mhurhangee/ep-ind-claims huggingface dataset:
A section of concrete intended to form a mast for a windmill, said section comprising: - a first portion, intended to exert a bearing force on a lower adjacent part of the windmill, said first portion comprising a first flange extending substantially transversely from an internal face of the section opposite the internal volume of the section, - a second portion comprising a second flange extending substantially transversely from the internal face of the section opposite the internal volume of the section, - a prestressing device arranged to apply a stress between the first portion and the second portion, said prestressing device comprising at least one visible part extending outside the section of concrete and located between the first flange and the second flange characterised in that, said second portion is adapted to form a bearing support for another upper adjacent part of the windmill and the section of concrete further comprises - a first attaching device arranged to be connected to the first flange and intended to be used to attach the section on the lower adjacent part of the windmill, and/or - a second attaching device arranged to be connected to the second flange and intended to be used to attach the section to the upper adjacent part of the windmill. - a first portion, intended to exert a bearing force on a lower adjacent part of the windmill, said first portion comprising a first flange extending substantially transversely from an internal face of the section opposite the internal volume of the section, - a second portion comprising a second flange extending substantially transversely from the internal face of the section opposite the internal volume of the section, - a prestressing device arranged to apply a stress between the first portion and the second portion, said prestressing device comprising at least one visible part extending outside the section of concrete and located between the first flange and the second flange characterised in that, said second portion is adapted to form a bearing support for another upper adjacent part of the windmill and the section of concrete further comprises - a first attaching device arranged to be connected to the first flange and intended to be used to attach the section on the lower adjacent part of the windmill, and/or - a second attaching device arranged to be connected to the second flange and intended to be used to attach the section to the upper adjacent part of the windmill.
A coated article comprising: a container, or a portion thereof, comprising: a metal substrate; and a multi-coat coating system applied to at least a portion of the metal substrate, the coating system comprising: an overcoat composition comprising an overcoat thermoplastic polymer dispersed in an overcoat carrier; and an undercoat composition applied to the metal substrate, comprising a thermoplastic halogenated polyolefin polymer dispersed in an undercoat carrier, wherein the coating system contains less than 100 parts per million (ppm) of bound bisphenol A. a container, or a portion thereof, comprising: a metal substrate; and a multi-coat coating system applied to at least a portion of the metal substrate, the coating system comprising: an overcoat composition comprising an overcoat thermoplastic polymer dispersed in an overcoat carrier; and an undercoat composition applied to the metal substrate, comprising a thermoplastic halogenated polyolefin polymer dispersed in an undercoat carrier, wherein the coating system contains less than 100 parts per million (ppm) of bound bisphenol A. a metal substrate; and a multi-coat coating system applied to at least a portion of the metal substrate, the coating system comprising: an overcoat composition comprising an overcoat thermoplastic polymer dispersed in an overcoat carrier; and an undercoat composition applied to the metal substrate, comprising a thermoplastic halogenated polyolefin polymer dispersed in an undercoat carrier, wherein the coating system contains less than 100 parts per million (ppm) of bound bisphenol A. the coating system comprising: an overcoat composition comprising an overcoat thermoplastic polymer dispersed in an overcoat carrier; and an undercoat composition applied to the metal substrate, comprising a thermoplastic halogenated polyolefin polymer dispersed in an undercoat carrier, wherein the coating system contains less than 100 parts per million (ppm) of bound bisphenol A. an overcoat composition comprising an overcoat thermoplastic polymer dispersed in an overcoat carrier; and an undercoat composition applied to the metal substrate, comprising a thermoplastic halogenated polyolefin polymer dispersed in an undercoat carrier, wherein the coating system contains less than 100 parts per million (ppm) of bound bisphenol A.
Vehicular laminated glass for separating a vehicle interior from an external environment, at least comprising: - an inner pane made of glass comprising an inner side and an outer side, - an outer pane made of glass comprising an inner side and an outer side, - a thermoplastic intermediate layer, which bonds the inner side of the inner pane to the inner side of the outer pane, wherein - an electrically heatable coating is applied on the inner side of the inner pane or the inner side of the outer pane, - the outer pane is a non-prestressed pane and the thickness of the outer pane is in the range from 0.7 mm to 1.4 mm, - the outer pane is thicker than the inner pane, wherein the inner pane has a thickness of 0.6 mm to 1.0 mm. - an inner pane made of glass comprising an inner side and an outer side, - an outer pane made of glass comprising an inner side and an outer side, - a thermoplastic intermediate layer, which bonds the inner side of the inner pane to the inner side of the outer pane, - an electrically heatable coating is applied on the inner side of the inner pane or the inner side of the outer pane, - the outer pane is a non-prestressed pane and the thickness of the outer pane is in the range from 0.7 mm to 1.4 mm, - the outer pane is thicker than the inner pane, wherein the inner pane has a thickness of 0.6 mm to 1.0 mm.
Process for transferring electric energy from an external electric power source to means (26; 22) adapted for storing or using electric energy onboard a motor vehicle, wherein the transfer of electric energy from the external source to the onboard means is realized by magnetic induction wherein the motor vehicle includes at least one alternator (30, 32) for providing some electric loads of the motor vehicle with electric current (I'28) when the internal combustion engine is running, and an inductive receiver designed and located onboard the vehicle to cooperate with an inductive emitter belonging to said external electric power source in order to have an electric current (150, 128) flowing along an electric line (50, 28) which extends onboard the vehicle, the process being characterized in that, upon actuation of a starter of the internal combustion engine, the transfer of electric energy takes place between the external electric power source and the starter and in that the starter is connected to the inductive receiver without being connected to electric energy storage means.
An integrated process for the gasification of a whole crude oil feedstock to produce a synthesis gas and electricity, the process comprising: a. introducing into a membrane wall gasification reactor, as a feedstock, a mixture of whole crude oil and a solid ash-producing material capable of forming a protective slag coating on the sidewalls of the membrane wall gasification reactor, and a predetermined amount of oxygen and steam based on the carbon content of the feedstock; b. subjecting the mixture of whole crude oil and solid ash-producing material to partial oxidation to produce hydrogen and carbon monoxide in the form of a hot raw synthesis gas and a protective slag coating on the sidewalls of the membrane wall gasification reactor; c. passing the hot raw synthesis gas to a steam-generating heat exchanger to cool the hot raw synthesis gas and to produce steam; d. introducing the steam from the heat exchanger into a turbine to produce electricity; and e. recovering the cooled synthesis gas. a. introducing into a membrane wall gasification reactor, as a feedstock, a mixture of whole crude oil and a solid ash-producing material capable of forming a protective slag coating on the sidewalls of the membrane wall gasification reactor, and a predetermined amount of oxygen and steam based on the carbon content of the feedstock; b. subjecting the mixture of whole crude oil and solid ash-producing material to partial oxidation to produce hydrogen and carbon monoxide in the form of a hot raw synthesis gas and a protective slag coating on the sidewalls of the membrane wall gasification reactor; c. passing the hot raw synthesis gas to a steam-generating heat exchanger to cool the hot raw synthesis gas and to produce steam; d. introducing the steam from the heat exchanger into a turbine to produce electricity; and e. recovering the cooled synthesis gas.
A medical device, comprising: a tubular assembly disposed on an abluminal surface of an expandable balloon, characterized in that the tubular assembly comprises a first inner sleeve and a second outer sleeve overlying the first inner sleeve, and a first release region disposed between the first and second sleeves, the sleeves being deliverable to one or more body lumen sites; the first and second sleeves each comprising: a substrate layer (204, 304) having an adluminal surface and an abluminal surface, the substrate layer comprising a matrix and a biologically active agent; and a tissue-adhesive region (206, 306) disposed on the abluminal surface. a tubular assembly disposed on an abluminal surface of an expandable balloon, characterized in that the tubular assembly comprises a first inner sleeve and a second outer sleeve overlying the first inner sleeve, and a first release region disposed between the first and second sleeves, the sleeves being deliverable to one or more body lumen sites; the first and second sleeves each comprising: a substrate layer (204, 304) having an adluminal surface and an abluminal surface, the substrate layer comprising a matrix and a biologically active agent; and a tissue-adhesive region (206, 306) disposed on the abluminal surface. a substrate layer (204, 304) having an adluminal surface and an abluminal surface, the substrate layer comprising a matrix and a biologically active agent; and a tissue-adhesive region (206, 306) disposed on the abluminal surface.
A method for wireless communication, comprising: receiving an uplink grant identifying uplink resources for an uplink transmission; identifying, after receiving the uplink grant, a time difference between receiving the uplink grant and the uplink resources for the uplink transmission; identifying a listen-before-talk, LBT, scheme for initiating the uplink transmission based at least in part on an indication included in the uplink grant and the identified time difference between receiving the uplink grant and the uplink resources for the uplink transmission, the LBT scheme comprising a first duration LBT procedure or a second duration LBT procedure that is longer than the first duration LBT procedure; and performing the first duration LBT procedure or the second duration LBT procedure based at least in part on the identified LBT scheme and the identified time difference. receiving an uplink grant identifying uplink resources for an uplink transmission; identifying, after receiving the uplink grant, a time difference between receiving the uplink grant and the uplink resources for the uplink transmission; identifying a listen-before-talk, LBT, scheme for initiating the uplink transmission based at least in part on an indication included in the uplink grant and the identified time difference between receiving the uplink grant and the uplink resources for the uplink transmission, the LBT scheme comprising a first duration LBT procedure or a second duration LBT procedure that is longer than the first duration LBT procedure; and performing the first duration LBT procedure or the second duration LBT procedure based at least in part on the identified LBT scheme and the identified time difference.
An insulating protective cover body that is configured to surround and cover a connection portion at which a first conductor and a second conductor extending in a direction are connectable to each other, and comprises conductor insertion holes (1b, 1c) provided so as to oppose to each other, the first conductor being insertable in one of the conductor insertion holes, the second conductor being insertable in another one of the conductor insertion holes, wherein the insulating protective cover body is made of a flexible material openable and closable at a cut portion thereof disposed along the direction in which the first conductor and the second conductor extend, and a space serving as a ventilation path in communication with outside is formed between an inner surface of the insulating protective cover body and each of the first conductor and the second conductor, characterized in that a projection is disposed on the inner surface, wherein the projection is formed of linear projections that are disposed, as a plurality of linear protrusions, in a direction intersecting with the direction in which the first conductor and the second conductor extend, the linear projections being disposed between the one of the conductor insertion holes and the other one of the conductor insertion holes, or the projection is formed of hemispheric projections that are arranged, as hemispheric protrusions, in a staggered pattern between the one of the conductor insertion holes and the other one of the conductor insertion holes. is configured to surround and cover a connection portion at which a first conductor and a second conductor extending in a direction are connectable to each other, and comprises conductor insertion holes (1b, 1c) provided so as to oppose to each other, the first conductor being insertable in one of the conductor insertion holes, the second conductor being insertable in another one of the conductor insertion holes, wherein the insulating protective cover body is made of a flexible material openable and closable at a cut portion thereof disposed along the direction in which the first conductor and the second conductor extend, and a space serving as a ventilation path in communication with outside is formed between an inner surface of the insulating protective cover body and each of the first conductor and the second conductor, characterized in that a projection is disposed on the inner surface, wherein the projection is formed of linear projections that are disposed, as a plurality of linear protrusions, in a direction intersecting with the direction in which the first conductor and the second conductor extend, the linear projections being disposed between the one of the conductor insertion holes and the other one of the conductor insertion holes, or the projection is formed of hemispheric projections that are arranged, as hemispheric protrusions, in a staggered pattern between the one of the conductor insertion holes and the other one of the conductor insertion holes.
A foamable composition, comprising: up to 20 wt% of a polypropylene-based copolymer, based on a total weight of the foamable composition, and 80 wt% or more of a polyolefin, based on the total weight of the foamable composition, wherein: the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C. up to 20 wt% of a polypropylene-based copolymer, based on a total weight of the foamable composition, and 80 wt% or more of a polyolefin, based on the total weight of the foamable composition, wherein: the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C. the polypropylene-based copolymer has a melt flow rate of 1 g/10 min or less measured according to ASTM D1238 using a load of 2.16 kg at 230°C; and, a melt strength ranging from 20 cN to 100 cN at 190°C measured according to the method in the section of the description titled Rheotens melt strength, the polyolefin has a melt flow rate of 2 g/10 min or more measured according to ASTM D1238 using a load of 2.16 kg at 230°C, a melt strength of 30 cN or more at 190°C measured according to the method in the section of the description titled Rheotens melt strength, and a velocity at break of 170 mm/s or more measured according to the method in the section of the description headed Rheotens melt strength, and the foamable composition has a zero-shear viscosity of 12,000 Pa s or less at 190°C.
A stripping composition for use in removing dried, architectural coatings from a substrate to which they are adhered, said coatings containing polymeric binder, the composition comprising, on a weight basis calculated on the total weight of the stripping composition, i) from 8.5 to 40% of a solvent mixture, including up to 4% of MEK, capable of softening and lifting the binder from the substrate ii) from 15 to 90% of a particulate inorganic material iii) from 0.1 to 1.5% of a polymeric thickener material wherein the composition is free of film forming polymer other than the thickener and the weight ratio of particulate inorganic material and polymeric thickener is from 40 to 500, wherein the solvent mixture includes methyl ethyl ketone up to 4% by weight of the total composition and wherein the composition further contains an evaporation inhibitor. i) from 8.5 to 40% of a solvent mixture, including up to 4% of MEK, capable of softening and lifting the binder from the substrate ii) from 15 to 90% of a particulate inorganic material iii) from 0.1 to 1.5% of a polymeric thickener material
A socket installation structure of a refractory article having an article body, comprising: a socket internally provided with a gas introduction through-hole for introducing gas to an inside of the article body and configured to allow a gas supply pipe to be connected to the gas introduction through-hole; and a metal plate disposed to surround a part or an entirety of the article body and lie around the outward end of the socket or the gas introduction through-hole on an outward side of the article body, wherein the socket has a first flange at a position between the outward end and the inward end of the socket or the gas introduction through-hole on an inward side of the article body, and wherein a face of the first flange on the side of the inward end is bonded to the article body through a sealing material, and a face of the first flange on the side of the outward end faces the metal plate or a second flange provided to the socket on the side of the outward end with respect to the first flange, through a low thermally-conductive material layer made of a low thermally-conductive material having a thermal conductivity of 40 (W/(m · K)) or less at room temperature, and wherein the metal plate and a part or an entirety of an outer periphery of the socket are joined together. a socket internally provided with a gas introduction through-hole for introducing gas to an inside of the article body and configured to allow a gas supply pipe to be connected to the gas introduction through-hole; and a metal plate disposed to surround a part or an entirety of the article body and lie around the outward end of the socket or the gas introduction through-hole on an outward side of the article body, wherein the socket has a first flange at a position between the outward end and the inward end of the socket or the gas introduction through-hole on an inward side of the article body, and wherein a face of the first flange on the side of the inward end is bonded to the article body through a sealing material, and a face of the first flange on the side of the outward end faces the metal plate or a second flange provided to the socket on the side of the outward end with respect to the first flange, through a low thermally-conductive material layer made of a low thermally-conductive material having a thermal conductivity of 40 (W/(m · K)) or less at room temperature, and wherein the metal plate and a part or an entirety of an outer periphery of the socket are joined together.
A virtual message service center "VMSC" gateway, the gateway arranged for communication with a voicemail system and a user device and comprising: a processor operable to send a message from the voicemail system to the user device via a substantially permanent data connection approximating a permanent connection when said user device is in operation, and also operable to send a return message from the user device to the voicemail system via the substantially permanent data connection; wherein said message comprises information associated with a voicemail message received by said voicemail system for said user device, said return message is associated with an imminent voice connection attempt from said user device to said voicemail system, and said return message comprises information for causing the voicemail system to queue up, before said voicemail system establishes a voice connection with said user device, said voicemail message for playback to said user device, thereby making playback quicker. a processor operable to send a message from the voicemail system to the user device via a substantially permanent data connection approximating a permanent connection when said user device is in operation, and also operable to send a return message from the user device to the voicemail system via the substantially permanent data connection; wherein said message comprises information associated with a voicemail message received by said voicemail system for said user device, said return message is associated with an imminent voice connection attempt from said user device to said voicemail system, and said return message comprises information for causing the voicemail system to queue up, before said voicemail system establishes a voice connection with said user device, said voicemail message for playback to said user device, thereby making playback quicker.