mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a precoding matrix indicator, PMI, comprising: selecting, by a receive end, a precoding matrix W from a codebook based on a reference signal from a transmit end, wherein the precoding matrix W is a product of a matrix W 1 and a matrix W2, wherein the W 1 comprises N B block matrices X i, N B >1, and the W 1 is indicated as W 1= diag { X 1,..., X N B}, wherein 1≤ i ≤ N B, a column x ij of each block matrix X i is a kronecker product of a first vector A ij in a first codebook A i and a second vector B ij in a second codebook B i, x ij = A ij ⊗ B ij, a quantity N 2 of second vectors in the second codebook B i is less than or equal to a quantity N 1 of first vectors in the first codebook A i, and wherein the first codebook A i corresponds to a horizontal direction of a two-dimensional planar array antenna, and the second codebook B i corresponds to a vertical direction of the two-dimensional planar array antenna; and sending, by the receive end, the PMI corresponding to the precoding matrix W to the transmit end. selecting, by a receive end, a precoding matrix W from a codebook based on a reference signal from a transmit end, wherein the precoding matrix W is a product of a matrix W 1 and a matrix W2, wherein the W 1 comprises N B block matrices X i, N B >1, and the W 1 is indicated as W 1= diag { X 1,..., X N B}, wherein 1≤ i ≤ N B, a column x ij of each block matrix X i is a kronecker product of a first vector A ij in a first codebook A i and a second vector B ij in a second codebook B i, x ij = A ij ⊗ B ij, a quantity N 2 of second vectors in the second codebook B i is less than or equal to a quantity N 1 of first vectors in the first codebook A i, and wherein the first codebook A i corresponds to a horizontal direction of a two-dimensional planar array antenna, and the second codebook B i corresponds to a vertical direction of the two-dimensional planar array antenna; and sending, by the receive end, the PMI corresponding to the precoding matrix W to the transmit end.
Apparatus for recognition of food to be cooked, wherein the apparatus comprises the following: - a first light source (130.1), which is configured to emit light of a first colour onto the food to be cooked; - a second light source (130.2), which is configured to emit light of a second colour onto the food to be cooked; - a light sensor, which is configured to scan images of the food to be cooked in the light of the first and of the second colour; - a control apparatus, which is configured to: ∘ provide a first image of the food to be cooked, with the first light source (130.1) being activated and the second light source (130.2) being deactivated; ∘ provide a second image of the food to be cooked, with the first light source (130.1) being deactivated and the second light source (130.2) being activated - a processing apparatus, which is configured to recognise the food to be cooked based on the first and the second image; characterised in that one of the light sources comprises a laser. - a first light source (130.1), which is configured to emit light of a first colour onto the food to be cooked; - a second light source (130.2), which is configured to emit light of a second colour onto the food to be cooked; - a light sensor, which is configured to scan images of the food to be cooked in the light of the first and of the second colour; - a control apparatus, which is configured to: ∘ provide a first image of the food to be cooked, with the first light source (130.1) being activated and the second light source (130.2) being deactivated; ∘ provide a second image of the food to be cooked, with the first light source (130.1) being deactivated and the second light source (130.2) being activated ∘ provide a first image of the food to be cooked, with the first light source (130.1) being activated and the second light source (130.2) being deactivated; ∘ provide a second image of the food to be cooked, with the first light source (130.1) being deactivated and the second light source (130.2) being activated - a processing apparatus, which is configured to recognise the food to be cooked based on the first and the second image; characterised in that one of the light sources comprises a laser.
In a computer system that implements a speech decoder, a method comprising: receiving encoded data as part of a bitstream; decoding the encoded data to reconstruct speech, including: decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output. receiving encoded data as part of a bitstream; decoding the encoded data to reconstruct speech, including: decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output. decoding residual values, including: decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and decoding a set of phase values, including reconstructing at least some of the set of phase values using a linear component and a weighted sum of basis functions; and reconstructing the residual values based at least in part on the set of phase values; and filtering the residual values according to linear prediction coefficients; and storing the reconstructed speech for output.
Motor vehicle bench seat comprising a seat cover covering seat padding arranged on an automobile bench seat structure on which the seat cover is held, characterized in that the cover comprises a keeper loop stitched to the cover, said loop being designed to hold a seat belt tongue inside said keeper loop with a view to reducing friction between said tongue and the interior vehicle environment.
A method for managing load balance in a cellular heterogeneous network comprising one or more macro cells and a plurality of small cells, wherein the method comprises the steps of: providing a plurality of spectrum carriers for conveying communication traffic to and from at least one of the one or more macro cells, and wherein: at least one of the spectrum carriers is a shared carrier, being adapted to enable conveying communication traffic to and from the at least one macro cell and at least one small cell of the plurality of small cells, said at least one small cell is located at the geographical vicinity of the at least one macro cell, and wherein said shared carrier is further characterized in that data is the only type of communication traffic being conveyed thereat when the cellular heterogeneous network is under congestion; at least one other of the spectrum carriers is a dedicated carrier, being adapted to convey voice calls thereat; and wherein user terminals are steered away from the one of the at least one dedicated carriers to the shared carrier, wherein if a data session is initiated for a user terminal of the user terminals associated with the shared carrier, that session is conveyed towards the cellular heterogeneous network via one or more of the at least one small cell. providing a plurality of spectrum carriers for conveying communication traffic to and from at least one of the one or more macro cells, and wherein: at least one of the spectrum carriers is a shared carrier, being adapted to enable conveying communication traffic to and from the at least one macro cell and at least one small cell of the plurality of small cells, said at least one small cell is located at the geographical vicinity of the at least one macro cell, and wherein said shared carrier is further characterized in that data is the only type of communication traffic being conveyed thereat when the cellular heterogeneous network is under congestion; at least one other of the spectrum carriers is a dedicated carrier, being adapted to convey voice calls thereat; and wherein user terminals are steered away from the one of the at least one dedicated carriers to the shared carrier, wherein at least one of the spectrum carriers is a shared carrier, being adapted to enable conveying communication traffic to and from the at least one macro cell and at least one small cell of the plurality of small cells, said at least one small cell is located at the geographical vicinity of the at least one macro cell, and wherein said shared carrier is further characterized in that data is the only type of communication traffic being conveyed thereat when the cellular heterogeneous network is under congestion; at least one other of the spectrum carriers is a dedicated carrier, being adapted to convey voice calls thereat; and wherein user terminals are steered away from the one of the at least one dedicated carriers to the shared carrier, wherein if a data session is initiated for a user terminal of the user terminals associated with the shared carrier, that session is conveyed towards the cellular heterogeneous network via one or more of the at least one small cell.
A lock comprising a first member shaped to form an irreversible lock with a correspondingly shaped second member, by relative sliding movement of the two members, one of the first and second members (101, 102) comprising a male member and the other of the first and second members comprising a female member, wherein: the male and female members each comprise a serrate part (1021, 108), which projects in a direction normal to a plane of the female member; the male and female members further each comprise an interlocking part (105, 110); the surface from which the serrate part of the female member projects forms a base of the female member and a top is provided which is spaced from the base in a direction normal to the plane of the female member; the top and base are joined by one or more side walls that extend between the base and top substantially normal to the top and base; and the serrate parts (1021, 108) of the male and female members and the interlocking parts (105, 110) of the male and female members are respectively positioned to engage one another to prevent withdrawal of the male member from the female member, wherein the interlocking part of the female member projects in the plane of the base and the serrate part of the female member comprises a ramp, which is arranged such that engagement of the ramp by the serrate part of the male member, during insertion of the male member into the female member, causes the male member to be spaced from the base of the female member from which the serrate part of the female member projects, the spacing permitting a portion of the male member to pass over the interlocking part of the female member, thereby permitting an interlocking engagement of the interlocking parts (105, 110). the male and female members each comprise a serrate part (1021, 108), which projects in a direction normal to a plane of the female member; the male and female members further each comprise an interlocking part (105, 110); the surface from which the serrate part of the female member projects forms a base of the female member and a top is provided which is spaced from the base in a direction normal to the plane of the female member; the top and base are joined by one or more side walls that extend between the base and top substantially normal to the top and base; and the serrate parts (1021, 108) of the male and female members and the interlocking parts (105, 110) of the male and female members are respectively positioned to engage one another to prevent withdrawal of the male member from the female member, wherein the interlocking part of the female member projects in the plane of the base and the serrate part of the female member comprises a ramp, which is arranged such that engagement of the ramp by the serrate part of the male member, during insertion of the male member into the female member, causes the male member to be spaced from the base of the female member from which the serrate part of the female member projects, the spacing permitting a portion of the male member to pass over the interlocking part of the female member, thereby permitting an interlocking engagement of the interlocking parts (105, 110).
A floor covering comprising modular carpet tiles (41-44, 61-64) each having an underside on a floor surface without being attached to the floor surface, the tiles being connected together by modular carpet tile connectors, each comprising; a) a film; b) a layer of adhesive located on a side of the film; wherein: i) said connectors extend along only a portion of adjacent tile edges; ii) said connectors capable, in use, of forming a bond when contacting the undersides of adjacent tiles, the adhesive having sufficient shear strength so as to prevent relative movement between the adjacent installed tiles, and iii) said film is made of a material that is capable of being stretched 120-200% of its machine direction dimension and 150-170% of its cross-machine direction dimension before breaking and has a tensile strength between 160 and 270 MPa in the machine direction and between 165 and 210 MPa in the cross machine direction.. a) a film; b) a layer of adhesive located on a side of the film; i) said connectors extend along only a portion of adjacent tile edges; ii) said connectors capable, in use, of forming a bond when contacting the undersides of adjacent tiles, the adhesive having sufficient shear strength so as to prevent relative movement between the adjacent installed tiles, and iii) said film is made of a material that is capable of being stretched 120-200% of its machine direction dimension and 150-170% of its cross-machine direction dimension before breaking and has a tensile strength between 160 and 270 MPa in the machine direction and between 165 and 210 MPa in the cross machine direction..
A birefringence measurement device comprising: light flux generating means (2, 2') for generating light flux; light flux irradiating means (3,4,5) for changing a polarization state of the light flux to a circular polarization state and irradiating a measurement target with the light flux in the circular polarization state; an imaging optical system for forming an image from light flux transmitted through the measurement target; a polarization diffraction grating disposed in a position within the imaging optical system; image pickup means for generating a light-dark signal related to brightness of the image formed by the imaging optical system; and output means for outputting information regarding a phase difference between extraordinary and ordinary components of the light flux transmitted through the measurement target relative to the circular polarization state, the phase difference resulting from the transmission through the measurement target and being determined on the basis of the brightness of the light-dark signal, wherein, the image pickup means is configured to generate the light-dark signal for an image based on only one of the beams of +1- or -1-order diffracted light produced by the polarization diffraction grating. light flux generating means (2, 2') for generating light flux; light flux irradiating means (3,4,5) for changing a polarization state of the light flux to a circular polarization state and irradiating a measurement target with the light flux in the circular polarization state; an imaging optical system for forming an image from light flux transmitted through the measurement target; a polarization diffraction grating disposed in a position within the imaging optical system; image pickup means for generating a light-dark signal related to brightness of the image formed by the imaging optical system; and output means for outputting information regarding a phase difference between extraordinary and ordinary components of the light flux transmitted through the measurement target relative to the circular polarization state, the phase difference resulting from the transmission through the measurement target and being determined on the basis of the brightness of the light-dark signal, wherein, the image pickup means is configured to generate the light-dark signal for an image based on only one of the beams of +1- or -1-order diffracted light produced by the polarization diffraction grating.
Support component as part of a trailer or load carrier for detachable coupling to a towing vehicle, wherein the support component has longitudinal end regions (41, 42) at a distance from each other with respect to a longitudinal axis and is configured for the force transmission in operation of a load force between the longitudinal end regions (41, 42), wherein the load force comprises a longitudinal force component oriented along the longitudinal axis, wherein the support component has a deformation section between its longitudinal end regions (41, 42) and at least one force measurement device with at least one sensor for recording a force acting on the support component when it is operating, and wherein the at least one force measurement device for recording the longitudinal force component is configured by the deformation of the deformation section, wherein a recess is arranged at a mounting point of the at least one sensor of the force measurement device, mounting point provided in particular on the deformation section and/or wherein at least one indicator element protruding ahead of a basic body of the deformation section is arranged at a mounting point of the at least one sensor of the force measurement device, the free end region of the indicator element changing its position on deformation of the deformation section due to the longitudinal force component, characterised in that the deformation section can be deformed by the longitudinal force component across the longitudinal axis.
A heating circuit assembly comprising: an electrically conductive element arranged in a pattern and including a first track and an adjacent second track laterally spaced from the first track by a first gap; and an electrically non-conductive substrate secured to the element and having a topology that generally aligns with the pattern; characterised in that the substrate includes a first portion and a second portion separated from the first portion by a second gap, the first portion supporting the first track, and the second portion supporting the second track. an electrically conductive element arranged in a pattern and including a first track and an adjacent second track laterally spaced from the first track by a first gap; and an electrically non-conductive substrate secured to the element and having a topology that generally aligns with the pattern; characterised in that the substrate includes a first portion and a second portion separated from the first portion by a second gap, the first portion supporting the first track, and the second portion supporting the second track.
A method of conditionally controlling the survivability of a recombinant Gram-negative bacterial cell population, the method comprising: (i) providing in the cells of said population a gene coding for a cytotoxin polypeptide of a protein killer system consisting of said cytotoxin polypeptide and a corresponding antitoxin polypeptide; said gene is expressible in the cells of the population and operably linked to the gene, a regulatable regulatory DNA sequence, and (ii) cultivating the cell population under conditions where the gene coding for the cytotoxin polypeptide is expressed, the expression leading to an at least partial killing of the cell population, - wherein the gene coding for the cytotoxin polypeptide is present on the chromosome of the cells. - wherein said microbial cell comprises a gene coding for an antitoxin polypeptide that, by binding to the cytotoxin polypeptide, inhibits its toxic effect - wherein said genes coding respectively for said cytotoxin polypeptide and said antitoxin polypeptide are present on different replicons in the microbial cells and - wherein said cytotoxin polypeptide is the plasmid F CcdB polypeptide and wherein the antitoxin polypeptide is the plasmid F CcdA polypeptide. (i) providing in the cells of said population a gene coding for a cytotoxin polypeptide of a protein killer system consisting of said cytotoxin polypeptide and a corresponding antitoxin polypeptide; said gene is expressible in the cells of the population and operably linked to the gene, a regulatable regulatory DNA sequence, and (ii) cultivating the cell population under conditions where the gene coding for the cytotoxin polypeptide is expressed, the expression leading to an at least partial killing of the cell population, - wherein the gene coding for the cytotoxin polypeptide is present on the chromosome of the cells. - wherein said microbial cell comprises a gene coding for an antitoxin polypeptide that, by binding to the cytotoxin polypeptide, inhibits its toxic effect - wherein said genes coding respectively for said cytotoxin polypeptide and said antitoxin polypeptide are present on different replicons in the microbial cells and - wherein said cytotoxin polypeptide is the plasmid F CcdB polypeptide and wherein the antitoxin polypeptide is the plasmid F CcdA polypeptide. - wherein the gene coding for the cytotoxin polypeptide is present on the chromosome of the cells. - wherein said microbial cell comprises a gene coding for an antitoxin polypeptide that, by binding to the cytotoxin polypeptide, inhibits its toxic effect - wherein said genes coding respectively for said cytotoxin polypeptide and said antitoxin polypeptide are present on different replicons in the microbial cells and - wherein said cytotoxin polypeptide is the plasmid F CcdB polypeptide and wherein the antitoxin polypeptide is the plasmid F CcdA polypeptide.
A catheter assembly comprising: a catheter adapter having a distal end and a proximal end and an inner lumen (16, 124) extending between the distal end and the proximal end; a septum disposed within the inner lumen (16, 124) of the catheter adapter; a septum activator disposed within the inner lumen (16, 124) proximal the septum; and a button extending outwardly from and coupled to a sidewall of the catheter adapter, characterized in that the button is coupled to the septum activator and configured to move the septum activator distally through the septum when the button is pressed. a catheter adapter having a distal end and a proximal end and an inner lumen (16, 124) extending between the distal end and the proximal end; a septum disposed within the inner lumen (16, 124) of the catheter adapter; a septum activator disposed within the inner lumen (16, 124) proximal the septum; and a button extending outwardly from and coupled to a sidewall of the catheter adapter, characterized in that the button is coupled to the septum activator and configured to move the septum activator distally through the septum when the button is pressed.
An agent for use in suppressing neural invasion by a pancreatic cancer cell, which comprises as an active ingredient an anti-IL-6 receptor antibody that blocks the binding between IL-6 and an IL-6 receptor.