WO2018076521A1 - 一种防指纹的智能镜子 - Google Patents
一种防指纹的智能镜子 Download PDFInfo
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- WO2018076521A1 WO2018076521A1 PCT/CN2016/112029 CN2016112029W WO2018076521A1 WO 2018076521 A1 WO2018076521 A1 WO 2018076521A1 CN 2016112029 W CN2016112029 W CN 2016112029W WO 2018076521 A1 WO2018076521 A1 WO 2018076521A1
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- display screen
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G1/00—Mirrors; Picture frames or the like, e.g. provided with heating, lighting or ventilating means
- A47G1/02—Mirrors used as equipment
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
Definitions
- the utility model relates to an intelligent electronic device, in particular to a smart mirror for preventing fingerprints.
- the smart mirror is generally a three-layer structure, including a mirror glass (translucent mirror), a touch screen and a display screen, and the touch screen is disposed between the mirror glass and the display screen.
- a mirror glass transparent mirror
- the touch screen is disposed between the mirror glass and the display screen.
- the present invention proposes a smart mirror for preventing fingerprints.
- An anti-fingerprint smart mirror comprising a mirror glass, a display screen, a touch screen and a processing device
- the display screen comprises a large display screen and a small display screen, the large display screen and the small display screen are arranged on the inside of the mirror glass without overlapping each other;
- the touch screen is placed Between the small display screen and the mirror glass, the touch sensing area of the touch screen covers the display surface of the small display screen; the display content on the small display screen is touched by the touch screen, and the processing device pairs the large display screen according to the touch signal from the touch screen Synchronize with the display on the small display.
- the mirror glass is a translucent mirror surface.
- the touch screen includes a touch detecting part for detecting a user touch position, and transmitting the detected touch position information to the touch screen controller, the touch screen controller receiving the touch position information from the touch detecting part, and It is converted into a contact coordinate signal and sent to the processing device.
- the processing device is connected to the large display screen and the small display screen through the split screen line, and controls the small display screen and the large display screen to synchronously display the same content.
- the smart mirror further comprises a human eye detecting device for detecting a gaze position of the human eye.
- the smart mirror further comprises a speaker coupled to the processing device and/or a microphone coupled to the processing device.
- the small display screen is placed on one side of the large display screen, or the small display screen is fitted at the edge of the large display screen, or the small display screen is embedded in the inner edge opening of the display area of the large display screen.
- the small display uses a 5-inch display.
- the utility model has the beneficial effects that since the large display screen does not have the touch function, fingerprints are not left on the mirror glass on the outside of the large display screen; in addition, the existing large-size touch screen is changed to a small-sized touch screen (for example, a 5-inch screen) ), which reduces the cost of the device and is also easy to wipe and maintain due to the small mirror glass area on the outside of the touch screen.
- a small-sized touch screen for example, a 5-inch screen
- FIG. 1 is a schematic view showing the assembly structure of the smart mirror of the present invention
- FIG. 2 is a circuit block diagram of the smart mirror of the present invention.
- the utility model provides a smart mirror for preventing fingerprints.
- Fig. 1 shows a schematic diagram of the assembly structure of the smart mirror
- Fig. 2 shows a schematic diagram of the circuit structure of the smart mirror.
- the smart mirror comprises a mirror glass 1, a large display 2, a small display 3, a touch screen 4 and a processing device (not shown in Figure 1).
- the large display screen 2 and the small display screen 3 are disposed on the inside of the mirror glass 1 without overlapping each other.
- the small display screen 3 can be disposed on one side of the large display screen 2, or the small display screen 3 can be fitted to the large display screen 2
- the edge concave notch can also be embedded in the inner edge opening of the display area of the large display screen 2; the touch screen 4 is disposed between the small display screen 3 and the mirror glass 1, and the shape and size of the touch screen 4 can be combined with the small display screen 3.
- the shape and size are the same or different, as long as the touch screen 4 can cover the display surface of the small display screen 3.
- the shape of the small display screen 3 is generally square, and may be a shape such as a circle or a heart shape according to the user's preference.
- the size of the large display 2 is larger than the size of the small display 3, for example, the large display 2 uses a 24-inch screen, and the small display 3 uses a 5-inch screen.
- the small display screen 3 and the touch screen 4 are generally located below the mirror glass 1, and the large display screen 2 fits the line of sight of the human eye, and is generally located at the center of the mirror glass 1 .
- the small display screen 3 and the touch screen 4 can also be disposed on the left or right side of the mirror glass 1 according to the user's habits and needs.
- the edge part. 1 shows that the small display screen 3 and the touch screen 4 are centered below the mirror glass 1, and the large display screen 2 is located slightly below the center of the mirror glass 1.
- the mirror glass 1 is a translucent mirror surface, which can reflect an image and realize the function of an ordinary mirror.
- the large display screen 2 is connected to the processing device and displays the content through the mirror glass 1 under the control of the processing device, for example, including pushed news, weather information, played video images, user personal information received from the outside (height,
- the triggering condition for displaying the content of the large display screen 2 may be, for example, that the smart mirror detects that a person or other moving object exists within a certain range, or may be a touch screen 4
- the touch sensing area is touched, or the touch sensing area of the touch screen 4 is touched and the content displayed by the small display screen 3 needs to be displayed through the large display screen 2.
- the small display screen 3 is connected to the processing device, and the content is displayed through the mirror glass 1 and the touch screen 4 under the control of the processing device.
- the trigger condition for the small display screen 3 to display the content may be, for example, the touch sensing area of the touch screen 4 is touched or the smart mirror is A person or other active object is detected within a certain range.
- the touch screen 4 is connected to the processing device, and includes a touch detecting component for detecting a user touch position, and transmitting the detected touch position information to the touch screen controller, and the touch screen controller receiving the touch position from the touch detecting component.
- the information is converted into a contact coordinate signal and sent to the processing device.
- the processing device transmits the same display content to the large display screen 2 and the small display screen 3, for example, by using a split screen line, and controls the small display screen 3 and the large display screen 2 to synchronously display the same content; the processing device is further configured to receive the transmission of the touch screen 4 Contact coordinate signal, and according to the contact coordinate signal, the touch command is parsed, and the large display 2 and the small display 3 (or other devices mentioned later) are controlled according to the touch command, for example, in a large display
- the news content is displayed on the screen 2 and the small display 3, and the webpage link is opened to display the weather or traffic conditions and the like.
- the processing device can be CPU or MCU.
- the smart mirror can also include a power adapter for powering the entire smart mirror.
- the smart mirror may further comprise a speaker and a microphone, the speaker is connected to the processing device for audio playback, and the microphone is connected to the processing device to receive the audio input.
- the smart mirror further includes a human eye detecting device that detects the gaze position of the human eye, and the processing device can switch between the display of the large display screen and the small display screen according to the gaze position of the human eye.
- the user can see the content displayed on the small display screen 3 through the mirror glass 1 and the touch screen 4, and according to the display content on the display screen 3, the mirror glass is separated by a finger.
- the touch screen 4 performs a touch operation.
- the touch screen 4 detects the touch of the finger, the touch position information is acquired, the corresponding touch position information is converted into a contact coordinate signal, and sent to the processing device, and the processing device sets the corresponding touch position information. Analyze into a touch command, and perform corresponding operations according to the received contact coordinate signal, thereby realizing interaction with the displayed content on the small display screen. Since the display content of the large display screen and the small display screen are the same, it is equivalent to The interaction of the content is displayed on the large display.
- the display content of the smart mirror is exemplified below, but those skilled in the art know that the content displayed by the smart mirror is not limited to the following examples.
- the smart mirror uses an infrared detector to detect whether a human body is present in front.
- the large display and the small display simultaneously illuminate and display the same content, or only the large display is lit, and the small display is illuminated when the touch screen detects a touch operation on the small display.
- the user interacts with the smart mirror through the touch screen. If the contact coordinates are located on the icon of a video file, the processing device synchronously plays the video file on the large display screen and the small display screen, and the user touches the screen on the small display screen 3 Touching on, you can play, pause, fast forward, rewind, stop, etc. of the video file, so that the user can work with the small display 3
- the content is displayed for interaction.
- the large display plays video files, and the small display can be in a sleep state (ie, black screen), when it is necessary to wake up the small display. Screen, just touch the touch screen.
- the position of the human eye can be detected, the video file is played on the display screen of the human eye gaze position, the other display screen is in the sleep state, and the display is in the sleep state when the touch screen is touched. The screen is woken up.
- the processing device plays the audio file through the speaker, and both the large display and the small display can be in a sleep state during playback.
- the processing device displays the content of the news on the large display screen and the small display screen.
- the large display screen displays the news content
- the small display screen is in the In the sleep state, when you need to wake up the small display, just touch the touch screen; or you can detect the position of the human eye, open the news content on the display screen of the human eye, and the other display is in the sleep state.
- the display screen in the sleep state is touched or the touch screen is touched, the display screen in the sleep state is woken up.
- the large display does not have a touch function, fingerprints are not left on the mirror glass on the outside of the large display; in addition, the existing large-size touch screen is changed to a small-sized touch screen (for example, a 5-inch screen), which reduces the cost of the device. And because the mirror glass on the outside of the touch screen is small, it is also easy to wipe and maintain.
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
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- General Physics & Mathematics (AREA)
- Devices For Indicating Variable Information By Combining Individual Elements (AREA)
- Position Input By Displaying (AREA)
Abstract
一种防指纹的智能镜子，包括镜面玻璃（1）、显示屏、触摸屏（4）和处理装置，显示屏包括大显示屏（2）和小显示屏（3），大显示屏（2）和小显示屏（3）相互不重合地设置在镜面玻璃（1）内侧；触摸屏（4）放置在小显示屏（3）和镜面玻璃（1）之间，触摸屏（4）的触摸感应区域覆盖小显示屏（3）的显示表面；通过触摸屏（4）对小显示屏（3）上的显示内容进行触摸操作，处理装置根据来自触摸屏（4）的触控信号对大显示屏（2）和小显示屏（3）上的显示内容进行同步。该镜子能够避免在主体镜面上残留手指纹而影响镜面显示效果。
Description
本实用新型涉及一种智能电子设备，具体涉及一种防指纹的智能镜子。
智能镜子从面世以来一直受到业内的广泛关注，其功能也在不断开发和完善。目前市场上的许多智能镜子支持触摸操作，智能镜子一般为三层结构，包括镜面玻璃(半透明反光镜面)、触摸屏和显示屏幕，触摸屏设置在镜面玻璃与显示屏幕之间。当显示屏幕点亮时，用户透过镜面玻璃和触摸屏可以看到显示屏幕上显示的信息，并可通过手指在镜面玻璃上进行触摸，从而对其内侧的触摸屏进行触控操作，实现与显示屏幕上显示内容的交互，极大地提高了用户体验。
但由于手指可以在整个镜面玻璃的范围内进行触摸操作，所以镜面玻璃上会不断地留下指印，需要经常擦拭，以保持镜面玻璃的显示效果。而有的指印因带有污渍很难被擦掉，甚至可能会因为污渍粒径较大导致在擦拭或触摸时对镜面造成伤害，从而影响镜面显示效果。
实用新型内容
为了解决上述技术问题，本实用新型提出了一种防指纹的智能镜子。
本实用新型提出的技术方案如下。
一种防指纹的智能镜子，包括镜面玻璃、显示屏、触摸屏和处理装置，显示屏包括大显示屏和小显示屏，大显示屏和小显示屏相互不重合地设置在镜面玻璃内侧；触摸屏放置在小显示屏和镜面玻璃之间，触摸屏的触摸感应区域覆盖小显示屏的显示表面；通过触摸屏对小显示屏上的显示内容进行触摸操作，处理装置根据来自触摸屏的触控信号对大显示屏和小显示屏上的显示内容进行同步。
优选地，镜面玻璃为半透明反光镜面。
优选地，触摸屏包括触摸检测部件和触摸屏控制器，触摸检测部件用于检测用户触摸位置，并将检测到的触摸位置信息发送给触摸屏控制器，触摸屏控制器从触摸检测部件接收触摸位置信息，并将其转换成触点坐标信号，发送给处理装置。
优选地，处理装置通过分屏线与大显示屏和小显示屏连接，控制小显示屏和大显示屏同步显示相同的内容。
优选地，该智能镜子还包括人眼检测装置，用于对人眼的注视位置进行检测。
优选地，该智能镜子还包括与处理装置连接的扬声器和/或与处理装置连接的麦克风。
优选地，小显示屏设置在大显示屏的一侧，或者小显示屏嵌合在大显示屏的边缘凹型缺口处，或者小显示屏嵌入到大显示屏的显示区域的内部边缘开孔中。
优选地，小显示屏采用5寸显示屏。
本实用新型的有益效果：由于大显示屏不具有触摸功能，因此大显示屏外侧的镜面玻璃上不会留有指印；另外，将现有的大尺寸触摸屏改为小尺寸触摸屏(例如5寸屏)，降低了设备的成本，并且由于触摸屏外侧的镜面玻璃面积较小，因此也方便擦拭和维护。
图1是本实用新型的智能镜子的装配结构示意图；
图2是本实用新型的智能镜子的电路框图。
为使本实用新型的目的、技术方案和优点更加清楚明白，以下结合具体实施例，并参照附图，对本实用新型进一步详细说明。但本领域技术人员知晓，本实用新型并不局限于附图和以下实施例。
本实用新型提出了一种防指纹的智能镜子，图1给出了该智能镜子的装配结构示意图，图2给出了该智能镜子的电路结构示意图。该智能镜子包括镜面玻璃1、大显示屏2、小显示屏3、触摸屏4和处理装置(图1中未示出)。大显示屏2和小显示屏3相互不重合地设置在镜面玻璃1内侧，例如小显示屏3可以设置在大显示屏2的一侧，或者小显示屏3可以嵌合在大显示屏2的边缘凹型缺口处，也可以嵌入到大显示屏2的显示区域的内部边缘开孔中；触摸屏4设置在小显示屏3和镜面玻璃1之间，触摸屏4的形状和尺寸可以与小显示屏3的形状和尺寸相同，也可以不同，只要保证该触摸屏4能够覆盖小显示屏3的显示表面即可。小显示屏3的形状一般为方形，也可以根据使用者的喜好，采用圆形或心形等形状。大显示屏2的尺寸大于小显示屏3的尺寸，例如大显示屏2采用24寸屏，小显示屏3采用5寸屏。
为方便使用者触摸，以及方便使用者观看显示内容，小显示屏3和触摸屏4一般位于镜面玻璃1下方的位置，大显示屏2配合人眼的视线范围，一般可位于镜面玻璃1居中的位置。当然，也可以根据使用者的习惯和需要，将小显示屏3和触摸屏4设置在镜面玻璃1的左侧或右侧
边缘部位。图1示出了小显示屏3和触摸屏4位于镜面玻璃1下方居中的位置，大显示屏2位于镜面玻璃1中心略靠下的位置。
在本实用新型的防指纹的智能镜子中，镜面玻璃1为半透明反光镜面，可以映出图像，实现普通镜子的功能。
大显示屏2与处理装置连接，在处理装置的控制下透过镜面玻璃1显示内容，所述内容例如包括推送的新闻、天气信息、播放的视频图像、从外部接收的用户个人信息(身高、体重、脂肪含量、邮件、消息等)、互动界面等，所述大显示屏2进行内容显示的触发条件例如可以是智能镜子检测到在一定范围内存在人或其他活动物体，也可以是触摸屏4的触摸感应区域被触摸，或者是触摸屏4的触摸感应区域被触摸并且小显示屏3显示的内容需要通过大显示屏2进行显示。
小显示屏3与处理装置连接，在处理装置的控制下透过镜面玻璃1和触摸屏4显示内容，小显示屏3进行内容显示的触发条件例如可以是触摸屏4的触摸感应区域被触摸或者智能镜子检测到在一定范围内存在人或其他活动物体。
触摸屏4与处理装置连接，包括触摸检测部件和触摸屏控制器，触摸检测部件用于检测用户触摸位置，并将检测到的触摸位置信息发送给触摸屏控制器，触摸屏控制器从触摸检测部件接收触摸位置信息，并将它转换成触点坐标信号，发送给处理装置。
处理装置例如利用分屏线将相同的显示内容发送给大显示屏2和小显示屏3，控制小显示屏3和大显示屏2同步显示相同的内容；处理装置还用于接收触摸屏4传递的触点坐标信号，并根据触点坐标信号解析出触控指令，根据触控指令控制大显示屏2和小显示屏3(或之后提到的其他设备)进行相应的操作，例如，在大显示屏2和小显示屏3上显示新闻内容，打开网页链接，显示天气或交通状况等等。该处理装置可以为
CPU或MCU。
该智能镜子还可以包括电源适配器，用于为整个智能镜子供电。
另外，该智能镜子还可以包括扬声器和麦克风，扬声器与处理装置连接，进行音频播放；麦克风与处理装置连接，接收音频输入。
此外，该智能镜子还包括人眼检测装置，对人眼的注视位置进行检测，处理装置能够根据人眼的注视位置，在大显示屏和小显示屏的显示之间进行切换。
当小显示屏3的屏幕点亮时，用户透过镜面玻璃1和触摸屏4可以看到小显示屏3上显示的内容，并根据显示屏3上的显示内容，通过手指隔着镜面玻璃1对触摸屏4进行触控操作，当触摸屏4检测到手指的触摸时，获取相应的触摸位置信息，将相应的触摸位置信息转换成触点坐标信号，发送给处理装置，处理装置将相应的触摸位置信息解析成触控指令，并根据接收到的触点坐标信号进行相应的操作，从而实现与小显示屏上显示内容的交互，由于大显示屏和小显示屏显示的内容相同，因此也相当于与大显示屏上显示内容的交互。
下面对智能镜子的显示内容举例说明，但本领域技术人员知晓智能镜子显示的内容并不局限于以下示例。
在本实用新型的一个实施例中，智能镜子采用红外检测器检测前方是否有人体出现。当有人体出现在智能镜子前方时，大显示器和小显示器同时点亮并显示相同内容，或者只有大显示器点亮，当触摸屏检测到小显示器上有触摸操作时才点亮小显示器。
用户通过触摸屏与智能镜子进行交互，如果当触点坐标位于某视频文件的图标上时，则处理装置将该视频文件在大显示屏和小显示屏上同步播放，用户通过触摸屏在小显示屏3上进行触摸，可以实现视频文件的播放、暂停、快进、快退、停止等操作，从而用户能够与小显示屏3
上显示内容进行交互。在播放过程中，为了节约电能，以及尽量减少显示屏的使用以延长显示屏的使用寿命，大显示屏进行视频文件播放，小显示屏可以处于休眠状态(即黑屏状态)，当需要唤醒小显示屏，只需轻触触摸屏即可。此外，在视频文件播放过程中，可以检测人眼注视的位置，在人眼注视位置的显示屏上播放该视频文件，另一显示屏处于休眠状态，当触摸屏被触摸时，处于休眠状态的显示屏被唤醒。
如果当触点坐标位于某音频文件的图标上时，则处理装置将该音频文件通过扬声器进行播放，在播放过程中，大显示屏和小显示屏均可以处于休眠状态。
如果当触点坐标位于新闻的图标上时，则处理装置将该新闻的内容显示在大显示屏和小显示屏上，在用户的阅读过程中，大显示屏进行新闻内容展示，小显示屏处于休眠状态，当需要唤醒小显示屏，只需轻触触摸屏即可；再或者可以检测人眼注视的位置，在人眼注视位置的显示屏上展开新闻内容，另一显示屏处于休眠状态，当处于休眠状态的显示屏被触摸或者触摸屏被触摸时，处于休眠状态的显示屏被唤醒。
由于大显示屏不具有触摸功能，因此大显示屏外侧的镜面玻璃上不会留有指印；另外，将现有的大尺寸触摸屏改为小尺寸触摸屏(例如5寸屏)，降低了设备的成本，并且由于触摸屏外侧的镜面玻璃面积较小，因此也方便擦拭和维护。
以上，对本实用新型的实施方式进行了说明。但是，本实用新型不限定于上述实施方式。凡在本实用新型的精神和原则之内，所做的任何修改、等同替换、改进等，均应包含在本实用新型的保护范围之内。
Claims (8)
- 一种防指纹的智能镜子，包括镜面玻璃、显示屏、触摸屏和处理装置，其特征在于，显示屏包括大显示屏和小显示屏，大显示屏和小显示屏相互不重合地设置在镜面玻璃内侧；触摸屏放置在小显示屏和镜面玻璃之间，触摸屏的触摸感应区域覆盖小显示屏的显示表面；通过触摸屏对小显示屏上的显示内容进行触摸操作，处理装置根据来自触摸屏的触控信号对大显示屏和小显示屏上的显示内容进行同步。
- 根据权利要求1所述的智能镜子，其特征在于，镜面玻璃为半透明反光镜面。
- 根据权利要求1或2所述的智能镜子，其特征在于，触摸屏包括触摸检测部件和触摸屏控制器，触摸检测部件用于检测用户触摸位置，并将检测到的触摸位置信息发送给触摸屏控制器，触摸屏控制器从触摸检测部件接收触摸位置信息，并将其转换成触点坐标信号，发送给处理装置。
- 根据权利要求1或2所述的智能镜子，其特征在于，处理装置通过分屏线与大显示屏和小显示屏连接，控制小显示屏和大显示屏同步显示相同的内容。
- 根据权利要求1或2所述的智能镜子，其特征在于，该智能镜子还包括人眼检测装置，用于对人眼的注视位置进行检测。
- 根据权利要求1或2所述的智能镜子，其特征在于，该智能镜子还包括与处理装置连接的扬声器和/或与处理装置连接的麦克风。
- 根据权利要求1或2所述的智能镜子，其特征在于，小显示屏设置在大显示屏的一侧，或者小显示屏嵌合在大显示屏的边缘凹型缺口处，或者小显示屏嵌入到大显示屏的显示区域的内部边缘开孔中。
- 根据权利要求1或2所述的智能镜子，其特征在于，小显示屏采用5寸显示屏。
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