mhurhangee/ep-ind-claims huggingface dataset:
Ferrite particles, wherein the ferrite particles are composed of a single crystalline body having an average particle size of 1 to 2000 nm, are Mn-based ferrite particles having a spherical particle shape, and have a saturation magnetisation of 45 to 95 Am 2 /kg; characterised in that the ferrite particles contain Mn in a content of 1 to 23% by weight, Fe in a content of 58 to 65% by weight and contain no metal components other than Fe and Mn except for inevitable impurities.
A state determination device with a paint device, the paint device comprising an air motor that rotates by a supply of a gas, a rotational shaft that serves as a rotational center of the air motor, a rotary atomizer head that is connected to the rotational shaft and sprays paint, and a vibration detection unit that detects a vibration of the paint device, characterized in that the state determination device comprises: a frequency component acquisition unit that acquires a frequency component caused by a contact between the rotational shaft and the air motor, wherein the contact occurs upon centrifugal whirling of the rotational shaft, from a detection result by the vibration detection unit; and an abnormality determination unit that determines whether an abnormality of the air motor exists or not based on an acquisition result by the frequency component acquisition unit, wherein the state determination device determines a state of the paint device. a frequency component acquisition unit that acquires a frequency component caused by a contact between the rotational shaft and the air motor, wherein the contact occurs upon centrifugal whirling of the rotational shaft, from a detection result by the vibration detection unit; and an abnormality determination unit that determines whether an abnormality of the air motor exists or not based on an acquisition result by the frequency component acquisition unit, wherein the state determination device determines a state of the paint device.
A method of managing subscriber sessions with a mobile network gateway device comprising: receiving a session request with one of a plurality of forwarding units within a mobile network gateway device of a mobile service provider network that provides access to services of one or more packet data networks, wherein the session request identifies a mobile device and requests the mobile network gateway device to serve as an anchor for a subscriber session for the mobile device when accessing one of the packet data networks; selecting, with the forwarding unit, a first one of a plurality of subscriber management service units within the mobile network gateway device in response to the session request, wherein the plurality of subscriber management service units present a uniform interface to nodes within the mobile service provider network, wherein the plurality of subscriber management service units serve as anchors for subscriber sessions for mobile devices when accessing one or more packet data networks by the mobile service provider network; and sending within the mobile network gateway device the session request from the forwarding unit to the first subscriber management service unit to provide management services for the subscriber session requested by the mobile device. receiving a session request with one of a plurality of forwarding units within a mobile network gateway device of a mobile service provider network that provides access to services of one or more packet data networks, wherein the session request identifies a mobile device and requests the mobile network gateway device to serve as an anchor for a subscriber session for the mobile device when accessing one of the packet data networks; selecting, with the forwarding unit, a first one of a plurality of subscriber management service units within the mobile network gateway device in response to the session request, wherein the plurality of subscriber management service units present a uniform interface to nodes within the mobile service provider network, wherein the plurality of subscriber management service units serve as anchors for subscriber sessions for mobile devices when accessing one or more packet data networks by the mobile service provider network; and sending within the mobile network gateway device the session request from the forwarding unit to the first subscriber management service unit to provide management services for the subscriber session requested by the mobile device.
A downhole tool, for removing sections of metal tubing, said downhole tool comprising: - one or more conductive elements arranged to corrode a section of metal tubing using an electrolytic process, said one or more conductive elements being formed of electrically conductive material, - one or more non-conductive spacers fitted to the one or more conductive elements, the spacers being configured to sit against the internal surface of the metal tubing during the corrosion process to maintain a gap between the one or more conductive elements and the metal tubing, wherein at least a portion of the tool is configured to rotate such that the spacers move against the surface of the metal tubing, - a power unit configured to provide an electrical current to the one or more conductive elements, and - an apparatus to establish a connection between the negative pole of the power unit and the one or more conductive elements and between the positive pole of the power unit and the metal tubing. - one or more conductive elements arranged to corrode a section of metal tubing using an electrolytic process, said one or more conductive elements being formed of electrically conductive material, - one or more non-conductive spacers fitted to the one or more conductive elements, the spacers being configured to sit against the internal surface of the metal tubing during the corrosion process to maintain a gap between the one or more conductive elements and the metal tubing, wherein at least a portion of the tool is configured to rotate such that the spacers move against the surface of the metal tubing, - a power unit configured to provide an electrical current to the one or more conductive elements, and - an apparatus to establish a connection between the negative pole of the power unit and the one or more conductive elements and between the positive pole of the power unit and the metal tubing.
System (100; 200) for pivoting a switchgear mounting, which comprises a rotary drive shaft (120, 165; 220, 265), a damper (140; 240), a stressed torsion spring linked to the rotary drive shaft, and a device for adjusting the initial torsion stress of the torsion spring, which comprises a cogwheel (150; 250) linked to the torsion spring and an adjustment screw (170; 270), the threaded body of which engages with the notching of the cogwheel (150; 250) such that the screwing/unscrewing of the adjustment screw causes the rotation of the cogwheel about its axis, pivoting system, characterised in that a blocking element (V2; V3) is provided, distinct from the adjustment screw (170; 270), which directly or indirectly engages with the cogwheel (150; 250) to block the rotation of this cogwheel (150; 250) about its axis.
A method of clearing a fault in a high voltage DC electrical network (10; 80) including at least three power converters (12, 14, 16, 18) interconnected by at least a first DC power transmission medium, the method comprising the steps of: (a) detecting a fault (68; 72) in the first DC power transmission medium and in response reconfiguring each power converter (12, 14, 16, 18) from a normal power transmission mode to a fault blocking mode to drive the resulting DC fault current (I Fault) flowing in the first DC power transmission medium towards zero; and (b) locating the fault (68; 72) in the first DC power transmission medium and isolating a faulty portion of the first DC power transmission medium from a healthy remaining portion of the first DC power transmission medium, the method being characterised in that it includes the steps of: (c) reconfiguring at least one of the power converters (12, 14, 16, 18) designated as a re-energising power converter from the fault blocking mode to a re-energising mode to re-energise the healthy remaining portion of the first DC power transmission medium; and (d) detecting a rise in the voltage level with respect to earth in the healthy remaining portion of the first DC power transmission medium above a first threshold level, and in response, reconfiguring the or each remaining power converter (12, 14, 16, 18) connected with the healthy remaining portion of the first DC power transmission medium from the fault blocking mode to the normal power transmission mode. (a) detecting a fault (68; 72) in the first DC power transmission medium and in response reconfiguring each power converter (12, 14, 16, 18) from a normal power transmission mode to a fault blocking mode to drive the resulting DC fault current (I Fault) flowing in the first DC power transmission medium towards zero; and (b) locating the fault (68; 72) in the first DC power transmission medium and isolating a faulty portion of the first DC power transmission medium from a healthy remaining portion of the first DC power transmission medium, (c) reconfiguring at least one of the power converters (12, 14, 16, 18) designated as a re-energising power converter from the fault blocking mode to a re-energising mode to re-energise the healthy remaining portion of the first DC power transmission medium; and (d) detecting a rise in the voltage level with respect to earth in the healthy remaining portion of the first DC power transmission medium above a first threshold level, and in response, reconfiguring the or each remaining power converter (12, 14, 16, 18) connected with the healthy remaining portion of the first DC power transmission medium from the fault blocking mode to the normal power transmission mode.
A method for printing on a plurality of sheets, the method comprising the steps of: a) arranging the plurality of sheets on a support surface of an endless conveyor, the plurality of sheets including a first sheet and a second sheet being arranged at a sheet-to-sheet distance between one another; b) advancing the plurality of sheets on the support surface in a conveying direction along a print head assembly for applying droplets of ink on the sheets; c) providing a suction force through perforations arranged in the support surface for holding the plurality of sheets on the support surface, wherein the suction force provides an air flow through uncovered perforations present in the sheet-to-sheet distance in a print region between the print head assembly and the support surface; d) forming an image by the print head assembly on each of the plurality of sheets supported on the support surface of the conveyor by applying droplets of ink; characterised in that the method further comprises the step of: e) controlling the sheet-to-sheet distance in response to a dew formation attribute for indicating dew formation on the print head assembly. a) arranging the plurality of sheets on a support surface of an endless conveyor, the plurality of sheets including a first sheet and a second sheet being arranged at a sheet-to-sheet distance between one another; b) advancing the plurality of sheets on the support surface in a conveying direction along a print head assembly for applying droplets of ink on the sheets; c) providing a suction force through perforations arranged in the support surface for holding the plurality of sheets on the support surface, wherein the suction force provides an air flow through uncovered perforations present in the sheet-to-sheet distance in a print region between the print head assembly and the support surface; d) forming an image by the print head assembly on each of the plurality of sheets supported on the support surface of the conveyor by applying droplets of ink;
A method (100, 100B) of operating a hearing system comprising a hearing device and an accessory device, the method comprising obtaining, in the accessory device, an audio input signal representative of audio from one or more audio sources; obtaining image data with a camera of the accessory device; identifying one or more audio sources including a first audio source based on the image data; determining a first model comprising first model coefficients, wherein the first model is based on image data of the first audio source and the audio input signal; and transmitting a hearing device signal to the hearing device, wherein the hearing device signal is based on the first model, wherein transmitting a hearing device signal to the hearing device comprises transmitting first model coefficients to the hearing device, the method comprising, in the hearing device, obtaining a first input signal representative of audio from one or more audio sources; processing the first input signal based on the first model coefficients for provision of an electrical output signal, wherein processing the first input signal based on the first model coefficients comprises applying blind source separation to the first input signal and/or applying a deep neural network to the first input signal, wherein the deep neural network is based on the first model coefficients; and converting the electrical output signal to an audio output signal. obtaining, in the accessory device, an audio input signal representative of audio from one or more audio sources; obtaining image data with a camera of the accessory device; identifying one or more audio sources including a first audio source based on the image data; determining a first model comprising first model coefficients, wherein the first model is based on image data of the first audio source and the audio input signal; and transmitting a hearing device signal to the hearing device, wherein the hearing device signal is based on the first model, wherein transmitting a hearing device signal to the hearing device comprises transmitting first model coefficients to the hearing device, the method comprising, in the hearing device, obtaining a first input signal representative of audio from one or more audio sources; processing the first input signal based on the first model coefficients for provision of an electrical output signal, wherein processing the first input signal based on the first model coefficients comprises applying blind source separation to the first input signal and/or applying a deep neural network to the first input signal, wherein the deep neural network is based on the first model coefficients; and converting the electrical output signal to an audio output signal.
A method for operating a gate control device for a semiconductor device, the gate control device being connected to a first and a second valve control unit (36, 38), where in normal operations mode one valve control unit is an active valve control unit and the other valve control unit is a standby valve control unit and the active valve control unit provides an optical signal for energizing the gate control device and supplying data for controlling the semiconductor device, the method being performed in the gate control device and comprising the steps of: - receiving a first optical signal from the first valve control unit when being active, - receiving a second optical signal from the second valve control unit - performing (58, 62) selection of active valve control unit, and - using energy in the first and the second optical signals for powering the gate control device. - receiving a first optical signal from the first valve control unit when being active, - receiving a second optical signal from the second valve control unit - performing (58, 62) selection of active valve control unit, and - using energy in the first and the second optical signals for powering the gate control device.
A method for determining cell information at a mobile station for reselection in a wireless communication network, comprising: determining, by the mobile station, a restricted association indicator from a broadcast signal received from a femto access point; when the restricted association indicator indicates that the femto access point implements a restricted association, evaluating, by the mobile station, a group identifier related to a group of access points from the broadcast signal based at least in part on the restricted association indicator; determining, by the mobile station, whether the group identifier is present in a maintained list of accessible femto access points; and establishing communication with the femto access point when it is determined that the group identifier is present in the maintained list of accessible femto access points. determining, by the mobile station, a restricted association indicator from a broadcast signal received from a femto access point; when the restricted association indicator indicates that the femto access point implements a restricted association, evaluating, by the mobile station, a group identifier related to a group of access points from the broadcast signal based at least in part on the restricted association indicator; determining, by the mobile station, whether the group identifier is present in a maintained list of accessible femto access points; and establishing communication with the femto access point when it is determined that the group identifier is present in the maintained list of accessible femto access points.
A method for processing an image, comprising: acquiring a set of image sequences, the set of image sequences comprising a plurality of image sequence subsets divided according to similarity measurements between image sequences, each image sequence subset comprising a basic image sequence and other image sequence, wherein a first similarity measurement corresponding to the basic image sequence is greater than a first similarity measurement corresponding to the other image sequence, wherein a correlation between images in the basic image sequence is highest in the set of image sequences, and the highest correlation is embodied as having a higher similarity measurement; creating an original three-dimensional model using the basic image sequence; and creating a final three-dimensional model using the other image sequence based on the original three-dimensional model. acquiring a set of image sequences, the set of image sequences comprising a plurality of image sequence subsets divided according to similarity measurements between image sequences, each image sequence subset comprising a basic image sequence and other image sequence, wherein a first similarity measurement corresponding to the basic image sequence is greater than a first similarity measurement corresponding to the other image sequence, wherein a correlation between images in the basic image sequence is highest in the set of image sequences, and the highest correlation is embodied as having a higher similarity measurement; creating an original three-dimensional model using the basic image sequence; and creating a final three-dimensional model using the other image sequence based on the original three-dimensional model.
A spring element (i) which is an auxiliary spring in a motor vehicle chassis, with a thicker portion which faces the upper end 0 of the spring element, and with a thinner portion which faces the lower end U of the spring element (i), with a geometry which is substantially concentric along the spring axis (ii), comprising at least one elastomer, wherein the geometry that is substantially concentric about the spring axis (ii) comprises constrictions and/or widenings which are axially symmetrical along the spring axis and which are on the thinner part of the spring element (i) in radial view.
A process for making a heat sealable and water repellent substrate, the process comprising the step of applying a heat sealable coating layer on a water repellent substrate, wherein the water repellent substrate comprises a water repellent coating layer, wherein the surface tension of the heat sealable coating layer is similar to the surface tension of the water repellent coating layer on the water repellent substrate, wherein the heat sealable coating layer is applied on top of the water repellent coating layer on selected areas of the water repellent substrate, and wherein the heat sealable coating layer has a surface tension of below 30 dynes per cm.
A printing apparatus comprising: a feeding roller configured to feed a printing sheet stacked on stacking means; a conveyance roller configured to convey the printing sheet fed by the feeding roller; printing means for printing the printing sheet conveyed by the conveyance roller; conveyance control means for controlling conveyance of printing sheets so that a trailing edge of a preceding sheet as a printing sheet precedingly fed from the stacking means and a leading edge of a succeeding sheet as a printing sheet succeedingly fed from the stacking means overlap each other; characterised in that the printing apparatus further comprises skew correction means (5, 6, 17) for performing skew correction of the succeeding sheet while the succeeding sheet overlaps the preceding sheet by the conveyance control means, wherein the skew correction means makes the leading edge of the succeeding sheet abut against the conveyance roller during a time from an end of a last line feed operation by the conveyance roller for printing on the preceding sheet by the printing means to start of a next conveyance operation. a feeding roller configured to feed a printing sheet stacked on stacking means; a conveyance roller configured to convey the printing sheet fed by the feeding roller; printing means for printing the printing sheet conveyed by the conveyance roller; conveyance control means for controlling conveyance of printing sheets so that a trailing edge of a preceding sheet as a printing sheet precedingly fed from the stacking means and a leading edge of a succeeding sheet as a printing sheet succeedingly fed from the stacking means overlap each other; characterised in that the printing apparatus further comprises skew correction means (5, 6, 17) for performing skew correction of the succeeding sheet while the succeeding sheet overlaps the preceding sheet by the conveyance control means, wherein the skew correction means makes the leading edge of the succeeding sheet abut against the conveyance roller during a time from an end of a last line feed operation by the conveyance roller for printing on the preceding sheet by the printing means to start of a next conveyance operation.
A contact device comprising: a plurality of fixed terminals that each include a fixed contact; a movable terminal that moves toward and away from the fixed terminals and includes three movable contacts to be brought into contact with the fixed contacts; and a pressing spring that presses the movable terminal to bring the movable contacts into contact with the fixed contacts, wherein a point of application of the pressing spring is located in a triangle that is formed by internal tangents (64,65,66) of the three movable contacts, the point of application of the pressing spring is located on a line segment connecting a midpoint of a line segment that connects two vertices (P2, P3) of the triangle that is formed by the internal tangents (L4, L5, L6) of the three movable contacts with the remaining vertex of the triangle, characterized in that a contacting portion that includes a contacting face with which the pressing spring comes into contact is formed at the movable terminal, and the contacting face of the contacting portion has an arc-shaped cross-section that is centered on the line segment when viewed from the direction of the line segment. a plurality of fixed terminals that each include a fixed contact; a movable terminal that moves toward and away from the fixed terminals and includes three movable contacts to be brought into contact with the fixed contacts; and a pressing spring that presses the movable terminal to bring the movable contacts into contact with the fixed contacts, wherein