl group, or a functional molecule unit substituent, m is an integer of 0 - 2, and n1 is an integer of 1 - 3,
Bodywork component - with a construction element (12a-g) and - with an opening region (8a-g) having a certain size, characterized in that - the construction element (12a-g) provides, by means of a shaped region (16a-g), the opening region (8a-g) in the bodywork component (10a-g), and - the shaped region (16a-g) consists at least in part of a material having shape-memory properties which, when activated, at least partially closes the opening region (8a-g) by changing shape. - with a construction element (12a-g) and - with an opening region (8a-g) having a certain size, - the construction element (12a-g) provides, by means of a shaped region (16a-g), the opening region (8a-g) in the bodywork component (10a-g), and - the shaped region (16a-g) consists at least in part of a material having shape-memory properties which, when activated, at least partially closes the opening region (8a-g) by changing shape.
Interface (1; 1') for controlling at least one function of a unit of a motor vehicle, comprising: - a control member (2; 20) comprising: - a metal pointer, - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a capacitive touch tile configured to detect the position of the metal pointer, the guide (5; 50) being secured to the capacitive touch tile, the control member (2; 20) further comprising a shroud (8; 80) as one with the end of the movable grip element (4; 40) facing the capacitive touch tile so as to hide at least one finger of the user from the capacitive touch tile, the shroud (8; 80) projecting in a plane parallel to the capacitive touch tile, the metal pointer being arranged facing the capacitive touch tile and borne by the end of the movable grip element (4; 40) and/or by the shroud (8; 80) and the control member (2; 20) comprising external metal parts borne by the movable grip element (4; 40) and electrically connected to the metal pointer. - a control member (2; 20) comprising: - a metal pointer, - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a metal pointer, - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a capacitive touch tile configured to detect the position of the metal pointer, the guide (5; 50) being secured to the capacitive touch tile,
Method for the liquid impervious sealing of small crevices, chinks and/or capillaries in a housing wall which occur due to the assembly of at least two components, characterized in that said components at least in the area of the crevices, chinks and/or capillaries are provided with a hydrophobic coating.