mhurhangee/patent-ind-claim-en huggingface dataset:
A valve block for a backflushing and teat dip applicator system, the valve block comprising: a housing defining an axial chamber with a wall and an upper bell portion and a lower bell portion ; a plurality of inlets into a portion of the chamber arranged between the upper bell portion and the lower bell portion ; a plurality of valves , and each valve is movable to open or close a corresponding inlet to the chamber ; a common outlet from the upper bell portion of the chamber ; and a spool disposed in the chamber for movement between a milking position and a backflushing position, and the spool includes an upper valve head , a lower valve head , and a central portion between the upper valve head and the lower valve head having a cross-sectional dimension that is smaller than a cross-sectional dimension of the upper valve head and the lower valve head such that the central portion and the chamber wall define a fluid flow space and wherein in the milking position the upper valve head engages the wall of the axial chamber and the lower valve head is arranged within the lower bell portion and in the backflush position the upper valve head is arranged within the upper bell portion and the lower valve head engages the wall of the axial chamber . a housing defining an axial chamber with a wall and an upper bell portion and a lower bell portion ; a plurality of inlets into a portion of the chamber arranged between the upper bell portion and the lower bell portion ; a plurality of valves , and each valve is movable to open or close a corresponding inlet to the chamber ; a common outlet from the upper bell portion of the chamber ; and a spool disposed in the chamber for movement between a milking position and a backflushing position, and the spool includes an upper valve head , a lower valve head , and a central portion between the upper valve head and the lower valve head having a cross-sectional dimension that is smaller than a cross-sectional dimension of the upper valve head and the lower valve head such that the central portion and the chamber wall define a fluid flow space and wherein in the milking position the upper valve head engages the wall of the axial chamber and the lower valve head is arranged within the lower bell portion and in the backflush position the upper valve head is arranged within the upper bell portion and the lower valve head engages the wall of the axial chamber .
A method of frequency-shift keying, FSK, decoding, comprising: generating a pulse waveform (R'Edge) from a received FSK encoded signal and a system clock (Sys_clk); generating at least four clocks from said pulse waveform (R'Edge) and said system clock (Sys_clk) including a first clock and second clock at frequencies below a carrier frequency of said FSK signal which define frequency limits for a logic '0' level of said FSK signal, and a third clock and fourth clock at frequencies above the carrier frequency of said FSK signal which define frequency limits for a logic '1' level of said FSK signal; generating at least four frequency envelopes from said at least four clocks by generating a logic '1' from one rising edge of a clock signal to another rising edge of the same clock signal, depicting the total cycle period of the same clock signal frequency, the at least four frequency envelopes including a logic '0' envelope, a logic '1' envelope, a lower frequency envelope below said logic '0' envelope, and an upper frequency envelope above said logic '1' envelope; comparing said pulse waveform (R'Edge) to said at least four frequency envelopes; and outputting a decoded output of said logic '0' if said pulse waveform (R'Edge) overlaps said logic '0' envelope, of said logic '1' if said pulse waveform (R'Edge) overlaps said logic '1' envelope, and of a previous output state if said pulse waveform (R'Edge) does not overlap said logic '0' envelope and does not overlap said logic '1' envelope. generating a pulse waveform (R'Edge) from a received FSK encoded signal and a system clock (Sys_clk); generating at least four clocks from said pulse waveform (R'Edge) and said system clock (Sys_clk) including a first clock and second clock at frequencies below a carrier frequency of said FSK signal which define frequency limits for a logic '0' level of said FSK signal, and a third clock and fourth clock at frequencies above the carrier frequency of said FSK signal which define frequency limits for a logic '1' level of said FSK signal; generating at least four frequency envelopes from said at least four clocks by generating a logic '1' from one rising edge of a clock signal to another rising edge of the same clock signal, depicting the total cycle period of the same clock signal frequency, the at least four frequency envelopes including a logic '0' envelope, a logic '1' envelope, a lower frequency envelope below said logic '0' envelope, and an upper frequency envelope above said logic '1' envelope; comparing said pulse waveform (R'Edge) to said at least four frequency envelopes; and outputting a decoded output of said logic '0' if said pulse waveform (R'Edge) overlaps said logic '0' envelope, of said logic '1' if said pulse waveform (R'Edge) overlaps said logic '1' envelope, and of a previous output state if said pulse waveform (R'Edge) does not overlap said logic '0' envelope and does not overlap said logic '1' envelope.
A power supply system comprising : - an electric power generator adapted to supply electric power to an electric power consumer , - an electrical energy storage device , and - a power supply regulator disposed between the electric power generator and the electric energy storage device, the power supply system comprising a controller adapted to control the power supply regulator to operate in at least one of the following two modes a) a load-shedding mode when an indication of the electrical power supplied by the electrical power generator is above a load-shedding threshold, in which mode the power supply controller draws electrical power from the electrical energy storage device to supply at least a portion of that electrical power to the electrical power consumer, the power supply controller operating as a pure current generator; and (b) a ballast mode when an indication of the electrical power supplied by the electrical power generator is below a ballast threshold, in which mode the power supply controller draws electrical power from the electrical power generator to supply at least part of that electrical power to the electrical energy storage device, characterized in that the controller is adapted to control the power supply regulator so that in at least one of the two modes, the load-shedding mode and the ballast mode, the electrical power drawn from the electrical energy storage device in the case of the load-shedding mode or the electrical power from the electrical energy storage device supplied to the electrical consumer in the case of the load-shedding mode, varies as a function of a difference between, on the one hand, the indication of the electrical power supplied by the power generator and, on the other hand, the load shedding threshold in load shedding mode, and the ballast threshold in ballast mode. - an electric power generator adapted to supply electric power to an electric power consumer , - an electrical energy storage device , and - a power supply regulator disposed between the electric power generator and the electric energy storage device, a) a load-shedding mode when an indication of the electrical power supplied by the electrical power generator is above a load-shedding threshold, in which mode the power supply controller draws electrical power from the electrical energy storage device to supply at least a portion of that electrical power to the electrical power consumer, the power supply controller operating as a pure current generator; and (b) a ballast mode when an indication of the electrical power supplied by the electrical power generator is below a ballast threshold, in which mode the power supply controller draws electrical power from the electrical power generator to supply at least part of that electrical power to the electrical energy storage device,
A sealing assembly for use in an oil and gas operation, comprising: a sealing element having a cavity between a first leg and a second leg , the first and second legs coupled together at a bottom of the sealing element and separated at a top by an opening leading to the cavity , and a test port extending through the first leg and the second leg into fluid communication with the cavity ; and an energizing ring adapted for insertion into the cavity , the energizing ring driving the first leg and the second leg in opposite radial directions, the energizing ring comprising: a passage fluidly coupled to the cavity , the passage extending through a width of the energizing ring ; and characterized by a plurality of wings positioned along an inner diameter and an outer diameter of an energizing ring body , each wing of the plurality of wings comprising a sealing arm coupled to the energizing ring body at a joint , the sealing arm separated from at least a portion of the energizing ring body by a slot , wherein the respective sealing arms are configured to pivot relative to the joint in response to a fluid introduced into the cavity . a sealing element having a cavity between a first leg and a second leg , the first and second legs coupled together at a bottom of the sealing element and separated at a top by an opening leading to the cavity , and a test port extending through the first leg and the second leg into fluid communication with the cavity ; and an energizing ring adapted for insertion into the cavity , the energizing ring driving the first leg and the second leg in opposite radial directions, the energizing ring comprising: a passage fluidly coupled to the cavity , the passage extending through a width of the energizing ring ; and characterized by a plurality of wings positioned along an inner diameter and an outer diameter of an energizing ring body , each wing of the plurality of wings comprising a sealing arm coupled to the energizing ring body at a joint , the sealing arm separated from at least a portion of the energizing ring body by a slot , wherein the respective sealing arms are configured to pivot relative to the joint in response to a fluid introduced into the cavity . a passage fluidly coupled to the cavity , the passage extending through a width of the energizing ring ; and characterized by a plurality of wings positioned along an inner diameter and an outer diameter of an energizing ring body , each wing of the plurality of wings comprising a sealing arm coupled to the energizing ring body at a joint , the sealing arm separated from at least a portion of the energizing ring body by a slot , wherein the respective sealing arms are configured to pivot relative to the joint in response to a fluid introduced into the cavity .
Coating composition for a frozen food product comprising: an inner pre-dust layer; and an outer breadcrumb layer, wherein the inner pre-dust layer and outer breadcrumb layer are separated by a batter layer that is characterised in that the batter layer comprises a lipid that is in liquid phase and wherein the inner pre-dust layer comprises hot-swelling potato starch. an inner pre-dust layer; and an outer breadcrumb layer, wherein the inner pre-dust layer and outer breadcrumb layer are separated by a batter layer that is characterised in that the batter layer comprises a lipid that is in liquid phase and wherein the inner pre-dust layer comprises hot-swelling potato starch.
A compound comprising a modified oligonucleotide consisting of 10 to 30 linked nucleosides and having a nucleobase sequence comprising at least 10 contiguous nucleobases complementary to an equal length portion of nucleobases 34801 to 34828 of SEQ ID NO: 1, wherein the modified oligonucleotide comprises at least one modified nucleoside, wherein the at least one modified nucleoside comprises a modified sugar moiety, and wherein the compound is capable of increasing the inclusion of exon 20 in an IKBKAP transcript in a cell.
Travel adapter , comprising a housing , at least one socket of a first standard and at least one plug (20, 20', 20", 20′′′) of a second standard, wherein the socket of the first standard has at least a first contact socket and a second contact socket , and the at least one plug (20, 20', 20", 20′′′) of the second standard has at least a first contact pin (21, 21', 21", 21′′′) and a second contact pin (22, 22', 22", 22′′′), wherein the at least one plug (20, 20', 20", 20′′′) or the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are arranged pivotably on the housing in such manner that the at least one plug (20, 20', 20", 20′′′) or the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are pivotable out of the housing , wherein the at least one plug (20, 20', 20", 20′′′) is mounted on the housing , characterized in that the socket is arranged inside the housing and is supported rotatably in the housing , and has a socket housing , and wherein contact elements are arranged inside the socket housing , and are each connected to the first contact socket and to the second contact socket of the socket , and are electrically connectable to the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) of the respective plug (20, 20', 20", 20′′′) by rotation of the socket relative to the housing into an operating position corresponding to the respective plug (20, 20', 20", 20′′′), wherein the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are coupled to each other in such manner that they are pivotable out of the housing together, and a gear mechanism is provided for the coupling. the socket is arranged inside the housing and is supported rotatably in the housing , and has a socket housing , and wherein contact elements are arranged inside the socket housing , and are each connected to the first contact socket and to the second contact socket of the socket , and are electrically connectable to the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) of the respective plug (20, 20', 20", 20′′′) by rotation of the socket relative to the housing into an operating position corresponding to the respective plug (20, 20', 20", 20′′′), wherein the first contact pin (21, 21', 21", 21′′′) and the second contact pin (22, 22', 22", 22′′′) are coupled to each other in such manner that they are pivotable out of the housing together, and a gear mechanism is provided for the coupling.
A traction device for mounting on a boot, comprising: an elastomeric member for stretching around the boot; a cable assembly connected to the elastomeric member and having an elongated segment ; a cleat carried on the segment ; the cleat having: an elongated core through which extends a passage having a central axis, and through which passage fits the segment so that the cleat is rotatably carried thereon; a protrusion extending radially from the core and including a first inclined surface thereon that is oblique to the central axis of the passage to thereby shape the protrusion such that the protrusion tapers to a first bladed edge . an elastomeric member for stretching around the boot; a cable assembly connected to the elastomeric member and having an elongated segment ; a cleat carried on the segment ; the cleat having: an elongated core through which extends a passage having a central axis, and through which passage fits the segment so that the cleat is rotatably carried thereon; a protrusion extending radially from the core and including a first inclined surface thereon that is oblique to the central axis of the passage to thereby shape the protrusion such that the protrusion tapers to a first bladed edge . an elongated core through which extends a passage having a central axis, and through which passage fits the segment so that the cleat is rotatably carried thereon; a protrusion extending radially from the core and including a first inclined surface thereon that is oblique to the central axis of the passage to thereby shape the protrusion such that the protrusion tapers to a first bladed edge .
Extractor hood comprising: - a body comprising a wall disposed in such a way to receive the hot steam that rises from a cooktop (P); - an inlet section provided in said wall of the body ; - an electrical fan (V) suitable for extracting the hot steam (F) that rises from said cooktop (P) through the inlet section ; - a grease filter connected to the body and disposed in correspondence with the inlet section or in intermediate position between the inlet section and the electrical fan (V); said grease filter being suitable for receiving the hot steam (F) that rises from said cooktop (P); - an anti-condensation system comprising at least one radiation emitter configured in such a way to emit electromagnetic radiation (IR) with a wavelength comprised between 0.74 μm and 2000 μm, which irradiates and heats the grease filter in such a way to prevent the formation of condensation in said grease filter ; wherein said at least one radiation emitter comprises at least one infrared film disposed in parallel direction to said grease filter and partially covering said grease filter , in such a way not to obstruct the flow of hot steam (F) that is extracted by the extractor hood ; and said infrared film comprises a first side directed towards the grease filter and a second side opposite to said first side ; characterized in that said anti-condensation system comprises a layer of thermal insulation material transparent to infrared radiation that covers said first side of the infrared film . - a body comprising a wall disposed in such a way to receive the hot steam that rises from a cooktop (P); - an inlet section provided in said wall of the body ; - an electrical fan (V) suitable for extracting the hot steam (F) that rises from said cooktop (P) through the inlet section ; - a grease filter connected to the body and disposed in correspondence with the inlet section or in intermediate position between the inlet section and the electrical fan (V); said grease filter being suitable for receiving the hot steam (F) that rises from said cooktop (P); - an anti-condensation system comprising at least one radiation emitter configured in such a way to emit electromagnetic radiation (IR) with a wavelength comprised between 0.74 μm and 2000 μm, which irradiates and heats the grease filter in such a way to prevent the formation of condensation in said grease filter ; wherein said at least one radiation emitter comprises at least one infrared film disposed in parallel direction to said grease filter and partially covering said grease filter , in such a way not to obstruct the flow of hot steam (F) that is extracted by the extractor hood ; and said infrared film comprises a first side directed towards the grease filter and a second side opposite to said first side ; characterized in that said anti-condensation system comprises a layer of thermal insulation material transparent to infrared radiation that covers said first side of the infrared film .
A method of making a decorative element for use in an invisible setting, the decorative element comprising a presentation portion , a base and a setting portion extending between the presentation portion and the base, wherein the setting portion comprises an anchoring feature , the method comprising: providing a mould arrangement comprising: a mould comprising a presentation surface for forming the presentation portion of the decorative element and a setting surface for forming the setting portion of the decorative element; and a former for forming the anchoring feature, the former being located adjacent to the setting surface; arranging an element-forming material into the mould to surround the former; performing a heat treatment to form a decorative element with an anchoring feature. a mould comprising a presentation surface for forming the presentation portion of the decorative element and a setting surface for forming the setting portion of the decorative element; and a former for forming the anchoring feature, the former being located adjacent to the setting surface; arranging an element-forming material into the mould to surround the former; performing a heat treatment to form a decorative element with an anchoring feature.
A plasticizer composition comprising: a terephthalate-based material in which alkyl groups bonded to a diester group have a weight average carbon number of greater than 7 and less than 9; and a monobenzoate-based material including one or more compounds represented by Chemical Formula 1 below, wherein a weight ratio of the terephthalate-based material and the monobenzoate-based material is 99:1 to 1:99: wherein R 1 is a a butyl group, an isobutyl group, a pentyl group, a hexyl group, a heptyl group, a 2-ethylhexyl group, or an octyl group. a terephthalate-based material in which alkyl groups bonded to a diester group have a weight average carbon number of greater than 7 and less than 9; and a monobenzoate-based material including one or more compounds represented by Chemical Formula 1 below, wherein a weight ratio of the terephthalate-based material and the monobenzoate-based material is 99:1 to 1:99: wherein R 1 is a a butyl group, an isobutyl group, a pentyl group, a hexyl group, a heptyl group, a 2-ethylhexyl group, or an octyl group.
A multiplexer switching device comprising a first data network comprising a plurality of normally open, NO, contacts connected in parallel to each other; and a second data network comprising a plurality of normally closed, NC, contacts, and each of the individual NO contacts is electrically connected to a respective one of the individual NC contacts and wherein said first data network is connected in series to said second data network via a common DC voltage link and wherein each of said NO contacts is electrically connected to a respective one of said NC contacts and wherein the common DC voltage link provides DC voltage to both of the first and second data networks simultaneously; and wherein each of the individual NC and NO contacts is connected in series to and paired with a resistor R, wherein said resistors have values that are selected so that equivalent impedance is specific to each configuration case of contact activations. a first data network comprising a plurality of normally open, NO, contacts connected in parallel to each other; and a second data network comprising a plurality of normally closed, NC, contacts, and each of the individual NO contacts is electrically connected to a respective one of the individual NC contacts and wherein said first data network is connected in series to said second data network via a common DC voltage link and wherein each of said NO contacts is electrically connected to a respective one of said NC contacts and wherein the common DC voltage link provides DC voltage to both of the first and second data networks simultaneously; and wherein each of the individual NC and NO contacts is connected in series to and paired with a resistor R, wherein said resistors have values that are selected so that equivalent impedance is specific to each configuration case of contact activations.