mhurhangee/ep-ind-claims huggingface dataset:
Method for visual transmission of repeatedly changing information, the method comprising: repeatedly performing the following set of actions, receiving a first set of information to transmit, wherein the first set of information is an update of a previously received set of information, generating an information carrying first pattern representing the first set of information, displaying the information carrying first pattern in a first color replacing a previously generated information carrying pattern displayed in the first color, receiving a second set of information to transmit, wherein the second set of information is an update of the first set of information, generating an information carrying second pattern representing the second set of information, and displaying the information carrying second pattern in a second color replacing a previously generated information carrying pattern displayed in the second color, wherein the second color differs from the first color, wherein during the replacing of a previously generated information carrying pattern displayed in the first or the second color the information carrying pattern of the other of the first or second color is statically displayed. repeatedly performing the following set of actions, receiving a first set of information to transmit, wherein the first set of information is an update of a previously received set of information, generating an information carrying first pattern representing the first set of information, displaying the information carrying first pattern in a first color replacing a previously generated information carrying pattern displayed in the first color, receiving a second set of information to transmit, wherein the second set of information is an update of the first set of information, generating an information carrying second pattern representing the second set of information, and displaying the information carrying second pattern in a second color replacing a previously generated information carrying pattern displayed in the second color, wherein the second color differs from the first color, receiving a first set of information to transmit, wherein the first set of information is an update of a previously received set of information, generating an information carrying first pattern representing the first set of information, displaying the information carrying first pattern in a first color replacing a previously generated information carrying pattern displayed in the first color, receiving a second set of information to transmit, wherein the second set of information is an update of the first set of information, generating an information carrying second pattern representing the second set of information, and displaying the information carrying second pattern in a second color replacing a previously generated information carrying pattern displayed in the second color, wherein the second color differs from the first color, wherein during the replacing of a previously generated information carrying pattern displayed in the first or the second color the information carrying pattern of the other of the first or second color is statically displayed.
Multi-circuit protection valve for an air treatment system, wherein the multi-circuit protection valve has at least: multiple flow transfer valves (18a, 18b, 18c, 18d) which each have a valve seat and a diaphragm region bearing against the valve seat, a valve housing in which valve outlet lines (51a, b, c, d) of the flow transfer valves (18a, 18b, 18c, 18d) are formed, wherein the diaphragm regions are formed as sub-regions of a common diaphragm composed of a flexible material and each permit or block a compressed-air stream into the valve seat, characterized in that a common supply chamber, as a compressed-air feed to the flow transfer valves (18a, 18b, 18c, 18d), is formed in the valve housing, and the common supply chamber has a depression which is formed in the valve housing and which surrounds the valve seats. multiple flow transfer valves (18a, 18b, 18c, 18d) which each have a valve seat and a diaphragm region bearing against the valve seat, a valve housing in which valve outlet lines (51a, b, c, d) of the flow transfer valves (18a, 18b, 18c, 18d) are formed, wherein the diaphragm regions are formed as sub-regions of a common diaphragm composed of a flexible material and each permit or block a compressed-air stream into the valve seat, characterized in that a common supply chamber, as a compressed-air feed to the flow transfer valves (18a, 18b, 18c, 18d), is formed in the valve housing, and the common supply chamber has a depression which is formed in the valve housing and which surrounds the valve seats.
A deflectable catheter comprising: an elongated catheter body; a deflectable section distal the catheter body; a control handle proximal the catheter body, the control handle having a deflection assembly; a puller member 2. responsive to operator manipulation of the deflection assembly to deflect the deflectable section, the puller member having a distal end terminating in the deflectable section and a proximal end terminating in the control handle; characterized by a molded member (60") encasing the proximal end to secure the proximal end in the control handle, wherein the molded member is configured as a screw. an elongated catheter body; a deflectable section distal the catheter body; a control handle proximal the catheter body, the control handle having a deflection assembly; a puller member 2. responsive to operator manipulation of the deflection assembly to deflect the deflectable section, the puller member having a distal end terminating in the deflectable section and a proximal end terminating in the control handle; characterized by a molded member (60") encasing the proximal end to secure the proximal end in the control handle, wherein the molded member is configured as a screw.
Method for improving the subjective impression of a digitized image displayed with a low amplitude resolution, comprising the steps of a) digitizing an analog video signal to obtain a digital video signal with a first amplitude resolution; b) generating a digital noise signal; c) adding said digital noise signal to said digital video signal to obtain a sum signal; characterized by d) reducing an amplitude resolution of said sum signal to obtain a video signal with a second amplitude resolution, whereby a maximum amplitude of said digital noise signal is equal to or smaller than an amplitude corresponding to a least significant bit of said second resolution. a) digitizing an analog video signal to obtain a digital video signal with a first amplitude resolution; b) generating a digital noise signal; c) adding said digital noise signal to said digital video signal to obtain a sum signal; d) reducing an amplitude resolution of said sum signal to obtain a video signal with a second amplitude resolution,
Battery pack, comprising - a plurality of electrically connected battery cells, wherein the battery cells are substantially flat with two opposite sides (2a, 2b) and a peripheral edge, and wherein the battery cells are arranged side by side as to form a layered structure, and - an electronic arrangement configured to monitor and control the battery cells, characterized in that the electronic arrangement comprises a plurality of individual electronic circuit units, each of which being associated with a corresponding battery cell, wherein each of the electronic circuit units is configured to be capable of monitoring and controlling its corresponding battery cell, and wherein each electronic circuit unit is arranged on a thin and flexible circuit carrying sheet that is arranged at one of the sides (2a, 2b) of the corresponding battery cell. - a plurality of electrically connected battery cells, wherein the battery cells are substantially flat with two opposite sides (2a, 2b) and a peripheral edge, and wherein the battery cells are arranged side by side as to form a layered structure, and - an electronic arrangement configured to monitor and control the battery cells,
A method of repairing a propeller blade comprising a composite blade spar (14; 114) and at least one cover shell section (30a, 30b) adhesively bonded to the blade spar (14; 114) by a thermoplastic adhesive, the method comprising: heating the propeller blade (2; 102) to a temperature above the melting temperature of the thermoplastic adhesive; removing a damaged shell section (30a, 30b; 130a, 130b); and adhesively bonding a replacement cover shell section (30a, 30b; 130a, 130b) to the blade using a thermoplastic adhesive, wherein the heating includes passing an electric current through an electrically conductive lightening protection layer provided in the at least one cover shell section (30a, 30b; 130a, 130b). heating the propeller blade (2; 102) to a temperature above the melting temperature of the thermoplastic adhesive; removing a damaged shell section (30a, 30b; 130a, 130b); and adhesively bonding a replacement cover shell section (30a, 30b; 130a, 130b) to the blade using a thermoplastic adhesive, wherein the heating includes passing an electric current through an electrically conductive lightening protection layer provided in the at least one cover shell section (30a, 30b; 130a, 130b).
A system for detecting inclusions in a gemstone, comprising: (a) an illumination system configured to selectively illuminate each of a plurality of spaced apart light entrance areas of the gemstone from corresponding illumination directions, and to provide a number of illumination patterns each defined by a unique combination of such light entrance areas illuminated simultaneously; (b) a controller configured to control said illumination system to successively produce illumination patterns each selected so as to simultaneously provide an internal uniform illumination of one or more predetermined light exit regions of the gemstone, wherein at least one of the one or more predetermined light exit regions comprises at least one facet of the gemstone; (c) an image acquisition device configured to capture images of the gemstone when illuminated by the illumination system as defined in item (b); and (d) an image processing system configured for processing said images and identifying inclusions based on non-uniformities in the internal illumination detected in said images. (a) an illumination system configured to selectively illuminate each of a plurality of spaced apart light entrance areas of the gemstone from corresponding illumination directions, and to provide a number of illumination patterns each defined by a unique combination of such light entrance areas illuminated simultaneously; (b) a controller configured to control said illumination system to successively produce illumination patterns each selected so as to simultaneously provide an internal uniform illumination of one or more predetermined light exit regions of the gemstone, wherein at least one of the one or more predetermined light exit regions comprises at least one facet of the gemstone; (c) an image acquisition device configured to capture images of the gemstone when illuminated by the illumination system as defined in item (b); and (d) an image processing system configured for processing said images and identifying inclusions based on non-uniformities in the internal illumination detected in said images.
A method comprising: receiving one or more status alerts from one or more public-safety devices associated with one or more public-safety responders; correlating one or more of the received status alerts with one or more media sessions involving one or more of the public-safety responders; prioritizing one or more of the media sessions based on prioritization criteria that includes the one or more status alerts correlated with those media sessions; and presenting one or more of the prioritized media sessions in a chronological view on respective user interfaces of one or more public-safety communication devices; wherein the prioritization criteria further includes media-session metadata associated with the one or more media sessions; and further comprising tracking viewing data for inclusion in the media-session metadata, the viewing data including one or more of total number of viewings, frequency of viewings, recentness of most recent viewing, and identification of one or more viewers, wherein the prioritization criteria further includes the tracked viewing data. receiving one or more status alerts from one or more public-safety devices associated with one or more public-safety responders; correlating one or more of the received status alerts with one or more media sessions involving one or more of the public-safety responders; prioritizing one or more of the media sessions based on prioritization criteria that includes the one or more status alerts correlated with those media sessions; and presenting one or more of the prioritized media sessions in a chronological view on respective user interfaces of one or more public-safety communication devices; wherein the prioritization criteria further includes media-session metadata associated with the one or more media sessions; and further comprising tracking viewing data for inclusion in the media-session metadata, the viewing data including one or more of total number of viewings, frequency of viewings, recentness of most recent viewing, and identification of one or more viewers, wherein the prioritization criteria further includes the tracked viewing data.
An electric stimulator comprising: a controller that at least determines, in a single walking cycle, one of a mid-stance phase (t12-t13), during which an entire foot sole is in contact with ground, and a swing phase (t14-t16), during which the entire foot sole is not in contact with the ground; and an electrode that outputs electrical stimulation to a muscle extending across a knee joint, characterized in that the controller includes a period during the mid-stance phase (t12-t13) in which the controller has the electrode output electrical stimulation and a period during the swing phase (t14-t16) in which the controller has the electrode output weaker electrical stimulation than the electrical stimulation output during the mid-stance phase (t12-t13), or the controller includes a period during the mid-stance phase (t12-t13) in which the controller has the electrode output electrical stimulation and a period during the swing phase (t14-t16) in which the controller does not have the electrode output electrical stimulation. a controller that at least determines, in a single walking cycle, one of a mid-stance phase (t12-t13), during which an entire foot sole is in contact with ground, and a swing phase (t14-t16), during which the entire foot sole is not in contact with the ground; and an electrode that outputs electrical stimulation to a muscle extending across a knee joint, characterized in that the controller includes a period during the mid-stance phase (t12-t13) in which the controller has the electrode output electrical stimulation and a period during the swing phase (t14-t16) in which the controller has the electrode output weaker electrical stimulation than the electrical stimulation output during the mid-stance phase (t12-t13), or the controller includes a period during the mid-stance phase (t12-t13) in which the controller has the electrode output electrical stimulation and a period during the swing phase (t14-t16) in which the controller does not have the electrode output electrical stimulation.
A motor vehicle fluid line for conducting at least one fluid medium, in particular for conducting urea solutions for SCR catalytic converter systems, wherein at least one fluid-conducting pipe along with at least one fluid-conducting connector hooked up to the pipe are provided, wherein the pipe has a fluid-conducting outer line over at least a portion of its length L, along with a fluid-conducting inner line that is accommodated in the outer line and runs along the outer line, wherein the at least one heating means is designed as a heating wire and/or a flat heating means, and wherein the connector has at least one or a first connecting branch that is fluidically connected with the outer line, as well as at least one or a second connecting branch that is fluidically connected with the inner line.
A reagent management apparatus, characterized by: an insert, said insert including a pliable sheet composed of water resistant material comprising a first section and a second section connected to one another and being foldable relative to one another, a third section being connected to said first section and a fourth section being connected to said second section, said first section and said third section and said second section and said fourth section being foldable relative to one another, a fifth section and a sixth section each being foldable and connected to said first section and said second section, said first section and said second section being folded relative to one another, thereby creating a trough having a nadir and folded fifth section and folded sixth section are also folded upon themselves forming, together with the first section (34 and the second section, a reservoir for the reagent, said third section and said fourth section each having a longitudinal dimension less than said connected first, second, fifth, and sixth sections, said third section and said fourth section each including a free edge, being folded toward said nadir, and said at least fifth section extending outwardly from said reservoir and from said fourth section, forming a pouring spout; and a base, said base comprising said trough accommodating said reservoir formed by said first section and said second section of said insert, said base further including at least a first slot and a second adjacent slot for encompassing said free edges of said third section and said fourth section, respectively. an insert, said insert including a pliable sheet composed of water resistant material comprising a first section and a second section connected to one another and being foldable relative to one another, a third section being connected to said first section and a fourth section being connected to said second section, said first section and said third section and said second section and said fourth section being foldable relative to one another, a fifth section and a sixth section each being foldable and connected to said first section and said second section, said first section and said second section being folded relative to one another, thereby creating a trough having a nadir and folded fifth section and folded sixth section are also folded upon themselves forming, together with the first section (34 and the second section, a reservoir for the reagent, said third section and said fourth section each having a longitudinal dimension less than said connected first, second, fifth, and sixth sections, said third section and said fourth section each including a free edge, being folded toward said nadir, and said at least fifth section extending outwardly from said reservoir and from said fourth section, forming a pouring spout; and a base, said base comprising said trough accommodating said reservoir formed by said first section and said second section of said insert, said base further including at least a first slot and a second adjacent slot for encompassing said free edges of said third section and said fourth section, respectively.
An inflatable antenna arrangement, comprising: an inflatable sock having an inflated state and a deflated state, wherein the inflatable sock is configured to assume an elongated inflated shape in the inflated state, an antenna extending along a length of the inflatable sock, and an attachment port configured for operable connection to an inflation mechanism, characterized in that the antenna within the inflated sock in the inflated state is configured to form a J-pole antenna. an inflatable sock having an inflated state and a deflated state, wherein the inflatable sock is configured to assume an elongated inflated shape in the inflated state, an antenna extending along a length of the inflatable sock, and an attachment port configured for operable connection to an inflation mechanism, characterized in that the antenna within the inflated sock in the inflated state is configured to form a J-pole antenna.
A welding system, comprising: a first welding power supply having a first positive output terminal and a first negative output terminal, where said first positive output terminal is coupled to a first contact tip and said first negative output terminal is coupled to a workpiece; and a second welding power supply having a second positive output terminal and a second negative output terminal, where said second positive output terminal is coupled to said first contact tip and said second negative output terminal is coupled to a second contact tip; wherein said second negative output terminal is not coupled to said workpiece, and wherein each of said first and second contact tips (750, 752) are oriented to direct a first welding electrode and a second welding electrode, respectively, to a common welding arc for welding said workpiece, wherein said first power supply is configured to supply a first welding current having a first RMS value to said first welding electrode and said second power supply is configured to provide a second welding current to said first welding electrode, characterized in that the first welding electrode is configured to receive welding current only from the first and the second power supplies (1210, 1220), and, in operation, said first RMS current is higher than said second RMS current and said first power supply is configured to communicate to said second power supply an operational set point for said second RMS current. a first welding power supply having a first positive output terminal and a first negative output terminal, where said first positive output terminal is coupled to a first contact tip and said first negative output terminal is coupled to a workpiece; and a second welding power supply having a second positive output terminal and a second negative output terminal, where said second positive output terminal is coupled to said first contact tip and said second negative output terminal is coupled to a second contact tip; wherein said second negative output terminal is not coupled to said workpiece, and wherein each of said first and second contact tips (750, 752) are oriented to direct a first welding electrode and a second welding electrode, respectively, to a common welding arc for welding said workpiece, wherein said first power supply is configured to supply a first welding current having a first RMS value to said first welding electrode and said second power supply is configured to provide a second welding current to said first welding electrode, characterized in that the first welding electrode is configured to receive welding current only from the first and the second power supplies (1210, 1220), and, in operation, said first RMS current is higher than said second RMS current and said first power supply is configured to communicate to said second power supply an operational set point for said second RMS current.