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    • 2. 发明申请
    • THERMAL ENERGY EXCHANGER FOR BATHING SHOWER WATER
    • 蒸汽淋浴水用热交换器
    • WO2016040546A1
    • 2016-03-17
    • PCT/US2015/049289
    • 2015-09-10
    • CAI, Ying LinHSU, Chao FouCHEN, Chung-Chin
    • CAI, Ying LinHSU, Chao Fou
    • F28F13/06
    • F28F3/12E03C1/00E03C2001/005F28D21/0012F28F3/048F28F2275/14Y02B30/566
    • The present invention provides a thermal energy exchanger for bathing shower water comprising an upper deck, a lower chassis and two hatches. The upper deck features creased top surface, multiple parallel septa and plural heat conducting ribs being created between each pair of adjacent septa. After having assembled, the circulation of internal water tunnel is configured into a continual zigzag duct to increase energy saving effect in consequence of improvement in heat exchanging efficiency of the water heater. With simple structure, it is easily fabricated by traditional extruding method without welding process and related welding technician. Thereby, selling price is reduced with marketing competitiveness because overall manufacturing cost is decreased so that the purchasing intention of the consumers is spurred. Thus, it is not only favorable to promote and penetrate marketing range and depth but also valuable to achieve energy saving and carbon reducing effect.
    • 本发明提供一种用于洗浴淋浴水的热能交换器,其包括上甲板,下底盘和两个舱口。 上甲板具有褶皱的顶表面,多个平行的隔片,并且在每对相邻隔膜之间产生多个导热肋。 组装后,由于热水器的热交换效率提高,内部水道的循环被配置为连续的锯齿形管道,从而提高节能效果。 结构简单,易于通过传统挤压方法无焊接工艺和相关焊接技术人员制造。 因此,由于整体制造成本降低,销售价格因营销竞争力而降低,从而刺激消费者的购买意图。 因此,不仅有利于促进和渗透营销范围和深度,而且有利于实现节能减排的效果。
    • 3. 发明申请
    • COMPRESSING DIAPHRAGM PUMP WITH MULTIPLE EFFECTS
    • 压缩胶片泵具有多种效果
    • WO2015179173A1
    • 2015-11-26
    • PCT/US2015/030329
    • 2015-05-12
    • CAI, Ying LinHSU, Chao FouCHEN, Chung-Chin
    • CAI, Ying LinHSU, Chao Fou
    • F04B45/053
    • F04B45/027F01B19/02F04B43/0054F04B43/021F04B45/043F04B53/10
    • A compressing diaphragm pump with multiple effects includes an eccentric roundel mount with three cylindrical eccentric roundels, a pump head body with three operating holes, and a diaphragm membrane with three annular positioning protrusions. A basic curved groove or other positioning structure is circumferentially disposed around each operating hole while a basic curved protrusion or other mating positioning structure is provided in the diaphragm membrane for suitably coupling with the corresponding groove or positioning structure in the pump head body upon assembly, resulting in a shortened length of moment arm from the basic curved protrusions or other positioning structures and an annular positioning protrusion, and a reduction in vibration-caused noise and resonant shaking in comparison with a conventional compressing diaphragm pump. The cylindrical eccentric roundels each includes a sloped top ring extending between an annular positioning groove and a vertical or inverted frustoconical flank of the eccentric roundel mount resulting in an extended service lifespan of the compressing diaphragm pump.
    • 具有多重效果的压缩隔膜泵包括具有三个圆柱形偏心圆筒的偏心圆形安装座,具有三个操作孔的泵头本体和具有三个环形定位突起的隔膜膜。 基本的弯曲槽或其他定位结构围绕每个操作孔周向设置,同时在隔膜中设置基本的弯曲突起或其他配合定位结构,用于在组装时适当地与泵头体中的相应凹槽或定位结构耦合,从而得到 与基本的弯曲突起或其他定位结构和环形定位突起的力矩臂的缩短长度相比,和传统的压缩隔膜泵相比,振动引起的噪声和共振振动的减少。 圆柱形偏心圆锥体各自包括在环形定位槽和偏心圆形安装座的垂直或倒立的截头圆锥面之间延伸的倾斜顶环,从而延长了压缩隔膜泵的使用寿命。
    • 5. 发明申请
    • FOUR-COMPRESSION-CHAMBER DIAPHRAGM PUMP WITH MULTIPLE EFFECTS
    • 具有多种效果的四压缩室内膜片泵
    • WO2015179265A1
    • 2015-11-26
    • PCT/US2015/031303
    • 2015-05-18
    • CAI, Ying LinHSU, Chao FouCHEN, Chung-Chin
    • CAI, Ying LinHSU, Chao Fou
    • F04B43/02
    • F04B43/0054F04B9/042F04B43/026F04B43/04F04B53/16
    • A four-compression-chamber diaphragm pump with multiple effects includes an eccentric roundel mount with four cylindrical eccentric roundels, a pump head body with four operating holes, and a diaphragm membrane with four annular positioning protrusions. A basic curved groove or other vibration-reducing first positioning structure is circumferentially disposed around each operating hole while a basic curved protrusion or other second vibration-reducing second positioning structure is' provided in the diaphragm membrane for suitably coupling with the corresponding groove or other first positioning structure upon assembly, resulting in a shortened length of moment arm from the basic curved protrusions or other vibration-reducing positioning structures to respective downwardly-extending annular positioning protrusions in the diaphragm membrane, and consequently reduced vibration noise and resonant shaking in comparison with a conventional four-compression-chamber diaphragm pump.
    • 具有多重效果的四压缩室隔膜泵包括具有四个圆柱形偏心圆筒的偏心圆形安装座,具有四个操作孔的泵头本体和具有四个环形定位突起的隔膜膜。 基本的弯曲槽或其它减振第一定位结构周向地设置在每个操作孔周围,而基本弯曲突起或其它第二减振第二定位结构设置在隔膜中,用于与相应的凹槽或其它第一定位结构适当地联接 定位结构在组装时导致力矩臂从基本弯曲突起或其它减振定位结构缩短到膜片膜中相应的向下延伸的环形定位突起的长度,并因此减少振动噪声和共振振动 常规四压室隔膜泵。
    • 6. 发明申请
    • VIBRATION-REDUCING STRUCTURE FOR FOUR-COMPRESSION-CHAMBER DIAPHRAGM PUMP
    • 四压力膜片泵的振动减小结构
    • WO2015179085A1
    • 2015-11-26
    • PCT/US2015/028127
    • 2015-04-29
    • CAI, Ying LinHSU, Chao FouCHEN, Chung-Chin
    • CAI, Ying LinHSU, Chao Fou
    • F04B43/067
    • F04B53/003F04B3/00F04B17/03F04B43/0054F04B43/021F04B45/047F04B53/001F04B53/10F04B53/14F04B53/16
    • A vibration-reducing structure for compressing diaphragm pump features a pump head body and a diaphragm membrane. The pump head body includes four operating holes, a first curved vibration-reducing positioning structure circumferentially disposed around the upper side of each operating hole, and or a linked four-curve positioning structure that collectively extends around all of the operating holes. The diaphragm membrane includes four equivalent piston acting zones and second curved vibration-reducing position structures situated at positions corresponding to the positions of the first curved vibration-reducing positioning structures. The first positioning structures in the pump head body, which may be grooves, slots, perforations, or protrusions, mate with the corresponding second positioning structures in the diaphragm membrane to reduce the moment arm generated during pumping by movement of the diaphragm membrane, which may be protrusions, grooves, slots, or perforations, thereby generating less torque to decrease the strength of vibrations and vibration noise.
    • 用于压缩隔膜泵的减振结构具有泵头体和隔膜。 泵头本体包括四个操作孔,围绕每个操作孔的上侧周向设置的第一弯曲减振定位结构,以及围绕所有操作孔共同延伸的连接的四曲线定位结构。 隔膜包括位于对应于第一弯曲减振定位结构的位置的位置处的四个等效活塞作用区和第二弯曲减振位置结构。 泵头本体中的第一定位结构(其可以是凹槽,狭缝,穿孔或突起)与膜片膜中的相应的第二定位结构配合,以减少通过膜片的运动在泵送过程中产生的力矩臂, 是突起,凹槽,槽或穿孔,从而产生较少的扭矩以降低振动和振动噪声的强度。