mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure reducing valve comprising: a housing including a valve passage connected to a primary port and a secondary port , and a secondary pressure chamber ; a valve element provided in the housing , configured to adjust an opening degree of the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage , and configured to be pressed by secondary pressure in the secondary pressure chamber toward the closed position , the secondary pressure being introduced to the secondary pressure chamber from the valve passage ; and a biasing member configured to bias the valve element toward the open position against the secondary pressure; characterised in that : the pressure reducing valve further comprises: a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member , such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage . a housing including a valve passage connected to a primary port and a secondary port , and a secondary pressure chamber ; a valve element provided in the housing , configured to adjust an opening degree of the valve passage by moving between a closed position where the valve element closes the valve passage and an open position where the valve element opens the valve passage , and configured to be pressed by secondary pressure in the secondary pressure chamber toward the closed position , the secondary pressure being introduced to the secondary pressure chamber from the valve passage ; and a biasing member configured to bias the valve element toward the open position against the secondary pressure; characterised in that : the pressure reducing valve further comprises: a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member , such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage . a rolling bearing configured to be externally fitted on the valve element and support the valve element such that the valve element is movable; in that the housing includes a bearing accommodating space in which the rolling bearing is accommodated; and in that the bearing accommodating space is isolated from the secondary pressure chamber and the valve passage by a sealing member , such that the rolling bearing is not exposed to a fluid in the secondary pressure chamber and the valve passage .
Control or test system for a field device , wherein the available commands and parameters of the field device are stored in an electronic device description [page 1, paragraph 2], comprising a communicating unit for communicating with the field device in a bidirectional manner using a field bus protocol , also comprising a command memory which is designed to hold commands which can be transmitted to the field device using the field bus protocol .
A method for detecting anomalies in a technological system, the method comprising: intercepting , by a duplicator running on an upper-level element of the technological system at least one outgoing data packet addressed to a middle-level element of the technological system, wherein the upper-level element of the technological system includes at least controllers which control computers and human-machine interfaces, and the middle-level element of the technological system includes at least programmable logic controller, PLC, devices; sending , by the duplicator , information about the intercepted at least one outgoing data packet to a monitor using a secure connection, the monitor running on the middle-level element; intercepting , by the monitor , at least one incoming data packet, comparing, by the monitor , the information received from the duplicator with the intercepted at least one incoming data packet, wherein the comparison is performed with information received from the duplicator within a pre-determined interval of time; and detecting , by the monitor , an anomaly in the technological system when the intercepted at least one incoming data packet does not conform to the information received from the duplicator . intercepting , by a duplicator running on an upper-level element of the technological system at least one outgoing data packet addressed to a middle-level element of the technological system, wherein the upper-level element of the technological system includes at least controllers which control computers and human-machine interfaces, and the middle-level element of the technological system includes at least programmable logic controller, PLC, devices; sending , by the duplicator , information about the intercepted at least one outgoing data packet to a monitor using a secure connection, the monitor running on the middle-level element; intercepting , by the monitor , at least one incoming data packet, comparing, by the monitor , the information received from the duplicator with the intercepted at least one incoming data packet, wherein the comparison is performed with information received from the duplicator within a pre-determined interval of time; and detecting , by the monitor , an anomaly in the technological system when the intercepted at least one incoming data packet does not conform to the information received from the duplicator .
A battery monitoring device for controlling an assembled battery composed of one or a plurality of battery cells , the battery monitoring device comprising: a selection circuit having one or a plurality of switching elements (110 - 112) respectively connected via voltage detection lines (210 - 212) to each battery cell of the assembled battery, the selection circuit using the switching element to select, from among the battery cells of the assembled battery, the battery cell targeted for voltage measurement; a detecting noise filter circuit (120 - 122) provided on the voltage detection line in correspondence with each battery cell of the assembled battery, characterized in comprising a supply circuit generating, based on a reference voltage inputted from the assembled battery, a driving voltage for driving each switching element of the selection circuit and supplying the driving voltage to the selection circuit; and a reference voltage line from the assembled battery to the supply circuit, the reference voltage line including a detecting noise filter circuit and/or a power filter circuit of a time constant approximately equal to a time constant of the detecting noise filter circuit. a selection circuit having one or a plurality of switching elements (110 - 112) respectively connected via voltage detection lines (210 - 212) to each battery cell of the assembled battery, the selection circuit using the switching element to select, from among the battery cells of the assembled battery, the battery cell targeted for voltage measurement; a detecting noise filter circuit (120 - 122) provided on the voltage detection line in correspondence with each battery cell of the assembled battery, characterized in comprising a supply circuit generating, based on a reference voltage inputted from the assembled battery, a driving voltage for driving each switching element of the selection circuit and supplying the driving voltage to the selection circuit; and a reference voltage line from the assembled battery to the supply circuit, the reference voltage line including a detecting noise filter circuit and/or a power filter circuit of a time constant approximately equal to a time constant of the detecting noise filter circuit.
A method of unlocking an electronic device , comprising: displaying a lock screen containing a simulated parallaxing three-dimensional scene on a touch screen of the electronic device ; receiving user input gestures on the touch screen ; parallaxing the displayed scene in accordance with the input gestures; and determining if the input gestures satisfy input requirements to unlock the electronic device and, if so, unlock the electronic device (1 0), wherein the input gestures satisfy the input requirements to unlock the electronic device if the parallaxing of the displayed scene in accordance with the input gestures reveals a predetermined target object that is hidden by a scenery object prior to parallaxing of the displayed scene in accordance with the input gestures. displaying a lock screen containing a simulated parallaxing three-dimensional scene on a touch screen of the electronic device ; receiving user input gestures on the touch screen ; parallaxing the displayed scene in accordance with the input gestures; and determining if the input gestures satisfy input requirements to unlock the electronic device and, if so, unlock the electronic device (1 0), wherein the input gestures satisfy the input requirements to unlock the electronic device if the parallaxing of the displayed scene in accordance with the input gestures reveals a predetermined target object that is hidden by a scenery object prior to parallaxing of the displayed scene in accordance with the input gestures.
A steel wire mesh for supporting walls of mines and other subterranean constructions, which mesh comprises - a number of parallel first mesh wires , which are arranged at a first distance from each other, - a number of parallel second mesh wires , which are arranged at a second distance from each other, perpendicular to the first mesh wires , wherein the said first and second mesh wires are attached to each other at the intersections of the mesh wires, preferably by welding, characterised in that the steel wire mesh comprises third mesh wires which are parallel to the first mesh wires , wherein an individual third mesh wire is arranged at a distance from an individual first mesh wire , the distance between the third mesh wire and the first mesh wire being 2-15 mm, preferably 5-10 mm, and wherein the number of third mesh wires is smaller than the number of first mesh wires . - a number of parallel first mesh wires , which are arranged at a first distance from each other, - a number of parallel second mesh wires , which are arranged at a second distance from each other, perpendicular to the first mesh wires , wherein the said first and second mesh wires are attached to each other at the intersections of the mesh wires, preferably by welding, characterised in that the steel wire mesh comprises third mesh wires which are parallel to the first mesh wires , wherein an individual third mesh wire is arranged at a distance from an individual first mesh wire , the distance between the third mesh wire and the first mesh wire being 2-15 mm, preferably 5-10 mm, and wherein the number of third mesh wires is smaller than the number of first mesh wires .
A battery-separator nonwoven fabric characterized by comprising: a fiber A including a nanofiber having a fiber diameter of 100 to 1000 nm, wherein the fiber diameter is measured according to the method described in the description; a fiber B including a thermal adhesive ultrafine fiber having a fiber diameter of 100 to 2000 nm wherein the fiber diameter is measured according to the method described in the description; and a fiber C including a thermal adhesive fiber having a single fiber fineness of 0.1 dtex or more, wherein a tensile elongation of the nonwoven fabric is 100 or more wherein the tensile elongation is measured according to the method described in the description; and wherein fiber B is an unstretched polyester fiber.
An anti-sclerostin antibody for use in treating osteogenesis imperfecta (OI) in a human patient comprising administering to the human patient a therapeutically effective amount of the anti-sclerostin antibody, wherein the anti-sclerostin antibody comprises: (a) a heavy chain variable region CDR1 comprising an amino acid sequence set forth in SEQ ID NO:4; (b) a heavy chain variable region CDR2 comprising an amino acid sequence set forth in SEQ ID NO: 15; (c) a heavy chain variable region CDR3 comprising an amino acid sequence set forth in SEQ ID NO:26; (d) a light chain variable region CDR1 comprising an amino acid sequence set forth in SEQ ID NO:37; (e) a light chain variable region CDR2 comprising an amino acid sequence set forth in SEQ ID NO:48; and (f) a light chain variable region CDR3 comprising an amino acid sequence set forth in SEQ ID NO:59. (a) a heavy chain variable region CDR1 comprising an amino acid sequence set forth in SEQ ID NO:4; (b) a heavy chain variable region CDR2 comprising an amino acid sequence set forth in SEQ ID NO: 15; (c) a heavy chain variable region CDR3 comprising an amino acid sequence set forth in SEQ ID NO:26; (d) a light chain variable region CDR1 comprising an amino acid sequence set forth in SEQ ID NO:37; (e) a light chain variable region CDR2 comprising an amino acid sequence set forth in SEQ ID NO:48; and (f) a light chain variable region CDR3 comprising an amino acid sequence set forth in SEQ ID NO:59.
An apparatus comprising: a handwriting input device adapted to receive input stroke data; a processor ; a memory ; and a stroke data storage module , wherein the stroke data storage module is configured to identify a handwritten character from the stroke data, map the handwritten character to a user-specific font character based on the stroke data, and create a file storing a character encoding corresponding to the handwritten character mapped to the user-specific font character, characterized in that , the stroke data storage module is further configured to determine a deviation between the handwritten character and a model character, wherein the stroke data storage module is further adapted to store the deviation in the file. a handwriting input device adapted to receive input stroke data; a processor ; a memory ; and a stroke data storage module , wherein the stroke data storage module is configured to identify a handwritten character from the stroke data, map the handwritten character to a user-specific font character based on the stroke data, and create a file storing a character encoding corresponding to the handwritten character mapped to the user-specific font character, characterized in that , the stroke data storage module is further configured to determine a deviation between the handwritten character and a model character, wherein the stroke data storage module is further adapted to store the deviation in the file.
Device for initiating an extrusion process, comprising at least an extraction device with a base frame , a platform arranged on the base frame , a winch with a reel arranged on the platform , a wire rope , which can be wound onto the reel of the winch and which pulls an extruded plastic tube within an extrusion line over deflection rollers until the extraction device takes over, characterized in that the platform is movable transversely to the direction of extrusion. an extraction device with a base frame , a platform arranged on the base frame , a winch with a reel arranged on the platform , a wire rope , which can be wound onto the reel of the winch and which pulls an extruded plastic tube within an extrusion line over deflection rollers until the extraction device takes over,
Holding system an ultra-high-frequency (UHF) sensor on a view port of a high-voltage electrical station , said view port being attached to the rest of the electrical station by means of a support , such as a flange, of the electrical station , the holding system comprising: - at least one attachment element , designed to be attached to the electrical station facing the support , said attachment element comprising an opening giving access to the view port when it is attached to the electrical station , the holding system being characterised in that it further comprises: - a holding part a UHF sensor configured to house at least partially the UHF sensor , the holding part being further configured to be placed in the opening of the attachment element and to hold the UHF sensor in position with regards to the view port , and - at least one first locking body suitable for locking in position the holding part on the attachment element when the holding part is placed in the opening of the attachment element , said first locking body being configured to allow for a manual locking in position of the holding part in the opening of the attachment element . - at least one attachment element , designed to be attached to the electrical station facing the support , said attachment element comprising an opening giving access to the view port when it is attached to the electrical station , - a holding part a UHF sensor configured to house at least partially the UHF sensor , the holding part being further configured to be placed in the opening of the attachment element and to hold the UHF sensor in position with regards to the view port , and - at least one first locking body suitable for locking in position the holding part on the attachment element when the holding part is placed in the opening of the attachment element , said first locking body being configured to allow for a manual locking in position of the holding part in the opening of the attachment element .
A coating able to reduce friction and wear, wherein the coating is located on a surface of a substrate and the coating comprises an adhesive layer, a transition layer, a gradient layer and a function layer in sequence in a direction away from the surface of the substrate, wherein the gradient layer is a CrMo x N layer in which Mo content progressively increases from 2.0-3.0 wt% to 3.0-6.0 wt%; and the function layer comprises at least one cyclical layer, each cyclical layer comprises a first CrMo x N layer and a second CrMo x N layer in sequence from bottom to top, and a Mo content of the first CrMo x N layer is lower than a Mo content of the second CrMo x N layer. the gradient layer is a CrMo x N layer in which Mo content progressively increases from 2.0-3.0 wt% to 3.0-6.0 wt%; and the function layer comprises at least one cyclical layer, each cyclical layer comprises a first CrMo x N layer and a second CrMo x N layer in sequence from bottom to top, and a Mo content of the first CrMo x N layer is lower than a Mo content of the second CrMo x N layer.
A method for displaying a musical score on a screen of an electronic device, comprising: loading a file having a digital score in a piece of memory of said electronic device; scrolling said digital score on the screen of the electronic device; capturing an audio signal corresponding to said musical score being played by a musician; repeatedly selecting frames (frame_i) of the captured audio signal and, for each selected frame (frame_i): obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value ; adjusting the scrolling speed of the digital score according to the estimated tempo . loading a file having a digital score in a piece of memory of said electronic device; scrolling said digital score on the screen of the electronic device; capturing an audio signal corresponding to said musical score being played by a musician; repeatedly selecting frames (frame_i) of the captured audio signal and, for each selected frame (frame_i): obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value ; adjusting the scrolling speed of the digital score according to the estimated tempo . obtaining a dominant tempo value at which the music contained in said frame (frame_i) is played; from the dominant tempo value obtained from said frame (frame_i) and from a reference tempo comprising a reference figure and a reference tempo value, estimating the tempo at which the musician is playing, said estimated tempo comprising said reference figure and a normalized tempo value with respect to the dominant tempo value ; adjusting the scrolling speed of the digital score according to the estimated tempo .
A method comprising: determining , by a first device, a piece of status information of the first device, storing , by the first device, the determined piece of status information to a status information log in the first device; causing, by the first device, broadcast of the determined piece of the status information of the first device to one or more second devices belonging to the same device network; receiving in the first device as broadcast one or more pieces of status information of the one or more second devices; storing , by the first device, the received one or more pieces of status information of the one or more second devices to the status information log in the first device; and causing, by the first device, broadcast of the received one or more pieces of status information. determining , by a first device, a piece of status information of the first device, storing , by the first device, the determined piece of status information to a status information log in the first device; causing, by the first device, broadcast of the determined piece of the status information of the first device to one or more second devices belonging to the same device network; receiving in the first device as broadcast one or more pieces of status information of the one or more second devices; storing , by the first device, the received one or more pieces of status information of the one or more second devices to the status information log in the first device; and causing, by the first device, broadcast of the received one or more pieces of status information.
Polymer-biofiller composite material from lees winemaking processes comprising or alternatively consisting of: - from 5% to 50% by weight of biofiller from lees of winemaking processes and - a thermoplastic polyurethane (TPU). - from 5% to 50% by weight of biofiller from lees of winemaking processes and - a thermoplastic polyurethane (TPU).