mhurhangee/patent-ind-claim-en huggingface dataset:
A sweeper , comprising: a main control module , and a detection module , a 5G communication module , a movement module and a cleaning module each connected to the main control module ; wherein the main control module sends indoor data detected by the detection module to a server through the 5G communication module , and controls at least one of the movement module and the cleaning module according to a first instruction returned from the server, the sweeper further comprising an artificial intelligence module ; wherein the artificial intelligence module is connected to the main control module , and is configured to detect at least one type of information of user body information, user voice information or indoor environment information through a 5G network, and analyze the at least one type of information to obtain an analysis result; and the main control module is configured to control at least one of the movement module or the cleaning module according to the analysis result; characterized in that the main control module is further configured to receive, through the 5G communication module , a third instruction sent by the server, connect to a network deployed by a user to the sweeper according to the third instruction, and return a connection result to the server through the 5G communication module , wherein the third instruction is based on a networking request of a terminal device. wherein the main control module sends indoor data detected by the detection module to a server through the 5G communication module , and controls at least one of the movement module and the cleaning module according to a first instruction returned from the server, the sweeper further comprising an artificial intelligence module ; wherein the artificial intelligence module is connected to the main control module , and is configured to detect at least one type of information of user body information, user voice information or indoor environment information through a 5G network, and analyze the at least one type of information to obtain an analysis result; and the main control module is configured to control at least one of the movement module or the cleaning module according to the analysis result; characterized in that the main control module is further configured to receive, through the 5G communication module , a third instruction sent by the server, connect to a network deployed by a user to the sweeper according to the third instruction, and return a connection result to the server through the 5G communication module , wherein the third instruction is based on a networking request of a terminal device.
A catalysis device, comprising: a substrate , wherein the substrate comprises a solid electrolyte; at least two electrodes , wherein the at least two electrodes are in electrical contact with the solid electrolyte, and wherein one of the at least two electrodes is formed of La 2 CuO 4 , and another of the at least two electrodes is formed of a different material; a means for exposing a surface of the La 2 CuO 4 electrode to one or more gases, characterized by further comprising: a means for producing an electric field proximate the surface of the La 2 CuO 4 electrode, wherein the means for producing the electric field comprises at least two electric field electrodes positioned on the substrate such that an insulator is provided between each electric field electrode and the substrate , wherein the means for producing the electric field does not result in the passage of current through the catalysis device as current is blocked by the insulator , wherein the electric field modifies a catalysis reaction between the one or more gases and the La 2 CuO 4 electrode . a substrate , wherein the substrate comprises a solid electrolyte; at least two electrodes , wherein the at least two electrodes are in electrical contact with the solid electrolyte, and wherein one of the at least two electrodes is formed of La 2 CuO 4 , and another of the at least two electrodes is formed of a different material; a means for exposing a surface of the La 2 CuO 4 electrode to one or more gases, a means for producing an electric field proximate the surface of the La 2 CuO 4 electrode, wherein the means for producing the electric field comprises at least two electric field electrodes positioned on the substrate such that an insulator is provided between each electric field electrode and the substrate , wherein the means for producing the electric field does not result in the passage of current through the catalysis device as current is blocked by the insulator , wherein the electric field modifies a catalysis reaction between the one or more gases and the La 2 CuO 4 electrode .
A torrefaction apparatus comprising: - a process chamber arranged to accommodate a torrefaction process of biomass; - an oxidizer arranged to heat the process chamber; and - a conduit for syngas emitted from the biomass during the torrefaction process ; wherein the conduit is arranged to guide the syngas from the process chamber to the oxidizer; and wherein the oxidizer is configured with an oxidizer air feed supplying sufficient amounts of oxygen to provide an oxidation of the syngas releasing a power of at least 20% of the power contained in a maximum flow of biomass through the process chamber. - a process chamber arranged to accommodate a torrefaction process of biomass; - an oxidizer arranged to heat the process chamber; and - a conduit for syngas emitted from the biomass during the torrefaction process ; wherein the conduit is arranged to guide the syngas from the process chamber to the oxidizer; and wherein the oxidizer is configured with an oxidizer air feed supplying sufficient amounts of oxygen to provide an oxidation of the syngas releasing a power of at least 20% of the power contained in a maximum flow of biomass through the process chamber.
Method for encoding an image descriptor ( H ) based on gradient histograms ( h p ) which each comprise a plurality of histogram bins ( hi ) and which are computed in a corresponding subregion (SR) of a local region (R) around an image interest keypoint, using a transformed descriptor ( V ) comprising transformed subdescriptors ( v p ) for each subregion (SR) which are computed as a transformation of the corresponding subregion (SR) gradient histogram ( h p ), wherein each subdescriptor ( v p ) comprises a set of values ( v j ) each individuated by an element index ( j ), characterised in that said method comprises: - determining a plurality of groups ( g x ), each comprising a set of transformed subdescriptors ( v p ), the set being determined using the distance between the corresponding sub-image (SR) centre of each transformed subdescriptor ( v p ) and the centre of said local region (R), each group ( g x ) being individuated by a group index ( x ); - using an element utilisation list for indicating the sequence for encoding the values ( v j ) of the elements of transformed sub-descriptors ( v p ), the element utilisation list specifying an ordered sequence of list entries, each entry defining a pair of indices including said group index ( x ), indicating a set of transformed subdescriptors, and said element index ( j ), and the sequence truncated at length DLn defining a descriptor having a length of DLn elements which is a subset of a descriptor having a length of DLp elements with DLn < DLp, defined by the sequence of entries truncated at a length DLp greater than DLn; - encoding the values ( v j ) of the transformed descriptor ( V ) according to the order of the element utilisation list, the encoded sequence comprising a sequence of transformed descriptors of different lengths (DLO, DL1, DL2, DL3, DL4). - determining a plurality of groups ( g x ), each comprising a set of transformed subdescriptors ( v p ), the set being determined using the distance between the corresponding sub-image (SR) centre of each transformed subdescriptor ( v p ) and the centre of said local region (R), each group ( g x ) being individuated by a group index ( x ); - using an element utilisation list for indicating the sequence for encoding the values ( v j ) of the elements of transformed sub-descriptors ( v p ), the element utilisation list specifying an ordered sequence of list entries, each entry defining a pair of indices including said group index ( x ), indicating a set of transformed subdescriptors, and said element index ( j ), and the sequence truncated at length DLn defining a descriptor having a length of DLn elements which is a subset of a descriptor having a length of DLp elements with DLn < DLp, defined by the sequence of entries truncated at a length DLp greater than DLn; - encoding the values ( v j ) of the transformed descriptor ( V ) according to the order of the element utilisation list, the encoded sequence comprising a sequence of transformed descriptors of different lengths (DLO, DL1, DL2, DL3, DL4).
An isolated Penicilium bilaiae strain having the deposit accession number NRRL 67154.
A frame error concealment method for an audio signal, comprising: setting a concealment method by setting a regression analysis method to conceal an error of an error frame having the error based on one or more signal characteristics of the error frame; deriving a regression analysis function to predict a parameter of the error frame from one or more parameters of at least one previous good frame using the set regression analysis method; and concealing the error by predicting the parameter of the error frame from the one or more parameters of the at least one previous good frame using the derived regression analysis function, wherein the concealing operation further comprises adjusting the predicted parameter of the error frame to a value included in a predetermined range when the predicted parameter falls outside the predetermined range. setting a concealment method by setting a regression analysis method to conceal an error of an error frame having the error based on one or more signal characteristics of the error frame; deriving a regression analysis function to predict a parameter of the error frame from one or more parameters of at least one previous good frame using the set regression analysis method; and concealing the error by predicting the parameter of the error frame from the one or more parameters of the at least one previous good frame using the derived regression analysis function, wherein the concealing operation further comprises adjusting the predicted parameter of the error frame to a value included in a predetermined range when the predicted parameter falls outside the predetermined range.
A non-transitory storage medium storing instructions readable and executable by an electronic processor to perform a ransomware attack, RWA, detection method comprising: receiving incremental or differential backup metadata for a computer or network of computers via an electronic network, the incremental or differential backup metadata identifying files of the computer or network of computers which are new, modified, or deleted since a last incremental or last full backup of the computer or network of computers; extracting file metadata from the received incremental or differential backup metadata for the files which are new or deleted since the last incremental or last full backup of the computer or network of computers; identifying candidate new files and candidate deleted files in which the candidate new files are candidates for being encrypted copies of the candidate deleted files, the candidate new files and the candidate deleted files being identified using the extracted file metadata; generating a RWA alert if the identified candidate new files and the candidate deleted files meet a RWA alert criterion computed using the extracted file metadata; performing a RWA alert verification in response to the RWA alert wherein the RWA verification uses at least a sample of the candidate new files; and performing RWA remediation including at least disabling the computer or network of computers via the electronic network in response to the RWA verification satisfying a RWA alert verification criterion. receiving incremental or differential backup metadata for a computer or network of computers via an electronic network, the incremental or differential backup metadata identifying files of the computer or network of computers which are new, modified, or deleted since a last incremental or last full backup of the computer or network of computers; extracting file metadata from the received incremental or differential backup metadata for the files which are new or deleted since the last incremental or last full backup of the computer or network of computers; identifying candidate new files and candidate deleted files in which the candidate new files are candidates for being encrypted copies of the candidate deleted files, the candidate new files and the candidate deleted files being identified using the extracted file metadata; generating a RWA alert if the identified candidate new files and the candidate deleted files meet a RWA alert criterion computed using the extracted file metadata; performing a RWA alert verification in response to the RWA alert wherein the RWA verification uses at least a sample of the candidate new files; and performing RWA remediation including at least disabling the computer or network of computers via the electronic network in response to the RWA verification satisfying a RWA alert verification criterion.
A method for producing agglomerate from a feedstock comprising at least one biomass stream, the method comprising the steps of: combining the feedstock with one or more binding reagents; and introducing the feedstock into an agglomeration apparatus in the presence of a polymerisation activator to produce the agglomerates; wherein the one or more binding reagents comprise a monomer compound, and the polymerisation activator is a substance which initiates the polymerisation or cross-linking of the one or more binding reagents. combining the feedstock with one or more binding reagents; and introducing the feedstock into an agglomeration apparatus in the presence of a polymerisation activator to produce the agglomerates; wherein the one or more binding reagents comprise a monomer compound, and the polymerisation activator is a substance which initiates the polymerisation or cross-linking of the one or more binding reagents.
A method for determining maternal lineage of one or more single maize seeds, said method comprising: (a) soaking the one or more single maize seeds in water; (b) collecting pericarp tissue from the one or more single maize seeds; (c) washing the pericarp tissue; (d) dissociating and homogenizing the pericarp tissue in water or Tris-EDTA buffer using a cell dissociator to obtain a homogenized solution; (e) centrifuging the homogenized solution obtained in step (d) to obtain supernatant; and (f) performing a molecular analysis on the genetic material in the supernatant. (a) soaking the one or more single maize seeds in water; (b) collecting pericarp tissue from the one or more single maize seeds; (c) washing the pericarp tissue; (d) dissociating and homogenizing the pericarp tissue in water or Tris-EDTA buffer using a cell dissociator to obtain a homogenized solution; (e) centrifuging the homogenized solution obtained in step (d) to obtain supernatant; and (f) performing a molecular analysis on the genetic material in the supernatant.
A method for enabling distributed caching in a wireless network, the method comprising: receiving, by an edge node in the wireless network, a plurality of contents from a core network ; determining, by the edge node , popular content from the plurality of contents; caching, by the edge node , the popular content in the edge node ; and transferring, by the edge node , at least one segment of the popular content for caching to at least one UE of a plurality of UEs associated with the edge node ; and sharing the at least one segment of the popular content with other UEs in a device-to-device, D2D, cluster, by: determining the at least one segment of the popular content for applying a multi-hop communication in the D2D cluster; and sharing the at least one segment of the popular content in the D2D cluster through the multi-hop communication. receiving, by an edge node in the wireless network, a plurality of contents from a core network ; determining, by the edge node , popular content from the plurality of contents; caching, by the edge node , the popular content in the edge node ; and transferring, by the edge node , at least one segment of the popular content for caching to at least one UE of a plurality of UEs associated with the edge node ; and sharing the at least one segment of the popular content with other UEs in a device-to-device, D2D, cluster, by: determining the at least one segment of the popular content for applying a multi-hop communication in the D2D cluster; and sharing the at least one segment of the popular content in the D2D cluster through the multi-hop communication. determining the at least one segment of the popular content for applying a multi-hop communication in the D2D cluster; and sharing the at least one segment of the popular content in the D2D cluster through the multi-hop communication.
A display device , comprising a display face and a bottom face facing away from each other, wherein between the display face and the bottom face , the display device further comprises: a first substrate ; a photosensitive layer comprising a plurality of photosensitive units ; a plurality of collimators disposed between the photosensitive layer and the display face , the collimators defining light-passing holes aligned with the photosensitive units , wherein the light-passing holes are capable of allowing light signals to pass through to reach the photosensitive units ; and a liquid crystal layer , the display device is characterized in that , the first substrate comprises a plurality of display units and a light-shielding member , the light-shielding member is disposed to space apart every two adjacent ones of the plurality of display units ; and the plurality of photosensitive units are disposed on on the opposite side of the first substrate to the side where the plurality of display units and the light-shielding member are disposed, and the photosensitive layer and the first substrate are disposed between the liquid crystal layer and the display face . a first substrate ; a photosensitive layer comprising a plurality of photosensitive units ; a plurality of collimators disposed between the photosensitive layer and the display face , the collimators defining light-passing holes aligned with the photosensitive units , wherein the light-passing holes are capable of allowing light signals to pass through to reach the photosensitive units ; and a liquid crystal layer , the display device is characterized in that , the first substrate comprises a plurality of display units and a light-shielding member , the light-shielding member is disposed to space apart every two adjacent ones of the plurality of display units ; and the plurality of photosensitive units are disposed on on the opposite side of the first substrate to the side where the plurality of display units and the light-shielding member are disposed, and the photosensitive layer and the first substrate are disposed between the liquid crystal layer and the display face .
A method of manufacturing a quenched member, the method comprising: pressing a steel sheet into an intermediate article such that the intermediate article has a rectangular cross-section and includes a terminal portion at which two terminal edges (EG) of the steel sheet are aligned with each other at a same side of the rectangular cross-section, and the terminal edges (EG) intersect with each other, as viewed in a facing direction along which the terminal edges (EG) face each other; heating the pressed intermediate article to an Ac3 transformation point of the steel sheet or higher; and quenching the heated intermediate article inside a die , wherein quenching the intermediate article includes subjecting the intermediate article to hot bending such that one-surface , which includes the terminal portion , curves toward a direction orthogonal to the one-surface along which the terminal portion extends. pressing a steel sheet into an intermediate article such that the intermediate article has a rectangular cross-section and includes a terminal portion at which two terminal edges (EG) of the steel sheet are aligned with each other at a same side of the rectangular cross-section, and the terminal edges (EG) intersect with each other, as viewed in a facing direction along which the terminal edges (EG) face each other; heating the pressed intermediate article to an Ac3 transformation point of the steel sheet or higher; and quenching the heated intermediate article inside a die ,
Device for fixing a joinery frame of the window and/or door type capable of fixing said frame to an anchoring face (M0) of a wall around a panel intended to receive the joinery, said device comprising at least two fixing elements that can be secured to one another, one of said two elements being a fixing bracket , receiving the frame, and the other element being a fixing base having a globally elongated shape the longitudinal direction of which defines the longitudinal direction of the device, configured capable of being fixed to the anchoring face of the wall, said two fixing elements each include holding means cooperating with one another to secure the two elements to one another, and said fixing bracket comprising a first branch and a second branch extending in different planes, said first branch receiving the frame, and said second branch extending in the longitudinal direction of said device and including said holding means capable of cooperating with said holding means that comprises said fixing base; said holding means that comprises said fixing base and/or said second branch of the bracket being configured to occupy an adjustment position and a holding position, said device includes a member for manoeuvring said holding means , configured to move said holding means from one position to another, said bracket being movable in translation with respect to said base in said longitudinal direction when said holding means are in the adjustment position; said manoeuvring member cooperates with said holding means that comprises said fixing base , said holding means being configured to occupy an adjustment position and a holding position characterised in that said manoeuvring member is configured to be inserted into the fixing base and to move said holding means of the base into the adjustment position, and is removable so that said holding means move into the holding position when said member is removed from the base.
An imaging and therapeutic delivery system comprising: an imaging component comprising an imaging shaft having a proximal end and a distal end and an imaging transducer at the distal end of the shaft; and a needle component comprising a needle shaft having a distal end and a proximal end and a needle structure reciprocally disposed on or within the shaft, said needle shaft being configured to removably attach to the imaging shaft with the shafts lying side-by-side with their respective axes in parallel when said needle shaft and imaging component are attached to each other. an imaging component comprising an imaging shaft having a proximal end and a distal end and an imaging transducer at the distal end of the shaft; and a needle component comprising a needle shaft having a distal end and a proximal end and a needle structure reciprocally disposed on or within the shaft, said needle shaft being configured to removably attach to the imaging shaft with the shafts lying side-by-side with their respective axes in parallel when said needle shaft and imaging component are attached to each other.