mhurhangee/patent-ind-claim-en huggingface dataset:
A modular controller located in an environment of an effector launching system that has external components located in the environment externally to the modular controller for executing an effector launching sequence, the modular controller comprising: a core processor module that is configured to execute a plurality of different effector launching sequences using the external components; and a plurality of converting modules that each have an electro-mechanical interface and is connectable between the core processor module and one of the external components; characterized in that each of the plurality of converting modules is configured to send and receive data with the core processor module and individual ones of the plurality of external components; wherein the external components include a plurality of effectors, and may further include any of a sensor, an effector launcher, a mounting platform or a power source. a core processor module that is configured to execute a plurality of different effector launching sequences using the external components; and a plurality of converting modules that each have an electro-mechanical interface and is connectable between the core processor module and one of the external components; characterized in that each of the plurality of converting modules is configured to send and receive data with the core processor module and individual ones of the plurality of external components; wherein the external components include a plurality of effectors, and may further include any of a sensor, an effector launcher, a mounting platform or a power source.
A stent for the controlled release of at least one first and one second active principle for treating the stent implantation site, wherein: - the at least one first and one second active principle are different from each other and are selected from anti-proliferative drugs and anti-inflammatory drugs, respectively, - the at least one first and one second active principle are loaded on at least one portion of the stent surface in a layered configuration comprising at least one first and one second layer, wherein: - the first layer is created on the at least one portion of the stent surface and comprises the at least one first active principle and at least one or more first excipients, and - the second layer is created on the first layer and comprises the at least one second active principle and at least one or more second excipients, wherein said at least one or more first excipients are selected from fatty acids having a linear or branched saturated chain comprising a number of carbon atoms between 16 and 34, and said at least one or more second excipients are selected from fatty acids having a linear or branched saturated chain comprising a number of carbon atoms between 4 and 18, and wherein said at least one or more first excipients or a mixture thereof has/have a melting temperature greater than the melting temperature of said at least one or more second excipients or a mixture thereof. - the at least one first and one second active principle are different from each other and are selected from anti-proliferative drugs and anti-inflammatory drugs, respectively, - the at least one first and one second active principle are loaded on at least one portion of the stent surface in a layered configuration comprising at least one first and one second layer, wherein: - the first layer is created on the at least one portion of the stent surface and comprises the at least one first active principle and at least one or more first excipients, and - the second layer is created on the first layer and comprises the at least one second active principle and at least one or more second excipients,
A haulage vehicle provided with a vehicle frame , a vessel tiltably mounted on the vehicle frame , and a hoist cylinder provided between the vehicle frame and the vessel , the hoist cylinder tilting the vessel , the haulage vehicle comprising: a load detector that detects force that acts in an extended or a contracted direction of the hoist cylinder ; and an empty load determination unit that determines whether the vessel is empty on the basis of a detection signal from the load detector or not; characterized in that the load detector includes: a first pressure sensor that detects pressure in an oil chamber on a head side of the hoist cylinder ; a second pressure sensor that detects pressure in an oil chamber on a rod side of the hoist cylinder ; and a differential pressure calculation unit that calculates differential pressure on the basis of values acquired from the first pressure sensor and the second pressure sensor , and the empty load determination unit determines orientation of force that acts in the extended or contracted direction of the hoist cylinder on the basis of a calculation result from the differential pressure calculation unit , and determines that the vessel is empty on the basis of a matter that the orientation of the force converts from a tensile side to a compressive side. a load detector that detects force that acts in an extended or a contracted direction of the hoist cylinder ; and an empty load determination unit that determines whether the vessel is empty on the basis of a detection signal from the load detector or not; characterized in that the load detector includes: a first pressure sensor that detects pressure in an oil chamber on a head side of the hoist cylinder ; a second pressure sensor that detects pressure in an oil chamber on a rod side of the hoist cylinder ; and a differential pressure calculation unit that calculates differential pressure on the basis of values acquired from the first pressure sensor and the second pressure sensor , and a first pressure sensor that detects pressure in an oil chamber on a head side of the hoist cylinder ; a second pressure sensor that detects pressure in an oil chamber on a rod side of the hoist cylinder ; and a differential pressure calculation unit that calculates differential pressure on the basis of values acquired from the first pressure sensor and the second pressure sensor , and the empty load determination unit determines orientation of force that acts in the extended or contracted direction of the hoist cylinder on the basis of a calculation result from the differential pressure calculation unit , and determines that the vessel is empty on the basis of a matter that the orientation of the force converts from a tensile side to a compressive side.
A lung injury monitoring system configured to monitor a patient's lungs during ventilation, comprising: a processor configured to: (iv) determine a risk score for a potential ventilator-associated lung injury (VALI); and a user interface configured to display the risk score of the potential VALI, characterized in that the system further comprises an ultrasound device configured to obtain an ultrasound image of the patient's lungs during ventilation of the patient; and wherein the processor is further configured to: (i) receive the obtained ultrasound image; (ii) determine a ventilation phase of the ventilator; and (iii) analyze the received ultrasound image. a user interface configured to display the risk score of the potential VALI, characterized in that the system further comprises an ultrasound device configured to obtain an ultrasound image of the patient's lungs during ventilation of the patient; and wherein the processor is further configured to: (i) receive the obtained ultrasound image; (ii) determine a ventilation phase of the ventilator; and (iii) analyze the received ultrasound image.
An article comprising: a tubular frame extending along a longitudinal axis, the tubular frame comprising: a plurality of struts joined at apices to define a plurality of cells, each cell of the plurality of cells comprising a group of struts of the plurality of struts; and a tissue layer coating each strut of the plurality of struts and extending across each cell of the plurality of cells, the tissue layer defining a plurality of defects, each cell of the plurality of cells including a respective defect of the plurality of defects, wherein at least one defect of the plurality of defects includes at least one slit. a plurality of struts joined at apices to define a plurality of cells, each cell of the plurality of cells comprising a group of struts of the plurality of struts; and a tissue layer coating each strut of the plurality of struts and extending across each cell of the plurality of cells, the tissue layer defining a plurality of defects, each cell of the plurality of cells including a respective defect of the plurality of defects, wherein at least one defect of the plurality of defects includes at least one slit.
A suture capturing device configured to attain multiple preset orientations, comprising: a handle ; a hollow shaft coupled to said handle; wherein said hollow shaft has a curved distal end ; a rigid needle element configured with a hook for catching a suture, wherein said needle element is axially displaceable relative to said hollow shaft and wherein the needle element is operatively coupled to the hollow shaft opposite the handle and configured to be slidable in a first direction to assume an open orientation where the hook is exposed relative to the hollow shaft and in a second direction to assume a closed orientation where the hook is not exposed relative to the hollow shaft; and a needle retaining element that is axially slidable relative to said hollow shaft; wherein a distal end of the needle retaining element is more flexible than other portions of the needle retaining element and/or the shaft; characterized in that said needle element is arranged along a longitudinal axis . a handle ; a hollow shaft coupled to said handle; wherein said hollow shaft has a curved distal end ; a rigid needle element configured with a hook for catching a suture, wherein said needle element is axially displaceable relative to said hollow shaft and wherein the needle element is operatively coupled to the hollow shaft opposite the handle and configured to be slidable in a first direction to assume an open orientation where the hook is exposed relative to the hollow shaft and in a second direction to assume a closed orientation where the hook is not exposed relative to the hollow shaft; and a needle retaining element that is axially slidable relative to said hollow shaft; wherein a distal end of the needle retaining element is more flexible than other portions of the needle retaining element and/or the shaft; characterized in that said needle element is arranged along a longitudinal axis .
A distributed data warehouse system , comprising: a plurality of compute nodes , implementing: one or more storage devices providing storage for a columnar relational database table, wherein the one or more storage devices comprise a plurality of data blocks; a multi-column key generator , configured to: identify at least two columns of a plurality of columns of the columnar relational database table; generate a multi-column index for the columnar relational database table based, at least in part, on an interleaving of data bits for selectivity from the identified at least two columns, wherein said multi-column index provides a respective index value for each entry of the columnar relational database table; a write module , configured to: direct the one or more storage devices to store the entries of the columnar relational database table sorted according to the respective index value for each entry in one or more of the plurality of data blocks; and direct the one or more storage devices to store metadata indicating multi-column index value ranges corresponding to the index values of the entries stored in each of the one or more data blocks. one or more storage devices providing storage for a columnar relational database table, wherein the one or more storage devices comprise a plurality of data blocks; a multi-column key generator , configured to: identify at least two columns of a plurality of columns of the columnar relational database table; generate a multi-column index for the columnar relational database table based, at least in part, on an interleaving of data bits for selectivity from the identified at least two columns, wherein said multi-column index provides a respective index value for each entry of the columnar relational database table; identify at least two columns of a plurality of columns of the columnar relational database table; generate a multi-column index for the columnar relational database table based, at least in part, on an interleaving of data bits for selectivity from the identified at least two columns, wherein said multi-column index provides a respective index value for each entry of the columnar relational database table; a write module , configured to: direct the one or more storage devices to store the entries of the columnar relational database table sorted according to the respective index value for each entry in one or more of the plurality of data blocks; and direct the one or more storage devices to store metadata indicating multi-column index value ranges corresponding to the index values of the entries stored in each of the one or more data blocks. direct the one or more storage devices to store the entries of the columnar relational database table sorted according to the respective index value for each entry in one or more of the plurality of data blocks; and direct the one or more storage devices to store metadata indicating multi-column index value ranges corresponding to the index values of the entries stored in each of the one or more data blocks.
A mobile terminal , comprising: a primary battery and a secondary battery ; a display ; and a controller configured to: detect a state of charge of the secondary battery when the mobile terminal is changed to a battery swap mode while executing content; and select a content operating mode from a plurality of operating modes based on the detected state of charge of the secondary battery ; wherein the battery swap mode allows for the primary battery to be uncoupled from the mobile terminal , characterised in that the controller is further configured to: maintain execution of the content when the selected operating mode corresponds to a third content operating mode, wherein the third content operating mode corresponds to maintaining the running of the currently run content. a primary battery and a secondary battery ; a display ; and a controller configured to: detect a state of charge of the secondary battery when the mobile terminal is changed to a battery swap mode while executing content; and select a content operating mode from a plurality of operating modes based on the detected state of charge of the secondary battery ; detect a state of charge of the secondary battery when the mobile terminal is changed to a battery swap mode while executing content; and select a content operating mode from a plurality of operating modes based on the detected state of charge of the secondary battery ; wherein the battery swap mode allows for the primary battery to be uncoupled from the mobile terminal , characterised in that the controller is further configured to: maintain execution of the content when the selected operating mode corresponds to a third content operating mode, wherein the third content operating mode corresponds to maintaining the running of the currently run content.
Multiple pairs of: (i) a first adapter or a first amplification primer comprising a first nucleotide sequence identifier (NSI) and a first sequencing primer binding site; and (ii) a second adapter or a second amplification primer comprising a second NSI and a second sequencing primer binding site, wherein the first and second adapter comprise a double-stranded structure, wherein each pair comprises the first and second sequencing primer binding site, and wherein each pair is for preparing a sample DNA comprising a single stranded DNA template for single-read double-tagging sequencing and wherein the prepared DNA template comprises in a 3' to 5' direction, - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and the second NSI, wherein the first NSI is selected from first group of NSIs and the second NSI is selected from a second group of NSIs, wherein the first and second group can be the same or different, wherein each pair of the multiple pairs has a unique combination of the first NSI and the second NSI, and wherein the number of multiple pairs is the number of NSIs of the first group multiplied by the number of NSIs of the second group. (i) a first adapter or a first amplification primer comprising a first nucleotide sequence identifier (NSI) and a first sequencing primer binding site; and (ii) a second adapter or a second amplification primer comprising a second NSI and a second sequencing primer binding site, wherein the first and second adapter comprise a double-stranded structure, wherein each pair comprises the first and second sequencing primer binding site, and wherein each pair is for preparing a sample DNA comprising a single stranded DNA template for single-read double-tagging sequencing and wherein the prepared DNA template comprises in a 3' to 5' direction, - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and - the first sequencing primer binding site; - the first NSI; - a sequence captured by ligation of at least one of the first and second adapter and/or a sequence amplified by at least one of the first and second amplification primer from sample DNA; - the second sequencing primer binding site; and the second NSI, wherein the first NSI is selected from first group of NSIs and the second NSI is selected from a second group of NSIs, wherein the first and second group can be the same or different, wherein each pair of the multiple pairs has a unique combination of the first NSI and the second NSI, and wherein the number of multiple pairs is the number of NSIs of the first group multiplied by the number of NSIs of the second group.
A cutting assembly for cutting a piece of meat , the cutting assembly comprising: a manipulator system and a support frame , the support frame being rotatably connected to the manipulator system ; a first cutting tool adapted to cut the piece of meat along a first cutting plane ; and a second cutting tool adapted to cut the piece of meat along a second cutting plane ; the first and second cutting planes defining an inner angle therebetween, characterized in that the first cutting tool is operatively connected to the support frame ; the second cutting tool is operatively connected to the support frame ; and the manipulator system is adapted to move the support frame to position the cutting tools on a first side of the piece of meat and move the support frame to position the cutting tools on a second side of the piece of meat, the first and second cutting tools being adapted to create a double-angled cut in a single operation to trim the piece of meat and define a corresponding bevel along one of said first and second sides of the piece of meat. a manipulator system and a support frame , the support frame being rotatably connected to the manipulator system ; a first cutting tool adapted to cut the piece of meat along a first cutting plane ; and a second cutting tool adapted to cut the piece of meat along a second cutting plane ; the first and second cutting planes defining an inner angle therebetween, characterized in that the first cutting tool is operatively connected to the support frame ; the second cutting tool is operatively connected to the support frame ; and the manipulator system is adapted to move the support frame to position the cutting tools on a first side of the piece of meat and move the support frame to position the cutting tools on a second side of the piece of meat, the first and second cutting tools being adapted to create a double-angled cut in a single operation to trim the piece of meat and define a corresponding bevel along one of said first and second sides of the piece of meat.
A method comprising: executing an asynchronous replication process to perform asynchronous incremental transfers of data of a storage object from a first computing environment to a replicated storage object at a second computing environment until a cutover criteria is met; defining the cutover criteria as a timespan for performing asynchronous replication or as an amount of data remaining to be replicated; executing a synchronous replication process to synchronously replicate operations, targeting the storage object , to the replicated storage object based upon the cutover criteria being met, wherein the synchronous replication process executes an operation upon the storage object and a replica of the operation upon the replicated storage object before acknowledging the operation as complete; performing a cutover to direct operations from targeting the storage object to targeting the replicated storage object based upon the synchronous replication process reaching a steady state of synchronous replication for sub-objects of the storage object where operations are committed to both the storage object and the replicated storage object ; and performing a timestamp matching process for the synchronous replication process to match timestamps of filesystem modification operations to metadata of the first computing environment and the second computing environment , wherein a timestamp is not modified when the current timestamp on an inode and pertaining to a storage object of the first computing environment is already higher than the current operation's timestamp. executing an asynchronous replication process to perform asynchronous incremental transfers of data of a storage object from a first computing environment to a replicated storage object at a second computing environment until a cutover criteria is met; defining the cutover criteria as a timespan for performing asynchronous replication or as an amount of data remaining to be replicated; executing a synchronous replication process to synchronously replicate operations, targeting the storage object , to the replicated storage object based upon the cutover criteria being met, wherein the synchronous replication process executes an operation upon the storage object and a replica of the operation upon the replicated storage object before acknowledging the operation as complete; performing a cutover to direct operations from targeting the storage object to targeting the replicated storage object based upon the synchronous replication process reaching a steady state of synchronous replication for sub-objects of the storage object where operations are committed to both the storage object and the replicated storage object ; and performing a timestamp matching process for the synchronous replication process to match timestamps of filesystem modification operations to metadata of the first computing environment and the second computing environment , wherein a timestamp is not modified when the current timestamp on an inode and pertaining to a storage object of the first computing environment is already higher than the current operation's timestamp.