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    • 1. 发明授权
    • Flat plate heat exchanger modules
    • 平板式换热器模块
    • US4382468A
    • 1983-05-10
    • US227088
    • 1981-01-17
    • Peter J. Hastwell
    • Peter J. Hastwell
    • F24S10/70F28F9/02F28F9/16F28F3/12
    • F24J2/242F24J2/243F28F9/0243F28F9/162Y02E10/44Y10S165/485Y10T29/49355Y10T29/49373
    • A heat exchanger module, such as a solar collector module, comprising a tube sheet (3) connected to a header (4). The tube sheet (3) passes through an opening in the header (4) so that the end of the sheet (5) protrudes a distance into the header (4), the header opening being united to the surface of the tube sheet (3) so that the tendency of the tube sheet (3) to burst or split open in the region of the junction of the tube sheet and header is minimized when the module is under fluid pressure. By the term "tube sheet" is meant a substantially planar sheet having an upper and a lower plastic membrane interconnected by a series of spaced division walls thereby forming a series of tubes arranged generally in a flat plane across the sheet, the tubes being continuous through the sheet and open at the two opposite ends of the sheet. The term also includes a sheet of circular tubes joined in side-by-side relationship.
    • PCT No.PCT / AU80 / 00014 Sec。 371日期1981年1月17日 102(e)日期1981年1月6日PCT提交1980年5月16日PCT公布。 公开号WO80 / 02590 日期:1980年11月27日。一种热交换器模块,例如太阳能收集器模块,包括连接到集管(4)的管板(3)。 管板(3)通过集管(4)中的开口,使得片材(5)的端部向集管(4)突出一定距离,集管开口与管板(3)的表面结合 ),使得当模块处于流体压力下时,管板(3)在管板和集管的接合区域中爆裂或分裂开的倾向被最小化。 术语“管板”是指具有通过一系列间隔开的间隔壁互连的上部和下部塑料膜的基本上平坦的片材,从而形成一系列通常跨平板布置在平面中的管,管连续通过 片材并在片材的两个相对端处打开。 该术语还包括以并排关系连接的一排圆管。
    • 6. 发明授权
    • Cooling system
    • 冷却系统
    • US4195488A
    • 1980-04-01
    • US909657
    • 1978-05-25
    • Peter J. Hastwell
    • Peter J. Hastwell
    • F24S90/00F25B15/00F25D5/00F24J3/02
    • F24J2/42F25B15/002F25D5/00Y02E10/40
    • A method of cooling a fluid medium in a heat exchanger by means of an endothermic heat of solution of crystals which are in contact with a heat exchanger in the base of a closed column where the solvent dissolves the crystals whereby to form a saturated solution which cools the heat exchanger, and applying heat to the saturated solution in an upper part of the column to vaporize the solvent and pass it to a condenser, the resulting super saturation causing recrystallization with the crystals sinking to the base of the column, the solvent condensate passing back to the base of the column to continue the endothermic solution of the crystals.
    • 一种在热交换器中通过与封闭塔底部的热交换器接触的结晶溶液的吸热热来冷却流体介质的方法,其中溶剂溶解晶体,从而形成冷却的饱和溶液 热交换器,并向塔的上部的饱和溶液施加热量,使溶剂蒸发并将其通入冷凝器,由此产生的超饱和引起晶体沉淀到塔底部的重结晶,溶剂冷凝物通过 回到柱的底部继续晶体的吸热溶液。
    • 7. 发明授权
    • Self-cleaning developer applicator
    • 自清洁显影剂涂抹器
    • US3949703A
    • 1976-04-13
    • US213885
    • 1971-12-30
    • Ian Edward SmithDennis I. ScroggsPeter J. Hastwell
    • Ian Edward SmithDennis I. ScroggsPeter J. Hastwell
    • G03G15/10
    • G03G15/101
    • A self-cleaning developer applicator system for applying liquid developer to a latent electrostatic image carried by an organic photoconductor supported on a conductive substrate which moves relative to a developer station in which a biasing potential is applied between the substrate and a conductive developer applicator electrode to reduce the effect of the background potential of the latent image while adequately developing desired image areas together with means for cleaning the applicator electrode continuously during operation of the system to remove toner particles which collect thereon under the influence of the biasing potential. In a preferred embodiment the applicator is arranged to flow a film of developer liquid at the speed of movement of the photoconductive surface over a relatively extended area of the image during development thereof.
    • 一种自清洁显影剂涂抹器系统,用于将液体显影剂施加到由相对于其上施加偏置电位的基板和导电显影剂涂敷器电极之间的显影剂站相对移动的导电基板上承载的有机感光体承载的静电潜像, 降低潜像的背景电位的效果,同时充分显影期望的图像区域以及在系统操作期间连续清洁施加电极的装置,以在偏置电位的影响下除去在其上收集的调色剂颗粒。 在优选实施例中,施加器被布置成在显影液体的显影期间在光电导表面的移动速度在图像的相对延伸的区域上流动显影液的膜。