mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reporting channel state information, wherein the method comprises: receiving (S101), a reference signal sent by a base station; selecting (S102), based on the reference signal, a precoding matrix from a codebook, wherein a precoding matrix W comprised in the codebook is a product of three matrices being W 1 , Z, and W 2 , that is, W=W 1 ZW 2 , wherein both W 1 and Z are block diagonal matrices, W 1 = diag {X 1 ,..., X N B }, Z = diag {Z 1 ,..., Z N B }, each of W 1 and Z comprises at least one block matrix, that is, a block matrix quantity is N B ≥1, and each column of each block matrix Z i in the matrix Z has the following structure: z i , k = α i , k 2 + β i , k 2 − 1 2 α i , k e i , k 1 T β i , k e jθ i , k e i , k 2 T T wherein [ ] T represents matrix transposition; e i,k j represents an n i × 1 selection vector, wherein in the vector, the k j th element is 1 and all other elements are 0, j =1 or 2, and n i is a half of a column quantity of a block matrix X i ; θ i,k is a phase shift, α i,k ≥0, and β i,k ≥0; the matrix W 2 is used for weighted combination of column vectors from matrix W 1 Z to form matrix W; and sending (S103), a precoding matrix indicator PMI to the base station, wherein the PMI corresponds to the selected precoding matrix, and is used by the base station to obtain the selected precoding matrix W according to the PMI (S103). receiving (S101), a reference signal sent by a base station; selecting (S102), based on the reference signal, a precoding matrix from a codebook, wherein a precoding matrix W comprised in the codebook is a product of three matrices being W 1 , Z, and W 2 , that is, W=W 1 ZW 2 , wherein both W 1 and Z are block diagonal matrices, W 1 = diag {X 1 ,..., X N B }, Z = diag {Z 1 ,..., Z N B }, each of W 1 and Z comprises at least one block matrix, that is, a block matrix quantity is N B ≥1, and each column of each block matrix Z i in the matrix Z has the following structure: z i , k = α i , k 2 + β i , k 2 − 1 2 α i , k e i , k 1 T β i , k e jθ i , k e i , k 2 T T wherein [ ] T represents matrix transposition; e i,k j represents an n i × 1 selection vector, wherein in the vector, the k j th element is 1 and all other elements are 0, j =1 or 2, and n i is a half of a column quantity of a block matrix X i ; θ i,k is a phase shift, α i,k ≥0, and β i,k ≥0; the matrix W 2 is used for weighted combination of column vectors from matrix W 1 Z to form matrix W; and sending (S103), a precoding matrix indicator PMI to the base station, wherein the PMI corresponds to the selected precoding matrix, and is used by the base station to obtain the selected precoding matrix W according to the PMI (S103).
An apparatus for generating a three-dimensional object, said apparatus comprising: a build area platform ; a build material distributor ; an energy source ; a secondary material ejection device ; a coalescing agent ejection device ; and a controller to control the secondary material ejection device to eject a secondary material in a predefined pattern over the build area platform, to control the build material distributor to distribute a layer of the build material around the ejected secondary material, to control the coalescing agent ejection device to eject the coalescing agent onto the layer of the build material, and to control an energy source to apply energy onto the ejected coalescing agent to cause the build material in contact with the ejected coalescing agent to coalesce and solidify. a build area platform ; a build material distributor ; an energy source ; a secondary material ejection device ; a coalescing agent ejection device ; and a controller to control the secondary material ejection device to eject a secondary material in a predefined pattern over the build area platform, to control the build material distributor to distribute a layer of the build material around the ejected secondary material, to control the coalescing agent ejection device to eject the coalescing agent onto the layer of the build material, and to control an energy source to apply energy onto the ejected coalescing agent to cause the build material in contact with the ejected coalescing agent to coalesce and solidify.
A mobile station (UE) configured to carry out inter-eNB carrier aggregation, CA, comprising: a generation unit configured to generate a signal to be transmitted, the signal comprising a user data signal or a control signal; and a judgment unit configured to change a target radio base station for transmission of the signal based on whether the signal is the user data signal or the control signal, wherein the judgment unit sets target radio base station (eNB#11) for transmission of the user data signal and different target radio base station (eNB#1) for transmission of the control signal, and characterized in that the judgment unit changes a target radio base station for transmission of the control signal on the basis of a type of the control signal generated by the generation unit , wherein the type of the control signal includes a type of radio link control, RLC, control protocol data unit, PDU, or a type of packet data convergence protocol, PDCP, control PDU. a generation unit configured to generate a signal to be transmitted, the signal comprising a user data signal or a control signal; and a judgment unit configured to change a target radio base station for transmission of the signal based on whether the signal is the user data signal or the control signal, wherein the judgment unit sets target radio base station (eNB#11) for transmission of the user data signal and different target radio base station (eNB#1) for transmission of the control signal, and characterized in that the judgment unit changes a target radio base station for transmission of the control signal on the basis of a type of the control signal generated by the generation unit , wherein the type of the control signal includes a type of radio link control, RLC, control protocol data unit, PDU, or a type of packet data convergence protocol, PDCP, control PDU.
A dual-system electronic apparatus , having an open operating system and an encryption operating system and comprising: a first processor , configured to process data of the open operating system correspondingly, wherein the data of the open operating system comprises data of routine applications of the dual-system electronic apparatus set by a user, the open operating system corresponding to a first storage device connected to the first processor ; a second processor , configured to process data of the encryption operating system correspondingly, wherein the second processor is configured to encrypt data of the encryption operating system and the data of the encryption operating system comprises data of encryption applications of the dual-system electronic apparatus set by the user, the encryption operating system corresponding to a second storage device connected to the second processor ; a communication module , coupled to the first processor and the second processor and configured to conduct data interaction with the exterior; a third storage device configured to store shared data of the open operating system and the encryption operating system, wherein the shared data is set by a user and/or set by default; and wherein the dual-system electronic apparatus is configured to either set the open operating system as a running system while the encryption operating system runs in background, or set the encryption operating system as a running system while the open operating system runs in background, when an instruction is received by the dual system electronic apparatus . a first processor , configured to process data of the open operating system correspondingly, wherein the data of the open operating system comprises data of routine applications of the dual-system electronic apparatus set by a user, the open operating system corresponding to a first storage device connected to the first processor ; a second processor , configured to process data of the encryption operating system correspondingly, wherein the second processor is configured to encrypt data of the encryption operating system and the data of the encryption operating system comprises data of encryption applications of the dual-system electronic apparatus set by the user, the encryption operating system corresponding to a second storage device connected to the second processor ; a communication module , coupled to the first processor and the second processor and configured to conduct data interaction with the exterior; a third storage device configured to store shared data of the open operating system and the encryption operating system, wherein the shared data is set by a user and/or set by default; and wherein the dual-system electronic apparatus is configured to either set the open operating system as a running system while the encryption operating system runs in background, or set the encryption operating system as a running system while the open operating system runs in background, when an instruction is received by the dual system electronic apparatus .
An image processing apparatus , comprising: a memory ; and a processor configured to: obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory , identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, wherein the processor is further configured to, based on a difference between brightness of areas of the plurality of images corresponding to the plurality of pixel groups and brightness of the plurality of pixel groups being equal to or greater than a predetermined value, identify an image obtained by blending chromaticity of two top images having a small brightness difference among the plurality of images as an image used for chromaticity correction of the plurality of pixel groups. a memory ; and a processor configured to: obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory , identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, obtain a High Dynamic Range, HDR, image based on a plurality of images having different brightness stored in the memory , identify, for each of a plurality of pixel groups included in the obtained HDR image, an image for correcting chromaticity for the plurality of pixel groups from among the plurality of images, respectively, and correct the chromaticity for each of the plurality of pixel groups included in the obtained HDR image based on the identified image, wherein the processor is further configured to, based on a difference between brightness of areas of the plurality of images corresponding to the plurality of pixel groups and brightness of the plurality of pixel groups being equal to or greater than a predetermined value, identify an image obtained by blending chromaticity of two top images having a small brightness difference among the plurality of images as an image used for chromaticity correction of the plurality of pixel groups.
An impact-attenuation support member for an article of footwear comprising: a first impact-attenuation element configured to absorb a force by longitudinally compressing, the first impact-attenuation element comprising a core support section, a first set of support struts extending from the core support section, and a second set of support struts extending from the core support section in a direction generally opposite to the first set of support struts ; and a second impact-attenuation element comprising a support frame that at least partially encloses a central cavity and that includes a first set of apertures and a second set of apertures, the second impact-attenuation element being configured to dampen the force, attenuate the longitudinally compressing, and impede a lateral skewing of the first impact-attenuation element , wherein the core support section is positioned in the central cavity and is at least partially enclosed by the support frame, wherein the first set of support struts extend from the core support section and through the first set of apertures, and wherein the second set of support struts extend from the core support section and through the second set of apertures, such that the first impact-attenuation element is interlaced with the second impact attenuation element. a first impact-attenuation element configured to absorb a force by longitudinally compressing, the first impact-attenuation element comprising a core support section, a first set of support struts extending from the core support section, and a second set of support struts extending from the core support section in a direction generally opposite to the first set of support struts ; and a second impact-attenuation element comprising a support frame that at least partially encloses a central cavity and that includes a first set of apertures and a second set of apertures, the second impact-attenuation element being configured to dampen the force, attenuate the longitudinally compressing, and impede a lateral skewing of the first impact-attenuation element , wherein the core support section is positioned in the central cavity and is at least partially enclosed by the support frame, wherein the first set of support struts extend from the core support section and through the first set of apertures, and wherein the second set of support struts extend from the core support section and through the second set of apertures, such that the first impact-attenuation element is interlaced with the second impact attenuation element.
Computer assembly with a screen and a base part which can be detachably connected to one another via a pivoting rail , wherein a hinge arrangement and a securing device are provided, and the screen and the base part can be secured in position with respect to one another by means of a setting device , wherein at least one pair of electrical contacts , comprised from a first and a second contact element and at least one plug-type connection comprised of a plug component and of a receptacle opening are provided, and in a state in which the screen is coupled to the base part they perform both an electrical and a mechanical connection, wherein the base part is connected via the hinge arrangement to the pivoting rail which has at least two plug components and at least a first contact element on a longitudinal side directed towards the screen , and wherein the screen has at least two plug components and at least a second contact element on a longitudinal side directed towards the pivoting rail , characterized in that the screen is embodied as a tablet part, wherein the electrical contact pair is embodied as a connector connection with a connector element as a first contact element and a socket element as a second contact element , wherein the plug part and the connector element are provided on the pivoting rail , and the receptacle opening and the socket element are provided on the tablet part , wherein the hinge arrangement has two toothing systems and at least one setting device which is assigned to a toothing system pair and is embodied as a friction hinge arrangement with two friction elements , wherein the toothing system pairs each form two toothing system elements which are arranged symmetrically with respect to a transverse axis and can engage one in the other, wherein in each case a friction hinge arrangement is assigned to at least one toothing system pair , wherein the friction element has in each case a friction cylinder , wherein a pin element. of the first toothing system element of the pivoting rail engages in the friction cylinder of the first friction element , and a pin element of the second toothing system element of the base part engages in the friction cylinder of the second friction element wherein the friction elements are fixedly connected to one another by means of a web element .
Arrangement of modular distribution modules for connecting analogously or digitally switched connection sockets with oher distribution modules or continuing lines or terminal devices, where at least one plate-shaped module carrier , has one or more distribution modules, which are arranged therupon and the module carrier (s) is (are) not designed in a stationary manner, - the module carrier having spring-like elements for earthing contact and - the module carrier having locking mechanisms for the reception of distribution modules . - the module carrier having spring-like elements for earthing contact and - the module carrier having locking mechanisms for the reception of distribution modules .
An air-conditioner comprising: a refrigerant circuit, in which a compressor , an oil separator , a heat source side heat exchanger , a refrigerant - refrigerant heat exchanger , a throttle device , and a use side heat exchanger are connected in order; a bypass circuit that connects between said refrigerant - refrigerant heat exchanger and said throttle device with the suction side of said compressor via said refrigerant - refrigerant heat exchanger ; a super-cooling expansion valve provided at the upstream side of said refrigerant - refrigerant heat exchanger in said bypass circuit ; an oil return circuit that connects said oil separator with said bypass circuit in between said super-cooling expansion valve and said refrigerant - refrigerant heat exchanger ; and a decompression mechanism provided in said oil return circuit, wherein said oil return circuit is installed by piping so as to exchange heat with at least part of said heat source side heat exchanger at the upstream side of said decompression mechanism . a refrigerant circuit, in which a compressor , an oil separator , a heat source side heat exchanger , a refrigerant - refrigerant heat exchanger , a throttle device , and a use side heat exchanger are connected in order; a bypass circuit that connects between said refrigerant - refrigerant heat exchanger and said throttle device with the suction side of said compressor via said refrigerant - refrigerant heat exchanger ; a super-cooling expansion valve provided at the upstream side of said refrigerant - refrigerant heat exchanger in said bypass circuit ; an oil return circuit that connects said oil separator with said bypass circuit in between said super-cooling expansion valve and said refrigerant - refrigerant heat exchanger ; and a decompression mechanism provided in said oil return circuit, wherein said oil return circuit is installed by piping so as to exchange heat with at least part of said heat source side heat exchanger at the upstream side of said decompression mechanism .
A tip which extends axially along a central longitudinal axis (L) and is configured to displace the ground when the tip is rotated about its central longitudinal axis (L) during a ground displacement operation for a foundation pile; the tip comprising: - a tip body ; and - several spiral-shaped ribs protruding from the tip body , wherein the tip further comprises several protrusions arranged on the ribs , characterized in that the protrusions comprise a point which is arranged such that, during rotation of the tip about its central longitudinal axis (L), the point of the protrusion is ahead of the rib to which the protrusion is arranged and protrudes further in the direction of the tip side than the rib ; and wherein the tip body , the ribs and the protrusions are a single-piece cast structure. - a tip body ; and - several spiral-shaped ribs protruding from the tip body , wherein the tip further comprises several protrusions arranged on the ribs , characterized in that the protrusions comprise a point which is arranged such that, during rotation of the tip about its central longitudinal axis (L), the point of the protrusion is ahead of the rib to which the protrusion is arranged and protrudes further in the direction of the tip side than the rib ; and wherein the tip body , the ribs and the protrusions are a single-piece cast structure.
Pyrimidine compounds of general formula I, wherein R 1 is selected from the group comprising NH 2 , formamido, dimethylamino, [(dimethylamino)methylene]amino, OH, SH, C 1 -C 6 alkoxy, C 1 -C 6 alkylthio, C 1 -C 6 alkyl; X 1 and X 2 are selected independently from the group comprising phenyl, pyridyl, furanyl, thiophenyl, pyrrolyl, imidazolyl, benzofuranyl, benzothienyl, naphthyl, wherein the aromatic and heteroaromatic groups can optionally be substituted by one or more substituents selected from halogen, C 1 -C 6 alkoxy and NO 2 ; R 2 is selected from the group comprising C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, NH 2 , phenyl, benzyl, wherein these groups can optionally be substituted by one or more substituents selected from the group comprising halogen, NO 2 , C 1 -C 6 alkoxy; wherein halogen is selected from a group comprising -F, -Cl, -Br, -I; or their pharmaceutically acceptable salts for use as medicaments. R 1 is selected from the group comprising NH 2 , formamido, dimethylamino, [(dimethylamino)methylene]amino, OH, SH, C 1 -C 6 alkoxy, C 1 -C 6 alkylthio, C 1 -C 6 alkyl; X 1 and X 2 are selected independently from the group comprising phenyl, pyridyl, furanyl, thiophenyl, pyrrolyl, imidazolyl, benzofuranyl, benzothienyl, naphthyl, wherein the aromatic and heteroaromatic groups can optionally be substituted by one or more substituents selected from halogen, C 1 -C 6 alkoxy and NO 2 ; R 2 is selected from the group comprising C 1 -C 6 alkyl, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, NH 2 , phenyl, benzyl, wherein these groups can optionally be substituted by one or more substituents selected from the group comprising halogen, NO 2 , C 1 -C 6 alkoxy; wherein halogen is selected from a group comprising -F, -Cl, -Br, -I;