mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a polyarylene sulfide, comprising: a first step of preparing a sulfur source comprising dehydrating a hydrosulfide of an alkali metal and a hydroxide of an alkali metal in the presence of an organic acid salt of an alkali metal in a mixed solvent of water and an amide-based compound; and a second step of preparing a polyarylene sulfide by adding a dihalogenated aromatic compound and an amide-based compound to a reactor containing the sulfur source and performing a polymerization reaction; wherein the amide-based compound added in the second step is added in an amount of 1.0 to 2.0 equivalents based on 1 equivalent of the hydrosulfide of an alkali metal in the second step, and a molar ratio of water to the amide-based compound present in the polymerization reaction system of the second step is 0.5 to 0.85, and wherein a dehydration liquid removed during the dehydration reaction in the first step contains about 25% to about 35% (v/v) of the amide-based compound based on a total volume. a second step of preparing a polyarylene sulfide by adding a dihalogenated aromatic compound and an amide-based compound to a reactor containing the sulfur source and performing a polymerization reaction; wherein the amide-based compound added in the second step is added in an amount of 1.0 to 2.0 equivalents based on 1 equivalent of the hydrosulfide of an alkali metal in the second step, and a molar ratio of water to the amide-based compound present in the polymerization reaction system of the second step is 0.5 to 0.85, and wherein a dehydration liquid removed during the dehydration reaction in the first step contains about 25% to about 35% (v/v) of the amide-based compound based on a total volume.
A system (10, 10', 10", 70, 70', 70") for metal laser jetting comprising: a supply of metal micro wire arranged so as to be fed towards a nozzle area by a translator, the metal micro wire being supported along its length in a through hole of a glass substrate and the nozzle area being located at an exit of the through hole, wherein the translator is configured to position an end portion of the metal micro wire near the nozzle area; and a laser positioned to emit, under control of a controller, light pulses towards the nozzle area thereby causing the end portion of the metal micro wire near the nozzle area to be heated and wherein the controller is configured to cause the laser to briefly increase the energy of the light pulses from the laser during a time the light pulses are incident on the nozzle area to promote expulsion of metal droplets. a supply of metal micro wire arranged so as to be fed towards a nozzle area by a translator, the metal micro wire being supported along its length in a through hole of a glass substrate and the nozzle area being located at an exit of the through hole, wherein the translator is configured to position an end portion of the metal micro wire near the nozzle area; and a laser positioned to emit, under control of a controller, light pulses towards the nozzle area thereby causing the end portion of the metal micro wire near the nozzle area to be heated and wherein the controller is configured to cause the laser to briefly increase the energy of the light pulses from the laser during a time the light pulses are incident on the nozzle area to promote expulsion of metal droplets.
Food packaging bag comprising an outer bag comprising a front wall and a back wall, connected by gussets, a bottom, and a filling opening, an inner bag comprising at least a front wall and a back wall, connected by gussets, a bottom, and a filling opening, wherein the inner and outer bags are attached to each other, at least at the level of their filling openings (2e; 3e), by temporary attachment means, the front and back walls of the inner bag are superimposed with the front and back walls of the outer bag, and the gussets (2c; 3c) of the outer and inner bags are superimposed and nested into each other, characterized in that the outer and inner bags have flat bottoms (2d; 3d) folded together and adhered to the front or back wall of the outer bag through an attached strip.
A method of arranging communication between an administrator device and an administered device (AE, AS) in a network, the method including the steps of: - arranging said communication in the form of a chain of digitally signed messages sent from an originator device (AC resp. AS, AE) to a recipient device (AS, AE resp. AC), each message comprising a digital signature obtained using a private key of said originator device (AC resp. AS, AE), and digitally signed receipts sent from said recipient device (AS, AE resp. AC) to said originator device (AC resp. AS, AE), each receipt being generated in response to reception of a respective message and including a result of a hash function applied to said respective message and a further digital signature obtained by using a private key of said recipient device (AS, AE resp. AC), and - configuring said originator device (AC resp. AS, AE) not to send a new message towards said recipient device (AS, AE resp. AC) before having received a digitally signed receipt for the last sent message. - arranging said communication in the form of a chain of digitally signed messages sent from an originator device (AC resp. AS, AE) to a recipient device (AS, AE resp. AC), each message comprising a digital signature obtained using a private key of said originator device (AC resp. AS, AE), and digitally signed receipts sent from said recipient device (AS, AE resp. AC) to said originator device (AC resp. AS, AE), each receipt being generated in response to reception of a respective message and including a result of a hash function applied to said respective message and a further digital signature obtained by using a private key of said recipient device (AS, AE resp. AC), and - configuring said originator device (AC resp. AS, AE) not to send a new message towards said recipient device (AS, AE resp. AC) before having received a digitally signed receipt for the last sent message.
A shaped article produced by 3D inkjet printing, comprising: a light reflective layer formed from an ink having light reflectiveness; a decorative layer; and a first transparent layer, wherein the decorative layer, the first transparent layer, and the light reflective layer are formed in this order from an outer-layer side toward an inner side of the shaped article, and the shaped article includes a plurality of layers stacked on one another, wherein the first transparent layer is formed from a transparent ink; at least two of the plurality of layers each include a part of the decorative layer, a part of the first transparent layer, and a part of the light reflective layer that are formed in this order from an end side toward a center side of the layers. a light reflective layer formed from an ink having light reflectiveness; a decorative layer; and a first transparent layer, wherein the decorative layer, the first transparent layer, and the light reflective layer are formed in this order from an outer-layer side toward an inner side of the shaped article, and the shaped article includes a plurality of layers stacked on one another, wherein the first transparent layer is formed from a transparent ink; at least two of the plurality of layers each include a part of the decorative layer, a part of the first transparent layer, and a part of the light reflective layer that are formed in this order from an end side toward a center side of the layers.
An aerated food composition comprising a dairy food base, a fat source at least partially comprising a high-melting point fat having a melting point temperature between 37.8°C to 43.3°C (100°F to 110° F), and a hydrocolloid-based stabilizer system in an amount effective to provide a high-moisture shelf stable, aerated dairy food product; wherein the dairy food product is aerated between 2 to 20% overrun at a temperature greater than 65.6°C (150°F) for microstability and subsequently filled into packages at a final temperature greater than 65.6°C (150°F) but less than 82.2°C (180°F) while maintaining its aerated structure; wherein the hydrocolloid-based system comprises: two gums where one of the gums is gelatin in a range between 0.4% to 1% and the other gum is at a level that is equal to or less than an amount of the gelatin; or at least three gums where one of the gums is gelatin or carrageenan; and wherein the dairy food product has a shelf life of at least three months at ambient temperature.
Use of 0.001 ppm to 10,000.000 ppm of at least one dye of structure 1a and/or 1b (component c), in which - Ra and Rb independently of each other denote a linear or branched alkyl radical, or halogen; - n independently of each R denotes a natural number between 0 and 3, the radical being hydrogen in the case of n=0, and 0.001 ppm to 10,000.000 ppm of at least one dye from the group encompassing the dyes differing from structure 1a and/or 1b based on perinone or indanthrone and dyes based on a phthalocyanine or phthalocyanine complex (component d), in polymer compositions to produce coloured moulded objects with high colour stability in respect of exposure to LED light. 0.001 ppm to 10,000.000 ppm of at least one dye of structure 1a and/or 1b (component c), in which - Ra and Rb independently of each other denote a linear or branched alkyl radical, or halogen; - n independently of each R denotes a natural number between 0 and 3, the radical being hydrogen in the case of n=0, and - Ra and Rb independently of each other denote a linear or branched alkyl radical, or halogen; - n independently of each R denotes a natural number between 0 and 3, the radical being hydrogen in the case of n=0, and 0.001 ppm to 10,000.000 ppm of at least one dye from the group encompassing the dyes differing from structure 1a and/or 1b based on perinone or indanthrone and dyes based on a phthalocyanine or phthalocyanine complex (component d), in polymer compositions to produce coloured moulded objects with high colour stability in respect of exposure to LED light.
A consumable part replacement time managing device for monitoring replacement time of a consumable part of a machine tool, characterized by: an OFF date and time storage unit configured to read a current date and time from a control device of the machine tool, and to store it as an OFF date and time, according to a stop-processing subroutine started by using the power-off of the machine tool as a trigger, an ON date and time storage unit configured to read a current date and time from the control device of the machine tool, and to store it as an ON date and time, when the power supply of the machine tool is turned on after the power supply of the machine tool has been turned off, and a consumable part replacement time managing unit configured to obtain, by subtracting the stored OFF date and time from the stored ON date and time, a time period from when the power supply of the machine tool is turned off until the next time the power supply is turned on as a downtime of the consumable part, and notifying, when the downtime is equal or greater than a predetermined threshold value, that the consumable part has reached a replacement time. an OFF date and time storage unit configured to read a current date and time from a control device of the machine tool, and to store it as an OFF date and time, according to a stop-processing subroutine started by using the power-off of the machine tool as a trigger, an ON date and time storage unit configured to read a current date and time from the control device of the machine tool, and to store it as an ON date and time, when the power supply of the machine tool is turned on after the power supply of the machine tool has been turned off, and a consumable part replacement time managing unit configured to obtain, by subtracting the stored OFF date and time from the stored ON date and time, a time period from when the power supply of the machine tool is turned off until the next time the power supply is turned on as a downtime of the consumable part, and notifying, when the downtime is equal or greater than a predetermined threshold value, that the consumable part has reached a replacement time.
A cable, comprising: a conductor; and a sheathing layer configured to cover an outer circumference of the conductor, the sheathing layer being formed of a resin composition containing a vinyl chloride resin, diundecyl phthalate, and an impact modifier, wherein the conductor comprises a round-compressed stranded wire conductor including a plurality of wires, diundecyl phthalate is contained by 28 to 32 mass parts with respect to 100 mass parts of the vinyl chloride resin, the impact modifier is contained by 1 to 8 mass parts with respect to 100 mass parts of the vinyl chloride resin, the resin composition has a brittleness temperature of -25 °C or lower, as obtained by following the calculation method 8. according to JIS K7216:1980, and when the resin composition is heated at 120 °C for 120 hours, a rate of a reduced mass after heating with respect to a mass before heating is 1.5% or less; wherein a rate of a total sum of a peak area derived from diundecyl phthalate having two n-undecyl groups with respect to a total sum of a peak area derived from diundecyl phthalate is from 40% to 100%, based on a chromatogram obtained by analyzing all kinds of diundecyl phthalate contained in the resin composition with the gas chromatography-flame ionization detection method. a conductor; and a sheathing layer configured to cover an outer circumference of the conductor, the sheathing layer being formed of a resin composition containing a vinyl chloride resin, diundecyl phthalate, and an impact modifier, wherein the conductor comprises a round-compressed stranded wire conductor including a plurality of wires, diundecyl phthalate is contained by 28 to 32 mass parts with respect to 100 mass parts of the vinyl chloride resin, the impact modifier is contained by 1 to 8 mass parts with respect to 100 mass parts of the vinyl chloride resin, the resin composition has a brittleness temperature of -25 °C or lower, as obtained by following the calculation method 8. according to JIS K7216:1980, and when the resin composition is heated at 120 °C for 120 hours, a rate of a reduced mass after heating with respect to a mass before heating is 1.5% or less; wherein a rate of a total sum of a peak area derived from diundecyl phthalate having two n-undecyl groups with respect to a total sum of a peak area derived from diundecyl phthalate is from 40% to 100%, based on a chromatogram obtained by analyzing all kinds of diundecyl phthalate contained in the resin composition with the gas chromatography-flame ionization detection method.
A roller scraper mounting for a roller grate for operation of an incineration plant, wherein the roller scraper mounting is coolable and equipped with means (4, 6, 7) for application of a cooling medium, characterized in that the roller scraper mounting is equipped with cooling channels.
A hard extra-thin steel sheet having a sheet thickness of 0.400 mm or less comprising: by mass%, C: 0.800 % or less; N: 0,600% or less; Si: 2.0% or less; Mn: 2.0% or less; P: 0.10% or less; S: 0.100% or less; Al: 3.0% or less; optionally one or more selected from O: 0 to 0.200 %; Ti: 0 to 4.00%; Nb: 0 to 4.00%; REM: 0 to 4.00%; B: 0 to 0.0300%; Cu: 0 to 8.00%; Ca: 0 to 1.00%; Ni: 0 to 8.00%; Cr: 0 to 20.00%, and Sn, Sb, Mo, Ta, V and W each in an amount of 0.10% or less, and the balance being Fe and unavoidable impurities, wherein the hard extra-thin steel sheet contains 0.05% or more, by volume fraction, of a second phase having an average major axis of 0.10 μm or greater and an average minor axis of 0.05 μm or greater and satisfying average major axis/average minor axis ≥ 2.0 wherein the second phase is a simple substance of or a composite compound of oxide, sulfide, carbide, nitride or an intermetallic compound. by mass%, C: 0.800 % or less; N: 0,600% or less; Si: 2.0% or less; Mn: 2.0% or less; P: 0.10% or less; S: 0.100% or less; Al: 3.0% or less; optionally one or more selected from O: 0 to 0.200 %; Ti: 0 to 4.00%; Nb: 0 to 4.00%; REM: 0 to 4.00%; B: 0 to 0.0300%; Cu: 0 to 8.00%; Ca: 0 to 1.00%; Ni: 0 to 8.00%; Cr: 0 to 20.00%, and Sn, Sb, Mo, Ta, V and W each in an amount of 0.10% or less, and the balance being Fe and unavoidable impurities, wherein the hard extra-thin steel sheet contains 0.05% or more, by volume fraction, of a second phase having an average major axis of 0.10 μm or greater and an average minor axis of 0.05 μm or greater and satisfying average major axis/average minor axis ≥ 2.0 wherein the second phase is a simple substance of or a composite compound of oxide, sulfide, carbide, nitride or an intermetallic compound.
A multifunction cooking device characterized by: a base unit including a base seat that defines an annular receiving space, and a heating unit disposed in said base seat and surrounded by said annular receiving space; a cooking pan disposed on said base unit and including a bottom wall contacting with said heating unit, and a surrounding wall transversely extending from said bottom wall and inserted into said annular receiving space; and a cover unit movably connected to said base unit and covering said cooking pan; characterized in that said bottom wall of said cooking pan has opposite first and second cooking surfaces (611, 612), said surrounding wall having a first surrounding wall portion extending from a periphery of said first cooking surface in a direction away from said second cooking surface, and a second surrounding wall portion extending from a periphery of said second cooking surface in a direction away from said first cooking surface; and said second surrounding wall portion has a height (H 1) extending from said second cooking surface smaller than a height (H 2) of said first surrounding wall portion extending from said first cooking surface. a base unit including a base seat that defines an annular receiving space, and a heating unit disposed in said base seat and surrounded by said annular receiving space; a cooking pan disposed on said base unit and including a bottom wall contacting with said heating unit, and a surrounding wall transversely extending from said bottom wall and inserted into said annular receiving space; and a cover unit movably connected to said base unit and covering said cooking pan; characterized in that said bottom wall of said cooking pan has opposite first and second cooking surfaces (611, 612), said surrounding wall having a first surrounding wall portion extending from a periphery of said first cooking surface in a direction away from said second cooking surface, and a second surrounding wall portion extending from a periphery of said second cooking surface in a direction away from said first cooking surface; and said second surrounding wall portion has a height (H 1) extending from said second cooking surface smaller than a height (H 2) of said first surrounding wall portion extending from said first cooking surface. said bottom wall of said cooking pan has opposite first and second cooking surfaces (611, 612), said surrounding wall having a first surrounding wall portion extending from a periphery of said first cooking surface in a direction away from said second cooking surface, and a second surrounding wall portion extending from a periphery of said second cooking surface in a direction away from said first cooking surface; and said second surrounding wall portion has a height (H 1) extending from said second cooking surface smaller than a height (H 2) of said first surrounding wall portion extending from said first cooking surface.
Method for managing the operating mode of an electronic tag, comprising at least a communication module for communicating with at least one control device and a memory serving to store at least one tag identifier specific to said tag, the identifier being transmissible by the tag to said control device, characterized in that it comprises a deactivation step following the reception of a deactivation command, in which said tag changes from an activated state to a deactivated state, in which the transmission of said tag identifier to said control device is disabled, and in which said tag responds to a reactivation command by re-enabling the transmission of this tag identifier to said control device; and in that said deactivation command comprises at least one state identifier, called the substitute identifier, transmitted by the tag in place of said tag identifier in a response to a command received in the deactivated state, said substitute identifier not allowing the identification of said tag.
A method of causing proximity-dependent activity by a mobile device, the method comprising the steps of: the mobile device receiving a first short-range wireless communication signal from a first transmitter function at or near a physical location when being located within a first distance or distance range from the physical location or first transmitter function; the mobile device reacting to the received first short-range wireless communication signal by scanning for a second transmitter function at or near the physical location, the transmitter identity of the second transmitter function being indicated by information contained in the first short-range wireless communication signal; the mobile device receiving a second short-range wireless communication signal from the second transmitter function when being located within a second distance or distance range from the physical location or second transmitter function, the second distance or distance range being shorter than the first distance or distance range; the mobile device causing registration of information (WCSINFO) contained in the second short-range wireless communication signal; the mobile device causing resolving of the registered information (WCSINFO) to determine an associated activity; and the mobile device causing performance of the determined activity. the mobile device receiving a first short-range wireless communication signal from a first transmitter function at or near a physical location when being located within a first distance or distance range from the physical location or first transmitter function; the mobile device reacting to the received first short-range wireless communication signal by scanning for a second transmitter function at or near the physical location, the transmitter identity of the second transmitter function being indicated by information contained in the first short-range wireless communication signal; the mobile device receiving a second short-range wireless communication signal from the second transmitter function when being located within a second distance or distance range from the physical location or second transmitter function, the second distance or distance range being shorter than the first distance or distance range; the mobile device causing registration of information (WCSINFO) contained in the second short-range wireless communication signal; the mobile device causing resolving of the registered information (WCSINFO) to determine an associated activity; and the mobile device causing performance of the determined activity.