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    • 3. 发明专利
    • POT TYPE PETROLEUM BURNER
    • JPH0634108A
    • 1994-02-08
    • JP18935792
    • 1992-07-16
    • NITTETSU MURORAN ENG KK
    • MOTOHASHI NORIMASAOKUBO NOBORUSASAKI KAZUO
    • F23D5/04
    • PURPOSE:To perform a low air ratio combustion and a complete combustion at the time of a low heating value by disposing a central body at the center of a cylinder in a secondary combustion area. CONSTITUTION:A secondary air blown out of the inner wall of a burner is rectified along the inclined surface of a central body 7 of a secondary combustion area 8 above a burner pot 1 and elevated. Since the flow stream line of a fluid can be made constant because of the presence of the central body 7, the flow of fluid the same as that at the time of the maximum heating value can be obtained even at the time of a small heating value in which a flow rate is low. Thus, the mixed air of a combustion air and a fuel steam can be completely mixed. Further, the central body 7 is red-heated by flame, so that the flame holding and combustion reaction of this central body 7 are effectively urged upon combustion at a low heating value where the temperature of flame is especially lowered and an incomplete combustion is liable to arise. Thus, a low air ratio combustion and complete combustion at a turn-down ratio can be effected.
    • 5. 发明专利
    • Net device
    • 网络设备
    • JP2004100350A
    • 2004-04-02
    • JP2002266366
    • 2002-09-12
    • Nippon Steel CorpNittetsu Muroran Eng KkOkabe Co Ltdニッテツ室蘭エンジニアリング株式会社岡部株式会社新日本製鐵株式会社
    • ERA YOSHIYUKIOGAKI MASAYUKIKISHI MASAHIROIWAMOTO YUTAKAMIZOGUCHI SHINYAKIYOHARA HIDEYUKI
    • A63B69/36A63B71/02E01F7/02
    • PROBLEM TO BE SOLVED: To protect posts and nets by reducing a wind load when a strong wind blows in excess of a controllable range by cooperation between a wind speed value and net lowering.
      SOLUTION: A windbreak net 1 has the following structure. A plurality of posts 2 are erected at appropriate intervals. On every post 2, a guide wire 13 is fixedly stretched between a post top side fixing part and a ground side anchor 11. For lifting and lowering nets 5 along the guide wires 13, lifting/lowering wires 21 are coupled at one end to hanging wires 20 hanging the nets 5 and are coupled at the other end to a winch 14. The net sides of the lifting/lowering wires 21 have weights 23. The hanging wires 20 are connected to the lifting/lowering wires 21 via wire connectors A. The nets 5 are fixed to horizontal wires 40, which are connected to the hanging wires 20 and supported on the guide wires 20 via net connectors B. At least either the wire connector A or the net connector B is breakable by a wind force of a given wind speed or higher.
      COPYRIGHT: (C)2004,JPO
    • 要解决的问题:通过风速值和净降低之间的协作,当强风吹过超过可控范围时,通过减少风荷载来保护柱和网。 防风网1具有以下结构。 多个柱2以适当的间隔竖立。 在每个柱2上,引导线13在柱顶侧固定部和接地侧锚11之间被固定地拉伸。为了沿着导丝13升降网5,提升/下降线21在一端连接成悬挂 电线20悬挂网5并且在另一端连接到绞盘14.升降线21的网侧具有配重23.悬挂线20经由线连接器A连接到升降线21. 网5被固定到水平线40上,水平线40连接到悬挂线20并通过网络连接器B支撑在引导线20上。电线连接器A或网状连接器B中的至少一个可通过 给定风速以上。 版权所有(C)2004,JPO
    • 6. 发明专利
    • Automatic liquid penetrant inspection method of steel plate
    • 钢板自动液体检测方法
    • JP2004184376A
    • 2004-07-02
    • JP2002355046
    • 2002-12-06
    • Nippon Steel CorpNittetsu Muroran Eng Kkニッテツ室蘭エンジニアリング株式会社新日本製鐵株式会社
    • SUEMATSU HISASHIAIGA TAKEHIDETOMONARI TAKASHITAKAHASHI AKIRAAKIYAMA HIROOMI
    • G01N21/91G01N21/892
    • PROBLEM TO BE SOLVED: To provide an automatic liquid penetrant inspection method of a steel plate capable of preventing liquid drop of wash water or penetrant, heightening efficiency of a drying process, and preventing clogging of a developer nozzle.
      SOLUTION: A pipe 14 close to a nozzle, deformed spirally in the vertical direction is used as a washing nozzle 6 for automatic liquid penetrant inspection of the steel plate, and droplets on the nozzle tip are blown off by air blow from an air pipe 17 when washing is finished, to thereby prevent drop from the washing nozzle 6. In order to prevent drop of residual liquid from a penetrant nozzle, air blow inside the nozzle is performed at the waiting position after application of the penetrant. In order to prevent clogging of the penetrant nozzle, water replacement inside the nozzle is performed at the waiting position after application of the developer.
      COPYRIGHT: (C)2004,JPO&NCIPI
    • 要解决的问题:提供能够防止洗涤水或渗透剂的液滴的提高的自动液体渗透剂检查方法,提高干燥过程的效率和防止显影剂喷嘴的堵塞。 解决方案:使用靠近喷嘴的管道14在垂直方向上螺旋地变形,用作用于钢板的自动液体渗透检查的清洗喷嘴6,并且喷嘴尖端的液滴从 空气管17完成,从而防止从洗涤喷嘴6掉落。为了防止来自渗透喷嘴的残留液体的下降,在施加渗透剂之后的等待位置进行喷嘴内部的吹风。 为了防止渗透喷嘴的堵塞,在施加显影剂之后的等待位置进行喷嘴内的水更换。 版权所有(C)2004,JPO&NCIPI
    • 10. 发明专利
    • DOUBLE STAGE COMBUSTOR
    • JPH0894014A
    • 1996-04-12
    • JP22780494
    • 1994-09-22
    • NITTETSU MURORAN ENG KK
    • MOTOHASHI NORIMASASASAKI KAZUO
    • F23C99/00F23C6/04F23C11/00
    • PURPOSE: To carry out the low NOx combustion by performing a double stage combustion which comprises a primary combustion to accomplish an even excessively dense fuel combustion by a surface burning and a secondary combustion to accomplish an even fast combustion at a throat part. CONSTITUTION: A liquid fuel is supplied from an oil pipe 1 and vaporized by evaporation with a heater 2 for vaporization to be mixed with primary air 4 to be supplied from a blower 3 and passes through a porous plate 6 as preheated gas 5. The fuel is ignited right above the porous plate with an ignition plug 7 to accomplish a primary combustion. In the primary combustion, burning is made under the shortage of air with an equivalent ratio of 1 or more to check the generation of NOx. When passing through a throat part 9, the mixed gas 5 following the primary combustion in a primary combustion chamber 8 is mixed with secondary air 11 jetting from an air hole 10 to accomplish a secondary combustion. With a higher flow velocity of the combustion gas at the throat part 9, the jetting of secondary combustion air speeds up the mixing of the combustion gas and the combustion air thereby enabling the checking of the generation of NOx with the shortening of retention time in a high temperature secondary combustion zone.