WO2017202129A1 - 一种新型平板电脑 - Google Patents

一种新型平板电脑 Download PDF

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Publication number
WO2017202129A1
WO2017202129A1 PCT/CN2017/078106 CN2017078106W WO2017202129A1 WO 2017202129 A1 WO2017202129 A1 WO 2017202129A1 CN 2017078106 W CN2017078106 W CN 2017078106W WO 2017202129 A1 WO2017202129 A1 WO 2017202129A1
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Prior art keywords
screen
rotating shafts
tablet computer
display screen
mode
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PCT/CN2017/078106
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English (en)
French (fr)
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唐丹艳
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唐丹艳
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Publication of WO2017202129A1 publication Critical patent/WO2017202129A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1615—Constructional details or arrangements for portable computers with several enclosures having relative motions, each enclosure supporting at least one I/O or computing function
    • G06F1/1616—Constructional details or arrangements for portable computers with several enclosures having relative motions, each enclosure supporting at least one I/O or computing function with folding flat displays, e.g. laptop computers or notebooks having a clamshell configuration, with body parts pivoting to an open position around an axis parallel to the plane they define in closed position
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements

Definitions

  • the invention relates to the field of computers, and in particular to a novel tablet computer.
  • the screen size, notebook mainstream is 14 ⁇ 15 inches, flat 7 ⁇ 10 inches;
  • the notebook is equipped with a physical keyboard
  • the tablet is generally only equipped with a virtual keyboard
  • the notebook has a physical keyboard, which is suitable for office and other text input work, but the size is large, the whole machine is heavy, and it is not convenient to carry and handle.
  • Tablet PCs only the virtual keyboard on the screen, the text input efficiency is low, but the tablet size is small, portability is high, suitable for entertainment.
  • the new two-in-one product hopes to unify the two markets, with a product form that corresponds to office and entertainment, reducing the repetitive investment in motherboards, batteries, screens, etc., and reducing consumer costs.
  • the mainstream screen size of the 2-in-1 product is about 12 inches, which is between the tablet and the notebook, and is equipped with a physical magnetic keyboard cover. Because the screen and the protective cover are only magnetically attracted, the screen needs to rely on the support of the support to realize a similar notebook. Experience.
  • Tablet and laptop combo products can be switched between notebook mode and tablet mode, but the existing structure design can not be perfectly adapted to the two modes of use.
  • the mainstream of the two-in-one product has chosen a screen of about 12 inches. This size is close to the size of a regular notebook and can be used for office work in the notebook mode. In the tablet mode, when the human eye is closer to the screen, the screen size is too large, and the head needs to be rotated to conveniently observe the entire screen, and the weight of the whole machine is more than 1 kg after the magnetic keyboard protector is attached, and the handheld operation is difficult, so
  • the 12-inch two-in-one product can be seen as a replacement for notebooks for mainstream use.
  • the focus of the two-in-one product is on the flat part 2, and the support part 3 is needed on the back. Therefore, a large depth is required for operation, and the existing size cannot be conveniently used on the thigh, and the use on the thigh is an important form of the notebook. Use the scenario.
  • the two-in-one product also has a screen size of about 10.1 inches, the weight is reduced, and the tablet mode handheld operation and portability are improved.
  • the screen is far away from the human eye, the screen is small, and the human eye is difficult to observe, and it is not suitable for long-term work in the notebook mode.
  • the technical problem to be solved by the embodiments of the present invention is to provide a new type of tablet computer which is convenient to carry and use more conveniently.
  • the novel tablet computer includes a host, a keyboard connected to the upper surface of the host, and a display screen for display connected to the host through a foldable connecting device, and a switch device is disposed on one side of the host
  • the folding device touches the switching device when opening or closing to realize conversion between a tablet mode and a computer mode
  • the connecting device includes at least one set of rotating shafts and a connecting rod connected between the rotating shafts, in a flat mode
  • the thickness of the tablet is the thickness of the display plus the display.
  • the connecting device comprises a set of rotating shafts connected at one end of the display screen and connected at one end of the main body to the end of the display screen, and a connecting rod is arranged between the rotating shafts, and the keyboard of the main body surface is provided with a connecting rod Place the groove of the connecting rod.
  • the connecting device comprises two sets of rotating shafts, wherein one set of rotating shafts is movably connected with a rear end of the main machine, and another set of rotating shafts is movably connected with a bottom of the display screen, and in the flat state, the two sets of rotating shafts
  • the upper and lower ends of the display screen are respectively disposed at the same horizontal plane as the display screen, and the connecting rods are respectively located at the left and right ends of the display screen, and are parallel to the display screen at the same horizontal plane, the host computer
  • a switch device is disposed on one side, and the switch device is touched when the folding device is turned on or off to realize conversion between the tablet mode and the computer mode.
  • the switching device is one of a button switch or a Hall magnetic switch.
  • the display screen is provided with a touch screen and a camera.
  • the two sets of inter-rotation connection are provided with a rod-shaped connecting rod, at least one of which is a hollow rod, and the data connection cable of the screen, the touch screen and the camera is from the rod
  • the hollow portion of the connecting rod is connected to the main board in the main body.
  • the two sets of rotating shafts are connected with a flat or curved connecting rod, and the data connection cable of the screen, the touch screen and the camera is connected to the main board in the main body through an FPC attached to the surface of the connecting rod.
  • One side of the host is also provided with an escape step structure that facilitates the opening of the display screen.
  • the display screen is 6 to 12 inches.
  • the back of the screen can compress the height of the keyboard in the flat state, reducing the thickness of the whole machine.
  • the tablet notebook two-in-one product the main part of the built-in keyboard, the shaft, the connecting rod, can switch between the tablet mode and the bracket mode.
  • the introduction of the rotating shaft and the connecting rod can narrow the distance between the screen and the human eye, increase the recognizability of the display content such as text on the screen, and reduce the screen to a size suitable for handheld use without excessively affecting the user's visual experience on the screen.
  • the rotating shaft can support enough torque to support the connecting rod and the screen module, and the rotating shaft rotates to a certain angle, and the keyboard, the touch panel and the screen can be simultaneously exposed to the user's eyes without the head rotating or moving.
  • the screen is located above the keyboard, and the relative position of the keyboard is not limited.
  • the rotation axis can continue to adjust the position to a distance close to the human eye, and the screen angle can be adjusted, so that the user can obtain a more comfortable observation distance and observation angle when the posture changes.
  • a set of shafts and links contain two hinge parts side by side with the screen and on both sides of the screen.
  • the two links of the two sets of shafts are side by side with the screen and are located on both sides of the screen. Avoid overlapping the shaft and the connecting rod with the screen.
  • the back of the screen can compress the height of the keyboard in the flat state, reduce the thickness of the whole machine, and maximize the distance between the two sets of hinges, that is, maximize the screen adjustment range.
  • FIG. 1 is a schematic structural view of a bracket mode according to an embodiment of the present invention.
  • FIG. 2 is a schematic structural view of a tablet mode according to an embodiment of the present invention.
  • the invention discloses a novel tablet computer with a built-in keyboard and a bracket.
  • the bracket is composed of a rotating shaft and a connecting rod, and the user supports the rotating screen and the connecting rod to support the screen into a bracket mode.
  • the bracket mode is similar to the notebook mode, such as human-computer interaction and text entry mode.
  • This two-in-one product contains the following three main components:
  • 1 host part contains the motherboard, battery and other components, keyboard, touchpad 1-1 button switch 1-2, avoid the step structure 1-3;
  • screen module touch screen 3-1, display 3-2, front shell 3-3, front camera 3-4, display visible area 3-5, magnet 3-6;
  • A, tablet mode (Figure 2): The product only shows the back and side of the host 1, the front only touch screen 3-1 and the display 3-2 face the user, in this mode can not use the physical keyboard for text entry, through the touch screen 3- 1 Perform human-computer interaction.
  • Bracket mode In the tablet mode, the user lifts the screen module 3 by avoiding the step structure 1-3, so that the screen module 3 is separated from the host 1 along the rotating shafts 212 and 222, and the button switch 1-2 is loose. Open and open, enable the keyboard, touchpad 1-1, issue commands to the operating system, enable the keyboard and touchpad 1-1, enter the bracket mode. At this time, the screen module 3 is continuously raised, and the screen module 3 is rotated along the main-end shaft 211 and the rotating shaft 221, and the screen module 3 is aligned with the eyes of the user along the rotating shafts 212 and 222 to obtain an optimum screen use angle.
  • the keyboard and the touchpad 1-1 are all exposed under the eyes of the user, and the user can perform office operations such as human-computer interaction and text entry through the keyboard and the touchpad 1-1.
  • the adjustment screen module 3 is rotated about the rotation axis to obtain another comfortable viewing angle.
  • the bracket mode is compared with the notebook form in which the screen module 3 and the rotating shaft 212 are directly connected, and the screen is moved forward by a distance of a link.
  • the cradle mode transitions to the tablet mode: the user presses down the front of the touch screen 3-1 by hand until the screen module 3 and the main unit 1 are completely closed.
  • a button switch 1-2 is left near the rotating shaft 211, and when the screen module 3 approaches 1, the connecting rod 213 presses the close button.
  • the switch 1-2 simultaneously issues an instruction to enter the tablet mode to the operating system, and disables the keyboard and the touchpad 1-1 to prevent accidental touch.
  • the connecting rod 213 may be rod-shaped or flat or curved, and the rod-shaped connecting rod may be a hollow rod, so that the data connection cable of the screen 3-2, the touch screen 3-1, and the camera 3-4 is connected from the hollow to be connected.
  • the surface of the flat or curved connecting rod can be used to attach an FPC with a certain width to connect the main board and the screen, the touch screen, the front camera, etc., and the connecting rod has a hollow near the joint with the rotating shaft to increase the FPC bending radius. Can increase the FPC bending life.
  • the tablet notebook two-in-one product, the main part of the built-in keyboard, the shaft, the connecting rod, can switch between the tablet mode and the bracket mode.
  • the introduction of the rotating shaft and the connecting rod can narrow the distance between the screen and the human eye, increase the recognizability of the display content such as text on the screen, and reduce the screen to a size suitable for handheld use without excessively affecting the user's visual experience on the screen.
  • the sections are side by side with the screen and are located on either side of the screen.
  • the two links of the two sets of shafts are side by side with the screen and are located on both sides of the screen. Avoid overlapping the shaft and connecting rod with the screen, reduce the thickness of the whole machine, and maximize the distance between the two sets of shafts, that is, maximize the screen adjustment range.
  • the rotating shaft When the bracket is in use, the rotating shaft can support enough torque to support the connecting rod and the screen module, and the rotating shaft rotates to a certain angle, and the keyboard, the touch panel and the screen can be simultaneously exposed to the user's eyes without the head rotating or moving. Underneath, text input and viewing screens can be performed comfortably.
  • the screen is located above the keyboard, and the relative position of the keyboard is not limited.
  • the rotation axis can continue to adjust the position to a distance close to the human eye, and the screen angle can be adjusted, so that the user can obtain a more comfortable observation distance and observation angle when the posture changes.
  • the bracket raises the screen, reducing the height difference between the human eye and the screen, so that the user does not have to look down on the screen too much, and the cervical vertebra is relaxed when the computer is used for a long time.
  • the rotating shaft may be one or more pairs, and each pair of rotating shafts is connected by a connecting rod, and the rotating shafts of each pair of rotating shafts are respectively fixed to the long side edge of the main body 1 and the long side edge of the screen module 3, which is advantageous for maximizing the connecting rod.
  • the length of the connecting rod is a fixed length or a length-retractable connecting rod.
  • the rotating shaft and the connecting rod can be located at the periphery of the display screen, reduce the thickness stacking, reduce the thickness of the flat mode machine, or can be located at the back of the display screen. In the flat mode, the height of the keyboard keys that are in contact with the compression reduces the thickness of the whole machine.
  • the connecting rod may be rod-shaped or flat or curved, and the rod-shaped connecting rod may be a hollow rod, so that the screen and the touch data connection cable pass through the hollow portion for connecting the main board and the screen, the touch screen, the front camera and the like.
  • the surface of the flat or curved connecting rod can be used to attach an FPC with a certain width, connect the main board and the screen, the touch screen, the front camera, etc., and the connecting rod has a hollow near the joint with the rotating shaft to increase the FPC bending radius. Increase the FPC bending life.
  • the position of the keyboard and trackpad can be interchanged, and the touchpad can be cancelled to make it easier for users who use the mouse.
  • a button switch is left near the rotating shaft, and the switch is triggered when the connecting rod is stored, and the operating system is sent into the tablet mode. Instructions, disable the keyboard and touchpad to prevent accidental touch. Enable the keyboard when the link is open, issue commands to the system, enable the keyboard and touchpad, and enter the bracket mode.
  • the screen module can be fixed on the main body by magnetic adsorption, elastic claws and the like to strengthen the closeness of the whole machine.
  • the host can have a positioning slot on the upper surface to accommodate the positioning post on the screen module, so that the host and the screen module are not aligned and cannot be completely overlapped.

Abstract

一种新型平板电脑，包括主机（1）、连接在所述主机（1）上表面的键盘及通过一可折叠的连接装置与所述主机连接的用于显示的显示屏（3-2），所述主机（1）的一侧设置有开关装置（1-2），所述连接装置开启或关闭时触碰所述开关装置（1-2），实现平板模式与电脑模式的转换，所述连接装置包括至少一组转轴（211，212，221，222）及连接在所述转轴之间的连杆（213，223），平板模式下，平板电脑的厚度为主机（1）加显示屏（3-2）的厚度；由此提供一种方便携带、使用更加方便的新型平板电脑。

Description

一种新型平板电脑 技术领域
本发明涉及电脑领域，尤其涉及一种新型平板电脑。
背景技术
目前市场上存在笔记本电脑和平板电脑两个细分计算机市场，分别对应办公和娱乐的不同需求。两者在外形结构上的最大区别有两点：
1、屏幕尺寸，笔记本主流为14～15英寸，平板7～10英寸；
2、笔记本配备实体键盘，平板一般仅配备虚拟键盘。
笔记本有实体键盘，适合办公等文字输入工作，但尺寸大，整机重量重，不便于携带和手持操作。
平板电脑，只有屏幕上的虚拟键盘，文字输入效率低，但平板电脑尺寸较小，便携性高，适合娱乐。
新的二合一产品希望将两个市场进行统一，以一种产品形态对应办公和娱乐，减少因主板，电池，屏幕等硬件的重复投入，降低消费者成本。二合一产品主流屏幕尺寸定位为12寸左右，介于平板和笔记本之间，且配备实体的磁性键盘保护套，因为屏幕与保护套只是通过磁性吸附，屏幕需要依靠支撑件的支撑实现类似笔记本体验。
平板电脑和笔记本电脑二合一产品，可以在笔记本模式和平板模式下进行切换，但现有结构设计无法完美适应两种使用模式。
二合一的产品主流选择了12寸左右的屏幕，这个尺寸接近常规笔记本尺寸，可以在笔记本模式进行办公作业。而在平板模式下，人眼距离屏幕较近，则感觉屏幕尺寸偏大，需要头部转动来方便观察整个屏幕，且加上磁吸键盘保护套后整机重量超过1kg,手持操作困难，所以12寸级别的二合一产品可以看作主流用途为笔记本的替代产品。但二合一产品重心在平板部分②，其背部需要支持件③，因此需要一个纵深较大的地方进行操作，现有尺寸无法方便在大腿上使用，而在大腿上使用是笔记本形态的一个重要使用情景。
二合一的产品也有10.1寸左右的屏幕尺寸，重量得到减轻，平板模式手持操作和便携性得到改善。但此时屏幕与人眼距离远，屏幕小，人眼观察困难，并不适合长时间工作在笔记本模式。
发明内容
本发明实施例所要解决的技术问题在于，提供一种方便携带、使用更加方便的新型平板电脑。
所述种新型平板电脑,包括主机、连接在所述主机上表面的键盘及通过一可折叠的连接装置与所述主机连接的用于显示的显示屏，所述主机的一侧设置有开关装置,所述折叠装置开启或关闭时触碰所述开关装置，实现平板模式与电脑模式的转换，所述连接装置包括至少一组转轴及连接在所述转轴之间的连杆,平板模式下，平板电脑的厚度为主机加显示屏的厚度。
所述连接装置包括一组一端可活动的连接在所述显示屏底部、另一端连接在所述主机一端的转轴，所述转轴之间设置有连杆,所述主机表面的键盘上设置有用于放置所述连杆的凹槽。
所述连接装置包括两组转轴，其中一组转轴与所述主机的后端可活动的连接，另一组转轴与所述显示屏的底部可活动的连接，平板状态时，所述两组转轴分别位于所述显示屏的上下两端,与所述显示屏并排于同一水平面,所述连杆分别位于所述显示屏的左右两端,与所述显示屏并排于同一水平面,所述主机的一侧设置有开关装置,所述折叠装置开启或关闭时触碰所述开关装置，实现平板模式与电脑模式的转换。
优选的，所述开关装置为按钮开关或者霍尔磁性开关中的一种。
所述显示屏上设置有触摸屏及摄像头。
作为本技术方案的进一步改进，所述两组转轴间连接设置有杆状连杆，所述杆状连杆其中至少有一个为空心杆，所述屏幕、触摸屏、摄像头的数据连接线缆从杆状连杆空心处通过用于与所述主机内的主板连接。
所述两组转轴间连接设置有平板状或者曲面状连杆，所述屏幕、触摸屏、摄像头的数据连接线缆通过贴附在所述连杆表面的FPC与所述主机内的主板连接。
所述主机的一侧还设置有方便显示屏开启的避让台阶结构。
所述显示屏为6～12寸。
屏幕背部在平板状态可以压缩键盘高度，降低整机厚度。
实施本发明实施例，具有如下有益效果：
平板电脑笔记本二合一产品，主机部分内置键盘，转轴，连杆，可以在平板模式和支架模式之间切换。转轴和连杆的引入可以拉近屏幕与人眼的距离，增加屏幕上文字等显示内容的可识别性，在不过分影响用户对屏幕的视觉体验的前提下，缩小屏幕至适合手持使用的尺寸，降低成本和整机重量，符合用户对手持平板电脑模式的诉求：6～12寸适中屏幕尺寸，整机重量越轻越好。
支架使用状态时,转轴可支撑足够扭矩支撑连杆和屏幕模块，转轴旋转到一定角度，此时可在头部不转动或移动的情况下，将键盘,触控板，屏幕同时暴露于用户眼睛之下，可舒 适地进行文字输入和观察屏幕。屏幕位于键盘上方位置，不受限与键盘的相对位置，转轴可继续自由调节位置到离人眼较近的距离，并可调节屏幕角度，便于用户姿势变动时获得更舒适的观察距离与观察角度，避免眼睛疲劳并舒适的进行文字输入工作，在平板状态，一组转轴和连杆所包含的两个转轴部分与屏幕并排，并位于屏幕的两侧。两组转轴的两个连杆与屏幕并排，分别位于屏幕的两侧。避免转轴和连杆与屏幕重叠，屏幕背部在平板状态可以压缩键盘高度，降低整机厚度,同时最大化两组转轴间连杆的距离，即最大化屏幕调节范围。
附图说明
图1是本发明实施例支架模式结构示意图；
图2是本发明实施例平板模式结构示意图。
具体实施方式
为使本发明的目的、技术方案和优点更加清楚，下面将结合附图对本发明作进一步地详细描述。
本发明实施例新型平板电脑，内置键盘，支架。支架由转轴和连杆组成，用户依靠转轴和连杆旋转将屏幕支撑出来成支架模式使用。支架模式与笔记本模式相似的人机交互和文字录入等办公使用模式。此种二合一产品，含有以下三个主要部件：
1主机部分包含主板，电池等部件，键盘，触控板1-1按钮开关1-2，避让台阶结构1-3；
2，一组转轴和连杆；转轴211，212，221，222，；连杆213，223；
3，屏幕模块：触摸屏3-1，显示屏3-2，前壳3-3，前摄像头3-4，显示屏可视区3-5，磁铁3-6；
A,平板模式(图2)：产品仅可见主机1背部及侧面，正面仅有触摸屏3-1和显示屏3-2面对用户，此模式下无法使用实体键盘进行文字录入，通过触摸屏3-1进行人机交互。
支架模式(图1)：在平板模式下，用户通过避让台阶结构1-3将屏幕模块3抬起，使屏幕模块3沿转轴212和222，与主机1分离，此时按钮开关1-2松开并开启，启用键盘，触控板1-1，对操作系统发出指令，启用键盘及触控板1-1，进入支架模式。此时继续抬升屏幕模块3，使屏幕模块3沿主机端转轴211和转轴221旋转，同时使屏幕模块3沿转轴212和222与用户眼睛正对，获得最佳屏幕使用角度。屏幕模块3抬升一定角度后键盘和触控板1-1已全部暴露于用户眼睛之下，用户可通过键盘和触控板1-1进行人机交互和文字录入等办公作业。用户姿势变动，则调整屏幕模块3绕转轴旋转获得另一舒适观察角度。支架模式相比较与屏幕模块3与转轴212直接相连的笔记本形态，屏幕前移了一个连杆的距离。
支架模式向平板模式转变：用户用手下压触摸屏3-1正面，直至屏幕模块3和主机1完全闭合。转轴211附近留有按钮开关1-2，在屏幕模块3接近1时，连杆213下压关闭按钮 开关1-2，同时对操作系统发出进入平板模式指令，禁用键盘及触控板1-1以防误触。
连杆213可以是杆状或者平板状或者曲面状，杆状连杆可以是空心杆，让屏幕3-2，触摸屏3-1，摄像头3-4的数据连接线缆从空心处通过用以连接主板和屏幕，触摸屏，前置摄像头等。平板状或者曲面状连杆的表面，可用来貼附具有一定宽度的FPC，来连接主板和屏幕，触摸屏，前置摄像头等，连杆在与转轴连接处附近具有镂空以增加FPC弯折半径，可增加FPC弯折寿命。
平板电脑笔记本二合一产品，主机部分内置键盘，转轴，连杆，可以在平板模式和支架模式之间切换。转轴和连杆的引入可以拉近屏幕与人眼的距离，增加屏幕上文字等显示内容的可识别性，在不过分影响用户对屏幕的视觉体验的前提下，缩小屏幕至适合手持使用的尺寸，降低成本和整机重量，符合用户对手持平板电脑模式的诉求：6～12寸适中屏幕尺寸，整机重量越轻越好，在平板状态，一组转轴和连杆所包含的两个转轴部分与屏幕并排，并位于屏幕的两侧。两组转轴的两个连杆与屏幕并排，分别位于屏幕的两侧。避免转轴和连杆与屏幕重叠，减少整机的厚度，同时最大化两组转轴间连杆的距离，即最大化屏幕调节范围。
支架使用状态时,转轴可支撑足够扭矩支撑连杆和屏幕模块，转轴旋转到一定角度，此时可在头部不转动或移动的情况下，将键盘,触控板，屏幕同时暴露于用户眼睛之下，可舒适地进行文字输入和观察屏幕。屏幕位于键盘上方位置，不受限与键盘的相对位置，转轴可继续自由调节位置到离人眼较近的距离，并可调节屏幕角度，便于用户姿势变动时获得更舒适的观察距离与观察角度，避免眼睛疲劳并舒适的进行文字输入工作。支架拉高了屏幕，减少了人眼与屏幕的高度差，使用户不必过分低头使用屏幕，长时间使用电脑时颈椎得到放松。
转轴可以是一对或者多对，每一对转轴用连杆相连，每一对转轴的旋转轴分别固定于主机1的长边边缘和屏幕模块3上的长边边缘，有利于最大化连杆的长度，连杆为长度固定的或长度可伸缩的连杆。转轴，连杆可以位于显示屏的周边，减少厚度堆叠，降低平板模式整机厚度，也可位于显示屏背部，在平板模式，压缩与之接触的键盘按键的高度减少整机厚度。
连杆可以是杆状或者平板状或者曲面状，杆状连杆可以是空心杆，让屏幕和触控的数据连接线缆从空心处通过用以连接主板和屏幕，触摸屏，前置摄像头等。平板状或者曲面状连杆的表面，可用来貼附具有一定宽度的FPC，连接主板和屏幕，触摸屏，前置摄像头等，连杆在与转轴连接处附近具有镂空以增加FPC弯折半径，可增加FPC弯折寿命。
键盘和触控板的位置可以互换，触控板也可取消，以方便使用鼠标的用户。
转轴附近留有按钮开关，在连杆收纳的时候触发开关，同时对操作系统发出进入平板模 式指令，禁用键盘及触控板以防误触。在连杆打开时启用键盘，对系统发出指令，启用键盘及触控板，进入支架模式。
屏幕模块可以依靠磁性吸附，弹性卡爪等结构固定于主机之上，加强整机闭合紧密度。主机在上表面可以存在定位槽，以容纳屏幕模块上的定位柱，避免主机和屏幕模块对位不准，无法完全重合。
以上所揭露的仅为本发明一种较佳实施例而已，当然不能以此来限定本发明之权利范围，因此依本发明权利要求所作的等同变化，仍属本发明所涵盖的范围。

Claims (9)

  1. 一种新型平板电脑,其特征在于,包括主机、连接在所述主机上表面的键盘及通过一可折叠的连接装置与所述主机连接的用于显示的显示屏，所述主机的一侧设置有开关装置,所述折叠装置开启或关闭时触碰所述开关装置，实现平板模式与电脑模式的转换，所述连接装置包括至少一组转轴及连接在所述转轴之间的连杆,平板模式下，平板电脑的厚度为主机加显示屏的厚度。
  2. 如权利要求1所述的新型平板电脑，其特征在于，所述连接装置包括一组一端可活动的连接在所述显示屏底部、另一端连接在所述主机一端的转轴，所述转轴之间设置有连杆,所述主机表面的键盘上设置有用于放置所述连杆的凹槽。
  3. 如权利要求1所述的新型平板电脑，其特征在于，所述连接装置包括两组转轴，其中一组转轴与所述主机的后端可活动的连接，另一组转轴与所述显示屏的底部可活动的连接，平板状态时，所述两组转轴的旋转轴分别位于所述显示屏的上下两端,与所述显示屏并排于同一水平面,所述连杆分别位于所述显示屏的左右两端,与所述显示屏并排于同一水平面,所述主机的一侧设置有开关装置,所述折叠装置开启或关闭时触碰所述开关装置，实现平板模式与电脑模式的转换。
  4. 如权利要求1所述的新型平板电脑,其特征在于,所述开关装置为按钮开关或者霍尔磁性开关中的一种。
  5. 如权利要求1所述的新型平板电脑,其特征在于,所述显示屏上设置有触摸屏及摄像头。
  6. 如权利要求3所述的新型平板电脑,其特征在于,所述两组转轴间连接设置有杆状连杆，所述杆状连杆其中至少有一个为空心杆，所述屏幕、触摸屏、摄像头的数据连接线缆从杆状连杆空心处通过用于与所述主机内的主板连接。
  7. 如权利要求3所述的新型平板电脑,其特征在于,所述两组转轴间连接设置有平板状或者曲面状连杆，所述屏幕、触摸屏、摄像头的数据连接线缆通过贴附在所述连杆表面的FPC与所述主机内的主板连接。
  8. 如权利要求1所述的新型平板电脑,其特征在于,所述主机的一侧还设置有方便显示屏开启的避让台阶结构。
  9. 如权利要求1所述的新型平板电脑,其特征在于,所述显示屏为6～12寸。
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