mhurhangee/ep-ind-claims huggingface dataset:
A shelf electrical supply, comprising: a bottom cover, a top cover disposed on the bottom cover, positive and negative wires (53, 54) sandwiched between the bottom cover and the top cover and insulated from each other, and positive and negative power contactors (55, 56) sandwiched between the bottom cover and the top cover, the bottom cover comprising a body, protruding holes (512, 513) of the positive and negative contactors alternately disposed at ends of the body, a wire accommodating groove arranged on the body; the positive and negative wires (53, 54) being held in the wire accommodating groove; the positive and negative power contactors (55, 56) respectively comprising a positive and a negative sleeves (551, 561), and two superposed positive and negative magnets (552, 562) respectively arranged in the positive and the negative sleeves; the positive and the negative sleeves (551, 561) respectively comprising a positive and a negative protruding portion (553, 563), a positive and a negative clamping portion (554, 564) respectively electrically connected with the positive and negative wires; the positive and negative clamping portions being located between the bottom cover and the top cover; two magnets (552, 562) held in the positive and the negative sleeves (551,561) being mutually exclusive and being located between the positive and negative protruding portions (553, 563) and the top cover; the positive and negative protruding portions respectively protruding the protruding holes (512, 513) of the positive and negative contactors under the repulsive force of the two positive and negative magnets (552, 562) held in the positive and negative sleeves. the bottom cover comprising a body, protruding holes (512, 513) of the positive and negative contactors alternately disposed at ends of the body, a wire accommodating groove arranged on the body; the positive and negative wires (53, 54) being held in the wire accommodating groove; the positive and negative power contactors (55, 56) respectively comprising a positive and a negative sleeves (551, 561), and two superposed positive and negative magnets (552, 562) respectively arranged in the positive and the negative sleeves; the positive and the negative sleeves (551, 561) respectively comprising a positive and a negative protruding portion (553, 563), a positive and a negative clamping portion (554, 564) respectively electrically connected with the positive and negative wires; the positive and negative clamping portions being located between the bottom cover and the top cover; two magnets (552, 562) held in the positive and the negative sleeves (551,561) being mutually exclusive and being located between the positive and negative protruding portions (553, 563) and the top cover; the positive and negative protruding portions respectively protruding the protruding holes (512, 513) of the positive and negative contactors under the repulsive force of the two positive and negative magnets (552, 562) held in the positive and negative sleeves.
An assembly for an aircraft cabin wall of an aircraft, the aircraft having a fuselage with a plurality of external windows arranged at a pitch; the assembly comprising: a plurality of parts, said parts including; a window cone panel having an internal window, top and bottom edges defining a panel height, and side edges defining a panel width; first and second terminator components disposed on either side of the window cone panel such that the first terminator component is on one side of the window cone panel and the second terminator component is on the other side of the window cone panel; characterised by a splice component having top and bottom edges and disposed on either side of the window cone panel between the window cone panel and one of the first and second terminator components; wherein the splice component comprises an index for adjusting an overall width of the assembly to align the internal window with the external window pitch. a plurality of parts, said parts including; a window cone panel having an internal window, top and bottom edges defining a panel height, and side edges defining a panel width; first and second terminator components disposed on either side of the window cone panel such that the first terminator component is on one side of the window cone panel and the second terminator component is on the other side of the window cone panel; characterised by a splice component having top and bottom edges and disposed on either side of the window cone panel between the window cone panel and one of the first and second terminator components; a window cone panel having an internal window, top and bottom edges defining a panel height, and side edges defining a panel width; first and second terminator components disposed on either side of the window cone panel such that the first terminator component is on one side of the window cone panel and the second terminator component is on the other side of the window cone panel; characterised by a splice component having top and bottom edges and disposed on either side of the window cone panel between the window cone panel and one of the first and second terminator components; wherein the splice component comprises an index for adjusting an overall width of the assembly to align the internal window with the external window pitch.
A fiber formed from a resin comprising a silicone-modified polyurethane resin comprising the reaction product of a polyol having a number average molecular weight of at least 500, a chain extender of a polyol having a number average molecular weight of less than 500, an active hydrogen-containing organopolysiloxane, and a polyisocyanate, the active hydrogen-containing organopolysiloxane containing an active hydrogen-containing organopolysiloxane (C-1) having a carbinol group at only one end, wherein the fiber has a fiber diameter of 100 nm to less than 1,000 nm.
A method for controlling at least one lighting device during the reproduction of acoustic signals encoded in an audio file, wherein a string is read out from a field or tag of the audio file, which string contains control commands for controlling at least one lighting device, and wherein the acoustic signals encoded in the audio file are audibly output and, meanwhile, based on the control commands contained in the string, a sequence of drive signals is generated and, by means of these, a sequence of lighting scenarios is generated by means of said at least one lighting device, wherein, based on the control commands, the lighting scenarios are started and/or changed at times determined relative to the encoded acoustic signals in the control commands in the string.
A phosphor comprising a JEM crystal represented by MAl(Si, Al) 6 (O, N) 10 (wherein an M element is one or two or more kinds of elements selected from a group consisting of Ca, Sr, Eu, La, Sc, Y, and lanthanoid elements) characterized in that the M element is Eu and either Sr or Ca; or Eu, La, and either Sr or Ca; and the JEM crystal is activated with Eu and a) when the M element is Eu and Sr; or Eu, La, and Sr, fluorescence having a peak in a wavelength range of at least 495 nm and less than 570 nm is emitted upon irradiation by an excitation source; and b) when the M element is Eu and Ca; or Eu, La, and Ca; and an atomic fraction of Eu satisfies condition of being at least 0.003 and not exceeding 0.03, fluorescence having a peak in a wavelength range of at least 570 nm and not exceeding 590 nm is emitted upon irradiation by the excitation source; and c) when the element is Eu and Ca; or Eu, La and Ca; and an atomic fraction of Eu satisfies condition of being at least 0.0003 and less than 0.003, fluorescence having a peak in a wavelength range of at least 495 nm and less than 570 is emitted upon irradiation by the excitation source. a) when the M element is Eu and Sr; or Eu, La, and Sr, fluorescence having a peak in a wavelength range of at least 495 nm and less than 570 nm is emitted upon irradiation by an excitation source; and b) when the M element is Eu and Ca; or Eu, La, and Ca; and an atomic fraction of Eu satisfies condition of being at least 0.003 and not exceeding 0.03, fluorescence having a peak in a wavelength range of at least 570 nm and not exceeding 590 nm is emitted upon irradiation by the excitation source; and c) when the element is Eu and Ca; or Eu, La and Ca; and an atomic fraction of Eu satisfies condition of being at least 0.0003 and less than 0.003, fluorescence having a peak in a wavelength range of at least 495 nm and less than 570 is emitted upon irradiation by the excitation source.
A method, comprising: concurrently executing on a single computer a first operating system coded in a first instruction set and a second operating system coded in a second instruction set, the second operating system being unmodified for execution on the computer of the first instruction set; accepting an exception occurring during execution of a program coded in the first instruction set; routing the exception for handling in the second operating system; accepting an exception occurring during execution of a program coded in the second instruction set; and routing the exception for handling in the first operating system; characterized by: delaying accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set until reaching an instruction boundary in the second instruction set or rolling back the execution of an instruction in the second instruction set until reaching an instruction boundary before accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set. concurrently executing on a single computer a first operating system coded in a first instruction set and a second operating system coded in a second instruction set, the second operating system being unmodified for execution on the computer of the first instruction set; accepting an exception occurring during execution of a program coded in the first instruction set; routing the exception for handling in the second operating system; accepting an exception occurring during execution of a program coded in the second instruction set; and routing the exception for handling in the first operating system; characterized by: delaying accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set until reaching an instruction boundary in the second instruction set or rolling back the execution of an instruction in the second instruction set until reaching an instruction boundary before accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set. delaying accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set until reaching an instruction boundary in the second instruction set or rolling back the execution of an instruction in the second instruction set until reaching an instruction boundary before accepting an exception occurring at an intermediate point of execution of an instruction in the second instruction set.
A system for implanting a replacement heart valve (10; 10'; 10"; 10"'; 10""), comprising: a delivery device comprising: an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and the replacement heart valve comprising: a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end. a delivery device comprising: an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and an inner support for receiving the replacement heart valve; an inner retainer ring on the inner support; and an outer retainer ring to slidably engage the inner retainer ring to secure a proximal end of the replacement heart valve on the delivery device; and the replacement heart valve comprising: a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end. a self-expanding frame (20; 20'; 20"; 20'"; 20"") to which a plurality of valve leaflets are attached, and an upstream portion (38; 38'; 38"; 38'"; 38""), a transition portion (40; 40'; 40"; 40'"; 40"") and a downstream portion (42; 42'; 42"; 42'"; 42""), wherein the upstream portion has an inflow diameter at the proximal end of the replacement heart valve and the downstream portion has an outflow diameter at the distal end, the outflow diameter being greater than the inflow diameter, wherein the frame has an upstream end and a downstream end, the frame further comprising a plurality of first anchors (24; 24'; 24"; 24'"; 24"") directed toward the upstream end.
Method of determining a change of direction of the at least one linearly moving elevator door panel, wherein the method includes: detecting accelerations (g, g') of the at least one elevator door panel over time and providing a corresponding acceleration signal (28, 30); determining peaks (28a, 28b, 30a, 30b) having positive or negative signs in the detected acceleration signal (28, 30); determining the signs of the determined peaks (28a, 28b, 30a, 30b); and determining that the moving direction of the movement of the at least one linearly moving elevator door panel has changed when two subsequent peaks (28a, 28b, 30a, 30b) having the same sign are detected counting the changes of direction of the at least one elevator door panel; and predicting necessary maintenance of at least one elevator door panel based on the detected acceleration signal (28, 30). detecting accelerations (g, g') of the at least one elevator door panel over time and providing a corresponding acceleration signal (28, 30); determining peaks (28a, 28b, 30a, 30b) having positive or negative signs in the detected acceleration signal (28, 30); determining the signs of the determined peaks (28a, 28b, 30a, 30b); and determining that the moving direction of the movement of the at least one linearly moving elevator door panel has changed when two subsequent peaks (28a, 28b, 30a, 30b) having the same sign are detected counting the changes of direction of the at least one elevator door panel; and predicting necessary maintenance of at least one elevator door panel based on the detected acceleration signal (28, 30).
A method for controlling the manufacturing of tyres for wheels of vehicles, comprising: - extracting a cured tyre from a curing station, in which said cured tyre has accumulated heat during a curing process; - verifying the presence of any defects or imperfections in said cured tyre, wherein said verification comprises: - detecting first electromagnetic radiations representative of heat emission from different portions of said cured tyre while said cured tyre is releasing said accumulated heat; - providing at least one output signal representative of said first electromagnetic radiations detected, in order to allow an analysis of said cured tyre and a verification of the presence of said any defects or imperfections. - extracting a cured tyre from a curing station, in which said cured tyre has accumulated heat during a curing process; - verifying the presence of any defects or imperfections in said cured tyre, wherein said verification comprises: - detecting first electromagnetic radiations representative of heat emission from different portions of said cured tyre while said cured tyre is releasing said accumulated heat; - providing at least one output signal representative of said first electromagnetic radiations detected, in order to allow an analysis of said cured tyre and a verification of the presence of said any defects or imperfections.
A process for preparation of 2-cyanoimidazole compound represented by the following formula: which process comprises reacting of compound represented by the following formula: with a reducing agent selected from the group consisting of metal salts of sulfur-containing derivatives in the presence of a polar organic solvent.
A phosphodiesterase inhibitor for use in the treatment of couples with infertility for transvaginal administration, wherein the infertility is caused by male infertility.
A computing system including: a buffer configured to store, as part of an elementary bitstream output from an encoder based on a codec standard or format, one or more syntax structures that contain a coded region for a region of an image or video, and, after the one or more syntax structures that contain the coded region, a different syntax structure that indicates completion of the coded region, wherein the different syntax structure is: a network abstraction layer, NAL, unit having a NAL unit type, the NAL unit type designating the NAL unit as an end-of-region indicator; or a supplemental enhancement information, SEI, message having a payload type, the payload type designating the SEI message as an end-of-region indicator; and a media processing tool configured to detect the completion of the coded region using the different syntax structure. a buffer configured to store, as part of an elementary bitstream output from an encoder based on a codec standard or format, one or more syntax structures that contain a coded region for a region of an image or video, and, after the one or more syntax structures that contain the coded region, a different syntax structure that indicates completion of the coded region, wherein the different syntax structure is: a network abstraction layer, NAL, unit having a NAL unit type, the NAL unit type designating the NAL unit as an end-of-region indicator; or a supplemental enhancement information, SEI, message having a payload type, the payload type designating the SEI message as an end-of-region indicator; and a network abstraction layer, NAL, unit having a NAL unit type, the NAL unit type designating the NAL unit as an end-of-region indicator; or a supplemental enhancement information, SEI, message having a payload type, the payload type designating the SEI message as an end-of-region indicator; and a media processing tool configured to detect the completion of the coded region using the different syntax structure.
A multilayer polyelectrolyte film deposited on a core microparticle or a core nanoparticle or in the form of a hollow microcapsule or a hollow nanocapsule, wherein said multilayer film comprises an RSV-M2 protein epitope and an RSV-G protein epitope, said epitopes consisting of 3 to 120 amino acids, as part of one or more designed polypeptides, wherein a designed polypeptide is a polypeptide consisting of one or more charged surface absorption regions of at least 8 amino acids covalently linked to the RSV-M2 protein epitope, the RSV-G protein epitope, or both, having sufficient charge for stable binding to an oppositely charged surface, and wherein the designed polypeptide and the one or more charged surface absorption regions therein are positively charged or negatively charged, wherein said multilayer film comprises two or more layers of polyelectrolytes, wherein adjacent layers comprise oppositely charged polyelectrolytes, wherein at least one polyelectrolyte of the multilayer film is said one or more designed polypeptides and wherein a polyelectrolyte that is not a designed polypeptide comprises a polycationic material or a polyanionic material having a molecular weight of greater than 1,000 and at least 5 charges per molecule.
A power transmission device for a tractor in which a first and a second supporting wall (Ma, Mb) are provided in a front mission case linked to a flywheel housing to form a first chamber that is in communication with an interior of the flywheel housing, a second or middle chamber, and a third or rear chamber, and the second and third chambers (21, 22) serve as an oil bath, and a forward/reverse drive switch mechanism that converts power of a propeller shaft into forward or reverse drive power is provided in the second chamber, a main speed change mechanism that converts power transmitted from the forward/reverse drive switch mechanism to an input shaft into multiple speeds and transmits the power to a countershaft, a sub-speed change mechanism that receives from the countershaft the power converted by the main speed change mechanism and converts the power into a high and a low speed, and an output shaft that transmits rear-wheel drive power from the sub-speed change mechanism, are provided in a third chamber, and a front-wheel drive power extracting shaft that extracts power of the output shaft as front-wheel drive power via front-wheel drive power extracting means is supported by the first and second supporting walls (Ma, Mb), wherein the second supporting wall (Mb) includes an upper wall portion and a lower wall portion that are separated from each other in an up-and-down direction and a fore-and-aft direction, the upper wall portion rotatably supports the propeller shaft of the forward/reverse drive switch mechanism, the input shaft of the main speed change mechanism, and the countershaft and the output shaft of the sub-speed change mechanism, the lower wall portion is located apart from, behind and below the upper wall portion and supports the front-wheel drive power extracting shaft, an opening that is open in the up-and-down direction and the fore-and-aft direction is formed between the upper and lower wall portions (Mb1, Mb2), and the front-wheel drive power extracting means is provided in the opening, and the front-wheel drive power extracting means has a front-wheel drive power extracting gear that is provided at a front end of the output shaft at the back of the upper wall portion, and a power transmission gear that is engaged with the front-wheel drive power extracting gear and is supported by a rear end of the front-wheel drive power extracting shaft.