首页> 外国专利> REFRIGERATED CONTAINER HAVING DYNAMIC TEMPERATURE FIELD ADJUSTMENT AND CONTROL FUNCTION, AND REFRIGERATOR VEHICLE

REFRIGERATED CONTAINER HAVING DYNAMIC TEMPERATURE FIELD ADJUSTMENT AND CONTROL FUNCTION, AND REFRIGERATOR VEHICLE

机译:具有动态温度场调节和控制功能的冷藏集装箱和冰箱车辆

摘要

A refrigerated container having a dynamic temperature field adjustment and control function, and a refrigerator vehicle. The container comprises a container body, and a refrigeration mechanism is fixed to a side container wall (3, 4) of the container body. Multiple direction changing mechanisms (6) are fixed to a top container wall (1) of the container body. Each of the direction changing mechanisms (6) is connected to a fan (7) capable of accelerating a cold airflow passing therethrough. The direction changing mechanisms (6) are capable of driving the fan (7) to rotate to face any direction within the container body to change a flow direction of the cold airflow. Multiple temperature sensors (8) are further installed on the side container wall (3, 4) of the container body. The temperature sensors (8) are capable of detecting a temperature within the container body, and are connected to a control mechanism (9) disposed outside of the container body. The control mechanism (9) is connected to the refrigeration mechanism via a speed adjuster (10), and is capable of controlling an operation power of the refrigeration mechanism according to acquired temperature information. The control mechanism (9) is further connected to the direction changing mechanisms (6) and the fans (7), and is further capable of controlling operations of the direction changing mechanisms (6) and the fans (7) according to the acquired temperature information. The refrigerated container has a uniform temperature field distribution, thereby providing a superior refrigeration effect.
机译:具有动态温度场调节和控制功能的冷藏容器和冰箱车辆。容器包括容器主体,并且制冷机构固定到容器主体的侧容器壁(3,4)。多个方向改变机构(6)固定到容器主体的顶部容器壁(1)。每个方向改变机构(6)连接到能够加速通过穿过其中的冷气流的风扇(7)。方向改变机构(6)能够驱动风扇(7)以使容器体内的任何方向旋转以改变冷气流的流动方向。多个温度传感器(8)进一步安装在容器主体的侧面容器壁(3,4)上。温度传感器(8)能够检测容器主体内的温度,并连接到设置在容器主体外部的控制机构(9)。控制机构(9)通过速度调节器(10)连接到制冷机构,并且能够根据所获取的温度信息控制制冷机构的操作功率。控制机构(9)还连接到方向改变机构(6)和风扇(7),并且还能够根据所获取的温度控制方向改变机构(6)和风扇(7)的操作信息。冷藏容器具有均匀的温度场分布,从而提供了优异的制冷效果。

著录项

  • 公开/公告号WO2021035876A1

    专利类型

  • 公开/公告日2021-03-04

    原文格式PDF

  • 申请/专利权人 SHANDONG UNIVERSITY;

    申请/专利号WO2019CN109631

  • 发明设计人 JIANG ZHAOLIANG;

    申请日2019-09-30

  • 分类号B60P3/20;B60H1/32;

  • 国家 CN

  • 入库时间 2022-08-24 17:33:11

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