mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transporting at least one media item along a transport path, comprising: locating a bunch of media items between at least one support surface and at least one clamp member ; and selectively moving said clamp member towards or away from said support surface to apply a predetermined clamp force to the bunch of media items , wherein the predetermined clamp force is a first predetermined clamp force in a transport mode of operation in which the bunch of media items is to be or is being transported, characterised in that the predetermined clamp force is a second predetermined clamp force, lower than the first predetermined clamp force, in a separation mode of operation in which a media item is to be removed from or added to the bunch of media items, and in that the method further comprises: determining a thickness associated with the bunch of media items ; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased. locating a bunch of media items between at least one support surface and at least one clamp member ; and selectively moving said clamp member towards or away from said support surface to apply a predetermined clamp force to the bunch of media items , wherein the predetermined clamp force is a first predetermined clamp force in a transport mode of operation in which the bunch of media items is to be or is being transported, characterised in that the predetermined clamp force is a second predetermined clamp force, lower than the first predetermined clamp force, in a separation mode of operation in which a media item is to be removed from or added to the bunch of media items, and in that the method further comprises: determining a thickness associated with the bunch of media items ; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased. determining a thickness associated with the bunch of media items ; and selectively moving said clamp member towards or away from said support surface responsive to the thickness; and removing or adding a media item from or to the bunch of media items to respectively decrease or increase said thickness of the bunch of media items and moving the clamp member to maintain the predetermined clamp force as the thickness is decreased or increased.
An absorbent body comprising: a base material and a water absorbent resin powder fixed on the base material by a fixing agent, wherein the base material is a fiber base material having a mass per unit area in a range from 10 g/m 2 to 500 g/m 2 , a material of a fiber constituting the fiber base material contains at least one member selected from the group consisting of polyethylene, polypropylene and polyethylene telephthalate, the fixing agent is a copolymer having an acid value in a range from 50 mgKOH/g to 130 mgKOH/g and including a structural unit (X) derived from at least one monomer selected from the group consisting of an olefin and a vinyl aromatic compound and a structural unit (Y) derived from a monomer having an acidic group, the copolymer is a graft copolymer including a main chain having the structural unit (X) and a side chain having the structural unit (Y), and the monomer having an acidic group is at least one monomer selected from the group consisting of acrylic acid, methacrylic acid, maleic acid, fumaric acid and maleic anhydride.
A webshell detection method, comprising: obtaining first web traffic of a protected host, wherein the first web traffic is traffic generated when a web page provided by the protected host is visited during a first period; generating a web page visit record of the protected host based on the first web traffic, wherein the web page visit record is used to save at least one uniform resource locator, URL, an IP address visiting each of the at least one URL, and a total quantity of visits to each URL, and each URL identifies one web page provided by the protected host; determining a suspicious URL from the at least one URL based on the web page visit record, wherein a total quantity of visits to the suspicious URL is less than a first threshold, and a ratio of a quantity of different IP addresses visiting the suspicious URL to the total quantity of visits to the suspicious URL is less than a second threshold; and determining whether a web page identified by the suspicious URL contains a webshell signature in a webshell signature database, and detecting , based on a webshell signature determining result, whether a webshell exists in the web page identified by the suspicious URL. obtaining first web traffic of a protected host, wherein the first web traffic is traffic generated when a web page provided by the protected host is visited during a first period; generating a web page visit record of the protected host based on the first web traffic, wherein the web page visit record is used to save at least one uniform resource locator, URL, an IP address visiting each of the at least one URL, and a total quantity of visits to each URL, and each URL identifies one web page provided by the protected host; determining a suspicious URL from the at least one URL based on the web page visit record, wherein a total quantity of visits to the suspicious URL is less than a first threshold, and a ratio of a quantity of different IP addresses visiting the suspicious URL to the total quantity of visits to the suspicious URL is less than a second threshold; and determining whether a web page identified by the suspicious URL contains a webshell signature in a webshell signature database, and detecting , based on a webshell signature determining result, whether a webshell exists in the web page identified by the suspicious URL.
An earthing switch for a switchgear, comprising: a plurality of fixed contacts arranged in a plurality of phases of the switchgear; and a plurality of movable contacts operable to rotate by an operating mechanism of the switchgear so that the movable contacts can be coupled to or decoupled from the respective fixed contacts , characterised in that each of the movable contacts comprises a tubular blade mounted on the operating mechanism , a first end of the tubular blade being flattened. a plurality of fixed contacts arranged in a plurality of phases of the switchgear; and a plurality of movable contacts operable to rotate by an operating mechanism of the switchgear so that the movable contacts can be coupled to or decoupled from the respective fixed contacts , characterised in that each of the movable contacts comprises a tubular blade mounted on the operating mechanism , a first end of the tubular blade being flattened.
A life support system , comprising: a first life support device having a control unit configured to apply a first life support protocol comprising monitoring one or more cardiac or respiratory functions of a subject, and a memory unit operatively coupled to the control unit and configured to store information concerning the one or more cardiac or respiratory functions, the control unit further being configured to transmit the information concerning the one or more cardiac or respiratory functions to a second life support device that is distinct from the first life support device, to receive operating instructions from the second life support device concerning a second life support protocol to be applied to treat the subject based at least in part on the information concerning the one or more cardiac or respiratory functions, and to implement the operating instructions on the first life support device to treat the subject by applying the second life support protocol to the subject using the first life support device. a first life support device having a control unit configured to apply a first life support protocol comprising monitoring one or more cardiac or respiratory functions of a subject, and a memory unit operatively coupled to the control unit and configured to store information concerning the one or more cardiac or respiratory functions, the control unit further being configured to transmit the information concerning the one or more cardiac or respiratory functions to a second life support device that is distinct from the first life support device, to receive operating instructions from the second life support device concerning a second life support protocol to be applied to treat the subject based at least in part on the information concerning the one or more cardiac or respiratory functions, and to implement the operating instructions on the first life support device to treat the subject by applying the second life support protocol to the subject using the first life support device.
A method for computer-implemented monitoring of energy production of a renewable energy generating system , where the renewable energy generating system comprises one or a group of more renewable energy generators , wherein during the operation of the renewable energy generating system for a predetermined period of time the following steps are performed one after the other: determining, by a first energy meter , a produced energy amount of the renewable energy generating system in the predetermined period of time; verifying the produced energy amount of the renewable energy generating system in the predetermined period of time by a second energy meter different from the first energy meter by comparing the produced energies determined from the first and the second energy meters ; issuing, by a computing unit , an energy certificate for the renewable energy generating system for the predetermined period of time, where the energy certificate at least comprises a time stamp indicating the predetermined period of time, an identifier indicating the one or group of renewable energy generators having produced the energy amount, and the produced energy amount in case a verification of the produced energy amount is positive; encrypting, by the computing unit , the energy certificate; and adding, by the computing unit , the encrypted energy certificate to a block of a blockchain or a distributed ledger application as a digital output. determining, by a first energy meter , a produced energy amount of the renewable energy generating system in the predetermined period of time; verifying the produced energy amount of the renewable energy generating system in the predetermined period of time by a second energy meter different from the first energy meter by comparing the produced energies determined from the first and the second energy meters ; issuing, by a computing unit , an energy certificate for the renewable energy generating system for the predetermined period of time, where the energy certificate at least comprises a time stamp indicating the predetermined period of time, an identifier indicating the one or group of renewable energy generators having produced the energy amount, and the produced energy amount in case a verification of the produced energy amount is positive; encrypting, by the computing unit , the energy certificate; and adding, by the computing unit , the encrypted energy certificate to a block of a blockchain or a distributed ledger application as a digital output.
A method for operating a workstation of a textile machine , in particular a textile machine having a plurality of identical workstations , by an operator • wherein for operating the workstation a plurality of individual and, depending on the situation, different, work steps of a work assignment are carried out, and the operator and a higher-level controller , in particular a controller of the textile machine , are able to communicate with one another by means of a portable communication device , and • wherein the controller transmits a work instruction for carrying out a work step to the portable communication device of the operator , and the carrying out of the work step is detected by the controller via signals from the workstation and/or from the portable communication device , characterized in that further work instructions of the work assignment for carrying out a work step are transmitted to the portable communication device or are displayed there until the work assignment has been completely performed or terminated. • wherein for operating the workstation a plurality of individual and, depending on the situation, different, work steps of a work assignment are carried out, and the operator and a higher-level controller , in particular a controller of the textile machine , are able to communicate with one another by means of a portable communication device , and • wherein the controller transmits a work instruction for carrying out a work step to the portable communication device of the operator , and the carrying out of the work step is detected by the controller via signals from the workstation and/or from the portable communication device ,
A surgical system, comprising: a primary construct having a spinal fixation rod configured to extend between an uppermost instrumented vertebra (UIV) and a lowermost instrumented vertebra (LIV); an extension configured to be attached to a first attachment point and a second attachment point , with the first attachment point longitudinally offset from the primary construct; and a connector with a body that defines a first channel configured to receive the spinal fixation rod and a second channel configured to receive the extension; wherein the first channel is open in a lateral direction, such that the rod can be inserted into the first channel by moving the rod laterally with respect to the connector or vice versa; wherein the second channel of the connector further comprises a tunnel formed in a distal arm of the connector body; and wherein the connector includes a locking element or set screw that can be actuated to lock the connector to the extension and to the rod . a primary construct having a spinal fixation rod configured to extend between an uppermost instrumented vertebra (UIV) and a lowermost instrumented vertebra (LIV); an extension configured to be attached to a first attachment point and a second attachment point , with the first attachment point longitudinally offset from the primary construct; and a connector with a body that defines a first channel configured to receive the spinal fixation rod and a second channel configured to receive the extension; wherein the first channel is open in a lateral direction, such that the rod can be inserted into the first channel by moving the rod laterally with respect to the connector or vice versa; wherein the second channel of the connector further comprises a tunnel formed in a distal arm of the connector body; and wherein the connector includes a locking element or set screw that can be actuated to lock the connector to the extension and to the rod .
A method for manufacturing an electrode for a secondary battery, comprising: dispersing or dissolving a binder in a solvent to prepare a binder solution; preparing an electrode slurry by mixing the binder solution with an electrode material including an electrode active material, a conductive material, and selenium-carbon particles; coating the electrode slurry on a current collector to form a coating layer; drying the coating layer to vaporize amorphous selenium nanoparticles among the selenium-carbon particles and thereby forming hollow carbon nanoparticles in the coating layer. dispersing or dissolving a binder in a solvent to prepare a binder solution; preparing an electrode slurry by mixing the binder solution with an electrode material including an electrode active material, a conductive material, and selenium-carbon particles; coating the electrode slurry on a current collector to form a coating layer; drying the coating layer to vaporize amorphous selenium nanoparticles among the selenium-carbon particles and thereby forming hollow carbon nanoparticles in the coating layer.
A data processing device comprising: an extractor configured to extract time-series data (x t ) indicating observed values at points in time in an analysis range (W) from a first point in time (t N-2K ) to a second point in time (t N ), the second point in time (t N ) being a present point in time; and a first calculator configured to calculate a moving average value (<X tN-K >) at an intermediate point in time (t N-K ) on the basis of the observed values in the analysis range (W) and to calculate a gradient (a tN ) indicating a trend of change in the observed values in the analysis range (W) to minimize an objective function (J(a TN )), the objective function (J(a tN )) being defined as: J = ∑ i = 1 K x t N − K + i − < x t N − K > − a t N t N − K + i − t N − K 2 w i wherein w i is a weighting coefficient, the weighting coefficient being a numerical value increasing with respect to an increase in the elapsed time t N-K+i - t N-K an extractor configured to extract time-series data (x t ) indicating observed values at points in time in an analysis range (W) from a first point in time (t N-2K ) to a second point in time (t N ), the second point in time (t N ) being a present point in time; and a first calculator configured to calculate a moving average value (<X tN-K >) at an intermediate point in time (t N-K ) on the basis of the observed values in the analysis range (W) and to calculate a gradient (a tN ) indicating a trend of change in the observed values in the analysis range (W) to minimize an objective function (J(a TN )), the objective function (J(a tN )) being defined as: J = ∑ i = 1 K x t N − K + i − < x t N − K > − a t N t N − K + i − t N − K 2 w i wherein w i is a weighting coefficient, the weighting coefficient being a numerical value increasing with respect to an increase in the elapsed time t N-K+i - t N-K
A method comprising: identifying a characteristic of a process controller to be subjected to direct parameter adaptation, the characteristic of the process controller denoting a gain of a controller that controls a pH neutralization process or other pH control process; designing the process controller to control an industrial process , including solving an optimization problem to identify at least one parameter of the process controller; controlling the industrial process using the process controller ; calculating a robust stability condition, RSC, metric during operation of the process controller, the RSC metric providing an estimate of performance of the process controller in controlling the industrial process; and adaptively modifying the characteristic of the process controller based on the RSC metric, the calculated RSC metric is used as part of the optimization problem in order to identify at least one new parameter to be used by the process controller, in order to continue controlling the industrial process using the adaptively-updated controller, characterised in that the adaptive modification of the characteristic of the process controller comprises altering the gain in response to a setpoint change in the industrial process, the setpoint being associated with process variables controlled by the process controller. identifying a characteristic of a process controller to be subjected to direct parameter adaptation, the characteristic of the process controller denoting a gain of a controller that controls a pH neutralization process or other pH control process; designing the process controller to control an industrial process , including solving an optimization problem to identify at least one parameter of the process controller; controlling the industrial process using the process controller ; calculating a robust stability condition, RSC, metric during operation of the process controller, the RSC metric providing an estimate of performance of the process controller in controlling the industrial process; and adaptively modifying the characteristic of the process controller based on the RSC metric, the calculated RSC metric is used as part of the optimization problem in order to identify at least one new parameter to be used by the process controller, in order to continue controlling the industrial process using the adaptively-updated controller, characterised in that the adaptive modification of the characteristic of the process controller comprises altering the gain in response to a setpoint change in the industrial process, the setpoint being associated with process variables controlled by the process controller.
An installation check system for checking installation of an air conditioner before a start of a trial run of the air conditioner, the installation check system comprising: a display portion configured to display work instruction information including answer options about the installation, an operation button configured to be operated for entering an option selected from the answer options as a check result by an operator operating the operation button , a first storage portion configured to store the work instruction information, characterized in that the installation check system further includes a control circuit having an input processor , a determination portion configured to determine whether the selected option of the check result is installation work appropriately performed or not, the determination portion being configured to allow the start of the trial run if the selected option of the check result is installation work appropriately performed, and a signal generator which generates a drive signal to execute the trial run, wherein the input processor is configured to output the input check result to the determination portion , wherein the signal generator generates the drive signal under condition of the determination portion allowing the start of the trial run. a display portion configured to display work instruction information including answer options about the installation, an operation button configured to be operated for entering an option selected from the answer options as a check result by an operator operating the operation button , a first storage portion configured to store the work instruction information, characterized in that the installation check system further includes a control circuit having an input processor , a determination portion configured to determine whether the selected option of the check result is installation work appropriately performed or not, the determination portion being configured to allow the start of the trial run if the selected option of the check result is installation work appropriately performed, and a signal generator which generates a drive signal to execute the trial run, wherein the input processor is configured to output the input check result to the determination portion , wherein the signal generator generates the drive signal under condition of the determination portion allowing the start of the trial run.
Salvia haenkei extract as a re-epithelizing and cicatrizing agent for use in the treatment of tissue lesions.
Compressor for a turbomachine , in particular a turbine engine, including: - at least one annular row of variable-orientation vanes , each of the vanes comprising a control gearing , and - an actuator ring with an additional control gearing which cooperates with the control gearing of the vanes so as to vary their orientation, characterized in that at least one or each control gearing (42; 46) is a herringbone gearing , each herringbone including teeth which form between them an angle β of between 60° and 150°. - at least one annular row of variable-orientation vanes , each of the vanes comprising a control gearing , and - an actuator ring with an additional control gearing which cooperates with the control gearing of the vanes so as to vary their orientation,