CN102163105A - Human-computer interaction touch table for screen input of surface computer - Google Patents

Human-computer interaction touch table for screen input of surface computer Download PDF

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CN102163105A
CN102163105A CN 201010112710 CN201010112710A CN102163105A CN 102163105 A CN102163105 A CN 102163105A CN 201010112710 CN201010112710 CN 201010112710 CN 201010112710 A CN201010112710 A CN 201010112710A CN 102163105 A CN102163105 A CN 102163105A
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surface
screen
touch
input
computer
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CN 201010112710
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Chinese (zh)
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张海宏
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固安迪诺普科技有限公司
张海宏
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Abstract

The invention discloses a human-computer interaction touch table for screen input of a surface computer. A horizontal transmission surface display screen table surface device (10) and a screen input device (14) are overlapped with a corresponding screen input multi-infrared window device (11) and arranged on a backlight light-field box table body device (12); a touch back-shadow quick image-taking identification response device (13) is arranged inside the backlight light-field box table body device (12); a computer processor device (15) and a television signal processing device (16) are arranged inside a table body chassis (105); and an instant surface communication device (17) is arranged inside the table body chassis (105) and connected with the computer processor device (15). The invention also relates to a method for identification and control of a surface optical multi-touch mobile cursor and a quick browsing method in a surface tree dragging mode for human-computer interaction display on a screen surface of the human-computer interaction touch table for the screen input of the surface computer. The invention also relates to a data medium which comprises a coded instruction and is used for executing operation in a frame of a human-computer interaction scheme of the human-computer interaction touch table for the screen input of the surface computer.

Description

一种平面计算机屏幕输入人机交互触摸桌子 A flat screen computer input human-computer interaction touch the table

技术领域 FIELD

[0001] 本发明涉及一种水平透射平面显示屏幕作为桌子面并可以在水平透射平面显示屏幕表面进行屏幕输入的平面计算机屏幕输入人机交互触摸桌子。 [0001] The present invention relates to a flat display screen as a transmission level of the table surface and can transmit a display screen in a horizontal plane surface of a computer screen for flat screen touch interactive input from the input table. 本发明还涉及一种表面光学多重触摸移动光标识别控制方法和一种用于在平面计算机屏幕输入人机交互触摸桌子屏幕表面进行人机交互显示的表面树状粘拖快速浏览方法。 The present invention further relates to an optical multi-touch surface to move the cursor and a method for identifying a control input interactive touch screen surface of the table surface drag sticky interactive tree in the plane of the computer screen displays a quick method. 本发明还涉及一种包含编码指令的数据介质,通过平面计算机屏幕输入人机交互触摸桌子的计算机装置解释,以用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 The present invention further relates to a data medium containing coded instructions, executed by a computer apparatus explained interactive touch input through the plane of the table computer screen for a touch interactive input frame table in the plane of the computer screen interactive scheme operating.

背景技术 Background technique

[0002] 众所周知,触摸桌子是一种桌体水平平面显示计算机装置,人机交互的方式主要是触摸,人机交互方式很单一,还不能摆脱键盘鼠标方式的输入,更不能实现多种输入方式同时共存或融合显示的屏幕输入,现有的屏幕显示表面还不能直接识别图形标签物体,只能通过外接设备实现对图形标签物体的识别,更不能进行图形标签物体与屏幕显示图像的融合显示直接用于人机交互,现有的触摸桌子也没有数字电视功能,另外无论是LCD液晶显示屏幕还是投影显示光学屏幕因其结构比较脆弱抗污染能力较差都不能直接作为水平显示桌子面的载物面和多种方式的屏幕输入使用。 [0002] It is well known touch the table is a computer desk body horizontal plane display device, the main mode of human-computer interaction touch, human-computer interaction is a single, can not get rid of the keyboard and mouse input mode, but can not achieve a variety of input methods or fused coexist input screen display, a conventional display screen surface can not directly recognize the graphics object tag, label graphics can only achieve the identification of an object by an external device, but can not be graphical object and the tag displays the screen image is displayed directly fused man-machine interaction, there is no existing touch table, digital TV, whether additional LCD display screen or projection display optical screen structure is fragile because of poor resistance to contamination can not be directly displayed as a horizontal loading surface of the table and face a variety of ways to use screen input. 目前用于触摸桌子水平显示的桌体显示装置没有能够用于屏幕输入人机交互识别的共用传感空间的背光光场盒桌体,各种屏幕输入传感器只能分设或分别使用不能互用,造成功能不能融合显示,增加了装置的繁琐性,使触摸桌子功能只能单一运行,各种功能不能复合集成使用,水平显示触摸桌子的使用效率非常低,例如;水平显示触摸桌子的计算机处理器装置虽然可以利用蓝牙技术与移动通信手机电话进行数据交换,但是不能利用水平显示触摸桌子的屏幕表面在桌体水平透射平面显示屏幕表面通过触摸和视觉显示直接操作,替代在移动通信手机电话屏幕上的操作与移动通信手机电话进行表面通信来交换数据进行表面通信的人机交互。 Currently the level of the table the table body for a touch device is not displayed on the display screen can be used to enter the table cassette body backlight light field space common interactive sensor identification, various screen input sensor can not be divided or separate use interoperable, integration display function can not cause an increase of the cumbersome nature of the apparatus, so that only a single touch operation function tables, various complex functions can not be integrated using the horizontal touch table display efficiency is very low, for example; a touch horizontal desk computer processor It means although may utilize Bluetooth technology and mobile communication mobile phone for data exchange, but can not use the horizontal display screen surface of the touch table, in the table the levels transmissive flat display screen surface by touching and visual display direct operation, instead of on a mobile communication mobile phone screen the operation of the mobile communication surface mobile phone communication to exchange data communication with the surface of human-computer interaction. 目前的触摸桌子只是将显示器的显示屏幕直接改变使用方向形成水平显示,但是显示器与桌子仍然是两个物件,屏幕无法用作具有承载能力的桌子面使用。 At present just touch the table directly change the display using the display screen a horizontal display direction, but the display of the table is still two objects can not be used as a table surface having a screen carrying capacity use. 另外触摸桌子作为桌体水平平面显示计算机装置,人机交互采用多重触摸方式作为操作,各种屏幕输入方式的人机交互都要在触摸的状态下进行,屏幕表面显示的文件都是深层树状结构,一个文件夹被打开后,屏幕表面只能展现一个父系文件,甚至只能展现一个文件,与其相关的子系、后系文件均以深层树状隐藏,用户使用时必须依次分别展开,各族系文件或关联文件不能同时在一个显示界面相互粘拖,更无法形成一个表面树状浏览。 Further touch the table as the table body horizontal flat display device of a computer, using a multi-touch interactive mode as an operation, a variety of screen interactive input system should be carried out in a state where the touch, the screen surface of the display file tree is deep after construction, a folder is opened, the screen surface to show only a paternal file, or even to show only a file associated with the sub-system, the system files are hidden deep tree, they must in turn were deployed users, each the family associated file or files can not stick to each other in a display interface drag, but can not form a surface tree view. 增加多人同时进行人机交互的视觉浏览速度,为此发明一种平面计算机屏幕输入人机交互触摸桌子能够提供一个光场空间是各种屏幕输入传感器之间能够相互复合使用,实现多重屏幕输入以及融合显示的平面计算机屏幕输入人机交互触摸桌子是十分必要的。 At the same time increasing visual browsing speed than human-computer interaction, the touch interactive input tables for this invention is one kind of flat computer screen to provide a light field space can be mutually used among the various composite screen input sensor, to achieve multiple input screen and a flat-screen computer display fusion of human-computer interaction touch input tables is necessary.

发明内容 SUMMARY

[0003] 本发明的目的是提供一种水平透射平面显示屏幕作为桌子面并可以在屏幕桌子面表面进行各种方式屏幕输入的平面计算机屏幕输入人机交互触摸桌子。 [0003] The object of the present invention is to provide a flat display screen and a horizontal transmissive flat computer screen can be input from the input screen in various manners interactive touch screen surface of the table surface of the table as the table surface.

[0004] 本发明的另一个目的是提供一种表面光学多重触摸移动光标识别控制方法和一种用于在平面计算机屏幕输入人机交互触摸桌子屏幕表面进行人机交互显示的表面树状粘拖快速浏览方法。 [0004] Another object of the present invention is to provide an optical multi-touch surface to move the cursor to identify a control method and a computer screen input plane for interactive touch screen surface of the table surface drag tree adherend interactive display a quick method.

[0005] 本发明的第三个目的是提供一种包含编码指令的数据介质,通过平面计算机屏幕输入人机交互触摸桌子的计算机装置解释,以用于在平面计算机显示人机交触摸桌子的人机交互方案的框架中执行操作。 A third object of the [0005] present invention is to provide a data medium containing coded instructions, input by a plane table and interactive touch screen computer device computer interpretation so as to cross the display unit for displaying a human touches the table in the plane of the computer performing frame-machine interactive operation programs.

[0006] 根据本发明的第一个目的,提供了一种水平透射平面显示屏幕作为桌子面并可以在屏幕桌子面表面进行各种方式屏幕输入的平面计算机屏幕输入人机交互触摸桌子;所述平面计算机屏幕输入人机交互触摸桌子,其中包括:屏幕输入装置以及对应屏幕输入多重红外视窗装置和制装在背光光场盒桌体装置上面的水平透射平面显示屏幕桌子面装置,与其进行表面交互时在屏幕表面产生红外光点影像,这个影像被安装在背光光场盒桌体装置内的触摸背影快速取像识别响应装置识别并将识别信号传给计算机处理器装置,对人机交互信号进行分析处理。 [0006] According to a first object of the present invention, there is provided a flat display screen as a transmission level of the table surface and can be entered in various ways flat screen computer interactive touch screen to enter the table surface of the table surface of the screen; the flat computer screen touch interactive input table including: an input screen corresponding to the screen means and the input means and the multiple infrared window system installed in the apparatus above the level of the table body cartridge backlight light field transmission plane surface of a display screen of the table apparatus, the surface interacting therewith generating infrared spot image upon the screen surface, the image is mounted within the backlight light field cartridge body apparatus touch the table quickly taken back identification means and identification signals to a computer image recognition processor means in response to interactive signal analysis and processing. 它还包括;当用移动通信手机电话与平面计算机屏幕输入人机交互触摸桌子进行人机交互时,经过即时表面通信装置使桌体计算机显示表面人机交互触摸桌子的显示表面与一个或多个移动通信手机电话相互识别并进行数据交换,在平面计算机屏幕输入人机交互触摸桌子屏幕表面直接操作,替代在移动通信手机电话屏幕上的操作,各种不同的人机交互信号经过计算机处理器装置对人机交互信号进行分析处理,并通过电视信号处理装置进行平面计算机屏幕输入人机交互触摸桌子人机交互显示。 Further comprising; when interactive touch interactive input table with the plane of the mobile communication Mobile phone computer screen, via the communication means that the surface of the table instant body surface of a computer display interactive touch surface of the table with one or more mobile phone mobile communication mutual identification and exchange data, the table input interactive touch screen surface in the plane of the computer screen direct operation, instead of operating on the mobile communications mobile phone screen, a variety of interactive signal via a computer processor means signal is analyzed to interactive processing, flat computer screen and a touch input interactive display table, interactive television signal processing apparatus.

[0007] 根据本发明的第一个目的其中要解决的第一个问题是,提供一种屏幕输入装置。 [0007] According to a first object of the present invention wherein a first problem to be solved is to provide a screen input device. 用于屏幕表面停留输入和屏幕表面移动多重输入和屏幕表面虚拟输入进行多种不同输入通道的屏幕输入。 Stay for input and screen surface a screen surface a screen surface and moves a virtual multiple input multiple screen input input different input channels.

[0008] 根据本发明的第一个目的其中要解决的第二个问题是,提供一种对应屏幕输入多重红外视窗装置。 [0008] According to a first object of the present invention wherein the second problem to be solved is to provide an infrared window screen corresponding to the multiple input devices. 用于屏幕表面移动多重输入的多重触摸屏幕输入和表面通信输入和表面停留输入方式屏幕输入时产生可识别的红外影像。 Input and multi-touch screen surface a screen surface and a communications input surface of the input moving multiple inputs generate an infrared image of travel recognizable manner when the input screen.

[0009] 根据本发明的第一个目的其中要解决的第三个问题是,提供一种背光光场盒桌体装置。 [0009] According to a first object of the present invention wherein the third problem to be solved is to provide a backlight light field tables cartridge body apparatus. 用于直照光源模组或投影光机的固定安装使其形成自下而上的投射光场并用于桌体支撑。 For the direct rays of the light source module mounting or fixing machine to form a projection light projected light field and a bottom body supporting tables.

[0010] 根据本发明的第一个目的其中要解决的第四个问题是,提供一种水平透射平面显示屏幕桌子面装置。 [0010] According to a first object of the present invention wherein the fourth problem to be solved is to provide a display screen of a horizontal table and transmission plane surface means. 用于手指重力触摸输入操作的水平表面和水平透射平面显示屏幕的保护及水平强度支撑与载放物体。 A horizontal surface and a horizontal gravity finger touch input operation transmissive flat display screen protection and strength of the support level and placing the object.

[0011] 根据本发明的第一个目的其中要解决的第五个问题是,提供一种触摸背影快速取像识别响应装置。 [0011] According to a first object of the present invention wherein the fifth problem to be solved is to provide a quick touch back image capturing device identification response. 用于使整个水平透射平面显示屏幕背面形成取像面,并快速连续识别触摸动作及物体图形标签在透射取像面产生的移动背影影像或红外光点背影影像信息并完成一个讯框数字视频流信息,并对该多重移动背影影像或红外光点背影影像连续快速取像识别并生成连续数字视频流发送给计算机处理器接收单元。 Horizontal transmission plane for the entire backside of the display screen imaging plane is formed, and moved back to identify the image in quick succession or infrared light spot back and operation information of the touch object image pattern in the tag transmission and imaging plane produced a complete frame of digital video information stream information, and continuously move back quickly to take multiple images of the light spot back or infrared images to identify and generate a continuous image stream to a digital video receiving computer processor unit.

[0012] 根据本发明的第一个目的其中要解决的第六个问题是,提供一种计算机处理器装置。 [0012] According to a first object of the present invention wherein the sixth problem to be solved is to provide a computer processor means. 用于屏幕输入人机交互触摸信号的程序计算和平面计算机屏幕输入人机交互触摸桌子的表面融合显示和计算机与电视的功能整合以及用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 The program calculates interactive touch screen for inputting a signal input surface and a flat computer screen touch interactive display table and fusion function and integrating computer and TV interactive input for the interactive touch screen computer in the plane of the table framework program to perform operations.

[0013] 根据本发明的第一个目的其中要解决的第七个问题是,提供一种即时表面通信装置。 [0013] According to a first object of the present invention wherein the problem to be solved by the seventh is to provide an instant communication device surface. 用于移动手机通信设备与平面计算机屏幕输入人机交互触摸桌子的表面通信。 Mobile communication device for a mobile computer screen to the plane of the input surface of the touch table interactive communication.

[0014] 根据本发明的第一个目的其中要解决的第八个问题是,提供一种电视信号处理装置。 [0014] According to a first object of the present invention wherein the eighth to solve the problem is to provide a television signal processing apparatus. 用于显示驱动。 A display driver.

[0015] 本发明的上述第一个目的的第一个要解决的技术问题是这样实现的:提供一种屏幕输入装置,其特征包括:所述屏幕输入装置,包括多个通道输入装置,其中水平透射平面显示屏幕桌子面是一个屏幕输入表面,所述屏幕输入装置包括屏幕表面停留输入通道装置和屏幕表面移动多重输入通道装置以及屏幕表面虚拟输入通道装置;所述屏幕输入装置, 由输入通道根据不同的多种传感器装置,通过水平透射平面显示屏幕桌子面的表面进行多个通道输入。 [0015] The first technical problem to be solved by the above-described first object of the present invention is implemented as follows: to provide a screen input apparatus comprising: input means said screen, the input device comprising a plurality of channels, wherein horizontal transmission plane surface of the display screen is a screen to enter the table surface, said apparatus comprising input screen surface of the screen means and residence input channel the input channel multiplex mobile screen surface a screen surface means and the virtual input channel means; said input screen means, from the input channel depending on the number of sensor devices, by a horizontal flat display surface of the transmissive screen of the table surface a plurality of input channels. 所述屏幕输入表面,其特征包括;所述屏幕输入表面,用于不同传感装置的多通道屏幕输入,对CPU进行操控。 The input screen surface, characterized by comprising; input surface of the screen, an input screen for different multi-channel sensing device, control of the CPU. 所述屏幕输入表面是水平透射平面显示屏幕桌子面的表面。 The transmissive screen input surface is a horizontal flat surface of the screen display of the table surface. 所述屏幕表面停留输入通道装置,其特征包括;所述屏幕表面停留输入通道装置,包括射频发送通信传感单元和射频接收通信传感单元,用于射频通信设备或射频标签或图形物体标签停留放在屏幕输入表面通过水平透射平面显示屏幕的表面进行屏幕输入,所述射频通信设备或射频标签或图形物体标签离开屏幕输入表面即刻停止对屏幕通过表面通信的屏幕输入。 The dwell input screen surface channel device, characterized in comprising; the input screen surface travel passage means comprises a radio frequency transmitter and a radio frequency communication sensing unit sensing unit receiving the communication, radio frequency communication apparatus for radio-frequency tag or label or graphic object stays on the screen through the input surface of the horizontal plane of the display surface of the transmissive screen is an input screen, the radio-frequency tag communication device or a radio frequency tag or graphic object input surface away from the screen to the screen through the screen immediately stop input surface communication. 所述屏幕表面停留输入通道装置是水平透射平面显示屏幕的一个输入通道。 The screen surface means is a horizontal travel input channel transmission plane an input channel display screen. 所述屏幕表面移动多重输入通道,其特征包括;所述屏幕表面移动多重输入通道装置,通过对应屏幕输入多重红外视窗装置和触摸背影快速取像识别响应装置传感在屏幕输入表面产生多重红外移动影像传感输入并将多重红外移动影像生成多重移动光标,控制或操作计算机显示及其显示表面。 The multiple-input channel mobile screen surface, characterized in comprising; screen of the mobile surface of the multi-channel input means, multiple infrared window device and a touch sensing means taking back quick identification response generating multiple infrared image input surface of the screen by moving the screen corresponding to the input multiple infrared image sensor input and generating multiple images to move the cursor movement, control or operate the computer display and the display surface. 所述屏幕表面移动多重输入通道装置是水平透射平面显示屏幕的另一个输入通道。 The screen surface of the moving means is a further input channel multiplex channel input transmission plane horizontal to the display screen. 所述屏幕表面虚拟输入通道,其特征包括;所述屏幕表面虚拟输入通道,通过数字显示虚拟键盘进行虚拟输入由对应屏幕输入多重红外视窗装置和触摸背影快速取像识别响应装置传感,用虚拟键盘替代实物键盘在水平透射平面显示屏幕的表面操作或控制计算机,所述屏幕表面虚拟输入通道装置是水平透射平面显示屏幕的一个输入通道。 The screen surface of the virtual input channel, characterized in comprising; screen surface said virtual input channel and a virtual keyboard, a virtual screen corresponding to the multiple input windows infrared device and a touch sensing apparatus as taking back quick identification response by a digital display, virtual keyboard alternative to physical keyboard transmissive flat display surface of the operation control computer or in a horizontal screen, said screen surface of the virtual input channel transmission means is a horizontal plane an input channel display screen. 所述屏幕输入装置;以水平透射平面显示屏幕的表面操作或控制计算机,由输入通道根据不同的多种传感装置,通过水平透射平面显示屏幕桌子面表面进行多个通道输入。 Said input screen means; transmission plane horizontal surface of the operation or control of a computer display screen by the input channel in accordance with a plurality of different sensing means, the transmission by a horizontal plane surface of the screen with the table surface a plurality of input channels. 所述多个通道传感装置,用于屏幕表面停留输入和屏幕表面移动多重输入和屏幕表面虚拟输入进行多种不同输入通道的屏幕输入。 The plurality of channels sensing means for moving the screen surface a screen surface and a virtual multiple input multiple screen input input different input channels and the input screen surface travel.

[0016] 本发明的上述第一个目的的第二个要解决的技术问题是这样实现的:提供一种对应屏幕输入多重红外视窗装置,其特征包括;表面幕布红外视窗装置,反射背光红外视窗装置,表面散射红外视窗装置,对应不同的屏幕输入方式,不同技术方式的红外视窗装置形成的红外视窗都能产生用于提供可识别的红外影像,多个红外视窗装置形成的红外视窗覆盖水平透射平面显示屏幕并与其相互重叠。 [0016] The second technical problem to be solved by the above-described first object of the present invention is implemented as follows: to provide an input screen corresponding to multiple infrared window apparatus comprising; infrared window screen means a surface, the reflected infrared windows backlit means infrared window surface scattering apparatus, corresponding to different input mode screen, the infrared window IR window means formed in a manner different techniques can produce an infrared image for providing a recognizable level infrared windows to cover a plurality of infrared transmitting window formation means flat display screen to and overlap each other. 所述表面幕布红外视窗装置,其特征包括,所述表面幕布红外视窗装置包括;利用红外激光或红外LED 二极管作为光源并制装在水平透射平面显示屏幕的侧面,在光源的前端安装有光学线性一线镜,将点光源转换成厚度为Imm左右的一线光红外幕布,使该红外幕布铺满在水平透射平面显示屏幕的上表面并保持Imm左右的间距,形成表面幕布红外视窗,当用手指通过表面幕布红外视窗触摸在水平透射平面显示屏幕表面上时,手指指尖将会阻断并破坏红外幕布使红外光线发生折射,在指尖产生用于提供可识别的红外影像。 The surface of the infrared window screen apparatus comprising a screen surface means includes an infrared window; using an infrared diode laser or an infrared LED as a light source and transmission plane system mounted in a horizontal side of the display screen, a light source mounted in the front end of an optical linear mirror line, converting the point light source to a thickness of about Imm infrared ray of light curtain, the curtain so that the infrared transmittance confluence horizontal plane on the surface of the screen display and maintain spacing about Imm, infrared window screen surface is formed, by a finger when the infrared touch screen surface of the transmissive window displayed on the screen surface plane, and the fingertip will destroy blocking infrared light refraction of the infrared screen, generate an infrared image may be used to provide the level identified in the fingertip. 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入。 The multi-touch screen means a screen surface of the moving input multiple inputs. 所述反射背光红外视窗装置,其特征包括,所述反射背光红外视窗装置包括;在水平透射平面显示屏幕的背面制装广角大功率LED投射光源,广角LED大功率投射光源通过反射镜反射将投射的红外光线折向水平透射平面显示屏幕的背面,使红外光从背面或底面照射水平透射平面显示屏幕并透射,形成反射背光红外视窗,当手指或物体或图形标签在反射背光红外视窗的水平透射平面显示屏幕表面触摸时,被手指或物体或图形标签接触部位使透过水平透射平面显示屏幕向前投射的红外光线发生反射并产生对应红外光点影像,手指或多个物体接触或多个图形标签接触水平透射平面显示屏幕表面时产生用于提供可识别的红外影像。 The infrared reflective window backlight apparatus, characterized by comprising the backlight infrared reflecting means comprises a window; transmission plane back surface of the display apparatus manufactured by a wide-angle high-power LED light source is projected in a horizontal screen, high power wide-angle LED light source is projected by the reflection mirror projected infrared light off transmittance in the horizontal plane of the display screen back, so that the infrared light is transmitted from or illumination level back surface of the bottom surface of the flat display screen and a transmission, forming a reflective backlight infrared window, when the finger or object or graphic labels transmitting the level of the reflected backlight infrared window when the flat surface of the touch screen display, or graphic object is a finger or tab contact portion transmittance through the horizontal plane of the display screen projected forward is reflected IR light beam and generating a corresponding infrared image points, or more finger contacts or more graphical objects generating an infrared image recognized for providing the label in contact with the horizontal surface of the transmissive flat display screen. 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入和表面通信输入和表面停留输入。 Multi-touch input screen and the input surface and a surface of the communication means for moving a screen surface travel input multiple inputs. 所述表面散射红外视窗装置,其特征包括,所述表面散射红外视窗装置包括;在水平透射平面显示屏幕视窗的表面安装有一块IOmm以上厚度高平整度的透射导光散射丙烯酸亚克力板,LED红外光源将红外光从透射导光散射丙烯酸亚克力板侧面直接导入或光纤导入通过板内导光粒子反射并透过丙烯酸亚克力板表面均勻散射,在水平透射平面显示屏幕的表面形成表面散射红外视窗,当手指或物体或图形标签在表面散射红外视窗的透射导光散射丙烯酸亚克力板的表面触摸时,被手指或物体或图形标签接触部位使向前投射的红外光线发生反射并产生对应红外光点影像,手指或多个物体接触或多个图形标签接触水平透射平面显示屏幕表面时产生用于提供可识别的红外影像。 The surface of the scattering infrared window apparatus comprising the surface of the scattering means comprises an infrared window; transmissive display surface of the screen in the horizontal plane of the window is attached to a higher flatness than IOmm thickness of the transmission light scattering guide acrylate, acrylic board, LED infrared transmitting infrared light from the light source the light scattering guide plate acrylate, acrylic or directly into the side surface of the optical fiber and introduced uniformly scattered through the acrylic plate acrylic particles by reflecting the light guide inner panel, the transmissive screen of the flat display surface is formed in the horizontal surface of the diffused infrared window, when when a finger or an object or graphic label guide surface scattering infrared transmissive window of the light scattering surface of an acrylic plate acrylic touch by a finger or an object or graphic label so that the forward contact points projected infrared light and generating a corresponding infrared reflection takes place a spot image, generating an infrared image for providing an identifiable object contacts a finger or more or more graphical label-contact surface of the display screen horizontal transmission plane. 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入和表面通信输入和表面停留输入方式屏幕输入时产生可识别的红外影像,所述多个红外视窗装置形成的红外视窗与水平透射平面显示屏幕相互重叠,其特征包括,所述多个红外视窗装置形成的红外视窗与水平透射平面显示屏幕相互重叠,包括多个红外视窗装置形成的红外视窗两个或多个相互叠加重叠并覆盖整个水平透射平面显示屏幕视窗窗口并与整个水平透射平面显示屏幕叠加重叠。 Generate an infrared image of the screen can recognize multi-touch input screen and the input surface and the surface of the communications input means for moving a screen surface travel input multiple-input mode, an infrared window and level of the plurality of infrared transmitting window formation means flat display screen overlap each other, characterized in comprising, an infrared window and level of the plurality of infrared transmitting window formation means flat display screen overlapping windows comprising a plurality of infrared IR window means forming two or more superposed overlapping each other and covering the entire horizontal transmission windows screen flat display window and transmitting the entire overlapped horizontal flat display screen overlay.

[0017] 本发明的上述第一个目的的第三个要解决的技术问题是这样实现的:提供一种背光光场盒桌体装置,其特征包括:直立四边壁盒体光场盒桌体底部的直照光源模组或投影光机,光场盒桌体还包括上口水平天窗洞口和一个下口水平下底洞口,以及安装在上口水平天窗洞口的水平透射平面显示屏幕,所述直立四边壁盒体,其特征包括:所述直立四边壁盒体用于光场空间包围以及桌体直立支撑,其形状为长方体,顶部形状为长方形上口水平天窗洞口,底部为长方形下口水平下底洞口,顶部上口与底部下口具有上下空间距离,其材质为工程塑料或金属板材或木质板材。 [0017] The first object of the third technical problem to be solved by the present invention is implemented as follows: to provide a backlight light field tables cartridge body apparatus comprising: upstanding walls of the box body quadrilateral Table light field cartridge body the bottom of the direct rays of the projection light source module or machine, optical fields tables cartridge body further includes a horizontal upper opening and a lower hole sunroof opening at the bottom level of the hole, and mounted on a horizontal level of the upper opening skylight transmissive flat display screen hole, the four sides of the upstanding walls of the box body, characterized by comprising: said upstanding walls of the box body for surrounding four sides of the light field space upright support member and the table, in the shape of a rectangular parallelepiped, rectangular shape of the top level sunroof catchy hole, the bottom of the rectangular horizontal opening the hole bottom, the top and the bottom opening has upper and lower catchy spatial distance, which is made of wood or plastic or a sheet metal plate. 所述直照光源模组,其特征包括:所述直照光源模组用于水平透射平面显示屏幕的背光显示以及光场的形成,位于光场盒底部的长方形下口水平下底洞口。 The direct rays of the light source module characterized in comprising: a light source module according to the linear transmission plane for the backlight of the display screen a horizontal display and a light field is formed, the lower horizontal rectangular opening at the bottom of the light field cartridge bottom hole. 所述投影光机,其特征包括:所述投影光机用于水平透射平面显示屏幕的背光投影显示以及光场的形成,位于光场盒底部。 The projection optical unit, characterized in comprising: the projection light engine for a projection display backlighting horizontal transmission plane and forming a light screen displayed field, optical field at the bottom of the cartridge. 所述上口水平天窗洞口,其特征包括:所述上口水平天窗洞口,用于水平透射平面显示屏幕的安装并使水平屏幕形成桌子面,位于光场盒顶部,其形状为长方口形。 The catchy horizontal hole sunroof, characterized in comprising: the catchy skylight hole level, for transmitting a horizontal flat display screen mounted horizontal screen and the table surface is formed, light field at the top of the cartridge, the shape of a rectangular lip. 所述下口水平下底洞口,其特征包括:所述下口水平下底洞口, 用于直照光源模组或投影光机的固定安装使其形成自下而上的投射光场,位于光场盒的底部,其形状为长方口形。 The lower end of the opening level of the hole, characterized in comprising: at the lower end of the hole opening level, for direct rays of the light source module is mounted or fixed machine projection light projected light to form bottom field, located in the light cassette bottom field, the shape of a rectangular lip.

[0018] 本发明的上述第一个目的的第四个要解决的技术问题是这样实现的:提供一种水平透射平面显示屏幕桌子面装置,其特征包括;高强度水平表面触摸输入屏幕制装在水平载物面幕框的视窗窗口及水平透射平面显示屏幕的上面或直接制装在水平透射平面显示屏幕的上面,形成表面触摸输入水平透射平面显示屏幕桌子面并安装于机箱桌体和背光光场盒桌体的上表面,将表面触摸输入水平透射平面显示屏幕用于桌子面,机箱桌体套装在背光光场盒桌体装置的外面构成水平透射平面显示屏幕桌子面装置。 [0018] The first object of the fourth technical problem to be solved by the present invention is implemented as follows: to provide a display screen of a horizontal table and transmission plane surface apparatus comprising; high intensity level surface of the touch-screen input system installed transmission plane at the level of the window the window and level loading surface of the screen frame displayed in the screen above or made directly mounted on a horizontal transmission plane shown above the screen surface of the touch input horizontal form transmissive flat display screen of the table surface and is attached to the chassis tables member and a backlight the table upper surface of the cartridge body field light, the input surface of the touch screen to display a horizontal table and transmission plane surface, the body chassis tables set out the table cassette body apparatus backlight light field device constituting a screen surface of the table horizontal transmission plane display. 其特征还包括;所述高强度水平表面触摸输入屏幕,其特征包括;所述高强度水平表面触摸输入屏幕,用于手指重力触摸输入操作的水平表面和水平透射平面显示屏幕的保护及水平强度支撑与载放物体。 Characterized by further comprising; the high intensity level input surface of the touch screen, characterized by comprising; the high intensity level input surface of the touch screen, finger for touch input operation of the force of gravity and the horizontal transmission plane horizontal surface and protect the display screen intensity level placing the object and the support. 其材质为玻璃或透明丙烯酸板。 And is made of glass or transparent acrylic plate. 其形状为平面长方形。 A rectangular planar shape. 位于水平载物面幕框的视窗窗口水平安装或直接制装在水平透射平面显示屏幕的上面。 Window located in a horizontal loading horizontal window frame veil made directly mounted or mounted in a horizontal plane of the transmissive screen shown above. 所述水平载物面幕框,其特征包括;所述水平载物面幕框,用于高强度水平表面触摸输入屏幕的固定以及载放物品。 The screen frame horizontal loading surface, characterized in comprising; loading said horizontal block veil, a high intensity level for the surface of the touch input screen and the placement of the fixed items. 其形状为长方形边框。 A rectangular frame shape. 居中是一个视窗窗口。 The middle is a Windows window. 所述视窗窗口,其特征包括;所述视窗窗口,用于水平透射平面显示屏幕视窗显示。 The window window, characterized in comprising; the window window, a display screen for a horizontal transmission plane window displays. 其形状为长方形洞口。 Rectangular hole shape. 所述水平透射平面显示屏幕,其特征包括;所述水平透射平面显示屏幕,用于水平平面显示,其材质为LCD液晶显示屏幕或投影显示屏幕,其形状为半透明平板片状长方形。 The horizontal plane transmissive display screen, characterized by comprising; transmission plane of the horizontal display screen for displaying the horizontal plane, the material for the LCD display screen or projection display screen, the shape of a rectangular sheet-shaped translucent plate.

[0019] 本发明的上述第一个目的的第五个要解决的技术问题是这样实现的:提供一种触摸背影快速取像识别响应装置,其特征包括;在水平透射平面显示屏幕的背面安装滤镜取像镜头或狭窄红外光波带通滤镜镜头的反射背影取像数字视频流发送装置,用于使整个水平透射平面显示屏幕背面形成取像面,反射背影取像数字视频流发送装置只快速连续识别触摸动作及物体图形标签在透射取像面产生的移动背影影像或红外光点背影影像信息并完成一个讯框数字视频流信息,并对该多重移动背影影像或红外光点背影影像连续快速取像识别并生成连续数字视频流发送给计算机处理器接收单元,计算机处理器对应连续的数字视频流即时快速响应处理,其中,反射背影取像数字视频流发送装置需要在接收到计算机处理器的识别信息后在一个快速响应处理时间内传送 [0019] The first object of the fifth technical problem to be solved by the present invention is implemented as follows: to provide a touch-back response identifying fast imaging apparatus comprising; transmissive flat display screen mounted in the back of the horizontal filter imaging lens or reflected back narrow band pass filter infrared light imaging lens of the digital video stream transmitting means for transmitting the level of the entire back surface of a flat display screen imaging plane is formed, reflecting back the image capturing device transmits the digital video stream only moving back the image recognition in rapid succession or infrared light spot back and operation information of the touch object image pattern in the tag transmission and imaging plane produced a complete digital video frame information stream information, and continuously moving the multiple images back or back of infrared Imaging fast imaging identify and generate a continuous stream of digital video transmitting unit to a receiving computer processor, the computer processor corresponding to a continuous stream of digital video processing for real time fast response, wherein the back reflection image capturing apparatus needs to transmit a digital video stream received in a computer processor after the identification information in response to a fast transfer treatment time 所述一个讯框数字视频流以及所述一个讯框数字视频流信息包含的信息数据量。 The news information data a frame of said digital video stream and a digital video frame information included in the information stream. 在所述一个快速响应处理时间的一个响应信息。 In the process a fast response time to a response message. 通常第二讯框数字视频流信息、第三讯框数字视频流信息以至于后续每个讯框数字视频流信息传送数据量会发生增加或减少的变量,所述第二讯框数字视频流信息或第三讯数字视频流信息框以至后续每个讯框数字视频流信息,表示第二个或第三个以至于后续每个响应时间内计算机处理器要处理的信息数据的变量,增加的信息量将在响应处理时间内通过快速程序模块,对触摸动作及物体图形标签产生的影像视频流信息进行量化分析,快速处理并将每个讯框数字视频流信息增加的信息量分配给每个讯框数字视频流信息分割成的微讯框数字视频流信息并快速传输。 The second digital frame information is usually video stream information, the third information block of digital information that each subsequent video stream of digital video data stream information transfer amount information frame will increase or decrease the occurrence of the variable, the second frame of digital video information stream information the third digital information or video stream information for each block as well as the subsequent frame of digital video information stream information indicating a variable such that the second or third response time of each subsequent computer processor for processing data information, added information the amount of processing time by the fast response program module, the video information of the video stream and the object graphic touch operation of the label producing quantitative analysis and rapid processing information for each frame of digital video information stream increases the amount of information allocated to each information digital video frame stream information into the frame of the digital video stream Weixun and rapid transmission of information. 并对连续的数字视频流即时快速响应处理。 And a continuous stream of real-time digital video processing fast response. 所述的触摸背影快速取像识别响应装置还适于根据下式来确定所述的一个快速响应处理时间所述一个快速响应处理时间,其特征还包括;所述一个快速响应处理时间是从发送单元的反射背影取像数字视频流发送装置通过背影影像传感获得多重移动背影影像或红外光点背影影像信息取像识别并经数字转换完成一个讯框数字视频流信息的时间到接收单元的计算机处理器从接收一个讯框数字视频流信息经过响应处理并获得一个响应信息响应处理的时间,其中,是反射背影取像数字视频流发送装置通过背影影像传感获得多重移动背影影像或红外光点背影影像信息取像识别经过数字转换并完成一个讯框数字视频流信息的时间。 The touch quickly taken back means is further adapted to process a fast response time is determined according to the following equation according to the processing time of a fast response, characterized by further comprising image identification response; a rapid response to the processing time from the transmission computer imaging unit reflected back digital video stream transmitting apparatus to obtain multiple images or moving back infrared spot image back through the back of the image sensor information acquisition time digital video image stream identification information and a complete conversion to digital information via the frame receiving unit a frame processor receives information from the digital video stream information obtained through time and response processing in response to processing a response information, wherein the back reflective imaging means transmitting the digital video stream to obtain multiple images or moving back through the back of the infrared spot image sensor back through the image information identifying the image capturing digital conversion information and time to complete a frame of digital video information stream. 是计算机处理器接收一个讯框数字视频流信息经过响应处理并获得一个快速响应信息的时间。 Computer processor to receive a frame of digital video information stream and the information obtained through the processing in response to a fast response time information. 以及是一个响应信息的快速响应处理时间。 And a rapid response is a response to the information processing time. 所述触摸背影快速取像识别响应装置,还适于在操作模式中,在所述响应处理时间内快速生成并提供所述响应消息。 The rapid imaging touch back response identifying means is further adapted in the operating mode, the rapid response generated within the processing time and providing the response message. [0020] 本发明的上述第一个目的的第六个要解决的技术问题是这样实现的:提供一种计算机处理器装置,其特征包括;输入接口和输出接口,其中输入接口一端与触摸背影快速取像识别响应装置的数字输出口连接,另一端与即时表面通信装置的信号接收器输出口相连接进行表面通信,计算机处理器,用于屏幕输入人机交互触摸信号的程序计算,通过计算机程序数字处理器的软件编译可实现相对应的人机交互与方位识别并根据人机交互的要求进行屏幕输入人机交互控制与操作,计算机处理器,还用于平面计算机屏幕输入人机交互触摸桌子的表面融合显示使用操作,输出接口输出人机交互融合信号并与数字电视信号处理器输入接口相连接,用于计算机与电视的功能整合,计算机处理器装置还用于解释包含编码指令的数据介质,以用于在平面计算机屏幕输 [0020] The first to sixth of the Technical Problem The object of the present invention is implemented as follows: to provide a computer processor apparatus comprising; an input interface and an output interface, wherein the touch input interface back end fast digital image capturing device in response to identifying an output port connected to the receiver output signal and the instant the other end surface of the communication device is connected to a surface communication, a computer processor, a program for interactive touch screen input signal is calculated by a computer digital processor software compiler can be implemented corresponding to the interactive screen and the orientation recognition in accordance with the requirements of interactive control and interactive input operation, the computer processor is further configured to enter the plane of the computer screen interactive touch the display surface of the table using the fusion operation, interactive output interface connected to the interface and integration signal for integrating computer and television functions and input digital television signal processor, a computer for data interpretation processor means further comprising coded instructions medium for the flat-screen computer output 入人机交互触摸桌子的人机交互方案的框架中执行操作计算。 Calculation operation performed in the frame of the table interactive touch interactive programs.

[0021] 本发明的上述第一个目的的第七个要解决的技术问题是这样实现的:提供一种即时表面通信装置,其特征包括:所述即时表面通信装置的显示表面被一个或多个移动通信手机电话接触,即时表面通信装置表面操作界面被打开,接收来自所述一个或多个移动通信手机电话的首个主动寻请寻呼通信信息,并在表面融合显示一个或多个移动通信手机电话的对话框菜单及操作界面,其中,需要在首个查询识别寻请寻呼时间段在内查询识别所述首个主动寻请寻呼通信信息,以及所述首个主动寻请寻呼通信信息包含寻请寻呼增量数据,一个用于提供查询识别所述首个主动寻请寻呼通信信息的首个查询识别信号的所寻请寻呼的一个或多个查询识别寻请寻呼时间段,即时表面通信装置在首个查询识别寻请寻呼时间段在内将一个或多个寻请寻呼信号发送至一个或 [0021] The first object of the seventh technical problem to be solved by the present invention is implemented as follows: the surface to provide an instant communication apparatus comprising: a real-time display of said surface being a surface of the communication device or mobile phone mobile communication contact surface of the communication device instant interface surface is opened, received from the one or more mobile communications mobile phone's first active homing Please paging communication information, and display one or more mobile fusion on the surface Mobile phone communications interface menus and dialog boxes, which need to first identify queries please seek paging period, including the first query to identify active homing please paging communication information, and the first active homing please find Please call paging communication information comprises incremental data searching, the searching for providing a query identifying the page requested first active homing Please paging communication information queries first identification signal identifying one or more queries to find please paging time period, the surface of instant communication device identification query to find the first period including the paging request to the one or more paging signals to find a requested or 多个移动通信手机电话,所述一个或多个寻请寻呼信息代表于一个或多个查询识别寻请寻呼时间段的等待的寻请寻呼。 A plurality of mobile communication handset phone, please find the one or more paging information representative of one or more queries to identify homing wait paging period of a paging request to find. 即时表面通信装置与一个或多个移动通信手机电话相互查询识别,即时表面通信装置与一个或多个移动通信手机电话相互查询识别数据互通互用,以表面直接操作替代在通信设备上的操作,一个或多个移动手机通信设备的对话框菜单及操作界面均可通过表面界面显示完成并可以操作,同时通过表面界面显示操作完成对移动通信手机电话的输入操作。 Instant communication device and the surface of one or more mobile communication handset telephone inquiries recognize each other, the surface of instant communication device and one or more mobile communication handset telephone inquiries interoperability interworking mutual identification data to the surface directly operate alternatively operating on a communication device, one or more menus and dialog interface mobile phone via communication device may be completed and the display surface interface can be operated while the display operation is completed through the surface interface input operation to the mobile phone communication handset. 所述的即时表面通信装置,其特征包括:所述的即时表面通信装置还适于根据流程确认所述一个或多个查询识别寻请寻呼时间段包括其中所述首个寻请寻呼信号在内的寻请寻呼数据个量数与寻请寻呼数据个量的预定最大个数,所述的即时表面通信装置还包括首个查询识别寻请寻呼时间段,其中包括用于移动通信手机电话表面通信的操作场的频率,以及预定寻请寻呼时间段。 Instant communication apparatus according to the surface, characterized in comprising: said communication means further adapted for real time surface confirmation process according to the query to identify one or more paging time seek request includes a period in which the first to find a paging signal, please Please find paging data including a number of predetermined maximum number, please find a paging data amount of the instant first surface further comprises a communication device query request identification to find a paging period, which includes a moving Mobile communication frequency of the operating field on the surface of the telephone communication, and a predetermined period of time to find a paging request. 所述的即时表面通信装置,其特征还包括:所述的即时表面通信装置还适于:如果发现所述首个寻请寻呼信号中的寻请寻呼增量数据大于预设值增量数据,则根据来确认所述一个或多个查询识别寻请寻呼时间段其中寻请寻呼数据个量数包含于所述首个寻请寻呼信号中的寻请寻呼数据个量的预定最大个数之间的寻请寻呼数据个量数及查询识别等待时间及有效数据速率,其中包括用于通信设备即时表面通信的操作场的频率,以及预定寻请寻呼时间段。 The surface of the instant communication apparatus, characterized by further comprising: a communication apparatus according to the instant surface further adapted to: if said first paging signal, please find the requested page to find the incremental data is larger than a preset value increment data, according to the acknowledgment identifying the one or more query request seeking requested paging time period in which to find a paging number data contained in said first seek to find the requested paging signal a paging data requested amount Please find a predetermined paging data amount and number of identified queries between latency and the maximum number of effective data rate, a communication device includes an instant frequency of the operating field on the surface of the communication, and a predetermined period of time to find a paging request. 所述的即时表面通信装置,其特征在于包括:所述的即时表面通信装置还适于在首个与一个或多个操作模式中进行操作,即时表面通信装置的显示表面被一个或多个移动手机通信设备接触,即时表面通信装置表面操作界面被打开,接收来自所述一个或多个移动通信手机电话的首个主动寻请寻呼通信信息并显示对话框菜单及操作界面,其中,在首个操作模式中,即时表面通信装置适于查询识别所接收到的每个首个寻请寻呼信号,在其输出处激活并提供。 The surface of the instant communication apparatus, comprising: a communication apparatus according to the instant surface further adapted to operate in one or more of the first mode of operation, real-time display surfaces communication device with one or more mobile mobile communication device contact surfaces instant communication interface device surface is opened, received from the one or more mobile communications mobile phone's first active homing Please paging communication information and displays the dialog box and the menu interface, wherein, in the first operating modes, the communication apparatus is adapted to query an instant surface of each first paging signal identifying hunt request received, and provides the activation at its output. 所述一个或多个寻请寻呼信号在一个或多个操作模式中,即时表面通信装置确认或计算是否将会在所述首个寻请寻呼时间段在内激活并提供所述首个查询识别信号,并只在所述确认或计算步骤的结果将不会在所述首个寻请寻呼时间段在内激活并提供所述首个查询识别信号的情况下,提供所述一个或多个寻请寻呼信号。 Please find the one or more paging signal or a plurality of operation modes, instant or the surface communication device to confirm whether the calculation will be the first to find a paging request including the activation period and provide the first a case where the query identification signal, and only the result of the calculation step will confirm or not the first to find a paging request including the activation time period and providing the first identification signal query, providing the one or Please find more paging signals.

[0022] 本发明的上述第一个目的的第八个要解决的技术问题是这样实现的:提供一种电视信号处理装置,其特征包括:一个数字电视信号接收处理器,该处理器包括多个输入接口和多个输出接口,其中输入接口的一端与计算机程序数字处理器的输出口连接,另一端连接外来电视信号,一个数字集群信号处理器,该数字集群信号处理器用于视频信号合成与各种人机交互信号的处理,该数字集群信号处理器包括多个输入接口和一个输出接口, 输出接口与计算机程序数字处理器相连接,一个屏幕显示驱动装置包括输入接口和输出接口,其中输入接口与数字电视信号接收处理器和数字集群信号处理器的输出接口连接,输出接口与液晶显示面板或投影光机相连接,位于平面计算机屏幕输入人机交互触摸桌子电视机箱内侧。 [0022] The first to eighth Technical Problem The object of the present invention is implemented as follows: to provide a television signal processing apparatus comprising: receiving a digital television signal processor comprises a plurality a plurality of input ports and an output interface, wherein the output end of the input interface and a digital processor connected to a computer program, and the other end connected to the foreign television signal, a digital signal processor cluster, the cluster of the digital signal processor for a video signal synthesis and processing signals of various human-computer interaction, the digital signal processor cluster includes a plurality of input interfaces and an output interface, an output interface and a digital processor connected to a computer program, a screen display driving means comprises an input interface and an output interface, wherein the input Interface and digital television signal receiving processor and a digital signal processor clusters connected to the output interface, the output interface of the liquid crystal display panel, or an optical projection engine is connected to a computer screen located in the plane of the inner input interactive television chassis touch the table.

[0023] 根据本发明的第二个目的,提供一种表面光学多重触摸移动光标识别控制方法, 其特征包括;它包括以下步骤:通过红外光学识别,获得一个纯净无杂波干扰背景的动态连续动态红外光点影像,其中,上述的动态红外每一帧图像都代表上述红外光点影像对应变量部分的特征;将上述动态连续动态红外光点影像与自适应场频的预设参照X、Y对比标值基准矩阵背景模型相比较,其中,上述预设参照X、Y对比标值基准矩阵背景模型由横向和纵向交差的两个坐标计算程序程式构成,一个坐标计算程序程式预先设定为横向X,另一个坐标计算程序程式预先设定为纵向Y,其中,一个轴向变化的触摸产生的光学轨迹识别记译与另一轴向的识别数据比较产生该轴向新的控制变量,为了得到整个帧频图像的准确变量,在隐藏的参照基准矩阵背景模型中设有多个横 [0023] The second object of the present invention, there is provided an optical surface of the multi-touch recognition method for controlling cursor movement, characterized by comprising; comprising the steps of: infrared optical recognition, to obtain a clean background interference clutter dynamic continuous dynamic infrared spot images, wherein the dynamic infrared image of each frame represents the image feature points corresponding to the infrared portion of the variable; and the moving continuous dynamic infrared spot image and the predetermined reference frequency adaptation field X, Y Comparative values ​​of the reference standard compared to background model matrix, wherein the preset reference X, Y values ​​of the reference standard comparison matrix background model consists of two coordinate calculation procedure programs intersecting horizontal and vertical, a coordinate calculating program previously set transverse formula X, coordinate calculation program another program set in advance to the longitudinal direction Y, the optical trajectory recognition in mind other axial translation and identification data wherein a change in the axial direction generated by a touch of the axial comparison yields a new control variable, in order to obtain accurate entire variable frame rate image, a plurality of reference cross hidden in the background model matrix 与纵向的轴向标定值。 With the longitudinal axis of the calibration values. 根据上述比较步骤的结果,得到一个可控变量。 The result of the comparison step, to obtain a controlled variable.

[0024] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括;上述预设参照X、 Y对比标值基准矩阵背景模型是通过以下执行构成得到的:上述预设参照X、Y对比标值基准矩阵背景模型由横向和纵向交差的两个坐标计算程序程式构成,一个坐标计算程序程式预先设定为横向X,用于该轴向变化的触摸产生的光学轨迹识别记译与另一轴向纵向Y的识别记译数据比较产生该轴向新的控制变量,为了得到整个矩阵帧频图像的准确变量,在隐藏的参照基准矩阵背景模型中设有多个不受限制的该轴向标定值X1、X2、X3···,该程序还附加有杂波过滤程序,用于红外影像背景的杂波过滤抑制干扰。 [0024] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising; The preset reference X, Y values ​​of the reference standard comparison matrix background model is obtained by performing the following configuration: The preset reference X, Y Comparative standard reference value matrix background model consists of two coordinate calculation procedure programs intersecting horizontal and vertical, a coordinate calculating program previously set transverse formula X, for the axial variation of the optical trajectory of the touch-generating note identifying another translation translation note identification data axial longitudinal axial direction Y of the comparison yields a new control variable, in order to obtain an accurate image of the variable frame rate of the whole matrix, with the plurality of axially unrestricted hidden in the background model matrix of reference calibration values ​​X1, X2, X3 ···, the program further additional clutter filtering program for filtering background clutter suppression infrared image interference. 另一个坐标计算程序程式预先设定为纵向Y,用于该轴向变化的触摸产生的光学轨迹识别记译与另一轴向X的识别数据比较产生该轴向新的控制变量,为了得到整个帧频图像的准确变量,在隐藏的参照基准矩阵背景模型中设有多个不受限制的该轴向标定值Yl、Y2、TO…。 Another program coordinate calculation program set in advance to the longitudinal direction Y, the data for identifying the axial variation of the touch-generating optical trajectory recognition in mind other axial translation with the axial direction X of the comparison yields a new control variable, in order to obtain the entire accurate variable frame rate image, which is provided with a plurality of axially unrestricted calibration value Yl, Y2, tO ... hidden in the background model matrix of reference. 为了得到整帧多重触摸光点影像的准确定位,在隐藏的基准矩阵X、Y双轴向同位点附加对称阵列定位程序。 In order to obtain accurate positioning of the entire frame image of the light spot the multi-touch, in a hidden reference matrix X, Y array is positioned symmetrically biaxially additional program to the same site. 根据上述比较步骤的结果,得到一个多重触摸移动光标可控变量的新背景模型。 The result of the comparison step, the new background model to obtain a multi-touch-controllable variables to move the cursor.

[0025] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述对比上述横向坐标计算程序程式预先设定的X中,上述预设多个不受限制的该轴向标定值XI、X2、 X3…,据已形成上述参照对比标值的横向基准矩阵,是对横向基准矩阵的平均特征,其特征包括:上述对比上述横向坐标计算程序程式预先设定的X中,上述预设多个不受限制的该轴向标定值X1、X2、X3···,据已形成上述参照对比标值的横向基准矩阵的每一帧背景的横向部分的平均特征相同。 [0025] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: the above-described comparative XI axially calibration value calculation program in the transverse coordinate X program set in advance in the predetermined plurality of unrestricted , X2, X3 ..., according to the reference matrix formed transversely to the reference standard comparison values, wherein the average lateral reference matrix, characterized in comprising: said collation procedure in the transverse coordinate calculation formula X set in advance in the default the plurality of unrestricted axial calibration value X1, X2, X3 ···, has been formed according to the same average characteristic transverse frame portion of each lateral reference matrix background above with reference to a comparison target value.

[0026] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述对比上述纵向坐标计算程序程式预先设定的Y中,上述预设多个不受限制的该轴向标定值Y1、Y2、 Υ3…,据已形成上述参照对比标值的纵向基准矩阵,是对纵向基准矩阵的平均特征,其特征包括:上述对比上述纵向坐标计算程序程式预先设定的Y中,上述预设多个不受限制的该轴向标定值Υ1、Υ2、Υ3···,据已形成上述参照对比标值的纵向基准矩阵的每一帧背景的纵向部分的平均特征相同。 [0026] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: a calibration value Y1 axially above the above comparison calculation program preset programs longitudinal Y coordinates, the above-described predetermined plurality of unrestricted , Y2, Υ3 ..., according to a longitudinal reference matrix has the reference standard comparison values, wherein the average longitudinal reference matrix, characterized by comprising: said collation program to the longitudinal coordinate calculation formula Y set in advance in the default the plurality of unrestricted axial calibration value Υ1, Υ2, Υ3 ···, has been formed according to the same average characteristic longitudinal portion of each frame longitudinal reference matrix background above with reference to the comparison target value.

[0027] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述对比上述纵向坐标计算程序程式预先设定的Y中,上述预设多个不受限制的该轴向标定值Υ1、Υ2、 Υ3…,据已形成上述参照对比标值的纵向基准矩阵,是对纵向基准矩阵的平均特征,其特征包括:上述对比上述纵向坐标计算程序程式预先设定的Y中,上述预设多个不受限制的该轴向标定值Υ1、Υ2、Υ3···,据已形成上述参照对比标值的纵向基准矩阵的每一帧背景的纵向部分的平均特征相同。 [0027] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: the above-described comparative Υ1 axially calibration value calculation program above formula Y predetermined longitudinal coordinate, the above-described predetermined plurality of unrestricted , Υ2, Υ3 ..., according to a longitudinal reference matrix has the reference standard comparison values, wherein the average longitudinal reference matrix, characterized by comprising: said collation program to the longitudinal coordinate calculation formula Y set in advance in the default the plurality of unrestricted axial calibration value Υ1, Υ2, Υ3 ···, has been formed according to the same average characteristic longitudinal portion of each frame longitudinal reference matrix background above with reference to the comparison target value.

[0028] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述动态红外光点影像与预设参照X、Y对比标值基准矩阵背景模型相比较,将无噪点杂波背景的红外光点影像与一个自适应场频的预设参照X、Y刻度基准矩阵背景叠加镶嵌合成。 [0028] surface of the optical multi-touch recognition control method of the movement of a cursor, characterized by comprising: the moving image and the infrared light preset reference point X, Y values ​​of the reference standard comparison matrix background model comparing the noise-free background clutter infrared spot image with a predetermined frequency reference adaptive field X, Y reference scale superimposed background mosaic matrix synthesis.

[0029] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述表面多重触摸光点出现在预定参照X、Y矩阵刻度坐标上时,产生一个增量矩阵,无论是基准矩阵还是增量矩阵都由连续的帧频组成。 [0029] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: the above-described multi-touch surface of the light spot appears in a predetermined reference X, Y matrix when the coordinate scale, an incremental matrix is ​​generated, whether or reference matrix incremental matrix composed by the continuous frame rate.

[0030] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述每一个增量矩阵帧都是构成增量矩阵的基本单位,同时也是一个最基本的计算单位,帧与帧之间是构成对比计算的基数。 [0030] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: each of said frame is composed of a matrix substantially increment unit increment matrix, but also a basic unit of the frame and frames comparison between the base configuration is calculated.

[0031] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述X横向轴坐标程序上附加有杂波过滤程序,用于红外影像背景的杂波过滤抑制干扰,形成纯净无噪点杂波背景的红外光点影像与一个预设参照X、Y刻度基准矩阵背景叠加镶嵌合成。 [0031] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: an additional transverse to said X-axis coordinate procedures clutter filtering program for filtering background clutter infrared image suppression interference, noise-free pure form clutter infrared light image with a predetermined reference point X, Y reference scale superimposed background mosaic matrix synthesis.

[0032] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成多重触控移动光标的步骤中,上述预设参照X、Y对比标值基准矩阵背景模型对应叠加镶嵌的多重触摸光点影像产生一个可控变量背景,其特征包括:χ横向坐标轴向变化的触摸产生的光学轨迹识别记译与另一轴向Y的识别记译数据对比产生该轴向新的控制变量,在预设多个不受限制的该轴向标定值XI、Χ2、Χ3…上得到整个矩阵帧频图像的准确变量。 [0032] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: a step of forming the multi-touch movement of the cursor in the preset reference X, Y values ​​of the reference standard comparison matrix corresponding to a background model superimposed multiple inlaid touch light spot generates a controlled variable background image, characterized in comprising: identifying data translation referred χ lateral coordinate axis changing optical touch-generating trajectory recognition in mind other axial translation with the axial direction Y of Comparative generate new control variable in the preset plurality of unrestricted axial calibration value XI, Χ2, Χ3 ... accurate variable frame rate image matrix on the whole.

[0033] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成表面多重触控移动光标的步骤中,上述预设参照X、Y对比标值基准矩阵背景模型对应叠加的表面多重触摸光点影像产生一个可控变量背景,其特征包括:Υ纵向坐标轴向变化的触摸产生的光学轨迹识别记译与另一轴向Y的识别记译数据对比产生该轴向新的控制变量,在预设多个不受限制的该轴向标定值Y1、Y2、TO…上得到整个矩阵帧频图像的准确变量。 [0033] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: a step of forming the multi-touch surface to move the cursor in the preset reference X, Y values ​​of the reference standard comparison matrix background model corresponding to the superimposed surface multi-touch point image generator of light background a controlled variable, characterized by comprising: identifying data translation referred Υ longitudinal coordinate axis changing optical touch-generating referred trajectory recognition and translation of another axial direction Y of the comparison generates a new controlling axial variable, accurate variable frame rate of the entire image on a matrix of a plurality of predetermined axial direction is not limited to the calibration value of Y1, Y2, tO ....

[0034] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述在该每帧图像底层叠加镶嵌一个隐藏的不显示的可以使每帧图像生成变量数据的参照X、Y对比标值基准矩阵背景模型,该预设参照对比标值基准矩阵背景为隐藏。 [0034] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: the above-described underlying superimposed image of each frame a hidden mosaic display may not make reference variable X in each image data generating, Y marked contrast value of the reference background model matrix, the preset reference value of the reference standard comparison matrix background hidden.

[0035] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述隐藏不显示 [0035] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: the above-described hidden from display

12的参照X、Y对比标值基准矩阵背景模型是一个基准可控变量数据生成的参照标值矩阵背景模型。 Referring to X 12, Y values ​​of the reference standard comparison matrix background model is a model with reference to a standard reference value matrix background data generated controllably variable.

[0036] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成表面多重触控移动光标的步骤中,上述预设参照X、Y对比标值基准矩阵背景模型对应叠加的多重触摸光点影像产生第一个被识别记译的因触摸产生的光点影像被确定为起源点零并编译定位。 [0036] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: a step of forming the multi-touch surface to move the cursor in the preset reference X, Y values ​​of the reference standard comparison matrix background model corresponding to the superimposed multiple touch light spot generates a first image is identified in mind translated spot image generated by the touch is determined as a zero point of origin and compile positioning.

[0037] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成表面多重触控移动光标的步骤中,上述预设参照对比X、Y标值基准矩阵背景模型对应叠加镶嵌的多重触摸光点影像产生第二个触摸产生的光点影像出现并被记译定位。 Multi-touch surface of the optical character recognition method for controlling a mobile [0037] in claim 1, characterized in comprising: a step of forming the multi-touch surface to move the cursor in the predetermined comparison reference X, Y target value corresponding to the reference matrix background model superimposed inlaid multi-touch point image generator of light generated by the second touch point image appears light and is referred translation positioning.

[0038] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成表面多重触控移动光标的步骤中,上述预设参照对比X、Y标值基准矩阵背景模型对应叠加镶嵌的表面多重触摸光点影像产生的多个光点影像出现并被记译定位。 Multi-touch surface of the optical character recognition method for controlling a mobile [0038] in claim 1, characterized in comprising: a step of forming the multi-touch surface to move the cursor in the predetermined comparison reference X, Y target value corresponding to the reference matrix background model superimposed inlaid a plurality of multi-touch surface of the light spot images of light spot images generated translation occurs and note the positioning.

[0039] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述预设参照X、 Y对比标值基准矩阵背景模型对应叠加的多重触摸光点影像产生的第一个和第二个以至于多个光点被编译成两个光标。 [0039] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: the above-described predetermined reference X, Y of a comparison standard value corresponding to the reference background model matrix superposed multi-touch image generated by the light spot and a second a plurality of light spots that are compiled into two cursors.

[0040] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述多个光标发生移动整幅图像的每帧对应的背景参照对比标值即X、Y两个轴向的程序程式开始识别解读,在两个轴向对比和计算之下,将每帧基准矩阵背景与对应的每帧光点影像合成一帧增量矩阵,零为参照。 [0040] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: a frame corresponding to each movement of the background of the entire image occurring with reference to the plurality of cursor target value comparison program that is the program X, Y two axially identifying the start of interpretation, under both axially and contrast calculation, the spot of each frame image of each frame corresponding to the reference matrix background with a delta matrix synthesis, zero reference.

[0041] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述零参照可以在预定参照背景X、Y对比基准矩阵刻度的任何位置出现,零可以是各种位置的起点。 [0041] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: the above reference can be zero at a predetermined reference background X, Y position of any comparative reference matrix scale occurs, the starting point may be a zero various positions.

[0042] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成的步骤中,上述触摸光点影像在预定参照背景X、Y矩阵刻度上合成出现,并且其特征在于:上述触摸光点影像在预定参照背景X、Y矩阵刻度上合成出现,一个增量矩阵产生,计算开始,首先预定参照背景识别第一个出现的光点影像并将其定位,生成定位数据,产生第一个增量矩阵,此时也就具备了第一个可对照比较数据,当第二个触摸光点出现,矩阵开始连续增量, 将第一个参照比较数据与第二个出现的光点影像定位数据相比较,产生一个新的相对定位数据外又差分出一个新变量的比较数据,这两个变量数据分别携带定位数据。 [0042] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: the step of forming the light spot touched reference background image in a predetermined X, Y matrix synthesis occurs on the scale, and wherein: the above-described touch spot predetermined reference background images X, Y matrix synthesis occurs on the scale, an incremental matrix generation, calculation starts, first predetermined reference background image spot a first occurrence of identifying and positioning, generates location data, generates a first a delta matrix, the case also includes a first data may be compared to the control, when the second touch point appears light, the matrix begins successive increments, the first reference data is compared to a second spot of light appears comparing the image location data, generate a new relative positioning of the external data and a differential comparison of the new variable data, the variable data, respectively, carry two positioning data.

[0043] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成的步骤中,上述参照背景X、Y矩阵刻度的对比下与新的数据合成,并且其特征在于:形成对应数量的可控的光标点并相互作用,在计算和对比之下,连续动态的光点之间相互作用,利用增量矩阵以及光点之间的相互作用完成基本的矩阵改变,产生新变量数据,可以任意改变一个合成矩阵帧,一个基本矩阵帧,能被一个增量矩阵帧改变。 [0043] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: a step of forming, the background of the reference X, Y matrix comparison of the scale with the new data combination, and characterized in that: form the corresponding number of controllable cursor point and interact in contrast and under calculation, the dynamic interaction between successive points of light, using interaction between the matrix and the increment of the spot matrix changes substantially complete, a new variable data , a synthetic matrix can be arbitrarily changed frame, a frame base matrix, the matrix can be a delta frame is changed.

[0044] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成的步骤中,上述得到整帧多重触摸光点影像的准确定位,并且其特征在于:在隐藏的基准矩阵X、Y 双轴向同位点附加对称阵列定位程序。 [0044] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: the step of forming the entire frame to obtain accurate positioning of the multi-touch point image light, and it is characterized in that: in a hidden reference matrix X , Y array is positioned symmetrically biaxially additional program to the same site.

[0045] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述形成的步骤中,上述显示信号的表面可显示手指跟踪标记,具体状态是,在屏幕表面有多少个手指或物体对应就有多少个光圈其特征在于:这些跟踪光圈依附在移动的手指或物体下面,该光圈也可以隐藏不显示。 [0045] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized by comprising: a step of forming, the surface of the display signal can be displayed finger tracking marks, specific state, the number of finger or object on the screen surface there is a corresponding number of aperture wherein: the tracking of moving the diaphragm attached to the finger or object below, the aperture may be hidden from display. 最终体现在表面显示图层的缩放和移动,多个可控变量的光点影像被编译成为多个相互作用的移动光标。 Ultimately reflected in the surface layers of zooming and panning a display, a light spot image of the plurality of controlled variables are compiled into a plurality of moving a cursor interaction.

[0046] 所述的表面光学多重触摸移动光标识别控制方法,其特征包括:上述自适应场频的预设参照X、Y对比标值基准矩阵背景模型对应叠加镶嵌的多重触摸光点影像产生的多个光点影像出现并被记译定位。 [0046] The surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in comprising: said adaptive field frequency preset reference X, Y values ​​of the reference standard comparison matrix background model corresponding to the multi-touch optical spot generated mosaic image overlays and a plurality of light spot images appear in mind translation positioning. 其特征包括一个光点影像依附在手指或物体下面自动跟 Further comprising a light spot image is automatically attached to the object with a finger or below

S示ο S illustrates ο

[0047] 根据本发明的第二个目的的第二个问题,提供一种用于在平面计算机屏幕输入人机交互触摸桌子屏幕表面进行人机交互显示的表面树状粘拖快速浏览方法,其特征包括: 所述表面树状粘拖快速浏览方法适于包括以下步骤:搜索计算机本地磁盘的文件或网页, 搜索结果的文档和信息之间建立直观视觉同轴系关系文档以及同一个族系粘拖的表面树状关系文件,显示表面的一个族系文件之间相互粘拖,当拖动一个主系文件夹或页面,其多个从系、后系文件夹或页面一起被拖拽挪动,显示表面形成一个动态表面树状粘拖浏览视觉化界面,主系、从系、后系同一个族系粘拖文件或搜索结果的文档和信息之间,建立直观动态表面同轴系关系以及同一个族系粘拖的树状关系文件,并在同一表面同时显示出来, 所述表面树状粘拖快速浏览方法还包括预设表面 [0047] The second problem is a second object of the present invention, there is provided a method for interactive input surface of the touch screen a table surface adhesive drag tree interactive display quick browsing method in a computer screen plane, which characterized in comprising: the adhesive surface tree quick browsing method adapted to tow comprising the steps of: establishing intuitive visual system is coaxial relationship between the document search computer local disk files or web pages, documents and information of search results and with a stick the family tree dossier surface drag, viscous drag shows the correlation between a surface of the family of the file, when a host system folder drag or pages, from which a plurality of lines, the page-based document or folder is dragged to move along, forming a surface of the display surface dynamic viscosity drag tree visual browser interface, the main line, between the lines, the document information and the family-based adhesive with a drag files or search results, intuitive dynamic surface establishing a coaxial relationship and with the line the family tree relationship file a sticky drag and simultaneously displayed on the same surface, the surface sticky tree dragging a quick method further includes preset surface 示的文件夹浏览粘拖从属文件量,当表面一个族系粘拖的任何一个层次系别文件夹或页面被打开,该文件夹形成一个新的主系文件夹在表面显示,超量的该族系粘拖的上层或下层未打开的关系文件夹或页面自动隐藏在动态表面轴系上。 File folder browsing illustrated viscous drag amount dependent file when any other file system level a surface of a viscous drag of the family or the page is opened folder, the folder to form a new host system folder display surface, the excess the family of the upper or lower viscous drag unopened relations folder or page automatically hidden on a dynamic shaft surface. 当一个主系文件夹被拖动离开表面轴系时其粘拖的从系文件夹跟随主系文件夹形成一个新的独立视觉文件。 When a host system folder is dragged away from the surface of its shaft-based viscous drag from the host system folder follow a new folder is formed separate visual document. 所述表面树状粘拖快速浏览方法,其特征包括;其中所述同轴系关系文档,直接在浏览的表面上显示并表现,一个轴系上有多个从系文件夹、后系文件夹相互粘拖的连带关系文件文档,所述文档相互粘拖并伴随主系文件夹位于一个表面直观动态同轴系上。 The viscous drag surface tree quick browsing method, characterized in comprising; wherein said coaxial relationship based document browsing displayed directly on the surface and the performance of a system from a plurality of folders on the shaft, the system folders each viscous drag associated relationship file for the document, the document and adhered to each other along the main tow line folder located on a surface of the visually dynamic coaxial line. 所述表面树状粘拖快速浏览方法,其特征包括;其中所述表面树状关系文件,显示表面的一个族系粘拖文件之间相互粘拖,当拖动一个主系文件夹或页面,其多个从系、后系文件夹或页面一起被拖拽挪动。 The viscous drag surface tree quick browsing method, characterized in comprising; wherein said surface tree relation file, display a mutual adhesion between the family drag dragged file adherend surface, when a host system folder drag or page, from which a plurality of lines, the page or folder based dragged to move together. 其形状形态表现为一个表面树状。 Manifestations shape of a surface of the tree. 所述表面树状粘拖快速浏览方法,其特征包括;其中所述动态表面树状粘拖浏览视觉化界面,其表面搜索创建的表面树状关系文件中主系、从系、后系同一个族系粘拖文件或搜索结果的文档信息之间建立直观表面同轴系关系以及同一个族系粘拖的树状关系文件在同一表面同时显示, 当拖动搜索结果的表面文档和信息时,其同一个轴系上的主系、从系、后系同一个族系文件相互粘拖,其形态为一个动态视觉表达显示界面。 The viscous drag surface tree quick browsing method, characterized in comprising; wherein said dynamic viscous drag surface tree visual browser interface, the main surface of the relation file tree based searches a surface created from the system, the same system establish a coaxial line relationship between the family and intuitive surface sticky drag a file or document information search results as well as with a stick to drag the family tree relationship files simultaneously displayed on the same surface, when the surface of the document and drag search results when information, which is based on the same main shaft, from the Department, the Department of the same family based viscous drag another file, which is a form of a dynamic visual presentation display. 所述表面树状粘拖快速浏览方法,其特征还包括;其中所述预设表面显示的文件夹浏览粘拖从属文件量,当表面一个族系粘拖的任何一个层次系别文件夹或页面被打开,该文件夹形成一个新的主系文件夹在表面显示,超量的该族系粘拖的上层或下层未打开的关系文件夹或页面自动隐藏在动态表面轴系上。 The viscous drag surface tree quick browsing method, characterized in further comprising; wherein said predetermined surface of the display of file folder browsing files amount dependent viscous drag, when any other file system level surface a viscous drag of the family or the folder pages is opened, the folder is formed a new host system folder on the display surface, the excess viscous drag the family of upper or lower unopened folder relationships automatically hidden pages or on a dynamic shaft surface. 该模式轴系上的关系文档在显示界面的表面将会受到显示表现的限制。 Document on the relationship between the shaft will be limited mode display performance on the surface of the display interface. 所述表面树状粘拖快速浏览方法,其特征还包括;其中所述动态表面轴系,用于视觉定格与表面布局,其表现于显示界面的表面,其形态表现为同一个族系相互粘拖的文档在同一个轴系。 The viscous drag surface tree quick browsing method, characterized in further comprising; wherein said dynamic shaft surface, with the surface to freeze visual layout, which exhibits a display screen surface, which is attached to each Manifestations same the family drag a document on the same shaft. 所述表面树状粘拖快速浏览方法,其特征还包括;其中所述独立视觉文件,用于提取同一个轴系的需求文件或文档,其形态表现为当一个主系文件夹被拖动离开表面文档轴系时其粘拖的从系文件夹跟随主系文件夹形成一个新的独立文件并定格为视觉化。 The viscous drag surface tree quick browsing method, characterized in further comprising; wherein said discrete visual file, for extracting a shaft of the same file or document needs, which exhibited morphological changes when a host system folder is dragged away the viscosity dragged from the folder-based follow the main surface of the document file based shaft to form a new clip file separate visual and freeze-frame. 其特征方法还包括;所述一种表面树状粘拖快速浏览方法,包括其中的表面操作模式中的步骤。 Wherein the method further comprises; the one surface of the viscous drag tree quick browsing method, comprising the steps wherein the surface of the operating modes of the. 所述快速浏览指令的数据计算媒体装置在平面计算机屏幕输入人机交互触摸桌子的表面人机交互方案中进行表面多个族系文件或页面的树状粘拖快速浏览。 The Quick View command data calculating means in the plane of the computer screen media input surface of the touch interactive program interactive table surface in a plurality of tree stick dragged file or page the family quick tour.

[0048] 根据本发明的第三个目的,提供一种包含编码指令的数据介质,其特征包括:所述编码指令通过平面计算机屏幕输入人机交互触摸桌子的计算机装置解释,所述指令包括以下指令;将纯净无噪点杂波背景的红外光点影像与预定参照X、Y对比基准矩阵背景模型叠加镶嵌合成,当屏幕桌子面的表面多重触摸光点影像出现在预定参照X、Y矩阵刻度坐标上时被识别定位并产生一个增量矩阵帧,利用增量矩阵帧产生新变量数据,可以任意改变一个基准矩阵帧,具体表现为按照沿着X轴Bl被定位编译和一个Al在90度Y轴转动的两个移动光标,随之产生一个增量矩阵,不管多少数量的移动光点影像在屏幕任何方位如何移动,根据上述指令,总能将屏幕表面的触摸光点影像精确的识别定位并编译成具有多重控制功能的相互作用的移动光标。 [0048] According to a third object of the present invention, there is provided a data medium containing coded instructions, characterized in comprising: said computer means explained interactive touch table plane coded instructions inputted through a computer screen, said instructions comprising instruction; purified infrared spot image clutter and noise-free predetermined reference X, Y matrix comparison reference background model superimposed mosaic synthesis, when the surface of the table surface multi-touch screen, the spot appears in a predetermined reference image X, Y coordinate matrix scale when positioned on the identified frame and generating a delta matrix by delta matrices variable frame generating new data, a reference matrix may be changed to any frame, according to the specific performance of the X-axis is positioned along a Al and Bl compile Y at 90 degrees two axis of rotation to move the cursor, a consequent increment matrix, regardless of the number of how many moving the light spot image moves on the screen to any position, according to the command, the touch screen surface of the light spot always possible to identify the precise positioning of the image and compiled move the cursor to interact with multiple control functions.

[0049] 所述指令还包括执行的以下操作指令:当进行文件浏览器或搜索时,创建一个主动输入的请求并建立搜索标题,计算机应答请求信息以及请求信息量,确定并进行搜索,主动关系文件生成,结构化从属文件生成,构建表面树状浏览可视元素并进行布局,以及生成视觉化互动粘拖用户界面,并进行视觉表达格式化与视觉定格组装,互动粘拖图像用户界面生成。 [0049] The operations of the instructions further comprising instructions for execution: When a search browser or a file, a request to create an active search for the title and to establish the input, the computer response request message and a request information, and determining a search, the relationship between the active file generating, dependent structured document generation, building surface tree view layout and visual elements, and generating interactive visual user interface drag viscosity and visual formatting and visual expression fixed assembly, viscous drag interactive graphical user interface generated.

[0050] 所述指令还包括所执行的以下操作的指令:当启动即时表面通信装置时,一个接收来自所述一个或多个通信设备的首个寻请寻呼消息,需要在首个查询识别等待时间及有效数据速率段在内查询识别所述首个寻请寻呼消息,以及所述首个寻请寻呼消息包含寻请寻呼数据量,一个确认用于提供查询识别所述首个寻请寻呼消息的首个查询识别消息的所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段,其中,所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段通常随寻请寻呼数据量而增加,以及一在所述首个查询识别等待时间及有效数据速率段在内将一个或多个寻请寻呼消息发送至一个或多个通信设备,所述一个或多个寻请寻呼消息表示对于一个或多个查询识别等待时间及有效数据速率段的寻请寻呼。 [0050] The instructions further comprising instructions for the execution of: starting an instant when the surface of the communication means receives from said one or a plurality of the first communication device to find a paging request message, it is necessary first to identify the query and the latency period including the effective data rate of the first query to identify Please find a paging message, and the first paging message comprises a request to find a paging request to find the amount of data, for providing a confirmation query identifying the first identifying one or more queries to find a paging request message identifying the first query message to find the requested paging latency period and the effective data rate, wherein the request to find a paging latency or more queries and identifying active segment the data rate generally increases with the amount of data to find a paging request is increased, and a first query to identify the latency and the effective data rate of the segment including the one or more paging request message to find the one or more communication devices , please find the one or more paging messages to one or more queries represented identifying the effective data rate and latency to find the requested page segment. 以此实现表面通信装置与一个或多个通信设备相互查询识别数据互通互用,以表面直接操作替代在通信设备上的操作。 In order to achieve a surface communication device and the one or more queries another communication device identification data exchange interoperability, to operate directly on the surface Alternatively in operation on a communication device. 所述包含编码指令的数据介质,用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 The data medium comprising coded instructions for performing an operation input frame interactive program table interactive touch screen computer in a plane.

[0051] 本发明的有益效果是: [0051] Advantageous effects of the present invention are:

[0052] 通过本发明的实施使平面计算机屏幕输入人机交互触摸桌子能够完成各种屏幕输入方式的交互显示以及鼠标和键盘无法完成的多重触摸方式屏幕输入人机交互新兴操作界面,改变以往传统的台式桌上型立面显示器其结构属性使其局限在个人上的使用,更适用于平面计算机屏幕输入人机交互触摸桌子的可多人、多点、多重操作显示的屏幕输入显示界面,使人机交互更加便利,拉近了人机交互界限,使桌体属性的平面计算机显示更加容易操作,推动了计算机的平面进化与人机交互方式,使计算机由过去的台式向桌体平面转化,通过各种传感器装置的混合复合使用,使计算机进入屏幕识别及屏幕输入的高速人机交互方式,同时通过各种传感器装置的整合使显示屏幕的平面构成人机交互的平台,本发明通过表面通信装置融合了计算机和移动手机的数据 [0052] The computer screen of the flat table, a touch interactive input by the embodiment of the present invention can be accomplished a variety of interactive input mode screen display and multi-touch screen, a mouse and keyboard mode can not be completed emerging interactive input interface, change of traditional a desktop display of a desktop facade structure properties it limited to personal use, but also for flat computer screen touch input interactive multiplayer table, multi-point, multi-screen display operation of the display input interface, so that human-computer interaction more convenient, closer to the limits of human-computer interaction, computer tables planar body attribute display easier to operate, and promote the evolution of the plane and human-computer interaction computer so that the computer desktop transformation from the past to the table body plane, by using various sensors complex mixing devices, cause the computer to enter the high-speed mode interactive screen and the screen recognition input, while the plane of the display screen constituting the interactive platform through the integration of the various sensors of the device, the present invention is a communication by surface integration of computer equipment and mobile phone data 交互,使计算机与移动手机互通互用进行数据交换,提高了设备之间的融合性和生活效率。 Interactive, computer and mobile phone exchange the data exchange interoperability, integration and improve the efficiency of life between devices. 本发明的实施开启了屏幕输入方式的人机交互,使计算机不仅能够识别人的手指操作意图,还能够解读射频标签物体和图形标签物体,可以增加物联网和物机交互的便利。 Embodiment of the present invention opens the interactive screen input mode so that the computer can recognize not only a person's finger, the manipulation intention is also possible to interpret the RFID tag and the object graphics object tags, and can increase the convenience of things computer interaction thereof. 桌子是人类使用最多的办公用具和家庭用具,将计算机桌体平面化,增加使用效率和使用几率的同时可以多人互动,平面计算机屏幕输入人机交互触摸桌子的实施使信息家电及信息家具有了更好的平台,能够改善和推动人类的生活方式。 The table is the largest human use of office equipment and household appliances, computer tables plane of the body, increase efficiency and at the same time can use the chance to interact with people, a flat screen computer input human-computer interaction touch the table so that the implementation of information appliances and furniture information a better platform to improve and promote the human way of life.

附图说明 BRIEF DESCRIPTION

[0053] 以下,将参照附图对本发明的一种平面计算机屏幕输入人机交互触摸桌子的实施例进行解释,其中,所述实施例不能用作限制本发明的一种平面计算机屏幕输入人机交互触摸桌子的广义保护范围。 [0053] Hereinafter, the embodiments of the touch interactive input table referring to the drawings of the present invention is a planar interpreted computer screen, wherein, for example, can not be used to limit the present invention provide a flat computer screen the embodiment captcha broad scope of protection of the interactive touch table.

[0054] 图1、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的实施例结构框图。 [0054] FIG. 1 is a block diagram showing the structure of Embodiment interactive touch screen of a computer desk of the invention a planar input.

[0055] 图2、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种屏幕输入装置的实施例结构框图。 [0055] FIG. 2 is a flat computer screen input one kind of the present invention a touch screen interactive table block diagram showing an embodiment of an input device.

[0056] 图3、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种屏幕输入装置的另一实施例结构框图。 [0056] FIG. 3 is a computer screen of the present invention a planar input one kind of interactive touch screen input device table block diagram showing another embodiment.

[0057] 图4、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的实施例结构框图。 [0057] FIG. 4 is a computer screen of the present invention a planar input interactive touch screen corresponding to the table block diagram showing an embodiment of the multiple window infrared input device.

[0058] 图5、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的表面幕布红外视窗装置实施例结构框图。 [0058] FIG. 5 is a flat computer screen according to the present invention, the table input interactive touch screen input surface corresponding to a screen window means infrared infrared multiple window configuration block diagram of apparatus embodiments.

[0059] 图6、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的反射背光红外视窗装置实施例结构框图。 [0059] FIG. 6 is a computer screen of the present invention a planar input interactive touch screen corresponding to input table, one infrared reflecting back infrared multi-window means a configuration block diagram window apparatus embodiment.

[0060] 图7、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的表面散射红外视窗装置实施例结构框图。 [0060] FIG. 7 is a flat computer screen according to the present invention, the table input interactive touch screen corresponding to an input surface of the scattering means multiple infrared window IR window structure diagram of embodiment apparatus.

[0061] 图8、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的多个红外视窗装置形成的红外视窗与水平透射平面显示屏幕相互重叠结构框图。 [0061] FIG. 8 is a computer screen of the present invention a planar input interactive touch screen input table, one infrared window corresponding to a plurality of infrared windows means the horizontal multi-infrared transmissive window means forming a flat display screen overlapping structure block diagram.

[0062] 图9、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种背光光场盒桌体装置的实施例结构框图。 [0062] FIG. 9 is a block diagram an embodiment of a backlight light field device to which the table cassette interactive touch screen of a computer desk of the invention a planar input.

[0063] 图10、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种背光光场盒桌体装置的另一部分实施例结构框图。 [0063] FIG. 10 is a flat computer screen according to the present invention, a backlight another portion of input light field device to which the table cassette interactive touch table configuration block diagram of FIG.

[0064] 图11、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种背光光场盒桌体装置的另一部分实施例结构框图。 [0064] FIG. 11 is a flat computer screen according to the present invention, a backlight another portion of input light field device to which the table cassette interactive touch table configuration block diagram of FIG.

[0065] 图12、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种水平透射平面显示屏幕桌子面装置的实施例结构框图。 [0065] FIG. 12 is a flat computer screen according to the present invention, one kind of input level interactive touch table configuration diagram of an embodiment transmission plane surface of the table screen of the display device.

[0066] 图13、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种水平透射平面显示屏幕桌子面装置的实施例结构框图。 [0066] FIG. 13 is a flat computer screen according to the present invention, one kind of input level interactive touch table configuration diagram of an embodiment transmission plane surface of the table screen of the display device.

[0067] 图14、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种触摸背影快速取像识别响应装置的实施例结构框图。 [0067] FIG. 14 is a flat computer screen for a touch input according to the present invention, the back interactive touch table quickly take a block diagram showing an embodiment of the apparatus in response to image recognition.

[0068] 图15、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种触摸背影快速取像识别响应装置的另一部分实施例结构框图。 [0068] FIG. 15 is a flat computer screen for a touch input according to the present invention, the back interactive touch table quickly taking another portion of the image recognition means in response to a configuration block diagram of FIG. [0069] 图16、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种触摸背影快速取像识别响应装置的另一部分实施例结构框图。 [0069] FIG. 16 is a flat computer screen for a touch input according to the present invention, the back interactive touch table quickly taking another portion of the image recognition means in response to a configuration block diagram of FIG.

[0070] 图17、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的计算机处理器装置的实施例结构框图。 [0070] FIG. 17 is a block diagram showing an embodiment of a computer processor means interactive touch screen of a computer desk of the invention a planar input.

[0071 ] 图18、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种即时表面通信装置的实施例结构框图。 [0071] FIG. 18 is a block diagram showing an embodiment of a device for real time interactive communication surface touching a plane of the table of the present invention is a computer screen input.

[0072] 图19、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种即时表面通信装置的实施例结构框图。 [0072] FIG. 19 is a block diagram showing an embodiment of a device for real time interactive communication surface touching a plane of the table of the present invention is a computer screen input.

[0073] 图20、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种即时表面通信装置的一种包含编码指令的数据介质示意框图。 [0073] FIG. 20, a surface of an instant communication apparatus interactive touch table schematic block diagram of a data medium containing coded instructions of the present invention to a flat computer screen input.

[0074] 图21、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种电视信号处理装置的实施例结构框图。 [0074] FIG. 21 is a block diagram showing an embodiment of a television signal processing apparatus interactive touch screen of a computer desk of the invention a planar input.

[0075] 图22、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的实施例流程图。 [0075] FIG. 22 is a computer screen of the present invention, a planar optical input A surface touch interactive table flowchart embodiment character recognition control method of the multi-touch.

[0076] 图23、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的图22中使用的预设参照X/Y对比标值基准矩阵背景模型示意图。 [0076] FIG. 23, the present invention is a computer screen input plane A surface of the optical touch interactive multi-touch preset table X Referring to FIG character recognition control method for use in a mobile 22 / Y value of the reference standard comparison matrix BACKGROUND schematic model.

[0077] 图M、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的图22中可控变量数据生成步骤的一种包含编码指令的数据介质示意框图。 [0077] FIG M, the present invention is a flat computer screen interactive input A surface of the optical multi-touch touch the table data 22 a medium controllable variable data generating step of identifying a cursor movement control method comprising coded instructions a schematic block diagram of a media.

[0078] 图25、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的示意结构框图。 [0078] FIG. 25 is a computer screen of the present invention, a planar optical input A surface touch interactive table a schematic block diagram showing a control method of character recognition multi-touch.

[0079] 图沈、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法图的预设参照X/Y对比标值基准矩阵背景模型与光点影像图层对比生成可控变量数据的一个例子示意图。 [0079] FIG. Shen, the present invention is a flat computer screen a human-machine interactive touch input preset table surface of the optical multi-touch recognition control method of moving a cursor with reference to FIG. X / Y values ​​of the reference standard comparison matrix background model of the light spot Comparative example of image layers to generate a controllably variable data of FIG.

[0080] 图27、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法图的预设参照χ/γ对比标值基准矩阵背景模型与光点影像图层对比生成可控变量数据的一个例子示意图。 [0080] FIG. 27, the present invention is a flat computer screen a human-machine interactive touch input preset table surface of the optical multi-touch recognition control method of moving a cursor with reference to FIG χ / γ value of the reference standard comparison matrix background model of the light spot Comparative example of image layers to generate a controllably variable data of FIG.

[0081] 图观、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法图的红外光点影像图层示实施例示意图。 [0081] FIG concept, the present invention is a flat computer screen interactive input A surface of the optical multi-touch touch table schematic diagram of the infrared spot image recognition control method of moving a cursor layer illustrated embodiment of FIG.

[0082] 图四、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的多重触摸背景合成实施例示意图。 [0082] FIG. Fourth, the present invention is a computer screen a planar optical input A surface interactive multi-touch touch table moving a cursor control method of multi-touch recognition BACKGROUND schematic Synthesis Example.

[0083] 图30、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的表面多重触摸移动光标相互作用实施列示意图。 [0083] FIG. 30 is a computer screen according to the present invention, a planar optical input A surface interactive multi-touch touch surface of the table to move the cursor control method of multi-touch recognition schematic embodiment interaction column to move the cursor.

[0084] 图31、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法实施例流程图。 [0084] FIG. 31 is a computer screen of the present invention is a planar viscous drag input A surface tree interactive touch table quick browsing method flowchart FIG.

[0085] 图32、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的表面树状层次中一个族系文件的视觉化表现方框图。 [0085] FIG. 32 is a block diagram of the present invention to a flat computer screen visual performance input interactive touch the table surface of a viscous dendrimer surface drag quick browsing method in a hierarchical tree of the family file.

[0086] 图33、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的表面树状层次中一个从系文件作为主系文件搜索时的视觉化表现方框图。 [0086] FIG. 33 is a computer screen of the present invention is a planar visual input at an interactive touch the table surface of the tree quick browsing method viscous drag surface in a tree hierarchy as the main file system from a file search system the performance of a block diagram.

[0087] 图34、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的浏览模式流程方框图。 [0087] FIG. 34 is a flow chart showing interactive browsing mode touch the table surface a viscous drag tree quick browsing method of the present invention provides a flat computer screen input.

[0088] 图35、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的执行程序流程模式实施例的一种包含编码指令的数据介质示意框图。 [0088] FIG. 35 is a computer screen of the present invention is a planar touch interactive input table A surface tree method viscous drag Quick View mode execution program flow block diagram showing a schematic example of one kind of data medium comprising coded instructions embodiment.

[0089] 图36、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的独立视觉化文件的表现方框示意图。 [0089] FIG. 36 is a block diagram of the performance of an interactive touch the table surface of the tree quick browsing method viscous drag of the visual file independent of the present invention provides a flat computer screen input.

[0090] 图37、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的动态表面轴系的视觉布局表现方框示意图。 [0090] FIG. 37 is a computer screen of the present invention is a planar touch interactive input table A surface tree quick browsing method viscous drag dynamic shaft surface visual layout block diagram performance.

[0091 ] 图38、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的表面树状浏览轴系结构表现方框示意图。 [0091] FIG. 38, the present invention is a flat computer screen interactive touch input surface of the table a viscous drag tree quick browsing method shafting structure of a surface tree view block diagram performance.

具体实施方式 detailed description

[0092] 图1、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的实施例结构框图。 [0092] FIG. 1 is a block diagram showing the structure of Embodiment interactive touch screen of a computer desk of the invention a planar input. 水平透射平面显示屏幕桌子面装置(10)和屏幕输入装置(14)与对应屏幕输入多重红外视窗装置(11)相互叠加安装在背光光场盒桌体装置(1¾的上面,触摸背影快速取像识别响应装置(1¾安装在背光光场盒桌体装置(1¾内侧,计算机处理器装置(1¾和电视信号处理装置(16)安装在桌体机箱(105)内侧,即时表面通信装置(17)安装在桌体机箱(105) 的内侧并与计算机装置(1¾相连接。背光光场盒桌体装置(1¾安装在桌体机箱(105)内侧。 Horizontal transmissive flat display screen of the table surface (10) and a screen input means (14) corresponding to the screen-input multiple infrared window means (11) are superimposed mounted on the backlight light field cartridge desktop devices (above 1¾, touch the back of the fast imaging identification response means (1¾ cartridge mounted on the backlight light field means the table body (1¾ inside a computer processor means (1¾ and the television signal processing means (16) mounted on the table body chassis (105) inside the instant surface communication device (17) is mounted Table inside the chassis body (105) and (1¾ connected to the computer means. Table backlight light field cartridge body apparatus (1¾ body chassis is mounted on the table (105) inside.

[0093] 图2、图3、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种屏幕输入装置的实施例结构框图。 [0093] FIG 2, FIG 3, is a flat computer screen according to the present invention, one kind of input interactive touch screen table block diagram showing an embodiment of an input device. 本图为一种屏幕输入装置(14)的结构框图,图中水平透射平面显示屏幕(104)是一个屏幕输入表面(141),图中屏幕输入装置(14),包括屏幕表面停留输入通道装置(14¾和屏幕表面移动多重输入通道装置(14¾以及屏幕表面虚拟输入通道装置(144);图中屏幕输入装置(14),由输入通道根据不同的多种屏幕输入装置,通过水平透射平面显示屏幕(104)的表面进行多个通道输入。屏幕输入表面(141),用于不同屏幕输入装置的多通道屏幕输入,对计算机装置(1¾进行操控。屏幕输入表面(141)是水平透射平面显示屏幕(104)的表面。 This drawing is a block diagram of one kind of screen input means (14), and the horizontal transmission plane in FIG display screen (104) is a screen input surface (141), the screen in FIG input means (14), comprising an input screen surface travel passage means (14¾ move the screen surface and multiple-input channel means (14¾ input channel and the virtual surface of the screen means (144); FIG screen input means (14), a plurality of different channel from the input device of the input screen, the display screen by a horizontal transmission plane surface (104) of a plurality of input channels. screen input surface (141) for multi-channel input screen different screen input device, computer means (1¾ to manipulate. screen input surface (141) is a horizontal flat transmissive display screen surface (104).

[0094] 屏幕表面停留输入通道装置(142),包括射频发送通信传感单元和射频接收通信传感单元,用于移动手机射频通信设备(14¾或射频标签(146)或图形物体标签(147)停留放在屏幕输入表面(141)通过水平透射平面显示屏幕的表面进行屏幕输入,移动手机射频通信设备(145)或射频标签(146)或图形物体标签(147)离开屏幕输入表面(141)即刻停止对屏幕通过表面通信的屏幕输入,屏幕表面停留输入通道装置(14¾是水平透射平面显示屏幕的一个输入通道。 [0094] The input screen surface travel passage means (142) comprises a radio frequency transmission and reception RF communication sensing unit sensing a communication unit for a mobile phone radio communication device (14¾ or radio-frequency tag (146) or a graphic object tag (147) stays on screen input surface (141) by a horizontal plane of the display surface of the transmissive screen is an input screen, the mobile phone radio communication device (145) or radio-frequency tag (146) or a graphic object tag (147) away from the screen input surface (141) immediately on the screen through the screen to stop communication with the input surface, the screen surface stays input channel means (14¾ horizontal transmission plane an input channel display screen.

[0095] 屏幕表面移动多重输入通道装置(143),触摸动作(148)通过对应屏幕输入多重红外视窗装置(11)和触摸背影快速取像识别响应装置(1¾传感在屏幕输入表面(141)产生多重红外移动影像(11¾传感输入并将多重红外移动影像(11¾传给计算机(1¾生成移动光标(145),控制或操作计算机显示及其显示表面。屏幕表面移动多重输入通道装置(143)是水平透射平面显示屏幕的另一个输入通道。[0096] 屏幕表面虚拟输入通道(144),通过数字显示虚拟键盘进行虚拟输入由对应屏幕输入多重红外视窗装置(11)和触摸背影快速取像识别响应装置(1¾传感,用虚拟键盘替代实物键盘在水平透射平面显示屏幕的表面操作或控制计算机,屏幕表面虚拟输入通道装置(144)是水平透射平面显示屏幕(104)的一个输入通道。屏幕输入装置(14);以水平透射平面显示屏幕(104)的表 [0095] surface of a moving screen input channel multiplex means (143), a touch action (148) by a corresponding multiple infrared window screen input means (11) and a touch identification response back quick image capturing means (1¾ sensing input surface of the screen (141) infrared generating multiple moving images (11¾ infrared sensor input and multiple moving images (11¾ passed to the computer (1¾ generated to move the cursor (145), the computer display and the operation control, or display surface. multiple-input channel screen surface moving means (143) It shows another horizontal plane is transmissive screen input channels. [0096] surface of the virtual screen input channel (144), virtual keyboard is displayed via digital multiplex virtual input device by a window screen corresponding to the infrared input (11) and the touch quickly taken back recognition response means (1¾ sensing, with a virtual keyboard alternative to physical keyboard transmissive flat display surface of the operation control computer or in a horizontal screen, the screen surface of the virtual input channel means (144) is a horizontal flat transmissive display screen (104) an input channel. screen input means (14); a display screen a horizontal transmission plane (104) of the table 操作或控制计算机,由输入通道根据不同的多种传感装置, 通过水平透射平面显示屏幕(104)表面进行多个通道输入,不同的传感装置分别用于屏幕表面停留输入和屏幕表面移动多重输入和屏幕表面虚拟输入进行多种不同输入通道的屏幕输入。 Operation or control computer, a plurality of input channels according to different sensing means, a display screen by a horizontal transmission plane (104) surface of a plurality of input channels, each for different sensing means and the input screen surface a screen surface stays multiple mobile input screen surface and the virtual input screen input various different input channels.

[0097] 图4、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种对应屏幕输入多重红外视窗装置的实施例结构框图。 [0097] FIG. 4 is a computer screen of the present invention a planar input interactive touch screen corresponding to the table block diagram showing an embodiment of the multiple window infrared input device. 一种对应屏幕输入多重红外视窗装置(11),表面幕布红外视窗装置(111),反射背光红外视窗装置(112),表面散射红外视窗装置(113),对应不同的屏幕输入方式,不同技术方式的红外视窗装置形成的红外视窗都能产生用于提供可识别的红外影像(115),多个红外视窗装置对应形成的红外视窗(19) (20) (21)覆盖水平透射平面显示屏幕(104)并与其相互重叠。 One kind of an infrared window screen corresponding to the multiple input means (11), the surface of the infrared window curtain means (111), a backlight reflecting infrared window means (112), an infrared window surface scattering means (113), a screen corresponding to different input methods, different technical means infrared windows infrared window apparatus can produce an infrared image is formed for providing identification (115), an infrared window (19) corresponding to the plurality of infrared windows forming apparatus (20) (21) covering the horizontal plane transmissive display screen (104 ) overlapping therewith.

[0098] 图5、表面幕布红外视窗装置(111),利用红外激光或红外LED 二极管作为光源(24)并制装在水平透射平面显示屏幕(104)的两侧,在光源的前端安装有光学线性一线镜,将点光源转换成厚度为Imm左右的一线光红外幕布(110),使该红外幕布(110)铺满在水平透射平面显示屏幕的上表面并保持Imm左右的间距,形成表面幕布红外视窗(19),当用手指通过表面幕布红外视窗(19)触摸在水平透射平面显示屏幕(104)表面上时,手指指尖将会阻断并破坏红外幕布使红外光线发生折射,在指尖产生用于提供可识别的红外影像(115)。 [0098] 5, the surface of the infrared window screen apparatus of FIG. (111), using an infrared laser diodes or infrared LED as the light source (24) and a transmission system installed on both sides of the flat display screen (104) in the horizontal, is mounted at the front end of the optical light source mirror linear line, the point light source is converted to a thickness of about Imm infrared ray of light curtain (110) so that the infrared screen (110) covered in a horizontal plane is displayed on the transmissive surface of the screen and maintain spacing about Imm, curtain forming surface IR window (19), when the surface of the screen with a finger by an infrared window (19) in the horizontal transmission plane touching the display screen (104) upper surface, and the tip of the finger will destroy the blocking infrared light refraction of the infrared screen, the finger generating an infrared image tip for providing identification (115). 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入。 The multi-touch screen means a screen surface of the moving input multiple inputs.

[0099] 图6、反射背光红外视窗装置(112),在水平透射平面显示屏幕(104)的背面制装广角大功率LED投射光源(25),广角LED大功率投射光源Q5)通过反射镜(18)反射将投射的红外光线折向水平透射平面显示屏幕(104)的背面,使红外光从背面或底面照射水平透射平面显示屏幕并透射,形成反射背光红外视窗00),当手指或物体或图形标签在反射背光红外视窗00)的水平透射平面显示屏幕(104)表面触摸时,被手指或物体或图形标签接触部位使透过水平透射平面显示屏幕向前投射的红外光线发生反射并产生对应红外光点影像(115),手指或多个物体接触或多个图形标签接触水平透射平面显示屏幕表面时产生用于提供可识别的红外影像(115)。 [0099] FIG. 6, the infrared reflection back window means (112), the transmissive flat display screen (104) back surface of the projection system installed wide high-power LED light source (25) in the horizontal, wide-angle LED light source projected power Q5) by a mirror ( 18) reflecting the projected infrared light off transmission plane to the horizontal display screen back (104), so that the infrared light is transmitted from or illumination level back surface of the bottom surface of the flat display screen and a transmission, 00 forming a reflective backlight infrared windows), when the finger or object, or tag transmission plane graphic display screen (104) surface of the touch at the level of the reflected backlight infrared window 00), the finger or object is a graphical label or contact points of the infrared light transmittance through the horizontal plane of the display screen is projected forward reflection occurs and generating a corresponding generating an infrared image for providing identification (115) of the infrared spot images (115), a plurality of fingers or more graphical object contacts or the contact tags transmission plane horizontal surface of the display screen. 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入和表面通信输入和表面停留输入。 Multi-touch input screen and the input surface and a surface of the communication means for moving a screen surface travel input multiple inputs.

[0100] 图7、表面散射红外视窗装置(11¾在水平透射平面显示屏幕视窗的表面安装有一块IOmm以上厚度高平整度的透射导光散射丙烯酸亚克力板(27),LED红外光源Q6)将红外光从透射导光散射丙烯酸亚克力板07)侧面直接导入或光纤导入通过板内导光粒子反射并透过丙烯酸亚克力板(XT)表面均勻散射,在水平透射平面显示屏幕(104)的表面形成表面散射红外视窗(21),当手指或物体或图形标签在表面散射红外视窗的透射导光散射丙烯酸亚克力板的表面触摸时,被手指或物体或图形标签接触部位使向前投射的红外光线发生反射并产生对应红外光点影像(115),手指或多个物体接触或多个图形标签接触水平透射平面显示屏幕表面时产生用于提供可识别的红外影像(115)。 [0100] FIG. 7, the surface scattering infrared window means (11¾ transmissive flat display surface of the screen window is attached to a IOmm more higher flatness of thickness of the transmission light guide diffusion acrylate acrylic plate (27) in the horizontal, LED infrared light source Q6) infrared transmitting light from the light scattering guide plate acrylic acrylate 07) or directly into the side and introduced into the optical fiber (XT) acrylate, acrylic permeable surface uniformity scattering light guide plate by reflecting the particle plate, transmissive flat display surface of the screen (104) is formed in a horizontal surface diffused infrared window (21), when the finger or object touching or graphic label surface of the surface scattering of infrared transmitting window of a light scattering guide plate acrylic acrylate, or graphic object is a finger or tab contact portion projected forwardly so that the infrared light reflection occurs generating an infrared image for providing identification (115) of points and generating a corresponding infrared image (115), a plurality of fingers or more graphical object contacts or the contact tags transmission plane horizontal surface of the display screen. 该装置用于屏幕表面移动多重输入的多重触摸屏幕输入和表面通信输入和表面停留输入。 Multi-touch input screen and the input surface and a surface of the communication means for moving a screen surface travel input multiple inputs. [0101] 图8、多个红外视窗装置形成的红外视窗与水平透射平面显示屏幕相互重叠,多个红外视窗装置形成的红外视窗与水平透射平面显示屏幕相互重叠,包括多个红外视窗装置形成的红外视窗(19) (20) (21)其中两个或多个相互叠加重叠并覆盖整个水平透射平面显示屏幕(104)叠加重叠。 [0101] FIG. 8, a plurality of infrared IR window and the horizontal window apparatus transmissive flat display screen is formed overlapping with the horizontal window infrared plurality of infrared transmissive window means formed flat display screen overlapping windows comprising a plurality of infrared devices formed IR window (19) (20) (21) wherein two or more superposed overlapping each other and covering the entire horizontal plane transmissive display screen (104) superimposed overlap.

[0102] 图9、图10、图11、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种背光光场盒桌体装置的实施例结构框图。 [0102] FIG 9, FIG 10, FIG 11 is a block diagram showing an embodiment of a backlight light field device to which the table cassette interactive touch screen of a computer desk of the invention a planar input. 一种背光光场盒桌体装置(12),直立四边壁盒体(120)、光场盒桌体底部的直照光源模组或投影光机(122),光场盒桌体还包括上口(123) 水平天窗洞口和一个下口(124)水平下底洞口,水平透射平面显示屏幕(104)安装在上口(123)水平天窗洞口,直立四边壁盒体(120),用于光场空间包围以及桌体直立支撑,其形状为长方体,顶部形状为长方形上口(12¾水平天窗洞口,底部为长方形下口(124)水平下底洞口,顶部上口(123)与底部下口(124)具有上下空间距离,其材质为工程塑料或金属板材或木质板材。所述直照光源模组和投影光机(122),用于水平透射平面显示屏幕(104)的背光显示以及光场(125)的形成,位于光场盒底部的长方形下口(124)水平下底洞口。上口(123)水平天窗洞口,用于水平透射平面显示屏幕(104)的安装并使水平屏幕形成桌子面,位于光场盒 An optical field of the table body cartridge means (12) of the backlight, the four sides of the upright walls of the box body, the bottom (120) of the light field cartridge according to the table of straight or projection light source module unit (122), optical fields cassette body further comprises an upper tables the opening (123) and a lower horizontal hole sunroof opening (124) horizontal bottom hole, horizontal transmission plane display screen (104) mounted on the upper opening (123) horizontal skylight hole, four sides of the upright walls of the box body (120), a light and the table body field space surrounding the upright support, in the shape of a rectangular parallelepiped, rectangular shape of the top catchy (12¾ level sunroof hole, the bottom of the rectangular opening (124) horizontal bottom hole, the top of the upper opening (123) and a lower bottom opening ( 124) having a vertical distance, and is made of plastic or a sheet metal plate or wood. the direct rays of the light source module and a projection unit (122), for transmitting a horizontal flat display screen (104) display, and a backlight light field forming (125), the port is located at the bottom of the rectangular box light field (124) horizontal bottom hole. catchy (123) horizontal skylight hole, horizontal transmission plane for the display screen (104) is mounted and the table is formed horizontal screen surface located on the light box field 12)顶部,其形状为长方口形。下口(124)水平下底洞口,用于直照光源模组或投影光机(12¾的固定安装使其形成自下而上的投射光场(125),位于光场盒的底部, 其形状为长方口形。 Top 12), the shape of a rectangular lip lower opening (124) at the level of the bottom hole, for fixing the mounting to direct rays of projection light source module or machine (12¾ the projected light to form a bottom field (125 ), located at the bottom of the cartridge light field, the shape of a rectangular lip.

[0103] 图12、图13、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种水平透射平面显示屏幕桌子面装置的实施例结构框图。 [0103] FIG. 12, FIG. 13, a flat computer screen of the present invention is one kind of input level interactive touch table configuration diagram of an embodiment transmission plane surface of the table screen of the display device. 一种水平透射平面显示屏幕桌子面装置(10),高强度水平表面触摸输入屏幕(101)制装在水平载物面幕框(10¾的视窗窗口(103) 及水平透射平面显示屏幕(104)的上面或直接制装在水平透射平面显示屏幕(104)的上面,形成表面触摸输入水平透射平面显示屏幕桌子面并安装于机箱桌体(10¾和背光光场盒桌体装置(1¾的上表面,机箱桌体(10¾套装在背光光场盒桌体装置(1¾的外面,将表面触摸输入水平透射平面显示屏幕用于桌子面,构成水平透射平面显示屏幕桌子面装置(10)。高强度水平表面触摸输入屏幕(101),用于手指重力触摸输入操作的水平表面和水平透射平面显示屏幕的保护及水平强度支撑与载放物体。其材质为玻璃或透明丙烯酸板。其形状为平面长方形。位于水平载物面幕框的视窗窗口水平安装或直接制装在水平透射平面显示屏幕(104)的上面。 One kind of a display screen of a horizontal table and transmission plane surface means (10), a high intensity level input surface of the touch screen (101) and a horizontal transmission system installed flat display screen (104 veil horizontal loading frame (10¾ window window (103)) above or prepared directly mounted transmission plane in horizontal display screen above (104), forming surface of the touch input horizontal transmissive flat display screen of the table surface and is mounted on (the upper surface of the chassis the table body (10¾ and the backlight light field cassette tables body apparatus 1¾ of , the table body chassis (10¾ set out in the table backlight light field cartridge body apparatus (1¾ of the transmission input surface of the touch screen to display a horizontal plane surface of a table, a horizontal transmission plane constituting a display screen of the table surface (10). high intensity level input surface of the touch screen (101), a horizontal surface and a horizontal gravity finger touch input operation transmissive flat display screen protection and strength of the support level and placing the object. the material is a transparent glass or acrylic plate whose planar shape is a rectangle. window located in a horizontal loading horizontal window frame is mounted veil or direct transmission system installed in a horizontal plane above the display screen (104). 平载物面幕框(102),用于高强度水平表面触摸输入屏幕的固定以及载放物品。其形状为长方形边框。居中是一个视窗窗口(103)。视窗窗口(103),用于水平透射平面显示屏幕(104)视窗显示。水平透射平面显示屏幕(104),用于水平平面显示,其材质为LCD液晶显示屏幕或投影显示屏幕,其形状为半透明平板片状长方形。 Flat screen plane loading frame (102) for a high intensity level input surface of the touch screen and placing the article fixing its shape is rectangular border. Center window is a window (103). Window window (103), for horizontal transmissive flat display screen (104) display window horizontal transmissive flat display screen (104) for displaying the horizontal plane, and the material or display screen of the LCD projection display screen, the shape of a rectangular sheet-shaped translucent plate.

[0104] 图14、图15、图16、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种触摸背影快速取像识别响应装置的实施例结构框图。 [0104] FIG 14, FIG 15, FIG 16, is a flat computer screen for a touch input according to the present invention, the back interactive touch table quickly take a block diagram showing an embodiment of the apparatus in response to image recognition. 一种触摸背影快速取像识别响应装置(1¾在水平透射平面显示屏幕(104)的背面安装滤镜取像镜头或狭窄红外光波带通滤镜镜头的反射背影取像数字视频流发送装置(130),以用于使整个水平透射平面显示屏幕背面形成取像面,反射背影取像数字视频流发送装置(130)只快速连续识别触摸动作及物体图形标签在透射取像面产生的移动背影影像或红外光点背影影像(11¾信息并完成一个讯框数字视频流信息,并对该多重移动背影影像或红外光点背影影像(11¾连续快速(S45)取像识别并生成连续数字视频流识别信号由发送单元(13¾发送给计算机处理器接 A touch back rapid identification response image capturing means (1¾ transmissive flat display screen (104) mounting the back surface of the back reflection imaging lens filter or a narrow band pass filter infrared light lens imaging apparatus transmits a digital video stream (130 in the horizontal ), for the entire back surface of the display screen horizontal transmission plane imaging forming surface, the image capturing reflected back digital video stream transmission means (130) to continuously identify only fast moving back and touching motion image object graphic tags generated transmission imaging plane infrared spot image or back (11¾ inquiry information and a complete digital video stream frame information, and the multiple images or moving back the back of infrared Imaging (11¾ rapid succession (S45) and generates a continuous imaging to identify a digital video stream identification signal by the transmission unit (13¾ connected to a computer processor

20收单元(133),计算机处理器装置(1¾对应连续的(S46)数字视频流即时快速响应(S49) 处理,其中,反射背影取像数字视频流发送装置(130)需要在接收到计算机处理器的识别信号(S47)后在一个快速响应(134)处理时间(WT(I))内传送所述一个讯框数字视频流以及所述一个讯框数字视频流信息包含的信息数据量。在一个快速响应(134)处理时间(WT(I))完成的一个响应信息。通常第二讯框数字视频流信息、第三讯框数字视频流信息以至于后续每个讯框数字视频流信息传送数据量会发生增加或减少的变量,第二讯框数字视频流信息或第三讯数字视频流信息框以至后续每个讯框数字视频流信息,表示第二个或第三个以至于后续每个响应时间内计算机处理器要处理的信息数据的变量,增加的信息量将在响应处理时间内通过(S4Q快速程序模块,对触摸动作及物体图 20 receiving unit (133), a computer processor means (1¾ corresponding to continuous (S46) the digital video stream for real time fast response (S49) processing, wherein the image capturing reflected back digital video stream transmission means (130) receiving the computer processing required in the identification signal is a fast response (134) treatment time (S47) after a transmission of the information frame within the digital video stream (WT (I)) and a news information data of the digital video stream frame information included in a fast response (134) treatment time (WT (I)) a complete response message. typically the second frame of digital video information stream information, the third information block of digital video information stream such that each subsequent frame of digital video information transmitted stream information increase or decrease the amount of variable data may occur, a second frame of digital video information stream information or the third information block as well as digital video stream information for each subsequent frame of digital video information stream information indicating that the second or third subsequent per a variable amount of information in response to information data to be processed within the computer processor, will be increased by (S4Q flash program modules within the response time of the processing, the operation of the touch object and FIG. 标签产生的影像视频流信息进行量化分析,快速处理并将每个讯框数字视频流信息增加的信息量分配给每个讯框数字视频流信息分割成的微讯框数字视频流信息并快速传输。并对连续的(S46)数字视频流即时快速响应(S49)处理。触摸背影快速取像识别响应装置还适于根据下式来确定的一个快速响应(134)处理时间(WT(I)) Video stream information tag generated quantitative analysis and rapid processing digital video stream information blocks increases the amount of information assigned to each frame of digital information into video stream information of a digital video stream frame Weixun rapid transmission of each information item and . and continuous (S46) the digital video stream for real time fast response (S49) processing the touch quickly back response identifying the image capturing device is further adapted to a fast response (134) treatment time (WT (I)) is determined according to the formula

[0105] WT(I) = Tc+Tp [0105] WT (I) = Tc + Tp

[0106] 一个快速响应(134)处理时间(WT(I))是从发送单元的反射背影取像数字视频流发送装置(130)通过背影影像传感获得多重移动背影影像或红外光点背影影像信息取像识别并经数字转换完成一个讯框数字视频流信息的时间(Tc)到接收单元的计算机处理器从接收一个讯框数字视频流信息经过响应处理并获得一个响应信息响应处理的时间(Tp), 其中,Tc是反射背影取像数字视频流发送装置通过背影影像传感获得多重移动背影影像或红外光点背影影像(11¾信息取像识别经过数字转换并完成一个讯框数字视频流信息的时间。Tp是计算机处理器接收一个讯框数字视频流信息经过响应处理并获得一个快速响应信息的时间。以及WT⑴是一个响应信息的快速响应处理时间。触摸背影快速取像识别响应装置,还适于在操作模式中,在响应处理时间内快速生成并提供所 [0106] a fast response (134) treatment time (WT (I)) is reflected back from the imaging unit transmitting digital video stream transmission means (130) to obtain multiple images or moving back infrared spot image back through the back of the image sensor take a complete information and frame information digitally converted digital video image stream identification information of a time (Tc) to the receiving unit computer processor to receive a frame of digital video information stream from the information obtained through the response processing and a response time information response processing ( Tp), wherein, Tc is reflected back image capturing digital video stream transmitting apparatus to obtain multiple images or moving back infrared spot image back through the back of the image sensor (11¾ information identifying the image capturing is completed after digital conversion and a digital video information stream information box time .Tp computer processor to receive a frame of digital video information stream and the information obtained through the processing in response to a fast response time information. WT⑴ and fast response is a response to the processing time information. quickly back touch the image capturing device identification response, but also in the operation mode is adapted to quickly generate and provide a response within a processing time 响应消息。 Response message.

[0107] 图17、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的计算机处理器装置的实施例结构框图。 [0107] FIG. 17 is a block diagram showing an embodiment of a computer processor means interactive touch screen of a computer desk of the invention a planar input. 图中输入接口(150) —端与触摸背影快速取像识别响应装置(13) 的数字输出口(152)连接,另一端与即时表面通信装置(17)的信号接收器输出口(153)相连接进行表面通信,计算机处理器装置(15),用于屏幕输入人机交互触摸信号的程序计算, 通过计算机程序数字处理器的软件编译可实现相对应的人机交互与触摸或物体方位识别并根据人机交互的要求进行屏幕输入人机交互控制与操作,计算机处理器装置(15),还用于平面计算机屏幕输入人机交互触摸桌子的表面融合显示使用操作,输出接口(152)输出人机交互融合信号并与电视信号处理装置(16)的数字电视信号输入接口(160)相连接,用于计算机与电视的功能整合。 FIG input interface (150) - the end of the touch back quick access to the connection means (13) a digital output (152) as identification response, the other end of the live surface communication device (17) of the signal receiver output port (153) phase surface of the communication connection, the computer processor means (15), a program for interactive touch screen input signal is calculated by a computer program compiler software of a digital processor may be implemented with the touch interactive or orientation of the object corresponding to the identification and an input screen for interactive control and operation in accordance with the requirements of interactive computer processor means (15) is further configured to enter the plane of the surface of a computer screen interactive display using the touch table fusion operation, an output interface (152) output from human signal fusion machine interaction and is connected to a television signal processing means (16) is a digital television signal input interface (160) for computer and television functions integrated. 计算机处理器装置(15),还用于解释包含编码指令的数据介质,以用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 A computer processor means (15), further serve to explain the data medium comprising coded instructions for performing interactive touch operation input frame table in the plane of the computer screen in the interactive program.

[0108] 图18、图19、图20、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种即时表面通信装置的实施例结构框图。 [0108] FIG 18, FIG 19, FIG 20 is a block diagram showing an embodiment of a device for real time interactive communication surface touching the table of the present invention a flat computer screen input. 一种即时表面通信装置(17),水平透射平面显示屏幕(104)显示表面被一个或多个移动手机通信设备(170)接触,水平透射平面显示屏幕(104)表面操作界面被打开,即时表面通信装置(17)接收或拒绝(s55)来自所述一个或多个移动手机通信设备(170)发送单元(172)发送的首个主动寻请寻呼通信信息(171),并在水平透射平面显示屏幕(104)表面显示一个或多个移动手机通信设备(170)的对话框菜单及操作界面,其中,即时表面通信装置(17)的无线蓝牙接收单元(175)需要在接收到首个查询识别寻请寻呼时间段(Tl)在内查询识别所述首个主动寻请寻呼通信信息(171),以及所述首个主动寻请寻呼通信信息包含寻请寻呼增量数据(s51),即时表面通信装置(17)发现或拒绝(171)步骤(s52),一个(s50)用于提供(s53)查询识别所述首个主动寻请寻呼通信信息(171)的首个查 Means an instant communication surface (17), the horizontal plane transmissive display screen (104) displays a surface with one or more mobile cellular communications device (170) in contact with the horizontal planar transmissive display screen (104) is opened surface interface, the surface of instant communication means (17) accepting or rejecting (S55) from the one or more mobile cellular communications device (170) the first paging active homing communication information request (171) a transmission unit (172) transmitted, and transmitting the horizontal plane (104) surface of the display screen displays a plurality of mobile phone or the communication device (170) and dialog menu interface, wherein the Bluetooth wireless communication apparatus receiving unit for real time surface (17) (175) receiving the first need to query Please find identifying paging time period (Tl) including the first query to identify active communication information to find a paging request (171), and said first active homing please please find paging information includes a paging communication incremental data ( s51), the surface of instant communication means (17) found or reject (171) in step (s52), a (S50) for providing (S53) a query identifying said first active communication information to find a paging request (171) of the first check 识别信号的所寻请寻呼的一个或多个查询识别寻请寻呼时间段(T2),激活并传输首个查询识别信号(站4),即时表面通信装置(17)在首个查询识别寻请寻呼时间段(Tl)内,发送单元(174)将一个或多个寻请寻呼信息(173)发送至一个或多个移动手机通信设备(170)的无线蓝牙接收单元(176),即时表面通信装置(17)的一个或多个寻请寻呼信息(173)包括一个或多个查询识别寻请寻呼时间段(T2)的等待的寻请寻呼。 Please find the identified paging signal identifying the one or more query please find paging time period (T2), and to activate the first transmission identification inquiry signal (station 4), the first query to identify live surface communication device (17) Please find paging time period (Tl) the transmission unit (174), please find one or more paging information (173) sent to one or more mobile cellular communications device (170) is a Bluetooth wireless receiving unit (176) , the surface of instant communication means (17) Please find the one or more paging information (173) comprises identifying one or more queries please find paging time period (T2), please wait paging finder. 即时表面通信装置(17)与一个或多个移动手机通信设备相互查询识别,即时表面通信装置(17)与一个或多个移动手机通信设备(170)相互查询识别数据互通互用,以表面直接操作替代在通信设备上的操作,一个或多个移动手机通信设备(170)的对话框菜单及操作界面均可通过表面界面显示完成并可以操作,同时通过表面界面显示操作完成对移动通信手机电话的输入操作。 Instant surface of the communication device (17) with one or more mobile device queries to identify each mobile communications, instant communication surface (17) with one or more mobile cellular communications device (170) identification data each Query interoperability interworking, directly to the surface Alternatively operating on a communication device operating in one or more mobile cellular communications device (170) and dialog menu interface may display completion and through the surface interface can be operated while the display operation is completed through the surface interface of the mobile communication mobile phone input operation. 即时表面通信装置(17),还适于根据流程(s50)确认所述一个或多个查询识别寻请寻呼时间段(T2)包括接收到的其中所述首个寻请寻呼信号(171)在内的寻请寻呼数据个量数与寻请寻呼数据个量的预定最大个数,即时表面通信装置(17)还包括首个查询识别寻请寻呼时间段(Tl),其中包括用于移动通信手机电话表面通信的操作场的频率2. 4(ihZ,以及预定寻请寻呼时间段。即时表面通信装置(17),如果发现所述首个寻请寻呼信号(171)中的寻请寻呼增量数据大于预设值增量数据,则根据(T2)来确认(s50) 所述一个或多个查询识别寻请寻呼时间段(T2)其中寻请寻呼数据个量数包含于所述首个寻请寻呼信号(171)中的寻请寻呼数据个量的预定最大个数之间的寻请寻呼数据个量数及查询识别等待时间及有效数据速率,其中包括用于通信设备与即时表面通信装置之间 Instant surface of the communication device (17), further adapted to process (S50) to confirm the identification of the one or more queries please find paging time period (T2) comprising wherein the received request to find the first paging signal (171 ) Please find paging data including a predetermined number and finding the maximum number of pages requested data amount of an instant communication surface means (17) further comprises a first query to identify Please find paging time period (Tl), wherein includes a frequency of the operating field used for mobile telephone communications surfaces communication handset 2. 4 (ihZ, and a predetermined paging period, please find instant surface of the communication device (17), if said first request to find a paging signal (171 ) to find the requested data is greater than a preset value increments paging incremental data, then according to (T2) to verify (S50) the query to identify one or more paging time seek request period (T2) where to find requested paging a number of data included in the request to find the first paging signal (171) is requested to find a paging data amount requested to find a paging data amount and the number of identified queries between a predetermined waiting time and maximum number of effective data rate, including a communication device and an instant between the surface of the communication device 操作场的频率,以及预定寻请寻呼时间段。即时表面通信装置(17)在首个与一个或多个操作模式中进行操作,显示表面被一个或多个移动手机通信设备(170)接触,表面操作界面被打开,接收来自所述一个或多个移动手机通信设备(170)的首个主动寻请寻呼通信信息(171)并显示对话框菜单及操作界面,其中,在首个操作模式中,即时表面通信装置(17)查询识别所接收到的每个首个寻请寻呼信号(171),即时表面通信装置(17)的一个或多个寻请寻呼信号(173)在一个或多个操作模式中,确认是否将会在首个寻请寻呼时间段(Tl)在内激活并提供所述首个查询识别信号,并只确认或计算步骤(s52)的结果,将不会在首个寻请寻呼时间段(Tl)在内激活并提供首个查询识别信号的情况下,提供(s53)及所述一个或多个寻请寻呼信号(173)。 The frequency of the operating field, and a predetermined paging period, please find Instant surface of the communication device (17) operates with one or more of the first operation mode, the display surface is one or more mobile phone communication device (170) in contact surface interface is turned on, received from the one or more mobile cellular communications device (170) of first active communication information to find a paging request (171) and to display the dialog box and the menu interface, wherein, in the first operation mode, the surface of instant communication means (17) a query to identify each of the received first paging signal hunt request (171), the surface of instant communication means (17), please find one or more paging signal (173) in or a plurality of operation modes, will confirm whether to activate the first query and providing the first identification signal seeking requested paging time period (Tl) included, and only the calculation result or confirmation step (S52), and the is not activated by the first paging time seek request period (Tl) including the first query and provides the identification signals, providing (S53) and the one or more Please find a paging signal (173).

[0109] 图20、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种即时表面通信装置的一种包含编码指令的数据介质示意框图。 [0109] FIG. 20, a surface of an instant communication apparatus interactive touch table schematic block diagram of a data medium containing coded instructions of the present invention to a flat computer screen input. 编码指令通过平面计算机屏幕输入人机交互触摸桌子网终端交互显示器的计算机装置(1¾解释,当启动即时表面通信装置时,执行以下操作的指令:一个接收来自所述一个或多个移动手机通信设备(170)的首个寻请寻呼消息(171),需要在首个查询识别等待时间及有效数据速率段(Tl)在内查询识别所述首个寻请寻呼消息,以及所述首个寻请寻呼消息包含寻请寻呼数据量,一个确认(s50)用于提供(s53)查询识别所述首个寻请寻呼消息(171)的首个查询识别消息的所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段(T2),其中,所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段0¾通常随寻请寻呼数据量而增加,以及一在所述首个查询识别等待时间及有效数据速率段(Tl)在内将一个或多个寻请寻呼消息(17¾发送至一个或多个移动手机通信 Encoding the command input terminal interactive touch interactive display tables subnet flat computer screen by computer means (1¾ explanation, an instant when the surface of the communication apparatus starts, execute instructions for: receiving from a mobile phone the one or more communication devices (170) Please find the first paging message (171), to wait in the first query to identify the effective data rate and the time the inner section (Tl) identifying the first query to find a paging request message, and the first Please find a paging message comprises a paging request to find the amount of data, an acknowledgment (S50) for providing (S53) a query identifying said first please find a paging message (171) identifying the first query message to find the requested page identifying one or more queries to one or more queries to identify the effective data rate and latency period (T2), wherein the paging request to find the effective data rate and latency period 0¾ generally increases the amount of data to find a paging request increases inner and a first query to identify the latency and the effective data rate period (Tl), please find one or more paging messages (17¾ sent to one or more mobile phone communication 备(170),一个或多个寻请寻呼消息(17¾表示对于一个或多个查询识别等待时间及有效数据速率段(T2)的寻请寻呼。以此实现即时表面通信装置(17)与一个或多个移动手机通信设备相互查询识别数据互通互用,以表面直接操作替代在通信设备上的操作。该包含编码指令的数据介质,用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 Preparation of (170), please find the one or more paging messages (17¾ represents one or more queries for identifying valid data rate and latency period (T2) to find the requested page. In this instant communication surface means (17) with one or more mobile phone communication device identification data each query interoperability interworking, direct operation to the surface of an alternative operation of the communication device on a data medium containing coded instructions which, touch interactive input for the table in the plane of the computer screen perform operations in the framework of human-computer interaction program.

[0110] 图21、是本发明的一种平面计算机屏幕输入人机交互触摸桌子的一种电视信号处理装置的实施例结构框图。 [0110] FIG. 21 is a block diagram showing an embodiment of a television signal processing apparatus interactive touch screen of a computer desk of the invention a planar input. 一种电视信号处理装置(16),其中数字电视信号接收处理器(163)的输入接口(164)和输出接口(162),其中输入接口的一端与计算机处理器装置(15) 的输出口(15¾连接,另一端连接外来电视信号(165),一个数字集群信号处理器(161),该数字集群信号处理器(161),用于视频信号合成与各种人机交互信号的处理,该数字集群信号处理器(161)的输入接口(166)和输出接口(167),输出接口与计算机处理器(15)相连接,屏幕显示驱动装置(168)包括输入接口(169)和输出接口(0169),其中输入接口与数字电视信号接收处理器(16¾和数字集群信号处理器(161)的输出接口连接,输出接口与液晶显示面板或投影光机(12¾相连接,位于平面计算机屏幕输入人机交互触摸桌子电视机箱内侧。 A television signal processing device (16), wherein the received digital television signal processor (163) an input interface (164) and an output interface (162), wherein one end of the input interface with the computer processor means (15) output port ( 15¾ and the other end connected to the foreign television signal (165), a digital signal processor cluster (161), the cluster of the digital signal processor (161) for processing a video signal synthesized with various interactive signals, the digital cluster signal processor (161) an input interface (166) and an output interface (167), an output interface with a computer processor (15) connected to the display screen driving means (168) includes an input interface (169) and an output interface (0169 ), wherein the input interface receives the digital television signal processor (16¾ cluster and digital signal processor (161) connected to the output interface, the output interface of the liquid crystal display panel or a projection light engine (12¾ connected, is located in the plane of the computer screen captcha interactive touch tables inside the television box.

[0111] 图22、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法实施例流程图,仅用于实施例的目的,通过红外光学识别,获得一个纯净无杂波干扰背景的动态连续动态红外光点影像,其中动态红外每一帧图像都代表上述红外光点影像对应变量部分的特征;将上述动态连续动态红外光点影像与自适应场频的预设参照X、Y对比标值基准矩阵背景模型相比较,其中,上述预设参照X、Y对比标值基准矩阵背景模型由横向和纵向交差的两个坐标计算程序程式构成,一个坐标计算程序程式预先设定为横向X,另一个坐标计算程序程式预先设定为纵向Y,其中,一个轴向变化的触摸产生的光学轨迹识别记译与另一轴向的识别数据比较产生该轴向新的控制变量,为了得到整个帧频图像的准确变量,在隐藏的参照基准矩阵 [0111] FIG. 22, the present invention is a computer screen input plane A surface of the optical table interactive multi-touch touch recognition control method of moving a cursor flowchart embodiment, merely for purposes of embodiments, the infrared optical recognition, obtaining dynamic continuous dynamic infrared spot images without a clean background clutter, wherein the dynamic infrared image of each frame represents the infrared light corresponding to the image points wherein a variable portion; and the moving continuous dynamic infrared spot image and adaptive field preset reference frequency X, Y values ​​of the reference standard comparison matrix background model comparison, wherein the predetermined reference X, Y values ​​of the reference standard comparison matrix background model consists of two coordinate calculation procedure programs intersecting horizontal and vertical, a coordinate formula calculation program set in advance to the transverse X, coordinate calculation program another program set in advance to the longitudinal direction Y, the optical trajectory recognition in mind other axial translation with the identification data stored therein, a touch axial variation generated comparison yields the shaft the new control variable, in order to obtain an accurate image of the variable frame rate throughout, the matrix of reference hidden 景模型中设有多个横向与纵向的轴向标定值。 Scene model a plurality of horizontal and longitudinal axis of the calibration values. 根据上述比较步骤的结果,得到一个可控变量。 The result of the comparison step, to obtain a controlled variable.

[0112] 该流程开始于步骤(0),触摸开始,然后再步骤(s801),红外影像识别,首先获得一个连续动态的红外影像多重触摸光点。 [0112] The process begins at step (0), touch start, then (S801), and then an infrared image identification step, to obtain a first continuous multi-touch dynamic infrared image spot.

[0113] 在步骤(s802),将步骤(s801)获取的连续红外影像多重触摸光点与一个自适应场频的预设参照χ/γ对比标值基准矩阵隐藏背景模型叠加镶嵌合成,当多重触摸光点出现在预定参照X/Y对比标值基准矩阵刻度坐标上时,产生一个增量矩阵,无论是基准矩阵还是增量矩阵都由连续动态的帧图像组成,每一个增量矩阵帧都是构成增量矩阵的基本单位,同时也是一个最基本的计算单位,帧与帧之间是构成对比计算的基数。 [0113] In step (S802), the step (S801) acquiring successive images of infrared light multi-touch point and a preset reference frequency adaptive field χ / γ value of the reference standard comparison matrix synthesis mosaic overlay hide the background model, when multiple when touched spot appears on a predetermined reference X / Y values ​​of the reference standard comparison matrix scale coordinates, generating a delta matrix, both the reference matrix or the matrix by successive increments of the dynamic image frames, each frame is a delta matrix It constitutes the basic unit increment matrix, but also a basic unit of, between frames constituting the base of comparison is calculated. 在该每帧多重触摸光点图像底层都叠加镶嵌有一个隐藏的不显示的自适应场频的可以使每帧图像生成变量数据的预设的参照χ/γ对比标值基准矩阵背景模型,该参照对比标值基准矩阵背景模型,根据每帧增量矩阵帧图像的变量识别记译对比生成整帧可控变量数据。 In each frame of the multi-touch bottom spot are superposed image inlaid with a hidden field does not show an adaptive frequency can make the preset data for each frame image generated reference variables χ / γ value of the reference standard comparison matrix background model, the Referring comparison standard value of the reference background model matrix, contrast recognition in mind translated the entire frame to generate a controlled variable increment per frame data in accordance with the variable frame image matrix.

[0114] 在步骤(s803),将步骤(880¾中形成的多重触摸的移动光标可控变量视频图层与可视表面显示视频图层相叠加合成,最终形成一个可视的多重触摸移动光标可控的显示画面,最终体现为在一幅显示屏幕中一个或多个显示画面被拖动放大或缩小操作。 The multi-touch to move the cursor [0114] In step (S803), in step (880¾ formed controllably variable visualization video layer and surface layers are superimposed video display synthesis, eventually forming a visible multi-touch move the cursor controlled display screen, ultimately embodied as a display screen, one or more display screen is dragged zoom in or out.

[0115] 在步骤(s804)当触摸结束时,光点影像消失,控制功能的光标消失,触摸事件结束于(s805),当有触摸事件开始第一个光点影像出现从0开始。 [0115] When the touch, the light spot images disappear step (S804), the cursor disappears control function, the touch event ends (S805), when the first touch event starts from a spot image appears zero.

[0116] 图23是图22中使用的预设参照X/Y对比标值基准矩阵背景模型示意图。 [0116] FIG. 23 is a schematic view of the background model reference X / Y values ​​of the reference standard comparison matrix of FIG 22 used in Preset. 该背景模型是一个基准可控变量数据生成的参照标值矩阵背景模型,该背景模型由横向和纵向交差的两个坐标计算程序程式构成,一个坐标计算程序程式预先设定为横向X,用于该轴向变化的触摸轨迹产生的光学轨迹识别记译与另一轴向纵向Y的识别记译数据对比产生该轴向新的控制变量,为了得到整个矩阵帧频图像的准确变量,在隐藏的参照矩阵背景中设有多个不受限制的该轴向标定值XI、X2、X3···,该程序还附加有杂波过滤程序,用于红外影像背景的杂波过滤抑制干扰。 The background model is with reference to a standard reference value matrix background model data generated by a controlled variable, the background model consists of two coordinate calculation procedure programs intersecting horizontal and vertical, a coordinate calculating program previously set transverse formula X, for this axial variation of the optical track touch track identification referred translation generated identification data referred to the other axial translation of the longitudinal axis Y of the contrast generating new control variable, in order to obtain an accurate image of a frame rate variable throughout the matrix, in a hidden Referring to the background matrix with the plurality of axially calibration value unlimited XI, X2, X3 ···, the program further additional clutter filtering program for filtering background clutter suppression infrared image interference. 另一个坐标计算程序程式预先设定为Y,用于该轴向变化的触摸轨迹产生的光学轨迹识别记译与另一轴向X的识别数据对比产生该轴向新的控制变量,为了得到整个帧频图像的准确变量,在隐藏的参照基准矩阵背景中设有多个不受限制的该轴向标定值Yl、Y2、TO…。 Another program coordinate calculation program preset to Y, for the axial variation of the optical touch trace generation trajectory recognition in mind other axial translation with the identification data to generate the X axial contrast new control variable, in order to obtain the entire accurate variable frame rate image, which is provided with a plurality of axially unrestricted calibration value Yl, Y2, tO ... hidden in the background matrix of reference. 在X/Y对称交叉点上还附加有定位程序。 In the X / Y cross point symmetry also additional positioning program.

[0117] 图24、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的图22中可控变量数据生成步骤的一种包含编码指令的数据介质示意框图。 [0117] FIG. 24 is a computer screen of the present invention, a planar optical input A surface interactive multi-touch touch the table data 22 a medium controllable variable data generating step of identifying a cursor movement control method comprising coded instructions a schematic block diagram of a media. 首先产生一个无杂波干扰背景的红外视频影像(s901),该影像经过识别(890¾形成一个清晰的多重触摸红外光学光点影像,该红外光学光点影像经过静噪,滤除因红外影像识别的过程中产生的各种噪点,然后与预设参照X/Y对比标值基准矩阵背景(s904)叠加镶嵌合成(s905),多重触摸光点影像出现在预定参照X/Y对比标值基准矩阵刻度坐标上,产生一个增量矩阵,无论是基准矩阵还是增量矩阵都由连续的帧图像组成,每一个增量矩阵帧都是构成增量矩阵的基本单位,同时也是一个最基本的计算单位,帧与帧之间是构成对比计算的基数。将每帧变量的图像叠加在一个隐藏的不显示的可以使每帧图像生成新变量数据的参照对比标值X/Y基准矩阵帧频背景,并且利用预先设定的X/Y两个坐标计算程序程式的标值与识别记译相比较才能产生对应的移动光标(s906),其中 Generating a first infrared video images without background interference noise (S901), the image after the identification (890¾ form a clear multi-touch optical infrared spot image, the infrared spot image through the optical muting, filtered by infrared image identification a variety of noise generated in the process, and then superimposing mosaic synthesized (S905) and the preset reference X / Y value of the reference standard comparison matrix background (S904), multi-touch points of light in the predetermined reference image appears X / Y values ​​of the reference standard comparison matrix coordinates on the scale, an incremental matrix is ​​generated, either by continuous or incremental frame image of the reference matrix matrices, each delta matrix frame is the basic unit increment matrix, but also a basic unit of , between frames is calculated on the basis of the comparison constituting the superimposed image of each frame is variable in a non-display can be hidden so that each generates a reference image frame comparison standard value X / Y matrix of the reference variable frame rate of new background data, and using a predetermined set of X / Y coordinate calculation procedure programs two scalar value is compared with the identification referred to in order to produce a corresponding translation movement of the cursor (s906), wherein 括一个定位相互作用的变量值(s907)在内。在该每帧多重触摸光点图像底层都叠加镶嵌有一个隐藏的可以使每帧图像生成变量数据的预设的参照对比标X/Y值基准矩阵背景模型,该参照对比标值基准矩阵背景模型,根据每帧增量矩阵帧图像的变量识别记译对比生成整帧可控变量数据(s908)。 Positioning a variable value includes the interaction (S907) included in each frame of the multi-touch bottom spot are superposed image mosaic can have a hidden frame images per preset variable data comparison reference standard X / Y value matrix reference background model, the reference value of the reference standard comparison matrix background model, contrast recognition in mind translated the entire frame to generate a controlled variable data (S908) based on the variables of each frame increments the frame image matrix.

[0118] 图M又是本发明一种平面计算机屏幕输入人机交互触摸桌子网终端交互显示器的一种包含编码指令的数据介质示意框图。 [0118] FIG M and an interactive touch interactive display terminal Subnet Table schematic block diagram of a data medium containing coded instructions present invention provides a flat computer screen input. 编码指令通过平面计算机屏幕输入人机交互触摸桌子网终端交互显示器的计算机装置(1¾解释,将纯净无噪点杂波背景的红外光点影像与预定参照X、Y对比基准矩阵背景模型叠加镶嵌合成,当屏幕桌子面(10)的表面多重触摸光点影像(11¾出现在预定参照X、Y矩阵刻度坐标上时被识别定位并产生一个增量矩阵帧,利用增量矩阵帧产生新变量数据,可以任意改变一个基准矩阵帧,具体表现为按照沿着X轴Bl被定位编译和一个Al在90度Y轴转动的两个移动光标,随之产生一个增量矩阵,不管多少数量的移动光点影像在屏幕任何方位如何移动,根据上述指令,总能将屏幕表面的触摸光点影像精确的识别定位并编译成具有多重控制功能的相互作用的移动光标。 Encoding the command input terminal interactive touch interactive display tables subnet computer means (1¾ explained by flat computer screen, the infrared spot image clutter noise-free clean with a predetermined reference X, Y reference comparison matrix synthesis mosaic background model is superimposed, when the screen the table surface (10) of the multi-touch surface of the image spot (11¾ predetermined reference appears in the X, Y matrix when the coordinates of the identified scale and generates a delta matrix positioned frame, a new frame using the delta variable matrix data, arbitrarily changing a reference frame matrix, are positioned according to the specific performance of the compiler to move the cursor and a two Al Y axis rotation of 90 degrees along the X-axis Bl, a consequent increment matrix, no matter how much amount of movement of the spot images how to move the screen to any position, according to the command, the touch screen surface of the light spot always possible to identify the precise positioning of images compiled and move the cursor to interact with multiple control functions.

[0119] 图25、是是按照本发明实施方式用于表面光学多重触摸移动光标识别控制装置的示意结构图。 [0119] FIG. 25 is an embodiment in accordance with the present invention for an optical surface of a schematic configuration diagram of a multi-touch device to move the cursor control identification. (401)表示红外光学影像识别器,(402)表示预设参照X/Y对比标值基准矩阵背景模型,(40¾表示比较器,(404)表示控制器,(40¾可控多重触摸移动光标背景合成器,(406)可视图像同步器,(407)表示可控多重触摸图像。 (401) shows the infrared optical image recognizer (402) represents a preset reference X / Y matrix comparison standard value of the reference background model, (40¾ denotes a comparator (404) indicates a controller, (40¾ multi-touch controlled cursor movement BACKGROUND synthesizer (406) visible image synchronizer (407) represents a controllable multi-touch image.

[0120] 红外光学影像识别器(401)用于获取无杂波干扰的视频动态红外光点影像。 Video [0120] infrared optical image identifier (401) for acquiring the dynamic clutter-free infrared spot images.

[0121] 预设参照X/Y对比标值基准矩阵背景模型(40¾用于(401)获取的红外光点影像的背景叠加,预设参照对比χ/γ标值基准矩阵背景图层为隐藏显示状态。 [0121] Referring to the preset X / Y values ​​of the reference standard comparison matrix background model (40¾ for (401) the background infrared spot images acquired superimposed preset reference contrast χ / γ standard reference value matrix display background layer is hidden status.

[0122] 比较器(403)用于001)与(402)叠加后的比较。 [0122] The comparator (403) for 001) and the superimposed comparison (402). 通过红外光点影像和预设参照X/Y对比标值基准矩阵背景模型对比得到一个多重移动光标可控变量的新背景005)。 Moving the cursor to obtain a multi-variable controlled by infrared spot image X and the preset reference value of the reference standard comparison matrix background model / Y Comparative new context 005). 同时输出一个可控变量视频同位叠加信号。 A controlled variable output simultaneously with superimposing video signal.

[0123] 控制器(404)用于003)比较器输出的可控变量视频同位叠加信号与可视图像(406)的同步信号合成,这个合成信号用于(40¾多重移动光标可控变量背景与可视图像的同步显示。 [0123] The controller (404) for 003) the video output of the comparator controlled variable with superimposing synchronization signal synthesizing an image with the visual signal (406), the synthesized signal is used (40¾ multiple uncontrollable variables to move the cursor and background synchronized display of a visible image.

[0124] 可控多重触摸图像(407)是(40¾可控多重移动光标背景合成器与(406)可视图像同步器,(407)可控多重触摸图像是本发明光学多重触摸移动光标识别控制方法和装置的外在效果表现。 [0124] Controllable multiple touch image (407) is (40¾ multiple controllable to move the cursor background synthesis with (406) a visible image synchronizer (407) is optically controllable multiple touch image of the present invention, the multi-touch recognition controlling cursor movement the external effects of the method and apparatus performance.

[0125] 图26、图27、是预设参照X/Y对比标值基准矩阵背景模型与光点影像图层对比生成可控变量数据的一个例子示意图,图(501)和(50¾是预设参照X/Y对比标值基准矩阵背景模型与光点影像图层对比生成可控变量数据图,最先第一个被识别记译的因触摸产生的光点影像被确定为起源点(0)并编译定位,当第二个触摸产生的光点影像出现并被记译定位后,首先将两个光点编译成两个光标,当两个光标发生移动整幅图像的每帧对应的背景参照对比标值即X/Y两个轴向的程序程式开始识别解读,在两个轴向对比和计算之下, 将每帧基准矩阵背景与对应的每帧光点影像合成一帧增量矩阵,(0)为参照,(0)可以在预定参照背景X/Y基准矩阵刻度的任何位置出现,也就是(0)可以是各种位置的起点,当触摸光点影像在预定参照背景X/Y矩阵刻度上叠加合成出现,表示一个 [0125] FIG. 26, FIG. 27 is a comparative example generates a predetermined controlled variable with reference to a schematic view of the data X / Y values ​​of the reference standard comparison matrix background model of the light spot image layer, FIG. (501) and (50¾ preset Referring X / Y values ​​of the reference standard comparison matrix background model image layer light spot generated comparison data of FIG controllable variable, first identified a first spot generated by touching the image translation in mind is determined as the point of origin (0) and compile positioning, when the light spot image generated second touch occurs and note the positioning of translation, the first two light points compiled into two cursors, corresponding to the background of each frame when the cursor should move the entire two reference images Comparative i.e. target value X / Y axis of the two programs to identify program start interpretation, under both axially and contrast calculation, the spot of each frame image of each frame corresponding to the reference matrix background with a delta matrix synthesis, (0) as a reference (0) may appear anywhere predetermined reference background X / Y matrix of reference scale, i.e. (0) can be a starting point for various locations, when a touch spot predetermined reference background image in X / Y synthesis scale is superimposed on the matrix appear, showing a 量矩阵产生,计算开始,首先预定参照背景识别第一个出现的光点影像并将其定位,生成定位数据0 (Bi),产生第一个增量矩阵,此时也就具备了第一个可对照比较数据,当第二个触摸光点出现,矩阵开始连续增量,将第一个参照比较数据与第二个出现的光点影像定位数据相比较,除了产生一个新的相对定位数据外,又差分出一个新变量的比较数据01 (Al),这两个变量数据分别携带定位数据,当两个触摸点发生变化,原有的Al-Bl的距离dl发生变化,以Bl为参照点, 触摸点Al相对移动发生位移到A2产生d2,dl与d2以Bl为轴点转动又产生一个变量夹角,该变量夹角被参照背景X/Y矩阵刻度跟踪编译计算,参照背景X/Y矩阵刻度根据dl与d2的夹角扩大或缩小变化进行比较,这个比较是将两个触摸光点之间的变量A1/A2进行合成编译计算,两个变化的点在参照背景X/Y矩阵刻 Generating matrices, computing started, first predetermined reference image spot a first occurrence of context recognition and positioning, generates location data 0 (Bi), generates a first increment of a matrix, the case also includes a first data may be compared to the control, when the second touch point appears light, the matrix begins successive increments, the first comparison data is compared with a second light spot image positioning reference data is present, in addition to producing a new relative positioning data of the outer , a comparison of differential data and a new variable 01 (Al), the two variables of data are carried positioning data, when two touch points is changed, the original Al-Bl distance dl changes to a point of reference Bl , the touch point Al moves to A2 to produce a relative displacement d2, d2 DL and pivots about the point Bl in turn generates a variable angle, the variable angle is calculated with reference to the background track compiled X / Y matrix scale, with reference to the background X / Y the angle scale matrix dl and d2 is enlarged or reduced variation compared, the comparison is variable between the two touch points of light A1 / A2 synthesis compiler is calculated, two points of change in the reference background X / Y matrix engraved 的对比下与新的数据合成,形成对应数量的可控的光标点并相互作用,在计算和对比之下,连续链状的光点之间相互作用,利用增量矩阵以及光点之间的相互作用完成基本的矩阵改变,产生新变量数据,可以任意改变一个合成矩阵帧,也就是一个基本矩阵帧,能被一个增量矩阵帧改变,具体表现为按照沿着X轴B1/B2单位被定位编译和一个A2在90度Y轴的转动,随之发生矩阵帧的一个改变,由此完成复杂的多重触摸定位与跟踪控制。 And synthesizing a new data comparison, forming a corresponding number of points and interacting controllable cursor, under the calculated and compared, the interaction between the light chain of consecutive points between the matrix and using the Incremental spot interaction matrix changes substantially complete, a new variable data, a synthetic matrix can be arbitrarily changed frame, i.e. a frame of the fundamental matrix, the matrix can be a delta frame is changed, according to the specific performance along the axis B1 X / B2 unit is and compiling a positioning A2 rotated by 90 degrees in the Y axis, followed by a change of frame matrix occurs, thereby completing the complex multi-touch location and tracking control.

[0126] 图28、是红外光点影像图层示意图。 [0126] FIG. 28 is a schematic diagram of the infrared spot image layer. 当手指进行快速触摸动作时(601),确保得到的红外光学光点影像是一个连续的清晰影像,同时获得无噪点杂波背景的红外光点影像 When a finger touches a quick operation (601), to ensure that an infrared optical spot image is obtained a continuous sharp image, while obtaining the infrared spot images without background clutter noise

25(602),使触摸移动轨迹的每一个红外光学光点影像不会出现模糊。 25 (602), so that each image spot infrared optical touch movement trajectories without blurring. 该多重触摸红外光学光点影像用于叠加镶嵌在参照对比标值基准矩阵背景图层,并与其产生一个新的多重触摸移动光标可控变量的图层。 The multi-touch optical infrared spot image for superimposing layers embedded in comparison with reference standard reference value matrix background layer and therewith produce a new multi-touch moving a cursor controlled variables.

[0127] 图四、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的多重触摸背景合成实施例示意图。 [0127] FIG. Fourth, the present invention is a computer screen a planar optical input A surface interactive multi-touch touch table moving a cursor control method of multi-touch recognition BACKGROUND schematic Synthesis Example. 纯净无杂波背景的红外光点影像视频图层(70¾叠加在参照对比标值基准矩阵背景模型(701)上,该模型为隐藏的不显示的背景视频图层(701)与(70¾合成后形成一个多重触摸的移动光标可控变量视频图层,该图层与可视表面显示视频图层(70¾相叠加,最终形成一个可视的多重触摸移动光标可控的显示画面,最终体现为在一幅显示屏幕中一个或多个显示画面被拖动放大或缩小操作。 After the noise-free clean background infrared spot image video layers (70¾ superimposed comparative reference value of the reference standard matrix background model (701) on the model of the hidden layer does not display the background video (701) (70¾ Synthesis of forming a multi-touch mobile video cursor controlled variable layer, which the visual surface of the display video layers (70¾ superimposed, forming a multi-touch mobile visual display screen controlled cursor, the ultimate expression in one or more of a display screen in a display screen is dragged zoom in or out.

[0128] 图30、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面光学多重触摸移动光标识别控制方法的表面多重触摸移动光标相互作用实施列示意图。 [0128] FIG. 30 is a computer screen according to the present invention, a planar optical input A surface interactive multi-touch touch surface of the table to move the cursor control method of multi-touch recognition schematic embodiment interaction column to move the cursor. 最先第一个被识别记译的因触摸产生的光点影像被确定为起源点(0)并编译定位,当第二个触摸产生的光点影像出现并被记译定位后,首先将两个光点编译成两个光标(801),当两个光标发生移动整幅图像的每帧对应的背景参照对比标值即X/Y两个轴向的程序程式开始识别解读, 在两个轴向对比和计算之下,将每帧基准矩阵背景与对应的每帧光点影像合成一帧增量矩阵,光点之间被记下并定位标定,同时将各个光点译为相互作用的多重可控变量光标,每一帧信号形成一个变量可控的多重光标帧增量矩阵,将这个多重可控变量光标的帧增量矩阵作为一个全新的背景与表面显示图层的电视信号或计算机图像信号或视频信号叠加合成, 形成一个可被表面多重可控变量光标控制的的显示信号,在显示信号的表面可显示手指跟踪标记,具体表现状态是,在屏幕 After the first note of the first translation of the identified light spot image generated by the touch is determined as a point of origin (0) and compile positioning, when the light spot image generated second touch occurs and translation positioned in mind, the first two compiled into two light spots cursor (801), each frame corresponding to the background when the two cursor should move the entire image index value comparison reference i.e. X / Y two axially interpretation program identification program starts, the two shafts and calculating the contrast, the reference frame matrix for each background image to each frame corresponding to the light spot synthesis is remembered and positioned between an incremental calibration matrix, the light spot, while the respective optical spot interacts multiple translated cursor control variables, each of the frame signal creating a controllable variable increment matrix multiplex frame cursor, the cursor of the multi-frame incremental controllable variable matrix as the new background with a display surface of the television signal or a computer image layer signal or a video signal superimposed synthesized signal forming a display surface may be a multi-variable controlled cursor control, the tracking marks may be displayed on the surface of the finger of the display signal, specific performance state, the screen 面有多少个手指或物体对应就有多少个光圈(802),这些跟踪光圈依附在移动的手指或物体下面,该光圈也可以隐藏不显示。 How many surface corresponding to a finger or object there are that many apertures (802), a diaphragm attached to the these traces finger or object moving below, the aperture may be hidden from display. 最终体现在表面显示图层的缩放和移动,多个变量的光点影像被编译成为多个相互作用的移动光标。 Ultimately reflected in the surface of the display and moving the light spot image scaling layer, a plurality of variables is compiled into a plurality of moving a cursor interaction.

[0129] 图31、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法实施例流程图。 [0129] FIG. 31 is a computer screen of the present invention, a planar input A surface tree viscous drag touch interactive table quick browsing method flowchart FIG. 当使用者在表面进行搜索操作时,首先进行输入输出请求并提供一个图片或文字信息(1000),(1001)根据(100¾的意图判断自动建立搜索标题,该标题是一种智能模糊搜索,在同轴系上呈现结构化搜索结果,(1001)向(1002)提供该结构化信息的连接搜索结果,并生成表面树状关系的结构化信息文件(1002),该轴系上的文件是一种连带关系的文件,通过指令程序(s400;3) (s4004)将该轴系上的文件进行格式化,以及视觉定格组装,形成动态表面树状粘拖视觉化用户操作显示界面(100¾。并预设表面显示的文件浏览粘拖从属文件量(1004),经指令流程步骤(8400¾生成动态表面轴系(1005), 快速浏览指令的数据计算装置(1¾的处理模组部分对这些指令进行解码编译,以用于执行操作所述快速浏览指令的数据计算媒体装置在计算机表面人机交互方案构架中进行表面多 When a user performs a search operation at the surface, first, the input-output request and a picture or a text message (1000), (1001) automatically established according to the intention of the title search determination (100¾ of the title is an intelligent fuzzy search, in Search results are presented connector structured search results based on the same axis, (1001) provides the structural information (1002), and generates the tree structure of the document surface relationship information (1002), the files on a shaft file types interlocking relationship by a program instruction (s400; 3) performed (S4004) the file format on the shaft, and a visual fixed assembly, to form a dynamic viscous drag surface tree visual user operates the display interface (100¾ and. a preset amount dependent files displayed on the surface viscous drag file browser (1004), the step of generating a dynamic instruction flow through the shaft surface (1005) (8400¾, Quick View command data calculating means (1¾ part of the processing module decodes these instructions compiling, for performing a quick operation of the instruction data calculating means in interactive media program computer architecture multi-surface surface 个族系文件或页面的树状粘拖快速浏览,所述指令包括执行的上述操作指令。 The family tree viscous drag a file or a quick page, the instructions comprising instructions for execution of the operation.

[0130] 图32、示出了本发明表面树状粘拖快速浏览方法的表面树状层次中一个族系文件的视觉化表现方框图。 [0130] FIG. 32 shows the surface sticky drag the tree quick browsing method of the present invention, the surface of the tree hierarchy of visual performance file system block diagram of a family. 当一个主系文件夹被拖动离开表面轴系时其粘拖的从系文件夹跟随主系文件夹形成一个新的独立视觉文件(1006)。 When a host system folder is dragged away from the surface of its shaft-based viscous drag from the host system folder follow a new folder is formed separate visual document (1006). 当在(020)内输入请求,(021) (022)后系结果文件生成。 When the input request is in the (020), (021) (022) after the result file is generated based. (020) (021) (022)为一个族系,(020)是一个通过输入存储已有的图片或文字信息,打开(020)后搜索得到(021) (022)在一个表面现实的从系、后系相互粘拖的表面 (020) (021) (022) as a lineage, (020) is an existing image or text information by entering the store, open the rear (020) to get a search (021) (022) from the Department of reality in a surface after each adhesive-based drag surfaces

26树状文件。 26 file tree.

[0131] 图33、示出了表面树状粘拖快速浏览方法的表面树状层次中一个从系文件作为主系文件搜索时的视觉化表现方框图。 [0131] FIG. 33 shows a block diagram of a visual expression tree when the adhesive surface of the surface drag quick browsing method in a hierarchical tree-based file search from a main file system. 当表面一个族系粘拖的任何一个层次系别文件夹或页面被打开,该文件夹形成一个新的主系文件夹在表面显示,超量的该族系粘拖的上层或下层未打开的关系文件夹或页面自动隐藏在动态表面轴系(1005)上。 Level when any one of the family-based surface a viscous drag or other folder page is opened, the folder is formed a new host system folder on the display surface, the excess of the family of the upper or lower viscous drag unopened relations folder or page automatically hidden on the dynamic surface shaft (1005). 该模式轴系上的关系文档在显示界面的表面将会受到显示表现的限制。 Document on the relationship between the shaft will be limited mode display performance on the surface of the display interface. 例如打开图2中的(021),该(021)作为主搜索并形成主系文件夹,其从属文件夹(022)、(023)是(021)的搜索结果,此时(021) 形成一个新的主系文件夹。 In FIG. 2, for example, opening (021), which (021) is formed as a main host system, and a search folder, which subordinate folders (022), (023) is (021) search results, this case (021) forming a the new primary system folder.

[0132] 图34、是示出了表面树状粘拖快速浏览方法的浏览模式流程方框图。 [0132] FIG. 34 is a flow diagram illustrating the browsing mode of a block diagram of a quick drag adherend surface tree method. 因激活(s5006)完成第一模式,浏览指令数据计算媒体装置中的执行程序元素或模块自动转入下个应用模式,本实施例浏览指令数据计算媒体装置中的执行程序元素或模块执行(S4003), 搜索计算机本地磁盘的文件或网页同时激活得到(S5004),搜索结果的文档和信息之间建立直观视觉同轴系关系文档(1001),在浏览的表面上显示并表现,一个轴系上有多个主系文件夹既相互粘拖的连带关系文件文档,所述文档相互粘拖并伴随主系文件夹位于一个表面直观动态同轴系上。 Because of the activation (S5006) is completed in the first mode, the browser performs data calculation instruction program modules or elements of media device is automatically transferred to the next application mode, for example, browsing data calculation instruction execution program modules or elements in the present embodiment the media device (S4003 ), search your computer's local disk file or web page to get activated simultaneously (S5004), the establishment of intuitive visual relationship coaxial line documentation (1001) between the documents and information search results, and is displayed on the surface of the performance of the browser, on a shaft a plurality of both the host system folders mutual relation file related documents viscous drag, viscous drag, and each of the document associated host system folder located on a surface of the visually dynamic coaxial line. 其中所述表面树状关系文件(1002),显示表面的一个族系粘拖文件之间相互粘拖,当拖动一个主系文件夹或页面,其多个从系、后系文件夹或页面一起被拖拽挪动。 Wherein the surface of the relation file tree (1002), shows the correlation between drag a sticky viscous drag the family document surface, when a host system folder drag or pages, from which a plurality of lines, the page or folder based together dragged move. 其中所述动态表面树状粘拖浏览视觉化界面(1003),其表面搜索创建的表面树状关系文件中主系、从系、后系同一个族系粘拖文件或搜索结果的文档信息之间建立直观表面同轴系关系以及同一个族系粘拖的树状关系文件在同一表面同时显示,当拖动搜索结果的表面文档和信息时,其同一个轴系上的主系、从系、后系同一个族系文件相互粘拖,其形态为一个动态视觉表达显示界面。 Wherein the dynamic surface to drag the tree sticky visual browsing interface (1003), the relationship between the surface of the tree in the main file system created its surface search, from the Department, the Department of the family with a stick to drag a file or document information of the search results intuitive established between the surface of the coaxial line relations and relations file tree with a stick to drag the family displayed simultaneously on the same surface, when the surface of the document and drag information search results on its main lines with a shaft, from the Department of after the family-based document with a viscous drag each other, which form a dynamic visual presentation display. 其中所述预设表面显示的文件夹浏览粘拖从属文件量(1004), Wherein the predetermined surface of the display file folders an amount dependent viscous drag Browse (1004),

[0133] 图35、是本发明一种平面计算机屏幕输入人机交互触摸桌子的一种表面树状粘拖快速浏览方法的执行程序流程模式实施例的一种包含编码指令的数据介质示意框图。 [0133] FIG. 35 is a computer screen of the present invention is a planar touch interactive input table A surface tree method viscous drag Quick View mode execution program flow block diagram showing a schematic example of one kind of data medium comprising coded instructions embodiment. 其中,包括对于主动输入输出的请求。 Wherein the active comprises a request for input and output. 设定应用程序在执行过程中所要搜索的主动输入输出请求(1000),该请求包含请求信息量,生成并读入请求文件;接着,搜索指定请求是否存在,如果存在,则读入,按照预先设定搜索功能浏览指令数据计算媒体装置中的执行程序元素或模块,执行(8400¾后建立搜索标题激活得到(S5003),浏览指令数据计算机装置(15) 中的执行程序元素或模块执行(s4003),搜索计算机本地磁盘的文件或网页信息同时激活得到(S5004),搜索结果的文档和信息之间建立直观视觉同轴系关系文档(1001)以及同一个族系的表面树状关系文件(1002),显示表面的一个族系文件之间是相互关系文件,当一个主系文件夹或页面信息生成,其多个从系、后系文件夹或页面信息一起生成,浏览指令数据计算机装置(1¾中的执行程序元素或模块自动执行(S4004)进行视觉表达格式化与视觉定 Setting application in the implementation process to be searched for active input output request (1000), the request comprising a request information, and generates a read request file; Next, specify the search request is present, if present, is read according to a predefined browser search function setting execution instruction data calculation program modules or elements of media device, execution (activation after establishing 8400¾ give the title search (S5003), the instruction data browsing apparatus to perform a computer program 15) (element or module executed (S4003) , search your computer's local disk file or web page to obtain information simultaneously activated (S5004), the establishment of documents and information between search results and intuitive visual relationship coaxial line documentation (1001) as well as the relationship between the surface of the tree of files in the same lineage (1002) , shown to be a relationship between the document surface of the document the family, when a host system folder or page information generation, from which a plurality of lines, the lines generated with the page or folder information browsing command data computer means (1¾ in the execution program modules or elements automatically performed (S4004) visual visual expression of a given format and 格组装,显示表面形成一个动态表面树状粘拖浏览视觉化界面(100¾同时激活得到一个(S5005),从属关系文件生成并进行结构化处理,使关系文件之间相互粘拖,显示表面的一个族系粘拖文件之间相互粘拖,当拖动一个主系文件夹或页面信息,其多个从系、后系文件夹或页面信息一起被拖拽挪动,浏览指令数据计算媒体装置中的执行程序元素或模块自动执行(s4005)并激活得到一个(S5006),生成视觉化用户界面,主系、从系、后系同一个族系粘拖文件或搜索结果的文档和信息之间建立直观动态表面同轴系关系以及同一个族系粘拖的树状关系文件并在同一表面同时显示出来,本实施例中还预设表面显示的文件夹浏览粘拖从属文件量(1004),当表面一个族系粘拖的任何一个层次系别文件夹或页面被打开,该文件夹形成一个新的主系文件夹在表面显示,超量 Grid assembly, a dynamic surface forming the display surface tree browser viscous drag visual interface (100¾ activated simultaneously to give a (S5005), and generates dependencies structured document processing, the mutual relationship between the viscosity drag files, a display surface the family adhered to each other viscous drag between the drag file when dragging a master folder or page-based information, from which a plurality of lines, the system information page or folder is dragged to move along, the media browse instruction data calculating means executing program modules or elements automatically performed (S4005) and activates a give (S5006), generating a visual user interface, host system established between the visual system, the document information and the family-based adhesive with a drag files or search results dynamic surface coaxial line tree relationship and a relationship with the family file viscous drag, and displaying it on the same surface, the present embodiment further displays the preset file folders subordinate files surface amount (1004) Browse viscous drag, when the surface a viscous drag of the family level of any other system folder or page is opened, the folder is formed a new host system folder is displayed, the surface excess 的该族系粘拖的上层或下层未打开的关系文件夹或页面自动隐藏在动态表面轴系(1005)上。其中动态表面轴系(1005),用于视觉定格与表面布局,位于显示界面的表面,其形态表现为同一个族系相互粘拖的文档在同一个轴系。其中所述独立视觉文件(1006),用于提取同一个轴系的需求文件或文档,其形态表现为当一个主系文件夹被拖动离开表面文档轴系时其粘拖的从系文件夹跟随主系文件夹形成一个新的独立文件并定格为视觉化。本实施例还包括其中的表面操作模式中的步骤。本实施例提供包含一种快速浏览指令的数据计算机装置(15),通过本实施例的快速浏览指令的数据计算机装置(1¾中处理模组部分对这些指令进行解码编译,以用于执行操作所述快速浏览指令的数据计算媒体装置在计算机表面人机交互方案构架中进行表面多个族系文件或页面的 The viscous drag of the family of the upper or lower relationship unopened folder automatically hidden pages or on a dynamic shaft surface (1005). Wherein the dynamic shaft surface (1005), for visually freeze the surface layout, display interface located surface, which showed the same morphology of the family viscous drag another document in the same shaft. wherein said discrete visual file (1006) for extracting a shaft of the same file or document needs, which exhibited morphological changes when the viscosity dragged from the folder-based host system to follow a master file folder based document is dragged from the surface of the shaft to form a new folder and file independent freeze-frame visual present embodiment further includes a mode of operation wherein the surface step. this embodiment provides a data computer means (15) comprises a quick browsing instructions, instructions quickly browse through the data according to the present embodiment of the computer apparatus (1¾ processing module in section for decoding the instructions compiled for the operation performed quickly browse media data instruction computing device surface a plurality of pages or documents in the family interactive computer program frame surface of the display unit 状粘拖快速浏览,所述指令包括执行的以下操作指令,利用所述上述实施方法可以在很大程度上实现计算机表面树状粘拖快速浏览。 Quick View shaped viscous drag, the instructions including instructions for performing the above method embodiments may be implemented using the computer adherend surface tree largely dragged Quick View.

[0134] 图35又是本发明一种平面计算机屏幕输入人机交互触摸桌子网终端交互显示器的一种包含编码指令的数据介质示意框图。 [0134] FIG. 35 is a planar present invention is a human-machine interactive computer screen touch input terminal interactive display tables subnet schematic block diagram of a data medium containing coded instructions. 编码指令通过平面计算机屏幕输入人机交互触摸桌子网终端交互显示器的计算机装置(1¾解释,当进行文件浏览或搜索时,执行以下操作指令:创建一个主动输入的请求(S4001)并建立搜索标题(S5003),计算机应答请求信息以及请求信息量,确定并进行搜索(S4002),主动关系文件生成(S5004),结构化从属文件生成(S5005),构建表面树状浏览可视元素并进行布局(S4003),以及生成视觉化互动粘拖用户界面(S5006),并进行视觉表达格式化与视觉定格组装(S4004),互动粘拖图像用户界面生成(S4005)。 Encoding the command input terminal interactive touch interactive display tables subnet flat computer screen by computer means (1¾ explained, when a file browsing or searching, the following instruction: creation request (S4001) and establishes a search for active input header ( S5003), the computer and the reply request information request information, and determining a search (S4002), the relationship between the active file generating (S5004), generates a structured dependent files (S5005), the building surface element and the visual tree view layout (S4003 ), and generating interactive visual user interface drag adherend (S5006), and the visual representation and visual format freeze assembly (S4004), viscous drag interactive graphical user interface generating (S4005).

[0135] 图36、示出了表面树状粘拖快速浏览方法的独立视觉化文件的表现方框示意图。 [0135] FIG. 36 shows a schematic block surface expression tree quick browsing method viscous drag independent visual file. 当人机表面浏览交互提取同一个轴系的需求文件或文档(6001),其形态表现为当一个主系文件夹被拖动离开表面文档轴系时其粘拖的从系文件夹(6003)跟随主系文件夹形成一个新的从属独立文件(600¾并定格为视觉化。视觉化的表现可以是图案、图标、影像、文字。 When extracting human-computer interaction with a surface view of the needs of shafting file or document (6001), which exhibited morphological changes when a host system folder is dragged away from its sticky surface of the document Shaft drag from the system folder (6003) Follow host system folders form a new slave separate file (600¾ visual and freeze-frame. the visual performance may be a pattern, icons, images, text.

[0136] 图37、示出了表面树状粘拖快速浏览方法的动态表面轴系的视觉布局表现方框示意图。 [0136] FIG. 37 shows a viscous drag surface tree quick browsing method of dynamic surface visual layout of block schematic shaft performance. 当人机浏览交互触摸(7001)轴系上的(700¾时,(7002)直接从本地磁盘或网页中自动抽取关系文件,触摸点击(700¾在表面显示更详细的表面树状关系搜索结果,其中产生一个从属关系的新轴系(7003),(7004)为(7001)轴系上的请求搜索参照文件,(7001)轴系表示文档文件之间的关系,(7006)表示与(7001)轴系的一个族系的强势关系文件,(7002) 表示弱于(7006)的关系文件,并处于隐藏状态,(7003)是(7001)的从属轴系,(7005)是(7003)从属轴系上的请求搜索参照文件,触摸点击(7007)将会显示(7005)的从属关系文件搜索结果信息,在(7001)主轴系及其从属轴系的请求搜索参照文件(7004) (7005),视觉定格为可视互动动态关系。一个表面可以展开多个主系粘拖从系、后系文件夹的一个族系文件夹,当人及浏览交互拖拽一个主系文件,其向下的从系、后系文件夹相互粘拖, When browsing on human-computer interaction Touch (7001) shafting (700¾, (7002) automatically extracted directly from the local disk or web page dossier, touch click (700¾ more detailed search results in the relationship between the surface of the tree display surface, which generating a new affiliation shaft (7003), (7004) to (7001) the requested file reference search shafting, (7001) shows the relationship between the shafting document file, (7006) represents the (7001) axis a strong relationship between the file system of the family, (7002) indicates weaker (7006) relation file and is hidden, (7003) is a (7001) of the slave shaft, (7005) is a (7003) slave shaft search requests on the reference file, click touch (7007) will be displayed (7005) affiliation file search result information, search (7001) request the spindle shaft lines and their subordinate reference document (7004) (7005), visual freeze a surface can be expanded more main line is a visual interactive dynamic relationship sticky drag from the Department, a family-based file system folder, and when people browse interactively drag a master file system, which is down from the line after another sticky drag system folder, 成一个拖拽表现的一个表面界面,该浏览表面是一个动态的表面,文件夹之间相互粘拖并以视觉化展现在显示表面,错综复杂的深度树状文件夹经过指令(s4004)进行视觉化格式化与视觉表达的组装全部表面化,主系、从系、后系一个族系的搜索结果文件夹可在同一个表面显示,也就是搜索结果的图片、文字视觉化了,为表面浏览发挥速度以及直观的作用,指令(s4004)以表面构架管控搜索结果的一个族系之间文件相互粘拖拖拽。 A drag performance as a surface interface, the browser is a dynamic surface surface, mutual adhesion between the folder and drag in a visual presentation on a display surface, the depth of the complex through the folder tree instruction (S4004) visualize formatting visual expression and assembly of all the superficial, the main system, from the Department, the Department of the search results file after the family of a folder can be displayed on the same surface, that is, image search results, text, visual, and browse for the surface speed of play and intuitive action command (S4004) a document between the surface of the family to control framework and search results are viscous drag drag.

[0137] 图38、示出了表面树状粘拖快速浏览方法的表面树状浏览轴系结构表现方框示意图。 [0137] FIG. 38 shows the surface tree quick browsing method viscous drag surface shafting structure tree view block diagram performance. 实施例中(8001)为一个表面的一个主系文件也是请求搜索的参照文件,(8002)为一个轴系上的从系文件也是最强势的关系搜索结果,(8003)是后系文件夹或文档,或弱于(8002)关系的搜索结果,在主轴系上显示作为从属文件夹或隐藏在主轴系上。 Embodiment the reference file (8001) to a host system file is a request to search the surface embodiment, (8002) from a file based on a relationship shafting most powerful search result, (8003) after the system folder or documents, or weaker than the (8002) the relationship of the search results, as a slave display or hide a folder on the spindle tied to the main axis system.

[0138] 上述实施例的示出不能限制本发明,并且本领域技术人员可以能够在不偏离由从属权利要求所限定的本发明范围的情况下设计出许多可选实施例。 Shows [0138] the above-described embodiment can not limit the invention, and that those skilled in the art may be able to design many alternative embodiments without departing from the dependent claims as defined by the scope of the present invention. 在权利要求中,括号内的任何参考符号将不应作为权利要求的限制。 In the claims, any reference signs between parentheses shall not be construed as limiting the claims. 词组“包括”等并不排除所在任意一个权利要求或说明书中列出那些技术装置之外的出现。 The phrase "comprising" does not exclude other specification where any occurrence other than those listed in the claims or art devices.

Claims (12)

  1. 1. 一种平面计算机屏幕输入人机交互触摸桌子,其特征在于包括:人机交互的手指或图形标签物体通过屏幕输入装置(14)以及对应屏幕输入多重红外视窗装置(11)和制装在背光光场盒桌体装置(1¾上面的水平透射平面显示屏幕桌子面装置(10)与其进行表面交互时,在屏幕表面产生红外光点影像(115),这个影像被安装在背光光场盒桌体装置(12) 内的触摸背影快速取像识别响应装置(1¾识别并将识别信号传给计算机处理器装置(15) 对人机交互信号进行分析处理,其特征还包括;人机交互的移动通信手机电话与平面计算机屏幕输入人机交互触摸桌子进行人机交互时经过即时表面通信装置(17)使平面计算机屏幕输入人机交互触摸桌子的显示表面与一个或多个移动通信手机电话相互识别并进行数据交换,在平面计算机屏幕输入人机交互触摸桌子屏幕表面直 A planar input interactive touch screen computer table, comprising: a finger or interactive graphic object tag input through the screen means (14) and the infrared window screen corresponding to the multiple input means (11) mounted in the system and backlight light field cassette tables body means (1¾ upper horizontal transmissive flat display screen of the table surface (10) with its surface interaction, generating infrared spot image (115) on the screen surface, the image is mounted on the backlight light field cartridge Table back touch the inner body means (12) in response to the rapid identification image capturing means (1¾ identification and identification signals to the computer processor means (15) for interactive analysis and processing signals, characterized by further comprising; mobile HCI after instant communication device surface (17) of the flat computer screen touch interactive input tables mobile phone communication to the plane of the computer screen to enter the table interactive touch display surface of human interaction with one or more mobile communication handset phone mutual identification and data exchange, the table input interactive touch screen surface in the plane of the computer screen linear 操作,替代在移动通信手机电话屏幕上的操作,各种不同的人机交互信号经过计算机处理器装置(1¾对人机交互信号进行分析处理,并通过电视信号处理装置(16)进行平面计算机屏幕输入人机交互触摸桌子人机交互操作与显示。 Operation, instead of on a mobile communication Mobile phone screen operation, a variety of interactive signal via a computer processor means (1¾ interactive signal for analysis, and the plane of the computer screen by the television signal processing apparatus (16) enter the human-computer interaction human-computer interaction and touch the table display.
  2. 2.根据权利要求1所述屏幕输入装置(14),其特征在于包括;所述屏幕输入装置(14),利用水平透射平面显示屏幕(104)表面替代键盘鼠标及其他输入设备在水平透射平面显示屏幕表面输入,操作或控制计算机,输入通道根据不同的多种传感装置,通过水平透射平面显示屏幕的表面进行多通道输入,用于屏幕表面人机交互的多个通道屏幕输入与操作。 1 according to the input screen means (14) as claimed in claim, characterized by comprising; means said input screen (14), a display screen by using horizontal transmission plane (104) surface of the mouse instead of the keyboard and other input devices transmittance in the horizontal plane input surface of a display screen, the operation control computer or, in accordance with a plurality of different input channel sensing means, by a horizontal flat display surface of the transmissive screen multi-channel input channels for a plurality of input screens and the operation screen of the interactive surface.
  3. 3.根据权利要求1所述对应屏幕输入多重红外视窗装置(11),其特征在于包括;所述对应屏幕输入多重红外视窗装置(11),包括表面幕布红外视窗装置(111),反射背光红外视窗装置(112),表面散射红外视窗装置(113),多个红外视窗装置形成的红外视窗(114) 覆盖于水平透射平面显示屏幕桌子面装置(10)并与其叠加,用于水平透射平面显示屏幕(104)表面进行多通道不同方式人机交互的屏幕输入时,对应不同的屏幕输入方式都能产生用于提供可识别的多重红外影像(115)。 The screen according to claim 1 corresponding to the infrared input multiple-window means (11), comprising; input screen corresponding to the multiple infrared window means (11), including an infrared window screen surface means (111), a backlight reflecting infrared window means (112), an infrared window surface scattering means (113), an infrared window (114) formed of a plurality of infrared devices covering the window in the horizontal plane of the display screen of the table surface transmission means (10), and their superposition, for transmitting a horizontal plane display when the (104) surface of the interactive input screen of the screen in different ways multi-channel, corresponding to different input methods can produce multiple screen image for providing an infrared identification (115).
  4. 4.根据权利要求1所述背光光场盒桌体装置(12),其特征在于包括;所述背光光场盒桌体装置(12),其中包括直立四边壁盒体(120)、光场盒桌体底部的直照光源模组或投影光机(122),光场盒桌体还包括上口(12¾水平天窗洞口和一个下口(124)水平下底洞口, 以及安装在上口(123)水平天窗洞口的水平透射平面显示屏幕(104),用于人机交互水平显示背光光场照明或水平显示背光投影光程成像的背光显示以及用于触摸背影快速取像识别响应装置(13)和屏幕输入装置(14)的传感器传感空间,位于水平透射平面显示屏幕桌子面装置(10)的下面。 4. The cassette tables 1 a backlight light field devices (12) as claimed in claim, comprising; Table light field cartridge body unit (12) the backlight, wherein the quadrilateral comprises upstanding walls of the box body (120), optical fields the bottom of the cartridge according to the table of straight or projection light source module unit (122), optical fields cassette body further comprises catchy tables (12¾ hole and a lower horizontal skylight lower opening (124) horizontal bottom hole, and installed in the upper opening ( 123) horizontal planar horizontal skylight hole transmissive display screen (104) for interactive light field illumination level of the display backlight or display backlight level projected light range imaging display, and a backlight for quick identification in response to the image capturing means (13 touch the back ) screen and an input device (14) a sensor sensing space, located below the display screen of a horizontal table and transmission plane surface means (10).
  5. 5.根据权利要求1所述水平透射平面显示屏幕桌子面装置(10),其特征在于包括;所述水平透射平面显示屏幕桌子面装置(10),由高强度水平表面触摸输入屏幕(101)制装在水平载物面幕框(102)的视窗窗口(10¾及水平透射平面显示屏幕(104)的上面或直接制装在水平透射平面显示屏幕(104)的上面,形成表面触摸输入水平透射平面显示屏幕并安装于桌体机箱(105)的上表面作为桌子面使用,用于人机交互的屏幕输入与水平平面显示屏幕及手臂俯卧支撑和载物,位于桌体机箱(105)和背光光场盒桌体装置(12)的上面。 The transmission plane of the horizontal surface of a display screen of the table means (10) as claimed in claim, comprising; transmission plane of the horizontal surface of a display screen of the table means (10), a high intensity level input surface of the touch screen (101) system installed in a horizontal loading surface of the screen frame (102) of the window the window (10¾ and horizontal transmission above a flat display screen (104) or directly dressmaking transmissive flat display screen above (104) in a horizontal, forming surface of the touch input level transmission and a flat display screen mounted on the upper surface of the table body chassis (105) is used as a table surface, the screen for inputting the horizontal plane and the interactive display screen support and loading arms prone, the table body is located in the chassis (105) and a backlight Table light field above the cartridge body means (12).
  6. 6.根据权利要求1所述触摸背影快速取像识别响应装置(13),其特征在于包括;所述触摸背影快速取像识别响应装置(13),在水平透射平面显示屏幕(104)的背面安装滤镜取像镜头或狭窄红外光波带通滤镜镜头的反射背影取像数字视频流发送装置(130),以用于使整个水平透射平面显示屏幕背面形成取像面,反射背影取像数字视频流发送装置(130) 只快速连续识别触摸动作及物体图形标签在透射取像面产生的移动多重背影影像(115) 或红外光点背影影像信息并完成数字视频流信息,并对该多重移动背影影像或红外光点背影影像连续快速(SlO)取像识别并生成连续数字视频流发送给计算机处理器接收单元(131),计算机处理器对应连续的数字视频流即时快速响应处理,用于人机交互触摸动作及物体图形标签在透射取像面产生的移动多重背影影像(11¾传感对触摸 6. The quick access to the back of a touch in response to the identification means as claimed in claim (13), comprising; the touch quickly back response identifying the image capturing means (13), the back of the transmissive flat display screen (104) in a horizontal attaching the filter as a digital imaging camera or a narrow reflection band pass filter infrared light imaging lens back digital video stream transmission means (130) for the entire back surface of the display screen horizontal transmission plane imaging plane is formed, the back reflection to take video stream transmission means (130) to continuously identify only fast moving back multi-touch operation and the object graphic image tags generated transmission imaging plane (115) or the infrared spot image information back and complete the digital video information stream, and the multiple mobile infrared spot images back or back images in rapid succession (SlO) and generates a continuous imaging to identify a digital video stream to the receiving unit computer processor (131), a computer processor digital video stream corresponding to a continuous instant quick response process for human multiple back moving images machine interactive graphics object and a touch action tags generated transmission imaging plane (11¾ touch sensor 动作及物体图形标签产生的移动多重影像(11¾快速取像识别响应。 Multiple images and moving operation of the label producing graphic object (11¾ fast imaging identification response.
  7. 7.根据权利要求1所述计算机处理器装置(15),其特征在于包括;所述计算机处理器装置(15),所述计算机处理器装置(15),用于屏幕输入人机交互触摸信号的程序计算和平面计算机屏幕输入人机交互触摸桌子的表面融合显示使用操作,还用于计算机与电视的功能整合和解释包含编码指令的数据介质,在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作计算。 1 according to the computer processor means (15) as claimed in claim, comprising; said computer processor means (15), said computer processor means (15), interactive touch screen for inputting signals the program calculates flat computer screen and a touch input interactive display table surface using the fusion operation is also a function of integrating computer and TV data medium containing coded instructions interpreted, interactive touch input in the plane of the computer screen of the desk person calculation operation performed in the frame-machine interactive program. 位于桌体机箱(105)的侧面。 At the side of the table body chassis (105).
  8. 8.根据权利要求1所述即时表面通信装置(17),其特征在于包括;所述即时表面通信装置(17),其中,水平透射平面显示屏幕(104)的显示表面被一个或多个移动通信手机电话(170)接触,水平透射平面显示屏幕(104)表面操作界面被打开,接收来自所述一个或多个移动通信手机电话(170)的信息,并在表面显示一个或多个移动通信手机电话(170) 的对话框菜单及操作界面,水平透射平面显示屏幕(104)与一个或多个移动通信手机电话(170)相互识别数据交换,在水平透射平面显示屏幕(104)表面直接操作,替代在移动通信手机电话屏幕上的操作,一个或多个移动通信手机电话(170)的信息文件均可通过水平透射平面显示屏幕(104)表面显示完成并可以操作,同时通过水平透射平面显示屏幕(104) 表面操作完成对移动通信手机电话(170)的操作,用于平面计算机屏幕 1 according to the instant surface of the communication device (17) as claimed in claim, characterized by comprising; means the instant communication surface (17), wherein the horizontal plane of the display surface of the transmissive screen (104) with one or more mobile communication mobile phone (170) in contact with the horizontal planar transmissive display screen (104) is opened surface interface, receiving information from the one or more mobile communication mobile phone (170), and displaying one or more mobile communication surface mobile phone (170) and dialog menu interface, a display screen horizontal transmission plane (104) with one or more mobile communications mobile phone (170) identification data interchanged transmissive flat display screen (104) directly operated in a horizontal surface instead of on a mobile communication handset phone operation screen, one or more mobile communication mobile phone (170) an information file can be a display screen by a horizontal transmission plane (104) and can be operated to complete the display surface, the display at the same time by horizontal transmission plane screen (104) to complete the operation surface of the operation of the mobile communication mobile phone (170) for flat computer screen 入人机交互触摸桌子与一个或多个移动通信手机电话(170)进行表面通信。 The interactive touch the table surface communicate with one or more mobile communication Mobile phone (170).
  9. 9.根据权利要求1所述电视信号处理装置(16),其特征在于包括;所述电视信号处理装置(16),包括数字电视信号处理器(16¾和数字集群信号处理器(161)与屏幕显示驱动装置(168),用于人机交互及电视信号驱动显示。 1 according to the television signal processing apparatus (16) as claimed in claim, comprising; said television signal processing means (16), comprising a digital television signal processor (16¾ cluster and digital signal processor (161) and the screen display drive means (168), and interactive television signal for driving the display.
  10. 10. 一种表面光学多重触摸移动光标识别控制方法,其特征在于,它包括以下步骤:通过红外光学识别,获得一个纯净无杂波干扰背景的动态连续动态红外光点影像,其中,上述的动态红外每一帧图像都代表上述红外光点影像对应变量部分的特征;将上述动态连续动态红外光点影像与自适应场频的预设参照X、Y对比标值基准矩阵背景模型相比较,其中, 上述预设参照X、Y对比标值基准矩阵背景模型由横向和纵向交差的两个坐标计算程序程式构成,一个坐标计算程序程式预先设定为横向X,另一个坐标计算程序程式预先设定为纵向Y,其中,一个轴向变化的触摸产生的光学轨迹识别记译与另一轴向的识别数据比较产生该轴向新的控制变量,为了得到整个帧频图像的准确变量,在隐藏的参照基准矩阵背景模型中设有多个横向与纵向的轴向标定值,根据上述 A surface of the optical multi-touch recognition method for controlling movement of a cursor, characterized in that it comprises the steps of: infrared optical recognition, to obtain a clean background interference clutter dynamic continuous dynamic infrared spot images, wherein the dynamic infrared each frame represents the image feature points corresponding to the infrared portion of the variable; and the moving continuous dynamic infrared spot image and the predetermined reference frequency adaptation field X, Y values ​​of the reference standard comparison matrix compared to a background model, wherein the preset reference X, Y values ​​of the reference standard comparison matrix background model consists of two coordinate calculation procedure programs intersecting horizontal and vertical, a coordinate calculating program previously set transverse formula X, coordinate calculation program another program is set in advance to the longitudinal direction Y, wherein the optical track, a change in the touch-generating axial note identifying other axial translation with the identification data comparing the generated new control variable axial direction, in order to obtain an accurate image of the variable frame rate throughout, the hidden background of reference model matrix transverse to the axial direction a plurality of longitudinal calibration values, according to the above 较步骤的结果,得到一个可控变量。 Results more step, to obtain a controlled variable. 其特征为;在表面显示图层的缩放和移动,多个变量的光点影像被编译成为多个相互作用的移动光标。 Wherein; displayed on the surface of the layer of zooming and panning, image spot of a plurality of variables are compiled into a plurality of moving a cursor interaction.
  11. 11. 一种表面树状粘拖快速浏览方法,其特征在于包括:所述表面树状粘拖快速浏览方法还适于包括以下步骤:搜索计算机本地磁盘的文件或网页,搜索结果的文档和信息之间建立直观视觉同轴系关系文档(1001)以及同一个族系粘拖的表面树状关系文件(1002),显示表面的一个族系文件之间相互粘拖,当拖动一个主系文件夹或页面,其多个从系、后系文件夹或页面一起被拖拽挪动,显示表面形成一个动态表面树状粘拖浏览视觉化界面(1003),主系、从系、后系同一个族系粘拖文件或搜索结果的文档和信息之间,建立直观动态表面同轴系关系以及同一个族系粘拖的树状关系文件,并在同一表面同时显示出来,所述表面树状粘拖快速浏览方法还包括预设表面显示的文件夹浏览粘拖从属文件量(1004),当表面一个族系粘拖的任何一个层次系别文件夹或页面被打 A viscous drag surface tree quick browsing method, comprising: viscous drag of said surface tree quick browsing method adapted further comprising the step of: searching a computer local disk files or web pages, documents and information of search results intuitive visual system to establish a coaxial relationship between the document (1001) between the surface and the relation file tree with a viscous drag of the family (1002), shows the correlation between a viscous drag surface of the family file, when a host system file drag page or folder, from which a plurality of lines, the page-based document or folder is dragged to move along the surface of the display surface to form a dynamic viscous drag tree browser visual interface (1003), host system, from the system, the same system documents and information between the family viscous drag files or search results, the relationship established based intuitive dynamics and surface coaxial relation file tree with a viscous drag of the family, and simultaneously displayed on the same surface, the adhesive surface of the tree dragging a quick method further includes pre-surface display of file folders subordinate amount browser sticky drag (1004), when any other file system level surface a lineage sticky drag a folder or page is hit ,该文件夹形成一个新的主系文件夹在表面显示,超量的该族系粘拖的上层或下层未打开的关系文件夹或页面自动隐藏在动态表面轴系(1005)上,当一个主系文件夹被拖动离开表面轴系时其粘拖的从系文件夹跟随主系文件夹形成一个新的独立视觉文件(1006),用于平面计算机显示表面人机交互显示的表面多个族系文件或页面的树状粘拖快速浏览。 The folder forming a new host system folder on the display surface, the excess of the family of the upper or lower viscous drag relationship is not open automatically hide a folder or a page on a dynamic shaft surface (1005), when a the viscosity host system folder dragged from the folder follows the lines when the master system files is dragged from the surface of the shaft to form a new clip file separate visual (1006), for interactive display surface a plurality of flat surfaces a computer display the family tree file or drag pages stick fast browsing.
  12. 12. 一种包含编码指令的数据介质,其特征在于包括:所述编码指令通过平面计算机屏幕输入人机交互触摸桌子的计算机装置解释,所述指令包括以下指令;将纯净无噪点杂波背景的红外光点影像与预定参照X、Y对比基准矩阵背景模型叠加镶嵌合成,当屏幕桌子面的表面多重触摸光点影像出现在预定参照X、Y矩阵刻度坐标上时被识别定位并产生一个增量矩阵帧,利用增量矩阵帧产生新变量数据,可以任意改变一个基准矩阵帧,具体表现为按照沿着X轴Bl被定位编译和一个Al在90度Y轴转动的两个移动光标,随之产生一个增量矩阵,不管多少数量的移动光点影像在屏幕任何方位如何移动,根据上述指令,总能将屏幕表面的触摸光点影像精确的识别定位并编译成具有多重控制功能的相互作用的移动光标。 A data medium containing coded instructions, comprising: means to explain the computer interactive touch table plane coded instructions inputted through a computer screen, said instructions comprising instruction; Purified no clutter background noise infrared spot image and the predetermined reference X, Y matrix comparison reference background model superimposed mosaic synthesis, the table surface when the multi-touch surface of the screen image appears light spot predetermined reference X, while the Y coordinate is the position identification matrix scale and generating an increment a matrix frame, a new frame using the delta variable data matrix, the matrix can be changed arbitrarily a reference frame, it is positioned according to the specific performance of the compiler to move the cursor and a two Al Y axis rotation of 90 degrees along the X-axis Bl, followed generating a delta matrix, regardless of the number of how many moving the light spot image moves on the screen to any position, according to the command, the screen can always touch the surface of the image spot is positioned accurately identify and compile to interact with multiple control functions move the cursor. 所述指令还包括以下指令;当进行文件浏览或文件搜索时,创建一个主动输入的请求(S4001)并建立搜索标题(S5003),应答请求信息以及请求信息量,确定并进行搜索(S4002),主动关系文件生成(S5004),结构化从属文件生成(S5005),构建表面树状浏览可视元素并进行布局(S4003),以及生成视觉化互动粘拖用户界面(S5006),并进行视觉表达格式化与视觉定格组装(S4004),互动粘拖图像用户界面生成(S4005)。 The instructions further include instructions; when browsing files or file search, creation request (S4001) and establishes an active input title search (S5003), the reply request information, and request information, and determining a search (S4002), active relation file generated (S5004), generates a structured dependent files (S5005), the building surface element and the visual tree view layout (S4003), and generating interactive visual user interface drag adherend (S5006), and the visual representation format assembly of the visual fixed (S4004), viscous drag interactive graphical user interface generating (S4005). 所述指令还包括所执行的以下操作的指令:当启动即时表面通信装置进行表面通信时,一个接收来自所述一个或多个移动手机通信设备(170)的首个寻请寻呼消息(171), 需要在首个查询识别等待时间及有效数据速率段(Tl)在内查询识别所述首个寻请寻呼消息,以及所述首个寻请寻呼消息包含寻请寻呼数据量,一个确认(s50)用于提供(s53)查询识别所述首个寻请寻呼消息(171)的首个查询识别消息的所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段(T2),其中,所寻请寻呼的一个或多个查询识别等待时间及有效数据速率段0¾通常随寻请寻呼数据量而增加,以及一在所述首个查询识别等待时间及有效数据速率段(Tl)在内将一个或多个寻请寻呼消息(17¾发送至一个或多个移动手机通信设备(170),一个或多个寻请寻呼消息(17¾表示对于一个或多 The instructions further comprising instructions to executed: When the surface of the communication apparatus starts communication instant surface, a plurality of receiving from the mobile phone or a communications device (170), please find the first paging message (171 ), it is necessary to wait for the first query to identify the effective data rate and including the time period (Tl) identifying the first query to find a paging request message and the first message comprises a paging request seeking to find a paging request data amount, a query to identify one or more acknowledgment (S50) for providing (S53) a query identifying said first please find a paging message (171) identifying the first query message to find the requested page latency and the effective data rate section (T2), wherein the request to find a paging or more queries to identify the effective data rate and latency period Please find 0¾ generally increases with increasing amount of data pages, and a waiting time of the first query and identify effective data rate of the inner segment (Tl) Please find the one or more paging messages (17¾ sent to one or more mobile cellular communications device (170), please find the one or more paging messages (17¾ represented for one or many 查询识别等待时间及有效数据速率段(T2)的寻请寻呼。以此实现即时表面通信装置(17)与一个或多个移动手机通信设备相互查询识别数据互通互用,以表面直接操作替代在通信设备上的操作。该包含编码指令的数据介质,用于在平面计算机屏幕输入人机交互触摸桌子的人机交互方案的框架中执行操作。 Query identifying the effective data rate and latency period (T2) to find the requested page. In this instant communication surface (17) with one or more mobile device queries mobile communications interoperability interworking mutual identification data, to operate directly on the surface Alternatively operation on the communication device. the data medium comprising coded instructions for performing an operation input frame interactive program table interactive touch screen computer in a plane.
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103653772A (en) * 2012-09-13 2014-03-26 上海品奇数码科技有限公司 Touch desk of portable structure
CN104756053A (en) * 2012-10-25 2015-07-01 克朗斯股份公司 Apparatus for assisting data collection and/or data processing

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103653772A (en) * 2012-09-13 2014-03-26 上海品奇数码科技有限公司 Touch desk of portable structure
CN104756053A (en) * 2012-10-25 2015-07-01 克朗斯股份公司 Apparatus for assisting data collection and/or data processing
US9703405B2 (en) 2012-10-25 2017-07-11 Krones Ag Apparatus for assisting data collection and/or data processing

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