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    滑盖装置和移动终端[ZH]

    专利编号: ZL202611030433

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    拟转化方式: 转让;普通许可;独占许可;排他许可;作价投资;质押融资;开放许可

    交易价格:面议

    专利类型:实用新型专利

    法律状态:授权

    技术领域:非汽车专利

    发布日期:2026-11-03

    发布有效期: 2026-11-03 至 2029-04-11

    专利顾问 — 王老师

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    专利基本信息
    >
    申请号 CN201920508465.6 公开号 CN209676280U
    申请日 2019-04-11 公开日 2019-11-22
    申请人 比亚迪股份有限公司;中山比亚迪电子有限公司 专利授权日期 2019-11-22
    发明人 汤海舰;杨建锋;周虎 专利权期限届满日 2029-04-11
    申请人地址 518118 广东省深圳市坪山新区比亚迪路3009号 最新法律状态 授权
    技术领域 非汽车专利 分类号 H04M1/02(200601)
    技术效果 其他技术效果 有效性 有效(授权、部分无效)
    专利代理机构 北京润平知识产权代理有限公司 11283 代理人 李健;蒋爱花
    专利技术详情
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    01

    专利摘要

    本实用新型涉及移动终端的滑盖技术领域,公开一种滑盖装置和移动终端。滑盖装置包括滑盖单元和基座单元,所述滑盖单元能够滑动地设置在所述基座单元上,其中,所述滑盖单元和所述基座单元之间设置有位于不同位置处的主滑动结构和辅助滑动结构。现对于现有技术传统的滑动结构,辅助滑动结构的使用则能够与主滑动结构一起引导滑盖的滑动,以减少移动终端在X向和Z向的滑动配合间隙,同时,辅助滑动结构能有效地减少滑盖结构在Z向上的尺寸,以使移动终端做薄,这样,该滑盖装置能够有效地减少移动终端滑动的 " 张口 " 量,同时又能有效地减小移动终端的厚度,使得移动终端更薄。
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    02

    专利详情

    滑盖装置和移动终端

    技术领域

    本实用新型涉及移动终端的滑盖技术领域,具体地涉及一种滑盖装置和一种移动
    终端。

    背景技术

    目前,随着移动终端比如手机或者平板的发展进步,全面屏将是移动终端的一个
    新的发展方向。在全面屏技术中,移动终端的前置摄像头如何设置至关重要。滑盖方式提供
    了一种解决移动终端的前置摄像头隐藏在主屏幕之后的方法,在不使用前置摄像头时,把
    前置摄像头隐藏于主屏幕之后,在使用前置摄像头时,将置于滑盖上的摄像头滑出。

    目前的移动终端屏幕及电池的尺寸较大,同时移动终端的整机厚度又要求更薄,
    因此,随着用户使用需求的提升,用户对移动终端滑动的“张口”问题(也就是滑盖滑动时,
    移动终端的滑盖和底座之间配合间隙的晃动量)特别敏感。若张口量较大,则影响用户的滑
    盖使用体验。采用传统的滑盖结构去减轻移动终端的“张口”问题,将影响移动终端内部其
    余元器件的堆叠空间,不利于移动终端做薄。现有技术中出现一种采用上下滑轨互扣的方
    式,虽然在一定程度上能减小移动终端的“张口”量,但上下基板都带有滑槽,结构较为复
    杂,且占用空间较大,限制了移动终端做薄。

    实用新型内容

    本实用新型的目的是提供一种滑盖装置,该滑盖装置能够有效地减少移动终端滑
    动的“张口”量,同时又能有效地减小移动终端的厚度,使得移动终端更薄。

    为了实现上述目的,本实用新型提供一种滑盖装置,所述滑盖装置包括滑盖单元
    和基座单元,所述滑盖单元能够滑动地设置在所述基座单元上,其中,所述滑盖单元和所述
    基座单元之间设置有位于不同位置处的主滑动结构和辅助滑动结构。

    这样,在该技术方案中,将移动终端水平放置,同时将滑盖单元的滑动方向定义为
    Y向,比如,将移动终端的长度方向定义为Y向,将移动终端的宽度方向定义为X向,并将移动
    终端的厚度方向定义为Z向,那么,本申请的发明人在研究中发现,当移动终端在X向和Z向
    的滑动配合间隙尽量小,就能有效地减小移动终端滑动的“张口”量,为此,上述技术方案在
    主滑动结构的基础上增加了辅助滑动结构,现对于现有技术传统的滑动结构,辅助滑动结
    构的使用则能够与主滑动结构一起引导滑盖的滑动,以减少移动终端在X向和Z向的滑动配
    合间隙,同时,辅助滑动结构能有效地减少滑盖结构在Z向上的尺寸,以使移动终端做薄,这
    样,该滑盖装置能够有效地减少移动终端滑动的“张口”量,同时又能有效地减小移动终端
    的厚度,使得移动终端更薄。

    进一步地,所述滑盖装置位于滑动方向的两侧分别设置有所述主滑动结构,在所
    述滑动方向上,所述滑盖装置的远离滑盖装置的中心位置处的至少一个区域处设置有所述
    辅助滑动结构,其中,所述辅助滑动结构的在滑动方向上的中心轴线与滑盖装置的在滑动
    方向上的中心轴线重合。

    更进一步地,在所述滑动方向的任一侧上,所述辅助滑动结构包括连通的第一辅
    助滑动结构和第二辅助滑动结构。

    更进一步地,所述滑盖单元设置有相通的水平滑槽和竖向滑槽,所述基座单元设
    置有连接的水平导轨和竖向导轨,其中,所述水平导轨位于所述水平滑槽内以形成第一辅
    助滑动结构,所述竖向导轨位于所述竖向滑槽内以形成第二辅助滑动结构。

    更进一步地,所述滑盖单元包括盖基板,所述基座单元包括座基板,其中,所述盖
    基板上设置有竖向滑槽的滑动挡片,所述竖向滑槽的侧边部和所述盖基板之间形成水平滑
    槽;所述座基板上设置有T形导柱,所述T形导柱的竖向柱体形成所述竖向导轨,所述T形导
    柱的水平板部形成所述水平导轨。

    更进一步地,所述滑盖单元包括固定设置在所述盖基板上的盖滑片,所述基座单
    元包括通过T形导柱固定设置在座基板上的基座片,其中,在滑盖装置的同一侧,所述主滑
    动结构包括所述盖滑片与所述座基板之间形成的第一主滑动结构和所述盖滑片与所述基
    座片之间形成的第二主滑动结构;和/或,所述水平导轨的朝向所述水平滑槽的槽底面的上
    表面上形成有沉槽。

    进一步地,所述滑盖单元和所述基座单元之间设置有磁性驱动组件和/或弹性驱
    动组件。

    更进一步地,在包括所述磁性驱动组件的情形下,所述磁性驱动组件包括:第一磁
    体和第二磁体,所述第一磁体和所述第二磁体在滑动方向上间隔设置在所述滑盖单元上;
    第三磁体,所述第三磁体设置在所述基座单元上。

    更进一步地,所述第三磁体的磁极在水平方向布置,所述第一磁体和所述第二磁
    体的磁极在竖直方向布置,其中,所述第一磁体的底端磁极和所述第二磁体的底端磁极相
    反;以所述第三磁体位于所述第一磁体和所述第二磁体之间的中间位置为基准,所述第三
    磁体的朝向所述第一磁体的一端磁极与所述第一磁体的底端磁极相同,所述第三磁体的朝
    向所述第二磁体的另一端磁极与所述第二磁体的底端磁极相同。

    此外,本申请提供一种移动终端,所述移动终端包括有以上任意所述的滑盖装置,
    其中,所述移动终端的屏幕组件设置在所述滑盖单元。

    这样,如上所述的,由于滑盖装置能够有效地减少移动终端的张口量并减小移动
    终端的厚度,从而使得该移动终端比如手机的整体品质得到显著提升,用户体验良好。

    进一步地,所述移动终端包括前置摄像头组件,其中,所述前置摄像头组件设置在
    所述基座单元上,所述滑盖单元处于闭合状态时隐藏所述前置摄像头组件,所述滑盖单元
    处于滑开状态时所述前置摄像头组件漏出。

    附图说明

    图1是本实用新型具体实施方式提供的一种移动终端的分解状态图,其中,显示了
    本实用新型具体实施方式提供的一种滑盖装置的分解状态;

    图2是图1中的滑动挡片和T形导柱分离的状态图;

    图3是图1中的滑盖装置的一个位置的局部剖视结构示意图;

    图4是图1中的滑盖装置的另一个位置的局部剖视结构示意图;

    图5是图1中的滑盖装置闭合的状态示意图;

    图6是图5的滑盖装置打卡的状态示意图;

    图7是本实用新型具体实施方式提供的另一种移动终端的示意图;

    图8是本实用新型具体实施方式提供的移动终端的打开状态示意图。

    附图标记说明

    1-滑盖单元,2-基座单元,3-主滑动结构,4-辅助滑动结构,5-水平滑槽,6-竖向滑
    槽,7-水平导轨,8-竖向导轨,9-盖基板,10-座基板,11-滑动挡片,12-侧边部,13-T形导柱,
    14-盖滑片,15-基座片,16-第一主滑动结构,17-第二主滑动结构,18-沉槽,19-第一磁体,
    20-第二磁体,21-第三磁体,22-屏幕组件,23-软磁片,24-限位柱,25-限位槽,26-电池后盖
    总成,27-螺柱,28-前置摄像头组件,29-弹性驱动组件,30-连接孔,31-通孔,32-导向翻边,
    33-导向槽,34-翻边槽。

    具体实施方式

    以下结合附图对本实用新型的具体实施方式进行详细说明。应当理解的是,此处
    所描述的具体实施方式仅用于说明和解释本实用新型,并不用于限制本实用新型。

    参考图1、图2、图3和图4,本实用新型提供的滑盖装置包括滑盖单元1和基座单元
    2,滑盖单元1能够滑动地设置在基座单元2上,其中,滑盖单元1和基座单元2之间设置有位
    于不同位置处的主滑动结构3和辅助滑动结构4。

    这样,在该技术方案中,将移动终端水平放置,同时将滑盖单元1的滑动方向定义
    为Y向,比如,将移动终端的长度方向定义为Y向,将移动终端的宽度方向定义为X向,并将移
    动终端的厚度方向定义为Z向,参考图7中所示方向,那么,本申请的发明人在研究中发现,
    当移动终端在X向和Z向的滑动配合间隙尽量小,就能有效地减小移动终端滑动的“张口”
    量,为此,上述技术方案在主滑动结构3的基础上增加了辅助滑动结构4,现对于现有技术传
    统的滑动结构,辅助滑动结构4的使用则能够与主滑动结构3一起引导滑盖的滑动,以减少
    移动终端在X向和Z向的滑动配合间隙,同时,辅助滑动结构4能有效地减少滑盖结构在Z向
    上的尺寸,以使移动终端做薄,这样,该滑盖装置能够有效地减少移动终端滑动的“张口”
    量,同时又能有效地减小移动终端的厚度,使得移动终端更薄。

    应当理解,在本申请的滑盖装置中,主滑动结构3和辅助滑动结构4可以设置在滑
    盖单元1和基座单元2之间任何适当的位置处。比如,一种实施例中,参考图7所示的,滑盖装
    置位于滑动方向的两侧分别设置有主滑动结构3,在滑动方向上,滑盖装置的远离滑盖装置
    的中心位置处的至少一个区域处设置有辅助滑动结构4,其中,辅助滑动结构4的在滑动方
    向上的中心轴线与滑盖装置的在滑动方向上的中心轴线重合。这样,通过两侧的主滑动结
    构3,可以使得滑盖单元1相对于基座单元2的滑动在两侧受力均衡,同时,通过设置在滑盖
    装置的中心轴线处并远离滑盖装置的中心位置处的重合辅助滑动结构4,可以在滑盖装置
    的中心轴线上提供滑动引导支撑点,这样,通过两侧和中间处的滑动结构,可以使得滑盖单
    元1的滑动更稳定。同时,通过两侧和中间处的滑动结构,可以将滑动结构在X向和Z向上的
    滑动配合间隙进一步尽可能小,Z向配合间隙的减小则可以进一步有效地减少滑盖结构在Z
    向上的尺寸。

    另外,辅助滑动结构4设置在滑盖装置的远离滑盖装置的中心位置处的至少一个
    区域处,比如滑盖装置的远端时,与主滑动结构一起形成尽可能长的等效滑槽Le,这样,在
    滑动方向上滑动配合的重合度(比如移动终端滑开时,滑片与滑槽的重合尺寸Le与移动终
    端参与张口量计算的长度Lt的比值,如图8所示)将尽量大,这在保证移动终端滑动更加稳
    定的同时,使得移动终端在打开和闭合过程中的“张口”量进一步更小。移动终端在合上时,
    前置摄像头组件28隐藏于盖滑片14底下,当移动终端滑动距离D后处于打开状态时,前置摄
    像头将凸显出来,用户可用前置摄像头进行自拍及可视通话等。

    当然,该滑盖装置中,辅助滑动结构4可以包括单个辅助滑动结构,或者,另一种实
    施例中,在滑动方向的任一侧上,辅助滑动结构包括连通的第一辅助滑动结构和第二辅助
    滑动结构,参考图3所示的,辅助滑动结构的中心轴线的两侧分别形成有连通的第一辅助滑
    动结构和第二辅助滑动结构,也就是,该辅助滑动结构总共包括两个第一辅助滑动结构和
    两个第二辅助滑动结构。这样,通过四处滑动结构的配合,能够再进一步将滑动结构在X向
    和Z向上的滑动配合间隙减小,从而再进一步减小滑动结构的张口量。

    另外,第一辅助滑动结构和第二辅助滑动结构也可以具有多种结构形式,比如,凸
    出滑块和滑槽的配合,或者另一种结构形式中,如图3所示的,滑盖单元1设置有相通的水平
    滑槽5和竖向滑槽6,基座单元2设置有连接的水平导轨7和竖向导轨8,其中,水平导轨7位于
    水平滑槽5内以形成第一辅助滑动结构,竖向导轨8位于竖向滑槽6内以形成第二辅助滑动
    结构。

    另外,滑盖单元1和基座单元2也可以具有多种结构形式,比如,一种结构形式中,
    如图1、图2和图3所示的,滑盖单元1包括盖基板9,基座单元2包括座基板10,其中,盖基板9
    上设置有竖向滑槽6的滑动挡片11,竖向滑槽6的侧边部12和盖基板9之间形成水平滑槽5;
    座基板10上设置有T形导柱13,T形导柱13的竖向柱体形成竖向导轨8,T形导柱13的水平板
    部形成水平导轨7。这样,通过三个部件的相互配合,就能够形成第一辅助滑动结构和第二
    辅助滑动结构,减少了结构部件,简化了结构,降低了空间占用率。

    进一步,滑盖单元1包括固定设置在盖基板9上的盖滑片14,基座单元2包括通过T
    形导柱13固定设置在座基板10上的基座片15,比如,T形导柱13穿过滑动挡片11的竖向导槽
    6,竖向导轨8穿过基座片15上的通孔31,使得T形导柱13的底面抵接在座基板10上,螺柱27
    穿过座基板10上的连接孔30连接到竖向导轨8中的螺纹孔,其中,如图4所示,在滑盖装置的
    同一侧,主滑动结构3包括盖滑片14与座基板10之间形成的第一主滑动结构16和盖滑片14
    与基座片15之间形成的第二主滑动结构17;这样,通过两侧的四处滑动结构的配合,能够再
    进一步将滑动结构在X向和Z向上的滑动配合间隙减小,从而再进一步减小滑动结构的张口
    量。比如,盖滑片14的两侧形成导向翻边32,导向翻边32内形成翻边槽34,座基板10的两侧
    形成有导向槽33,导向翻边32和导向槽33之间形成第一主滑动结构16,基座片15的两侧位
    于翻边槽34内以形成第二主滑动结构17。和/或,水平导轨7的朝向水平滑槽5的槽底面的上
    表面上形成有沉槽18,如图3所示的,这样,通过形成沉槽18,可以进一步减小盖基板9和T形
    导柱13之间的摩擦面积,减少摩擦力,提升滑动的舒适性。

    另外,参考图1、图5、图6和图7所示的结构,滑盖单元1和基座单元2之间设置有磁
    性驱动组件和/或弹性驱动组件。这样,通过磁性驱动组件和/或弹性驱动组件,可以作为移
    动终端滑动的驱动力以及在极限位置的保持力。

    弹性驱动组件可以为弯曲的弹簧,弹簧固定在滑盖单元1和基座单元2之间,从而
    为滑盖单元1提供滑动驱动力。

    另外,为了使移动终端进一步做薄,可以采用磁性驱动组件的吸合力和排斥力作
    为移动终端滑动的驱动力以及在极限位置的保持力,同时也可大幅度提高移动终端的寿
    命。在包括磁性驱动组件的情形下,参考图1、图5和图6所示的,磁性驱动组件包括:第一磁
    体19和第二磁体20以及第三磁体21,其中,第一磁体19和第二磁体20在滑动方向上间隔设
    置在滑盖单元1上;而第三磁体21设置在基座单元2上。这样,通过第三磁体21与第一磁体19
    或第三磁体21与第二磁体20的磁性配合,可以作为移动终端滑动的驱动力以及在极限位置
    的保持力。

    当然,第一磁体19和第二磁体20以及第三磁体21的磁极可以根据需求来布置,比
    如,第三磁体21的磁极在水平方向布置,第一磁体19和第二磁体20的磁极在竖直方向布置,
    其中,第一磁体19的底端磁极和第二磁体20的底端磁极相反;以第三磁体21位于第一磁体
    19和第二磁体20之间的中间位置为基准,第三磁体21的朝向第一磁体19的一端磁极与第一
    磁体19的底端磁极相同,第三磁体21的朝向第二磁体20的另一端磁极与第二磁体20的底端
    磁极相同。这样,从图5所示的闭合状态转换到图6所示的打开状态过程中,第三磁体21的朝
    向第二磁体20的另一端磁极与第二磁体20的底端磁极相同以提供具有较大的开合力,通过
    临界点后,由于第一磁体19的底端磁极与第三磁体21的朝向第一磁体19的一端磁极相同,
    并与第三磁体21的朝向第二磁体20的另一端磁极相反,这样,通过磁性斥力和吸力,可以使
    得滑盖单元1能够更易于自动弹开,开盖手感较佳。合盖时,通过临界点后,由于第二磁体20
    的底端磁极与第三磁体21的朝向第一磁体19的一端磁极相反,并与第三磁体21的朝向第二
    磁体20的另一端磁极相同,这样,通过磁性斥力和吸力,可以使得滑盖单元1能够更易于自
    动合盖,合盖手感较佳。

    另外,如图1所示的,该滑盖装置包括软磁片23,以减小第一磁体19和第二磁体20
    以及第三磁体21的漏磁。第一磁体19和第二磁体20为永磁体且充磁方向都是沿Z向,并且充
    磁方向相反,第三磁体21也是永磁体,其充磁方向沿Y方向,第一磁体19和第二磁体20和软
    磁片23通过粘接或者其它固定方式固定在滑盖单元1上,第三磁体21和软磁片23通过粘接
    或者其它固定方式固定在基座单元上。若第一磁体19的上端为N极、下端为S极,则第二磁体
    20的上端为S极、下端为N极,相应的第三磁体21的前端为S极,后端为N极。反之,若第一磁体
    19的上端为S极、下端为N极,则第二磁体20的上端为N极、下端为S极,相应的第三磁体21的
    前端为N极,后端为S极。优选的,在Y方向上,第一磁体19和第二磁体20的中心距离为滑动行
    程D,若采用同样型号同样尺寸的磁铁,当移动终端合上位置时,第三磁体21位于第二磁体
    20的正下方,在移动终端打开位置时,第三磁体21位于第一磁体19的正下方。这样,移动终
    端在开合滑动行程中开合力逐渐减小,但越过临界点后就能自行弹开。当然,可以采用一组
    磁性组件,也可多组同时使用。

    另外,滑盖单元1和基座单元2之间形成限位结构,比如,盖滑片14上设置有限位柱
    24,基座片15上形成有限位槽25,限位柱24容纳在限位槽25内形成限位结构,用于保证移动
    终端打开和闭合时的精准运动距离以及克服磁性驱动组件和/或弹性驱动组件在移动终端
    处于极限位置的力,使移动终端能稳定的处于两个极限位置。

    此外,本申请提供一种移动终端,该移动终端包括有以上任意所述的滑盖装置,其
    中,移动终端的屏幕组件22设置在滑盖单元1。电池后盖总成26可以设置在基座单元2上。

    这样,如上所述的,由于滑盖装置能够有效地减少移动终端的张口量并减小移动
    终端的厚度,从而使得该移动终端比如手机的整体品质得到显著提升,用户体验良好。

    另外,在本申请的移动终端包括前置摄像头组件28,前置摄像头组件28可以设置
    在滑盖单元1上,这样滑盖单元1闭合时隐藏前置摄像头组件28,滑盖单元1滑出后将漏出前
    置摄像头组件28。或者,前置摄像头组件28设置在基座单元2上,滑盖单元1处于闭合状态时
    隐藏前置摄像头组件28,滑盖单元1处于滑开状态时前置摄像头组件28漏出,以便于用户使
    用。

    以上结合附图详细描述了本实用新型的优选实施方式,但是,本实用新型并不限
    于上述实施方式中的具体细节,在本实用新型的技术构思范围内,可以对本实用新型的技
    术方案进行多种简单变型,这些简单变型均属于本实用新型的保护范围。

    另外需要说明的是,在上述具体实施方式中所描述的各个具体技术特征,在不矛
    盾的情况下,可以通过任何合适的方式进行组合。为了避免不必要的重复,本实用新型对各
    种可能的组合方式不再另行说明。

    此外,本实用新型的各种不同的实施方式之间也可以进行任意组合,只要其不违
    背本实用新型的思想,其同样应当视为本实用新型所公开的内容。

    Cover sliding device and mobile terminal

    Technical field

    The utility model relates to the slip lid technical fields of mobile terminal, more particularly to a kind of cover sliding device and a kind of movementTerminal.

    Background technique

    Currently, with the progress of mobile terminal such as mobile phone or plate, screen will be one of mobile terminal comprehensivelyNew developing direction.In comprehensive screen technology, it is most important how the front camera of mobile terminal is arranged.Slip lid mode providesA kind of front camera solving mobile terminal is hidden in the method after main screen, when not using front camera,Front camera is hidden in after main screen, and when using front camera, the camera being placed on slip lid is skidded off.

    The size of current mobile terminal screen and battery is larger, at the same the complete machine thickness of mobile terminal require again it is thinner,Therefore, with the promotion of user's use demands, " dehiscing " problem that user slides mobile terminal (when namely slip lid slides,The shaking volume of fit clearance between the slip lid and pedestal of mobile terminal) it is especially sensitive.If the amount of dehiscing is larger, the cunning of user is influencedLid usage experience." dehiscing " problem for removing to mitigate mobile terminal using traditional sliding lid construction will affect inside mobile terminal itThe stacking space of remaining component, be unfavorable for mobile terminal do it is thin.Occurs a kind of side mutually detained using upper and lower slide rail in the prior artFormula, although can reduce " dehiscing " amount of mobile terminal to a certain extent, upper and lower base plate all has sliding slot, and structure is more multipleIt is miscellaneous, and occupied space is larger, limit mobile terminal do it is thin.

    Utility model content

    The purpose of the utility model is to provide a kind of cover sliding device, it is sliding which can efficiently reduce mobile terminalDynamic " dehiscing " amount, while the thickness of mobile terminal can be effectively reduced again, so that mobile terminal is thinner.

    To achieve the goals above, the utility model provides a kind of cover sliding device, and the cover sliding device includes slip lid unitAnd base unit, the slip lid unit can be slidably arranged on the base unit, wherein the slip lid unit and describedThe main slide construction and auxiliary slide construction being provided between base unit at different location.

    In this way, in the technical scheme, mobile terminal is horizontally arranged, while the glide direction of slip lid unit being defined asThe width direction of mobile terminal is defined as X to and moving for example, the length direction of mobile terminal is defined as Y-direction by Y-directionThe thickness direction of terminal is defined as Z-direction, then, present inventor has found under study for action, when mobile terminal X to and Z-directionThe gap that is slidably matched it is small as far as possible, can effectively reduce mobile terminal sliding " dehiscing " amount, for this purpose, above-mentioned technical proposal existsAuxiliary slide construction is increased on the basis of main slide construction, referring now to the traditional slide construction of the prior art, auxiliary sliding knotThe use of structure can then guide the sliding of slip lid together with main slide construction, be matched with reducing mobile terminal in X to the sliding with Z-directionClose gap, meanwhile, auxiliary slide construction can efficiently reduce size of the sliding lid construction in Z-direction so that mobile terminal do it is thin, thisSample, which can efficiently reduce " dehiscing " amount of mobile terminal sliding, while can effectively reduce mobile terminal againThickness so that mobile terminal is thinner.

    Further, the two sides that the cover sliding device is located at glide direction are respectively arranged with the main slide construction, in instituteIt states in glide direction, is provided at least one region of the center position of the separate cover sliding device of the cover sliding device describedAssist slide construction, wherein the central axis in glide direction of the auxiliary slide construction and sliding for cover sliding deviceCentral axis on direction is overlapped.

    Further, on the either side of the glide direction, the auxiliary slide construction includes the first auxiliary of connectionSlide construction and second is helped to assist slide construction.

    Further, the slip lid unit is provided with the horizontal concrete chute communicated and the vertical chute, and the base unit is setIt is equipped with the horizontal guide rail and vertical guide of connection, wherein the horizontal guide rail is located in the horizontal concrete chute auxiliary to form firstSlide construction is helped, the vertical guide is located in the vertical chute to form the second auxiliary slide construction.

    Further, the slip lid unit includes cover substrate, and the base unit includes seat substrate, wherein the lidIt is provided with the slidable of the vertical chute on substrate, is formed between the side portion of the vertical chute and the cover substrate horizontal slidingSlot;T shape guide post is provided on the seat substrate, the vertical posts body of the T shape guide post forms the vertical guide, and the T shape is ledThe horizontal plate part of column forms the horizontal guide rail.

    Further, the slip lid unit includes the lid slide plate being fixed in the cover substrate, the pedestal listMember includes the base pieces being fixedly installed on present substrate by T shape guide post, wherein in the same side of cover sliding device, the main cunningDynamic structure includes the first main slide construction formed between the lid slide plate and the seat substrate and the lid slide plate and the baseThe the second main slide construction formed between seat piece;And/or the groove bottom towards the horizontal concrete chute of the horizontal guide rail is upperDeep gouge is formed on surface.

    Further, it is provided with magnetic drive component between the slip lid unit and the base unit and/or elasticity is drivenDynamic component.

    Further, in the case of including the magnetic drive component, the magnetic drive component includes: the first magneticBody and the second magnet, first magnet and second magnet are arranged at intervals on the slip lid unit in glide direction;Third magnet, the third magnet are arranged on the base unit.

    Further, the magnetic pole of the third magnet is arranged in the horizontal direction, first magnet and second magneticThe magnetic pole of body is arranged in vertical direction, wherein the bottom end magnetic pole phase of the bottom end magnetic pole of first magnet and second magnetInstead;On the basis of middle position of the third magnet between first magnet and second magnet, the thirdOne end magnetic pole towards first magnet of magnet is identical as the bottom end magnetic pole of first magnet, the court of the third magnetOther end magnetic pole to second magnet is identical as the bottom end magnetic pole of second magnet.

    In addition, the application provides a kind of mobile terminal, the mobile terminal includes cover sliding device described in any of the above,Wherein, the screen assembly of the mobile terminal is arranged in the slip lid unit.

    In this way, it is as described above, since cover sliding device can efficiently reduce the amount of dehiscing of mobile terminal and reduce movementThe thickness of terminal, so that the overall quality of the mobile terminal such as mobile phone is significantly improved, user experience is good.

    Further, the mobile terminal includes front camera component, wherein the front camera component setting existsOn the base unit, the slip lid unit hides the front camera component, the slip lid unit in the closure stateIt is leaked out in front camera component described when sliping off state.

    Detailed description of the invention

    Fig. 1 is a kind of decomposing state figure for mobile terminal that specific embodiment of the present invention provides, wherein is shownA kind of decomposing state for cover sliding device that specific embodiment of the present invention provides;

    Fig. 2 is the state diagram of the slidable and the separation of T shape guide post in Fig. 1;

    Fig. 3 is the broken section structural schematic diagram of a position of the cover sliding device in Fig. 1;

    Fig. 4 is the broken section structural schematic diagram of another position of the cover sliding device in Fig. 1;

    Fig. 5 is the status diagram of the cover sliding device closure in Fig. 1;

    Fig. 6 is the status diagram that the cover sliding device of Fig. 5 is checked card;

    Fig. 7 is the schematic diagram for another mobile terminal that specific embodiment of the present invention provides;

    Fig. 8 is the opening state schematic diagram for the mobile terminal that specific embodiment of the present invention provides.

    Description of symbols

    1- slip lid unit, 2- base unit, the main slide construction of 3-, 4- assist slide construction, 5- horizontal concrete chute, and 6- is vertically slidedSlot, 7- horizontal guide rail, 8- vertical guide, 9- cover substrate, 10- substrates, 11- slidable, 12- side portion, 13-T shape guide post,14- lid slide plate, 15- base pieces, the main slide construction of 16- first, the main slide construction of 17- second, 18- deep gouge, the first magnet of 19-,The second magnet of 20-, 21- third magnet, 22- screen assembly, 23- diskette, 24- limited post, 25- limiting slot, 26- cell rear coverAssembly, 27- stud, 28- front camera component, 29- flexible drive component, 30- connecting hole, 31- through-hole, 32- guide turnup,33- guide groove, 34- flange slot.

    Specific embodiment

    Specific embodiment of the present utility model is described in detail below in conjunction with attached drawing.It should be understood that hereinDescribed specific embodiment is only used for describing and explaining the present invention, and is not intended to limit the utility model.

    With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, cover sliding device provided by the utility model includes slip lid unit 1 and base unit2, slip lid unit 1 can be slidably arranged on base unit 2, wherein be provided with position between slip lid unit 1 and base unit 2Main slide construction 3 and auxiliary slide construction 4 at different location.

    In this way, in the technical scheme, mobile terminal is horizontally arranged, while the glide direction of slip lid unit 1 being definedFor Y-direction, for example, the length direction of mobile terminal is defined as Y-direction, the width direction of mobile terminal is defined as X to and movingThe thickness direction of dynamic terminal is defined as Z-direction, the direction with reference to shown in Fig. 7, then, present inventor has found under study for action,When mobile terminal in X to small as far as possible with the gap that is slidably matched of Z-direction, " the dehiscing " of mobile terminal sliding can be effectively reducedAmount passes for this purpose, above-mentioned technical proposal increases auxiliary slide construction 4 on the basis of main slide construction 3 referring now to the prior artThe use of the slide construction of system, auxiliary slide construction 4 can then guide together the sliding of slip lid with main slide construction 3, to reduceMobile terminal in X to the gap that is slidably matched with Z-direction, meanwhile, auxiliary slide construction 4 can efficiently reduce sliding lid construction in Z-directionOn size so that mobile terminal do it is thin, in this way, the cover sliding device can efficiently reduce mobile terminal sliding " dehiscing "Amount, while the thickness of mobile terminal can be effectively reduced again, so that mobile terminal is thinner.

    It should be appreciated that main slide construction 3 and auxiliary slide construction 4 can be set in cunning in the cover sliding device of the applicationBetween cap unit 1 and base unit 2 at any position appropriate.For example, reference is shown in Fig. 7 in a kind of embodiment, slip lid dressIt is respectively arranged with main slide construction 3 setting in the two sides of glide direction, in glide direction, the separate cover sliding device of cover sliding deviceCenter position at least one region at be provided with auxiliary slide construction 4, wherein auxiliary slide construction 4 in sliding sideUpward central axis is overlapped with the central axis in glide direction of cover sliding device.In this way, passing through the main sliding knot of two sidesStructure 3 can make slip lid unit 1 relative to the sliding of base unit 2 in two sides stress equalization, meanwhile, by being arranged in slip lidAt the central axis of device and the coincidence of the center position far from cover sliding device assists slide construction 4, can be in cover sliding deviceCentral axis on sliding guidance supporting point is provided, in this way, slip lid list can be made by the slide constructions of two sides and middleThe sliding of member 1 is more stable.Meanwhile by the slide construction of two sides and middle, can by slide construction X to in Z-directionBeing slidably matched, gap is further as small as possible, and the reduction of Z-direction fit clearance then can effectively further reduce sliding lid construction in ZUpward size.

    In addition, at least one of the center position of the separate cover sliding device of cover sliding device is arranged in auxiliary slide construction 4At region, for example, cover sliding device distal end when, as far as possible long equivalent sliding slot Le is formed together with main slide construction, in this way, InBe slidably matched in glide direction registration (for example mobile terminal is when sliping off, slide plate and sliding slot be overlapped size Le and it is mobile eventuallyEnd participates in the ratio for the length Lt that the amount of dehiscing calculates, as shown in Figure 8) will be big as far as possible, this is guaranteeing that mobile terminal sliding is more steadyWhile determining, so that " dehiscing " amount of mobile terminal during opening and closing is further smaller.Mobile terminal when closing,Front camera component 28 is hidden under lid slide plate 14, after mobile terminal sliding distance D in the open state, preposition to take the photographAs head will highlight, user can carry out self-timer and video call etc. with front camera.

    Certainly, in the cover sliding device, auxiliary slide construction 4 may include single auxiliary slide construction, alternatively, another realIt applies in example, on the either side of glide direction, auxiliary slide construction includes the first auxiliary slide construction and the second auxiliary of connectionSlide construction, reference is shown in Fig. 3, and the first auxiliary for assisting the two sides of the central axis of slide construction to be respectively formed with connection is slidedDynamic structure and the second auxiliary slide construction, it is, the auxiliary slide construction in total include two first auxiliary slide constructions withTwo second auxiliary slide constructions.In this way, by the cooperation of slide construction everywhere, can further by slide construction X toReduce with the gap that is slidably matched in Z-direction, to further reduce the amount of dehiscing of slide construction.

    In addition, the first auxiliary slide construction and the second auxiliary slide construction also can have multiple structural forms, for example, convexIn the cooperation of sliding block and sliding slot out, or another structure type, as shown in Figure 3, slip lid unit 1 is provided with the level communicatedSliding slot 5 and the vertical chute 6, base unit 2 are provided with the horizontal guide rail 7 and vertical guide 8 of connection, wherein horizontal guide rail 7 is located atTo form the first auxiliary slide construction in horizontal concrete chute 5, vertical guide 8 is located in the vertical chute 6 to form the second auxiliary slidingStructure.

    In addition, slip lid unit 1 and base unit 2 also can have multiple structural forms, for example, in a kind of structure type,As shown in Figure 1, Figure 2 and Figure 3, slip lid unit 1 includes cover substrate 9, and base unit 2 includes seat substrate 10, wherein cover substrate 9On be provided with the slidable 11 of the vertical chute 6, horizontal concrete chute 5 is formed between the side portion 12 and cover substrate 9 of the vertical chute 6;T shape guide post 13 is provided on seat substrate 10, the vertical posts body of T shape guide post 13 forms vertical guide 8, the level board of T shape guide post 13Portion forms horizontal guide rail 7.In this way, passing through the mutual cooperation of three components, it will be able to form the first auxiliary slide construction and secondSlide construction is assisted, reduces structure member, simplifies structure, reduce space occupancy rate.

    Further, slip lid unit 1 includes the lid slide plate 14 being fixed in cover substrate 9, and base unit 2 includes passing through TThe base pieces 15 on present substrate 10 are fixedly installed in shape guide post 13, for example, T shape guide post 13 passes through the vertical guide groove of slidable 116, vertical guide 8 passes through the through-hole 31 in base pieces 15, so that the bottom surface of T shape guide post 13 abuts on present substrate 10, stud 27Connecting hole 30 on seat substrate 10 is connected to the threaded hole in vertical guide 8, wherein as shown in figure 4, in cover sliding deviceThe same side, main slide construction 3 include the first main slide construction 16 and lid slide plate 14 formed between lid slide plate 14 and seat substrate 10The main slide construction 17 of second formed between base pieces 15;In this way, the cooperation of the slide construction everywhere by two sides, Neng GouzaiFurther slide construction is reduced in X to the gap that is slidably matched in Z-direction, to further reduce dehiscing for slide constructionAmount.For example, the two sides of lid slide plate 14 form guide turnup 32, flange slot 34, the two sides of seat substrate 10 are formed in guide turnup 32It is formed with guide groove 33, forms the first main slide construction 16, the two sides position of base pieces 15 between guide turnup 32 and guide groove 33In in flange slot 34 to form the second main slide construction 17.And/or the groove bottom towards horizontal concrete chute 5 of horizontal guide rail 7 is upperDeep gouge 18 is formed on surface, as shown in Figure 3, in this way, cover substrate 9 and T shape can be further decreased by forming deep gouge 18Friction area between guide post 13 reduces frictional force, promotes the comfort of sliding.

    In addition, being provided with magnetic between slip lid unit 1 and base unit 2 with reference to Fig. 1, Fig. 5, Fig. 6 and structure shown in Fig. 7Property driving assembly and/or flexible drive component.In this way, can be used as shifting by magnetic drive component and/or flexible drive componentThe driving force that dynamic terminal is slided and the retentivity in extreme position.

    Flexible drive component can be curved spring, and spring is fixed between slip lid unit 1 and base unit 2, thusSliding driving force is provided for slip lid unit 1.

    In addition, it is thin in order to do mobile terminal further, it can be using the suction-combining force and repulsion masterpiece of magnetic drive componentFor the driving force of mobile terminal sliding and in the retentivity of extreme position, while the longevity of mobile terminal can also be increased substantiallyLife.In the case of including magnetic drive component, with reference to Fig. 1, Fig. 5 and shown in fig. 6, magnetic drive component includes: the first magneticBody 19 and the second magnet 20 and third magnet 21, wherein the first magnet 19 and the second magnet 20 are spaced in glide direction and setIt sets on slip lid unit 1;And third magnet 21 is arranged on base unit 2.In this way, passing through third magnet 21 and the first magnet 19Or third magnet 21 and the magnetic of the second magnet 20 cooperate, and can be used as the driving force of mobile terminal sliding and in extreme positionRetentivity.

    Certainly, the magnetic pole of the first magnet 19 and the second magnet 20 and third magnet 21 can be arranged according to demand, thanSuch as, the magnetic pole of third magnet 21 is arranged in the horizontal direction, and the magnetic pole of the first magnet 19 and the second magnet 20 is arranged in vertical direction,Wherein, the bottom end magnetic pole of the bottom end magnetic pole of the first magnet 19 and the second magnet 20 is opposite;It is located at the first magnet with third magnet 2119 and the second middle position between magnet 20 on the basis of, one end magnetic pole and first of the first magnet 19 of direction of third magnet 21The bottom end magnetic pole of magnet 19 is identical, the direction other end magnetic pole of the second magnet 20 and the bottom end of the second magnet 20 of third magnet 21Magnetic pole is identical.In this way, during being transformed into opening state shown in fig. 6 from closed state shown in fig. 5, the court of third magnet 21Other end magnetic pole to the second magnet 20 is identical as the bottom end magnetic pole of the second magnet 20 to provide with biggish opening and closing forces, passes throughAfter critical point, since the bottom end magnetic pole of the first magnet 19 and direction one end magnetic pole of the first magnet 19 of third magnet 21 are identical,And it can make with the other end magnetic pole of the second magnet 20 of direction of third magnet 21 on the contrary, in this way, by magnetic repulsion force and suctionObtaining slip lid unit 1 can be easier to automatically spring open, and feel of uncapping is preferable.When closing lid, after critical point, due to the second magnet 20Bottom end magnetic pole and third magnet 21 direction the first magnet 19 one end magnetic pole on the contrary, and with third magnet 21 direction secondThe other end magnetic pole of magnet 20 is identical, in this way, slip lid unit 1 can be enabled to be easier to certainly by magnetic repulsion force and suctionDynamic circuit connector lid, closing lid feel are preferable.

    In addition, as shown in Figure 1, which includes diskette 23, to reduce the first magnet 19 and the second magnet 20And the leakage field of third magnet 21.First magnet 19 and the second magnet 20 are permanent magnet and magnetizing direction and is filled along Z-directionMagnetic direction is on the contrary, third magnet 21 is also permanent magnet, and magnetizing direction is along Y-direction, the first magnet 19 and the second magnet 20 and softMagnetic sheet 23 is fixed on slip lid unit 1 by bonding or other fixed forms, and third magnet 21 and diskette 23 pass through bondingOr other fixed forms are fixed on base unit.If the upper end of the first magnet 19 is the pole N, lower end is the pole S, the second magnet20 upper end is the pole S, lower end is the pole N, and the front end of corresponding third magnet 21 is the pole S, and rear end is the pole N.Conversely, if the first magnet19 upper end is the pole S, lower end is the pole N, then the upper end of the second magnet 20 is the pole N, lower end is the pole S, corresponding third magnet 21Front end is the pole N, and rear end is the pole S.Preferably, in the Y direction, the centre distance of the first magnet 19 and the second magnet 20 is sliding rowJourney D, according to the magnet of same model same size, when mobile terminal closed position, third magnet 21 is located at the second magnet20 underface, at mobile terminal open position, third magnet 21 is located at the underface of the first magnet 19.In this way, mobile wholeEnd opening and closing forces in folding sliding stroke are gradually reduced, but cross energy Self-bouncing after critical point.Of course, it is possible to using one groupMagnet assembly, can also multiple groups use simultaneously.

    In addition, position limiting structure is formed between slip lid unit 1 and base unit 2, for example, being provided with limited post on lid slide plate 1424, limiting slot 25 is formed in base pieces 15, limited post 24, which is contained in limiting slot 25, forms position limiting structure, moves for guaranteeingTerminal open and close when accurate move distance and overcome magnetic drive component and/or flexible drive component in mobile terminalPower in extreme position, enable mobile terminal it is stable in two extreme positions.

    In addition, the application provides a kind of mobile terminal, which includes cover sliding device described in any of the above,In, the screen assembly 22 of mobile terminal is arranged in slip lid unit 1.Cell rear cover assembly 26 can be set on base unit 2.

    In this way, it is as described above, since cover sliding device can efficiently reduce the amount of dehiscing of mobile terminal and reduce movementThe thickness of terminal, so that the overall quality of the mobile terminal such as mobile phone is significantly improved, user experience is good.

    In addition, the mobile terminal in the application includes front camera component 28, front camera component 28 be can be setOn slip lid unit 1, front camera component 28 is hidden when such slip lid unit 1 is closed, before slip lid unit 1 will leak out after skidding offSet CCD camera assembly 28.Alternatively, front camera component 28 is arranged on base unit 2, slip lid unit 1 is in the closure stateFront camera component 28 is hidden, slip lid unit 1 is in front camera component 28 when sliping off state and leaks out, in order to which user makesWith.

    Preferred embodiments of the present invention, still, the utility model and unlimited are described in detail in conjunction with attached drawing aboveDetail in above embodiment can be to the skill of the utility model in the range of the technology design of the utility modelArt scheme carries out a variety of simple variants, these simple variants belong to the protection scope of the utility model.

    It is further to note that specific technical features described in the above specific embodiments, in not lanceIn the case where shield, it can be combined in any appropriate way.In order to avoid unnecessary repetition, the utility model is to eachNo further explanation will be given for the possible combination of kind.

    In addition, any combination can also be carried out between a variety of different embodiments of the utility model, as long as it is not disobeyedThe thought for carrying on the back the utility model, equally should be considered as content disclosed in the utility model.

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