WO2021147800A1 - 包式计算机 - Google Patents

包式计算机 Download PDF

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Publication number
WO2021147800A1
WO2021147800A1 PCT/CN2021/072412 CN2021072412W WO2021147800A1 WO 2021147800 A1 WO2021147800 A1 WO 2021147800A1 CN 2021072412 W CN2021072412 W CN 2021072412W WO 2021147800 A1 WO2021147800 A1 WO 2021147800A1
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WO
WIPO (PCT)
Prior art keywords
smart phone
computer
bag
keyboard
operating system
Prior art date
Application number
PCT/CN2021/072412
Other languages
English (en)
French (fr)
Inventor
肖汉
Original Assignee
肖晓松
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 肖晓松 filed Critical 肖晓松
Publication of WO2021147800A1 publication Critical patent/WO2021147800A1/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
    • G06F1/163—Wearable computers, e.g. on a belt
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45F—TRAVELLING OR CAMP EQUIPMENT: SACKS OR PACKS CARRIED ON THE BODY
    • A45F3/00—Travelling or camp articles; Sacks or packs carried on the body
    • A45F3/02—Sacks or packs carried on the body by means of one strap passing over the shoulder
    • 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
    • G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
    • G06F1/1662—Details related to the integrated keyboard
    • 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
    • G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
    • G06F1/1684—Constructional details or arrangements related to integrated I/O peripherals not covered by groups G06F1/1635 - G06F1/1675
    • G06F1/169—Constructional details or arrangements related to integrated I/O peripherals not covered by groups G06F1/1635 - G06F1/1675 the I/O peripheral being an integrated pointing device, e.g. trackball in the palm rest area, mini-joystick integrated between keyboard keys, touch pads or touch stripes

Definitions

  • the invention relates to mobile human-computer interaction technology, especially a package computer.
  • the packaged computer composed of the improved multiple devices of the present invention turns the human-computer interactive keyboard and mouse that originally needed to be seated into a keyboard and mouse that can be manipulated by walking and moving, so that the original smart phone can have a larger display Graphics, enhanced battery life, and the operating system software of the most used desktop PC computers immediately enters the mobile field that can be manipulated without modification. At the same time, it also allows the technology and productivity calculation of PC computers to enter the mobile field, and it can also enable big data. Cloud computing, artificial intelligence and new technologies of the Internet of Things have more efficient mobile platforms.
  • the present invention proposes a bag-type computer, which is convenient to carry around and has a variety of interactive modes.
  • the present invention adopts the following technical solutions.
  • a bag-type computer the computer being a mobile smart terminal composed of equipment including a shoulder bag body, a keyboard, a mouse, a smart phone, a bag body display, and a secondary power supply;
  • the outer side of the bag body is integrally provided with a mobile keyboard that is connected to the smart phone by wire or wireless including Bluetooth, and can be used for walking with the bag body.
  • the English letter keys of the keyboard are aligned with the position of the English letter keys of the existing QWERT keyboard.
  • the cloth is the same, the English letters are all set with their feet facing the shoulder bag opening and their heads facing the bottom of the shoulder bag, so as to introduce the human-computer interactive keyboard into the mobile smart terminal;
  • the user of the shoulder bag carries an accompanying mouse that can be strolled and moved and controlled;
  • a smart phone that can be installed or taken out is provided on the fixed position on the outer side or the inner side of the package body.
  • the smart phone is in addition to the originally installed mobile operating system (including one of the ios, Android, or Hongmeng operating systems) , You can also use the operating system of another PC desktop computer (including, for example, one of win10, Yongzhong, Hongqi or Remix OS operating systems), the operating system of the other PC desktop computer is installed on the cloud computer host, through all The cloud computer APP application program installed on the smartphone operating system is indirectly called;
  • the package body display is a large-size speaker with a speaker integrated on the inner side of the package cover and connected by the smart phone to a wired or wireless projection screen, in addition to the existing display screen on the smart phone.
  • a display which forms a cover protection for the keyboard when the display is not in use;
  • the packaged computer which is composed of a variety of improved devices, turns the human-computer interactive keyboard and mouse that needed to be seated to operate into a keyboard and mouse that can be manipulated by walking and moving, so that the original smart phone can have a larger display Graphics, enhanced battery life, so that all desktop PC operating system software, including the world’s largest use, can immediately enter the mobile field that can be manipulated without any modification.
  • it has also invented the technology of PC computers that have not entered the mobile field for decades.
  • productivity computing has entered the mobile field that can be manipulated by walking, and new technologies such as big data, cloud computing, artificial intelligence and the Internet of Things have a new mobile platform that is more sophisticated and practical than the control of smart phones.
  • a window hole is opened on the inner side surface corresponding to the position of the smart phone, and the window hole is covered by the smart phone display screen.
  • the operating system of the other PC desktop computer can also be installed on a smart phone originally installed with a mobile operating system, and the two operating systems can be switched with each other and used separately.
  • the bottom of the package body is also integrally provided with a secondary power source with a docking function, the secondary power source is connected to the smart phone data line socket placed on the fixed position through a data cable plug, and the secondary power source is provided with a rechargeable battery ,
  • a charging electronic control module for the smart phone, keyboard, touchpad mouse and package body display to directly supply power for continuous battery life
  • a docking station module for the smart phone expansion external connection port, the external connection port Including but not limited to external charging interface, external video interface, external audio interface, TF/SD card interface, USB interface, in order to reduce the trouble of frequently charging traditional mobile phones and connecting multiple devices outside the expansion machine;
  • the auxiliary power supply is also integrally provided with a headset storage space for storing at least a pair of Bluetooth headsets for the left and right ears and can be charged by the auxiliary power supply for standby when it is stored.
  • the keyboard can be used in conjunction with a touchpad mouse provided on its side, or it can be used in conjunction with a ring mouse worn on the finger of the person in the bag, and the smart phone can also be placed and fixed around the keyboard.
  • a screen touch mouse application APP is installed in the mobile phone to be used with the keyboard.
  • One end of the package body is also provided with a touchpad mouse for independent use.
  • the keyboard and any accompanying mouse are used for implementation Mobile human-computer interaction for inputting control instructions to the smart phone.
  • a mobile human-computer interaction method for a packaged computer is connected to a smart phone with a keyboard and any accompanying mouse during human-computer interaction, and the smart phone screen displays the human-computer interaction interface of its Windows operating system. It can also expand its human-computer interaction interface through various display devices other than smart phones.
  • the user can use the keyboard or any accompanying mouse to input the human-computer interaction on the smart phone at the bag. , Calculation and output operations;
  • the human-computer interaction includes mobile human-computer interaction for inputting and receiving and outputting audio information to the smart phone by using a Bluetooth headset;
  • the smart phone can use the operating system of the mobile terminal smart phone or the PC desktop computer operating system, and the two operating systems can be switched mutually;
  • the PC desktop computer operating system is the PC desktop computer operating system of the cloud host , Or a PC desktop computer operating system pre-installed in a smart phone; the aforementioned human-computer interaction provides a more efficient mobile human-computer interaction method today.
  • the user When it is necessary to use a bag computer for publicity or to beautify the bag body with a smart phone, the user operates the smart phone to display video or display through the window hole located on the mobile phone display on the shoulder bag Picture.
  • the smart phone of the package computer includes a 5G communication module, which can indirectly call cloud computing hosts of various operating systems at a high speed by means of a built-in APP.
  • the package computer can also be wired or connected in addition to its own two display screens.
  • Various display devices connected to wireless projection screens include glasses displays, notebook computers, PC desktop computers, stand-up large-screen displays, projection equipment, VR equipment, AR equipment, plus efficient keyboard and mouse and Windows man-machine interface man-machine Interaction, so that the mobile human-computer interaction method of the package computer can be applied to the mobile computing required by scientific and technological productivity ecological resources, service entertainment ecological resources and various high and new technologies.
  • the smart phone can be pre-installed with the original factory-installed mobile operating system and the installed PC desktop computer operating system at the same time, and the smart phone can switch the operating system for human-computer interaction;
  • the mobile operating system includes ios, Android or Hongmeng; the PC desktop computer operating system includes win10, Yongzhong, Hongqi or Remix OS.
  • the carrying method of the bag-type computer, the bag-type computer mentioned above, the method of traveling is as follows: the inner cavity of the bag contains the daily necessities of the pedestrian; the bag body is equipped with soft cushions, and the bag body device can be hung on The shoulder and neck/or neck strap of a pedestrian who is standing or walking, when the pedestrian controls the keyboard, the shoulder bag computer device is worn around the front shoulder/or neck, both hands and wrists/or palms/or tiger’s mouth pillow On the bag mouth cushion, the weight of the hands is supported by the bag strap to reduce arm fatigue.
  • the bag computer of the present invention has novel structure, reasonable design, small size, light weight, convenient use, easy portability, strong practicability, and not only has basic storage functions. , And realizes the mobile human-computer interaction, which is conducive to working out, and makes up for the shortcomings of the key mobile human-computer interaction technologies that have existed for many years.
  • the mobile human-computer interaction method of the present invention introduces technology and productivity calculations into the mobile Internet and innovates a simple and practical input and a computer host that implements the method. It cooperates with the body display on the shoulder bag or its external device including mobile Other displays, including the head mounted display, allow people’s commonly used PC operating system software to immediately enter the mobile field without modification, and make up for the shortcomings in the field of mobile human-computer interaction that have existed for many years with no technology and productivity computing key technologies.
  • the device of the present invention can gather the scientific and technological productivity ecological resources of traditional PC computers and the entertainment service ecological resources of smart phones in one machine; it can also be a new mobile platform for robots, cloud computing and 5G technology.
  • Figure 1 is a three-dimensional schematic view of the structure of an embodiment of the present invention.
  • a bag-type computer the computer is a mobile smart terminal composed of equipment including a shoulder bag body 100, a keyboard 300, a mouse, a smart phone 200, a bag body display 1000, and a secondary power supply;
  • the outer side of the bag body is integrally provided with a mobile keyboard that is connected to the smart phone by wire or wireless including Bluetooth, and can be used for walking with the bag body.
  • the English letter keys of the keyboard are aligned with the position of the English letter keys of the existing QWERT keyboard.
  • the cloth is the same, the English letters are all set with their feet facing the shoulder bag opening and their heads facing the bottom of the shoulder bag, so as to introduce the human-computer interactive keyboard into the mobile smart terminal;
  • the user of the shoulder bag carries an accompanying mouse that can be strolled and moved and controlled;
  • a smart phone that can be installed or taken out is provided on the fixed position on the outer side or inner side of the package body, and the smart phone can use the operating system of another PC desktop computer in addition to the originally installed mobile operating system.
  • the operating system of the other PC desktop computer is installed on the cloud computer host, and is indirectly called by the cloud computer APP application installed on the smartphone operating system;
  • the package body display is an integrated large-scale speaker with a speaker and connected to the smart phone’s wired or wireless projection screen located on the inner side of the package cover 110 of the package body.
  • a size display which forms a cover protection for the keyboard when the display is not in use;
  • the bottom of the package body is also integrally provided with a secondary power supply with docking function, and the secondary power supply is directly connected to the smart phone data line socket placed on the fixed position through a data cable plug, for its expansion device interface and direct connection The power supply continues to last.
  • the auxiliary power supply includes an auxiliary power supply device 500.
  • a window hole is opened on the inner side surface corresponding to the position of the smart phone, and the window hole is covered by the smart phone display screen.
  • the operating system of the other PC desktop computer can also be installed on a smart phone originally installed with a mobile operating system, and the two operating systems can be switched with each other and used separately.
  • the mouse includes a touchpad mouse 400.
  • the secondary power supply is equipped with a rechargeable battery, and a rechargeable electronic control module is also provided to directly supply power for the smart phone, keyboard, touchpad, mouse and package display for continuous battery life, and a docking station module is provided to extend the external connection of the smart phone Port, the external connection port includes, but is not limited to, an external charging interface, an external video interface, an external audio interface, a TF/SD card interface, and a USB interface;
  • the auxiliary power supply is also integrally provided with a headset storage space for storing at least a pair of Bluetooth headsets for the left and right ears and can be charged by the auxiliary power supply for standby when it is stored.
  • the keyboard can be used in conjunction with a touchpad mouse provided on its side, or it can be used in conjunction with a ring mouse worn on the finger of the person in the bag, and the smart phone can also be placed and fixed around the keyboard.
  • an on-screen touch mouse application APP is installed in the mobile phone to be used with the keyboard.
  • One end of the package body is also provided with a touchpad mouse on the outside of the bag, which is specially designed to be worn by a person with a bag, including a head-mounted display.
  • An external display is used alone when walking, and the keyboard and any accompanying mouse are used to implement mobile human-computer interaction for inputting control instructions to the smart phone.
  • a mobile human-computer interaction method for a packaged computer is connected to a smart phone with a keyboard and any accompanying mouse during human-computer interaction, and the smart phone screen displays the human-computer interaction interface of its Windows operating system. It can also expand the display of its human-computer interaction interface through various display devices other than smart phones, including the display of the package body. When the package body is carried by the user, the user can use the keyboard or any accompanying mouse to touch the package body. Smart phones for human-computer interaction input, calculation and output operations;
  • the human-computer interaction includes mobile human-computer interaction for inputting and receiving and outputting audio information to the smart phone by using a Bluetooth headset;
  • the smart phone can use the operating system of the mobile terminal smart phone or the PC desktop computer operating system, and the two operating systems can be switched mutually;
  • the PC desktop computer operating system is the PC desktop computer operating system of the cloud host , Or the PC desktop computer operating system pre-installed in the smartphone.
  • the user When it is necessary to use a bag computer for publicity or to beautify the bag body with a smart phone, the user operates the smart phone to display video or display through the window hole located on the mobile phone display on the shoulder bag Picture.
  • the smart phone of the package computer includes a 5G communication module, which can indirectly call cloud computing hosts of various operating systems at a high speed by means of a built-in APP.
  • the package computer can also be wired or connected in addition to its own two display screens.
  • Various display devices connected to wireless projection screens include glasses displays, notebook computers, PC desktop computers, stand-up large-screen displays, projection equipment, VR equipment, and AR equipment.
  • the smart phone can be pre-installed with the original factory-installed mobile operating system and the installed PC desktop computer operating system at the same time, and the smart phone can switch the operating system for human-computer interaction;
  • the mobile operating system includes ios, Android or Hongmeng; the PC desktop computer operating system includes win10, Yongzhong, Hongqi or Remix OS.
  • the carrying method of the bag-type computer, the bag-type computer mentioned above, the method of traveling is as follows: the inner cavity of the bag contains the daily necessities of the pedestrian; the bag body is equipped with soft cushions, and the bag body device can be hung on The shoulders and necks of the pedestrians who are standing or walking are covered with a strap 120.
  • the shoulder bag computer device is worn around the front shoulder/or neck, both hands, wrists/or palms/or tiger’s mouth Pillow on the soft cushion of the bag mouth, bear the weight of your hands through the bag strap to reduce arm fatigue.
  • a bag-type computer includes a bag body 100 with an opening on the upper side.
  • the bag body is a shoulder bag body with a rectangular block shape.
  • the inner side of the bag body 100 without a keyboard is installed with a smart phone 200 and
  • the keyboard 300 and the touchpad mouse 400 of the smart phone 200 are wired or wirelessly connected;
  • the lower edge of the outer side of the package body 100 is connected with a cover 110 that can cover the outer side of the package body and the opening of the package body, because the keyboard is arranged on the Outside of the bag, the bag body can still contain daily necessities that carry pedestrians;
  • the bag cover is composed of three parts, namely the main body part covering the outer side of the bag body, the first turning part that seals the opening of the bag body, and the The second folding part on the upper part of the inner side of the bag is connected to the upper part of the outer side of the bag by a magnet or a fixed buckle.
  • the keyboard 300, the touchpad mouse 400 and the smart phone can be connected by Bluetooth wirelessly.
  • OTG data cable can be used for wired connection;
  • the host computer of this packaged computer except the package body display can be used as the host of external display devices (such as VR glasses, AR glasses, head-mounted displays or mobile phone projectors), using smart phones to communicate with external
  • the display device can be connected through wired, wireless screen projection or Bluetooth wireless connection; the packaged computer is used to implement the mobile human-computer interaction with the external display device.
  • the operating system used by the smart phone in addition to one of the mobile operating systems such as ios, Android, Hongmeng, etc., where a smart phone is initially installed on the phone, another PC computer is used such as: win10, One of the operating systems of Yongzhong, Hongqi, Remix OS, etc., or using the existing technology of installing dual operating systems on one machine, installed in the smart phone and used directly/or installed in the cloud computer host, through the smart phone
  • the installed cloud computer application APP is used indirectly; travelers can use the smartphone anytime and anywhere during the journey, use the operating system of the PC desktop computer, and control the keyboard and mouse of the package computer to input and control the smartphone
  • the smart phone outputs calculation results to external display devices connected to it, including display devices on the body of the shoulder bag, outside of the bag, static and moving in the environment , So that the existing human-computer interaction methods of technology and productivity calculation often used indoors are used in mobile terminal smart phones, and become a mobile human-
  • a window hole is opened on the inner side of the side surface of the cover 110 without the keyboard corresponding to the position of the smart phone, and the smart phone can display video or display images through the window hole for publicity or beautification.
  • the bag body is connected with a bag belt 120, and the two ends of the bag belt 120 are respectively connected to the two ends of the bag body, which is convenient for carrying on the shoulder.
  • the opening of the bag body is provided with a soft pad.
  • the bag strap can be hung on the shoulder and neck/or neck of a pedestrian who is standing or walking. When the pedestrian carries the shoulder bag computer device around the front shoulder/or neck, the two hands and wrists/or palms/or the tiger’s mouth should rest The bag mouth is cushioned with a control keyboard, and the shoulder bag strap can bear the weight of both hands to reduce fatigue.
  • an auxiliary power supply device 500 is installed at the inner bottom of the package body 100.
  • the auxiliary power supply device is provided with a battery core and a controller.
  • the controller includes a charging electronic control module for the smart phone, Keyboard, touchpad, mouse, and monitor are directly connected to power supply for continuous battery life, including the docking station module to extend the external connection ports for the smartphone, such as external charging port, external video interface, external audio interface, TF/SD card interface, USB interface, etc.
  • the auxiliary power supply device provides the data line connection plug for the smart phone.
  • one end of the bag body 100 is also provided with a touchpad mouse 400, and the mouse can be used alone when walking along with various other external displays worn by the person in the bag, including head-mounted displays.
  • the keyboard 300 is located at the lower part of the outer side of the bag, and the physical keyboard can be used with a touchpad mouse provided on the surrounding side, or can be used with a ring mouse worn on the finger of a person in the bag.
  • the keyboard 300 and the touchpad mouse are assembled into a rectangular structure slightly smaller than the outer side of the package.
  • the position of the English letters of the keys on the keyboard is the same as that of the prior art.
  • the positions of the English letters of the qwert keyboard keys are the same, the English letters on the keyboard are all facing the opening of the package body according to the foot of the word, and the head of the word is facing the bottom direction of the package body.
  • the invention provides a practical package computer for introducing technology and productivity calculations into the mobile Internet, allowing people’s commonly used PC computer operating system software to immediately enter the mobile field without modification, and make up for the key technology of mobile human-computer interaction that has existed for many years.
  • the packaged computer can gather the scientific and technological productivity ecological resources of traditional PC computers and the entertainment service ecological resources of smart phones in one machine; it can provide commonly used laptops/or PC computers/or wall-mounted TVs and smart phones in one machine.
  • Work including as a wearable computer host with external display devices including glasses, providing efficient man-machines for virtual reality (VR) technology, augmented reality ((AR) technology, robotics, cloud computing, etc.)
  • VR virtual reality
  • AR augmented reality
  • robotics robotics, cloud computing, etc.
  • the large-size display screen arranged on the inner side of the cover can be rotated with the movable cover to a position suitable for people to watch.
  • fixed connection can be understood as: a fixed connection that can be detached (for example, a bolt or screw connection), or it can be understood as:
  • the non-detachable fixed connection such as riveting, welding
  • the mutual fixed connection can also be replaced by a one-piece structure (such as one-piece manufacturing using a casting process) (except obviously that the one-piece forming process cannot be used).
  • Any component provided by the present invention can be assembled from a plurality of separate components, or can be a single component manufactured by an integral forming process.

Abstract

本发明提出包式计算机，包括上侧开口的包体，所述包体外侧面安装有智能手机以及与智能手机有线或无线连接的键盘和触控板鼠标；所述包体外侧面下边沿连接有能盖在包体外侧面和包体开口上的包盖；包盖内侧安装有以有线方式或无线投屏方式与智能手机连接的包体显示器；智能手机的交互界面能以单屏方式在智能手机屏、包盖显示屏处择一显示，或是以同步方式或扩展方式同时显示于智能手机屏、包盖显示屏处；本发明的包式计算机结构新颖，设计合理，体积小，重量轻，使用方便，便于携带，实用性强，不仅具备储物功能，而且可实现移动人机交互，有利于外出办公，弥补了多年存在的移动人机交互关键技术的短板。

Description

包式计算机 技术领域
本发明涉及移动人机交互技术，尤其是包式计算机。
背景技术
自1946年计算机发明至今，人机交互技术一直是影响计算机技术发展的关键短板。从最初穿孔纸带输入输出的人机交互技术至今，仅两项伟大发明成为引领计算机技术发展的里程碑，其一是引领PC个人计算机普及千家万户的、键盘鼠标与视窗图标操作显示系统相配合的人机交互技术，其二是让世界上56亿人将智能手机作为必用工具的手指触摸操控电容屏的移动人机交互技术。然而迄今为止，开发者们始终无法为科技和生产力计算创造出适用的移动人机交互技术，手指触摸操控电容屏的移动人机交互技术也因其属人类简单语言的先天不足，无法引领复杂的科技和生产力计算进入移动终领域。AR、VR、机器人、车联网、人工智能、万物互联、云计算等各种科技都需要科技和生产力计算进入移动互联网，然而移动人机交互技术的鸿沟多年难以逾越，人们需要创新的移动人机交互技术来补上这块关键短板；
技术问题
本发明经改进的多种设备组成的所述的包式计算机，使原需落座操作的人机交互键盘和鼠标变为可漫步移动操控的键盘和鼠标，使原智能手机可以有更大的显示画面，增强续航能力，使用量较大的各台式PC电脑操作系统软件不经修改立刻进入可漫步操控的移动领域，也同时使PC电脑的科技和生产力计算进入移动领域，还可使大数据，云计算，人工智能和物联网新技术有更高效的移动平台。
技术解决方案
本发明提出包式计算机，便于随身携带，而且具备多种交互方式。
本发明采用以下技术方案。
包式计算机，所述计算机为以包括挎肩包包体、键盘、鼠标、智能手机、包体显示器和副电源在内的设备组成的移动智能终端；
所述包体外侧面一体设有与智能手机有线或无线包括蓝牙方式连接的，可随包体漫步使用的移动键盘，键盘的英文字母按键与现有柯蒂(QWERT)键盘英文字母按键的位置排布相同，所述英文字母均按脚朝向所述挎肩包包口，头朝向挎肩包包底方向设置，用于把人机交互键盘引入移动智能终端；
所述挎肩包使用人携带有可漫步移动操控的随行鼠标；
所述包体的外侧面或内侧面的放置固定位上设有可安放或取出的智能手机，所述智能手机除原安装的移动操作系统(包括如ios、Android或鸿蒙操作系统之一)外，还可使用另一PC台式电脑的操作系统(包括如包括win10、永中、红旗或Remix OS操作系统之一)，所述另一PC台式电脑的操作系统安装在云电脑主机上，通过所述智能手机操作系统上安装的云电脑APP应用程序间接调用；
所述包体显示器为除所述智能手机上已有的显示屏外，位于所述包体的包盖内侧面处一体设置的带扬声器的被所述智能手机有线或无线投屏连接的大尺寸显示器，所述显示器未使用时形成对键盘的覆盖保护；
经改进的多种设备组合而成的所述的包式计算机，使原需落座操作的人机交互键盘和鼠标变为可漫步移动操控的键盘和鼠标，使原智能手机可以有更大的显示画面，增强续航能力，使包括世界用量最大的各台式PC电脑操作系统软件不经任何修改立刻进入可漫步操控的移动领域，也同时使发明了数十年未能进入移动领域的PC电脑的科技和生产力计算进入可漫步操控的移动领域，还使大数据，云计算，人工智能和物联网新技术有了比智能手机的操控更精细实用的移动新平台。
当所述智能手机放置固定位设在所述包体无键盘侧面的内侧时，所述内侧面上对应智能手机位置处开设有窗孔，所述窗孔被智能手机显示屏覆盖。
所述另一PC台式电脑的操作系统还可安装在原安装了移动操作系统的智能手机上，两个操作系统可相互切换，各自分别单独使用。
所述包体底部还一体设有具扩展坞功能的副电源，所述副电源通过数据线插头连接至所述放置于固定位上的智能手机数据线插口，所述副电源内设有充电电池，还设有充电电控模块为所述智能手机、键盘、触控板鼠标和包体显示器直连供电持续续航，设有扩展坞模块为所述智能手机扩展外连接口，所述外连接口包括但不限于外接充电接口、外接视频接口、外接音频接口、TF/SD插卡接口、USB接口，以减少传统手机经常充电和连接扩展机外多设备的连线麻烦；
所述副电源上还一体设有耳麦容纳收藏位，供储放左右耳用的至少一对蓝牙耳麦并可在其储放时被副电源充电待用。
所述随行鼠标中，所述键盘可与其周侧设置的一个触控板鼠标搭配使用，也可与戴在挎包人手指上的指环鼠标搭配使用，还可将所述智能手机放置固定于键盘周侧，并在手机內装上屏幕触控鼠标应用程序APP，搭配所述键盘使用，所述包体其中一端外侧还设置有触控板鼠标单独使用，所述键盘及任一随行鼠标用于实施对所述智能手机输入操控指令的移动人机交互。
包式计算机的移动人机交互方法，以上所述的包式计算机在人机交互时，以键盘和任一随行鼠标与智能手机连接，以智能手机屏幕显示其视窗操作系统的人机交互界面，还可通过智能手机以外的各种显示设备扩展其人机交互界面，当包体被使用者携带时，使用者可通过键盘、任一随行鼠标对包体处的智能手机进行人机交互的输入、计算和输出的操作；
所述人机交互包括以蓝牙耳麦进行的对所述智能手机输入和接收输出音频信息的移动人机交互；
在人机交互时，所述智能手机可使用移动终端智能手机的操作系统或PC台式电脑操作系统，且两操作系统可相互切换；所述PC台式电脑操作系统为云端主机的PC台式电脑操作系统，或是预装于智能手机内的PC台式电脑操作系统；所述的人机交互提供了现今较高效的移动人机交互方法。
当需以包式计算机进行宣传，或是需以智能手机对包体进行美化时，使用者操作智能手机，使之通过所述位于挎肩包上手机显示屏位置处的窗孔放映视频或 显示画面。
所述包式计算机的智能手机包括5G通讯模块，以内置APP的方式可以高速间接调用各类不同操作系统的云计算主机，所述包式计算机除自身的两个显示屏以外还可有线连接或无线投屏连接的各种显示设备包括眼镜显示器、笔记本电脑、PC台式电脑、立挂大屏幕显示器、投影设备、VR设备、AR设备，再加上高效的键盘鼠标和视窗人机界面的人机交互，使所述的包式计算机的移动人机交互方法能一机适用于科技生产力生态资源、服务娱乐生态资源和各种高新技术所需的移动计算。
所述智能手机可同时预装有原厂安装的移动操作系统和加装的PC台式电脑操作系统，且智能手机可切换用于人机交互的操作系统；
所述移动操作系统包括ios、Android或鸿蒙；所述PC台式电脑操作系统包括win10、永中、红旗或Remix OS。
包式计算机的携带方法，以上所述的包式计算机，其出行携带方法为，包体內腔容纳携带出行人的随行日常用品；包体包口上设有软垫，包体装置有可挂在站立或散步的出行人的肩颈/或脖颈上的包带，当出行人操控键盘时，将所述挎肩包计算机装置绕前肩挎/或脖挎，双手手腕/或手掌/或虎口枕在包口软垫上，通过包带承受双手的重量以减轻手臂疲劳。
有益效果
与现有技术相比，本发明具有以下有益效果：本发明所述包式计算机结构新颖，设计合理，体积小，重量轻，使用方便，便于携带，实用性强，不仅具备基本的储物功能，而且实现了移动人机交互，有利于外出办公，弥补了多年存在的移动人机交互关键技术的短板。
本发明的移动人机交互方法为将科技和生产力计算引入移动互联网创新了一种简单实用的输入及实现所述方法的计算机主机，配合挎肩人包上的包体显示器或其外接的包括移动的头戴显示器在内的其它显示器，能让人们常用的PC电脑操作系统软件不经修改立即进入移动领域，弥补了多年存在的移动人机领域交 互无科技和生产力计算关键技术的短板。
本发明所述的装置能一机汇集传统PC电脑的科技生产力生态资源和智能手机的娱乐服务生态资源；也可是机器人、云计算和5G技术的移动新平台。
附图说明
下面结合附图和具体实施方式对本发明进一步详细的说明：
图1是本发明实施例构造立体示意图；
图中标号说明：100-包体、110-包盖、120-包带、200-智能手机、300-键盘、400-触控板鼠标、500-辅助电源装置；1000-包体显示器。
本发明的实施方式
如图1所示，包式计算机，所述计算机为以包括挎肩包包体100、键盘300、鼠标、智能手机200、包体显示器1000和副电源在内的设备组成的移动智能终端；
所述包体外侧面一体设有与智能手机有线或无线包括蓝牙方式连接的，可随包体漫步使用的移动键盘，键盘的英文字母按键与现有柯蒂(QWERT)键盘英文字母按键的位置排布相同，所述英文字母均按脚朝向所述挎肩包包口，头朝向挎肩包包底方向设置，用于把人机交互键盘引入移动智能终端；
所述挎肩包使用人携带有可漫步移动操控的随行鼠标；
所述包体的外侧面或内侧面的放置固定位上设有可安放或取出的智能手机，所述智能手机除原安装的移动操作系统外，还可使用另一PC台式电脑的操作系统，所述另一PC台式电脑的操作系统安装在云电脑主机上，通过所述智能手机操作系统上安装的云电脑APP应用程序间接调用；
所述包体显示器为除所述智能手机上已有的显示屏外，位于所述包体的包盖110内侧面处一体设置的带扬声器的被所述智能手机有线或无线投屏连接的大尺寸显示器，所述显示器未使用时形成对键盘的覆盖保护；
所述包体底部还一体设有具扩展坞功能的副电源，所述副电源通过数据线插头直接连接至所述放置于固定位上的智能手机数据线插口，为其扩展设备接口和 直连供电持续续航。
所述副电源包括辅助电源装置500。
当所述智能手机放置固定位设在所述包体无键盘侧面的内侧时，所述内侧面上对应智能手机位置处开设有窗孔，所述窗孔被智能手机显示屏覆盖。
所述另一PC台式电脑的操作系统还可安装在原安装了移动操作系统的智能手机上，两个操作系统可相互切换，各自分别单独使用。
所述鼠标包括触控板鼠标400.
副电源内设有充电电池，还设有充电电控模块为所述智能手机、键盘、触控板鼠标和包体显示器直连供电持续续航，设有扩展坞模块为所述智能手机扩展外连接口，所述外连接口包括但不限于外接充电接口、外接视频接口、外接音频接口、TF/SD插卡接口、USB接口；
所述副电源上还一体设有耳麦容纳收藏位，供储放左右耳用的至少一对蓝牙耳麦并可在其储放时被副电源充电待用。
所述随行鼠标中，所述键盘可与其周侧设置的一个触控板鼠标搭配使用，也可与戴在挎包人手指上的指环鼠标搭配使用，还可将所述智能手机放置固定于键盘周侧，并在手机內装上屏幕触控鼠标应用程序APP，搭配所述键盘使用，所述包体其中一端外侧还设置有触控板鼠标专供配合挎包人佩戴的包括头戴显示器的其它各种外接显示器漫步行走时单独使用，所述键盘及任一随行鼠标用于实施对所述智能手机输入操控指令的移动人机交互。
包式计算机的移动人机交互方法，以上所述的包式计算机在人机交互时，以键盘和任一随行鼠标与智能手机连接，以智能手机屏幕显示其视窗操作系统的人机交互界面，还可通过智能手机以外的包括包体显示器在内的各种显示设备扩展其人机交互界面的显示，当包体被使用者携带时，使用者可通过键盘、任一随行鼠标对包体处的智能手机进行人机交互的输入、计算和输出的操作；
所述人机交互包括以蓝牙耳麦进行的对所述智能手机输入和接收输出音频信息的移动人机交互；
在人机交互时，所述智能手机可使用移动终端智能手机的操作系统或PC台式电脑操作系统，且两操作系统可相互切换；所述PC台式电脑操作系统为云端主机的PC台式电脑操作系统，或是预装于智能手机内的PC台式电脑操作系统。
当需以包式计算机进行宣传，或是需以智能手机对包体进行美化时，使用者操作智能手机，使之通过所述位于挎肩包上手机显示屏位置处的窗孔放映视频或显示画面。
所述包式计算机的智能手机包括5G通讯模块，以内置APP的方式可以高速间接调用各类不同操作系统的云计算主机，所述包式计算机除自身的两个显示屏以外还可有线连接或无线投屏连接的各种显示设备包括眼镜显示器、笔记本电脑、PC台式电脑、立挂大屏幕显示器、投影设备、VR设备、AR设备。
所述智能手机可同时预装有原厂安装的移动操作系统和加装的PC台式电脑操作系统，且智能手机可切换用于人机交互的操作系统；
所述移动操作系统包括ios、Android或鸿蒙；所述PC台式电脑操作系统包括win10、永中、红旗或Remix OS。
包式计算机的携带方法，以上所述的包式计算机，其出行携带方法为，包体內腔容纳携带出行人的随行日常用品；包体包口上设有软垫，包体装置有可挂在站立或散步的出行人的肩颈/或脖颈上的包带120，当出行人操控键盘时，将所述挎肩包计算机装置绕前肩挎/或脖挎，双手手腕/或手掌/或虎口枕在包口软垫上，通过包带承受双手的重量以减轻手臂疲劳。
实施例：
一种包式计算机，包括上侧开口的包体100，该包体为挎肩包包体，包体呈矩形块状，所述包体100无键盘侧面的内侧面安装有智能手机200以及与智能手机200有线或无线连接的键盘300和触控板鼠标400；所述包体100外侧面下边沿连接有能盖在包体外侧面和包体开口上的包盖110，因键盘设在所述包体外，所述包体内仍能够容纳携带出行人的随行日常用品；包盖由三部分构成，分别是盖在包体外侧面的主体部、封住包体开口的第一翻折部以及固定在包体内侧面上 部的第二翻折部，第二翻折部通过磁体或者固定扣的方式连接于包体外侧面上部，键盘300和触控板鼠标400与智能手机之间可以采用蓝牙无线连接，也可以采用OTG数据线进行有线连接；该包式计算机除包体显示器外的主机可以作为外部显示设备(如VR眼镜、AR眼镜，头戴显示器或者手机投影仪)的主机使用，利用智能手机与外部显示设备进行连接，可以通过有线、无线投屏或蓝牙无线连接；利用该包式计算机实施完成与外部显示设备的移动人机交互。
所述智能手机使用的操作系统，除在所述手机上初装了一个智能手机的如ios、Android、弘蒙等之一的移动操作系统外，再将另一个PC电脑用的如:win10、永中、红旗、Remix OS等之一的操作系统，或者利用现有一机安装双操作系统的技术，安装在所述智能手机中直接使用/或者安装在云电脑主机內，通过所述智能手机内安装的云电脑应用程序APP间接使用；出行人可在行进中随时随地用所述智能手机，使用所述PC台式电脑的操作系统，操控该包式计算机的键盘和鼠标为所述智能手机输入操控指令，实施出行人与所述智能手机的信息输入，同时智能手机向与其连接的外部显示设备、包括挎肩包包体上的、包体外的、环境中静止的和运动的显示设备输出计算结果，使现有常在室内使用的科技和生产力计算的人机交互方法进入移动终端智能手机使用，成为一种移动人机交互方法。
在本实施例中，所述包盖110无键盘侧面的内侧面上对应智能手机位置开设有窗孔，智能手机可通过所述窗孔放映视频或显示画面作宣传或美化用。
在本实施例中，所述包体连接有包带120，包带120两端分别连接于包体两端，有利于挎肩携带，所述包体的开口处设置有软垫，包式计算机的包带可挂在站立或散步的出行人的肩颈/或脖颈上，当出行人将所述挎肩包计算机装置绕前肩挎/或脖挎，双手手腕/或手掌/或虎口枕在包口软垫上操控键盘，所述挎肩包包带可承受双手的重量以减轻疲劳。
在本实施例中，所述包体100内底部安装有辅助电源装置500，所述的辅助电源装置內设有电池芯和控制器，所述控制器包括充电电控模块为所述智能手 机、键盘、触控板鼠标和显示器直连供电持续续航，包括扩展坞模块为所述智能手机扩展外连接口如外接充电接口、外接视频接口、外接音频接口、TF/SD插卡接口、USB接口等，所述辅助电源装置为所述智能手机提供所述数据线连接位插头。
在本实施例中，所述包体100其中一端也设置有触控板鼠标400，所述鼠标可配合挎包人佩戴的、包括头戴显示器的其它各种外接显示器漫步行走时单独使用，实施对所述智能手机输入操控指令的移动人机交互。
在本实施例中，所述键盘300位于包体外侧面下部，所述实体键盘可与其周侧设置的一个触控板鼠标搭配使用，也可与戴在挎包人手指上的指环鼠标搭配使用，实施对所述智能手机输入操控指令的移动人机交互，键盘300、触控板鼠标三者拼合成尺寸略小于包体外侧面尺寸的矩形结构，键盘上按键的英文字母的位置排布与现有技术的柯蒂(qwert)键盘按键的英文字母的位置排布相同，键盘上英文字母均按字脚朝向所述包体开口，字头朝向包体底部方向。
本发明为将科技和生产力计算引入移动互联网提供了一种实用包式计算机，能让人们常用的PC电脑操作系统软件不经修改立即进入移动领域，弥补了多年存在的移动人机交互关键技术的短板。该包式计算机能一机汇集传统PC电脑的科技生产力生态资源和智能手机的娱乐服务生态资源；能一机提供常用的如笔记本电脑/或PC电脑/或挂壁电视和智能手机所能完成的工作；包括作为可穿戴电脑主机外接含眼镜显示器在内的各种显示设备，为虚拟现实(VR)技术、增)强现实((AR)技术、机器人、云计算等高新技术提供高效的人机交互新方法及可穿戴的计算机主机装置。
本例中，设于包盖内侧面处的大尺寸显示屏能随活动包盖被转动到适合人观看的位置上。
上述本发明所公开的任一技术方案除另有声明外，如果其公开了数值范围，那么公开的数值范围均为优选的数值范围，任何本领域的技术人员应该理解：优选的数值范围仅仅是诸多可实施的数值中技术效果比较明显或具有代表性的数 值。由于数值较多，无法穷举，所以本发明才公开部分数值以举例说明本发明的技术方案，并且，上述列举的数值不应构成对本发明创造保护范围的限制。
本发明如果公开或涉及了互相固定连接的零部件或结构件，那么，除另有声明外，固定连接可以理解为：能够拆卸地固定连接(例如使用螺栓或螺钉连接)，也可以理解为：不可拆卸的固定连接(例如铆接、焊接)，当然，互相固定连接也可以为一体式结构(例如使用铸造工艺一体成形制造出来)所取代(明显无法采用一体成形工艺除外)。
另外，上述本发明公开的任一技术方案中所应用的用于表示位置关系或形状的术语除另有声明外其含义包括与其近似、类似或接近的状态或形状。
本发明提供的任一部件既可以是由多个单独的组成部分组装而成，也可以为一体成形工艺制造出来的单独部件。
最后应当说明的是:以上实施例仅用以说明本发明的技术方案而非对其限制；尽管参照较佳实施例对本发明进行了详细的说明，所属领域的普通技术人员应当理解：依然可以对本发明的具体实施方式进行修改或者对部分技术特征进行等同替换；而不脱离本发明技术方案的精神，其均应涵盖在本发明请求保护的技术方案范围当中。

Claims (10)

  1. 包式计算机，其特征在于：所述计算机为以包括挎肩包包体、键盘、鼠标、智能手机、包体显示器和副电源在内的设备组成的移动智能终端；
    所述包体外侧面一体设有与智能手机有线或无线包括蓝牙方式连接的，可随包体漫步使用的移动键盘，键盘的英文字母按键与现有柯蒂(QWERT)键盘英文字母按键的位置排布相同，所述英文字母均按脚朝向所述挎肩包包口，头朝向挎肩包包底方向设置，用于把人机交互键盘引入移动智能终端；
    所述挎肩包使用人携带有可漫步移动操控的随行鼠标；
    所述包体的外侧面或内侧面的放置固定位上设有可安放或取出的智能手机，所述智能手机除原安装的移动操作系统外，还可使用另一PC台式电脑的操作系统，所述另一PC台式电脑的操作系统安装在云电脑主机上，通过所述智能手机操作系统上安装的云电脑APP应用程序间接调用；
    所述包体显示器为除所述智能手机上已有的显示屏外，位于所述包体的包盖内侧面处一体设置的带扬声器的被所述智能手机有线或无线投屏连接的大尺寸显示器，所述显示器未使用时形成对键盘的覆盖保护；
    所述包体底部还一体设有具扩展坞功能的副电源，所述副电源通过数据线插头连接至所述放置于固定位上的智能手机数据线插口，为其扩展设备接口和直连补充电力持续续航。
  2. 根据权利要求1所述的包式计算机，其特征在于：当所述智能手机放置固定位设在所述包体无键盘侧面的内侧时，所述内侧面上对应智能手机位置处开设有窗孔，所述窗孔被智能手机显示屏覆盖。
  3. 根据权利要求1所述的包式计算机，其特征在于：所述另一PC台式电脑的操作系统还可安装在原安装了移动操作系统的智能手机上，两个操作系统可相互切换，各自分别单独使用。
  4. 根据权利要求1所述的包式计算机，其特征在于：副电源内设有充电电池，还设有充电电控模块为所述智能手机、键盘、触控板鼠标和包体显示器直连供电 持续续航，设有扩展坞模块为所述智能手机扩展外连接口，所述外连接口包括但不限于外接充电接口、外接视频接口、外接音频接口、TF/SD插卡接口、USB接口；
    所述副电源上还一体设有耳麦容纳收藏位，供储放左右耳用的至少一对蓝牙耳麦并可在其储放时被副电源充电待用。
  5. 根据权利要求1所述的包式计算机，其特征在于：所述随行鼠标中，所述键盘可与其周侧设置的一个触控板鼠标搭配使用，也可与戴在挎包人手指上的指环鼠标搭配使用，还可将所述智能手机放置固定于键盘周侧，并在手机內装上屏幕触控鼠标应用程序APP，搭配所述键盘使用，所述包体其中一端外侧还设置有触控板鼠标单独使用，所述键盘及任一随行鼠标用于实施对所述智能手机输入操控指令的移动人机交互。
  6. 包式计算机的移动人机交互方法，其特征在于：权利要求1中所述的包式计算机在人机交互时，以键盘和任一随行鼠标与智能手机连接，以智能手机屏幕显示其视窗操作系统的人机交互界面，还可通过智能手机以外的显示设备扩展其人机交互界面，当包体被使用者携带时，使用者可通过键盘、任一随行鼠标对包体处的智能手机进行人机交互的输入、计算和输出的操作；
    所述人机交互包括以蓝牙耳麦进行的对所述智能手机输入和接收输出音频信息的移动人机交互；
    在人机交互时，所述智能手机可使用移动终端智能手机的操作系统或PC台式电脑操作系统，且两操作系统可相互切换；所述PC台式电脑操作系统为云端主机的PC台式电脑操作系统，或是预装于智能手机内的PC台式电脑操作系统。
  7. 根据权利要求6所述的包式计算机的移动人机交互方法，其特征在于：当需以包式计算机进行宣传，或是需以智能手机对包体进行美化时，使用者操作智能手机，使之通过所述位于挎肩包上手机显示屏位置处的窗孔放映视频或显示画面。
  8. 根据权利要求6或7所述的包式计算机的人机交互方法，其特征在于：所述包式计算机的智能手机包括5G通讯模块，以内置APP的方式可以高速间接调用各类不同操作系统的云计算主机，所述包式计算机除自身的两个显示屏以外还可有线连接或无线投屏连接的各种显示设备包括眼镜显示器、笔记本电脑、PC台式电脑、立挂大屏幕显示器、投影设备、VR设备、AR设备。
  9. 根据权利要求6所述的包式计算机的人机交互方法，其特征在于：所述智能手机可同时预装有原厂安装的移动操作系统和加装的PC台式电脑操作系统，且智能手机可切换用于人机交互的操作系统。
  10. 包式计算机的携带方法，其特征在于：权利要求4中所述的包式计算机，其出行携带方法为，包体內腔容纳携带出行人的随行日常用品；包体包口上设有软垫，包体装置有可挂在站立或散步的出行人的肩颈/或脖颈上的包带，当出行人操控键盘时，将所述挎肩包计算机装置绕前肩挎/或脖挎，双手手腕/或手掌/或虎口枕在包口软垫上，通过包带承受双手的重量以减轻手臂疲劳。
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