mhurhangee/patent-ind-claim-en huggingface dataset:
Brake system for a vehicle , wherein the brake system comprises: a first electric power supply unit ; an electronic brake control unit , wherein the electronic brake control unit is connected to the first electric power supply unit ; a first axle pressure modulator for service brake chambers associated with a first axle of the vehicle , wherein the first axle pressure modulator is connected to the electronic brake control unit ; a second axle pressure modulator for spring brake cylinders associated with a second axle of the vehicle , wherein the second axle pressure modulator is connected to the electronic brake control unit ; a second electric power supply unit ; an electronic parking brake controller , wherein the electronic parking brake controller is connected to the second electric power supply unit , wherein the electronic parking brake controller is fluidically connected to the spring brake cylinders ; characterized by a pressure modulator unit , wherein the pressure modulator unit is fluidically connected to the first axle pressure modulator , wherein the pressure modulator unit is connected to the electronic parking brake controller , wherein the electronic parking brake controller is configured to issue a control signal for controlling the pressure modulator unit , wherein the pressure modulator unit is configured to command pneumatic control pressure for the first axle pressure modulator depending on the control signal from the electronic parking brake controller . a first electric power supply unit ; an electronic brake control unit , wherein the electronic brake control unit is connected to the first electric power supply unit ; a first axle pressure modulator for service brake chambers associated with a first axle of the vehicle , wherein the first axle pressure modulator is connected to the electronic brake control unit ; a second axle pressure modulator for spring brake cylinders associated with a second axle of the vehicle , wherein the second axle pressure modulator is connected to the electronic brake control unit ; a second electric power supply unit ; an electronic parking brake controller , wherein the electronic parking brake controller is connected to the second electric power supply unit , wherein the electronic parking brake controller is fluidically connected to the spring brake cylinders ; characterized by a pressure modulator unit , wherein the pressure modulator unit is fluidically connected to the first axle pressure modulator , wherein the pressure modulator unit is connected to the electronic parking brake controller , wherein the electronic parking brake controller is configured to issue a control signal for controlling the pressure modulator unit , wherein the pressure modulator unit is configured to command pneumatic control pressure for the first axle pressure modulator depending on the control signal from the electronic parking brake controller .
A process for the smelting of a metalliferous feedstock material, the process including the steps of: (i) feeding an agglomerate comprising of a fine metalliferous feedstock material, having a particle size of less than or equal to 6 mm, and a fine reductant, having a particle size of less than or equal to 6 mm, to a reactor, the agglomerate forming a packed bed within the reactor; (ii) smelting the agglomerate by passing a hot reducing gas, at a temperature above 1200 °C, counter current through the packed bed to form a molten material comprising a partially reduced metalliferous constituent, an intermediate slag constituent and entrained unreacted reductant constituent; and (iii) channelling the molten material to flow into a vessel to form a metal product and a slag product, the vessel being separate from and in fluid flow communication with the reactor. (i) feeding an agglomerate comprising of a fine metalliferous feedstock material, having a particle size of less than or equal to 6 mm, and a fine reductant, having a particle size of less than or equal to 6 mm, to a reactor, the agglomerate forming a packed bed within the reactor; (ii) smelting the agglomerate by passing a hot reducing gas, at a temperature above 1200 °C, counter current through the packed bed to form a molten material comprising a partially reduced metalliferous constituent, an intermediate slag constituent and entrained unreacted reductant constituent; and (iii) channelling the molten material to flow into a vessel to form a metal product and a slag product, the vessel being separate from and in fluid flow communication with the reactor.
A switch control system comprising a switching member , a high voltage load , a high voltage energy storage , a bi-directional DC/DC-converter operatively connected to the switching member , a high-voltage capacitor operatively connected to the high-voltage load , and a low voltage energy storage operatively connected to the bi-directional DC/DC-converter , wherein the switching member is adapted to connect and disconnect the high voltage energy storage to and from the high voltage load , characterized in that the bi-directional DC/DC-converter is adapted to pre-charge the high-voltage capacitor to a predefined voltage value from the low voltage energy storage before the switching member is closed and adapted to discharge the high-voltage capacitor to the low voltage energy storage when the switching member has been opened and wherein the predefined voltage value is set to alternate between a voltage value that is sometimes lower than the voltage of the high voltage energy storage and that is sometimes higher than the voltage of the high voltage energy storage.
Method for providing a data connection to the Internet on a telecommunication terminal, TC terminal, by using a mobile radio network , the method comprising: - associating a SIM card with the TC terminal and recording this association on a server ; - delivering the SIM card to a mobile radio gateway ; - registering a radio module of the mobile radio gateway in the mobile radio network by using the delivered SIM card ; - setting up a mobile radio data connection by way of the registered radio module of the mobile radio gateway via the mobile radio network to the Internet ; - setting up a first secure data connection between the mobile radio gateway and the server , data being transparently transmissible between the Internet and the server via the mobile radio data connection and the first secure data connection ; - setting up a second secure data connection between the TC terminal and the server ; and - connecting the first secure data connection and the second secure data connection by way of the server to provide a data connection from the TC terminal to the Internet via the second secure data connection , the first secure data connection and the mobile radio data connection , - the SIM card being delivered to the mobile radio gateway by way of the server , the server being a SIM server, or the SIM card being delivered to the mobile radio gateway by way of a separate SIM server that communicates with the server . - associating a SIM card with the TC terminal and recording this association on a server ; - delivering the SIM card to a mobile radio gateway ; - registering a radio module of the mobile radio gateway in the mobile radio network by using the delivered SIM card ; - setting up a mobile radio data connection by way of the registered radio module of the mobile radio gateway via the mobile radio network to the Internet ; - setting up a first secure data connection between the mobile radio gateway and the server , data being transparently transmissible between the Internet and the server via the mobile radio data connection and the first secure data connection ; - setting up a second secure data connection between the TC terminal and the server ; and - connecting the first secure data connection and the second secure data connection by way of the server to provide a data connection from the TC terminal to the Internet via the second secure data connection , the first secure data connection and the mobile radio data connection , - the SIM card being delivered to the mobile radio gateway by way of the server , the server being a SIM server, or the SIM card being delivered to the mobile radio gateway by way of a separate SIM server that communicates with the server .
A medical observation device comprising: an imaging optical system configured to capture an image of a subject ; an image sensor configured to photoelectrically convert the image of the subject captured by the imaging optical system; a driving force transmission mechanism including a transmission gear transmitting a driving force to a moving object ; a manual manipulation knob supported by a fulcrum shaft and configured to be manipulated to rotate in an axial rotation direction of the fulcrum shaft and capable of moving between a first position and a second position in an axial direction of the fulcrum shaft; a switch gear connected to the manual manipulation knob, integrated with the manual manipulation knob, and rotatable in the axial rotation direction, and movable in the axial direction between a meshing position and a non-meshing position; and a driving motor configured to give a driving force to the moving object, wherein meshing of the switch gear and the transmission gear is released at the non-meshing position, and the switch gear and the transmission gear mesh with each other at the meshing position, wherein a gear box in which at least the transmission gear and the switch gear are disposed is provided, and a direction from the first position toward the second position is set to a drawn-out direction of the manual manipulation knob from the gear box; wherein the driving motor is set to be in a non-driving state when the switch gear is moved to the meshing position. an imaging optical system configured to capture an image of a subject ; an image sensor configured to photoelectrically convert the image of the subject captured by the imaging optical system; a driving force transmission mechanism including a transmission gear transmitting a driving force to a moving object ; a manual manipulation knob supported by a fulcrum shaft and configured to be manipulated to rotate in an axial rotation direction of the fulcrum shaft and capable of moving between a first position and a second position in an axial direction of the fulcrum shaft; a switch gear connected to the manual manipulation knob, integrated with the manual manipulation knob, and rotatable in the axial rotation direction, and movable in the axial direction between a meshing position and a non-meshing position; and a driving motor configured to give a driving force to the moving object, wherein meshing of the switch gear and the transmission gear is released at the non-meshing position, and the switch gear and the transmission gear mesh with each other at the meshing position, wherein a gear box in which at least the transmission gear and the switch gear are disposed is provided, and a direction from the first position toward the second position is set to a drawn-out direction of the manual manipulation knob from the gear box; wherein the driving motor is set to be in a non-driving state when the switch gear is moved to the meshing position.
A method of forming a three-dimensional object from a solidifiable material , comprising: providing a source of the solidifiable material ; providing a linear solidification device , wherein during an object solidification operation, the linear solidification device selectively scans solidification energy along a scanning (y) axis as the linear solidification device travels along a travel (x) axis, the linear solidification device is capable of scanning a maximum number of scan lines Nmax along the travel (x) axis, each scan line has a length along the scanning (y) axis and is spaced apart from an adjacent scan line by a scan line gap dx along the travel axis, and the linear solidification device has a minimum feature size dy along the scanning (y) axis; providing a build platform , wherein the build platform moves by a layer thickness dz along a build (z) axis following the solidification of a layer of the solidifiable material ; generating voxel data representative of the three-dimensional object , wherein each voxel corresponds to a set of coordinates in a three-dimensional reference coordinate system characterized in that it has a first dimension equal to dx, a second dimension equal to dy, and a third dimension equal to dz. providing a source of the solidifiable material ; providing a linear solidification device , wherein during an object solidification operation, the linear solidification device selectively scans solidification energy along a scanning (y) axis as the linear solidification device travels along a travel (x) axis, the linear solidification device is capable of scanning a maximum number of scan lines Nmax along the travel (x) axis, each scan line has a length along the scanning (y) axis and is spaced apart from an adjacent scan line by a scan line gap dx along the travel axis, and the linear solidification device has a minimum feature size dy along the scanning (y) axis; providing a build platform , wherein the build platform moves by a layer thickness dz along a build (z) axis following the solidification of a layer of the solidifiable material ; generating voxel data representative of the three-dimensional object , wherein each voxel corresponds to a set of coordinates in a three-dimensional reference coordinate system characterized in that it has a first dimension equal to dx, a second dimension equal to dy, and a third dimension equal to dz.
A computer-implemented method comprising: training a neural network, wherein training the neural network comprises using metric learning and sub-word embeddings to train the neural network; receiving forensics information corresponding to a plurality of message attachments; generating, for each of the plurality of message attachments, a feature representation; inputting the feature representations into the neural network, wherein inputting the feature representations into the neural network results in a numeric representation for each of the plurality of message attachments; applying a clustering algorithm to cluster each of the plurality of message attachments based on the numeric representations, resulting in clustering information; extracting, from the clustering information, one or more indicators of compromise indicating that one or more of the plurality of attachments corresponds to a threat campaign; and sending, to an enterprise user device, user interface information comprising the one or more indicators of compromise, wherein sending the user interface information causes the enterprise user device to display a user interface identifying the one or more indicators of compromise. training a neural network, wherein training the neural network comprises using metric learning and sub-word embeddings to train the neural network; receiving forensics information corresponding to a plurality of message attachments; generating, for each of the plurality of message attachments, a feature representation; inputting the feature representations into the neural network, wherein inputting the feature representations into the neural network results in a numeric representation for each of the plurality of message attachments; applying a clustering algorithm to cluster each of the plurality of message attachments based on the numeric representations, resulting in clustering information; extracting, from the clustering information, one or more indicators of compromise indicating that one or more of the plurality of attachments corresponds to a threat campaign; and sending, to an enterprise user device, user interface information comprising the one or more indicators of compromise, wherein sending the user interface information causes the enterprise user device to display a user interface identifying the one or more indicators of compromise.
A fuel cell electrocatalyst, comprising a modified bimetallic nanoparticle supported on a substrate, wherein the modified bimetallic nanoparticle comprises a first metal consisting of platinum and a second metal selected from the group consisting of Iridium (Ir), Ruthenium(Ru), Copper(Cu), Cobalt (Co), Titanium (Ti), Zirconium (Zr), Hafnium (Hf), Vanadium (V), Niobium (Nb), Tantalum (Ta), Chromium (Cr), Molybdenum (Mo), Tungsten (W), Iron (Fe), Osmium (Os), Nickel (Ni), Palladium (Pd), Rhodium (Rh), Silver (Ag) and Gold (Au) having at least one mercapto alkyl acid attached thereon, wherein the molar ratio of the first metal and the second metal to mercapto alkyl acid is at least 16:1, and wherein the substrate is Carbon.
A system for measuring moving vehicle information, comprising: an electrical transmission-line sensor including an electrical transmission line, wherein the electrical transmission-line sensor is configured to provide an electrical impedance change of the electrical transmission line in response to a wheel-load of a moving vehicle on the electrical transmission line; an electrical time domain reflectometry signal processing system capable of measuring the electrical impedance change of the electrical transmission-line sensor and converting the impedance change to a signal; and a data-processing system configured to extract the moving vehicle information of the moving vehicle from the signal. an electrical transmission-line sensor including an electrical transmission line, wherein the electrical transmission-line sensor is configured to provide an electrical impedance change of the electrical transmission line in response to a wheel-load of a moving vehicle on the electrical transmission line; an electrical time domain reflectometry signal processing system capable of measuring the electrical impedance change of the electrical transmission-line sensor and converting the impedance change to a signal; and a data-processing system configured to extract the moving vehicle information of the moving vehicle from the signal.
A method for transmitting feedback, the method comprising: generating , by a user device explicit channel feedback for a plurality of transmit beam-receive beam combinations, TRBCs, between the user device and a transmit-receive point, TRP ; generating , by the user device, a modified resource in accordance with explicit feedback configuration information, the modified resource configured to convey the explicit channel feedback, wherein an explicit channel feedback associated with each TRBC is conveyed on a different data symbol of the modified resource; and transmitting , by the user device, the modified resource to the TRP using a single TRBC, wherein the modified resource is a modified sounding reference signal, SRS, resource , and the explicit channel feedback associated with each TRBC is conveyed on a subset of subcarriers of a data symbol associated with the TRBC. generating , by a user device explicit channel feedback for a plurality of transmit beam-receive beam combinations, TRBCs, between the user device and a transmit-receive point, TRP ; generating , by the user device, a modified resource in accordance with explicit feedback configuration information, the modified resource configured to convey the explicit channel feedback, wherein an explicit channel feedback associated with each TRBC is conveyed on a different data symbol of the modified resource; and transmitting , by the user device, the modified resource to the TRP using a single TRBC, wherein the modified resource is a modified sounding reference signal, SRS, resource , and the explicit channel feedback associated with each TRBC is conveyed on a subset of subcarriers of a data symbol associated with the TRBC.
A method for selecting a beam, performed by a data receiving terminal, comprising: determining receiving positions in time domain for monitoring data to be transmitted within a set transmission period; monitoring , at the receiving positions in time domain, data to be transmitted sent by a data sending terminal using different beams, wherein the data to be transmitted is able to indicate a transmission beam corresponding to the data; and determining an optimal transmission beam based on monitoring results, characterized in that determining the receiving positions in time domain for monitoring the data to be transmitted within the set transmission period comprises: receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter. determining receiving positions in time domain for monitoring data to be transmitted within a set transmission period; monitoring , at the receiving positions in time domain, data to be transmitted sent by a data sending terminal using different beams, wherein the data to be transmitted is able to indicate a transmission beam corresponding to the data; and determining an optimal transmission beam based on monitoring results, characterized in that determining the receiving positions in time domain for monitoring the data to be transmitted within the set transmission period comprises: receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter. receiving a position parameter sent by a base station through radio resource control, RRC, signaling, a media access control control element, MAC CE, or physical layer signaling; and determining receiving positions in time domain based on the position parameter, or determining a receiving window containing a plurality of receiving positions in time domain based on the position parameter.
Gangway for the embarkation and disembarkation of persons on and from a boat, having a modular structure including a first section , which is fixable to a boat, a second section , fixed to the first section and having sliding guides , a third section slidably movable along the guides of the second section , characterized in comprising a moving system having a spiral nut attached to the third section , a worm screw , constrained to slide through the nut and fastened, by means of a cardan joint , to a rotating shaft driven by a motor , so that a rotation of said shaft causes the third section to slide along the guides and along a main direction (X), coinciding with the worm screw axis, so that the gangway can move between a retracted configuration and an extended configuration. a first section , which is fixable to a boat, a second section , fixed to the first section and having sliding guides , a third section slidably movable along the guides of the second section , characterized in comprising a moving system having a spiral nut attached to the third section , a worm screw , constrained to slide through the nut and fastened, by means of a cardan joint , to a rotating shaft driven by a motor , so that a rotation of said shaft causes the third section to slide along the guides and along a main direction (X), coinciding with the worm screw axis, so that the gangway can move between a retracted configuration and an extended configuration.