mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving , by an encoder, a video frame; partitioning the video frame into blocks, wherein a block size of the blocks is 4 x 4; receiving semantic information , wherein the semantic information includes data characterizing a facial detection; determining a first area within the video frame including a first grouping of a first subset of the blocks , wherein the first grouping is determined based on the received semantic information; determining a first average measure of information of the first area , the first average measure of information being a first average measure of spatial activity determined using a discrete cosine transform of the blocks in the first subset, wherein the discrete cosine transform of the blocks in the first subset is an integer approximation of a generalized discrete cosine transform; encoding the video frame , the encoding including controlling, using the first average measure of information of the first area, a quantization parameter. receiving , by an encoder, a video frame; partitioning the video frame into blocks, wherein a block size of the blocks is 4 x 4; receiving semantic information , wherein the semantic information includes data characterizing a facial detection; determining a first area within the video frame including a first grouping of a first subset of the blocks , wherein the first grouping is determined based on the received semantic information; determining a first average measure of information of the first area , the first average measure of information being a first average measure of spatial activity determined using a discrete cosine transform of the blocks in the first subset, wherein the discrete cosine transform of the blocks in the first subset is an integer approximation of a generalized discrete cosine transform; encoding the video frame , the encoding including controlling, using the first average measure of information of the first area, a quantization parameter.
A method for processing device failure in a distributed storage system, the distributed storage system including a cluster management node and a plurality of storage nodes, each storage node including a shared storage device, and each shared storage device being associated with a control device and a standby device, and the method comprising: detecting , by a target standby device associated with a target shared storage device, an operating status of a target control device that stores and reads data in the target shared storage device and manages the target shared storage device; if the target control device fails , sending, by the target standby device, a management request to the target shared storage device, and sending, by the target standby device, a replacement request for the target control device to the cluster management node; setting , by the target shared storage device, the target standby device as a local management device; and determining , by the cluster management node, that the target standby device is a replacement device of the target control device, such that the target standby device stores and reads data in the target shared storage device and manages the target shared storage device, whereby the target standby device replaces the target control device in providing data storage and reading services. detecting , by a target standby device associated with a target shared storage device, an operating status of a target control device that stores and reads data in the target shared storage device and manages the target shared storage device; if the target control device fails , sending, by the target standby device, a management request to the target shared storage device, and sending, by the target standby device, a replacement request for the target control device to the cluster management node; setting , by the target shared storage device, the target standby device as a local management device; and determining , by the cluster management node, that the target standby device is a replacement device of the target control device, such that the target standby device stores and reads data in the target shared storage device and manages the target shared storage device, whereby the target standby device replaces the target control device in providing data storage and reading services.
A method of determining measurements between landmarks of an anatomy within an X-ray image comprising the steps of: - providing an X-ray system comprising: - an X-ray source ; - an X-ray detector positionable in alignment with the X-ray source ; and - a processing unit operably connected to the X-ray source and the X-ray detector to produce X-ray images from data transmitted from the X-ray detector , wherein the processing unit includes an X-ray measurement system configured to provide an overlay of one or more key features corresponding to one or more landmarks of an anatomy within the X-ray images , and to calculate measurements of the anatomy based on the positions of the one or more key features in the overlay ; - applying the overlay to the X-ray image ; - adjusting the position of the one or more key features within the overlay into alignment with the associated one or more landmarks in the X-ray image ; and - calculating a measurement of the anatomy in the X-ray image based on the position of the one or more key features in the overlay applied to the X-ray image . - providing an X-ray system comprising: - an X-ray source ; - an X-ray detector positionable in alignment with the X-ray source ; and - a processing unit operably connected to the X-ray source and the X-ray detector to produce X-ray images from data transmitted from the X-ray detector , wherein the processing unit includes an X-ray measurement system configured to provide an overlay of one or more key features corresponding to one or more landmarks of an anatomy within the X-ray images , and to calculate measurements of the anatomy based on the positions of the one or more key features in the overlay ; - an X-ray source ; - an X-ray detector positionable in alignment with the X-ray source ; and - a processing unit operably connected to the X-ray source and the X-ray detector to produce X-ray images from data transmitted from the X-ray detector , wherein the processing unit includes an X-ray measurement system configured to provide an overlay of one or more key features corresponding to one or more landmarks of an anatomy within the X-ray images , and to calculate measurements of the anatomy based on the positions of the one or more key features in the overlay ; - applying the overlay to the X-ray image ; - adjusting the position of the one or more key features within the overlay into alignment with the associated one or more landmarks in the X-ray image ; and - calculating a measurement of the anatomy in the X-ray image based on the position of the one or more key features in the overlay applied to the X-ray image .
A cleaner head for a vacuum cleaner, the cleaner head comprising: a suction cavity comprising an opening through which debris enters the cleaner head , and an air outlet ; and an agitator mounted in the suction cavity in a cantilevered manner for rotation relative thereto, the agitator being conical in shape and having a first, free end and a second end which has a larger diameter than the first end ; characterised in that the air outlet is located adjacent the free end of the agitator . a suction cavity comprising an opening through which debris enters the cleaner head , and an air outlet ; and an agitator mounted in the suction cavity in a cantilevered manner for rotation relative thereto, the agitator being conical in shape and having a first, free end and a second end which has a larger diameter than the first end ; characterised in that the air outlet is located adjacent the free end of the agitator .
A spectrum management system , comprising: circuitry configured to obtain interference information from another spectrum management system indicating interference with communication of a primary communication system managed by the other spectrum management system, the interference being caused by at least one secondary communication system managed by the spectrum management system, wherein the at least one secondary communication systems managed by the spectrum management system can use the spectrum resources of a primary system managed by the spectrum management system in accordance with spectrum resources recorded in a first database, and modify a communication characteristic of the at least one secondary communication system based on the interference information, wherein the interference information includes operating condition information of the primary communication system managed by the other spectrum management system. circuitry configured to obtain interference information from another spectrum management system indicating interference with communication of a primary communication system managed by the other spectrum management system, the interference being caused by at least one secondary communication system managed by the spectrum management system, wherein the at least one secondary communication systems managed by the spectrum management system can use the spectrum resources of a primary system managed by the spectrum management system in accordance with spectrum resources recorded in a first database, and modify a communication characteristic of the at least one secondary communication system based on the interference information, wherein the interference information includes operating condition information of the primary communication system managed by the other spectrum management system.
A display device comprising: a display panel ; a polarization member facing the display panel ; a cover window including an inorganic material, the cover window facing the display panel with the polarization member therebetween; and a window bonding member which is between the cover window and the polarization member attaches the cover window to the polarization member ; a polarization bonding member which is between the polarization member and the display panel and attaches the polarization member to the display panel , characterized in that the window bonding member has a modulus of elasticity of 1 megapascal to 10 megapascals and in that a creep characteristic of the polarization bonding member is smaller than a creep characteristic of the window bonding member . a display panel ; a polarization member facing the display panel ; a cover window including an inorganic material, the cover window facing the display panel with the polarization member therebetween; and a window bonding member which is between the cover window and the polarization member attaches the cover window to the polarization member ; a polarization bonding member which is between the polarization member and the display panel and attaches the polarization member to the display panel , characterized in that the window bonding member has a modulus of elasticity of 1 megapascal to 10 megapascals and in that a creep characteristic of the polarization bonding member is smaller than a creep characteristic of the window bonding member .
A method for determining the metastatic and/or invasive potential of a malignant neoplasm, the method comprising recording electrical activity in a sample of cells isolated from the malignant neoplasm and comparing recorded electrical activity of the sample with electrical activity of one or more reference cell samples having a defined metastatic and/or invasive potential and subsequently assigning a score for the metastatic and/or invasive potential of the malignant neoplasm by ranking the recorded electrical activity relative to the electrical activity of the one or more reference samples, wherein the reference cell samples preferably are at least a cell sample from a highly metastasizing cancer and a cell sample from a non-metastatic or low-metastasizing cancer, preferably a cancer of the same tissue origin and histological origin, wherein said electrical activity is constituted by variations in the membrane potential relative to the resting potential measured in the sample of cells.
Method for the automatic transverse guidance of a following vehicle in a vehicle platoon , comprising; determining first lane data from map information and position information of the following vehicle ; determining second lane data from a detection of lane markings by the following vehicle ; determining third lane data from object tracking detection of one or more vehicles , driving in front of the following vehicle , of the vehicle platoon ; receiving fourth lane data from a detection of lane markings by a lead vehicle of the vehicle platoon ; determining a lane course on the basis of the first lane data, the second lane data, the third lane data and the fourth lane data; and transverse guidance of the following vehicle on the basis of the determined lane course. determining first lane data from map information and position information of the following vehicle ; determining second lane data from a detection of lane markings by the following vehicle ; determining third lane data from object tracking detection of one or more vehicles , driving in front of the following vehicle , of the vehicle platoon ; receiving fourth lane data from a detection of lane markings by a lead vehicle of the vehicle platoon ; determining a lane course on the basis of the first lane data, the second lane data, the third lane data and the fourth lane data; and transverse guidance of the following vehicle on the basis of the determined lane course.
A nuclear fuel pellet having excellent compression resistance and a reduced missing pellet surface, pellet being a cylindrical shape and comprising, on each of a top surface and a bottom surface thereof: a dish configured as a spherical groove shape having a predetermined curved surface at a center; a land configured as a horizontal annular shape along a rim of the dish; and a chamfer configured as a shape in which a corner is chamfered at a predetermined angle along a rim of the land, wherein the chamfer comprises: a primary chamfer adjacent to the rim of the land; and a secondary chamfer configured as a shape additionally chamfered along a rim of the primary chamfer. a dish configured as a spherical groove shape having a predetermined curved surface at a center; a land configured as a horizontal annular shape along a rim of the dish; and a chamfer configured as a shape in which a corner is chamfered at a predetermined angle along a rim of the land, wherein the chamfer comprises: a primary chamfer adjacent to the rim of the land; and a secondary chamfer configured as a shape additionally chamfered along a rim of the primary chamfer. a primary chamfer adjacent to the rim of the land; and a secondary chamfer configured as a shape additionally chamfered along a rim of the primary chamfer.
A device that enables generation of an interactive response to a data stream sent in combination with a radio broadcast signal such as an AM or FM signal, a Digital Audio Broadcast (DAB) signal, a satellite DAB signal, a television signal or a satellite television signal, the device comprising: a broadcast receiver circuit configured to detect the radio broadcast signal and extract a data signal from the data stream, at least a portion of the data signal configured to identify program content in the data stream and the data signal including a unique identifier assigned to each specific broadcast segment of the radio broadcast signal prior to receipt by the broadcast receiver circuit; memory configured to store the data signal; a display configured to display information corresponding to the data signal; a control interface configured to enable the selection of an item of the displayed information and further configured to enable the generation of the interactive response; and a transmitter configured to transmit the interactive response generated using the control interface , the interactive response including the unique identifier and the selected item of the displayed information, to a response authentication system . a broadcast receiver circuit configured to detect the radio broadcast signal and extract a data signal from the data stream, at least a portion of the data signal configured to identify program content in the data stream and the data signal including a unique identifier assigned to each specific broadcast segment of the radio broadcast signal prior to receipt by the broadcast receiver circuit; memory configured to store the data signal; a display configured to display information corresponding to the data signal; a control interface configured to enable the selection of an item of the displayed information and further configured to enable the generation of the interactive response; and a transmitter configured to transmit the interactive response generated using the control interface , the interactive response including the unique identifier and the selected item of the displayed information, to a response authentication system .
A heart valve repair implant, comprising: a first implant section comprising: a first axial core ; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a second implant section comprising: a second axial core configured to slide over the first axial core ; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a third implant section comprising: a central tensioning element extending through the first axial core ; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion ; and a securement element disposed on the central tensioning element . a first implant section comprising: a first axial core ; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a first axial core ; and a plurality of spines extending radially outward from the first axial core in an expanded configuration; a second implant section comprising: a second axial core configured to slide over the first axial core ; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a second axial core configured to slide over the first axial core ; and a mesh portion configured to extend radially outward from the second axial core in an expanded configuration; a third implant section comprising: a central tensioning element extending through the first axial core ; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion ; and a central tensioning element extending through the first axial core ; and a plurality of arms extending radially outward from the central tensioning element and configured to extend axially between the plurality of spines and through the mesh portion ; and a securement element disposed on the central tensioning element .
A computer-implemented method for detecting broken bar faults of an induction motor during operations, comprising: acquiring, in a time domain, a signal of a stator current powering the induction motor with a fundamental frequency via an interface , wherein the induction motor is under a varying speed operation; converting the stator current to a complex space vector; transforming the complex space vector to a transformed stator current by referencing to synchronous reference frame; performing Short time Fourier Transform, STFT, on the transformed stator current to get a spectrogram matrix; removing a DC component from the spectrogram matrix; determining, in a frequency domain, sparse and smooth frequency components in the spectrogram matrix, wherein the determining includes_performing a graph-based method by imposing a smoothness constraint and a sparsity constraint on the frequency component; and detecting a fault in the induction motor if the frequency component includes a continuously changing sparse fault frequency component in the spectrogram matrix. acquiring, in a time domain, a signal of a stator current powering the induction motor with a fundamental frequency via an interface , wherein the induction motor is under a varying speed operation; converting the stator current to a complex space vector; transforming the complex space vector to a transformed stator current by referencing to synchronous reference frame; performing Short time Fourier Transform, STFT, on the transformed stator current to get a spectrogram matrix; removing a DC component from the spectrogram matrix; determining, in a frequency domain, sparse and smooth frequency components in the spectrogram matrix, wherein the determining includes_performing a graph-based method by imposing a smoothness constraint and a sparsity constraint on the frequency component; and detecting a fault in the induction motor if the frequency component includes a continuously changing sparse fault frequency component in the spectrogram matrix.
Solvent-free multicomponent system containing at least two components A) and B), wherein A) comprises at least one aliphatic, cycloaliphatic and/or (cyclo)aliphatic diisocyanate a) and at least one (cyclo)aliphatic isocyanurate b) in a weight ratio of 1- 20 : 1, wherein 5-20 mol% have been reacted with at least one polyol c1) having at least two OH groups in the molecule based on the sum of the NCO groups of a) and b), and B) comprises 1. 40-90% by weight of at least one polyol c2) having at least two OH groups in the molecule selected from hydroxyl-containing polyesters and polyethers, 2. 8-35% by weight of at least one polyol d) having at least two OH groups in the molecule selected from diols having 2-14 carbon atoms and 3. 2-25% by weight of at least one aliphatic, cycloaliphatic or (cyclo)aliphatic polyamine e), based on the sum of B) and wherein the components B) 1., 2. and 3. add up to 100% by weight; in an equivalence ratio of the NCO groups of the component A) to the NCO-reactive groups of the components from B) of 0.8:1 to 1.2:1. A) comprises at least one aliphatic, cycloaliphatic and/or (cyclo)aliphatic diisocyanate a) and at least one (cyclo)aliphatic isocyanurate b) in a weight ratio of 1- 20 : 1, wherein 5-20 mol% have been reacted with at least one polyol c1) having at least two OH groups in the molecule based on the sum of the NCO groups of a) and b), and at least one (cyclo)aliphatic isocyanurate b) in a weight ratio of 1- 20 : 1, wherein 5-20 mol% have been reacted with at least one polyol c1) having at least two OH groups in the molecule based on the sum of the NCO groups of a) and b), and B) comprises 1. 40-90% by weight of at least one polyol c2) having at least two OH groups in the molecule selected from hydroxyl-containing polyesters and polyethers, 2. 8-35% by weight of at least one polyol d) having at least two OH groups in the molecule selected from diols having 2-14 carbon atoms and 3. 2-25% by weight of at least one aliphatic, cycloaliphatic or (cyclo)aliphatic polyamine e), based on the sum of B) and wherein the components B) 1., 2. and 3. add up to 100% by weight; in an equivalence ratio of the NCO groups of the component A) to the NCO-reactive groups of the components from B) of 0.8:1 to 1.2:1. 2. 8-35% by weight of at least one polyol d) having at least two OH groups in the molecule selected from diols having 2-14 carbon atoms and 3. 2-25% by weight of at least one aliphatic, cycloaliphatic or (cyclo)aliphatic polyamine e), based on the sum of B) and wherein the components B) 1., 2. and 3. add up to 100% by weight; in an equivalence ratio of the NCO groups of the component A) to the NCO-reactive groups of the components from B) of 0.8:1 to 1.2:1.