WO2012119552A1 - 可处理不同种类信息数据的多功能阅读工作台 - Google Patents

可处理不同种类信息数据的多功能阅读工作台 Download PDF

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Publication number
WO2012119552A1
WO2012119552A1 PCT/CN2012/072065 CN2012072065W WO2012119552A1 WO 2012119552 A1 WO2012119552 A1 WO 2012119552A1 CN 2012072065 W CN2012072065 W CN 2012072065W WO 2012119552 A1 WO2012119552 A1 WO 2012119552A1
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Prior art keywords
electronic
reading
information data
coordinate
circuit
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PCT/CN2012/072065
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English (en)
French (fr)
Inventor
丘炎卫
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深圳市王菱科技开发有限公司
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Priority claimed from CN2011100599739A external-priority patent/CN102194095A/zh
Application filed by 深圳市王菱科技开发有限公司 filed Critical 深圳市王菱科技开发有限公司
Priority to CN201280012216.9A priority Critical patent/CN103890776A/zh
Publication of WO2012119552A1 publication Critical patent/WO2012119552A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47B—TABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B21/00—Tables or desks for office equipment, e.g. typewriters, keyboards
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K7/00—Methods or arrangements for sensing record carriers, e.g. for reading patterns
    • G06K7/10—Methods or arrangements for sensing record carriers, e.g. for reading patterns by electromagnetic radiation, e.g. optical sensing; by corpuscular radiation

Definitions

  • the invention relates to a technology for combining traditional learning workbench and electronic reading two kinds of different products, in particular to Multi-function reading workbench that can handle different kinds of information data
  • the reading workbench is composed of a workbench, a reading device, a keyboard device and a flat media body.
  • the reading workbench acquires different information data through the reading device, the keyboard device and the planar medium body, and transmits the data to the central processor circuit including the storage device.
  • the processing is combined electronic data, and the combined electronic data can be adjusted to an electronic file associated with the central processing circuit of the storage device, and can be viewed through an attached electronic reader or an external electronic reading product.
  • the content of print media can be equipped with relevant graphic and audio-visual materials, which is the desire and demand of people and the inevitability of social development.
  • relevant graphic and audio-visual materials which is the desire and demand of people and the inevitability of social development.
  • experts have proposed 'e Paper's new argument; that is, paper-reading and e-reading will be pluralistic.
  • the invention aims to provide a solution to the different types of product technologies and integration of traditional desks and electronic IT technologies.
  • the present invention provides a multi-function reading workbench capable of processing different kinds of information data, the reading workbench being a combination of a workbench, a reading device, a keyboard device and a planar medium body, characterized in that;
  • the reading device includes an electronic coordinate device, an optoelectronic device, and a central processing circuit including a memory.
  • the electronic coordinate device is composed of an electronic coordinate circuit and an electromagnetic wave circuit capable of emitting a fixed frequency signal.
  • the photoelectric device includes an infrared emitter, a camera, and a photoelectric conversion circuit.
  • the photoelectric reading device is combined with the photoelectric device and the electromagnetic wave circuit, and different information data can be respectively obtained from the electronic coordinate circuit and the planar medium through the photoelectric reading device.
  • the surface of the planar medium body is printed with an invisible code.
  • the photoelectric reading device can acquire different information data from the planar medium and the electronic coordinate circuit, and transmit the data to the central processing circuit of the reading device including the storage device to process the combined electronic data.
  • the combined electronic data can be accessed by an electronic file associated with the central processing unit of the storage device, viewed through an accompanying e-reader, or viewed from an external electronic reading product.
  • the workbench is a combination of a work surface and a support structure.
  • the electronic coordinate circuit of the electronic coordinate device is placed in the work surface of the workbench,
  • the work surface is a plate-shaped body, and a flat medium body can be placed at an outer end of the work surface.
  • the electronic coordinate circuit is an electronic antenna array circuit board provided with a plurality of interleaved overlapping electronic antenna circuits.
  • the electronic antenna array circuit board has a metal line in the X-axis direction and another metal line in the Y-axis direction. And forming an array antenna loop by intersecting with the direction of the X-axis, the electronic antenna array circuit board can sense a fixed frequency signal emitted by the electromagnetic wave circuit, the combined interface of the electronic antenna array circuit board arrangement and the central processing including the memory
  • the A/D part of the circuit is electrically connected,
  • the electronic coordinate device is divided into a coordinate sensing area and a coordinate non-sensing area, and the coordinate sensing area corresponds to an effective sensing range of the built-in electronic coordinate circuit.
  • the planar medium is divided into a reading sensing area and a reading non-sensing area.
  • the reading sensing area corresponds to a coordinate sensing area of the electronic coordinate device
  • the reading non-sensing area corresponds to a coordinate non- sensing area of the electronic coordinate device
  • the work surface of the worktable is an active rotation that can be tilted.
  • the support structure of the worktable is height adjustable.
  • the photoelectric device is a plurality of combinations, and the B group photoelectric device comprises an infrared emitter, a camera and a photoelectric conversion circuit.
  • the Group B optoelectronic device can read the information data of the invisible code from the planar medium, and the photoelectric conversion circuit delivers the resolved information data to the central processor circuit including the storage.
  • the keyboard device includes digital, text, symbols, functions and preset information data buttons, and the keyboard device can be moved outside the table surface of the work surface or in the range of the table surface of the work surface.
  • the keyboard device can output electronic data for transmission to a central processing circuit of the reading device including the memory.
  • the surface of the planar medium body is printed with an invisible code.
  • the invisible code is composed of a plurality of tiny symbol units arranged in a fluorescent ink, and the fluorescent ink has an optical reaction to the infrared light of the infrared emitter.
  • the camera can capture the response image of the invisible code, and the photoelectric conversion circuit delivers the resolved information data to a central processor circuit including the memory.
  • the work surface is a plate-shaped body which is assembled at the panel position of the worktable, and the outer end of the plate-shaped body can be placed with a planar medium.
  • the work surface is a plate-shaped body, and the plate-shaped body is assembled at a panel position of the worktable, and a planar medium body can be placed at an outer end of the plate-shaped body.
  • the workbench is provided with a large panel, and the large panel is provided with a concave position corresponding to the panel body of the workbench, and the worktable surface can be freely loaded and unloaded in the concave position.
  • the workbench is provided with an electronic connecting device, and the electronic connectors inside the electronic connecting device are placed in an active manner, and the positions can be exchanged with each other at will.
  • the optoelectronic device is combined with an electromagnetic wave circuit and the device is in a compatible electronic reading product.
  • the invention provides an innovative reading workbench, which makes the traditional flat reading and electronic reading associated with each other more convenient and enhances the interest of people to read;
  • the reading workbench of the present invention acquires different information data sources through the reading device, the keyboard device and the planar medium, including the page number of the information content (the invisible code of the present invention), the coordinate position data, and the electronic data of the associated electronic file name. Combine a new electronic data for the tradition
  • the use of print media in conjunction with e-reading provides technical support for its scalability and efficiency advantages.
  • the mechanical structure design of the present invention integrates single-function products such as traditional study tables, office desks and computer desks into electronic IT technology. After integration, the goal of traditional flat media can be synchronized with e-reading.
  • FIG. 1A shows combined electronic data (A + XY) Schematic diagram of the principle
  • FIG. 1B is a schematic structural diagram of a wired connection of an optical reading device
  • FIG. 1C is a schematic structural diagram of a wireless connection of an optical reading device.
  • FIG. 2A is a schematic view of the appearance of the workbench
  • FIG. 2B is a schematic view 2 of the appearance of the workbench.
  • Figure 3A is a schematic view of the structure of Group B photoelectric devices
  • Figure 3B is a schematic view of the structure of Group B photoelectric devices 2
  • Figure 3C is B Schematic diagram of the structure of the photoelectric device 3
  • Figure 3D is a schematic diagram of the combined electronic data (A + XY + B)
  • Figure 3 E For the inner page of the plane blind papers
  • Figure 3F is the front and back cover of the plane blind papers.
  • Figure 4A is a schematic diagram of the combined electronic data (A + XY + B + E)
  • Figure 4B is the use of the workbench Schematic 1
  • Figure 4C shows the use of the workbench 2
  • FIG. 5A is a schematic diagram of a flat monthly calendar
  • FIG. 5B is a schematic diagram of a flat news newspaper
  • FIG. 5C is a schematic diagram of the use of a flat photography album
  • FIG. 5D is Schematic diagram of the use of a flat photography album 2
  • FIG. 6A is a perspective view showing a structure in which a large panel is provided with a concave position
  • FIG. 6B is a perspective view of the work surface
  • FIG. 6C is a large panel
  • FIG. 6D is a schematic view showing a structure in which a large panel is provided with an electronic connecting device
  • FIG. 6E is a device in which an electronic connecting device is combined.
  • FIG. 6F is a perspective view 1 of the electronic connector and the electronic connector.
  • FIG. 6G is a perspective view of the electronic connector and the electronic connector.
  • FIG. 7A is a schematic diagram of an application of an interactive demonstration system
  • FIG. 7B is a schematic diagram of an application of a fusion cloud storage
  • FIG. 7C is a schematic diagram of the present invention
  • FIG. 8D is a schematic diagram showing the effect of connecting a mobile phone according to the present invention
  • FIG. 7E is a diagram of a cover device of a rotatable handheld computer or a digital audiovisual mechanism according to the present invention. Schematic diagram of the effect,
  • FIG. 8A is a front perspective view of the built-in photoelectric reading device of the electronic reading product
  • FIG. 8B is a rear perspective of the built-in photoelectric reading device of the electronic reading product
  • Figure 8C is a perspective view of the electronic reading product with a detachable photoelectric reading device
  • Figure 8D is a schematic view of the use of the built-in photoelectric reading device of the electronic reading product.
  • the first step is to create an electronic file, and use the photoelectric reading device to select the information content of the planar medium.
  • the electronic antenna array circuit board can sense a fixed frequency signal emitted by an electromagnetic wave circuit X-Y Transfer to the central processor circuit (electronic coordinate data) containing the memory,
  • the surface of the planar medium body is printed with an invisible code
  • the invisible code is drawn by a fluorescent ink
  • the fluorescent ink has an optical reaction with the infrared light of the infrared emitter
  • the camera of the photoelectric device can capture the response image of the invisible code
  • the photoelectric conversion circuit distinguishes Information data A (equal page number)
  • the central processor circuit of the memory into combined electronic data (A+XY)
  • the second step of the photoelectric reading device selects the position set before (ie, the position of the information content of the planar medium body,
  • the combined electronic data (A+XY) The electronic file associated with the electronic device can be accessed, viewed through an electronic reader, or viewed from an external electronic reading product.
  • the present invention provides a multi-function reading workbench capable of processing different kinds of information data, the reading workbench being combined by the workbench 100, the reading device, the keyboard device 30 and the planar medium body 14, characterized in that;
  • the reading device includes an electronic coordinate device, a photoelectric device 22, and a central processing circuit 43 including a memory.
  • the electronic coordinate device is composed of an electronic coordinate circuit 42 and an electromagnetic wave circuit 21 that can emit a fixed frequency signal.
  • the optoelectronic device 22 includes an infrared emitter 221, a camera 222, and a photoelectric conversion circuit 223.
  • the photoelectric reading device 20 is combined with the photoelectric device and the electromagnetic wave circuit, and the different information data can be respectively obtained from the electronic coordinate circuit and the planar medium through the photoelectric reading device.
  • the surface of the planar medium body 14 is printed with an invisible code 141.
  • the optoelectronic reading device can acquire different information data from the planar medium and the electronic coordinate circuit, and transmit it to the central processing circuit 43 of the reading device including the storage device to process the combined electronic data.
  • the combined electronic data can be accessed by an electronic file associated with the central processing unit of the storage device, viewed through an accompanying e-reader, or viewed from an external electronic reading product.
  • the above-mentioned electronic reading products include compatible electronic products with visual screens such as computers, PDAs, handheld electronic readers, electronic learning machines, MP4, mobile phones and televisions.
  • the workbench 100 is combined by a work surface 101 and a support structure 102, as shown in Figures 2A and 2B.
  • the electronic coordinate circuit 42 of the electronic coordinate device is placed in the work surface 101 of the workbench.
  • the work surface is a plate-shaped body, and a flat medium body can be placed at an outer end of the work surface.
  • the electronic coordinate circuit 42 is an electronic antenna array circuit board provided with a plurality of interleaved overlapping electronic antenna circuits.
  • the electronic antenna array circuit board has a metal line in the X-axis direction and another metal line in the Y-axis direction. And forming an array antenna loop by intersecting with the direction of the X-axis, the electronic antenna array circuit board can sense a fixed frequency signal emitted by the electromagnetic wave circuit 21, the combined interface of the electronic antenna array circuit board arrangement and the storage-containing device
  • the A/D portion of the central processing unit circuit 43 is electrically connected.
  • the electronic antenna array circuit board of this embodiment uses a flexible conductive film, and other materials may also be used.
  • the electronic coordinate device is divided into a coordinate sensing area 1002 and a coordinate non-sensing area 1003. As shown in FIG. 4B, the coordinate sensing area corresponds to an effective sensing range of the built-in electronic coordinate circuit.
  • the planar medium 14 is divided into a reading sensing area 142 and a reading non-sensing area 143.
  • the read sensing area 142 corresponds to a coordinate sensing area of the electronic coordinate device
  • the read non-sensing area 143 corresponds to a coordinate non-sensitive area of the electronic coordinate device.
  • the work surface 101 of the work table is an active rotation that can be tilted.
  • the work surface 101 and the work surface sub-board 1011 are movablely hinged, and the work surface is as follows.
  • the bracket structure 102 is an movable connection that can be moved up and down. When the countertop 1011 rises or falls, the tilting role of the work surface changes to the optimal reading angle. .
  • the support structure 102 of the table is height adjustable.
  • the bracket structure 102 employs an active connecting mechanical structure. Through the adjustment of the up and down extension, the user's most suitable height is achieved.
  • the photoelectric device is a plurality of combinations, and the B group photoelectric device 22B is provided with an infrared emitter 221B, a camera 222B and a photoelectric conversion circuit.
  • the electronic coordinate device is provided with a group B photoelectric device 22B, which is placed in a small three-dimensional object.
  • the working surface is provided with a small through hole 105 corresponding to the bottom surface of the planar medium 14 for reading the non-sensing area.
  • the small three-dimensional object through-window 225 of the B-group photovoltaic device 22B is adjacent to the small through-hole 105 provided on the work surface.
  • the Group B optoelectronic device can read the information data of the invisible code from the planar medium, and the photoelectric conversion circuit delivers the resolved information data to the central processor circuit including the storage.
  • Group B Optoelectronic Devices Obtained Data and Electronic Data (A +XY) Synthesize new electronic data (A+XY+ B), as shown in Figure 3.
  • D the output capability of the present invention is increased by a geometric factor.
  • Braille is a combination of different embossed logos to express different words.
  • the occult person can click through the (browser) Braille content and select according to the directory guide.
  • ⁇ Bring up the associated electronic file to listen, the keyboard device and the sound prompt to output relevant electronic data - for deeper reading (sound), will effectively solve the blind when reading (touching) Braille (convex)
  • the reading device is provided with an electronic card reader placed in the range of the coordinate non-sensing area of the electronic coordinate circuit, corresponding to the reading non-sensing area of the planar medium body, and the planar medium body is provided with an IC card, based on the central processor including the memory
  • the circuit board or the IC card can adopt a flash memory, the data reading can be a linear connection, or a non-contact type radio frequency induction, and the electronic card reader transmits the electronic data of the reading IC card to the central processor circuit including the storage.
  • the keyboard device 30 includes digital, text, symbols, functions, and preset alternate information data buttons 31.
  • the keyboard device can be moved outside the range of the table top of the work surface 101.
  • the keyboard device can output electronic data, and the keyboard device inputs electronic data to be associated with the electronic file name, and transmits the data to the central processing circuit 43 of the reading device including the storage device to synthesize new electronic data (A+XY+B+E). As shown in Figure 4A.
  • the surface of the planar medium body 14 is printed with an invisible code 141.
  • the invisible code 141 is composed of a plurality of tiny symbol units arranged in a fluorescent ink, and the fluorescent ink has an optical reaction to the infrared of the infrared emitter.
  • the surface of the planar medium body can draw printing related texts, patterns and the like with ink that does not absorb infrared light, and the contents can overlap or not overlap with the printed invisible code.
  • the camera 222 can capture the response image of the invisible code 141, and the photoelectric conversion circuit delivers the resolved information data to a central processor circuit including the memory.
  • the planar medium is a monthly calendar of October 2012.
  • the planar medium is a news weekly of a certain period, because the tiny symbol unit of the invisible code is so small that it is visually easy to ignore,
  • the printed content has an aesthetic effect of almost zero.
  • the invisible code can be a single geometric image, or a number, or a character, or a symbol, or a combination of different characters.
  • the invisible code is equal to the page number data, which is the key basis for identifying different planar media bodies, in order to avoid the confusion of the reading content in the reading content.
  • the different planar media surfaces may not be printed with the same invisible code, and different invisible codes 141 may be printed.
  • the technology of the present invention can establish an associated electronic file for the picture content of the traditional plane photography album, as shown in FIG. 5C, the photoelectric reading device Click on the picture 17 position A point (set as the identification mark), the invisible code printed on the picture page is essentially the page number data of the picture page, and the two data can be combined into the electronic data of the identification mark.
  • the invisible code of the identification mark is 000123 page number
  • the electromagnetic wave circuit selects the picture content (set point A)
  • the identification mark is the ordinate number
  • 25 is the abscissa number
  • the name of the associated electronic file is established by using the key input of the keyboard, and the related information data is sent to the central processor circuit with the storage.
  • the photoelectric reading device selects the identification mark A, and the content of the associated electronic file can be displayed through the connected electronic reading product.
  • the corresponding software program can also set the identification mark for data reading to be within the range of the area where multiple coordinate points are proposed. As shown in Fig. 5D, different associated electronic files can be created for different characters (191, 192, and 193) in the picture.
  • the associated electronic files can be eliminated at will, and new associated electronic files can be re-established to achieve the use of anytime, random and anywhere.
  • the implementation example shows that the single reading function of the plane reading can be improved to the effect of stereo reading.
  • the work surface 101 is a plate-like body, as shown in FIG. 4B. As shown in Fig. 4C, the plate-like body is assembled at the panel position of the table, and the outer end of the plate-like body can be placed with a planar medium.
  • the workbench is provided with a large panel 200.
  • the large panel is provided with a recess 201 corresponding to the plate-like body of the worktop 101, and the worktop 101 can be freely loaded and unloaded in the concave position, as shown in Figs. 6A and 6B. As shown in 6C, it is convenient to use the conversion and repair.
  • the workbench is provided with an electronic connecting device 203, and the electronic connectors inside the electronic connecting device are placed in an active manner, and the positions can be exchanged with each other at will.
  • the electronic connector 204 is a power socket
  • the electronic connector 205 is a USB socket
  • the electronic connector 206 is a charging socket, and the user can exchange the electronic connectors in the electronic connecting device according to the needs of the workbench connection, so that the two sides are connected to each other for regular placement, and the table surface is beautiful.
  • the applicant's utility model patent 201020214840.5 'an interactive demonstration system for a paper-based window operating system' is a combination of a plurality of reading platforms of the present invention and can be provided for large-scale activities such as teaching, conferences, and forums. Simple and efficient technical support.
  • the present invention integrates a new central information processing system (such as cloud computing, cloud storage, etc.) technology, Application efficiency will be more effective.
  • a new central information processing system such as cloud computing, cloud storage, etc.
  • the optoelectronic device 22 combined with the electromagnetic wave circuit 21 is as shown in FIGS. 8A, 8B and 8C. As shown, the device is housed in a compatible electronic reading product.
  • the four corners of the flat medium body placed on the top of the electronic reading machine box are respectively provided with clamping devices, as shown in FIG. 4B.
  • the planar medium can be stabilized in the coordinate sensing area and the coordinate non-sensitive area.
  • the clamping device of this embodiment is made of a transparent material.
  • the electronic device of the cover device 53 can be rotated at any angle to browse the screen, and the display can be fully utilized. Depending on the effect.

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Description

可处理不同种类信息数据的多功能阅读工作台 技术领域
本发明涉及传统学习工作台与电子阅读两类不同产品融合使用的技术，特别是涉及一种 可处理不同种类信息数据的多功能阅读工作台 ，阅读工作台是由工作台、读数装置、键盘装置及平面媒介体组合，阅读工作台通过读数装置、键盘装置及平面媒介体中获取不同的信息数据，传送至含储存器的中央处理器电路处理为组合电子数据，该组合电子数据可调出含储存器的中央处理器电路关联的电子档案，通过附带电子阅读器阅览，或是外接的电子阅读产品阅览内容。
背景技术
随着数字、通信及网络技术的迅速发展和普及，人们获取知识和信息的渠道更加多样化，各种各样的电子图书、学习机、具有电脑功能的PDA等应运而生。
社会有部份人仕倡议以电子阅读器、手提电脑等电子阅读设置（如电子书包、电子会刊）代替传统纸质课本及纸质会刊的阅读方案，该类方案实际是'无纸化'的理论， '无纸化'经证明多年推动，其效果并不理想，成本高及效益低。
如教育工作者及学生，除了使用电子阅读设置外，仍需要带传统纸质课本吗？如参加会议的人仕，完毕后日后如何继续参阅相关会刊的内容？
事实人们生活中，离不开文字、图档、声音及视像等资料的记录和传播，但传统平面媒体所能表达的能力已经远远不能满足人类的实际需要，
如平面媒体的内容能够配有相关的图文影音资料，是人们的愿望和需求，也是社会发展的必然性，为此，专家们再提出'e 纸结合'的新论点；即纸书阅读和电子阅读将是多元并存。
另一方面，电脑已经成为普通家庭的日常用品之一，但摆放电脑的台子仍是传统的单一功能，与ＩＴ 技术的快速发展相比，市场现有的学习台、工作台及电脑台明显滞后社会的发展，即使公开相关的专利技术，重点在于机械结构的变革，而可实现传统台桌与电子IT技术融合的 一体化技术及产品目前还没有见到。
发明内容
本发明旨在提供解决 传统台桌与电子IT技术 不同类别的产品技术 融合 一体化使用，
为实现上述目的，本发明提供一种可处理不同种类信息数据的多功能阅读工作台，阅读工作台是由工作台、读数装置、键盘装置及平面媒介体组合，其特征在于；
所述读数装置包括电子坐标装置、光电装置及含储存器的中央处理器电路，
所述电子坐标装置是由电子坐标电路及一可发出固定频率信号的电磁波电路构成，
所述光电装置包括有红外线发射器、摄像器及光电转换电路，
由光电装置与电磁波电路组合光电阅读装置，通过光电阅读装置可从电子坐标电路及平面媒介体分别获取不同的信息数据，
所述平面媒介体表面印有隐形代码，
所述光电阅读装置可从平面媒介体及电子坐标电路中获取不同的信息数据，传送至读数装置含储存器的中央处理器电路处理为组合电子数据，
该组合电子数据可调出含储存器的中央处理器电路关联的电子档案，通过附带电子阅读器阅览，或是外接的电子阅读产品阅览内容。
所述工作台是由工作台面及支架结构组合。
所述电子坐标装置的电子坐标电路放置在工作台的工作台面内，
所述工作台面是板状体，工作台面的外面端部可放置平面媒介体，
所述电子坐标电路是设有多个交错重叠电子天线回路的电子天线阵列式电路板，电子天线阵列式电路板是由一金属线为X轴方向，而另一金属线则为Y轴方向，并与X轴的方向形成交叉方式而构成阵列式的天线回路，电子天线阵列式电路板可感应电磁波电路发出的固定频率信号，电子天线阵列式电路板排列的组合接口与含储存器的中央处理器电路的A/D部分作电子连接，
所述电子坐标装置划分为坐标感应区域及坐标非感应区域，坐标感应区域对应于内置电子坐标电路的有效感应范围。
所述平面媒介体划分为阅读感应区域及阅读非感应区域，
所述阅读感应区域对应于电子坐标装置的坐标感应区域，阅读非感应区域对应于电子坐标装置的坐标非感应区域。
所述工作台的工作台面是可作倾斜角度的活动旋动。
所述工作台的支架结构是可作高度调节。
所述光电装置是复数组合，设有B组光电装置包括有红外线发射器、摄像器及光电转换电路，
所述B组光电装置可从平面媒介体读取隐形代码的信息数据，光电转换电路把分辨的信息数据输送至含储存器的中央处理器电路处理。
所述键盘装置包括数字、文字、符号、功能及预置备用的信息数据按键，该键盘装置可作移动至工作台面的台面范围外，或收藏于工作台面的台面范围 内，
所述键盘装置可输出电子数据，传送至读数装置含储存器的中央处理器电路处理。
所述平面媒介体表面印有隐形代码，
所述隐形代码是由复数个微小符号单元排列构成，是以一荧光油墨绘制，荧光油墨对红外线发射器的红外线具光学反应，
所述摄像器可摄取隐形代码的回应影像，光电转换电路把分辨的信息数据输送至含储存器的中央处理器电路处理。
所述工作台面是板状体，该板状体拼合在工作台的面板位置，板状体的外面端部可放置平面媒介体。
所述工作台面是板状体，该板状体拼合在工作台的面板位置，板状体的外面端部可放置平面媒介体，
所述工作台设有大型面板，大型面板对应工作台面板状体设置凹位，工作台面可随意装卸在凹位内。
所述工作台设有电子连接装置合，电子连接装置合内的电子连接器是活动放置，及彼此可随意调换位置。
所述光电装置与电磁波电路组合的光电阅读装置，装置在兼容的电子阅读产品内。
本发明提供一种创新的阅读工作台，使传统平面阅读与电子阅读关联使用更加方便，提升人们阅读的兴趣；
1 、本发明的阅读工作台通过读数装置、键盘装置及平面媒介体中获取不同的信息数据源，包括信息内容的页码（本发明的隐形代码）、坐标位置数据及关联电子档案名称的电子数据，组合一新电子数据，为传统 平面媒体与电子阅读的关联使用提供 其扩展性和效率优势的技术支持 。
2 、本发明的机械结构设计， 使 传统学习桌、办公台及电脑台等单一功能的 产品 融合电子IT技术 一体化后，实现传统平面媒体可与 电子阅读 同步发展的目标。
附图说明
图1A为组合电子数据（ A ＋XY） 的原理示意图，图1B为光电阅读装置有线连接的结构示意图，图1C为光电阅读装置无线连接的结构示意图，
图2A为工作台的 外观 示意图1，图2B为工作台的 外观 示意图2，
图3A为 B 组光电装置结构示意图1，图3B为 B 组光电装置结构示意图2，图3C为 B 组光电装置结构示意图3，图3D为组合电子数据（ A ＋XY＋B） 的原理示意图，图3 E 为平面盲文书刊的内页示意图，图3F为平面盲文书刊的封面与封底示意图，
图4A为组合电子数据（ A ＋XY＋B＋E） 的原理示意图，图4B为工作台的 使用 示意图1，图4C为工作台的 使用 示意图2，
图5A为平面月历图的示意图，图5B为平面新闻报刊的示意图，图5C为 平面摄影图册 的使用示意图1，图5D为 平面摄影图册 的使用示意图2，
图6A为大型 面板 设置凹位的结构立体示意图，图6B为工作台面的立体示意图，图6C为大型 面板 装嵌工作台面的立体示意图，图6D为大型 面板设有 电子连接装置合的结构示意图，图6E为电子连接装置合的 装置 结构示意图，图6F为电子连接装置合放置电子连接器的立体示意图1，图6G为电子连接装置合放置电子连接器的立体示意图2，
图7A 为 交互演示 系统的应用示意图 ，图7B 为融合 云储存 的应用示意图 ，图7C 为本发明 连接平面电脑使用的效果示意图， 图8D 为本发明 连接手机使用的效果示意图， 图7E 为本发明 连接' 可旋转的掌上电脑或数字音像机构的封面装置'技术 的效果示意图 ，
图8A为电子阅读产品内置光电阅读装置的 正面立体 图，图8B为电子阅读产品内置光电阅读装置的 背面立体 图，图8C为电子阅读产品附带可装卸光电阅读装置的 立体示意 图，图8D为电子阅读产品内置光电阅读装置的使用示意图。
具体实施方式
下列实施例是对本发明的进一步解释和说明，对本发明不构成任何限制。
'纸上视窗系统'的工作原理；
第一步建立电子档案，使用光电阅读装置点选平面媒介体的信息内容，
所述电子天线阵列式电路板可感应电磁波电路发出的固定频率信号 X-Y ，传送至含储存器的中央处理器电路（电子坐标数据），
所述平面媒介体表面印有隐形代码，隐形代码是以一荧光油墨绘制，荧光油墨对红外线发射器的红外线具光学反应，光电装置的摄像器可摄取隐形代码的回应影像，光电转换电路分辨的信息数据 A （相等页码），经确认储存后，以上不同的数据分别含储存器的中央处理器电路处理为组合电子数据 （A+XY） ，
第二步光电阅读装置再点选前所设定的位置（即平面媒介体信息内容的位置，
所述该组合电子数据（ A+XY ） 可调出电子装置关联的电子档案，通过附带电子阅读器阅览，或是外接的电子阅读产品阅览内容。
为实现上述目的，本发明提供一种可处理不同种类信息数据的多功能阅读工作台，阅读工作台是由工作台100、读数装置、键盘装置30及平面媒介体14组合，其特征在于；
所述读数装置包括电子坐标装置、光电装置22及含储存器的中央处理器电路43，
所述电子坐标装置是由电子坐标电路42及一可发出固定频率信号的电磁波电路21构成，
所述光电装置22包括有红外线发射器221、摄像器222及光电转换电路223，
由光电装置与电磁波电路组合光电阅读装置20，通过光电阅读装置可从电子坐标电路及平面媒介体分别获取不同的信息数据，
所述平面媒介体14表面印有隐形代码141，
所述光电阅读装置可从平面媒介体及电子坐标电路中获取不同的信息数据，传送至读数装置含储存器的中央处理器电路43处理为组合电子数据，
如图1A所示，
该组合电子数据可调出含储存器的中央处理器电路关联的电子档案，通过附带电子阅读器阅览，或是外接的电子阅读产品阅览内容。
上述所指的电子阅读产品，包括电脑、掌上电脑、手持式电子阅读器、电子学习机、MP4、手机及电视机等具可视屏幕的兼容电子产品。
所述工作台100是由工作台面101及支架结构102组合，如图2A、图2B所示。
所述电子坐标装置的电子坐标电路42放置在工作台的工作台面101内，
所述工作台面是板状体，工作台面的外面端部可放置平面媒介体，
所述电子坐标电路42是设有多个交错重叠电子天线回路的电子天线阵列式电路板，电子天线阵列式电路板是由一金属线为X轴方向，而另一金属线则为Y轴方向，并与X轴的方向形成交叉方式而构成阵列式的天线回路，电子天线阵列式电路板可感应电磁波电路21发出的固定频率信号，电子天线阵列式电路板排列的组合接口与含储存器的中央处理器电路43的A/D部分作电子连接，
本实施例的电子天线阵列式电路板采用柔性的导电薄膜，也可以采用其它材料。
所述电子坐标装置划分为坐标感应区域1002及坐标非感应区域1003，如图4B所示，坐标感应区域对应于内置电子坐标电路的有效感应范围。
所述平面媒介体14划分为阅读感应区域142及阅读非感应区域143，
如图4C所示，
所述阅读感应区域142对应于电子坐标装置的坐标感应区域，阅读非感应区域143对应于电子坐标装置的坐标非感应区域。
所述工作台的工作台面101是可作倾斜角度的活动旋动 。
如图2B所示，工作台面 101 与工作台面 副板1011 是活动 铰合， 工作台面 副板1011 与支架结构102是可作上下伸延移 动的 活动 连接， 当 工作台面 副板1011上升或下降的因素，导致 使 工作台面产生倾斜的角色变化 至最佳阅读视角效果 。
所述工作台的支架结构102是可作高度调节。
如图2A 及 2B 所示，支架结构102采用活动的 连接 机械结构 ， 通过上下伸延的调校，达到使用者最适合的高度。
由于市场平面纸媒产品众多，为快速寻找出相关的资料内容，或者是保密之需要；
所述光电装置是复数组合，设有B组光电装置22B包括有红外线发射器221B、摄像器222B及光电转换电路，
如图3B所示，电子坐标装置设有B组光电装置22B，放置在小型立体物状内，
如图3A所示，工作台面开设有小通孔105对应于平面媒介体14阅读非感应区域的底面，
如图3C所示，B组光电装置22B的小型立体物状贯通窗口225与工作台面设有的小通孔105相邻对应贯通，
所述B组光电装置可从平面媒介体读取隐形代码的信息数据，光电转换电路把分辨的信息数据输送至含储存器的中央处理器电路处理。
B 组光电装置 获取的数据 与电子数据（ A ＋XY） 合成新的电子数据（A+XY+ B ）, 如图3 D 所示， 使本发明的 输出能力获得几何倍数的提升。
以下的实施例 是 盲文版新闻周刊的阅读方案；
如图3 E 所示，阅读（摸字）该盲文版新闻周刊时，B组光电装置从该盲文版新闻周刊的封面、封底非资料感应区域的隐形代码（ 也 可印有附有相关的内容讯息）读取相关索引数据（该盲文版新闻周刊的期号等），传送至含储存器的中央处理器电路板处理快速调出该期关联的电子档案。
盲文是通过不同的凹凸标志组合表达不同的文字，采用本发明的技术后，如图3F所示，障视人仕可通过阅读（摸字）盲文内容时，并根据目录导读指引进行点选 ―― 调出关联电子档案聆听，键盘装置配合声音的提示输出相关的电子数据 ―― 进行更深层的阅读（声音），将有效地解决盲人在阅读（摸字）盲文（凸字）时， 即使没有导师在场，仍可获到 盲文 教材内容相关的提示（包括文字、声音等），特别是解决融合教育发展的导师不足的问题。
以下是读取B组数据的另一种方法；
所述读数装置设有电子读卡器，放置在电子坐标电路的坐标非感应区域范围内，对应平面媒介体的阅读非感应区域，平面媒介体设有IC卡，基于含储存器的中央处理器电路板或IC卡可采用闪速存储器，数据读取可是线性连接，或是非接触式射频感应，电子读卡器把读取IC卡的电子数据传送至含储存器的中央处理器电路处理。
所述键盘装置30包括数字、文字、符号、功能及预置备用的信息数据按键31，
如 图4C所示，该键盘装置可作移动至工作台面101的台面范围外，
如 图4B所示，或收藏于工作台面101的台面范围 内 ,
所述键盘装置可输出电子数据，键盘装置 键入欲关联电子档案名称的电子数据， 传送至读数装置含储存器的中央处理器电路 43 处理 , 合成新的电子数据 （A+XY+ B +E ）, 如图4A所示 。
所述平面媒介体14表面印有隐形代码141，
所述隐形代码141是由复数个微小符号单元排列构成，是以一荧光油墨绘制，荧光油墨对红外线发射器的红外线具光学反应，
平面媒介体表面可以不吸收红外光的油墨绘制印刷相关文字、图案等内容，该等内容可与印有的隐形代码重叠或不重叠，
所述摄像器222可摄取隐形代码141的回应影像，光电转换电路把分辨的信息数据输送至含储存器的中央处理器电路处理。
如图5A所示，平面媒介体是2012年10月份的月历图，如图5B所示，平面媒介体是某期的新闻周刊，由于隐形代码的微小符号单元微小至在视觉上易忽略，对印刷内容造成美观的影响近乎零。
所述 隐形代码 可是单一的几何图像，或是数字，或是文字，或是符号等字符，或是混合不同的字符组合。
需要特别强调，为避免重码使用而导致阅读内容出现张冠李戴的混乱情况，本发明设定隐形代码相等于页码的数据，也即是识别不同平面媒介体的关键依据，
所述不同的平面媒介体表面不能印有相同的隐形代码，是可印有不同的隐形代码141。
以下是本发明的另一应用实施例；
第一个 实施例 是平面摄影画册的使用，传统的平面摄影画册大部分都是依靠文明旁述该图画的背景、内容等，也没有供电子阅读产品可直接读取的电子数据，
本发明技术可为传统平面摄影画册的图画内容建立关联的电子档案，参阅图5C所示， 光电阅读装置 点选图画17位置 A 点（设定为识别标志），图画页上印有的隐形代码实质为该图画页的页码数据，两者数据可组合成识别标志的电子数据，
具体地说，假设识别标志的隐形代码为000123页码，电磁波电路点选图画内容（设定 A 点 的识别标志）；25为纵坐标数字，25为横坐标数字，使用键盘的按键输入建立关联电子档案（图画的背景简介）的名称，相关的信息数据输送至含储存器的中央处理器电路处理为组合电子数据（000123＋25＋25图画的背景简介），经确认储存，事后， 光电阅读装置再 点选该识别标志 A ，关联电子档案的内容就可通过连接的电子阅读产品显示。
通过相应的软件程式，也可设定数据读取的 识别标志 是拟定多个坐标点构成的区域范围内， 如图5D所示，并可为图画中 不同的人物（191、192及193）分别建立不同的关联电子档案。
所建立的关联电子档案可随意消除，重新建立新的关联电子档案，达到随时、随意及随地的使用目标，以上 实施例证明，本发明使平面阅读的单一阅读功能，可提升至立体阅读的效果。
所述工作台面101是板状体， 如 图4 B 及4C所示，该板状体拼合在工作台的面板位置，板状体的外面端部可放置平面媒介体。
为满足不同的需求 ；
所述工作台设有大型面板200，大型面板对应工作台面101板状体设置凹位201，工作台面101可随意装卸在凹位内， 如 图 6A 、 6 B 及6C所示，方便使用变换、修理之用。
实际学习、工作中需要很多如电源插座、外接电子产品、充电等辅助设置，由于市场的产品规格大小不同，彼此的连接形成无规律性的摆设，导致使用不方便，同时严重影响学习台面或工作台面美观。
所述工作台设有电子连接装置合203，电子连接装置合内的电子连接器是活动放置，及彼此可随意调换位置。
请参阅 图6D、6E、6F及6G所示，假设电子连接器204为电源插座、电子连接器205为 USB 插座、 电子连接器206 为充电插座，使用者可根据 工作台 连接的需要对应调换 电子连接装置合内的电子连接器，使彼此连接为规律性放摆，保持台面美观。
如 图7A所示，申请人的实用新型专利201020214840.5号'一种纸上视窗操作系统的交互演示系统'，是由复数本发明技术的阅读工作台结合，可为教学、会议及论坛等大型活动提供简便而高效率的技术支持。
如 图7 B 所示， 本发明 融合新的中央信息处理系统（如云计算、云存储等）技术，其 应用效率将可获得更大的发挥。
所述光电装置22与电磁波电路21组合的光电阅读装置20，如图8A 、8B及8C 所示，装置在兼容的电子阅读产品内。
如图 8D 所示，使用内置光电阅读装置的电子阅读产品点选识别标志， 其效果与 图7C 、 7 D 及7E 所示 相等 。
为读取信息数据的准确性，电子阅读机盒的顶部放置平面媒介体的四角分别设有夹持装置，如图 4B 及4C所示，使平面媒介体可稳定在坐标感应区域及坐标非感应区域，本实施例的夹持装置采用透明材料制造。
如图 7E 所示，采用中国实用新型专利2008200017623号的'可旋转的掌上电脑或数字音像机构的封面装置'技术，封面装置53的电子阅读器是可旋转任意的角度浏览屏幕，可充分使用显示屏的可视效果。
尽管通过以上实施例对本发明进行了揭示，但是本发明的范围并不局限于此，在不偏离本发明构思的条件下，以上各构件可用所属技术领域人员了解的相似或等同元件来替换。

Claims (8)

1 、 一种可处理不同种类信息数据的 多功能阅读工作 台， 阅读工作 台 是由工作台（100）、读数装置、 键盘 装置 （ 30 ） 及 平面媒介体（ 14 ）组合，其特征在于；
所述 读数装置 包括电子坐标装置、光电装置（ 22 ）及含储存器的中央处理器电路（ 4 3 ），
所述电子坐标装置是由电子坐标电路（ 42 ）及一可发出固定频率信号的电磁波电路（ 21 ）构成，
所述光电装置（ 22 ）包括有红外线发射器（ 221 ） 、 摄像器（ 222 ）及光电转换电路 （ 2 2 3 ） ， 由 光电装置与电磁波电路组 合 光电阅读装置（ 20 ） ，通过 光电阅读装置可从电子坐标电路 及 平面媒介体分别 获 取 不同的信息 数据，
所述平面媒介体（ 14 ）表面印有隐形代码（ 141 ），
所述光电阅读装置可从平面媒介体及电子坐标电路中 获 取 不同的信息 数据 ， 传送至读数装置含储存器的中央处理器电路（ 4 3 ） 处理为组合电子数据，该组合电子数据可 调出含储存器的中央处理器电路关 联的电子档案， 通过 附带 电子阅读 器 阅览 ，或是外接的电子阅读产品 阅览内容。
2 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述工作台（100）是由工作台面（101）及支架结构（102）组合。
3 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述电子坐标装置 的 电子坐标电路（ 42 ） 放置在工作台的工作台面（101）内，
所述 工作台面是板状体，工作台面的外面端部 可放 置 平面媒介体 ，
所述电子坐标电路（ 42 ）是设有多个交错重叠电子天线回路的电子天
线阵列式电路板，电子天线阵列式电路板是由一金属线为 X 轴方向，而另一金属线则为 Y 轴方向，并与 X 轴的方向形成交叉方式而构成阵列式的天线回路，电子天线阵列式电路板可感应电磁波电路（ 21 ）发出的固定频率信号，电子天线阵列式电路板排列的组合接口与含储存器的中央处理器电路（ 4 3 ）的 A/D 部分作电子连接 ，
所述电子坐标装置划分为坐标感应区域（ 1002 ）及坐标非感应区域（ 1003 ），坐标感应区域对应于内置电子坐标电路的有效感应范围 。
4 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述平面媒介体（ 14 ）划分为阅读感应区域（ 142 ）及阅读非感应区域（ 143 ），
所述阅读感应区域（ 142 ）对应于电子坐标装置的坐标感应区域，阅读非感应区域（ 143 ）对应于电子坐标装置的坐标非感应区域。
5 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述工作台的工作台面（101）是可作倾斜角度的活动旋动。
6 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述工作台的支架结构（102）是可作高度调节。
7 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述光电装置 是复数组合，设有 B 组光电装置（ 22B ）包括有红外线发射器（ 221B ） 、 摄像器（ 222B ）及光电转换电路，
所述 B 组光电装置可从平面媒介体读取隐形代码 的信息 数据，光电转换电路把分辨的 信息 数据输送至含储存器的中央处理器电路处理 。
如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于，
所述 键盘 装置 （ 30 ） 包括数字、文字、符号、功能及预置备用的信息数据 按键（31），该 键盘 装置可作移动至工作台面（101）的台面范围外，或收藏于工作台面（101）的台面范围 内，
所述键盘 装置可输出电子数据 ，传送至读数装置含储存器的中央处理器电路（ 4 3 ） 处理。
9 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述平面媒介体（ 14 ）表面印有隐形代码（ 141 ），
所述隐形代码（ 141 ）是由复数个微小符号单元排列构成，是以一荧光油墨绘制，荧光油墨对红外线发射器的红外线具光学反应 ，
所述摄像器（ 222 ）可摄取隐形代码（ 141 ）的回应影像，光电转换电路把分辨的 信息 数据输送至含储存器的中央处理器电路处理 。
10 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述 工作台面（101） 是 板状体 ， 该板状体拼合在工作台的面板位置 ， 板状体的外面端部 可放 置 平面媒介体 。
11 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述 工作台面（101） 是 板状体 ， 该板状体拼合在工作台的面板位置 ， 板状体的外面端部 可放 置 平面媒介体 ，
所述工作台设有大型 面板 （200），大型 面板对应 工作台面（101） 板状体设 置 凹位 （201），工作台面（101） 可随意装卸 在 凹位 内 。
12 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于，
所述工作台 设有 电子连接装置合（203），电子连接装置合内 的 电子连接器是活动放置，及彼此可随意调换位置。
13 、如权利要求 1 所述的可处理不同种类信息数据的 多功能阅读工作 台，其特征在于；
所述光电装置（ 22 ）与电磁波电路（ 21 ）组 合的 光电阅读装置（ 20 ） ，装置在兼容的电子阅读产品内。
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