mhurhangee/ep-ind-claims huggingface dataset:
A method for establishing and updating a user interface allowing data pages in a data network to be accessed by a user, with selected data pages being made accessible to the user by a display element on the user interface and access to the data pages being effected by access to the respective display element, and with contents being stored on the data pages, wherein - an allocated content dataset storing characteristics that describe the respective content stored on the data page is created for each of the data pages, - to determine the selected data pages a user dataset is created with characteristics that describe a searched content, - the content datasets are compared with the user dataset in regard to their degree of correspondence, and - display elements display those data pages on the user interface as selected data pages in which the degree of correspondence of the respective content dataset with the user dataset reaches and/or exceeds a predefined threshold. - an allocated content dataset storing characteristics that describe the respective content stored on the data page is created for each of the data pages, - to determine the selected data pages a user dataset is created with characteristics that describe a searched content, - the content datasets are compared with the user dataset in regard to their degree of correspondence, and - display elements display those data pages on the user interface as selected data pages in which the degree of correspondence of the respective content dataset with the user dataset reaches and/or exceeds a predefined threshold.
Lock for a door, a window or similar, preferably an amok lock, having a lock plate and a lock case connected to this, in which a receiver for a lock cylinder, a couplable lock follower, a latch or a latch bolt, and a control element switchable between an uncoupled position and a coupled position by a lock cylinder are arranged, wherein the couplable lock follower has an inner follower which is able to be or is connected to an inner handle and an outer follower which is able to be connected to an outer handle, and the control element cooperates with a coupling element in order to couple with and/or uncouple the outer follower, wherein a follower tappet is formed as a tappet lever directly engaging between the outer follower and inner follower, and the tappet lever is either - pivotably mounted on the outer follower at one end and is supported on a support bearing arranged on the inner follower at the other end, or - is pivotably mounted on the inner follower at one end and is supported on a support bearing arranged on the outer follower at the other end, and wherein the tappet lever has a tappet spring which pushes the tappet lever into a position disengaged from the support bearing, characterised in that a contour of the support bearing and/or the end of the tappet lever which cooperates with the support bearing is chamfered in order to push the tappet lever out of engagement with the support bearing upon actuation of the outer handle. - pivotably mounted on the outer follower at one end and is supported on a support bearing arranged on the inner follower at the other end, or - is pivotably mounted on the inner follower at one end and is supported on a support bearing arranged on the outer follower at the other end, and wherein the tappet lever has a tappet spring which pushes the tappet lever into a position disengaged from the support bearing,
A coolant liquid processing system (1A, 1B, 1C) comprising: a filtration device (2, 2A, 2B) for filtering a coolant liquid containing sludge; and a detector that detects particles in a treatment liquid filtered by the filtration device (2, 2A, 2B), characterized by a control unit that is configured to stop operation of a filtration treatment or to produce an alarm of a leakage of the sludge due to a damage to a filter in a case where a predetermined number or more of particles having a predetermined particle size larger than the opening size of the filter are detected by the detector. a filtration device (2, 2A, 2B) for filtering a coolant liquid containing sludge; and a detector that detects particles in a treatment liquid filtered by the filtration device (2, 2A, 2B), characterized by a control unit that is configured to stop operation of a filtration treatment or to produce an alarm of a leakage of the sludge due to a damage to a filter in a case where a predetermined number or more of particles having a predetermined particle size larger than the opening size of the filter are detected by the detector.
A method of generating difference data from a stereoscopic image having left and right image components, the method comprising: vertically downsampling each of the left and right images into a set of downsampled image lines; creating an unsharp mask for at least one of the downsampled image lines by: filtering the at least one downsampled image line with an IIR low pass filter to create a filtered downsampled image line; and removing the filtered downsampled image line components from the at least one downsampled image line; generating a set of difference data for the at least one of the downsampled image lines in the left image by comparing the downsampled image line to its own unsharp mask and storing the comparison; generating a set of difference data for the at least one of the downsampled image lines in the right image by comparing the downsampled image line to its own unsharp mask and storing the comparison; comparing the stored sets of comparison data from the left image and the right image to one another; quantifying a difference value between the stored sets of comparison data; and creating a set of local mean unsharp masked difference magnitudes from the quantified difference value. vertically downsampling each of the left and right images into a set of downsampled image lines; creating an unsharp mask for at least one of the downsampled image lines by: filtering the at least one downsampled image line with an IIR low pass filter to create a filtered downsampled image line; and removing the filtered downsampled image line components from the at least one downsampled image line; filtering the at least one downsampled image line with an IIR low pass filter to create a filtered downsampled image line; and removing the filtered downsampled image line components from the at least one downsampled image line; generating a set of difference data for the at least one of the downsampled image lines in the left image by comparing the downsampled image line to its own unsharp mask and storing the comparison; generating a set of difference data for the at least one of the downsampled image lines in the right image by comparing the downsampled image line to its own unsharp mask and storing the comparison; comparing the stored sets of comparison data from the left image and the right image to one another; quantifying a difference value between the stored sets of comparison data; and creating a set of local mean unsharp masked difference magnitudes from the quantified difference value.
A method of making a zircon composition comprising: contacting at least one zirconia precursor and/or a sol made from the at least one zirconia precursor, at least one silica precursor and/or a sol made from the at least one silica precursor, and a preformed zircon, forming a green body from the mixture of the zirconia precursor, the silica precursor and the preformed zircon, with a desired shape, and firing the green body to obtain a zircon refractory body, wherein the contacting is in any order, and wherein the preformed zircon has a median particle size of from 3 μm to 30 μm, wherein the zirconia precursor and the silica precursor as a zircon precursor comprise from 5 to 15 volume% of the mixture of the zircon precursor and the preformed zircon, and wherein at least one sol-gel forming agent is present in a quantity sufficient to form a sol of the at least one zirconia precursor and the at least one silica precursor. contacting at least one zirconia precursor and/or a sol made from the at least one zirconia precursor, at least one silica precursor and/or a sol made from the at least one silica precursor, and a preformed zircon, forming a green body from the mixture of the zirconia precursor, the silica precursor and the preformed zircon, with a desired shape, and firing the green body to obtain a zircon refractory body,
A media composition, comprising: a substrate; and an extruded layer on the substrate, the extruded layer comprising a polymer resin that has a water absorption capacity of at least 100% of the dry weight of the polymer resin, characterised in that the polymer resin comprises a hydrogel-based resin and a polyamide-based resin. a substrate; and an extruded layer on the substrate, the extruded layer comprising a polymer resin that has a water absorption capacity of at least 100% of the dry weight of the polymer resin, characterised in that the polymer resin comprises a hydrogel-based resin and a polyamide-based resin.
A method for adjusting a pressure in a volume in a negative-pressure socket system, said method comprising the following steps: a) determining pressure values, which are a measure of the pressure in the volume, at different moments, and storing the pressure values that have been determined, b) determining a maximum value and a minimum value from the stored pressure values, c) determining a difference value from the maximum value and the minimum value, d) comparing the difference value with a predetermined first limit value, and e) activating a pump in order to aspirate a fluid from the volume if the difference value is greater than the predetermined first limit value. a) determining pressure values, which are a measure of the pressure in the volume, at different moments, and storing the pressure values that have been determined, b) determining a maximum value and a minimum value from the stored pressure values, c) determining a difference value from the maximum value and the minimum value, d) comparing the difference value with a predetermined first limit value, and e) activating a pump in order to aspirate a fluid from the volume if the difference value is greater than the predetermined first limit value.
Ventilation device for a vehicle comprising a frame defining an opening and a closure device comprising at least one closure flap extending in a direction general in the opening and comprising a first section, having a first external face and at least a second section, having a second external face, the external face of the closure flap being formed by the first external face and by the second external face, the first section and the second section extending in continuity with one the other; wherein the ventilation device is such that the first section is joined to the second section in a junction region, wherein a trimming piece covers at least the junction region on the external face of the closure flap.
A method of disconnecting an electric supply to an electrical installation upon detection of a predetermined fault current between the line and neutral conductors of said electric supply, said line and neutral conductors inductively coupled as a primary winding of a current transformer, the method comprising the steps of: monitoring a fault current waveform from the output of a secondary winding inductively coupled to said current transformer and responsive to said fault current on said electrical installation; digitally encoding said fault current waveform outputted from said secondary winding; detecting one or more parameters of said encoded fault current waveform; characterized in the steps of: generating a compensation factor which compensates for specific pulsed DC fault components present in said encoded fault current waveform; weighting said encoded fault current waveform in accordance with said compensation factor; and tripping a trip mechanism if said weighted fault current waveform exceeds said predetermined fault current. monitoring a fault current waveform from the output of a secondary winding inductively coupled to said current transformer and responsive to said fault current on said electrical installation; digitally encoding said fault current waveform outputted from said secondary winding; detecting one or more parameters of said encoded fault current waveform; characterized in the steps of: generating a compensation factor which compensates for specific pulsed DC fault components present in said encoded fault current waveform; weighting said encoded fault current waveform in accordance with said compensation factor; and tripping a trip mechanism if said weighted fault current waveform exceeds said predetermined fault current.
A method of preparing a crystalline iron phosphate doped with metals represented by the following Formula I, the method comprising: forming an amorphous iron phosphate; mixing the amorphous iron phosphate thus obtained with a different type of metallic salt, wherein the amorphous iron phosphate in a type of slurry is mixed with an aqueous solution of the metallic salt; and crystallizing the amorphous iron phosphate mixed with the different type of metallic salt at a pH in the range of 1 to 2: Formula I MFePO 4 ·2H 2 O where, M is selected from the group consisting of Ni, Co, Mn, Cr, Zr, Nb, Cu, V, Ti, Zn, Al, Ga, and Mg and wherein a crystal structure of the crystalline iron phosphate doped with metals includes Metastrengite 1. forming an amorphous iron phosphate; mixing the amorphous iron phosphate thus obtained with a different type of metallic salt, wherein the amorphous iron phosphate in a type of slurry is mixed with an aqueous solution of the metallic salt; and crystallizing the amorphous iron phosphate mixed with the different type of metallic salt at a pH in the range of 1 to 2: Formula I MFePO 4 ·2H 2 O where, M is selected from the group consisting of Ni, Co, Mn, Cr, Zr, Nb, Cu, V, Ti, Zn, Al, Ga, and Mg and wherein a crystal structure of the crystalline iron phosphate doped with metals includes Metastrengite 1. where, M is selected from the group consisting of Ni, Co, Mn, Cr, Zr, Nb, Cu, V, Ti, Zn, Al, Ga, and Mg and wherein a crystal structure of the crystalline iron phosphate doped with metals includes Metastrengite 1.
A mask for use in providing a flow of a treatment gas to the airway of a user, the mask comprising: a frame and a conformable cushion coupled to the frame and structured to sealingly engage about at least one of at least a portion of the nose or the mouth of the user, wherein the frame has: a front face positioned to face away from the user when the mask is disposed on the face of the user; a concave shaped rear face positioned to face toward the user when the mask is disposed on the face of the user, the rear face defining a cavity, the cavity being structured to receive the flow of the treatment gas therein and to receive at least one of a portion of a nose of the user and a mouth of the user therein; an opening defined in a central portion of the frame, the opening passing between the front face and the rear face, the opening being structured to have a conduit coupled thereto for receiving the flow of the treatment gas; characterized by a number of deformable zones defined in the frame, each deformable zone being structured to receive a removable insert, each deformable zone being structured to adapt to at least one of a size or a shape of the removable insert received therein. a front face positioned to face away from the user when the mask is disposed on the face of the user; a concave shaped rear face positioned to face toward the user when the mask is disposed on the face of the user, the rear face defining a cavity, the cavity being structured to receive the flow of the treatment gas therein and to receive at least one of a portion of a nose of the user and a mouth of the user therein; an opening defined in a central portion of the frame, the opening passing between the front face and the rear face, the opening being structured to have a conduit coupled thereto for receiving the flow of the treatment gas; characterized by a number of deformable zones defined in the frame, each deformable zone being structured to receive a removable insert, each deformable zone being structured to adapt to at least one of a size or a shape of the removable insert received therein.
A Primary chick embryo fibroblast cell comprising a Pitman Moore strain of rabies virus adapted to the Primary chick embryo fibroblast cell according to a process comprising the steps of: a) adapting the Pitman Moore strain of rabies virus in a Primary Duck embryo fibroblast cell culture in a medium by at least seven passages; and b) adapting the virus obtained from step (a) in a Primary chick embryo fibroblast cell culture in a medium by at least four passages. a) adapting the Pitman Moore strain of rabies virus in a Primary Duck embryo fibroblast cell culture in a medium by at least seven passages; and b) adapting the virus obtained from step (a) in a Primary chick embryo fibroblast cell culture in a medium by at least four passages.
A method for channel sensing and signal transmission on a cell in an unlicensed frequency band, the method comprising: performing, by a sending node, channel sensing before transmitting at least one of a data signal or a discovery signal where the data signal includes physical downlink shared channel, PDSCH, signals; determining whether to transmit the data signal or transmit the discovery signal not including the data signal; in case that it is determined to transmit the discovery signal not including the data signal and an unlicensed frequency band channel is idle for a first channel sensing interval, transmitting, the discovery signal not including the data signal on a first period in a subframe within a predefined time window, a duration of the first period is less than 1ms and the duration of the first period corresponds to 12 orthogonal frequency division multiplexing, OFDM, symbols in the subframe; and in case that it is determined to transmit the data signal and the unlicensed frequency band channel is idle for a second channel sensing interval, transmitting the data signal on a second period in the subframe within the predefined time window, wherein a duration of the first channel sensing interval is equal to or shorter than a duration of the second channel sensing interval. performing, by a sending node, channel sensing before transmitting at least one of a data signal or a discovery signal where the data signal includes physical downlink shared channel, PDSCH, signals; determining whether to transmit the data signal or transmit the discovery signal not including the data signal; in case that it is determined to transmit the discovery signal not including the data signal and an unlicensed frequency band channel is idle for a first channel sensing interval, transmitting, the discovery signal not including the data signal on a first period in a subframe within a predefined time window, a duration of the first period is less than 1ms and the duration of the first period corresponds to 12 orthogonal frequency division multiplexing, OFDM, symbols in the subframe; and in case that it is determined to transmit the data signal and the unlicensed frequency band channel is idle for a second channel sensing interval, transmitting the data signal on a second period in the subframe within the predefined time window, wherein a duration of the first channel sensing interval is equal to or shorter than a duration of the second channel sensing interval.
A method of upgrading a slack-adjuster for a brake system of a rail vehicle by altering or adding of one or more preferred features of the slack-adjuster, said method comprising: receiving input from a user relating to one or more physical properties of said slack-adjuster to be improved or added, wherein the one or more physical properties to be improved or added is associated with preference parameters corresponding to the one or more of preferred features of the slack-adjuster after execution of an upgrade; determining a present version of said slack-adjuster; finding an upgrade path based on the determined present version of the slack-adjuster for said slack-adjuster to obtain the one or more physical properties to be improved or added; and executing the upgrade according to said upgrade path, wherein executing the upgrade comprises assembling to said slack-adjuster said preference parameters associated with said one or more physical properties to be improved or added, the preference parameters being slack-adjuster components for achieving the one or more physical properties to be improved or added upon being assembled to the slack-adjuster. receiving input from a user relating to one or more physical properties of said slack-adjuster to be improved or added, wherein the one or more physical properties to be improved or added is associated with preference parameters corresponding to the one or more of preferred features of the slack-adjuster after execution of an upgrade; determining a present version of said slack-adjuster; finding an upgrade path based on the determined present version of the slack-adjuster for said slack-adjuster to obtain the one or more physical properties to be improved or added; and executing the upgrade according to said upgrade path, wherein executing the upgrade comprises assembling to said slack-adjuster said preference parameters associated with said one or more physical properties to be improved or added, the preference parameters being slack-adjuster components for achieving the one or more physical properties to be improved or added upon being assembled to the slack-adjuster.
Lubrication unit for a turbomachine, notably an aircraft turbojet engine, the lubrication unit comprising: - at least two pumps (30; 32), and - a body which exhibits a passage communicating with each of the pumps (30; 32), characterized in that the material of the body exhibits a stack of layers (40; 140) in a direction of stacking (44; 144), the pumps (30; 32) being housed in the said stack of layers (40; 140), and in that the passage exhibits an end (86; 186) in the direction of stacking (44; 144) of the layers (40; 140), and a profile (78; 178) with a first straight line (80; 180) and a second straight line (82; 182) which form the said end (86; 186) and which are inclined with respect to the layers (40; 140) of the stack. - at least two pumps (30; 32), and - a body which exhibits a passage communicating with each of the pumps (30; 32),
Gas cooking zone with a hob plate, a gas valve, a control element connected to an actuating shaft of the gas valve in a non-rotating manner for actuating the gas valve, a seal element, which is arranged between the control element and the hob plate at least in sections and which has a fastening section, which is accommodated in an aperture provided in the hob plate, and a fastening element, which is accommodated in the fastening section at least in sections and which is configured to press the fastening section radially against a wall of the aperture, characterised in that the fastening element is spring-pretensioned in a radial direction (r 11) of the aperture in a state in which it is accommodated in the fastening section.