mhurhangee/ep-ind-claims huggingface dataset:
A system (720; 820; 920), comprising: a depletion block neural stimulator (721; 821; 921) configured to deliver a depletion block stimulation to a nerve, the depletion block stimulation including a series of pulses at a pulse frequency within a range between about 100 Hz to about 1000 Hz; and a depletion block controller (722; 822; 922) configured to communicate with the depletion block neural stimulator (721; 821; 921) and control the depletion block stimulation, the depletion block controller (722; 822; 922) configured to receive a start depletion block signal and respond to the received start depletion block signal by initiating the delivery of the depletion block stimulation to the nerve, and the depletion block controller (722; 822; 922) configured to receive a stop depletion block signal and respond to the received stop depletion block signal by terminating the delivery of the depletion block stimulation to the nerve, wherein the depletion block controller (722; 822; 922) is configured to change the pulse frequency of the depletion block stimulation, and characterised in that the depletion block controller is further configured to initiate the depletion block stimulation with a first pulse frequency and maintain the depletion block stimulation with a second pulse frequency less than the first pulse frequency. a depletion block neural stimulator (721; 821; 921) configured to deliver a depletion block stimulation to a nerve, the depletion block stimulation including a series of pulses at a pulse frequency within a range between about 100 Hz to about 1000 Hz; and a depletion block controller (722; 822; 922) configured to communicate with the depletion block neural stimulator (721; 821; 921) and control the depletion block stimulation, the depletion block controller (722; 822; 922) configured to receive a start depletion block signal and respond to the received start depletion block signal by initiating the delivery of the depletion block stimulation to the nerve, and the depletion block controller (722; 822; 922) configured to receive a stop depletion block signal and respond to the received stop depletion block signal by terminating the delivery of the depletion block stimulation to the nerve, wherein the depletion block controller (722; 822; 922) is configured to change the pulse frequency of the depletion block stimulation, and characterised in that the depletion block controller is further configured to initiate the depletion block stimulation with a first pulse frequency and maintain the depletion block stimulation with a second pulse frequency less than the first pulse frequency.
A device at a spinning preparation machine, in particular at a carding machine or roller card, with a clothed cylinder and at least one neighbouring working element, wherein the cylinder and the working element cooperate in a working distance (a), comprising a regulating device, which acts upon a bearing (M 1) of the cylinder or a bearing (M 2) of the working element, in order to set respectively to set, respectively adjust the working distance (a) between the cylinder and the working element when the spinning preparation machine is in operation, characterized in that the regulating device includes at least one shape memory alloy element (SMA-element 110) in the shape of an elongate bar or elongate bushing, wherein the SMA-element is calibrated in that it includes a predetermined change in length at a temperature change.
A hydrogen chloride mixture comprising hydrogen chloride and water, wherein the hydrogen chloride mixture is filled into a filling container so that at least a part of the hydrogen chloride mixture is liquid; and a concentration of water in a liquid phase is 0.01 mol ppm or more and less than 1 mol ppm.
A media data processing method, comprising: obtaining each media segment in a coding representation of content; performing content protection processing on a part of the media segments in the coding representation; generating a media presentation description file, wherein the media presentation description file is used to describe a content protection manner adopted by the part of the media segments in the coding representation; wherein the media presentation description file comprises a coding representation module corresponding to the coding representation, the coding representation module comprises at least one content protection unit, and the content protection unit comprises the content protection manner; and wherein the content protection manner comprises an encryption protection element and at least one license protection element, the encryption protection element comprises an encryption method and key related information that are adopted by the part of the media segments, the at least one license protection element comprises license description information and a protection range element, and the protection range element comprises information of the range of media segments to which the license description information applies. obtaining each media segment in a coding representation of content; performing content protection processing on a part of the media segments in the coding representation; generating a media presentation description file, wherein the media presentation description file is used to describe a content protection manner adopted by the part of the media segments in the coding representation; wherein the media presentation description file comprises a coding representation module corresponding to the coding representation, the coding representation module comprises at least one content protection unit, and the content protection unit comprises the content protection manner; and wherein the content protection manner comprises an encryption protection element and at least one license protection element, the encryption protection element comprises an encryption method and key related information that are adopted by the part of the media segments, the at least one license protection element comprises license description information and a protection range element, and the protection range element comprises information of the range of media segments to which the license description information applies.
Bonding wire for semiconductor device use with an Ag content of 90 mass% or more, wherein, in a wire center cross-section, which is a cross-section containing the wire center and parallel to the wire longitudinal direction, there are no crystal grains with a ratio a/b of a long axis "a" and a short axis "b" of 10 or more and with an area of 15 μm 2 or more, when measuring a crystal direction in the wire longitudinal direction in said wire center cross-section, the ratio of crystal direction <100> with an angle difference with respect to said wire longitudinal direction of 15° or less is, by area ratio, 50% to 90%, and when measuring a crystal direction in the wire longitudinal direction at the wire surface, the ratio of crystal direction <100> with an angle difference with respect to said wire longitudinal direction of 15° or less is, by area ratio, 50% to 90%. wherein, in a wire center cross-section, which is a cross-section containing the wire center and parallel to the wire longitudinal direction, there are no crystal grains with a ratio a/b of a long axis "a" and a short axis "b" of 10 or more and with an area of 15 μm 2 or more, when measuring a crystal direction in the wire longitudinal direction in said wire center cross-section, the ratio of crystal direction <100> with an angle difference with respect to said wire longitudinal direction of 15° or less is, by area ratio, 50% to 90%, and when measuring a crystal direction in the wire longitudinal direction at the wire surface, the ratio of crystal direction <100> with an angle difference with respect to said wire longitudinal direction of 15° or less is, by area ratio, 50% to 90%.
An electrochemical test method comprising (i) comparing how a plurality of immittance functions and/or components thereof vary with a change in a parameter of interest for a first system, and then selecting an immittance function or component thereof for use in an electrochemical test; (ii) carrying out an electrochemical test step for a second system to determine at least one value for the immittance function or component thereof selected in step (i), and then, by using a quantitative relationship between the selected immittance function and the parameter of interest, determining a value in the parameter of interest, wherein the first system provides a suitable system for calibrating the parameter of interest for the second system. (i) comparing how a plurality of immittance functions and/or components thereof vary with a change in a parameter of interest for a first system, and then selecting an immittance function or component thereof for use in an electrochemical test; (ii) carrying out an electrochemical test step for a second system to determine at least one value for the immittance function or component thereof selected in step (i), and then, by using a quantitative relationship between the selected immittance function and the parameter of interest, determining a value in the parameter of interest,
An isolated antibody molecule or fragment thereof which recognizes human and mouse transforming growth factor beta 3 (TGF-β3), which does not react with TGF-β1 or TGF-β2 and which neutralizes activity of TGF-β3, the antibody or fragment thereof comprising (a) a light chain variable region comprising a CDR1 sequence KASQSVINDVA (SEQ ID NO:1) or KASQSVINAVA (SEQ ID NO:7), a CDR2 sequence YASNRYT (SEQ ID NO:2), and a CDR3 sequence QQDYSSPYT (SEQ ID NO:3), and a heavy chain variable region sequence comprising a CDR1 sequence SSWMH (SEQ ID NO:4) or SSWIH (SEQ ID NO:8), a CDR2 sequence RIFPGDGDTIYNGNFKG (SEQ ID NO:5) or RIYPGDGDTNYTGKFKG (SEQ ID NO:9), and a CDR3 sequence RMITTQAAMDY (SEQ ID NO:6); or (b) a light chain variable region comprising a CDR1 sequence KSSQSLLNSGNQKNYLA (SEQ ID NO:10), a CDR2 sequence GASTRES (SEQ ID NO:11), and a CDR3 sequence QNDHGFPLT (SEQ ID NO:12), and a heavy chain variable region sequence comprising a CDR1 sequence DYYIN (SEQ ID NO:13), a CDR2 sequence KIGPGTGRTYYNEKFKG (SEQ ID NO:14), and a CDR3 sequence YYGWGYAMDY (SEQ ID NO:15). (a) a light chain variable region comprising a CDR1 sequence KASQSVINDVA (SEQ ID NO:1) or KASQSVINAVA (SEQ ID NO:7), a CDR2 sequence YASNRYT (SEQ ID NO:2), and a CDR3 sequence QQDYSSPYT (SEQ ID NO:3), and a heavy chain variable region sequence comprising a CDR1 sequence SSWMH (SEQ ID NO:4) or SSWIH (SEQ ID NO:8), a CDR2 sequence RIFPGDGDTIYNGNFKG (SEQ ID NO:5) or RIYPGDGDTNYTGKFKG (SEQ ID NO:9), and a CDR3 sequence RMITTQAAMDY (SEQ ID NO:6); or (b) a light chain variable region comprising a CDR1 sequence KSSQSLLNSGNQKNYLA (SEQ ID NO:10), a CDR2 sequence GASTRES (SEQ ID NO:11), and a CDR3 sequence QNDHGFPLT (SEQ ID NO:12), and a heavy chain variable region sequence comprising a CDR1 sequence DYYIN (SEQ ID NO:13), a CDR2 sequence KIGPGTGRTYYNEKFKG (SEQ ID NO:14), and a CDR3 sequence YYGWGYAMDY (SEQ ID NO:15).
Expansion valve, in particular for a heating and/or cooling application, comprising a movable plug and a valve seat, wherein the distance between the plug and the valve seat defines a valve opening, wherein the valve comprises three portions arranged in consecutive order, namely a seat portion extending over a first axial distance in an axial direction of a fluid conduit of the valve, a step portion, in which the cross-sectional area of the fluid conduit increases significantly over a short second axial distance, the step portion comprising a hollow circular face, said hollow circular face being arranged perpendicular to the axial direction of the fluid conduit and having an opening inside, and a sloped portion with a conical surface directly adjacent to the circular face of the step portion, in which the cross-sectional area of the fluid conduit increases gradually over a longer third axial distance than at the step portion, wherein the axial extension of the seat portion corresponds to the axial distance between two opposite and substantially parallel faces of the seat portion, characterized in that the first axial distance is smaller than the third axial distance, the sloped portion is sloped at an angle of 12° - 16°, and the ratio of the inner diameter of the valve seat to the outer diameter of the step portion is in the range of 0,40 - 0,90. a seat portion extending over a first axial distance in an axial direction of a fluid conduit of the valve, a step portion, in which the cross-sectional area of the fluid conduit increases significantly over a short second axial distance, the step portion comprising a hollow circular face, said hollow circular face being arranged perpendicular to the axial direction of the fluid conduit and having an opening inside, and a sloped portion with a conical surface directly adjacent to the circular face of the step portion, in which the cross-sectional area of the fluid conduit increases gradually over a longer third axial distance than at the step portion, wherein the axial extension of the seat portion corresponds to the axial distance between two opposite and substantially parallel faces of the seat portion, characterized in that the first axial distance is smaller than the third axial distance, the sloped portion is sloped at an angle of 12° - 16°, and the ratio of the inner diameter of the valve seat to the outer diameter of the step portion is in the range of 0,40 - 0,90.
A solid oral unit dosage form comprising i) a pharmaceutically acceptable salt of 5-methyl- -tetrahydrofolic acid; and ii) granules comprising a progestogen, an estrogen, and microcrystalline cellulose. i) a pharmaceutically acceptable salt of 5-methyl- -tetrahydrofolic acid; and ii) granules comprising a progestogen, an estrogen, and microcrystalline cellulose.
A process for forming an α,β-unsaturated carboxylic acid or a salt thereof, the process comprising: a) contacting in any order 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof. a) contacting in any order 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and 1) a transition metal precursor compound comprising at least one first ligand; 2) optionally, at least one second ligand; 3) an olefin; 4) carbon dioxide (CO 2); 5) a diluent; and 6) a promoter comprising a porous crosslinked polyphenoxide resin comprising associated metal cations, to provide a reaction mixture; and b) applying reaction conditions to the reaction mixture suitable to form the α,β-unsaturated carboxylic acid or the salt thereof.
A communication node comprising: a first table (11, 106) that stores a first entry in which a match condition that includes at least a destination address is associated with an output destination of a packet matching the match condition; a second table (12, 109) that stores a second entry having a match condition set by a predetermined control apparatus; a destination learning unit that registers a set of a source and a receiving port of a received packet as a first entry in which a match condition is associated with an output destination in the first table; and a packet processing unit that forwards a packet to an output destination determined in the first table when an entry having a match condition matching a received packet is found from each of the first and second tables, and that broadcasts a received packet according to a third entry set by the control apparatus when no entry having a match condition matching the received packet is found in at least one of the first and second tables. a first table (11, 106) that stores a first entry in which a match condition that includes at least a destination address is associated with an output destination of a packet matching the match condition; a second table (12, 109) that stores a second entry having a match condition set by a predetermined control apparatus; a destination learning unit that registers a set of a source and a receiving port of a received packet as a first entry in which a match condition is associated with an output destination in the first table; and a packet processing unit that forwards a packet to an output destination determined in the first table when an entry having a match condition matching a received packet is found from each of the first and second tables, and that broadcasts a received packet according to a third entry set by the control apparatus when no entry having a match condition matching the received packet is found in at least one of the first and second tables.
A method for detecting a position of a signal source in a living body, based on voltages generated at electrodes arranged on a surface of the living body, the method comprising: arranging the electrodes including a first electrode, a second electrode, and a third electrode on the surface of the living body; alternately connecting a first external resistance and a second external resistance between the first and second electrodes, between the second and third electrodes, and between the third and first electrodes; measuring first voltages V 12, V 23, and V 31 which are generated between the respective electrodes when the first external resistance is connected between the respective electrodes, and second voltages V' 12, V' 23, and V' 31 which are generated between the respective electrodes when the second external resistance is connected between the respective electrodes; and calculating three ratios V 12 /V' 12, V 21 /V' 21, and V 31 /V' 31 respectively from the first voltages V 12, V 23, V 31 and the second voltages V' 12, V' 23, and V' 31, and detecting the position of the signal source in the living body based on the three ratios V 12 /V' 12, V 21 /V' 21, and V 31 /V' 31 and the position coordinates of the first, second, and third electrodes on the surface of the living body, and on an assumption that the conductivity inside the living body is uniform. arranging the electrodes including a first electrode, a second electrode, and a third electrode on the surface of the living body; alternately connecting a first external resistance and a second external resistance between the first and second electrodes, between the second and third electrodes, and between the third and first electrodes; measuring first voltages V 12, V 23, and V 31 which are generated between the respective electrodes when the first external resistance is connected between the respective electrodes, and second voltages V' 12, V' 23, and V' 31 which are generated between the respective electrodes when the second external resistance is connected between the respective electrodes; and calculating three ratios V 12 /V' 12, V 21 /V' 21, and V 31 /V' 31 respectively from the first voltages V 12, V 23, V 31 and the second voltages V' 12, V' 23, and V' 31, and detecting the position of the signal source in the living body based on the three ratios V 12 /V' 12, V 21 /V' 21, and V 31 /V' 31 and the position coordinates of the first, second, and third electrodes on the surface of the living body, and on an assumption that the conductivity inside the living body is uniform.
A patient interface mask for use with a breathing assistance apparatus, comprising: a seal that, in use, circumscribes a nose, mouth, or nose and mouth of a patient and defines an interior space of the mask; an inlet into the interior space; an outlet from the interior space; and a sensor that is positioned outside of the interior space and in the path of exit gases exiting the interior space through the outlet, the sensor being configured to detect a parameter of the exit gases exiting the interior space through the outlet, wherein the exit gases are unused breathing gases supplied to the mask from a breathing apparatus or expired gases from a user or a combination of both; wherein the sensor is configured to provide sensor data to the breathing assistance apparatus for closed-loop or feedback control of a humidity and/or temperature function of the breathing assistance apparatus. a seal that, in use, circumscribes a nose, mouth, or nose and mouth of a patient and defines an interior space of the mask; an inlet into the interior space; an outlet from the interior space; and a sensor that is positioned outside of the interior space and in the path of exit gases exiting the interior space through the outlet, the sensor being configured to detect a parameter of the exit gases exiting the interior space through the outlet, wherein the exit gases are unused breathing gases supplied to the mask from a breathing apparatus or expired gases from a user or a combination of both; wherein the sensor is configured to provide sensor data to the breathing assistance apparatus for closed-loop or feedback control of a humidity and/or temperature function of the breathing assistance apparatus.
Wrapping apparatus comprising - a chamber (Ch) arranged for containing an object to be wrapped, - an object moving device (1, 2, 3, 8), - a reservoir holder arranged for holding a reservoir with wrapping material, and - at least one tag reader (4.1, 4.2), wherein the object moving device (1, 2, 3, 8) is arranged to move in the interior of the chamber (Ch) the contained object with respect to the reservoir holder, wherein the wrapping apparatus is arranged - to engage a web of wrapping material taken from a reservoir held by the reservoir holder, - to move the engaged web towards a wrapping material inlet, and - to inject the moved web through the wrapping material inlet into the chamber (Ch), wherein - the object moving device (1, 2, 3, 8) and - the moved object are arranged to clamp and jointly move the injected web, thereby wrapping at least one surface of the object in the chamber (Ch) into the injected web, and wherein the or every tag reader (4.1, 4.2) is arranged - to monitor whether or not a tag is moved along the tag reader (4.1, 4.2) and - to generate an alert if no tag is detected, characterized in that the wrapping apparatus further comprises a tag applicator, wherein the tag applicator is arranged to apply in an application position at least one tag onto the web of wrapping material taken from the reservoir, wherein the application position is positioned between - the reservoir holder and - the wrapping material inlet, and wherein the wrapping apparatus is arranged - to engage, to move, and to inject into the chamber (Ch) the web on which the tag is applied and - to convey in the chamber (Ch) the object surface which is wrapped with the web along the or at least one tag reader (4.2). - a chamber (Ch) arranged for containing an object to be wrapped, - an object moving device (1, 2, 3, 8), - a reservoir holder arranged for holding a reservoir with wrapping material, and - at least one tag reader (4.1, 4.2), - to engage a web of wrapping material taken from a reservoir held by the reservoir holder, - to move the engaged web towards a wrapping material inlet, and - to inject the moved web through the wrapping material inlet into the chamber (Ch), - the object moving device (1, 2, 3, 8) and - the moved object - to monitor whether or not a tag is moved along the tag reader (4.1, 4.2) and - to generate an alert if no tag is detected, - the reservoir holder and - the wrapping material inlet, and - to engage, to move, and to inject into the chamber (Ch) the web on which the tag is applied and - to convey in the chamber (Ch) the object surface which is wrapped with the web along the or at least one tag reader (4.2).