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    • 1. 发明申请
    • APPARATUS, PROCESS AND SYSTEM FOR TUBE AND WHIP ROD HEAT EXCHANGER
    • 用于管道和烟道热交换器的装置,工艺和系统
    • WO1995000808A1
    • 1995-01-05
    • PCT/US1994007016
    • 1994-06-22
    • Y.T. LI ENGINEERING, INC.LI, Yao-TzuYUNDT, Albert, Jr.HO, I-ChienHUANG, Hong-Ding
    • Y.T. LI ENGINEERING, INC.
    • F25C01/14
    • A23G9/224A23G9/12A23L3/36A23L3/40B01D1/222F25C1/145F28F13/125Y02A20/128
    • An apparatus, thermal storage system and method for heat exchange using a tube-type heat exchanger. A rod (24) or rods (24, 24') are propelled to move over the inner surface (7) of the tube (1). The moving rod (24) is in contact with a first process liquid which is adjacent the inner surface (7) as a falling film or by flooding the interior of the tube (1). The flooded mode is particularly useful where the tube (24) is non-vertical or the heat exchanger is used to make an ice slurry for HVAC systems serving high-rise buildings. Multiple such rod (24) and tube (1) assemblies are operated simultaneously using a drive plate (22) powered to execute an orbital motion in a plane generally orthogonal to the rods (24, 24'). In one form the plate (22) is coupled via a crank (40) to equiangularly spaced rods (24, 24') in each tube (1). The rods (24, 24') are preferably mounted to be movable radially, for example suspended through holes (23) in, and driven by, a plate (22) to execute an orbital motion or at recesses (49, 49') in the rod (24) in radially directed slots (48, 48') in an arm (46) rotated by a tube-mounted crank (40).
    • 一种使用管式热交换器进行热交换的装置,储热系统和方法。 杆(24)或杆(24,24')被推动以在管(1)的内表面(7)上移动。 移动杆(24)与作为降膜的内表面(7)相邻的第一处理液体或通过淹没管(1)的内部而接触。 当管(24)不垂直或者热交换器用于制造用于高层建筑物的HVAC系统的冰浆时,淹水模式是特别有用的。 使用驱动板(22)同时操作多个这样的杆(24)和管(1)组件,该驱动板用于在大致垂直于杆(24,24')的平面中执行轨道运动。 在一种形式中,板(22)经由曲柄(40)连接到每个管(1)中的等角间隔开的杆(24,24')。 杆(24,24')优选地安装成可径向移动,例如悬挂在板(22)中并由板(22)驱动的孔(23)中,以执行轨道运动或在凹槽(49,49')内 所述杆(24)位于通过管安装的曲柄(40)旋转的臂(46)中的径向定向的槽(48,48')中。
    • 5. 实用新型
    • 高週波升降機結構改良
    • 高周波直升电梯结构改良
    • TWM279644U
    • 2005-11-01
    • TW094213273
    • 2005-08-03
    • 弘鼎科技有限公司 HONG DING TECHNOLOGY CO., LTD.
    • 張乾柄
    • C21D
    • 一種高週波升降機結構改良,該高週波升降機一側具有缺口,該缺口設置有升降台,該升降台中間部份凸出有傳導塊,該傳導塊連結於發振箱,又該升降台旁設有操作機台,該操作機台連結於配電整合箱。所述配電整合箱與操作機台為一個體,所以能減少與高週波升降機組裝時的複雜性,又發振箱與高壓電纜線位於高週波升降機內部,能與工作人員作區隔,避免工作人員因觸碰到高壓電纜線而產生危安意外。
    • 一种高周波直升电梯结构改良,该高周波直升电梯一侧具有缺口,该缺口设置有升降台,该升降台中间部份凸出有传导块,该传导块链接于发振箱,又该升降台旁设有操作机台,该操作机台链接于配电集成箱。所述配电集成箱与操作机台为一个体,所以能减少与高周波直升电梯组装时的复杂性,又发振箱与高压电缆线位于高周波直升电梯内部,能与工作人员作区隔,避免工作人员因触碰到高压电缆线而产生危安意外。
    • 8. 发明授权
    • Permanent magnetic lifting device
    • 永磁提升装置
    • US08757689B2
    • 2014-06-24
    • US13521503
    • 2010-02-12
    • Hong Ding
    • Hong Ding
    • B66C1/04
    • B66C1/04H01F7/0257
    • The present invention provides a kind of permanent magnetic lifting device, which has: a housing, at the bottom of which is a clamping surface for clamping objects; fixed magnet(s), set in housing relatively fixed to housing; a turnable magnet, set in housing relatively turnable to fixed magnet. When turnable magnet is in the first position relative to fixed magnet, the magnetic force generated by fixed magnet and turnable magnet to clamping surface is zero magnetic force; when turnable magnet is in the third position relative to fixed magnet, the magnetic force generated by fixed magnet and turnable magnet to clamping surface is the maximum magnetic force. The permanent magnetic lifting device also has a positioning mechanism for second position to position the turnable magnet in the second position relative to fixed magnet, fixed magnet and turnable magnet generate trial clamping magnetic force to clamping surface for clamping objects on trial.
    • 本发明提供一种永磁提升装置,其具有:壳体,其底部是夹紧物体的夹紧面; 固定磁体,设置在与壳体相对固定的壳体中; 固定在壳体内的可转动磁体可相对转动到固定磁体。 当可转动磁体相对于固定磁体位于第一位置时,由固定磁体和可转动磁体产生的夹紧磁力对零位磁力; 当可转动磁体相对于固定磁体位于第三位置时,由固定磁铁和可转动磁体产生的夹紧磁力对夹紧表面是最大的磁力。 永磁提升装置还具有用于第二位置的定位机构,用于将可转动磁体相对于固定磁体,固定磁体和可转动磁体定位在第二位置,以将试件夹紧磁力产生到夹紧表面,用于在试验中夹紧物体。