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    • 2. 发明专利
    • Click mechanism in operation dial
    • 点击操作拨号中的机制
    • JP2007257281A
    • 2007-10-04
    • JP2006080667
    • 2006-03-23
    • Tsuchiya Co Ltd株式会社槌屋
    • MATSUO IICHIKIMURA HIROSHIOHARA YASUYUKI
    • G05G5/03
    • PROBLEM TO BE SOLVED: To maintain a click feeling of an operation dial by attractive magnetism and repulsive magnetism. SOLUTION: The outer circumference of a mounting member is provided with a magnet group 6 in which N poles of magnets 12 and S poles of magnets 11 are alternately arranged in the rotation direction X of an operation knob 1. The inner circumference of the operation knob 1 is provided with a magnet group 5 in which N poles of magnets 9 and S poles of magnets 10 are alternately arranged in the rotation direction X of the operation knob 1. The magnet groups 5 and 6 face each other, generate attractive magnetism between the N poles of the magnets 9 of the magnet group 5 and the S poles of the magnets 11 of the magnet group 6 at a rotation operation position of the operation knob 1 and attractive magnetism between the S poles of the magnets 10 of the magnet group 5 and the N poles of the magnets 12 of the magnet group 6, and when carrying out rotation of the operation knob 1 from rotation operation location of operation knob 1 to mounting member, also generates repulsive magnetism between the N poles of the magnets 9 of the magnet group 5 and the N poles of the magnets 12 of the magnet group 6, and repulsive magnetism between the S poles of the magnets 10 of the magnet group 5 and the S poles of the magnets 11 of the magnet group 6 so as to make the operation knob 1 have a rotational operating force. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过有吸引力的磁性和排斥磁性来保持操作盘的点击感。 解决方案:安装构件的外周设置有磁体组6,磁体12的N极和磁体11的S极在操作旋钮1的旋转方向X上交替布置。内周 操作旋钮1设置有磁体组5,其中磁体9的N极和磁体10的S极在操作旋钮1的旋转方向X上交替排列。磁体组5和6彼此面对,产生有吸引力的 在操作旋钮1的旋转操作位置,磁体组5的磁体9的N极和磁体组6的磁体11的S极之间的磁力与磁体10的磁体10的S极之间的磁吸力 磁体组5和磁体组6的磁体12的N极,并且当操作旋钮1从操作旋钮1的旋转操作位置到安装构件的旋转执行时,也产生排斥磁性 磁体组5的磁体9的N极和磁体组6的磁体12的N极以及磁体组5的磁体10的S极与磁体11的S极之间的排斥磁力 以使操作旋钮1具有旋转操作力。 版权所有(C)2008,JPO&INPIT
    • 3. 发明专利
    • Click mechanism in operation dial for automobile heater control panel
    • 点击自动加热器控制面板操作键盘机构
    • JP2007257996A
    • 2007-10-04
    • JP2006080671
    • 2006-03-23
    • Denso CorpTsuchiya Co Ltd株式会社デンソー株式会社槌屋
    • MATSUO IICHIKIMURA HIROSHIAOKI TOMOOOHARA YASUYUKI
    • H01H19/11B60H1/00H01H3/08
    • PROBLEM TO BE SOLVED: To maintain a click feeling of an operation dial by an attraction magnetic force and a repulsive magnetic force. SOLUTION: A magnet group 6 in which the N pole of the magnet 12 and the S pole of the magnet 11 are alternately arranged in the rotation direction X of an operation knob 1 is installed at the outer periphery of a mounting member. The magnet group 5 in which the N pole of the magnet 9 and the S pole of the magnet 10 are alternately arranged in the rotation direction X of the operation knob 1 is installed at the inner periphery of the operation knob 1. The magnet groups 5, 6 are mutually opposed with a gap G, the attraction magnetic force is formed between the N pole of the magnet 9 of the magnet group 5 and the S pole of the magnet 11 of the magnet group 6 at the rotation operation position of the operation knob 1, the attraction magnetic force is formed between the S pole of the magnet 10 of the magnet group 5 and the N pole of the magnet 12 of the magnet group 6, and moreover, when the operation knob is rotated from the rotation operation position of the operation knob 1 against the mounting member, the repulsive magnetic force is formed between the N pole of the magnet 9 of the magnet group 5 and the N pole of the magnet 12 of the magnet group 6 so as to let the operation knob 1 have a rotation operating force, and the repulsive magnetic force is formed between the S pole of the magnet 10 of the magnet group 5 and the S pole of the magnet 11 of the magnet group 6. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过吸引磁力和排斥磁力来保持操作盘的点击感。 解决方案:将磁体12的N极和磁体11的S极沿操作旋钮1的旋转方向X交替配置的磁体组6安装在安装部件的外周。 在操作旋钮1的内周安装有磁体9的N极和磁体10的S极交替地配置在操作旋钮1的旋转方向X上的磁体组5.磁体组5 6与间隙G相互相对,在操作的旋转操作位置处,在磁体组5的磁体9的N极和磁体组6的磁体11的S极之间形成吸引磁力 旋钮1,在磁体组5的磁体10的S极与磁体组6的磁铁12的N极之间形成吸引磁力,此外,当操作旋钮从旋转操作位置 操作旋钮1抵靠安装构件,在磁体组5的磁体9的N极和磁体组6的磁体12的N极之间形成排斥磁力,以使操作旋钮1 旋转操作forc e,并且在磁体组5的磁体10的S极与磁体组6的磁体11的S极之间形成排斥磁力。(C)2008,JPO&INPIT