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    • 1. 发明申请
    • Heat storage unit
    • 储热单元
    • US20070079951A1
    • 2007-04-12
    • US10580048
    • 2004-12-01
    • Kazuo TakahashiHiromiki YagiYasuo HigashiToshiya Miyake
    • Kazuo TakahashiHiromiki YagiYasuo HigashiToshiya Miyake
    • F28D19/00
    • C09K5/063F28D20/025Y02E60/145Y02P20/124
    • A heat storage unit capable of efficiently storing heat in a short time. The unit includes: a heat storage container 1a that houses sodium acetate 3, which stores heat by a state change between solid and liquid, and oil 2, which exchanges heat by directly contacting the sodium acetate 3, has smaller specific gravity than that of the sodium acetate 3, and is separated from the sodium acetate 3. Further, the unit includes: a supply pipe 4 that passes at least through the sodium acetate 3 housed in the heat storage container 1a and supplies the oil 2 into the heat storage container 1a; and a discharge pipe that discharges the oil 2 housed in the heat storage container 1a to the outside of the heat storage container 1a. Then, the supply pipe 4 crosses the boundary surface between the oil 2 and the sodium acetate 3 which are housed in the heat storage container 1a, has a plurality of discharge holes that discharge the supplied oil 2a, and at least one of the discharge holes 6 are positioned in the oil 2.
    • 一种能够在短时间内有效地储存热量的蓄热单元。 该单元包括:通过固体和液体之间的状态变化来储存热量的乙酸钠3和通过直接接触乙酸钠3进行热交换的油2的蓄热容器1a具有比 乙酸钠3,并与乙酸钠3分离。此外,该单元包括:供给管4,其至少通过容纳在蓄热容器1a中的乙酸钠3,并将油2供给到储热容器 集装箱1 a; 以及将容纳在蓄热容器1a内的油2排出到蓄热容器1a的外部的排出管。 然后,供给管4越过容纳在蓄热容器1a内的油2和乙酸钠3之间的边界面,具有排出供给油2a的多个排出孔,并且至少一个 排出孔6位于油2中。
    • 2. 发明申请
    • Heat-storage type heat supplying apparatus and heat-storage type heat supplying system
    • 储热式供热装置和蓄热式供热系统
    • US20060230771A1
    • 2006-10-19
    • US11384410
    • 2006-03-21
    • Kazuo TakahashiHiromiki YagiYasuo Higashi
    • Kazuo TakahashiHiromiki YagiYasuo Higashi
    • F25D17/02F25B27/00
    • F24H9/20F24H7/04F28D20/025Y02E60/145
    • Provided is a heat-storage type heat supplying apparatus capable of supplying a fixed amount of heat-exchange medium to a heat-removing device, by which the heat-removing device is operated efficiently. The heat-storage type heat supplying apparatus has a heat-storage tank that houses erythritol, which stores heat depending on a state change between solid and liquid, and oil that performs heat exchange by contacting the erythritol, has a smaller specific gravity than that of the erythritol, and is separated from the erythritol, in an internal space, takes in the oil in a lower portion of the internal space, and discharges the oil from an upper portion of the internal space. Then, the apparatus has a discharge tube 6 and an intake tube, which supply the oil discharged from the heat-storage tank to a heat exchanger, and a supply tube and a removing tube, which supply the oil, from which heat has been removed in the heat exchanger, to the heat-storage tank. Further, the apparatus has a flow rate meter that detects the flow rate of the oil flowing in the discharge tube, and a pump that is provided on the discharge tube and controls the flow rate of the oil flowing in the discharge tube based on a detection result from a flow rate control section.
    • 提供一种能够向散热装置供给固定量的热交换介质的蓄热式供热装置,通过该除热装置可以有效地操作除热装置。 蓄热式供热装置具有:容纳赤藓糖醇的储热罐,其存储根据固体和液体之间的状态变化而存储的热量,以及通过使赤藓糖醇接触而进行热交换的油的比重小于 赤藓糖醇在内部空间中与赤藓糖醇分离,在内部空间的下部吸入油,并从内部空间的上部排出油。 然后,该装置具有将从储热箱排出的油供给到热交换器的排出管6和进气管,以及供给管和排出管,该供给管和排出管供给除去了热量的油 在热交换器中,到储热罐。 此外,该装置具有流量计,其检测在排出管中流动的油的流量;以及泵,其设置在排出管上,并且基于检测来控制在排出管中流动的油的流量 来自流量控制部。
    • 3. 发明授权
    • Heat-storage unit and operation method of heat-storage unit
    • 蓄热单元及蓄热单元的运行方式
    • US07654306B2
    • 2010-02-02
    • US11489571
    • 2006-07-20
    • Kazuo TakahashiHiromiki Yagi
    • Kazuo TakahashiHiromiki Yagi
    • F28D19/00F28D17/00
    • F28D20/025F28D2020/0026Y02E60/145
    • Provided is a heat-storage unit capable of efficiently storing heat in a heat-storage material and sufficiently taking out the stored heat.The heat-storage unit capable of exchanging heat by direct contact between sodium acetate and oil, storing heat in the sodium acetate, and radiating heat from the sodium acetate by supplying the oil, which has a smaller specific gravity than the sodium acetate and is separated from the sodium acetate, into a heat-storage tank housing the sodium acetate, which stores heat depending on a state change between solid and liquid, in an internal space, in which the unit includes: a third flow pipe of a supply pipe, at least a part of which is provided in a lower portion of the internal space and in which the oil flows; a plurality of discharge holes which are provided for the third flow pipe and discharge the oil flowing through the third flow pipe into the sodium acetate; a fourth flow pipe of the supply pipe, which is connected to the third flow pipe and discharges the oil flowing through the third flow pipe to the outside of the sodium acetate; and a valve that shuts off the fourth flow pipe corresponding to the state change of the sodium acetate.
    • 提供一种能够有效地将热存储在储热材料中并充分取出储存热量的蓄热单元。 能够通过乙酸钠和油之间的直接接触进行热交换的蓄热单元,在乙酸钠中储存热量,并通过供给比乙酸钠更小的比例分离的来自乙酸钠的热量分离 从乙酸钠进入容纳乙酸钠的储存罐,所述乙酸钠在内部空间中存储根据固体和液体之间的状态变化的热量,其中所述单元包括:供应管的第三流量管, 其中至少一部分设置在内部空间的下部并且油在其中流动; 多个排出孔,设置在第三流管上,将流过第三流管的油排出到乙酸钠中; 供给管的第四流管,连接到第三流管并将流过第三流管的油排出到乙酸钠的外部; 以及关闭与乙酸钠的状态变化相对应的第四流管的阀。
    • 4. 发明申请
    • Heat-storage unit and operation method of heat-storage unit
    • 蓄热单元及蓄热单元的运行方式
    • US20070029065A1
    • 2007-02-08
    • US11489571
    • 2006-07-20
    • Kazuo TakahashiHiromiki Yagi
    • Kazuo TakahashiHiromiki Yagi
    • F28D19/00
    • F28D20/025F28D2020/0026Y02E60/145
    • Provided is a heat-storage unit capable of efficiently storing heat in a heat-storage material and sufficiently taking out the stored heat. The heat-storage unit capable of exchanging heat by direct contact between sodium acetate and oil, storing heat in the sodium acetate, and radiating heat from the sodium acetate by supplying the oil, which has a smaller specific gravity than the sodium acetate and is separated from the sodium acetate, into a heat-storage tank housing the sodium acetate, which stores heat depending on a state change between solid and liquid, in an internal space, in which the unit includes: a third flow pipe of a supply pipe, at least a part of which is provided in a lower portion of the internal space and in which the oil flows; a plurality of discharge holes which are provided for the third flow pipe and discharge the oil flowing through the third flow pipe into the sodium acetate; a fourth flow pipe of the supply pipe, which is connected to the third flow pipe and discharges the oil flowing through the third flow pipe to the outside of the sodium acetate; and a valve that shuts off the fourth flow pipe corresponding to the state change of the sodium acetate.
    • 提供一种能够有效地将热存储在储热材料中并充分取出储存热量的蓄热单元。 能够通过乙酸钠和油之间的直接接触进行热交换的蓄热单元,在乙酸钠中储存热量,并通过供给比乙酸钠更小的比例分离的来自乙酸钠的热量分离 从乙酸钠进入容纳乙酸钠的储存罐,所述乙酸钠在内部空间中存储根据固体和液体之间的状态变化的热量,其中所述单元包括:供应管的第三流量管, 其中至少一部分设置在内部空间的下部并且油在其中流动; 多个排出孔,设置在第三流管上,将流过第三流管的油排出到乙酸钠中; 供给管的第四流管,连接到第三流管并将流过第三流管的油排出到乙酸钠的外部; 以及关闭与乙酸钠的状态变化相对应的第四流管的阀。
    • 5. 发明申请
    • HEAT-STORAGE DEVICE
    • 储热装置
    • US20120168126A1
    • 2012-07-05
    • US13395366
    • 2010-10-13
    • Yuji TanakaKazuo TakahashiHiromiki Yagi
    • Yuji TanakaKazuo TakahashiHiromiki Yagi
    • F28D15/00
    • F28D20/025F28D2020/0086Y02E60/145
    • Disclosed is a heat-storage device provided with a supply pipe, a discharge pipe, and a heat-storage container that contains a heat-storage material. A heat-storage material layer comprising said heat-storage material is formed in the bottom of the heat-storage container. The supply pipe supplies a heat-carrying oil, which has a lower specific gravity than the heat-storage material, from outside the heat-storage container to the inside of the heat-storage material layer. The discharge pipe discharges the heat-carrying oil, which had been supplied to the inside of the heat-storage material layer, to the outside of the heat-storage container. The heat-storage device is also provided with a plurality of metal plates (members inside the heat-storage material layer) arranged vertically inside the heat-storage material layer. A metal plate is also disposed such that the upper end thereof is at a height greater than or equal to the vicinity of the upper surface level (L) of the heat-storage material layer. The disclosed heat-storage device is better than conventional heat-storage devices at preventing the heat-storage material from escaping the heat-storage container.
    • 本发明公开了一种蓄热装置,其具备供给管,排出管和含有蓄热材料的蓄热容器。 包含所述蓄热材料的储热材料层形成在储热容器的底部。 供给管从储热容器的外部向蓄热材料层的内部供给具有比蓄热材料低的比重的导热油。 排出管将已经供给到储热材料层内部的载热油排出到蓄热容器的外部。 蓄热装置还设置有多个垂直放置在储热材料层内部的金属板(储热材料层内部的构件)。 还设置金属板,使得其上端的高度大于或等于蓄热材料层的上表面水平(L)附近。 所公开的蓄热装置优于常规的蓄热装置,以防止蓄热材料逸出蓄热容器。