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    • 2. 发明申请
    • DOME FOR A THERMODYNAMIC APPARATUS
    • 用于热力学设备的球罩
    • WO2017066722A1
    • 2017-04-20
    • PCT/US2016/057241
    • 2016-10-15
    • THERMOLIFT, INC.
    • YATES, DavidSCHWARTZ, PaulHOFBAUER, PeterTUSINEAN, Adrian
    • F02G1/055
    • F02G1/055F02G2254/50
    • A thermodynamic apparatus, such as a Stirling engine or a Vuilleumier heat pump, has a heat exchanger in which energy is exchanged between a working fluid and an exhaust gas stream. On top of the cylinder of the thermodynamic apparatus is a dome-shaped section. By incorporating the heat exchanger within the dome, the flow paths can be simplified, the number of separate components reduced, and overall weight reduced. Flow passages for the working fluid are embedded in the dome. Channels for the exhaust gases are formed in an outer surface. The passages and the channels are helically arranged, one clockwise and one counter clockwise. The dome can be cast with a core for the casting fabricated via three-dimensional printing. In some embodiments, the dome is made of fiber-reinforced material.
    • 诸如斯特林发动机或Vuilleumier热泵的热力学设备具有热交换器,其中能量在工作流体和排气流之间交换。 在热力学设备的圆筒顶部是圆顶形部分。 通过将热交换器结合在圆顶内,可以简化流路,减少单独部件的数量,并且减轻整体重量。 工作流体的流动通道嵌入在圆顶中。 废气通道形成在外表面上。 通道和通道呈螺旋状排列,一个顺时针,一个逆时针。 圆顶可铸造一个核心,用于通过三维印刷制造的铸件。 在一些实施例中,穹顶由纤维增强材料制成。
    • 6. 发明申请
    • HEAT EXCHANGER
    • 热交换器
    • WO2017147093A1
    • 2017-08-31
    • PCT/US2017/018772
    • 2017-02-22
    • THERMOLIFT, INC.
    • TUSINEAN, AdrianHOFBAUER, PeterYATES, DavidBREHOB, Diana
    • F28D7/10F28F3/12F28F9/007F28F9/00F28F21/08
    • F28D9/0012F28D1/0246F28F2240/00
    • An annular heat exchanger is disclosed that uses a spiral of a metallic ribbon that has a plurality of passages therein. The spiral is wound in such a manner such that there are gaps of a predetermined distance between adjacent turns. A plurality of spacers is put into the gaps at a first angular position and a second angular position. The assembly is brazed to form a solid between the spacers and the spiraled metallic ribbon. Inlet and outlet holes are machined through the spacers and the ribbon thereby fluidly coupling the passages in the ribbon with the holes. One of the fluids passes from the inlet hole to the outlet hole through one of the plurality of passages. The other fluid flows through the remaining gap areas between the turns of the metallic ribbon.
    • 公开了一种环形热交换器,其使用其中具有多个通道的金属带的螺旋。 螺旋以这样的方式缠绕,使得在相邻匝之间存在预定距离的间隙。 多个间隔物在第一角度位置和第二角度位置处被放入间隙中。 该组件被钎焊以在间隔件和螺旋金属带之间形成固体。 入口孔和出口孔通过间隔件和带加工,从而将色带中的通道与孔流体连接。 其中一种流体通过多个通道中的一个从入口孔流到出口孔。 另一种流体流过金属带匝之间的剩余间隙区域。
    • 7. 发明申请
    • GAS SPRING AND BRIDGE FOR A HEAT PUMP
    • 用于热泵的气体弹簧和桥
    • WO2017070241A1
    • 2017-04-27
    • PCT/US2016/057755
    • 2016-10-19
    • THERMOLIFT, INC.
    • HOFBAUER, PeterYATES, DavidLIN, Chihchieh
    • F25B9/14F02G1/044F25B30/02
    • F25B9/14F02G1/0445F25B30/02F25B2309/001
    • A gas-fired heat pump that has independently-actuated displacers, as opposed to crank coupled displacers, has some displacer strokes that require more energy than others to travel. By coupling the displacers by a spring, the forces to move the displacers are more evenly matched. A gas spring coupled between the displacers is disclosed in which volume with the gas spring includes: a portion of the volume within the hot displacer, a portion of the volume within the cold displacer, and a volume between the two displacers. Also disclosed is a bridge that spans across the housing between the hot and cold displacers. The forces acting on the displacers via the gas spring are based on pressure in the gas spring and the cross-sectional areas of plungers on the hot displacer, the cold displacer, and the bridge.
    • 与曲柄连接的置换器相反,具有独立致动的置换器的燃气热泵具有一些置换器冲程,这些置换器冲程需要比其他元件更多的能量行进。 通过弹簧联接置换器,移动置换器的力更均匀地匹配。 公开了耦合在置换器之间的气体弹簧,其中气体弹簧的体积包括:热置换器内的体积的一部分,冷置换器内的体积的一部分以及两个置换器之间的体积。 还公开了跨越热置换器和冷置换器之间的壳体的桥。 通过气体弹簧作用在置换器上的力是基于气体弹簧中的压力和热置换器,冷置换器和桥上的柱塞的横截面积。