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    • 1. 发明申请
    • RECOIL GAS FEED SYSTEM FOR A DETONATION GUN
    • 用于爆震枪的回收气体进料系统
    • WO1997023300A1
    • 1997-07-03
    • PCT/US1996020128
    • 1996-12-23
    • UNITED TECHNOLOGIES CORPORATIONAEROSTAR COATINGS, S.L.CHERNYSHOV, Alexandr Vladimirovich
    • UNITED TECHNOLOGIES CORPORATIONAEROSTAR COATINGS, S.L.
    • B05B07/20
    • B05B7/0006
    • A gas feed system for detonation gun apparatus having a recoil controlled aperture. The combustion chamber (12) is mounted within the housing of the detonation gun (2) and biased in the downstream direction by a spring (73). The combustion chamber (12) having apertures (28) communicating with the fuel and oxygen supply in the biased position. During the detonation process a portion of the detonation energy acts on a closed portion of the combustion chamber (12) to overcome the spring (73) force and slide the combustion chamber (12) in the upstream direction and thereby closing off the apertures (28) from communication with the fuel and oxygen supply. The apertures (28) allow the fuel and oxygen supply to flow into the combustion and precludes the migration of the detonation into the fuel supply by completely closing off communication between the supply and the combustion chamber (12). The recoil gas feed system increases safety, reliability and productivity of the detonation coating process.
    • 一种用于具有反冲控制孔的爆震枪装置的气体供给系统。 燃烧室(12)安装在爆震枪(2)的壳体内,并通过弹簧(73)沿下游方向偏置。 具有与燃料连通的孔(28)的燃烧室(12)和处于偏压位置的氧供应。 在爆炸过程中,爆炸能量的一部分作用在燃烧室(12)的封闭部分上以克服弹簧(73)的力并沿着上游方向滑动燃烧室(12),从而封闭孔(28) )与燃料和氧气供应的通信。 孔(28)允许燃料和氧气供应流入燃烧,并且通过完全关闭供应和燃烧室(12)之间的连通来排除爆炸物向燃料供应的迁移。 反冲气体进料系统提高了爆轰涂装工艺的安全性,可靠性和生产率。
    • 7. 发明申请
    • DETONATION GUN APPARATUS AND METHOD
    • 爆炸枪装置和方法
    • WO1997023299A1
    • 1997-07-03
    • PCT/US1996020152
    • 1996-12-23
    • UNITED TECHNOLOGIES CORPORATIONAEROSTAR COATINGS, S.L.CHERNYSHOV, Alexandr Vladimirovich
    • UNITED TECHNOLOGIES CORPORATIONAEROSTAR COATINGS, S.L.
    • B05B07/00
    • B05B7/0006
    • A gas detonation apparatus and method for powder coating a workpiece. The present invention lies in the ability to preselect a discrete number of detonation cells and the judicious selection of a suitable barrel diameter. The present invention employs an energy bleed system positioned in the downstream end of a combustion chamber of a detonation gun to bleed off unwanted energy from the combustion chamber (12) leaving behind a discrete number of detonation cells. The detonation cells are then discharged into the barrel (13) of the detonation gun (2). The barrel (13) diameter is selected to match the total area of the discrete detonation cells selected. The effect is to discharge a discrete number of detonation cells into the barrel (13) to preclude energy loss to the detonation cells from interference with reflected energy within the barrel itself. The present invention substantially increases the productivity of the detonation coating process.
    • 一种用于粉末涂覆工件的气体爆炸装置和方法。 本发明在于能够预先选择离散数量的引爆单元和明智地选择合适的筒直径。 本发明采用位于爆震枪的燃烧室的下游端的能量泄放系统,以从燃烧室(12)排出不需要的能量,留下离散数量的爆炸电池。 然后将引爆单元排放到爆震枪(2)的枪管(13)中。 选择桶(13)直径以匹配所选择的离散爆炸电池的总面积。 效果是将离散数量的引爆单元排放到筒体(13)中,以防止爆震单元的能量损失不受筒体本身内的反射能量的干扰。 本发明显着提高了爆轰涂覆工艺的生产率。
    • 8. 发明公开
    • SYSTEM FOR INJECTING GAS INTO A DETONATION PROJECTION GUN
    • 系统ZUR EINSPRITZUNG VON GAS IN EINE VORRICHTUNGFÜRDETONATIONSSPRITZEN
    • EP1013344A1
    • 2000-06-28
    • EP97940162.7
    • 1997-09-11
    • Aerostar Coatings, S.L.
    • BARYKIN, Georgy Yur'evichFAGOAGA ALTUNA, Inaki
    • B05B7/20C23C4/00
    • B05B7/0006C23C4/126
    • The system for injecting gas for a detonation projection gun does not incorporate mechanical closing valves or systems for the supply of combustible gas or other inert additive compounds such as nitrogen, argol, helium or the like. On the contrary, the supply of gas or compounds occurs directly and separately to the detonation chamber (1) through a series of independent passages, one for the comburant and at least another passage for the combustibles, each passage being comprised of an expansion chamber (8) and of a plurality of distribution conduits (9) having a reduced cross-section and/or extended length. The expansion chamber (8) of each passage communicates directly with the corresponding supply line (4) whereas the distribution conduits (9) are conveniently distributed so that multiple gas injection points open out at the internal surface of the combustion chamber (1) in order to produce a continuous and separate supply of gas at multiple points thereby ensuring a direct and homogenous combustible mixing in the combustion chamber (1) and with a flow which is sufficient to fill the chamber (1) in each detonation cycle.
    • 用于喷射爆炸枪的气体的系统不包括用于供应可燃气体或其它惰性添加剂化合物如氮气,矾土,氦气等的机械闭合阀或系统。 相反,气体或化合物的供应通过一系列独立的通道直接和分开地发生到引爆室(1),一个用于燃烧器和用于可燃物的至少另一个通道,每个通道由膨胀室( 8)和具有减小的横截面和/或延伸长度的多个分配导管(9)。 每个通道的膨胀室(8)直接与相应的供应管线(4)连通,而分配管道(9)方便地分布,使得多个气体注入点依次打开在燃烧室(1)的内表面 以在多个点处产生连续和单独的气体供应,从而确保燃烧室(1)中的直接和均匀的可燃混合以及足以在每个爆炸循环中填充室(1)的流动。