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    • 2. 发明申请
    • LOADING ARRANGEMENT FOR A DESTRUCTION SYSTEM
    • 装载系统的装载安排
    • WO2015124436A1
    • 2015-08-27
    • PCT/EP2015/052404
    • 2015-02-05
    • DYNASAFE DEMIL SYSTEM AB
    • OHLSON, Fredrik
    • F42B33/06F42D5/04F23G7/00F27D3/00
    • F42B33/067F23G5/10F23G5/40F23G5/448F23G7/003F23G2203/601F23G2209/16F42D5/04
    • The present invention relates to a loading arrangement for a destruction system configured for destruction of ammunition, small arms and thereto related material, and provides the advantage of improved safety surrounding loading of munitions into a chamber of the destruction system. The loading arrangement comprises a transportation duct at an inclined angle. A cradle configured to receive the munitions is pivotably attached to the transportation duct and can be pivoted upwards into the transportation duct through a cradle opening. A closure plate mechanically linked to the cradle and adapted to close the cradle opening is automatically moved as the cradle pivots upwards so as to open the cradle opening. The transportation duct can be releasably connected to an input duct of the chamber of the destruction system.
    • 本发明涉及一种用于破坏弹药,小型武器及其相关材料的破坏系统的装载装置,并且提供了改善安全性的优点,其中弹药装载到销毁系统的腔室中。 装载装置包括倾斜角的输送管道。 构造成接收弹药的支架可枢转地附接到运输管道并且可以通过支架开口向上枢转到运输管道中。 当托架向上枢转以便打开托架开口时,机械连接到支架并适于关闭托架开口的封闭板自动移动。 运输管道可以可释放地连接到破坏系统的腔室的输入管道。
    • 3. 发明申请
    • VERSATILE WASTE TREATMENT REACTOR
    • VERSATILE废物处理反应器
    • WO2015084193A1
    • 2015-06-11
    • PCT/PL2013/000156
    • 2013-12-04
    • GET ENERGY PRIME ITALY SRLPILAWSKI, Marek
    • PILAWSKI, MarekMARCORELLI, GianlucaSELLA, GiovanniZIĘTEK, Filip
    • B09B3/00C10J3/00F27B7/00F23G5/20C01B3/24
    • F23G7/10B09B3/0083C10J3/005C10J3/10C10J2200/158C10J2300/0916C10J2300/092C10J2300/0946C10J2300/0956C10J2300/1246C10J2300/1276F23G5/0273F23G5/10F23G5/20F23G2201/301F23G2201/302F23G2203/21
    • Versatile Waste Treatment Reactor constructed of three types of appliances: Rotating Reactor Unit (1), Input Appliances (2) and Output Appliances (3). The Rotating Reactor Unit (1) includes a pipe cylindrical Rotating Reactor (4) ended at ends with an Input Flange (5) and an Output Flange (6). To the Rotating Reactor are attached Passive Driving Components (8), e.g. gears, which work with Active Driving Components (7) founded on the base. On the Rotating Reactor's (4) circuit are placed heaters, permanently fixed with said circuit, e.g. Electrical Heaters (9). Between Electrical Heaters (9) are distributed Thermal - Electrical Insulation Spacers (10). To Thermal - Electrical Insulation Spacers (10) are fixed Internal Ring Electrical Sliding Contacts (11). To Internal Ring Electrical Sliding Contacts (11) are connected Internal Electrical Connections (12) on one side, while on the other side - External Electrical Sliding Contacts (13), farther connected with Electrical Phase Conductors (14). The rotating surface of the Rotating Reactor (4) is covered in a Thermal Insulation Material Layer (15), and thereon a second Electrical Insulation Material Layer (16) is placed. The internal surface of the Rotating Reactor (4) is incorporated by a Spiral (17) of helical structure. The Versatile Waste Treatment Reactor is constructed such that it enables thermal and chemical treatment of various waste type groups individually or mixed, conducting thereon separately or jointly such processes as: thermal decomposition, thermocatalytic decomposition, partially pyrolysis and partially gasification or incineration. Simultaneously the Versatile Waste Treatment Reactor is constructed such that it enables continuous supply of process components thereto and continuous discharge of solid and gaseous reaction products therefrom, and enables its cleaning without the need to stop and open it.
    • 多功能废物处理反应堆由三种类型的设备构成:旋转电抗器单元(1),输入设备(2)和输出设备(3)。 旋转反应器单元(1)包括在输入法兰(5)和输出法兰(6)的端部处终止的管状圆柱形旋转反应器(4)。 向旋转反应器连接被动驱动部件(8),例如。 齿轮与主动驱动部件(7)配合使用。 在旋转电抗器(4)电路上放置加热器,永久固定在所述电路上。 电加热器(9)。 电加热器(9)之间分布有热电绝缘隔板(10)。 热绝缘垫片(10)是固定内环电动滑动触点(11)。 内部电气滑动触点(11)在一侧连接内部电气连接(12),而另一侧 - 外部电气滑动触点(13),进一步与电气相位导体(14)连接。 旋转反应器(4)的旋转表面被覆盖在绝热材料层(15)中,并且在其上放置第二电绝缘材料层(16)。 旋转反应器(4)的内表面由螺旋结构的螺旋(17)引入。 多功能废物处理反应器被构造成使得能够单独或混合的各种废弃类型组进行热处理和化学处理,分别或共同地进行热分解,热分解,部分热解和部分气化或焚烧等过程。 同时,多功能废物处理反应器被构造成使得其能够连续供应工艺组分并从其中连续排出固体和气体反应产物,并且使其能够清洁而不需要停止和打开它。
    • 7. 发明申请
    • MOBILE SOLID WASTE GASIFICATION UNIT
    • 移动固体废物气化装置
    • WO2005047771A1
    • 2005-05-26
    • PCT/US2004/036999
    • 2004-11-05
    • SENREQ, LLCPOPE, Michael, G.GREEN, Jerry
    • POPE, Michael, G.GREEN, Jerry
    • F23G5/027
    • F23G5/10F23G5/002F23G5/0276F23G5/12F23G5/16F23G5/40F23G2201/40F23L7/007Y02E20/344
    • A mobile waste gasification system comprised of a container, at least one gasification chamber, and a produced fuel gas combustion chamber, and may include a control room. Waste material is loaded into a suspended mesh liner that is offset away from the walls of the gasification chamber, thereby increasing the surface area of waste materials that are exposed to gasification conditions, and thus decreasing gasification temperature, time, and cooling period between subsequent gasification procedures. Process gas and supplemental flaring gases are preferably comprised of an oxygen or hydrogen rich gas. Produced fuel gases are withdrawn from the gasification chamber and into the produced fuel gas combustion chamber. The produced fuel gas combustion chamber may be comprised of a maze ignition chamber for the flaring of said fuel gases. Alternatively, the fuel chamber may be comprised of a gas accumulation tank that stores the produced fuel gas.
    • 一种由容器,至少一个气化室和生产的燃料气体燃烧室组成的移动废气气化系统,并且可以包括控制室。 废料被装载到离开气化室壁的悬浮网眼衬里,从而增加暴露于气化条件的废料的表面积,从而降低随后气化之间的气化温度,时间和冷却时间 程序。 工艺气体和补充燃烧气体优选由富氧或富氢气组成。 产生的燃料气体从气化室排出并进入生产的燃料气体燃烧室。 产生的燃料气体燃烧室可以由用于燃烧燃料气体的燃烧的迷宫点火室组成。 或者,燃料室可以由储存所产生的燃料气体的气体储存罐构成。
    • 8. 发明申请
    • THERMAL DECOMPOSER FOR WASTE
    • 用于废物的热分解器
    • WO00048753A1
    • 2000-08-24
    • PCT/JP2000/000943
    • 2000-02-18
    • C10B19/00C10B53/00F23G5/027F23G5/10B09B3/00
    • C10B19/00C10B53/00F23G5/027F23G5/0276F23G5/10F23G2900/51001
    • An inexpensive thermal decomposer for waste, characterized by comprising a heating chamber which heats waste, an inlet which leads the waste into the heating chamber, at least a pair of electrodes installed in the heating chamber, a light emitting heating body which is formed of a plurality of spherical bodies for light emitting heating body having the major component of carbon and provided between the electrodes so that electric discharge is produced when a voltage is applied thereto, an outlet which exhausts the decomposed gas produced by the thermal decomposition of the waste to the outside of the heating chamber, and an oxygen depleting means or a pressure reducing means which brings the inside of the heating chamber into the oxygen-free state or vacuum state, and the spherical bodies for the light emitting heating body is put under the oxygen-free state or vacuum state, whereby almost all waste can be thermally decomposed to harmless low molecular weight substances by a high temperature of approx. 3000 DEG C or higher without producing those chlorine compounds such as soot and hydrogen chloride, those nitrogen compounds such as NOx, and those harmful substances such as dioxin.
    • 一种廉价的废物热分解器,其特征在于包括加热废物的加热室,将废物引入加热室的入口,设置在加热室中的至少一对电极,发光加热体,由 多个用于发光加热体的球体,其具有主要成分为碳的电极并且设置在电极之间,使得当施加电压时产生放电,将通过废物的热分解产生的分解气体排出到 在加热室外部,以及将加热室内部进入无氧状态或真空状态的耗氧装置或减压装置,将发光加热体的球体置于氧气 - 自由状态或真空状态,由此几乎所有的废物可以通过高温度热分解成无害的低分子量物质 大约的 3000℃以上,不产生烟灰,氯化氢等氯化合物,NOx等氮化合物,二恶英等有害物质。