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Motor one somatotype compressor null for air conditioner

机译:空调用电机一台体压缩机空

摘要

PURPOSE:To enable cooling of an element by utilizing a refrigerant without using a large aluminum block and an axial-flow fan by a method wherein a power semiconductor module is mounted on a shell to which a motor and an air conditioner are securely held in a closed state. CONSTITUTION:A motor integral type air conditioner comprises a motor 103 and a compressor 104. A suction port 105 and a delivery port 106 are formed in a shell 102 wherein the air conditioner is securely closed. A refrigerant in a low pressure low temperature state flows through a suction port to the shell and produces a high temperature high pressure refrigerant by means of a compressor 104 after the flow of it through the gap of the motor 103. The refrigerant flows through the delivery port 106 to the outside of the shell. For a feed to a motor armature, a power semiconductor module 101 is secured to the shell 102 by weld. A motor armature coil is connected to an output terminal 204, arranged in a shell, through wiring, and a power source and a control signal are connected to an input terminal 202 and a control terminal 203, arranged to the outside of the shell, through a wiring. A low temperature low pressure refrigerant cools a semiconductor module 101 before the refrigerator flows in the compressor 104.
机译:用途:通过不使用大型铝块和轴流风扇就可以利用制冷剂对元件进行冷却的方法,其中功率半导体模块安装在壳体上,电机和空调固定在壳体上关闭状态。组成:电动机一体式空调器,包括电动机103和压缩机104。在外壳102中形成有吸气口105和出气口106,在该外壳中,空调被牢固地关闭。处于低压低温状态的制冷剂通过吸入口流到壳体,并在压缩机流过电动机103的间隙后借助压缩机104产生高温高压制冷剂。制冷剂流经输送装置端口106到外壳的外部。为了馈入电动机电枢,将功率半导体模块101通过焊接固定到壳体102。电动机电枢线圈通过布线连接到布置在壳体中的输出端子204,并且电源和控制信号通过以下方式连接到输入端子202和布置在壳体外部的控制端子203:接线。低温低压制冷剂在致冷器流入压缩机104之前冷却半导体模块101。

著录项

  • 公开/公告号JP3086819B2

    专利类型

  • 公开/公告日2000-09-11

    原文格式PDF

  • 申请/专利权人 セイコーエプソン株式会社;

    申请/专利号JP19900192708

  • 发明设计人 植竹 昭仁;

    申请日1990-07-20

  • 分类号F25B1/00;F04B39/06;F25B31/02;

  • 国家 JP

  • 入库时间 2022-08-22 02:06:37

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