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    • 1. 发明授权
    • Latent heat accumulation system
    • 潜热蓄热系统
    • US5598712A
    • 1997-02-04
    • US518580
    • 1995-08-15
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • F25D16/00F28D20/02F25D3/00
    • F28D20/025F25D16/00Y02E60/145
    • A latent heat accumulation system having a transfer mechanism comprises a production tank in which water is put in direct contact with an antifreezing liquid which does not combine with the water, has a specific gravity greater than that of the water and is cooled to a preset temperature level, thus producing ice particles, a recovery section, formed at a lower part of the production tank, for recovering the antifreezing liquid descending within the production tank, an upward pipe, connected to the production tank, for guiding upward a two-phase stream of the water and ice particles within the production tank, a transfer pipe, connected to the upward pipe, for transferring the two-phase stream to a specified place, a reservoir tank for storing the two-phase stream transferred via the transfer pipe, a water circulation system for draining the water from the reservoir tank and introducing the drained water into the production tank, and an antifreezing fluid circulation system for cooling the antifreezing fluid recovered by the recovery section and feeding the cooled antifreezing fluid into the production tank for bringing the antifreezing fluid into direct contact with the water.
    • 具有转移机构的潜热积存系统包括:生产罐,其中水与不与水结合的防冻液直接接触,比重大于水的比例,并被冷却到预设温度 从而产生冰颗粒,形成在生产罐的下部的用于回收在生产罐内下降的防冻液的回收部分,连接到生产罐的向上管,用于向上引导两相流 在生产罐内的水和冰颗粒,连接到向上管的输送管,用于将两相流转移到指定的地方,用于存储经由输送管转移的两相流的储存罐, 用于从储罐中排出水并将排出的水引入生产罐的水循环系统,以及用于冷却的防冻液循环系统 由回收部回收的防冻液,将冷冻的防冻液送入生产槽,使防冻液与水直接接触。
    • 2. 发明授权
    • Latent heat accumulation system
    • 潜热蓄热系统
    • US5481882A
    • 1996-01-09
    • US417470
    • 1995-04-05
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • F25D16/00F28D20/02F25C3/00
    • F28D20/025F25D16/00Y02E60/145
    • A latent heat accumulation system uses latent heat for air-conditioning. The latent heat accumulation system includes a tank, supplying section, injecting section, drawing section and collecting section. The tank has a liquid storing section for storing Fluorinate (trade name) in the lower portion thereof, storing water which is cooled by ice via a boundary surface with Fluorinate in the middle portion thereof and storing the ice together with the water in the upper portion thereof. The supplying section supplies the water into the liquid storing section. The injecting section injects Fluorinate cooled to a preset temperature into the water stored in the liquid storing section. The drawing section draws out the water which is stored in the liquid storing section and cooled by the ice to the exterior of the tank as an air-conditioning heat accumulation medium. The collecting section collects a mixed fluid of the water and Fluorinate from the lower portion of the liquid storing section.
    • 潜热积累系统使用潜热进行空调。 潜热蓄积系统包括罐,供给部,注入部,拉伸部和收集部。 该罐具有用于在其下部存储氟化氢(商品名)的液体储存部分,储存在其中间部分经由氟化物的边界面用冰冷却的水,并将冰与水一起储存在上部 其中。 供给部将水供给到液体收容部。 注射部分将冷却至预设温度的氟化钠注入储存在液体存储部分中的水中。 抽出部分抽出储存在液体储存部分中的水,并将其作为空调积聚介质由冰冷却到罐外。 收集部分从液体存储部分的下部收集水和氟化物的混合流体。