CN104010053A - 保护膜或保护玻璃与手机通讯连接的方法 - Google Patents
保护膜或保护玻璃与手机通讯连接的方法 Download PDFInfo
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Abstract
本发明公开了一种保护膜或保护玻璃与手机通讯连接的方法,用户根据下载安装手机APP,所述手机APP在手机触摸屏显示视窗边缘或无操作图标的区域植入一个或多个APP隐藏图标,保护膜或保护玻璃贴合在手机触摸屏上,在手机屏上端或下端触摸无反应的部分,保护膜或保护玻璃上制作触摸按键,操作某一个触摸按键,引起触摸屏APP隐藏图标处电容感应的变化,CPU数据输入输出使该手机APP快速而方便的唤醒或退出。本发明在增加用户手机抗刮防污等一系列传统用途之外,通过智能手机系统开发,用户可方便的根据需要自我下载APP设定,操作手机视窗外原本无触摸反应的区域,快速实现常用需要应用的唤醒或退出,扩大手机应用区域,增强体验和可玩性。
Description
技术领域
本发明涉及手机配件技术领域,尤其涉及一种保护膜或保护玻璃,及利用保护膜或保护玻璃与手机通讯连接的方法。
背景技术
从传统的PC到如今的移动终端,手机在人们的日常生活中扮演了越来越重要的角色,人们基于手机除了进行短信、电话、聊天等基本通讯功能外,还可以处理文档、看电视、玩游戏等各种工作娱乐活动。但是目前的手机屏幕只有一个可视面,当手机屏幕上进行一种活动时,特别是比如打游戏、读文章、看视频时,手机屏幕将被占满,此时如果收到短信电话时,必须暂时退出刚才进行的活动,手动切换到短信电话,处理完后再手动打开进入刚才的全屏页面,这样不仅不方便,也浪费时间,操作体验差。
发明内容
本发明的目的是提供一种保护膜或保护玻璃与手机通讯连接的方法,可以方便地将针对手机触摸屏幕的精细触摸操作延伸到手机触摸屏幕之外通过触摸按键完成,快速实现常用需要应用的唤醒或退出,扩大手机应用区域。
为了实现上述目的,本发明提供的技术方案为:
首先提供了一种保护膜或保护玻璃与手机通讯连接的方法,包括如下步骤:
(1)用户根据手机型号网络识别下载安装针对手机操作系统特定开发的手机APP,手机APP通过智能手机系统如Android,Windows等开发,在每个型号手机显示视窗边缘或无图标的区域植入一个或多个APP隐藏图标,例如短信,微信,通讯录,对应于手机触摸屏上的触发点,触摸触发点及APP隐藏图标,用于完成手机APP设定的应用功能;
(2)保护膜或保护玻璃贴合在手机触摸屏上,在手机屏上端或下端触摸无反应的部分,保护膜或保护玻璃上不固定位置制作一个或多个透明导电的触摸按键,对应方法(1)中的手机触摸屏上APP隐藏图标和触发点上方,在保护膜或保护玻璃的对应区域制作感应电极,通过极细透明导线,触发点与对应的一个或多个触摸按键连通,操作某一个触摸按键,引起保护膜或保护玻璃上感应电极及手机触摸屏上的触发点电容值变化,完成方法(1)中对应手机APP设定的应用功能。
上述的保护膜或保护玻璃与手机通讯连接的方法中,所述保护膜或保护玻璃由使用透明材料制作的四层材料层组成,由下往上依次为硅胶层、导电层、基材层及硬化层,所述保护膜或保护玻璃上的触摸按键、感应电极以及极细透明导线皆为透明导电材料,具体为ITO或透明导电聚合物,通过镀膜后光刻或印刷的方式制作。
上述的保护膜或保护玻璃与手机通讯连接的方法中,所述保护膜或保护玻璃上的感应电极对应隐藏APP图标或触发点的位置,面积大小不大于正常人手指触摸区域的大小,不影响手机触摸屏正常手指触摸操作。
其次还提供了一种保护膜或保护玻璃,所述保护膜或保护玻璃由使用透明材料制作的四层材料层组成,由下往上依次为硅胶层、导电层、基材层及硬化层,所述保护膜或保护玻璃对应贴合在手机触摸屏上,不固定位置设有触摸按键及感应电极,其中,保护膜或保护玻璃对应于手机触摸屏上端或下端触摸无反应的部分不固定位置设有一个或多个触摸按键,保护膜或保护玻璃显示视窗内不固定位置设有一个或多个感应电极,所述触摸按键通过极细透明导线与感应电极连通。
上述的保护膜或保护玻璃,手机触摸屏显示视窗内不固定位置具有触发点,所述保护膜或保护玻璃上感应电极与手机触摸屏上的触发点上下对应感应,通过触摸保护膜或保护玻璃上的触摸按键,引起保护膜或保护玻璃上感应电极及手机触摸屏上触发点电容值变化,完成手机一个或一系列功能。
上述的保护膜或保护玻璃,所述保护膜或保护玻璃上的触摸按键、感应电极以及极细透明导线皆为透明导电材料,具体为ITO或透明导电聚合物,通过镀膜后光刻或印刷的方式制作。
上述保护膜或保护玻璃,所述极细透明导线跨越多条手机触摸屏触控线路,极细透明导线不会引起跨越部分电磁屏蔽,不影响手机触摸屏正常手指触摸。
上述保护膜或保护玻璃,所述保护膜或保护玻璃上的感应电极对应触发点的位置,面积大小不大于正常人手指触摸区域的大小,不影响手机触摸屏正常手指触摸操作。
与现有技术相比,本发明的有益效果为:本发明通过保护膜或保护玻璃贴合在手机上,除了增加用户手机抗刮防污等一系列传统用途之外,保护膜或保护玻璃上设置一个或多个触摸按键于手机触摸屏区域外,触摸按键通过保护膜内层的极细透明导线连接到手机触摸屏上,通过点击触摸按键,方便地将针对手机触摸屏幕的精细极小区域触摸操作延伸到手机触摸屏幕之外通过触摸按键完成,不会影响触摸屏本身正常的操作,用户可方便的根据需要自我下载APP设定,操作手机视窗外原本无触摸反应的区域,扩大手机应用区域,节约操作时间和复杂度,增强体验和可玩性。
通过以下的描述并结合附图,本发明将变得更加清晰,这些附图用于解释本发明的实施例。
附图说明
图1为本发明实施例保护膜或保护玻璃的分层结构示意图。
图2为本发明实施例手机触摸屏及触发点的示意图。
图3为本发明实施例保护膜或保护玻璃导电层的结构示意图。
具体实施方式
现在参考附图描述本发明的实施例,附图中类似的元件标号代表类似的元件。
参考图1、图2和图3,本发明实施例首先提供了一种保护膜或保护玻璃,所述保护膜或保护玻璃由使用透明材料制作的四层材料层组成,由下往上依次为硅胶层11、导电层12、基材层13及硬化层14,所述保护膜或保护玻璃对应贴合在手机触摸屏20上,不固定位置设有触摸按键31及感应电极32,其中,保护膜或保护玻璃对应于手机触摸屏20上端或下端触摸无反应的部分不固定位置设有一个或多个触摸按键31,保护膜或保护玻璃显示视窗内不固定位置设有一个或多个感应电极32,所述触摸按键31通过极细透明导线34与感应电极32连通。
上述的保护膜或保护玻璃,手机触摸屏20显示视窗内不固定位置具有触发点21,所述保护膜或保护玻璃上感应电极32与手机触摸屏20上的触发点21上下对应感应,通过触摸保护膜或保护玻璃上的触摸按键31,引起保护膜或保护玻璃上感应电极32及手机触摸屏上触发点21电容值变化,完成手机一个或一系列功能。
上述的保护膜或保护玻璃,所述保护膜或保护玻璃上的触摸按键31、感应电极32以及极细透明导线34皆为透明导电材料,具体为ITO或透明导电聚合物,通过镀膜后光刻或印刷的方式制作。
上述保护膜或保护玻璃,所述极细透明导线34跨越多条手机触摸屏触控线路,极细透明导线34不会引起跨越部分电磁屏蔽,不影响手机触摸屏正常手指触摸。
上述保护膜或保护玻璃,所述保护膜或保护玻璃上的感应电极32对应触发点的位置,面积大小不大于正常人手指触摸区域的大小,不影响手机触摸屏正常手指触摸操作。
本实施例还提供了一种保护膜或保护玻璃与手机通讯连接的方法,包括如下步骤:
(1)用户根据手机型号网络识别下载安装针对手机操作系统特定开发的手机APP,所述手机APP在手机触摸屏显示视窗边缘或无操作图标的区域植入一个或多个APP隐藏图标,对应于手机触摸屏上的触发点,触摸触发点及APP隐藏图标,用于完成手机APP设定的应用功能;
(2)保护膜或保护玻璃贴合在手机触摸屏上,在手机屏上端或下端触摸无反应的部分,保护膜或保护玻璃上不固定位置制作一个或多个透明导电的触摸按键,对应方法(1)中的手机触摸屏上APP隐藏图标和触发点上方,在保护膜或保护玻璃的对应区域制作感应电极,通过极细透明导线,触发点与对应的一个或多个触摸按键连通,操作某一个触摸按键,引起保护膜或保护玻璃上感应电极及手机触摸屏上的触发点电容值变化,完成方法(1)中对应手机APP设定的应用功能。
结合上图1-3,通过保护膜或保护玻璃贴合在手机上,除了增加用户手机抗刮防污等一系列传统用途之外,保护膜或保护玻璃上设置一个或多个触摸按键于手机触摸屏区域外,触摸按键通过保护膜内层的极细透明导线连接到手机触摸屏上,通过点击触摸按键,方便地将针对手机触摸屏幕的精细极小区域触摸操作延伸到手机触摸屏幕之外通过触摸按键完成,不会影响触摸屏本身正常的操作,用户可方便的根据需要自我下载APP设定,操作手机视窗外原本无触摸反应的区域,扩大手机应用区域,节约操作时间和复杂度,增强体验和可玩性。
以上所揭露的仅为本发明的优选实施例而已,当然不能以此来限定本发明之权利范围,因此依本发明申请专利范围所作的等同变化,仍属本发明所涵盖的范围。
Claims (8)
1.一种保护膜或保护玻璃与手机通讯连接的方法,其特征在于,包括如下步骤:
(1)用户根据手机型号网络识别下载安装针对手机操作系统特定开发的手机APP,所述手机APP在手机触摸屏显示视窗边缘或无操作图标的区域植入一个或多个APP隐藏图标,对应于手机触摸屏上的触发点,触摸触发点及APP隐藏图标,用于完成手机APP设定的应用功能;
(2)保护膜或保护玻璃贴合在手机触摸屏上,在手机屏上端或下端触摸无反应的部分,保护膜或保护玻璃上不固定位置制作一个或多个透明导电的触摸按键,对应方法(1)中的手机触摸屏上APP隐藏图标和触发点上方,在保护膜或保护玻璃的对应区域制作感应电极,通过极细透明导线,触发点与对应的一个或多个触摸按键连通,操作某一个触摸按键,引起保护膜或保护玻璃上感应电极及手机触摸屏上的触发点电容值变化,完成方法(1)中对应手机APP设定的应用功能。
2.如权利要求1所述的保护膜或保护玻璃与手机通讯连接的方法,其特征在于,所述保护膜或保护玻璃由使用透明材料制作的四层材料层组成,由下往上依次为硅胶层、导电层、基材层及硬化层,所述保护膜或保护玻璃上的触摸按键、感应电极以及极细透明导线皆为透明导电材料,具体为ITO或透明导电聚合物,通过镀膜后光刻或印刷的方式制作。
3.如权利要求1所述的保护膜或保护玻璃与手机通讯连接的方法,其特征在于,所述保护膜或保护玻璃上的感应电极对应隐藏APP图标或触发点的位置,面积大小不大于正常人手指触摸区域的大小,不影响手机触摸屏正常手指触摸操作。
4.一种保护膜或保护玻璃,其特征在于,所述保护膜或保护玻璃由使用透明材料制作的四层材料层组成,由下往上依次为硅胶层、导电层、基材层及硬化层,所述保护膜或保护玻璃对应贴合在手机触摸屏上,不固定位置设有触摸按键及感应电极,其中,保护膜或保护玻璃对应于手机触摸屏上端或下端触摸无反应的部分不固定位置设有一个或多个触摸按键,保护膜或保护玻璃显示视窗内不固定位置设有一个或多个感应电极,所述触摸按键通过极细透明导线与感应电极连通。
5.如权利要求4所述的保护膜或保护玻璃,其特征在于,手机触摸屏显示视窗内不固定位置具有触发点,所述保护膜或保护玻璃上感应电极与手机触摸屏上的触发点上下对应感应,通过触摸保护膜或保护玻璃上的触摸按键,引起保护膜或保护玻璃上感应电极及手机触摸屏上触发点电容值变化,完成手机一个或一系列功能。
6.如权利要求4所述的保护膜或保护玻璃,其特征在于,所述保护膜或保护玻璃上的触摸按键、感应电极以及极细透明导线皆为透明导电材料,具体为ITO或透明导电聚合物,通过镀膜后光刻或印刷的方式制作。
7.如权利要求4所述的保护膜或保护玻璃,其特征在于,所述极细透明导线跨越多条手机触摸屏触控线路,极细透明导线不会引起跨越部分电磁屏蔽,不影响手机触摸屏正常手指触摸。
8.如权利要求4所述的保护膜或保护玻璃,其特征在于,所述保护膜或保护玻璃上的感应电极对应触发点的位置,面积大小不大于正常人手指触摸区域的大小,不影响手机触摸屏正常手指触摸操作。
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CN110456941A (zh) * | 2019-08-06 | 2019-11-15 | 韦宝昭 | 功能膜片及触屏移动设备保护膜 |
CN110703953A (zh) * | 2019-10-16 | 2020-01-17 | 腾讯科技(深圳)有限公司 | 导电薄膜、屏幕保护膜、人机交互方法和移动终端 |
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US20150370406A1 (en) | 2015-12-24 |
KR20160014579A (ko) | 2016-02-11 |
KR101726847B1 (ko) | 2017-04-26 |
JP2017521969A (ja) | 2017-08-03 |
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