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    • 3. 发明申请
    • CONTROLLED-UNAIDED SURGE AND PURGE SUPPRESSORS FOR FIREARM MUZZLES
    • 用于灭火器的控制消除冲击和冲击抑制器
    • WO2011084118A1
    • 2011-07-14
    • PCT/US2010/000036
    • 2010-01-06
    • FLODESIGN, INC.PRESZ, Walter, M. JR.WERLE, Michael, J.LIPKENS, BartGAWENCKI, Jason
    • PRESZ, Walter, M. JR.WERLE, Michael, J.LIPKENS, BartGAWENCKI, Jason
    • F41A21/30F41A21/34
    • F41A21/30F41A21/34
    • A Controlled Unaided Surge and Purge Suppressor (1000) for firearms uses the blast and plume characteristics inherent to the ballistic discharge process to develop a new two-step controlled surge and purge system centered around advanced mixer-ejector concepts. The blast surge noise is reduced by- controlling the flow expansion, and the flash effects are reduced by controlling inflow and outflow gas purges. In the preferred embodiment, the blast surge is mitigated via a slotted mixer nozzle (1002); a first expansion chamber (1004); a generally "wagon-wheel" shaped blast baffle (1006) with a vent hole; a series of alternating baffles (1012A-F), with vent holes, strategically located along the suppressor's inner wall surface; a second expansion chamber (1014); and an exit opening (1016). This preferred embodiment contains no "outside" vent holes (i.e. throughbores) which extend through the suppressor's outer or longitudinal wall (1001). Instead of ingesting ambient air through such throughbores and mixing the air with the muzzle gases, the preferred embodiment ingests and mixes chamber gases and contaminants with the muzzle gases while allowing fluid flow through and out the suppressor (1000). It too though can control or eliminate the Mach disk.
    • 用于火器的受控无人值守浪涌和清除抑制器(1000)使用弹道排放过程固有的爆破和羽流特性,开发以先进搅拌器 - 喷射器概念为中心的新的两步控制浪涌和净化系统。 通过控制流量膨胀来减少爆炸浪涌噪声,并通过控制流入和流出气体清除来减少闪光效应。 在优选实施例中,通过开槽混合器喷嘴(1002)减轻冲击浪涌; 第一膨胀室(1004); 具有通气孔的通常为“车轮”形的鼓风挡板(1006); 一系列交替挡板(1012A-F),具有通风孔,沿着抑制器的内壁表面策略地定位; 第二膨胀室(1014); 和出口(1016)。 该优选实施例不包含延伸穿过抑制器的外壁或纵壁(1001)的“外”通气孔(即通孔)。 代替通过这种通孔吸入环境空气并将空气与枪口气体混合,优选实施例将腔室气体和污染物与枪口气体混合,同时允许流体流过和流出抑制器(1000)。 它也可以控制或消除马赫盘。
    • 6. 发明申请
    • WIND TURBINE WITH MIXERS AND EJECTORS
    • 具有搅拌机和喷射器的风力涡轮机
    • WO2010036216A1
    • 2010-04-01
    • PCT/US2008/011016
    • 2008-09-23
    • FLODESIGN WIND TURBINE CORPORATIONPRESZ, Walter, M.WERLE, Michael, J.
    • PRESZ, Walter, M.WERLE, Michael, J.
    • F03D1/04
    • F03D1/04F03D13/20F05B2210/16F05B2240/13F05B2240/133F05B2260/96Y02E10/721
    • A Mixer/Ejector Wind Turbine ('MEWT') system is disclosed which routinely exceeds the efficiencies of prior wind turbines. In the preferred embodiment, Applicants' MEWT incorporates advanced flow mixing technology, ejector technology, aircraft and propulsion aerodynamics and noise abatement technologies in a unique manner to fluid-dynamically improve the operational effectiveness and efficiency of prior wind turbines, so that its operating efficiency routinely exceeds the Betz limit. Applicants' preferred MEWT embodiment comprises: a turbine shroud with a flared inlet; a ring of stator vanes; a ring of rotating blades (i.e., an impeller) in line with the stator vanes; and a mixer/ejector pump to increase the flow volume through the turbine while rapidly mixing the low energy turbine exit flow with high energy bypass wind flow. Unlike gas turbine mixers and ejectors which also mix with hot core exhaust gases, Applicants' preferred apparatus mixes only two air streams (i.e., wind): a primary air stream which rotates, and transfers energy to, the impeller while passing through the turbine; and a high energy bypass flow or 'secondary ' air stream which is entrained into the ejector, where the secondary air stream mixes with, and transfers energy to, the primary air stream. The MEWT can produce three or more time the power of its un-shrouded counterparts for the same frontal area, and can increase the productivity of wind farms by a factor of two or more. The same MEWT is safer and quieter providing improved wind turbine options for populated areas.
    • 公开了一种混合器/喷射器风力发电机(“MEWT”),其常规地超过了现有风力涡轮机的效率。 在优选实施例中,申请人的MEWT以独特的方式结合先进的流动混合技术,喷射器技术,飞行器和推进空气动力学和噪声消除技术,以流体动态地改善现有风力涡轮机的运行效率和效率,从而使其运行效率 超过了Betz限制。 申请人优选的MEWT实施例包括:具有扩口入口的涡轮罩; 定子叶环; 与定子叶片一致的旋转叶片(即,叶轮)的环; 以及混合器/喷射泵,以通过涡轮增加流量,同时将低能量涡轮机出口流与高能量旁路风流快速混合。 不同于也与热芯废气混合的燃气轮机混合器和喷射器,申请人的优选设备仅混合两个空气流(即风):在通过涡轮机时旋转并将能量传递给叶轮的主空气流; 以及被夹带到喷射器中的高能量旁路流或“二次”空气流,其中二次空气流与一次空气流混合并将能量传递给一次空气流。 小额信贷手段可以在相同的正面面积产生三个或更多的未被覆盖的同行的权力,并且可以将风力发电场的生产力提高两倍或更多。 同样的MEWT更安全,更安静,为人口稠密地区提供改进的风力发电机选择。
    • 8. 发明申请
    • WIND TURBINE WITH MIXERS AND EJECTORS
    • 具有搅拌机和喷射器的风力涡轮机
    • WO2009120176A8
    • 2010-03-04
    • PCT/US2008011015
    • 2008-09-23
    • FLODESIGN WIND TURBINE CORPPRESZ WALTER M JRWERLE MICHAEL J
    • PRESZ WALTER M JRWERLE MICHAEL J
    • F03D1/04
    • F03D1/04F05B2240/13F05B2240/133F05B2260/96Y02B10/30Y02E10/721
    • A method is disclosed for improving the operational effectiveness and efficiency of wind turbines. Applicants' preferred method comprises: generating a level of power over the Betz limit for an axial flow wind turbine, of the type having a turbine shroud with a flared inlet and an impeller downstream having a ring of impeller blades, by receiving and directing a primary air stream of ambient air into the flared inlet and through the turbine shroud; rotating the impeller inside the shroud by the primary air stream, whereby the primary air stream transfers energy to the impeller; entraining and mixing a secondary flow stream of ambient air exclusively with the primary air stream, which has passed through the impeller, via a mixer and an ejector sequentially downstream of the impeller. Unlike gas turbine mixers and ejectors which also mix with hot core exhaust gases, Applicants' preferred method entrains and mixes ambient air (i.e., wind) exclusively with lower energy air (i.e., partially spent air) which has passed through a turbine shroud and rotor. Applicant's method further comprises harnessing the power of the primary air stream to produce mechanical energy while exceeding the Betz limit for operational efficiency of the axial flow wind turbine over a non-anomalous period.
    • 公开了一种用于提高风力涡轮机的运行效率和效率的方法。 申请人的首选方法包括:为轴流式风力涡轮机产生超过Betz限制的功率级别,该轴流式风力涡轮机的类型具有涡轮机罩,其具有扩口入口和具有叶轮叶片环的叶轮,通过接收和引导初级 空气流进入扩口入口并通过涡轮罩; 通过一次空气流使护罩内的叶轮旋转,由此一次空气流将能量传递到叶轮; 通过混合器和依次在叶轮下游的喷射器将环境空气的二次流流与仅通过叶轮的一次空气流混合并混合。 不同于也与热芯废气混合的燃气轮机混合器和喷射器,申请人的首选方法仅将环境空气(即风)与通过涡轮机罩和转子的较低能量空气(即部分废气)混合 。 申请人的方法还包括利用一次空气流的功率产生机械能,同时超过在非异常时期的轴流式风力涡轮机的运行效率的Betz限制。