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    • 6. 发明授权
    • Disassembling method of electronic appliance and disassembling apparatus thereof
    • 电子设备的拆卸方法及其拆卸装置
    • US06186848B1
    • 2001-02-13
    • US08896015
    • 1997-07-17
    • Mikio YotsumotoTakayuki GyobuKazumi TakamoriYutaka MatsudaKaoru Shimizu
    • Mikio YotsumotoTakayuki GyobuKazumi TakamoriYutaka MatsudaKaoru Shimizu
    • H01J900
    • B29B17/02B03B9/062B08B5/02B09B5/00B29L2031/3061B29L2031/7622H01J9/50H01J9/52Y02W30/60Y02W30/622Y02W30/828Y10T29/5139
    • It is an object of the invention to present a disassembling method and disassembling apparatus for disassembling easily an electronic appliance having a housing, and electronic components such as cathode-ray tube accommodated in the housing, classifying without mixing of impurities, and recycling at low cost by automating. An electronic appliance having a housing, a cathode-ray tube, and plural electronic components is put on a conveying pallet, and it is transferred by a conveyor. The conveyed electronic appliance is put on a tiltable work bench, a back plate of the housing is removed, and an opening is formed. Blowing a high pressure air shower to the opening, dust deposits on the electronic components are removed and cleaned. Moreover, other side of the housing is processed into a U-form by end mill, and a further opening is formed, and the cathode-ray tube is taken out through this further opening. The metal band of the dismounted cathode-ray tube is heated by high frequency induction, and the metal band is removed. The adhesive applied on the cathode-ray tube is removed by using a rotary brush having metal wires. Still more, judging whether a safety panel is installed at the front side of the cathode-ray tube or not by using distance sensors, the safety panel is classified. Such disassembling process is executed by using an automated disassembling apparatus.
    • 本发明的目的是提出一种拆卸方法和拆卸装置,用于容易地拆卸具有外壳的电子设备,以及容纳在外壳中的诸如阴极射线管的电子部件,不混合杂质进行分类,并以低成本回收 通过自动化。 将具有壳体,阴极射线管和多个电子部件的电子设备放置在输送托盘上,并通过输送机传送。 将传送的电子设备放在可倾斜的工作台上,去除外壳的后板,形成开口。 将高压空气淋浴吹到开口处,电子元件上的灰尘沉积物被去除和清洁。 此外,壳体的另一侧通过端铣刀加工成U形,并且形成另外的开口,并且阴极射线管通过该另外的开口被取出。 拆下的阴极射线管的金属带被高频感应加热,金属带被去除。 通过使用具有金属线的旋转刷除去施加在阴极射线管上的粘合剂。 更进一步地,通过使用距离传感器判断安全面板是否安装在阴极射线管的正面,安全面板被分类。 通过使用自动分解装置来执行这种拆卸处理。