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    • 1. 发明授权
    • Infra-red equipment
    • 红外线设备
    • US5024596A
    • 1991-06-18
    • US771722
    • 1985-09-03
    • Thomas M. Smith
    • Thomas M. Smith
    • B23K1/005B31F1/28D21F5/00F23D14/16F24C3/04F24C3/06F26B3/30F28F9/18
    • B23K1/005B31F1/285D21F5/002F23D14/16F24C3/042F24C3/062F26B3/305F28F9/18F23D2203/1012F23D2900/14001
    • Fibrous mat type burners with elongated mats can be packaged strapped together in pairs face-to-face and enclosed in telescoping carton halves that allow for packaging burners of different lengths. Mat edges can be impregnated to block escape of combustion mixture. Burners with hat-shaped mats for enveloping and brazing heat-exchange tubes to tube sheet can be used individually or in pairs to effect such brazing on tube-and-sheet assemblies secured on rotating table and indexed into position under burners. Substrates can be heated by gas-fired burners with or without the added heating effects of the hot combusted gases generated by the burners, and with or without the flushing effects of separate gas streams. Burners can have ceramic fiber mat held over shallow combustion mixture plenum essentially completely spanned by baffle. Mats can have folded-in edges to permit close packing. Plenum can have partition forming small ignition compartment with igniter against covering portion of mat.
    • 具有细长垫的纤维垫类型燃烧器可以面对面地成对捆绑在一起并封闭在可伸缩的纸箱半部中,从而允许包装不同长度的燃烧器。 可以浸渍垫缘以阻止燃烧混合物的逸出。 具有用于包封和钎焊热交换管到管板的帽形垫的燃烧器可以单独使用或成对使用,以在固定在旋转台上并在燃烧器下定位的管板组件上实现这种钎焊。 衬底可以通过燃烧燃烧器加热,伴随或不加热由燃烧器产生的热燃烧气体的加热效应,以及是否有不同气流的冲洗效应。 燃烧器可以将陶瓷纤维垫保持在基本上完全由挡板跨过的浅燃烧混合气室。 垫子可以折叠边缘以允许紧密包装。 顶板可以形成具有点火器的小型点火室的隔板,以覆盖垫子的覆盖部分。
    • 4. 发明授权
    • Infra-red equipment and use
    • 红外线设备和使用
    • US4447205A
    • 1984-05-08
    • US238418
    • 1981-02-26
    • Thomas M. Smith
    • Thomas M. Smith
    • F24C3/04F24C3/06F26B3/30F28F9/18F23D13/12
    • F24C3/042F24C3/062F26B3/305F28F9/18F23D2203/1012F23D2900/14001
    • Fibrous mat type burners with elongated mats can be packaged strapped together in pairs face-to-face and enclosed in telescoping carton halves that allow for packaging burners of different lengths. Matrix edges can be held by clamping members that are curved where they engage outer face so that they do not dig into that face, but dig into inner matrix face. Burners with hat-shaped mats for enveloping and brazing heat-exchange tubes to tube sheet can be used individually or in pairs to effect such brazing on tube-and-sheet assemblies secured on rotating table and indexed into position under burners. Ceramic mats can be mounted around burner so that they are heated by hot burnt gases and their heated faces generate supplemental radiation toward work being heated by burner.
    • 具有细长垫的纤维垫类型燃烧器可以面对面地成对捆成一体,并包封在可伸缩的纸箱半部中,从而允许包装不同长度的燃烧器。 矩阵边缘可以通过弯曲的夹紧构件来保持,它们与外表面接合,使得它们不会挖入该表面,而是挖入内部矩阵面。 具有用于包封和钎焊热交换管到管板的帽形垫的燃烧器可以单独使用或成对使用,以在固定在旋转台上并在燃烧器下定位的管板组件上实现这种钎焊。 陶瓷垫可以安装在燃烧器周围,使其被热的燃烧气体加热,并且它们的加热面向燃烧器加热的工作产生补充辐射。
    • 5. 发明授权
    • Heating of webs
    • 腹板加热
    • US4443185A
    • 1984-04-17
    • US312730
    • 1981-10-19
    • Thomas M. Smith
    • Thomas M. Smith
    • F24C3/04F26B3/30F27B9/28
    • F26B3/305F24C3/042F23D2203/1012
    • Elongated webs of paper, textile, non-woven, and the like are heated by gas-fired burners, and where the webs are porous the hot combusted gas is sucked through the webs to add to the heating action. Where the webs contain an atmosphere-contaminating substance such as a coating having a vaporizable organic solvent, a shallow layer of the burner's gaseous combustion products can be swept over the coated web face as it is exposed to the burner's heating, to flush off the vaporized substance in relatively concentrated form in a fraction of the gaseous products. The flushed off concentrate contains little or no oxygen so that combustible vapors are not likely to form explosive mixtures. Separating the flushed off vapor from the concentrate is also easier.
    • 纸张,纺织品,无纺布等细长的网状物通过燃气燃烧器加热,并且在多孔的情况下,热的燃烧气体通过纤维网被吸入以增加加热作用。 当网中含有气溶性物质如具有可蒸发的有机溶剂的涂层时,当暴露于燃烧器的加热时,燃烧器的气体燃烧产物的浅层可以被扫过涂覆的卷筒纸表面,以冲洗蒸发的 相对浓缩形式的物质在一部分气态产物中。 冲洗出来的浓缩物含有很少或不含氧气,使得可燃蒸汽不太可能形成爆炸性混合物。 将冲洗的蒸汽与浓缩物分离也更容易。
    • 6. 发明授权
    • Radiant heating
    • US4290746A
    • 1981-09-22
    • US20079
    • 1979-03-13
    • Thomas M. Smith
    • Thomas M. Smith
    • F23D14/16F24C3/04F23D13/12
    • F24C3/042F23D14/16F23D2203/1012
    • Improved gas-fired radiant heater has porous refractory panel mounted by its edges on a support to define a gaseous combustion mixture plenum from which the mixture flows through the panel to burn at its outer face, and a conduit for non-combustible gas extends along the margin of the panel and discharges the non-combustible gas through the panel all along its margin to keep the combustion mixture from escaping through the panel edges where burning can damage the panel. No further sealing of the panel margin is needed, but the sealing is effected with less of the non-combustible gas if the panel edges are compressed so as to reduce their thickness about 10%. One or more of the margins of a rectangular panel can be arranged as a depending flange with its mounting at least partially recessed so that two or more panels can be juxtaposed at such margins to form an effectively continuous radiating surface of relatively large size. The air seal construction also makes such heaters very practical for firing house heating furnaces.
    • 8. 发明授权
    • Infra-red generation
    • 红外线
    • US4722681A
    • 1988-02-02
    • US831795
    • 1986-02-19
    • Thomas M. Smith
    • Thomas M. Smith
    • B23K1/005B23K3/04D21F5/00F23D14/16F24C3/04F24C3/06F26B3/30F28F9/18F23D14/12
    • F28F9/18B23K1/0053B23K3/04D21F5/002F23D14/16F24C3/042F24C3/062F26B3/305F23D2203/1012F23D2900/14001
    • Improved burner constructions for gas-fired infra-red generators having ceramic fiber matrix through the thickness of which gaseous combustion mixture is passed and as it emerges it is burned to heat emerging surface to incandescence. Burner matrix can be loaded with silicon carbide particles to improve its emissivity, can be made water-repellent and its uniformity can be improved. Burner body can be casting, with sheet metal addition to form a baffle and air-seal and to grip matrix edges. Combustion mixture plenum can have movable partition assembly separating it from air seals, to adjust portion of matrix at which incandescence is generated. Metal screen can be stretched in front of incandescent surface to assist with low-temperature operation. Large size matrix can have central support fitted and secured to back of burner body. Air seal can be provided by narrow curtain of air extending around internal faces of burner body. Annealing lehr is desirably provided with gas-fired infra-red irradiation, and can have heat losses reduced by diminishing amount of metal used as in a conveyor to move workpieces through.
    • 改进了燃烧红外发生器的燃烧器结构,其具有通过气体燃烧混合物通过的厚度的陶瓷纤维基体,并且随着其出现,燃烧器被燃烧以将出现的表面加热至白炽。 燃烧器基质可以装载碳化硅颗粒以提高其发射率,可以使其具有防水性,并且可以提高其均匀性。 燃烧器体可以铸造,加上钣金以形成挡板和气密并且夹紧矩阵边缘。 燃烧混合气室可以具有将其与空气密封分离的可移动分隔组件,以调节产生白炽的基体部分。 金属屏幕可以在白炽面前面拉伸,以辅助低温操作。 大尺寸矩阵可以具有安装并固定到燃烧器体后部的中心支撑。 可以通过在燃烧器体的内表面上延伸的狭窄的空气幕来提供空气密封。 理想地,退火炉具有燃气红外辐射,并且通过减少在输送机中使用的金属的量来减少热损失,以移动工件通过。
    • 9. 发明授权
    • Infra-red generators and matrix therefor
    • 红外线发生器及其矩阵
    • US4654000A
    • 1987-03-31
    • US592793
    • 1984-03-23
    • Thomas M. Smith
    • Thomas M. Smith
    • B23K1/005B23K3/04B31F1/28D21F5/00F23D14/16F24C3/04F24C3/06F26B3/30F23D13/12
    • F24C3/062B23K1/0053B23K3/04B31F1/285D21F5/002F23D14/16F24C3/042F26B3/305F23D2203/1012Y10T428/2933
    • Improved burner constructions for gas-fired infra-red generators having ceramic fiber matrix through the thickness of which gaseous combustion mixture is passed and as it emerges it is burned to heat emerging surface to incandescence. Burner body can be casting, with sheet metal addition to form a baffle and air-seal and to grip matrix edges. Combustion mixture pelnum can have movable partition assembly separating it from air-seals, to adjust portion of matrix at which incandescence is generated. Metal screen can be stretched in front of incandescent surface to assist with low-temperature operation. Thermal insulation on external portions of burner body can also be held in place with screening. Large size matrix can have central support fitted in joint between matrix segments, and secured to back of burner body. Air-seal can be provided by narrow curtain of air extending around internal faces of burner body. Annealing lehr is desirably provided with gas-fired infra-red irradiation, and can have heat losses reduced by diminishing amount of metal used as in a conveyor to move workpieces through. Burner matrix can be made water-repellant and its uniformity can be improved.
    • 改进了燃烧红外发生器的燃烧器结构,其具有通过气体燃烧混合物通过的厚度的陶瓷纤维基体,并且随着其出现,燃烧器被燃烧以将出现的表面加热至白炽。 燃烧器体可以铸造,加上钣金以形成挡板和气密并且夹紧矩阵边缘。 燃烧混合物钍可以具有将其与空气密封分离的可移动分隔组件,以调节产生白炽的基质部分。 金属屏幕可以在白炽面前面拉伸,以辅助低温操作。 燃烧器外壳部分的绝热也可以通过筛分保持在适当位置。 大尺寸矩阵可以具有装配在矩阵段之间的接头中的中心支撑,并且固定到燃烧器本体的后部。 可以通过在燃烧器体的内表面周围延伸的狭窄的空气幕来提供气密封。 理想地,退火炉具有燃气红外辐射,并且通过减少在输送机中使用的金属的量来减少热损失,以移动工件通过。 燃烧器基质可以制成防水性,并且可以改善其均匀性。