WO2009143737A1 - 多功能计算机充电电池系统及其应用方法 - Google Patents

多功能计算机充电电池系统及其应用方法 Download PDF

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Publication number
WO2009143737A1
WO2009143737A1 PCT/CN2009/071627 CN2009071627W WO2009143737A1 WO 2009143737 A1 WO2009143737 A1 WO 2009143737A1 CN 2009071627 W CN2009071627 W CN 2009071627W WO 2009143737 A1 WO2009143737 A1 WO 2009143737A1
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WIPO (PCT)
Prior art keywords
computer
module
rechargeable battery
extended application
function module
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Application number
PCT/CN2009/071627
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English (en)
French (fr)
Inventor
伍威
Original Assignee
Wu Wei
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.)
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Publication date
Application filed by Wu Wei filed Critical Wu Wei
Priority to JP2011600012U priority Critical patent/JP3171425U/ja
Priority to US12/995,048 priority patent/US8466651B2/en
Publication of WO2009143737A1 publication Critical patent/WO2009143737A1/zh

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Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/26Power supply means, e.g. regulation thereof
    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E60/00Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
    • Y02E60/10Energy storage using batteries

Definitions

  • Multifunctional computer rechargeable battery system and application method thereof Multifunctional computer rechargeable battery system and application method thereof
  • the present invention relates to the field of computers, electrochemical technology, communication technology, and network technology, and in particular, to a multi-function computer rechargeable battery system and an application method thereof.
  • PDA mobile phones or smart phones integrate PDA functions on mobile phones through embedded systems to implement personal information management (PIM), such as contacts, tasks, schedules, notes, etc., and can browse the Internet, send and receive mail, etc. under narrowband conditions.
  • PIM personal information management
  • An Internet application that handles text and small images as its main content.
  • the basic architecture of the PDA mobile phone is different from the X86 architecture of the general-purpose computer.
  • There are shortcomings such as low hardware configuration, software closed firmware, non-uniform standards, weak interoperability, poor scalability, and complicated operation, which makes it "Internet access, but not suitable for Internet access”.
  • a large-scale mixed-text page such as Sina, Sohu, and QQ's homepage
  • the above structural defects lead to it becoming a major hardware bottleneck for download speed and network applications.
  • the technical problem to be solved by the present invention is to provide a multi-functional computer rechargeable battery application system and an application method thereof, which realize multi-functional integration, and can simultaneously supply power to a computer and an extended application function module and expand a multi-functional application by using a charging system. It realizes the miniaturization of common external device and communication device application extension functions, which not only saves cost, but also is convenient to carry and realizes effective integration of resources.
  • the present invention uses the following technical solutions:
  • a multi-functional computer rechargeable battery application system comprising a computer unit, the rechargeable battery body of the computer, the rechargeable battery body and the computer body can be connected to enable the rechargeable battery body to supply or charge the computer body a computer interface, which is designed as a computer function module of a handheld notebook computer or a pocket computer, and further includes an extended application function module; the rechargeable battery body is configured to supply or charge the extended application function module, wherein The extended application function module is integrated with the rechargeable battery body in an embedded manner or combined with a rechargeable battery body in a detachable manner.
  • a method for applying a multi-function computer rechargeable battery comprising the steps of: setting a computer unit as a computer function module of a handheld notebook computer or a computer function module of a bag-type computer;
  • the computer unit of the present invention uses a computer function module of a handheld notebook computer or a pocket computer, and the rechargeable battery of the computer unit is connected to the power supply of the computer unit.
  • the extended application function module is powered.
  • the laptop is small enough to fit in a pocket, it is a popular external device and communication device application extension, and it is fully built-in (including embedded) for pocket computers and common external devices, communication devices and other devices. Or detachable), miniaturized, and integrated. .
  • FIG. 1 is a schematic diagram showing an embodiment of an application system of a multifunctional computer rechargeable battery of the present invention
  • FIG. 2 is a schematic structural view showing an embodiment of a multifunction computer rechargeable battery application system of the present invention
  • FIG. 3 is a schematic flow chart of an application method of the multifunctional battery rechargeable battery of the present invention. DETAILED DESCRIPTION OF THE INVENTION
  • the computer and the extended application function module of the present invention share a rechargeable battery, which not only reduces the cost but also is convenient to carry.
  • the extended application function module in the embodiment of the present invention may be a projector module, a mobile phone module, a walkie-talkie module, a scanner module, a printer module, a GPS module, a micro optical drive module, and a rechargeable battery provides a projector module and a mobile phone.
  • the power module or the charging power interface corresponding to the module, the walkie-talkie module, the scanner module, the printer module, the GPS module, the micro-optical drive module, and the specific implementation, the extended application function module and the computer can be fully built-in, for example, can be embedded
  • the method is integrated with the rechargeable battery body, that is, the extended application function module is embedded in the computer, fixed as a part of the computer, or combined with the rechargeable battery body in a detachable manner, that is, split and carried with the computer When installed together, it can be removed from the rechargeable battery body when in use.
  • FIG. 1 is a schematic diagram showing an embodiment of an application system of a multi-function computer rechargeable battery according to the present invention and an embodiment of an application system of the multi-function computer rechargeable battery of the present invention.
  • the application system of the multi-function computer rechargeable battery in this embodiment includes a computer unit 10, a multi-function computer rechargeable battery 20, and an extended application function module 30.
  • the extended application function module 30 is connected to the computer unit 10 through the rechargeable battery 20 of the computer unit 10,
  • the rechargeable battery 20 is thus shared with the computer unit 10.
  • the rechargeable battery 20 can be a 11. IV, 6000ma lithium battery.
  • the computer unit 10 can be designed as a computer function module of a handheld notebook computer or a pocket computer, and the application system can implement voice and data regardless of 2G or 3G/4G networks. Synchronous processing. In indoor environments, such as offices, homes, cafes, airports, hotels, etc., you can use the network card ADSL wired Internet access, WiFi wireless Internet access, while the computer unit 10 processes data services, the mobile phone unit 20 makes or receives ordinary calls. , the synchronization of voice and data is realized, and 2G and 3G/4G are respectively described below.
  • the mobile unit 20 can be used as a modem (Modem) of the mobile broadband network (WW AN) while being in the same
  • the voice stream is processed by the mobile phone device 20 on the carrier, and the data stream is processed by the notebook computer 10, and the two do not interfere with each other at the same time.
  • the program for downloading uploaded data does not need to be interrupted when answering the call; when transmitting real-time data streams, such as voice and video, the User Datagram Protocol (UDP) protocol can be used; when transmitting data packets, the transmission can be used. Control Protocol/Internet Protocol (TCP/IP) protocol.
  • UDP User Datagram Protocol
  • TCP/IP Control Protocol/Internet Protocol
  • the wireless communication protocol can be changed to achieve better voice communication.
  • the user can define the priority of the U D P stream as needed to ensure that sufficient bandwidth is reserved for the U D P stream. In the absence of the U D P stream, other data streams can still occupy this part of the bandwidth.
  • the computer unit 10 when implemented, includes a computer operating system such as XP Tablet, a computer system memory such as RAM 1G, a computer processor such as a CPU 1.6G And store for example a 1.8-inch hard drive HD 30G-120G.
  • a computer operating system such as XP Tablet
  • a computer system memory such as RAM 1G
  • a computer processor such as a CPU 1.6G And store for example a 1.8-inch hard drive HD 30G-120G.
  • the mobile phone unit 20 when specifically implemented, includes a mobile phone operating system such as Windows Mobile, a computer processor such as a processor MCU 400M, a mobile phone memory such as a ROM 64M, and a mobile phone system memory such as a memory RAM 64M.
  • a mobile phone operating system such as Windows Mobile
  • a computer processor such as a processor MCU 400M
  • a mobile phone memory such as a ROM 64M
  • a mobile phone system memory such as a memory RAM 64M.
  • the computer unit 10 can be provided with a shared memory for storing key data and key information such as communication information, multimedia files and security certificates, and does not store other unrelated application software.
  • the shared storage can be a memory solid state drive (SSD), which is read as a memory card in the phone mode and as an F disk in the computer mode.
  • the format for reading and saving can be read, modified, and set by the mobile unit 20 and the computer unit 10, respectively, so that complicated input can be operated in the computer unit 10, and simple input can be operated in the mobile unit 20.
  • the SSD solid state drive uses the FLASH chip as a storage medium, and it does not affect normal use even when moving at high speed or even with tilting and tilting. Even when the laptop accidentally falls or collides with a hard object, data can be lost. The possibility is minimized and provides better shock resistance. It has the advantages of long data retention time and fast file search rate, saving system power consumption, durability, shock resistance and reliability.
  • the computer unit 10 can also set up an HDD hard disk to store information other than the preset key data. Due to the relatively low cost of the HDD hard disk and the relatively high cost of the SSD solid state hard disk, the solution adopted in the present invention is to use the HDD as a large-capacity hard disk in a mobile environment, and use a 1G-4G SSD solid state hard disk. To store key data such as communication information, multimedia information, and security certificate information, which can provide low-cost mass storage and provide secure and reliable protection of critical data. Less power consumption to adapt to the mobile office environment.
  • the security certificate type information refers to a network application that requires a security certificate by many users, such as online banking, online securities, internal company authorization, and internal government authorization.
  • the present invention can use different solutions under different network conditions.
  • the voice service is completed through the VOIP free broadband network telephone indoors, and the voice service is completed through the paid voice call outdoors, thereby maximizing Limiting the cost of the call;
  • the voice service is completed through the paid voice call outdoors, thereby maximizing Limiting the cost of the call;
  • the 3G/4G mobile broadband Internet environment all indoor and outdoor VOIP free broadband Internet phones can be used to make domestic and international long distance and local calls, and truly free calls.
  • the user terminal system of the present invention is a dual-mode terminal of WLAN/3G. In the coverage area of the WLAN, WLAN access is generally preferred, because the cost of using the service is lower, and the bandwidth of the data service is more sufficient.
  • the terminal automatically switches to the 3G network, thereby achieving continuity of voice between WLAN and 3G. It is actually a better service and lower cost call service.
  • the VOIP can be used in almost any occasion where voice communication is required: communication between offices, complex point-to-multipoint conference calls, and white-page systems. It can be based on real-time work. It can also be used to provide a store-and-forward voice service. And both real-time and store-and-forward should be compatible and interoperable.
  • the email address in the virtual world and the mobile phone number in the real world can be bound as a personal identification number, so that the short message and email sent by the user will carry the bound email address and mobile phone number.
  • the encrypted identification code, the other party must return the same identification code, the user will receive, otherwise refused. Not only can have Effectively reduce spam and spam short messages, and can be used as personal identification marks or authentication, business authentication management passwords for online banking, online securities, online forums and blogs, which will greatly strengthen the construction of online credit system and promote the application of e-commerce. .
  • online banking, online securities, online forums, and blogs can use this identification code and decrypt the user's email address, IP address, and mobile phone number to locate the user in the virtual world and the real world. Identity and location, thereby reducing cybercrime and cyber violence.
  • the present invention supports Next Generation Internet (NGN) with IP Multimedia Subsystem (IMS) technology as the core, including real-time or non-real-time information services, multimedia call voice services, enhanced call management, group services.
  • NTN Next Generation Internet
  • IMS IP Multimedia Subsystem
  • Etc. and can aggregate different communication media, real-time online information sharing communication, multiple users can process the same data file in real time, online entertainment from single game to multi-user online participation in multimedia communication.
  • the computer unit and the mobile phone unit can simultaneously query, manage, and track a large number of different communication methods on the same platform, which can greatly improve the customer's satisfaction and work efficiency.
  • some customers only want or can only communicate by email, some customers only want or can only communicate by telephone, some customers only want or can only use instant messaging tools such as QQ to communicate, some customers only hope or can only Communicate with short messages, not only avoid using different communication methods to repeatedly harass customers' customer dislike, but also avoid all communication and data scattered on two different devices, and can not be fully synchronized, for unified management of all voice and data Difficulties can greatly improve customer satisfaction and work efficiency.
  • the mobile phone module can also share an SSD with the computer unit, thereby implementing an extended communication function based on the rechargeable battery;
  • the extended application function module is a scanner module, the scanner module can pass Connected to the computer unit in a wired or wireless manner to implement a rechargeable battery-based extended scanner function;
  • the extended application function module is a projector module, the projector module can be wired (eg, data line) or wirelessly Connected to the computer unit to implement an extended projector function based on a rechargeable battery;
  • the extended application function module is a printer module, the printer module is connected to the computer unit by wire or wirelessly, thereby implementing expansion based on the rechargeable battery
  • Projector Module Enlarged display area Expands display area from 3 to 7 inches to 7 inches to 17 inches
  • Mobile phone module voice communication function realizes point-to-point voice instant messaging and manages voice and data services on the same platform
  • the walkie-talkie module voice communication function realizes the point-to-multipoint or multi-point-to-multipoint instant broadcast communication printer module commonly used peripheral functions to realize the computer storage or Internet download of documents, invoices, bills, tickets, mail, fax anytime, anywhere printing
  • the common peripheral functions of the scanner module realize the software installation of the common peripheral functions of the micro-optical drive module through the Internet after the relevant files and pictures are scanned, CD-ROM burning, CD/DVD multimedia playback and other optical storage.
  • GPS module Other functions Realize global location tracking anytime, anywhere
  • the projector module is taken as an example to explain the related solutions and application examples.
  • a coin-only laser projector module can be built in a multi-function notebook battery. The module is small, but it can project a 7-inch to 17-inch projection area on the wall.
  • the projection module can realize digital light processing (DLP) digital projection technology using 3 LCD technology and 1 LCD technology.
  • the DMD micro-mirror system can be made very small and can be integrated into the multi-function laptop battery. Or in the phone.
  • the projection module consists of three lasers, a DLP chip, a power supply, and a length screen that can display DVD-quality video content on a single screen or wall, making it a video player or TV.
  • the real "screen,” size is much larger than the LCD screen on laptops and mobile phones. While browsing the web with built-in projector modules, enjoying literary works, and watching audio and video entertainment will greatly Improve the consumer experience.
  • the traditional projector module consists of three different LCD panels, which are responsible for outputting three different video signals, red, green and blue.
  • the new projector module can convert three colors with a single LCD panel. This reduces the size and manufacturing cost of the projector.
  • the new projector's LCD panel itself is only 0.24 inches and can be easily integrated into a pocket PC battery or mobile phone.
  • This projection technology is a display system that projects the reflected light from the light source onto the screen by adjusting the angle of the lens: Projecting the semiconductor laser beam onto the external plane through a small scanning mirror, which can be integrated into a pocket PC or mobile phone Among them.
  • the above-described pico projector generally requires a two-dimensional scanning lens when performing reflected light scanning.
  • This configuration consists of an actuator that longitudinally scans the lens and an actuator that laterally scans the lens.
  • vertical and horizontal scanning require frequencies of 60 Hz and several KHz, respectively. The reason why scanning at a frequency of several tens of Hz can be achieved is because the driver uses a polymer.
  • the drive is driven by a general electromagnetic method that is driven by a permanent magnet and an electromagnetic iron wound around the coil.
  • the polymer is used on the movable part - the struts of the lens.
  • the size of the prototype is 6mmx l2mmx3.7mm. It may be smaller in the future. In this way, it is possible to realize the application on a pocket PC battery or a mobile phone with a MEMS technology suitable for miniaturization design, and display images in an area of about 7 inches to 17 inches.
  • the scanner module is taken as an example to explain the related solutions and application examples.
  • the scanner module is very versatile: business people, journalists, builders, engineers, accountants, insurance agents, government officials, teachers, students, banking, insurance, securities, lawyers, judicial personnel, research institutions, architecture, Real estate development and so on are often used.
  • the present invention can scan documents, documents, such as: architectural drawings, various newspapers and magazines, books, commercial invoices, commercial contracts, posters, photo maps, important documents, newspapers, magazines, etc. Books, notes, invoices, contracts, important documents, certificates, plan drawings, sketches, textbooks, reference materials, etc.
  • the scanner module measures only 100mm x 13mm, weighs only 30g, and has a scan resolution of 200dpi to 600dpi.
  • the multi-roller stability control system has 2M to 8M flash memory shared with the computer module. For black and white documents, the flash memory can store up to 400 pages of A4 paper content and transfer it directly to the computer. It is very convenient to use. Going to the ordinary scanner is bulky, inconvenient to carry, and requires a wired connection.
  • the hard disk of the computer module is used as the expanded storage space of the scanner, which increases the total storage capacity of the scanning module by tens of thousands of times, and can be expanded from several megabytes to more than one hundred G.
  • the present invention can also be configured with a special scanning pen module, a business card scanning module and a micro-barcode scanner module in a multi-function battery.
  • Micro-barcode scanners help malls, warehouses, libraries, laboratories, and companies improve product inventory and data processing capabilities through automated data entry.
  • Barcode scanners are designed for a wide range of bar code products that scan barcodes in many different types and formats. Its high-speed performance ensures that all bar code information can be obtained with a single scan. Achieve 100% data integrity, eliminating manual data entry operations and meeting these needs through routine processing automation. While improving production efficiency, the total cost is greatly reduced, and some employees are also streamlined to perform more complicated work.
  • the barcode scanner's proprietary algorithms not only interpret small, damaged or unclear symbols, but are also particularly good at interpreting multiple types of bar code information.
  • the barcode scanner module has an extremely compact form factor (4.5 cm2, 2.2 cm high and weighs less than 2 ounces), with customizable data output and a Windows-based interface that can be integrated into pocket PCs and notebooks. In the computer.
  • Business card scanning module it takes only 3 seconds to enter a business card, 60 times of the business card manually entered.
  • the business card collected usually needs to be inserted gently, and the business card information will automatically enter the computer immediately. The operation is like swiping, and the business card will not pile up. , messy.
  • the summary management of business card data is leisurely. It can automatically understand accurate recognition, is not restricted by business card layout, and automatically recognizes simplified Chinese and English, English and digital mixed ranking films; Accurately recognizes nearly 100 kinds of printed fonts, recognizes simplified characters, traditional Chinese characters, Hong Kong characters with more than 12,000 words, recognition rate High, fast. It can be quickly searched by category management. It takes only 1 second to find a business card in the business card library.
  • Scanning pen module not only supports multiple text recognition, but also supports multiple font recognition, and can easily switch between text and images. Recognition rate: 98%, - minutes to easily input more than 600 Chinese characters! Graphic continuous scanning, instant recognition, instant transmission, no waiting.
  • recognition rate can be used to identify more than 100 kinds of Chinese simplified and traditional Chinese, Simplified and Traditional Chinese, English, numbers, special characters and other mixed texts; fast recognition, instant output, free of other complicated input Operation; It can intelligently identify Chinese traditional Chinese characters, and can scan traditional output as simplified or scan simplified output as traditional, intelligent tracking floating window, which greatly facilitates the user's proofreading work; easy switching of text and pictures; Insert; directly transfer text to the cursor position, user-friendly hidden interface, does not occupy any screen interface at all.
  • the printer module is taken as an example to explain the related solutions and application examples.
  • micro-printers have a wide range of applications.
  • this type of printer is used with a pocket PC. It is small in size, light in weight, reliable in performance, free from connection and easy to use. It is suitable for outdoor working environment.
  • the main scope of application is: mobile police system, tobacco distribution system, utility meter reading system, mobile office / mobile logistics system, portable instrumentation / testing equipment supporting equipment.
  • the following takes the GPS module as an example to explain the related solutions and application examples in detail.
  • GPS is a popular item for self-driving tours, outdoor adventures and hiking enthusiasts.
  • the people's living water has improved steadily, and more and more cars have entered the ordinary people's homes.
  • the related automobile consumption will increase, which will lead to the rapid formation of an entire industrial chain.
  • private cars have become a way of life for many front-end consumers, and self-driving tour has almost become the focus of every car race.
  • having an electronic navigator to accompany you will naturally save you a lot of time and money, which is quite important for the owners.
  • Many predictive vendors have already begun to do some research and development on navigation products, and with the gradual maturity of this market, GPS products are surging in the tide.
  • the GPS module of the present invention is divided into two types, embedded and detachable:
  • the ultra-small single-chip is only 3.74 mm X 3.59 mm X 0.6 mm, and its total size is less than 14 mm square. It can be called the world's smallest GPS receiver. Although the volume is the smallest in the world, The sensitivity is still as high as -160 dBm, and up to 1 second in positioning time, meeting the needs of high-performance, low-power, ultra-small-sized handheld devices and mobile phones.
  • Bluetooth wireless and USB wired With the rapid development of Bluetooth technology, more and more GPS modules are isolated and connected in a wireless manner such as Bluetooth. This makes many Bluetooth-enabled handheld devices become a GPS satellite navigator after installing the corresponding software. As the world's smallest Bluetooth GPS receiver. The size is 64 X 22 X 16mm and the battery only weighs 40 grams. It uses the latest third-generation power-saving GPS satellite positioning receiver chip built by SiRF. This third-generation receiver chip can track up to 20 satellite signals while the ultra-small GPS USB device is a handheld notebook. A notebook (notebook) or an ultra-portable computer (UMPC) with satellite positioning. Can be matched
  • the embedded and detachable wireless walkie-talkie module used in the present invention free intercom, one-to-one, one-to-many, many-to-many, one-to-many, no network restriction, no need for any call charges, no need to apply for a license, call Clear (automatic noise suppression), small size (only the size of an ordinary electronic watch), light weight (only 18 grams), long standby time, long distance of 3 kilometers, no need to manually switch the call mode (with voice control), how many Ten channels are arbitrarily selected, with multi-party conferencing function, and with large LCD screen and automatic lock, power-saving standby and other functions, one-to-one, one-to-many, multi-to-many calls.
  • call Clear automated noise suppression
  • small size only the size of an ordinary electronic watch
  • light weight only 18 grams
  • long standby time long distance of 3 kilometers
  • no need to manually switch the call mode with voice control
  • Ten channels are arbitrarily selected, with multi-party conferencing function, and with large LCD screen and automatic
  • the functions of the computer and the walkie-talkie can be realized at the same time, so that whether there is a mobile phone signal or a network signal, the communication can be maintained at any time, and the full-featured, all-day, all-time, comprehensive communication.
  • a flow chart of a method for implementing a multi-function computer rechargeable battery according to the present invention includes:
  • Step s1 l the computer unit is set as a computer function module of the handheld notebook computer or a computer function module of the pocket computer.
  • the computer function module or the pocket computer meter of the handheld notebook computer is used. The design of the computer function module;
  • Step s12 providing a rechargeable battery body and connecting the rechargeable battery body to the computer unit to cause the rechargeable battery body to supply or charge the computer unit.
  • the computer interface is a normal a computer power interface;
  • step s13 providing an extended computer interface for connecting the rechargeable battery body and the extended application function module to power or charge the rechargeable battery unit for the extended application function module, and when implemented, according to different extensions
  • the application function module, the extended computer interface must correspond to the extended application function module, and the specific description refers to the foregoing description, and details are not described herein again;
  • the extended application function module is integrated with the rechargeable battery body in an embedded manner or the extended application function module is combined with the rechargeable battery body in a detachable manner, and combined with the computer unit.
  • the expansion of the application function module to achieve multi-functional applications, such as integrated application of computer and mobile phone functions, integrated application of computer and projector functions, computer and scanner functions, and integrated application of computer and printing functions, etc. Narration.

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Description

多功能计算机充电电池系统及其应用方法
技术领域 本发明涉及计算机领域、 电化学技术领域、 通信技术领域、 网络 技术领域, 特别涉及多功能计算机充电电池系统及其应用方法。
背景技术
随着通信技术的发展, 电信业务需求正在向固定移动融合、语音 与互联网应用相结合的综合信息服务转变,无线宽带网络终端集成语 音 /数据通信将产生巨大的价值。
现代人的办公移动性越来越明显,人数也越来越多。人们越希望 能够在经常出入和停留的场所比如机场, 酒店, 市区的休闲广场上, 咖啡厅里, 地铁站, 郊外公园里随时随地进行语音通信以及访问互联 网, 没有地理位置的局限。
另外, 电脑 PC的小型化和多功能化是计算机技术发展的大趋势。 在计算机由 30吨重、 一个房间大小发展到 500克以下的手持式笔记本 电脑或者口袋式 PC时, 会出现一些新的应用问题, 比如显示面积较 小; 同时对于通讯设备、 常用外部设备和其他设备的功能集成, 也被 提上日程。 例如, 以集成手机功能为例子, 目前可以釆用有两种方案, 一种 方案通过掌上电脑(PDA )手机或智能手机实现, 另一种釆用手机与 手提电脑相结合的方案。
PDA手机或智能手机是通过嵌入式系统在手机上集成 PDA功能, 以实现个人信息管理(PIM ) , 如联系人、 任务、 日程、 便条等, 并 可在窄带条件下实现上网浏览,收发邮件等以处理文字和小图片为主 要内容的互联网应用。但是 PDA手机的基本架构不同于通用计算机的 X86架构, 存在硬件配置低, 软件封闭固化, 标准不统一, 互通性弱, 扩展性差, 操作复杂等缺点, 使其 "可以上网, 却不适合上网" , 比 如大型图文混合的页面, 如新浪、 搜狐、 QQ的首页, 通常只能集中 展示文字和部分小图片,无法提供给消费者台式机的完整互联网体验 (Full Internet Experience) , 几百兆大容量的文件也由于内存的限制无 法下载和播放。 当在宽带移动互联网下应用时, 由于上述结构缺陷导 致其成为下载速度和网络应用的主要硬件瓶颈。
在已经实现 3G/3.5G通讯技术的国家, 很多人目前釆用的是普通 笔记本电脑加手机的移动解决方案。 即用手机来完成语音通讯和 ΡΙΜ 管理, 用笔记本电脑来完成宽带上网和移动办公计算。 该方案的主要 缺点在于,各个功能各自独立,且需要两套电源系统、购买成本高昂、 使用费用高昂、 不能统一管理语音和数据。
发明内容 本发明解决的技术问题是提供一种多功能计算机充电电池应用 系统及其应用方法, 实现多功能的集成, 且可釆用一套充电系统同时 为计算机和扩展应用功能模块供电并扩展多功能应用,实现了小型化 的常用外部设备和通讯设备应用扩展功能, 不仅节约了成本, 而且携 带方便, 实现了资源的有效整合。
为解决上述问题, 本发明釆用如下的技术方案:
一种多功能计算机充电电池应用系统, 该系统包括计算机单元, 该计算机的充电电池体、可将所述充电电池体与计算机机体连结起来 使所述充电电池体为所述计算机体供电或充电的计算机接口,所述计 算机单元设计为手持式笔记本电脑或口袋式计算机的计算机功能模 块, 另外, 还包括扩展应用功能模块; 所述充电电池体设置为对所述 扩展应用功能模块供电或充电,其中所述扩展应用功能模块以嵌入方 式与所述可充电电池体结合为一体或者釆用可拆分方式与可充电电 池体结合。
一种多功能计算机充电电池的应用方法, 该方法包括以下步骤: 将计算机单元设置为手持式笔记本电脑的计算机功能模块或口 袋式计算机的计算机功能模块;
提供一充电电池体和将所述充电电池体与计算机单元连接起来 使所述充电电池体为所述计算机单元供电或充电的计算机接口;
提供将所述充电电池体与扩展应用功能模块连接起来使所述充 电电池体为所述扩展应用功能模块供电或充电的扩展计算机接口;以 及 以嵌入方式将扩展应用功能模块与所述可充电电池体结合为一 体或者釆用可拆分方式将扩展应用功能模块与可充电电池体结合,并 结合计算机单元与扩展应用功能模块各自功能, 实现多功能应用。 与现有技术相比, 本发明具有以下有益效果: 本发明计算机单元釆用手持式笔记本电脑或口袋式计算机的计 算机功能模块 ,该计算机单元的充电电池在为该计算机单元供电的同 时, 为接入的扩展应用功能模块供电, 另外, 通过结合计算机单元与 扩展应用功能模块的各自功能, 可实现多功能的集成及扩展应用, 不 仅节约了成本, 而且携带方便, 实现了资源的有效整合, 解决了当笔 记本电脑小到可以放到口袋中时,所迫切需要的常用外部设备和通讯 设备应用扩展功能, 而且实现了口袋式计算机和常用外部设备、通讯 设备和其他设备的全内置 (包括嵌入式或者可拆分式)、 小型化、 一 体化。。
附图说明
图 1 是本发明多功能计算机充电电池应用系统的一种实施例组 成示意图;
图 2 是本发明多功能计算机充电电池应用系统的一种实施例立 体结构示意图;
图 3是本发明多功能计算机充电电池的应用方法流程示意图。 具体实施方式 本发明的计算机和扩展应用功能模块共用一个充电电池,不仅降 低了成本, 而且携带方便。
需要说明的,本发明实施例中的扩展应用功能模块可以为投影仪 模块、手机模块、对讲机模块、扫描仪模块、打印机模块、 GPS模块、 微型光驱模块, 而充电电池相应提供投影仪模块、 手机模块、 对讲机 模块、 扫描仪模块、 打印机模块、 GPS模块、 微型光驱模块对应的电 源接口或充电电源接口, 另外, 具体实现时, 所述扩展应用功能模块 与计算机可实现全内置, 例如, 可以嵌入方式与所述可充电电池体结 合为一体, 即扩展应用功能模块嵌入到计算机中, 固定作为计算机的 一部分, 或者釆用可拆分方式与可充电电池体结合, 即与计算机实现 拆分, 携带时安装在一起, 使用时则可从充电电池体内取出。
下面以扩展应用功能模块为手机模块为例对本发明进行详细说 明。
参考图 1及图 2, 分别为本发明多功能计算机充电电池的应用系 统一种实施例示意图及本发明多功能计算机充电电池的应用系统一 种实施例立体示意图。
本实施例中多功能计算机充电电池的应用系统包括计算机单元 10、 多功能计算机充电电池 20以及扩展应用功能模块 30, 扩展应用 功能模块 30通过计算机单元 10的充电电池 20接入计算机单元 10中, 从而与计算机单元 10共用充电电池 20。 其中, 充电电池 20可以是一块 11. IV, 6000ma的锂电池。
当本实施例中的扩展应用功能模块 30为手机模块、 计算机单元 10 可设计为手持式笔记本电脑或口袋式计算机的计算机功能模块, 该应用系统不论 2G还是 3G/4G网络都可以实现语音和数据的同步处 理. 在室内环境, 如办公室、 家里、 咖啡厅、 机场、 酒店等, 可以使 用网卡 ADSL有线上网, WiFi无线上网, 在计算机单元 10处理数据 业务的同时, 手机单元 20拨打或接听普通电话, 实现了语音和数据 的同步处理, 下面分别对 2G和 3G/4G分别进行说明。 在 3G/4G的情况下,在一个载波上可同时支持语音和数据业务, 因此在室外环境下,可以使用手机单元 20作为移动宽带网络( WW AN ) 的调制解调器(Modem ) , 同时分别在同一个载波上由手机设备 20 处理语音流,由笔记本电脑 10处理数据流,两者互不干扰,同时进行。 在接电话时不需要中断下载上传数据的程序; 当传送实时的数据流, 例如语音和视频时, 可以使用用户数据报协议 (User Datagram Protocol, U D P )协议; 当传送数据包时, 可以使用传输控制协议 / 网间协议 (Transmission Control Protocol/Internet Protocol, TCP/IP) 协 议。 当用户选择对 U D P包使用优先级时, 可以通过改变无线通信协 议以实现更好的语音通信。 此外, 用户可以根据需要来定义 U D P流 的优先级别, 确保有足够的带宽优先保留给 U D P流, 在没有 U D P 流的情况下, 其它数据流仍可以占用这部分带宽。
计算机单元 10, 具体实现时, 包括有计算机操作系统例如 XP Tablet, 计算机系统内存例如 RAM 1G, 计算机处理器例如 CPU 1.6G 以及存储例如 1.8寸硬盘 HD 30G-120G。
手机单元 20, 具体实现时, 包括有手机操作系统例如 Windows Mobile,计算机处理器例如处理器 MCU 400M,手机存储器例如 ROM 64M, 手机系统内存例如内存 RAM 64M。
计算机单元 10中可设置存储通讯信息、 多媒体文件和安全证书 等关键数据和关键信息的共享存储器, 不存放其他无关的应用软件。 该共享存储储器可为内存固态硬盘(SSD ), 该 SSD固态硬盘在手机 模式被读为存储卡, 在计算机模式下默认为 F盘。 其读取和保存的 格式可以由手机单元 20和计算机单元 10分别读取、修改、设置优先 权, 这样复杂输入可以在计算机单元 10中操作, 简单的输入可以在 手机单元 20中操作。 SSD固态硬盘釆用 FLASH芯片作为存储介质, 即使在高速移动甚至伴随翻转倾斜的情况下也不会影响到正常使用, 甚至,在笔记本电脑发生意外掉落或与硬物碰撞时能够将数据丟失的 可能性降到最小,提供了更好的防震效果。 具有数据保存时间长及档 案搜寻速率快, 节省系统电源消耗量, 经久耐用、 防震抗摔和可靠性 强的优点。
另外, 计算机单元 10还可设置 HDD硬盘, 存储除预设关键数 据之外的信息。 由于 HDD硬盘的成本比较低, SSD固态硬盘的成本 比较高的因素, 本发明中釆用的方案就是在移动环境中釆用 HDD做 大容量的硬盘的同时, 釆用 1G-4G的 SSD固态硬盘来存储关键数据 如通讯信息类、 多媒体信息类和安全证书类信息,从而既可以提供低 成本的海量存储, 又可以提供对关键数据的安全可靠的保护, 同时减 少电力消耗, 以适应移动办公环境。
所述的安全证书类信息是指很多用户使用网上银行, 网上证券、 公司内部授权、 政府内部授权等需要安全证书的网络应用。
需要说明的,本发明在不同的网络条件下可釆用不同的解决方案, 在 2G环境下,在室内通过 VOIP免费宽带网络电话来完成语音业务, 在室外通过付费语音通话完成语音业务,从而最大限度降低了通话费 用; 在 3G/4G 移动宽带互联环境下, 可以实现室内室外全部使用 VOIP免费宽带网络电话来拨打国内国际长途和市内电话, 真正做到 全面免费通话。 另外, 本发明用户终端系统作为一个 WLAN/3G的 双模终端, 在 WLAN的覆盖区内, 一般优先使用 WLAN接入, 因为 这种方式用户使用业务的资费更低, 数据业务的带宽更充足。 当离开 WLAN 的覆盖区后, 终端自动切换到 3G 网络, 从而实现语音在 WLAN和 3G之间的连续性。 实际上是一种服务更好、 收费更低的通 话服务。
所述的 VOIP几乎可以用于任何需要语音通信的场合: 办公室之 间的交流、 复杂的点对多点电话会议和白版系统等等。 既可以基于实 时工作方式。也可以用于提供存储 -转发方式的语音服务。 并且实时 和存储 -转发两种方式应该兼容、 可互操作。
另外, 手持用户终端传输信息时, 可以将虚拟世界中的电子邮箱 和真实世界中手机号码绑定作为个人识别码,这样用户发送出去的短 消息和电子邮件将携带含有绑定电子邮箱和手机号码的加密识别码, 对方必须返回同样的识别码, 用户才会接收, 否则拒收。 不仅可以有 效减少垃圾邮件和垃圾短消息, 而且可以作为网上银行、 网上证券、 网上论坛和博客的个人识别标志或鉴权、 业务认证管理的密码, 将大 大加强网上的信用体系建设, 推动电子商务的应用。 同样的, 网上银 行、 网上证券、 网上论坛和博客也可釆用这种识别码, 并通过解密查 出用户的邮箱地址, IP地址和手机号码,从而在虚拟世界和真实世界 中准确定位用户的身份和位置, 从而减少网络犯罪和网络暴力。
另外, 本发明支持以 IP多媒体子系统( IP Multimedia Subsystem, IMS )技术为核心的下一代互联网 (NGN ),包括实时或非实时信息 类业务、 多媒体呼叫话音业务、 增强型呼叫管理、 群组业务等, 并可 将不同的通信媒介聚合起来、 实时在线的信息共享通信, 多个用户可 以实时处理同一个数据文件、从单机游戏到多用户在线参与的多媒体 沟通交流的在线娱乐。
本实施例通过计算机单元以及手机单元,可以在同一个平台同时 查询、 管理、 跟踪大量不同沟通方式的客户, 可以大大提高客户的满 意度和工作效率。 比如有的客户只希望或只能用电子邮件沟通、有的 客户只希望或只能用电话沟通、有的客户只希望或只能用即时通讯工 具如 QQ沟通、有的客户只希望或只能用短消息沟通, 不仅避免使用 不同的沟通方式反复骚扰客户带来的客户反感,也避免由于所有通讯 和数据分散在两台不同的设备, 并且不能全部同步,对于统一管理全 部语音和数据带来的困难, 可以大大提高客户的满意度和工作效率。
下面对本发明实施例中的计算机充电电池的其他多功能应用进 行详细说明。 当扩展应用功能模块为手机模块时 ,所述手机模块也可以与计算 机单元共享 SSD,从而实现基于充电电池的扩展通信功能; 当扩展应 用功能模块为扫描仪模块时,所述扫描仪模块可通过有线或无线方式 与所述计算机单元相连, 从而实现基于充电电池的扩展扫描仪功能; 当扩展应用功能模块为投影仪模块时,所述投影仪模块可通过有线方 式(例如数据线)或无线方式与所述计算机单元相连, 从而实现基于 充电电池的扩展投影仪功能; 扩展应用功能模块为打印机模块时, 所 述打印机模块通过有线或无线方式与所述计算机单元相连,从而实现 基于充电电池的扩展打印机功能;扩展应用功能模块为对讲机模块时, 所述充电电池电源扩展功能单元釆用标准对讲机电源接口或充电电 源接口,从而实现基于充电电池的对讲机功能; 扩展应用功能模块为 微型光驱模块时,所述微型光驱模块通过有线或无线方式与所述计算 机单元相连,从而实现基于充电电池的微型光驱功能; 扩展应用功能 模块为 GPS模块时, 所述 GPS模块通过有线或无线方式与所述计算 机单元相连, 从而实现基于充电电池的 GPS功能。
以下分别进行说明。
功能类别 应用
投影仪模块 扩大显示面积 实现显示面积由 3到 7英寸投影扩大到 7 英寸至 17英寸
手机模块 语音通讯功能 实现点对点语音即时通讯和将语音和 数据业务在同一平台管理 对讲机模块 语音通讯功能 实现了点对多点或者多点对多点的即 时广播通讯 打印机模块 常用外设功能 实现电脑存储或互联网下载的文件、发 票、 票据、 罚单、 邮件、 传真的随时随 地的打印 扫描仪模块 常用外设功能 实现了随时随地将相关的文件、图片扫 描后通过互联网发送 微型光驱模块 常用外设功能 实现软件安装, 光碟刻录, CD/DVD多 媒体播放等光存储
GPS模块 其他功能 实现了随时随地全球定位追踪
下面以投影仪模块为例, 详细说明相关解决方案和应用实例
在计算机由 30吨重、 一个房间大小发展到 500克以下的手持式笔 记本电脑或者口袋式 PC时, 会出现一些新的应用问题, 比如显示面 积较小, 会使得文字较小, 图片的显示效果不够理想, 网页的显示范 围较小, 虽然可以通过计算机上的放大和缩小键来调整, 或者通过外 接电视机和显示屏来解决多人共享的问题,可是在没有外接显示屏或 液晶电视时, 如何扩大显示面积, 以便多人共享呢? 本实施例中可以 通过在多功能笔记本电脑电池中内置只有硬币大小的激光投影仪模 块。 这种模块体积极小, 但是却可以在墙上投影出一块 7英寸到 17英 寸大小的投影区域。 这样不仅可以将手持笔记本电脑或者口袋式 PC中存储的, 或者 互联网上下载的和传送的流媒体、 图片、 文字、 视频随时随地播放, 将空气电影院变成现实, 而且甚至可以取代 PC内置的 LCD或者 LED 显示屏, 成为无屏幕显示的笔记本电脑和口袋式 PC, 由于显示屏的 成本通常占到 PC总成本的 30% , 从而可以大大减低口袋式 PC的成本 和价格。
投影模块可以釆用 3 LCD技术和 1 LCD 技术两种方式实现 数字光处理技术 DLP ( digital light processing )投影模块, 釆用 DMD微镜系统, 可以做得很小,可以被集成到多功能笔记本电池或者 手机中。 这款投影模块包含有三束激光、 一个 DLP芯片、 电源, 长度 屏幕上, 可以在一块银幕或墙上投影显示 DVD质量的视频内容,使得 它可以变身为一款视频播放机或电视机。通过使用这款投影模块, 真 正的"银幕,,尺寸比笔记本电脑和手机上的液晶显示屏要大得多。 而用 内置的投影仪模块浏览网页, 欣赏文学作品, 和观看影音娱乐节目将 大大改善消费者的体验。
传统的投影仪模块包含了三个不同的 LCD面板, 分别负责输出 红、 绿、 蓝三种不同的视频信号, 而这种新型投影仪模块只釆用单个 LCD面板便可进行三种颜色的转换,这样减少了投影仪的体积和制造 成本。 例如, 新型投影仪的 LCD面板本身只有 0.24英寸, 可以很容易 地集成到口袋式 PC电池或者手机里。 这种投影技术,是一种通过调节镜片角度将光源的反射光投射到 屏幕上的显示系统: 通过小型扫描镜, 将半导体激光器光束投影到外 部平面上,体积小巧能够集成到口袋式 PC或者手机之中。 具体来说, 上述的微型投影仪, 在进行反射光扫描时, 一般需要 2维扫描镜片的 结构。这种结构由纵向扫描镜片的致动器和横向扫描镜片的致动器配 合组成。 要想实现影像的显示, 纵向和横向扫描分别需要 60Hz与数 KHz以上的频率。之所以能实现几十 Hz频率的扫描,原因是驱动部分 使用了聚合物。
而驱动釆用的是一般电磁方式,通过永久磁铁和缠绕线圈的电磁 铁来驱动。 聚合物在可动部位-镜片的支柱上使用。 试制元件的大小 为 6mmx l2mmx3.7mm。 将来还可能做得更小。 这样一来, 就能够以 适于小型化设计的 MEMS技术, 实现在口袋式 PC电池或者手机上的 应用, 在 7英寸到 17英寸左右的区域中显示画面。
下面以扫描仪模块为例, 详细说明相关解决方案和应用实例。 扫描仪模块适用范围非常广阔: 商务人员、 记者, 建筑家、 工程 师、 会计师、 保险代理商、 政府官员、 老师、 学生, 银行业,保险业, 证券业,律师,司法人员,研究机构,建筑,房地产开发等等都经常需要使 用。 本发明可以扫描的一般扫描器很难甚至不能扫描的文件, 文档, 如:建筑施工图纸, 各类报刊杂志, 图书, 商业发票, 商业合同, 招贴 墙报, 图片地图,重要文件, 报纸、 杂志、 书籍、 笔记、 发票、 合同、 重要文件、 证明书、 规划图、 素描、 教科书、 参考材料等。 扫描仪模块的尺寸只有 100mmxl3mm, 重量仅为 30克, 扫描分 辩率为 200dpi到 600dpi,支持扫描模式黑 /白(lbpp)灰色( 4/8bpp )低 精度彩色 (12Bit ) 高精度彩色 (24 Bit ) 4 种模式选择, 每种模式 都允许用户自由选择是高精度模式还是一般模式, usb接口,具备一键 扫描功能, 支持名片识别管理、 文档识别管理功能, 内带图文管理 软件 BCR名片管理软件 OCR文本识别软件 (通过 OCR软件将印刷 文字扫描转为电子文档, 支持中文简体.繁体.韩文.日文. 英文 5种文 字 OCR 扫描软件), 扫描软件 可支持 Windows Imaging , PHOTO Sho 和其他类似图像处理 OCR软件。 设备特点多滚轮稳 定控制系统带了与计算机模块共享的 2M到 8M的闪存, 对于黑白的 文档, 所以该闪存可存最高 400页 A4纸上的内容, 直接传输到电脑 中, 使用非常方便, 免去了普通扫描仪体积庞大, 携带不便, 需要有 线连接的麻烦.
通过闪存作为緩存 ,以计算机模块的硬盘作为扫描仪的扩充存储 空间, 使得该扫描模块的全部存储容量增加了几万倍, 可以由几兆扩 充至一百多 G。
除了上述通用的微型扫描仪外, 本发明还可以在多功能电池中配 置特殊的扫描笔模块,名片扫描模块和微型条码扫描仪模块。
微型条形码扫描仪可以协助商场、仓库、图书馆、实验室和公司, 通过自动数据输入大大提高产品清点和数据处理能力。条形码扫描仪 是针对各种条码产品设计的,此条码扫描仪可扫描多种类型及不同格 式的条形码。其高速性能确保全部条码信息仅需一次性扫描即可获取 , 实现 100%的数据完整性, 免去了手工数据录入操作, 并通过常规处 理自动化来满足这些需求。在生产效率获得提高的同时, 大大降低总 成本, 也精简出部分员工来从事更复杂的工作。 该条形码扫描仪的专 有算法不仅能解读细小的、 受损的或印刷不清晰的符号, 而且在解读 多种类型的条码信息方面尤为出色。条形码扫描仪模块具有极为精巧 的外型 (面积 4.5平方厘米, 2.2厘米高, 重量不足 2盎司 ), 釆用了 可自定义的数据输出方式和基于 Windows的界面, 可以集成到口袋 式 PC和笔记本电脑中。
名片扫描模块, 录入一张名片仅需 3秒, 是手工录入名片的 60 倍, 平时收集的名片只需轻轻一插, 名片信息立刻自动进入电脑, 操 作就象刷卡, 从此名片不会堆积如山, 杂乱无章。 名片资料汇总管理 悠然自得。 能自动理解准确识别, 不受名片版面限制, 自动识别理 解简繁体中文、 英文、 数字混排名片; 准确识别近百种印刷字体, 识 别简体字、 繁体字、 香港字多达 12000多字, 识别率高, 速度快。 能 分类管理快速查找, 在名片库中查找一张名片只需 1秒, 除了通过 姓名、 手机、 区域等方式查询名片以外, 还可呼叫名片, 需要的名片 立刻会从上万张名片中跳到眼前,智能模糊查询也会根据您残留的模 糊记忆将名片找出。 从此告别找名片浪费时间、 找不到名片的烦恼。 名片信息永不丟失。 扫描笔模块, 不仅支持多种文字识别, 而且支持多种字体识别, 而且能在文字、 图片轻松切换, 识别识别率: 98%, —分钟轻松输入 600个以上汉字! 图文连续扫描, 即时识别, 瞬间传输, 无需等待。 可以高达 98% 的识别率识别宋体、 楷体、 黑体、 魏碑、 隶书、 行楷等百余种中文简 繁体、 英文、 数字、 特殊字符等混排的文本; 快速识别, 即时输出, 免除其他繁杂的输入操作; 能够智能识别中文检体繁体, 并能够根据 需要扫描繁体输出为简体或扫描简体输出为繁体,智能跟踪浮动窗口, 极大的方便了用户的校对工作; 文字、 图片轻松切换; 签名文档自由 插入; 直接把文字传输到光标位置, 人性化的隐藏界面, 完全不占用 任何屏幕界面。
下面以打印机模块为例, 详细说明相关解决方案和应用实例 在下列应用场合中, 微型打印机有着广泛的应用,
医疗仪器 仪器仪表 手持仪器
消防仪器 测量仪器 移动设备
分析仪器 电力仪器 信息查询终端
秤重仪器 记录设备 便携仪器 通过口袋式 PC的输出打印, 避免手写的误差, 确保信息准确可 靠, 及时提供单据, 全面满足移动办公的需求。
例如以一款手持式热敏打印机为例 , 该 型打印机通过口袋式 PC配套使用。 具有体积小、 重量轻、 性能可靠、 免连接、 使用方便 的特点, 适合于户外作业环境。 主要适用范围有: 移动警务系统、 烟 草配送系统、 公用事业抄表系统、 移动办公 /移动物流系统、 便携式 仪器仪表 /检测设备配套设备等。 下面以 GPS模块为例, 详细说明相关解决方案和应用实例。
GPS是自驾车游、户外探险和徒步旅行爱好者的常用物品。 随着 时代的发展和科技的进步,人民的生活水平稳步提升, 汽车越来越多 的进入了寻常百姓人家。 这样一来, 相关的汽车消费也就随之增加, 带动了一整条产业链的迅速成型。一时间私家车成为很多前端消费者 的一种生活方式, 自驾游几乎成为每一个有车族谈论的焦点。 面对陌 生的城市和道路状况,有一个电子导航员陪伴在身边自然会为你节省 不少时间和油钱, 这对于车主们来说是相当重要的一件事情。很多有 预见性的厂商早已开始针对导航产品做了一定的研发,加上这个市场 的逐步成熟, 一时间 GPS产品如潮水一般汹涌来袭。
本发明的 GPS模块分为两种, 嵌入式和可拆分式:
嵌入式可釆用瑟孚( SiRF III或者 Hammerhead II芯片, 该颗全球 最小的 GPS接收器晶片, 整合 LNA、 RF down-converter, 及讯号处 理基频技术, 在 1片 RF CMOS颗粒上, 因此, 此颗超小单晶片之尺 寸只有 3.74 mm X 3.59 mm X 0.6 mm, 其总尺寸也小于 14 mm平方, 可称之为目前全球最小型的 GPS接收器。 虽然体积是全球最小, 不 过, 其所提供之灵敏度仍高达 -160 dBm, 而在定位时间上则快达 1秒 钟, 可满足高性能、 低功率、 超小体积手持设备和移动电话的需求。
可拆分式, 又分为蓝牙无线和 USB有线两种连接方式: 随着蓝牙技术的飞速发展,越来越多的 GPS模块被独立出来, 以蓝牙这种无线方式进行连接。这样一来使得很多具有蓝牙功能的掌 上设备都可以在加装相应软件后成为一台 GPS卫星导航器。 作为全 球最小的一款蓝牙 GPS接收器。体积尺寸为 64 X 22 X 16mm,含电池 仅重 40克。 釆用了内建美国瑟孚(SiRF )最新第三代省电 GPS卫星 定位接收芯片,这个第三代接收芯片的它最多可以追踪 20颗卫星信号 而超小型的 GPS USB 装置为手持式笔记型计算机(notebook) 或是超轻便型计算机(UMPC)加上卫星定位功能。 可搭配
Microsoft™ Streets & Trips、 AutoRoute 及其它应用软件,应用于导航、 记录航迹、记录有趣的地方、在照片上加上经纬度资料 (GeoTagging) 等。 经由在线地图或在线卫星空照图, 更能和他人明确的分享您的体 马全以及日后回忆。 下面以对讲机模块为例, 详细说明相关解决方案和应用实例。 无线对讲机的用途非常广泛
1、 情侣对讲; 母婴对讲; 老人看护; 病房对讲; 警方抓捕; 建 筑施工;
2、 楼宇对讲; 保安安防; 学校教学; 政府会议; 军事训练; 旅 游爬山;
3、 逛街购物; 节日送礼; 同事同学之间送礼.
4、 公关公司 /制片公司、娱乐场所、喜庆服务、组织大型活动、 旅行社、 建筑 /装修公司、 社区服务 全功能,全天侯,随时随地的全面通讯工具非常重要,外出旅游、 探险, 大型商场购物, 参加大型户外演唱会, 大型庆典活动, 深 入敌后的隐蔽军事行动等都需要及时保持联系, 但这些地方有的 没有电话线, 有的无手机信号, 这时数码无线对讲机模块就能充 分发挥它补充通讯作用
本发明釆用的嵌入式和可拆分式无线对讲机模块, 自由对讲,一 按就说一对一,一对多, 多对多, 没有网络限制, 无需任何通话费, 无需申请执照, 通话清晰(自动噪声抑制功能), 体积小 (只有普通 电子手表大小), 重量轻(只有 18克), 待机时间长, 通话距离长达 3 公里, 不用手动切换通话模式(有声控功能), 有几十个频道任意 选择, 有多方会议功能, 并具有超大液晶显示屏和自动锁定、 节电待 机等功能, 可一对一, 一对多, 多对多方通话。
而通过与口袋式 pc的结合, 则可同时实现计算机与对讲机的功 能, 这样无论有无手机信号、 网络信号, 都可以随时保持流畅的通讯, 实现了全功能, 全天侯, 随时随地的全面通讯。
参考图 3 , 该图为本发明多功能计算机充电电池的实现方法的流 程示意图, 包括:
步骤 sl l , 将计算机单元设置为手持式笔记本电脑的计算机功能 模块或口袋式计算机的计算机功能模块, 具体实现时, 为了实现设备 的小型化, 以及便于集成其他功能, 所述计算机单元需要小型化, 因 此,釆用了手持式笔记本电脑的计算机功能模块或口袋式计算机的计 算机功能模块的设计;
步骤 sl2, 提供一充电电池体和将所述充电电池体与计算机单元 连接起来使所述充电电池体为所述计算机单元供电或充电的计算机 接口, 具体实现时, 所述计算机接口即为通常的计算机电源接口; 步骤 sl3 , 提供将所述充电电池体与扩展应用功能模块连接起来 使所述充电电池体为所述扩展应用功能模块供电或充电的扩展计算 机接口, 具体实现时, 根据不同的扩展应用功能模块, 所述的扩展计 算机接口必须与扩展应用功能模块对应, 具体参考前述说明, 这里不 再赘述;
另外, 本发明中在步骤 sl4 , 以嵌入方式将扩展应用功能模块与 所述可充电电池体结合为一体或者釆用可拆分方式将扩展应用功能 模块与可充电电池体结合,并结合计算机单元与扩展应用功能模块各 自功能, 实现多功能应用, 例如, 计算机与手机功能的集成应用, 计 算机与投影仪功能的集成应用, 计算机与扫描仪功能以及计算机与 打印功能的集成应用等, 这里不再赘述。
以上所述是本发明的优选实施方式, 应当指出,对于本技术领域 的普通技术人员来说, 在不脱离本发明原理的前提下, 还可以做出若 干改进和润饰, 这些改进和润饰也视为本发明的保护范围。

Claims

权利要求
1、 一种多功能计算机充电电池应用系统, 包括计算机单元, 该 计算机的充电电池体、可将所述充电电池体与计算机机体连结起来使 所述充电电池体为所述计算机体供电或充电的计算机接口,其特征在 于,所述计算机单元设计为手持式笔记本电脑或口袋式计算机的计算 机功能模块, 另外, 还包括扩展应用功能模块; 所述充电电池体设置 为对所述扩展应用功能模块供电或充电,其中所述扩展应用功能模块 以嵌入方式与所述可充电电池体结合为一体或者釆用可拆分方式与 可充电电池体结合。
2、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为手机模块, 所述手机模块通过有 线或无线方式与计算机进行连接。
3、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为手机模块, 该手机模块与计算机 单元共享 SSD。
4、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为扫描仪模块, 所述扫描仪模块通 过有线或无线方式与计算机单元相连。
5、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为投影仪模块, 所述投影仪模块通 过有线或无线方式与计算机单元相连; 或
所述扩展应用功能模块为打印机模块,所述打印机模块通过有线 或无线方式与计算机单元相连。
6、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为全球定位系统 GPS模块, 所述 全球定位系统模块通过有线或无线方式与计算机单元相连; 或
所述扩展应用功能模块为微型光驱模块,所述微型光驱模块通过 有线或无线方式与计算机单元相连。
7、 根据权利要求 1所述的多功能计算机充电电池应用系统, 其 特征在于, 所述扩展应用功能模块为对讲机模块, 所述充电电池釆用 可拆分式的对讲机电源接口或充电电源接口。
8、 一种多功能计算机充电电池的应用方法, 其特征在于, 包括 以下步骤:
将计算机单元设置为手持式笔记本电脑的计算机功能模块或口 袋式计算机的计算机功能模块;
提供一充电电池体和将所述充电电池体与计算机单元连接起来 使所述充电电池体为所述计算机单元供电或充电的计算机接口; 提供将所述充电电池体与扩展应用功能模块连接起来使所述充 电电池体为所述扩展应用功能模块供电或充电的扩展计算机接口; 以 及
以嵌入方式将扩展应用功能模块与所述可充电电池体结合为一 体或者釆用可拆分方式将扩展应用功能模块与可充电电池体结合,并 结合计算机单元与扩展应用功能模块各自功能, 实现多功能应用。
9、 根据权利要求 8所述的多功能计算机充电电池的应用方法, 其特征在于, 所述扩展应用功能模块为手机模块、投影仪模块、 扫描 仪模块、 打印机模块、 对讲机模块、 全球定位系统 GPS模块、 微型 光驱模块, 所述充电电池扩展计算机接口可相应釆用标准手机、投影 仪、 扫描仪、 打印机、 对讲机、 全球定位系统 GPS模块、 微型光驱 模块的电源接口或充电电源接口。
10、 根据权利要求 8所述的多功能计算机充电电池的应用方法, 其特征在于,所述计算机单元与扩展应用功能模块釆用有线或无线方 式相连。
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